* [OE-core] [PATCH 17/49] libmicrohttpd: upgrade 1.0.2 -> 1.0.5
2026-04-21 9:55 [OE-core] [PATCH 01/49] acpica: upgrade 20251212 -> 20260408 Wang Mingyu
` (14 preceding siblings ...)
2026-04-21 9:55 ` [OE-core] [PATCH 16/49] libcap: upgrade 2.77 -> 2.78 Wang Mingyu
@ 2026-04-21 9:55 ` Wang Mingyu
2026-04-21 9:55 ` [OE-core] [PATCH 18/49] lzip: upgrade 1.25 -> 1.26 Wang Mingyu
` (31 subsequent siblings)
47 siblings, 0 replies; 56+ messages in thread
From: Wang Mingyu @ 2026-04-21 9:55 UTC (permalink / raw)
To: openembedded-core; +Cc: Wang Mingyu
From: Wang Mingyu <wangmy@fujitsu.com>
0001-Remove-broken-experimental-code.patch
removed since it's included in 1.0.5
Signed-off-by: Wang Mingyu <wangmy@fujitsu.com>
---
...0001-Remove-broken-experimental-code.patch | 14472 ----------------
...ohttpd_1.0.2.bb => libmicrohttpd_1.0.5.bb} | 5 +-
2 files changed, 2 insertions(+), 14475 deletions(-)
delete mode 100644 meta/recipes-support/libmicrohttpd/files/0001-Remove-broken-experimental-code.patch
rename meta/recipes-support/libmicrohttpd/{libmicrohttpd_1.0.2.bb => libmicrohttpd_1.0.5.bb} (78%)
diff --git a/meta/recipes-support/libmicrohttpd/files/0001-Remove-broken-experimental-code.patch b/meta/recipes-support/libmicrohttpd/files/0001-Remove-broken-experimental-code.patch
deleted file mode 100644
index c4b00ec6f4..0000000000
--- a/meta/recipes-support/libmicrohttpd/files/0001-Remove-broken-experimental-code.patch
+++ /dev/null
@@ -1,14472 +0,0 @@
-From 3f5e5ad634d605373e3cd34ddea4cb6af27b4f43 Mon Sep 17 00:00:00 2001
-From: Changqing Li <changqing.li@windriver.com>
-Date: Thu, 13 Nov 2025 13:42:41 +0800
-Subject: [PATCH] Remove broken experimental code
-
-Upstream-Status: Backport [https://git.gnunet.org/libmicrohttpd.git/commit/?id=ff13abc1c1d7d2b30d69d5c0bd4a237e1801c50b
-https://git.gnunet.org/libmicrohttpd.git/commit/?id=ba8f88fcb47cfb0de5237d47f9487cd1f350cbe9]
-
-CVE: CVE-2025-59777,CVE-2025-62689
-
-Signed-off-by: Changqing Li <changqing.li@windriver.com>
----
- configure.ac | 1 -
- src/Makefile.am | 5 -
- src/microhttpd_ws/Makefile.am | 43 -
- src/microhttpd_ws/Makefile.in | 1298 ----
- src/microhttpd_ws/mhd_websocket.c | 2443 -------
- src/microhttpd_ws/sha1.c | 378 -
- src/microhttpd_ws/sha1.h | 110 -
- src/microhttpd_ws/test_websocket.c | 10105 ---------------------------
- 8 files changed, 14383 deletions(-)
- delete mode 100644 src/microhttpd_ws/Makefile.am
- delete mode 100644 src/microhttpd_ws/Makefile.in
- delete mode 100644 src/microhttpd_ws/mhd_websocket.c
- delete mode 100644 src/microhttpd_ws/sha1.c
- delete mode 100644 src/microhttpd_ws/sha1.h
- delete mode 100644 src/microhttpd_ws/test_websocket.c
-
-diff --git a/configure.ac b/configure.ac
-index 17dc192..50fbf54 100644
---- a/configure.ac
-+++ b/configure.ac
-@@ -5929,7 +5929,6 @@ m4/Makefile
- src/Makefile
- src/include/Makefile
- src/microhttpd/Makefile
--src/microhttpd_ws/Makefile
- src/examples/Makefile
- src/tools/Makefile
- src/testcurl/Makefile
-diff --git a/src/Makefile.am b/src/Makefile.am
-index d02ab8f..07d8f3d 100644
---- a/src/Makefile.am
-+++ b/src/Makefile.am
-@@ -9,11 +9,6 @@ SUBDIRS += testzzuf
- endif
- endif
-
--# Finally (last!) also build experimental lib...
--if HAVE_EXPERIMENTAL
--SUBDIRS += microhttpd_ws
--endif
--
- if BUILD_EXAMPLES
- SUBDIRS += examples
- endif
-diff --git a/src/microhttpd_ws/Makefile.am b/src/microhttpd_ws/Makefile.am
-deleted file mode 100644
-index 3ce8a9f..0000000
---- a/src/microhttpd_ws/Makefile.am
-+++ /dev/null
-@@ -1,43 +0,0 @@
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-- -I$(top_srcdir)/src/include \
-- -I$(top_srcdir)/src/microhttpd
--
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--
--$(top_builddir)/src/microhttpd/libmicrohttpd.la: $(top_builddir)/src/microhttpd/Makefile
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--
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--
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-- libmicrohttpd_ws.la
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-- sha1.c sha1.h \
-- mhd_websocket.c
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-- $(AM_CPPFLAGS) $(MHD_LIB_CPPFLAGS) \
-- -DBUILDING_MHD_LIB=1
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-- $(AM_CFLAGS) $(MHD_LIB_CFLAGS)
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--
--TESTS = $(check_PROGRAMS)
--
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-- test_websocket
--
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-- test_websocket.c
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-- $(top_builddir)/src/microhttpd_ws/libmicrohttpd_ws.la \
-- $(top_builddir)/src/microhttpd/libmicrohttpd.la
-diff --git a/src/microhttpd_ws/Makefile.in b/src/microhttpd_ws/Makefile.in
-deleted file mode 100644
-index 43571e7..0000000
---- a/src/microhttpd_ws/Makefile.in
-+++ /dev/null
-@@ -1,1298 +0,0 @@
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-diff --git a/src/microhttpd_ws/mhd_websocket.c b/src/microhttpd_ws/mhd_websocket.c
-deleted file mode 100644
-index 935deee..0000000
---- a/src/microhttpd_ws/mhd_websocket.c
-+++ /dev/null
-@@ -1,2443 +0,0 @@
--/*
-- This file is part of libmicrohttpd
-- Copyright (C) 2021 David Gausmann
--
-- This library is free software; you can redistribute it and/or
-- modify it under the terms of the GNU Lesser General Public
-- License as published by the Free Software Foundation; either
-- version 2.1 of the License, or (at your option) any later version.
--
-- This library is distributed in the hope that it will be useful,
-- but WITHOUT ANY WARRANTY; without even the implied warranty of
-- MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
-- Lesser General Public License for more details.
--
-- You should have received a copy of the GNU Lesser General Public
-- License along with this library; if not, write to the Free Software
-- Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
--
--*/
--
--/**
-- * @file microhttpd_ws/mhd_websocket.c
-- * @brief Support for the websocket protocol
-- * @author David Gausmann
-- */
--#include "platform.h"
--#include "microhttpd.h"
--#include "microhttpd_ws.h"
--#include "sha1.h"
--
--struct MHD_WebSocketStream
--{
-- /* The function pointer to malloc for payload (can be used to use different memory management) */
-- MHD_WebSocketMallocCallback malloc;
-- /* The function pointer to realloc for payload (can be used to use different memory management) */
-- MHD_WebSocketReallocCallback realloc;
-- /* The function pointer to free for payload (can be used to use different memory management) */
-- MHD_WebSocketFreeCallback free;
-- /* A closure for the random number generator (only used for client mode; usually not required) */
-- void *cls_rng;
-- /* The random number generator (only used for client mode; usually not required) */
-- MHD_WebSocketRandomNumberGenerator rng;
-- /* The flags specified upon initialization. It may alter the behavior of decoding/encoding */
-- int flags;
-- /* The current step for the decoder. 0 means start of a frame. */
-- char decode_step;
-- /* Specifies whether the stream is valid (1) or not (0),
-- if a close frame has been received this is (-1) to indicate that no data frames are allowed anymore */
-- char validity;
-- /* The current step of the UTF-8 encoding check in the data payload */
-- char data_utf8_step;
-- /* The current step of the UTF-8 encoding check in the control payload */
-- char control_utf8_step;
-- /* if != 0 means that we expect a CONTINUATION frame */
-- char data_type;
-- /* The start of the current frame (may differ from data_payload for CONTINUATION frames) */
-- char *data_payload_start;
-- /* The buffer for the data frame */
-- char *data_payload;
-- /* The buffer for the control frame */
-- char *control_payload;
-- /* Configuration for the maximum allowed buffer size for payload data */
-- size_t max_payload_size;
-- /* The current frame header size */
-- size_t frame_header_size;
-- /* The current data payload size (can be greater than payload_size for fragmented frames) */
-- size_t data_payload_size;
-- /* The size of the payload of the current frame (control or data) */
-- size_t payload_size;
-- /* The processing offset to the start of the payload of the current frame (control or data) */
-- size_t payload_index;
-- /* The frame header of the current frame (control or data) */
-- char frame_header[32];
-- /* The mask key of the current frame (control or data); this is 0 if no masking used */
-- char mask_key[4];
--};
--
--#define MHD_WEBSOCKET_FLAG_MASK_SERVERCLIENT MHD_WEBSOCKET_FLAG_CLIENT
--#define MHD_WEBSOCKET_FLAG_MASK_FRAGMENTATION \
-- MHD_WEBSOCKET_FLAG_WANT_FRAGMENTS
--#define MHD_WEBSOCKET_FLAG_MASK_GENERATE_CLOSE_FRAMES \
-- MHD_WEBSOCKET_FLAG_GENERATE_CLOSE_FRAMES_ON_ERROR
--#define MHD_WEBSOCKET_FLAG_MASK_ALL \
-- (MHD_WEBSOCKET_FLAG_MASK_SERVERCLIENT \
-- | MHD_WEBSOCKET_FLAG_MASK_FRAGMENTATION \
-- | MHD_WEBSOCKET_FLAG_MASK_GENERATE_CLOSE_FRAMES)
--
--enum MHD_WebSocket_Opcode
--{
-- MHD_WebSocket_Opcode_Continuation = 0x0,
-- MHD_WebSocket_Opcode_Text = 0x1,
-- MHD_WebSocket_Opcode_Binary = 0x2,
-- MHD_WebSocket_Opcode_Close = 0x8,
-- MHD_WebSocket_Opcode_Ping = 0x9,
-- MHD_WebSocket_Opcode_Pong = 0xA
--};
--
--enum MHD_WebSocket_DecodeStep
--{
-- MHD_WebSocket_DecodeStep_Start = 0,
-- MHD_WebSocket_DecodeStep_Length1ofX = 1,
-- MHD_WebSocket_DecodeStep_Length1of2 = 2,
-- MHD_WebSocket_DecodeStep_Length2of2 = 3,
-- MHD_WebSocket_DecodeStep_Length1of8 = 4,
-- MHD_WebSocket_DecodeStep_Length2of8 = 5,
-- MHD_WebSocket_DecodeStep_Length3of8 = 6,
-- MHD_WebSocket_DecodeStep_Length4of8 = 7,
-- MHD_WebSocket_DecodeStep_Length5of8 = 8,
-- MHD_WebSocket_DecodeStep_Length6of8 = 9,
-- MHD_WebSocket_DecodeStep_Length7of8 = 10,
-- MHD_WebSocket_DecodeStep_Length8of8 = 11,
-- MHD_WebSocket_DecodeStep_Mask1Of4 = 12,
-- MHD_WebSocket_DecodeStep_Mask2Of4 = 13,
-- MHD_WebSocket_DecodeStep_Mask3Of4 = 14,
-- MHD_WebSocket_DecodeStep_Mask4Of4 = 15,
-- MHD_WebSocket_DecodeStep_HeaderCompleted = 16,
-- MHD_WebSocket_DecodeStep_PayloadOfDataFrame = 17,
-- MHD_WebSocket_DecodeStep_PayloadOfControlFrame = 18,
-- MHD_WebSocket_DecodeStep_BrokenStream = 99
--};
--
--enum MHD_WebSocket_UTF8Result
--{
-- MHD_WebSocket_UTF8Result_Invalid = 0,
-- MHD_WebSocket_UTF8Result_Valid = 1,
-- MHD_WebSocket_UTF8Result_Incomplete = 2
--};
--
--static void
--MHD_websocket_copy_payload (char *dst,
-- const char *src,
-- size_t len,
-- uint32_t mask,
-- unsigned long mask_offset);
--
--static int
--MHD_websocket_check_utf8 (const char *buf,
-- size_t buf_len,
-- int *utf8_step,
-- size_t *buf_offset);
--
--static enum MHD_WEBSOCKET_STATUS
--MHD_websocket_decode_header_complete (struct MHD_WebSocketStream *ws,
-- char **payload,
-- size_t *payload_len);
--
--static enum MHD_WEBSOCKET_STATUS
--MHD_websocket_decode_payload_complete (struct MHD_WebSocketStream *ws,
-- char **payload,
-- size_t *payload_len);
--
--static char
--MHD_websocket_encode_is_masked (struct MHD_WebSocketStream *ws);
--static char
--MHD_websocket_encode_overhead_size (struct MHD_WebSocketStream *ws,
-- size_t payload_len);
--
--static enum MHD_WEBSOCKET_STATUS
--MHD_websocket_encode_data (struct MHD_WebSocketStream *ws,
-- const char *payload,
-- size_t payload_len,
-- int fragmentation,
-- char **frame,
-- size_t *frame_len,
-- char opcode);
--
--static enum MHD_WEBSOCKET_STATUS
--MHD_websocket_encode_ping_pong (struct MHD_WebSocketStream *ws,
-- const char *payload,
-- size_t payload_len,
-- char **frame,
-- size_t *frame_len,
-- char opcode);
--
--static uint32_t
--MHD_websocket_generate_mask (struct MHD_WebSocketStream *ws);
--
--static uint16_t
--MHD_htons (uint16_t value);
--
--static uint64_t
--MHD_htonll (uint64_t value);
--
--
--/**
-- * Checks whether the HTTP version is 1.1 or above.
-- */
--_MHD_EXTERN enum MHD_WEBSOCKET_STATUS
--MHD_websocket_check_http_version (const char *http_version)
--{
-- /* validate parameters */
-- if (NULL == http_version)
-- {
-- /* Like with the other check routines, */
-- /* NULL is threated as "value not given" and not as parameter error */
-- return MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER;
-- }
--
-- /* Check whether the version has a valid format */
-- /* RFC 1945 3.1: The format must be "HTTP/x.x" where x is */
-- /* any digit and must appear at least once */
-- if (('H' != http_version[0]) ||
-- ('T' != http_version[1]) ||
-- ('T' != http_version[2]) ||
-- ('P' != http_version[3]) ||
-- ('/' != http_version[4]))
-- {
-- return MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER;
-- }
--
-- /* Find the major and minor part of the version */
-- /* RFC 1945 3.1: Both numbers must be threated as separate integers. */
-- /* Leading zeros must be ignored and both integers may have multiple digits */
-- const char *major = NULL;
-- const char *dot = NULL;
-- size_t i = 5;
-- for (;;)
-- {
-- char c = http_version[i];
-- if (('0' <= c) && ('9' >= c))
-- {
-- if ((NULL == major) ||
-- ((http_version + i == major + 1) && ('0' == *major)) )
-- {
-- major = http_version + i;
-- }
-- ++i;
-- }
-- else if ('.' == http_version[i])
-- {
-- dot = http_version + i;
-- ++i;
-- break;
-- }
-- else
-- {
-- return MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER;
-- }
-- }
-- const char *minor = NULL;
-- const char *end = NULL;
-- for (;;)
-- {
-- char c = http_version[i];
-- if (('0' <= c) && ('9' >= c))
-- {
-- if ((NULL == minor) ||
-- ((http_version + i == minor + 1) && ('0' == *minor)) )
-- {
-- minor = http_version + i;
-- }
-- ++i;
-- }
-- else if (0 == c)
-- {
-- end = http_version + i;
-- break;
-- }
-- else
-- {
-- return MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER;
-- }
-- }
-- if ((NULL == major) || (NULL == dot) || (NULL == minor) || (NULL == end))
-- {
-- return MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER;
-- }
-- if ((2 <= dot - major) || ('2' <= *major) ||
-- (('1' == *major) && ((2 <= end - minor) || ('1' <= *minor))) )
-- {
-- return MHD_WEBSOCKET_STATUS_OK;
-- }
--
-- return MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER;
--}
--
--
--/**
-- * Checks whether the "Connection" request header has the 'Upgrade' token.
-- */
--_MHD_EXTERN enum MHD_WEBSOCKET_STATUS
--MHD_websocket_check_connection_header (const char *connection_header)
--{
-- /* validate parameters */
-- if (NULL == connection_header)
-- {
-- /* To be compatible with the return value */
-- /* of MHD_lookup_connection_value, */
-- /* NULL is threated as "value not given" and not as parameter error */
-- return MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER;
-- }
--
-- /* Check whether the Connection includes an Upgrade token */
-- /* RFC 7230 6.1: Multiple tokens may appear. */
-- /* RFC 7230 3.2.6: Tokens are comma separated */
-- const char *token_start = NULL;
-- const char *token_end = NULL;
-- for (size_t i = 0; ; ++i)
-- {
-- char c = connection_header[i];
--
-- /* RFC 7230 3.2.6: The list of allowed characters is a token is: */
-- /* "!" / "#" / "$" / "%" / "&" / "'" / "*" / */
-- /* "+" / "-" / "." / "^" / "_" / "`" / "|" / "~" */
-- /* DIGIT / ALPHA */
-- if (('!' == c) || ('#' == c) || ('$' == c) || ('%' == c) ||
-- ('&' == c) || ('\'' == c) || ('*' == c) ||
-- ('+' == c) || ('-' == c) || ('.' == c) || ('^' == c) ||
-- ('_' == c) || ('`' == c) || ('|' == c) || ('~' == c) ||
-- (('0' <= c) && ('9' >= c)) ||
-- (('A' <= c) && ('Z' >= c)) || (('a' <= c) && ('z' >= c)) )
-- {
-- /* This is a valid token character */
-- if (NULL == token_start)
-- {
-- token_start = connection_header + i;
-- }
-- token_end = connection_header + i + 1;
-- }
-- else if ((' ' == c) || ('\t' == c))
-- {
-- /* White-spaces around tokens will be ignored */
-- }
-- else if ((',' == c) || (0 == c))
-- {
-- /* Check the token (case-insensitive) */
-- if (NULL != token_start)
-- {
-- if (7 == (token_end - token_start) )
-- {
-- if ( (('U' == token_start[0]) || ('u' == token_start[0])) &&
-- (('P' == token_start[1]) || ('p' == token_start[1])) &&
-- (('G' == token_start[2]) || ('g' == token_start[2])) &&
-- (('R' == token_start[3]) || ('r' == token_start[3])) &&
-- (('A' == token_start[4]) || ('a' == token_start[4])) &&
-- (('D' == token_start[5]) || ('d' == token_start[5])) &&
-- (('E' == token_start[6]) || ('e' == token_start[6])) )
-- {
-- /* The token equals to "Upgrade" */
-- return MHD_WEBSOCKET_STATUS_OK;
-- }
-- }
-- }
-- if (0 == c)
-- {
-- break;
-- }
-- token_start = NULL;
-- token_end = NULL;
-- }
-- else
-- {
-- /* RFC 7230 3.2.6: Other characters are not allowed */
-- return MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER;
-- }
-- }
-- return MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER;
--}
--
--
--/**
-- * Checks whether the "Upgrade" request header has the "websocket" keyword.
-- */
--_MHD_EXTERN enum MHD_WEBSOCKET_STATUS
--MHD_websocket_check_upgrade_header (const char *upgrade_header)
--{
-- /* validate parameters */
-- if (NULL == upgrade_header)
-- {
-- /* To be compatible with the return value */
-- /* of MHD_lookup_connection_value, */
-- /* NULL is threated as "value not given" and not as parameter error */
-- return MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER;
-- }
--
-- /* Check whether the Connection includes an Upgrade token */
-- /* RFC 7230 6.1: Multiple tokens may appear. */
-- /* RFC 7230 3.2.6: Tokens are comma separated */
-- const char *keyword_start = NULL;
-- const char *keyword_end = NULL;
-- for (size_t i = 0; ; ++i)
-- {
-- char c = upgrade_header[i];
--
-- /* RFC 7230 3.2.6: The list of allowed characters is a token is: */
-- /* "!" / "#" / "$" / "%" / "&" / "'" / "*" / */
-- /* "+" / "-" / "." / "^" / "_" / "`" / "|" / "~" */
-- /* DIGIT / ALPHA */
-- /* We also allow "/" here as the sub-delimiter for the protocol version */
-- if (('!' == c) || ('#' == c) || ('$' == c) || ('%' == c) ||
-- ('&' == c) || ('\'' == c) || ('*' == c) ||
-- ('+' == c) || ('-' == c) || ('.' == c) || ('^' == c) ||
-- ('_' == c) || ('`' == c) || ('|' == c) || ('~' == c) ||
-- ('/' == c) ||
-- (('0' <= c) && ('9' >= c)) ||
-- (('A' <= c) && ('Z' >= c)) || (('a' <= c) && ('z' >= c)) )
-- {
-- /* This is a valid token character */
-- if (NULL == keyword_start)
-- {
-- keyword_start = upgrade_header + i;
-- }
-- keyword_end = upgrade_header + i + 1;
-- }
-- else if ((' ' == c) || ('\t' == c))
-- {
-- /* White-spaces around tokens will be ignored */
-- }
-- else if ((',' == c) || (0 == c))
-- {
-- /* Check the token (case-insensitive) */
-- if (NULL != keyword_start)
-- {
-- if (9 == (keyword_end - keyword_start) )
-- {
-- if ( (('W' == keyword_start[0]) || ('w' == keyword_start[0])) &&
-- (('E' == keyword_start[1]) || ('e' == keyword_start[1])) &&
-- (('B' == keyword_start[2]) || ('b' == keyword_start[2])) &&
-- (('S' == keyword_start[3]) || ('s' == keyword_start[3])) &&
-- (('O' == keyword_start[4]) || ('o' == keyword_start[4])) &&
-- (('C' == keyword_start[5]) || ('c' == keyword_start[5])) &&
-- (('K' == keyword_start[6]) || ('k' == keyword_start[6])) &&
-- (('E' == keyword_start[7]) || ('e' == keyword_start[7])) &&
-- (('T' == keyword_start[8]) || ('t' == keyword_start[8])) )
-- {
-- /* The keyword equals to "websocket" */
-- return MHD_WEBSOCKET_STATUS_OK;
-- }
-- }
-- }
-- if (0 == c)
-- {
-- break;
-- }
-- keyword_start = NULL;
-- keyword_end = NULL;
-- }
-- else
-- {
-- /* RFC 7230 3.2.6: Other characters are not allowed */
-- return MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER;
-- }
-- }
-- return MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER;
--}
--
--
--/**
-- * Checks whether the "Sec-WebSocket-Version" request header
-- * equals to "13"
-- */
--_MHD_EXTERN enum MHD_WEBSOCKET_STATUS
--MHD_websocket_check_version_header (const char *version_header)
--{
-- /* validate parameters */
-- if (NULL == version_header)
-- {
-- /* To be compatible with the return value */
-- /* of MHD_lookup_connection_value, */
-- /* NULL is threated as "value not given" and not as parameter error */
-- return MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER;
-- }
--
-- if (('1' == version_header[0]) &&
-- ('3' == version_header[1]) &&
-- (0 == version_header[2]))
-- {
-- /* The version equals to "13" */
-- return MHD_WEBSOCKET_STATUS_OK;
-- }
-- return MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER;
--}
--
--
--/**
-- * Creates the response for the Sec-WebSocket-Accept header
-- */
--_MHD_EXTERN enum MHD_WEBSOCKET_STATUS
--MHD_websocket_create_accept_header (const char *sec_websocket_key,
-- char *sec_websocket_accept)
--{
-- /* initialize output variables for errors cases */
-- if (NULL != sec_websocket_accept)
-- *sec_websocket_accept = 0;
--
-- /* validate parameters */
-- if (NULL == sec_websocket_accept)
-- {
-- return MHD_WEBSOCKET_STATUS_PARAMETER_ERROR;
-- }
-- if (NULL == sec_websocket_key)
-- {
-- /* NULL is not a parameter error, */
-- /* because MHD_lookup_connection_value returns NULL */
-- /* if the header wasn't found */
-- return MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER;
-- }
--
-- /* build SHA1 hash of the given key and the UUID appended */
-- char sha1[20];
-- const char *suffix = "258EAFA5-E914-47DA-95CA-C5AB0DC85B11";
-- int length = (int) strlen (sec_websocket_key);
-- struct sha1_ctx ctx;
-- MHD_SHA1_init (&ctx);
-- MHD_SHA1_update (&ctx, (const uint8_t *) sec_websocket_key, length);
-- MHD_SHA1_update (&ctx, (const uint8_t *) suffix, 36);
-- MHD_SHA1_finish (&ctx, (uint8_t *) sha1);
--
-- /* base64 encode that SHA1 hash */
-- /* (simple algorithm here; SHA1 has always 20 bytes, */
-- /* which will always result in a 28 bytes base64 hash) */
-- const char *base64_encoding_table =
-- "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/";
-- for (int i = 0, j = 0; i < 20;)
-- {
-- uint32_t octet_a = i < 20 ? (unsigned char) sha1[i++] : 0;
-- uint32_t octet_b = i < 20 ? (unsigned char) sha1[i++] : 0;
-- uint32_t octet_c = i < 20 ? (unsigned char) sha1[i++] : 0;
-- uint32_t triple = (octet_a << 0x10) + (octet_b << 0x08) + octet_c;
--
-- sec_websocket_accept[j++] = base64_encoding_table[(triple >> 3 * 6) & 0x3F];
-- sec_websocket_accept[j++] = base64_encoding_table[(triple >> 2 * 6) & 0x3F];
-- sec_websocket_accept[j++] = base64_encoding_table[(triple >> 1 * 6) & 0x3F];
-- sec_websocket_accept[j++] = base64_encoding_table[(triple >> 0 * 6) & 0x3F];
--
-- }
-- sec_websocket_accept[27] = '=';
-- sec_websocket_accept[28] = 0;
--
-- return MHD_WEBSOCKET_STATUS_OK;
--}
--
--
--/**
-- * Initializes a new websocket stream
-- */
--_MHD_EXTERN enum MHD_WEBSOCKET_STATUS
--MHD_websocket_stream_init (struct MHD_WebSocketStream **ws,
-- int flags,
-- size_t max_payload_size)
--{
-- return MHD_websocket_stream_init2 (ws,
-- flags,
-- max_payload_size,
-- malloc,
-- realloc,
-- free,
-- NULL,
-- NULL);
--}
--
--
--/**
-- * Initializes a new websocket stream with
-- * additional parameters for allocation functions
-- */
--_MHD_EXTERN enum MHD_WEBSOCKET_STATUS
--MHD_websocket_stream_init2 (struct MHD_WebSocketStream **ws,
-- int flags,
-- size_t max_payload_size,
-- MHD_WebSocketMallocCallback callback_malloc,
-- MHD_WebSocketReallocCallback callback_realloc,
-- MHD_WebSocketFreeCallback callback_free,
-- void *cls_rng,
-- MHD_WebSocketRandomNumberGenerator callback_rng)
--{
-- /* initialize output variables for errors cases */
-- if (NULL != ws)
-- *ws = NULL;
--
-- /* validate parameters */
-- if ((NULL == ws) ||
-- (0 != (flags & ~MHD_WEBSOCKET_FLAG_MASK_ALL)) ||
-- ((uint64_t) 0x7FFFFFFFFFFFFFFF < max_payload_size) ||
-- (NULL == callback_malloc) ||
-- (NULL == callback_realloc) ||
-- (NULL == callback_free) ||
-- ((0 != (flags & MHD_WEBSOCKET_FLAG_CLIENT)) &&
-- (NULL == callback_rng)))
-- {
-- return MHD_WEBSOCKET_STATUS_PARAMETER_ERROR;
-- }
--
-- /* allocate stream */
-- struct MHD_WebSocketStream *ws_ = (struct MHD_WebSocketStream *) malloc (
-- sizeof (struct MHD_WebSocketStream));
-- if (NULL == ws_)
-- return MHD_WEBSOCKET_STATUS_MEMORY_ERROR;
--
-- /* initialize stream */
-- memset (ws_, 0, sizeof (struct MHD_WebSocketStream));
-- ws_->flags = flags;
-- ws_->max_payload_size = max_payload_size;
-- ws_->malloc = callback_malloc;
-- ws_->realloc = callback_realloc;
-- ws_->free = callback_free;
-- ws_->cls_rng = cls_rng;
-- ws_->rng = callback_rng;
-- ws_->validity = MHD_WEBSOCKET_VALIDITY_VALID;
--
-- /* return stream */
-- *ws = ws_;
--
-- return MHD_WEBSOCKET_STATUS_OK;
--}
--
--
--/**
-- * Frees a previously allocated websocket stream
-- */
--_MHD_EXTERN enum MHD_WEBSOCKET_STATUS
--MHD_websocket_stream_free (struct MHD_WebSocketStream *ws)
--{
-- /* validate parameters */
-- if (NULL == ws)
-- return MHD_WEBSOCKET_STATUS_PARAMETER_ERROR;
--
-- /* free allocated payload data */
-- if (ws->data_payload)
-- ws->free (ws->data_payload);
-- if (ws->control_payload)
-- ws->free (ws->control_payload);
--
-- /* free the stream */
-- free (ws);
--
-- return MHD_WEBSOCKET_STATUS_OK;
--}
--
--
--/**
-- * Invalidates a websocket stream (no more decoding possible)
-- */
--_MHD_EXTERN enum MHD_WEBSOCKET_STATUS
--MHD_websocket_stream_invalidate (struct MHD_WebSocketStream *ws)
--{
-- /* validate parameters */
-- if (NULL == ws)
-- return MHD_WEBSOCKET_STATUS_PARAMETER_ERROR;
--
-- /* invalidate stream */
-- ws->validity = MHD_WEBSOCKET_VALIDITY_INVALID;
--
-- return MHD_WEBSOCKET_STATUS_OK;
--}
--
--
--/**
-- * Returns whether a websocket stream is valid
-- */
--_MHD_EXTERN enum MHD_WEBSOCKET_VALIDITY
--MHD_websocket_stream_is_valid (struct MHD_WebSocketStream *ws)
--{
-- /* validate parameters */
-- if (NULL == ws)
-- return MHD_WEBSOCKET_VALIDITY_INVALID;
--
-- return ws->validity;
--}
--
--
--/**
-- * Decodes incoming data to a websocket frame
-- */
--_MHD_EXTERN enum MHD_WEBSOCKET_STATUS
--MHD_websocket_decode (struct MHD_WebSocketStream *ws,
-- const char *streambuf,
-- size_t streambuf_len,
-- size_t *streambuf_read_len,
-- char **payload,
-- size_t *payload_len)
--{
-- /* initialize output variables for errors cases */
-- if (NULL != streambuf_read_len)
-- *streambuf_read_len = 0;
-- if (NULL != payload)
-- *payload = NULL;
-- if (NULL != payload_len)
-- *payload_len = 0;
--
-- /* validate parameters */
-- if ((NULL == ws) ||
-- ((NULL == streambuf) && (0 != streambuf_len)) ||
-- (NULL == streambuf_read_len) ||
-- (NULL == payload) ||
-- (NULL == payload_len) )
-- {
-- return MHD_WEBSOCKET_STATUS_PARAMETER_ERROR;
-- }
--
-- /* validate stream validity */
-- if (MHD_WEBSOCKET_VALIDITY_INVALID == ws->validity)
-- return MHD_WEBSOCKET_STATUS_STREAM_BROKEN;
--
-- /* decode loop */
-- size_t current = 0;
-- while (current < streambuf_len)
-- {
-- switch (ws->decode_step)
-- {
-- /* start of frame */
-- case MHD_WebSocket_DecodeStep_Start:
-- {
-- /* The first byte contains the opcode, the fin flag and three reserved bits */
-- if (MHD_WEBSOCKET_VALIDITY_INVALID != ws->validity)
-- {
-- char opcode = streambuf [current];
-- if (0 != (opcode & 0x70))
-- {
-- /* RFC 6455 5.2 RSV1-3: If a reserved flag is set */
-- /* (while it isn't specified by an extension) the communication must fail. */
-- ws->validity = MHD_WEBSOCKET_VALIDITY_INVALID;
-- if (0 != (ws->flags
-- & MHD_WEBSOCKET_FLAG_GENERATE_CLOSE_FRAMES_ON_ERROR))
-- {
-- MHD_websocket_encode_close (ws,
-- MHD_WEBSOCKET_CLOSEREASON_PROTOCOL_ERROR,
-- 0,
-- 0,
-- payload,
-- payload_len);
-- }
-- *streambuf_read_len = current;
-- return MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR;
-- }
-- switch (opcode & 0x0F)
-- {
-- case MHD_WebSocket_Opcode_Continuation:
-- if (0 == ws->data_type)
-- {
-- /* RFC 6455 5.4: Continuation frame without previous data frame */
-- ws->validity = MHD_WEBSOCKET_VALIDITY_INVALID;
-- if (0 != (ws->flags
-- & MHD_WEBSOCKET_FLAG_GENERATE_CLOSE_FRAMES_ON_ERROR))
-- {
-- MHD_websocket_encode_close (ws,
-- MHD_WEBSOCKET_CLOSEREASON_PROTOCOL_ERROR,
-- 0,
-- 0,
-- payload,
-- payload_len);
-- }
-- *streambuf_read_len = current;
-- return MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR;
-- }
-- if (MHD_WEBSOCKET_VALIDITY_ONLY_VALID_FOR_CONTROL_FRAMES ==
-- ws->validity)
-- {
-- /* RFC 6455 5.5.1: After a close frame has been sent, */
-- /* no data frames may be sent (so we don't accept data frames */
-- /* for decoding anymore) */
-- ws->validity = MHD_WEBSOCKET_VALIDITY_INVALID;
-- if (0 != (ws->flags
-- & MHD_WEBSOCKET_FLAG_GENERATE_CLOSE_FRAMES_ON_ERROR))
-- {
-- MHD_websocket_encode_close (ws,
-- MHD_WEBSOCKET_CLOSEREASON_PROTOCOL_ERROR,
-- 0,
-- 0,
-- payload,
-- payload_len);
-- }
-- *streambuf_read_len = current;
-- return MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR;
-- }
-- break;
--
-- case MHD_WebSocket_Opcode_Text:
-- case MHD_WebSocket_Opcode_Binary:
-- if (0 != ws->data_type)
-- {
-- /* RFC 6455 5.4: Continuation expected, but new data frame */
-- ws->validity = MHD_WEBSOCKET_VALIDITY_INVALID;
-- if (0 != (ws->flags
-- & MHD_WEBSOCKET_FLAG_GENERATE_CLOSE_FRAMES_ON_ERROR))
-- {
-- MHD_websocket_encode_close (ws,
-- MHD_WEBSOCKET_CLOSEREASON_PROTOCOL_ERROR,
-- 0,
-- 0,
-- payload,
-- payload_len);
-- }
-- *streambuf_read_len = current;
-- return MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR;
-- }
-- if (MHD_WEBSOCKET_VALIDITY_ONLY_VALID_FOR_CONTROL_FRAMES ==
-- ws->validity)
-- {
-- /* RFC 6455 5.5.1: After a close frame has been sent, */
-- /* no data frames may be sent (so we don't accept data frames */
-- /* for decoding anymore) */
-- ws->validity = MHD_WEBSOCKET_VALIDITY_INVALID;
-- if (0 != (ws->flags
-- & MHD_WEBSOCKET_FLAG_GENERATE_CLOSE_FRAMES_ON_ERROR))
-- {
-- MHD_websocket_encode_close (ws,
-- MHD_WEBSOCKET_CLOSEREASON_PROTOCOL_ERROR,
-- 0,
-- 0,
-- payload,
-- payload_len);
-- }
-- *streambuf_read_len = current;
-- return MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR;
-- }
-- break;
--
-- case MHD_WebSocket_Opcode_Close:
-- case MHD_WebSocket_Opcode_Ping:
-- case MHD_WebSocket_Opcode_Pong:
-- if ((opcode & 0x80) == 0)
-- {
-- /* RFC 6455 5.4: Control frames may not be fragmented */
-- ws->validity = MHD_WEBSOCKET_VALIDITY_INVALID;
-- if (0 != (ws->flags
-- & MHD_WEBSOCKET_FLAG_GENERATE_CLOSE_FRAMES_ON_ERROR))
-- {
-- MHD_websocket_encode_close (ws,
-- MHD_WEBSOCKET_CLOSEREASON_PROTOCOL_ERROR,
-- 0,
-- 0,
-- payload,
-- payload_len);
-- }
-- *streambuf_read_len = current;
-- return MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR;
-- }
-- if (MHD_WebSocket_Opcode_Close == (opcode & 0x0F))
-- {
-- /* RFC 6455 5.5.1: After a close frame has been sent, */
-- /* no data frames may be sent (so we don't accept data frames */
-- /* for decoding anymore) */
-- ws->validity =
-- MHD_WEBSOCKET_VALIDITY_ONLY_VALID_FOR_CONTROL_FRAMES;
-- }
-- break;
--
-- default:
-- /* RFC 6455 5.2 OPCODE: Only six opcodes are specified. */
-- /* All other are invalid in version 13 of the protocol. */
-- ws->validity = MHD_WEBSOCKET_VALIDITY_INVALID;
-- if (0 != (ws->flags
-- & MHD_WEBSOCKET_FLAG_GENERATE_CLOSE_FRAMES_ON_ERROR))
-- {
-- MHD_websocket_encode_close (ws,
-- MHD_WEBSOCKET_CLOSEREASON_PROTOCOL_ERROR,
-- 0,
-- 0,
-- payload,
-- payload_len);
-- }
-- *streambuf_read_len = current;
-- return MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR;
-- }
-- }
-- ws->frame_header [ws->frame_header_size++] = streambuf [current++];
-- ws->decode_step = MHD_WebSocket_DecodeStep_Length1ofX;
-- }
-- break;
--
-- case MHD_WebSocket_DecodeStep_Length1ofX:
-- {
-- /* The second byte specifies whether the data is masked and the size */
-- /* (the client MUST mask the payload, the server MUST NOT mask the payload) */
-- char frame_len = streambuf [current];
-- char is_masked = (frame_len & 0x80);
-- frame_len &= 0x7f;
-- if (MHD_WEBSOCKET_VALIDITY_INVALID != ws->validity)
-- {
-- if (0 != is_masked)
-- {
-- if (MHD_WEBSOCKET_FLAG_CLIENT == (ws->flags
-- & MHD_WEBSOCKET_FLAG_CLIENT))
-- {
-- /* RFC 6455 5.1: All frames from the server must be unmasked */
-- ws->validity = MHD_WEBSOCKET_VALIDITY_INVALID;
-- if (0 != (ws->flags
-- & MHD_WEBSOCKET_FLAG_GENERATE_CLOSE_FRAMES_ON_ERROR))
-- {
-- MHD_websocket_encode_close (ws,
-- MHD_WEBSOCKET_CLOSEREASON_PROTOCOL_ERROR,
-- 0,
-- 0,
-- payload,
-- payload_len);
-- }
-- *streambuf_read_len = current;
-- return MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR;
-- }
-- }
-- else
-- {
-- if (MHD_WEBSOCKET_FLAG_SERVER == (ws->flags
-- & MHD_WEBSOCKET_FLAG_CLIENT))
-- {
-- /* RFC 6455 5.1: All frames from the client must be masked */
-- ws->validity = MHD_WEBSOCKET_VALIDITY_INVALID;
-- if (0 != (ws->flags
-- & MHD_WEBSOCKET_FLAG_GENERATE_CLOSE_FRAMES_ON_ERROR))
-- {
-- MHD_websocket_encode_close (ws,
-- MHD_WEBSOCKET_CLOSEREASON_PROTOCOL_ERROR,
-- 0,
-- 0,
-- payload,
-- payload_len);
-- }
-- *streambuf_read_len = current;
-- return MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR;
-- }
-- }
-- if (126 <= frame_len)
-- {
-- if (0 != (ws->frame_header [0] & 0x08))
-- {
-- /* RFC 6455 5.5: Control frames may not have more payload than 125 bytes */
-- ws->validity = MHD_WEBSOCKET_VALIDITY_INVALID;
-- if (0 != (ws->flags
-- & MHD_WEBSOCKET_FLAG_GENERATE_CLOSE_FRAMES_ON_ERROR))
-- {
-- MHD_websocket_encode_close (ws,
-- MHD_WEBSOCKET_CLOSEREASON_PROTOCOL_ERROR,
-- 0,
-- 0,
-- payload,
-- payload_len);
-- }
-- *streambuf_read_len = current;
-- return MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR;
-- }
-- }
-- if (1 == frame_len)
-- {
-- if (MHD_WebSocket_Opcode_Close == (ws->frame_header [0] & 0x0F))
-- {
-- /* RFC 6455 5.5.1: The close frame must have at least */
-- /* two bytes of payload if payload is used */
-- ws->validity = MHD_WEBSOCKET_VALIDITY_INVALID;
-- if (0 != (ws->flags
-- & MHD_WEBSOCKET_FLAG_GENERATE_CLOSE_FRAMES_ON_ERROR))
-- {
-- MHD_websocket_encode_close (ws,
-- MHD_WEBSOCKET_CLOSEREASON_PROTOCOL_ERROR,
-- 0,
-- 0,
-- payload,
-- payload_len);
-- }
-- *streambuf_read_len = current;
-- return MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR;
-- }
-- }
-- }
-- ws->frame_header [ws->frame_header_size++] = streambuf [current++];
--
-- if (126 == frame_len)
-- {
-- ws->decode_step = MHD_WebSocket_DecodeStep_Length1of2;
-- }
-- else if (127 == frame_len)
-- {
-- ws->decode_step = MHD_WebSocket_DecodeStep_Length1of8;
-- }
-- else
-- {
-- size_t size = (size_t) frame_len;
-- if ((SIZE_MAX < size) ||
-- (ws->max_payload_size && (ws->max_payload_size < size)) )
-- {
-- /* RFC 6455 7.4.1 1009: If the message is too big to process, we may close the connection */
-- ws->validity = MHD_WEBSOCKET_VALIDITY_INVALID;
-- if (0 != (ws->flags
-- & MHD_WEBSOCKET_FLAG_GENERATE_CLOSE_FRAMES_ON_ERROR))
-- {
-- MHD_websocket_encode_close (ws,
-- MHD_WEBSOCKET_CLOSEREASON_MAXIMUM_ALLOWED_PAYLOAD_SIZE_EXCEEDED,
-- 0,
-- 0,
-- payload,
-- payload_len);
-- }
-- *streambuf_read_len = current;
-- return MHD_WEBSOCKET_STATUS_MAXIMUM_SIZE_EXCEEDED;
-- }
-- ws->payload_size = size;
-- if (0 != is_masked)
-- {
-- /* with mask */
-- ws->decode_step = MHD_WebSocket_DecodeStep_Mask1Of4;
-- }
-- else
-- {
-- /* without mask */
-- *((uint32_t *) ws->mask_key) = 0;
-- ws->decode_step = MHD_WebSocket_DecodeStep_HeaderCompleted;
-- }
-- }
-- }
-- break;
--
-- /* Payload size first byte of 2 bytes */
-- case MHD_WebSocket_DecodeStep_Length1of2:
-- /* Payload size first 7 bytes of 8 bytes */
-- case MHD_WebSocket_DecodeStep_Length1of8:
-- case MHD_WebSocket_DecodeStep_Length2of8:
-- case MHD_WebSocket_DecodeStep_Length3of8:
-- case MHD_WebSocket_DecodeStep_Length4of8:
-- case MHD_WebSocket_DecodeStep_Length5of8:
-- case MHD_WebSocket_DecodeStep_Length6of8:
-- case MHD_WebSocket_DecodeStep_Length7of8:
-- /* Mask first 3 bytes of 4 bytes */
-- case MHD_WebSocket_DecodeStep_Mask1Of4:
-- case MHD_WebSocket_DecodeStep_Mask2Of4:
-- case MHD_WebSocket_DecodeStep_Mask3Of4:
-- ws->frame_header [ws->frame_header_size++] = streambuf [current++];
-- ++ws->decode_step;
-- break;
--
-- /* 2 byte length finished */
-- case MHD_WebSocket_DecodeStep_Length2of2:
-- {
-- ws->frame_header [ws->frame_header_size++] = streambuf [current++];
-- size_t size = (size_t) MHD_htons (
-- *((uint16_t *) &ws->frame_header [2]));
-- if (125 >= size)
-- {
-- /* RFC 6455 5.2 Payload length: The minimal number of bytes */
-- /* must be used for the length */
-- ws->validity = MHD_WEBSOCKET_VALIDITY_INVALID;
-- if (0 != (ws->flags
-- & MHD_WEBSOCKET_FLAG_GENERATE_CLOSE_FRAMES_ON_ERROR))
-- {
-- MHD_websocket_encode_close (ws,
-- MHD_WEBSOCKET_CLOSEREASON_PROTOCOL_ERROR,
-- 0,
-- 0,
-- payload,
-- payload_len);
-- }
-- *streambuf_read_len = current;
-- return MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR;
-- }
-- if ((SIZE_MAX < size) ||
-- (ws->max_payload_size && (ws->max_payload_size < size)) )
-- {
-- /* RFC 6455 7.4.1 1009: If the message is too big to process, */
-- /* we may close the connection */
-- ws->validity = MHD_WEBSOCKET_VALIDITY_INVALID;
-- if (0 != (ws->flags
-- & MHD_WEBSOCKET_FLAG_GENERATE_CLOSE_FRAMES_ON_ERROR))
-- {
-- MHD_websocket_encode_close (ws,
-- MHD_WEBSOCKET_CLOSEREASON_MAXIMUM_ALLOWED_PAYLOAD_SIZE_EXCEEDED,
-- 0,
-- 0,
-- payload,
-- payload_len);
-- }
-- *streambuf_read_len = current;
-- return MHD_WEBSOCKET_STATUS_MAXIMUM_SIZE_EXCEEDED;
-- }
-- ws->payload_size = size;
-- if (0 != (ws->frame_header [1] & 0x80))
-- {
-- /* with mask */
-- ws->decode_step = MHD_WebSocket_DecodeStep_Mask1Of4;
-- }
-- else
-- {
-- /* without mask */
-- *((uint32_t *) ws->mask_key) = 0;
-- ws->decode_step = MHD_WebSocket_DecodeStep_HeaderCompleted;
-- }
-- }
-- break;
--
-- /* 8 byte length finished */
-- case MHD_WebSocket_DecodeStep_Length8of8:
-- {
-- ws->frame_header [ws->frame_header_size++] = streambuf [current++];
-- uint64_t size = MHD_htonll (*((uint64_t *) &ws->frame_header [2]));
-- if (0x7fffffffffffffff < size)
-- {
-- /* RFC 6455 5.2 frame-payload-length-63: The length may */
-- /* not exceed 0x7fffffffffffffff */
-- ws->decode_step = MHD_WebSocket_DecodeStep_BrokenStream;
-- ws->validity = MHD_WEBSOCKET_VALIDITY_INVALID;
-- if (0 != (ws->flags
-- & MHD_WEBSOCKET_FLAG_GENERATE_CLOSE_FRAMES_ON_ERROR))
-- {
-- MHD_websocket_encode_close (ws,
-- MHD_WEBSOCKET_CLOSEREASON_PROTOCOL_ERROR,
-- 0,
-- 0,
-- payload,
-- payload_len);
-- }
-- *streambuf_read_len = current;
-- return MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR;
-- }
-- if (65535 >= size)
-- {
-- /* RFC 6455 5.2 Payload length: The minimal number of bytes */
-- /* must be used for the length */
-- ws->validity = MHD_WEBSOCKET_VALIDITY_INVALID;
-- if (0 != (ws->flags
-- & MHD_WEBSOCKET_FLAG_GENERATE_CLOSE_FRAMES_ON_ERROR))
-- {
-- MHD_websocket_encode_close (ws,
-- MHD_WEBSOCKET_CLOSEREASON_PROTOCOL_ERROR,
-- 0,
-- 0,
-- payload,
-- payload_len);
-- }
-- *streambuf_read_len = current;
-- return MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR;
-- }
-- if ((SIZE_MAX < size) ||
-- (ws->max_payload_size && (ws->max_payload_size < size)) )
-- {
-- /* RFC 6455 7.4.1 1009: If the message is too big to process, */
-- /* we may close the connection */
-- ws->validity = MHD_WEBSOCKET_VALIDITY_INVALID;
-- if (0 != (ws->flags
-- & MHD_WEBSOCKET_FLAG_GENERATE_CLOSE_FRAMES_ON_ERROR))
-- {
-- MHD_websocket_encode_close (ws,
-- MHD_WEBSOCKET_CLOSEREASON_MAXIMUM_ALLOWED_PAYLOAD_SIZE_EXCEEDED,
-- 0,
-- 0,
-- payload,
-- payload_len);
-- }
-- *streambuf_read_len = current;
-- return MHD_WEBSOCKET_STATUS_MAXIMUM_SIZE_EXCEEDED;
-- }
-- ws->payload_size = (size_t) size;
--
-- if (0 != (ws->frame_header [1] & 0x80))
-- {
-- /* with mask */
-- ws->decode_step = MHD_WebSocket_DecodeStep_Mask1Of4;
-- }
-- else
-- {
-- /* without mask */
-- *((uint32_t *) ws->mask_key) = 0;
-- ws->decode_step = MHD_WebSocket_DecodeStep_HeaderCompleted;
-- }
-- }
-- break;
--
-- /* mask finished */
-- case MHD_WebSocket_DecodeStep_Mask4Of4:
-- ws->frame_header [ws->frame_header_size++] = streambuf [current++];
-- *((uint32_t *) ws->mask_key) = *((uint32_t *) &ws->frame_header [ws->
-- frame_header_size
-- - 4]);
-- ws->decode_step = MHD_WebSocket_DecodeStep_HeaderCompleted;
-- break;
--
-- /* header finished */
-- case MHD_WebSocket_DecodeStep_HeaderCompleted:
-- /* return or assign either to data or control */
-- {
-- int ret = MHD_websocket_decode_header_complete (ws,
-- payload,
-- payload_len);
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- *streambuf_read_len = current;
-- return ret;
-- }
-- }
-- break;
--
-- /* payload data */
-- case MHD_WebSocket_DecodeStep_PayloadOfDataFrame:
-- case MHD_WebSocket_DecodeStep_PayloadOfControlFrame:
-- {
-- size_t bytes_needed = ws->payload_size - ws->payload_index;
-- size_t bytes_remaining = streambuf_len - current;
-- size_t bytes_to_take = bytes_needed < bytes_remaining ? bytes_needed :
-- bytes_remaining;
-- if (0 != bytes_to_take)
-- {
-- size_t utf8_start = ws->payload_index;
-- char *decode_payload = ws->decode_step ==
-- MHD_WebSocket_DecodeStep_PayloadOfDataFrame ?
-- ws->data_payload_start :
-- ws->control_payload;
--
-- /* copy the new payload data (with unmasking if necessary */
-- MHD_websocket_copy_payload (decode_payload + ws->payload_index,
-- &streambuf [current],
-- bytes_to_take,
-- *((uint32_t *) ws->mask_key),
-- (unsigned long) (ws->payload_index
-- & 0x03));
-- current += bytes_to_take;
-- ws->payload_index += bytes_to_take;
-- if (((MHD_WebSocket_DecodeStep_PayloadOfDataFrame ==
-- ws->decode_step) &&
-- (MHD_WebSocket_Opcode_Text == ws->data_type)) ||
-- ((MHD_WebSocket_DecodeStep_PayloadOfControlFrame ==
-- ws->decode_step) &&
-- (MHD_WebSocket_Opcode_Close == (ws->frame_header [0] & 0x0f)) &&
-- (2 < ws->payload_index)) )
-- {
-- /* RFC 6455 8.1: We need to check the UTF-8 validity */
-- int utf8_step;
-- char *decode_payload_utf8;
-- size_t bytes_to_check;
-- size_t utf8_error_offset = 0;
-- if (MHD_WebSocket_DecodeStep_PayloadOfDataFrame == ws->decode_step)
-- {
-- utf8_step = ws->data_utf8_step;
-- decode_payload_utf8 = decode_payload + utf8_start;
-- bytes_to_check = bytes_to_take;
-- }
-- else
-- {
-- utf8_step = ws->control_utf8_step;
-- if ((MHD_WebSocket_Opcode_Close == (ws->frame_header [0]
-- & 0x0f)) &&
-- (2 > utf8_start) )
-- {
-- /* The first two bytes of the close frame are binary content and */
-- /* must be skipped in the UTF-8 check */
-- utf8_start = 2;
-- utf8_error_offset = 2;
-- }
-- decode_payload_utf8 = decode_payload + utf8_start;
-- bytes_to_check = bytes_to_take - utf8_start;
-- }
-- size_t utf8_check_offset = 0;
-- int utf8_result = MHD_websocket_check_utf8 (decode_payload_utf8,
-- bytes_to_check,
-- &utf8_step,
-- &utf8_check_offset);
-- if (MHD_WebSocket_UTF8Result_Invalid != utf8_result)
-- {
-- /* memorize current validity check step to continue later */
-- ws->data_utf8_step = utf8_step;
-- }
-- else
-- {
-- /* RFC 6455 8.1: We must fail on broken UTF-8 sequence */
-- ws->validity = MHD_WEBSOCKET_VALIDITY_INVALID;
-- if (0 != (ws->flags
-- & MHD_WEBSOCKET_FLAG_GENERATE_CLOSE_FRAMES_ON_ERROR))
-- {
-- MHD_websocket_encode_close (ws,
-- MHD_WEBSOCKET_CLOSEREASON_MALFORMED_UTF8,
-- 0,
-- 0,
-- payload,
-- payload_len);
-- }
-- *streambuf_read_len = current - bytes_to_take
-- + utf8_check_offset + utf8_error_offset;
-- return MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR;
-- }
-- }
-- }
-- }
--
-- if (ws->payload_size == ws->payload_index)
-- {
-- /* all payload data of the current frame has been received */
-- int ret = MHD_websocket_decode_payload_complete (ws,
-- payload,
-- payload_len);
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- *streambuf_read_len = current;
-- return ret;
-- }
-- }
-- break;
--
-- case MHD_WebSocket_DecodeStep_BrokenStream:
-- *streambuf_read_len = current;
-- return MHD_WEBSOCKET_STATUS_STREAM_BROKEN;
-- }
-- }
--
-- /* Special treatment for zero payload length messages */
-- if (MHD_WebSocket_DecodeStep_HeaderCompleted == ws->decode_step)
-- {
-- int ret = MHD_websocket_decode_header_complete (ws,
-- payload,
-- payload_len);
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- *streambuf_read_len = current;
-- return ret;
-- }
-- }
-- switch (ws->decode_step)
-- {
-- case MHD_WebSocket_DecodeStep_PayloadOfDataFrame:
-- case MHD_WebSocket_DecodeStep_PayloadOfControlFrame:
-- if (ws->payload_size == ws->payload_index)
-- {
-- /* all payload data of the current frame has been received */
-- int ret = MHD_websocket_decode_payload_complete (ws,
-- payload,
-- payload_len);
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- *streambuf_read_len = current;
-- return ret;
-- }
-- }
-- break;
-- }
-- *streambuf_read_len = current;
--
-- /* more data needed */
-- return MHD_WEBSOCKET_STATUS_OK;
--}
--
--
--static enum MHD_WEBSOCKET_STATUS
--MHD_websocket_decode_header_complete (struct MHD_WebSocketStream *ws,
-- char **payload,
-- size_t *payload_len)
--{
-- /* assign either to data or control */
-- char opcode = ws->frame_header [0] & 0x0f;
-- switch (opcode)
-- {
-- case MHD_WebSocket_Opcode_Continuation:
-- {
-- /* validate payload size */
-- size_t new_size_total = ws->payload_size + ws->data_payload_size;
-- if ((0 != ws->max_payload_size) && (ws->max_payload_size <
-- new_size_total) )
-- {
-- /* RFC 6455 7.4.1 1009: If the message is too big to process, */
-- /* we may close the connection */
-- ws->decode_step = MHD_WebSocket_DecodeStep_BrokenStream;
-- ws->validity = MHD_WEBSOCKET_VALIDITY_INVALID;
-- if (0 != (ws->flags
-- & MHD_WEBSOCKET_FLAG_GENERATE_CLOSE_FRAMES_ON_ERROR))
-- {
-- MHD_websocket_encode_close (ws,
-- MHD_WEBSOCKET_CLOSEREASON_MAXIMUM_ALLOWED_PAYLOAD_SIZE_EXCEEDED,
-- 0,
-- 0,
-- payload,
-- payload_len);
-- }
-- return MHD_WEBSOCKET_STATUS_MAXIMUM_SIZE_EXCEEDED;
-- }
-- /* allocate buffer for continued data frame */
-- char *new_buf = NULL;
-- if (0 != new_size_total)
-- {
-- new_buf = ws->realloc (ws->data_payload, new_size_total + 1);
-- if (NULL == new_buf)
-- {
-- return MHD_WEBSOCKET_STATUS_MEMORY_ERROR;
-- }
-- new_buf [new_size_total] = 0;
-- ws->data_payload_start = &new_buf[ws->data_payload_size];
-- }
-- else
-- {
-- ws->data_payload_start = new_buf;
-- }
-- ws->data_payload = new_buf;
-- ws->data_payload_size = new_size_total;
-- }
-- ws->decode_step = MHD_WebSocket_DecodeStep_PayloadOfDataFrame;
-- break;
--
-- case MHD_WebSocket_Opcode_Text:
-- case MHD_WebSocket_Opcode_Binary:
-- /* allocate buffer for data frame */
-- {
-- size_t new_size_total = ws->payload_size;
-- char *new_buf = NULL;
-- if (0 != new_size_total)
-- {
-- new_buf = ws->malloc (new_size_total + 1);
-- if (NULL == new_buf)
-- {
-- return MHD_WEBSOCKET_STATUS_MEMORY_ERROR;
-- }
-- new_buf [new_size_total] = 0;
-- }
-- ws->data_payload = new_buf;
-- ws->data_payload_start = new_buf;
-- ws->data_payload_size = new_size_total;
-- ws->data_type = opcode;
-- }
-- ws->decode_step = MHD_WebSocket_DecodeStep_PayloadOfDataFrame;
-- break;
--
-- case MHD_WebSocket_Opcode_Close:
-- case MHD_WebSocket_Opcode_Ping:
-- case MHD_WebSocket_Opcode_Pong:
-- /* allocate buffer for control frame */
-- {
-- size_t new_size_total = ws->payload_size;
-- char *new_buf = NULL;
-- if (0 != new_size_total)
-- {
-- new_buf = ws->malloc (new_size_total + 1);
-- if (NULL == new_buf)
-- {
-- return MHD_WEBSOCKET_STATUS_MEMORY_ERROR;
-- }
-- new_buf[new_size_total] = 0;
-- }
-- ws->control_payload = new_buf;
-- }
-- ws->decode_step = MHD_WebSocket_DecodeStep_PayloadOfControlFrame;
-- break;
-- }
--
-- return MHD_WEBSOCKET_STATUS_OK;
--}
--
--
--static enum MHD_WEBSOCKET_STATUS
--MHD_websocket_decode_payload_complete (struct MHD_WebSocketStream *ws,
-- char **payload,
-- size_t *payload_len)
--{
-- /* all payload data of the current frame has been received */
-- char is_continue = MHD_WebSocket_Opcode_Continuation ==
-- (ws->frame_header [0] & 0x0F);
-- char is_fin = ws->frame_header [0] & 0x80;
-- if (0 != is_fin)
-- {
-- /* the frame is complete */
-- if (MHD_WebSocket_DecodeStep_PayloadOfDataFrame == ws->decode_step)
-- {
-- /* data frame */
-- char data_type = ws->data_type;
-- if ((0 != (ws->flags & MHD_WEBSOCKET_FLAG_WANT_FRAGMENTS)) &&
-- (0 != is_continue))
-- {
-- data_type |= 0x40; /* mark as last fragment */
-- }
-- *payload = ws->data_payload;
-- *payload_len = ws->data_payload_size;
-- ws->data_payload = 0;
-- ws->data_payload_start = 0;
-- ws->data_payload_size = 0;
-- ws->decode_step = MHD_WebSocket_DecodeStep_Start;
-- ws->payload_index = 0;
-- ws->data_type = 0;
-- ws->frame_header_size = 0;
-- return data_type;
-- }
-- else
-- {
-- /* control frame */
-- *payload = ws->control_payload;
-- *payload_len = ws->payload_size;
-- ws->control_payload = 0;
-- ws->decode_step = MHD_WebSocket_DecodeStep_Start;
-- ws->payload_index = 0;
-- ws->frame_header_size = 0;
-- return (ws->frame_header [0] & 0x0f);
-- }
-- }
-- else if (0 != (ws->flags & MHD_WEBSOCKET_FLAG_WANT_FRAGMENTS))
-- {
-- /* RFC 6455 5.4: To allow streaming, the user can choose */
-- /* to return fragments */
-- if ((MHD_WebSocket_Opcode_Text == ws->data_type) &&
-- (MHD_WEBSOCKET_UTF8STEP_NORMAL != ws->data_utf8_step) )
-- {
-- /* the last UTF-8 sequence is incomplete, so we keep the start of
-- that and only return the part before */
-- size_t given_utf8 = 0;
-- switch (ws->data_utf8_step)
-- {
-- /* one byte given */
-- case MHD_WEBSOCKET_UTF8STEP_UTF2TAIL_1OF1:
-- case MHD_WEBSOCKET_UTF8STEP_UTF3TAIL1_1OF2:
-- case MHD_WEBSOCKET_UTF8STEP_UTF3TAIL2_1OF2:
-- case MHD_WEBSOCKET_UTF8STEP_UTF3TAIL_1OF2:
-- case MHD_WEBSOCKET_UTF8STEP_UTF4TAIL1_1OF3:
-- case MHD_WEBSOCKET_UTF8STEP_UTF4TAIL2_1OF3:
-- case MHD_WEBSOCKET_UTF8STEP_UTF4TAIL_1OF3:
-- given_utf8 = 1;
-- break;
-- /* two bytes given */
-- case MHD_WEBSOCKET_UTF8STEP_UTF3TAIL_2OF2:
-- case MHD_WEBSOCKET_UTF8STEP_UTF4TAIL_2OF3:
-- given_utf8 = 2;
-- break;
-- /* three bytes given */
-- case MHD_WEBSOCKET_UTF8STEP_UTF4TAIL_3OF3:
-- given_utf8 = 3;
-- break;
-- }
-- size_t new_len = ws->data_payload_size - given_utf8;
-- if (0 != new_len)
-- {
-- char *next_payload = ws->malloc (given_utf8 + 1);
-- if (NULL == next_payload)
-- {
-- return MHD_WEBSOCKET_STATUS_MEMORY_ERROR;
-- }
-- memcpy (next_payload,
-- ws->data_payload_start + ws->payload_index - given_utf8,
-- given_utf8);
-- next_payload[given_utf8] = 0;
--
-- ws->data_payload[new_len] = 0;
-- *payload = ws->data_payload;
-- *payload_len = new_len;
-- ws->data_payload = next_payload;
-- ws->data_payload_size = given_utf8;
-- }
-- else
-- {
-- *payload = NULL;
-- *payload_len = 0;
-- }
-- ws->decode_step = MHD_WebSocket_DecodeStep_Start;
-- ws->payload_index = 0;
-- ws->frame_header_size = 0;
-- if (0 != is_continue)
-- return ws->data_type | 0x20; /* mark as middle fragment */
-- else
-- return ws->data_type | 0x10; /* mark as first fragment */
-- }
-- else
-- {
-- /* we simply pass the entire data frame */
-- *payload = ws->data_payload;
-- *payload_len = ws->data_payload_size;
-- ws->data_payload = 0;
-- ws->data_payload_start = 0;
-- ws->data_payload_size = 0;
-- ws->decode_step = MHD_WebSocket_DecodeStep_Start;
-- ws->payload_index = 0;
-- ws->frame_header_size = 0;
-- if (0 != is_continue)
-- return ws->data_type | 0x20; /* mark as middle fragment */
-- else
-- return ws->data_type | 0x10; /* mark as first fragment */
-- }
-- }
-- else
-- {
-- /* RFC 6455 5.4: We must await a continuation frame to get */
-- /* the remainder of this data frame */
-- ws->decode_step = MHD_WebSocket_DecodeStep_Start;
-- ws->frame_header_size = 0;
-- ws->payload_index = 0;
-- return MHD_WEBSOCKET_STATUS_OK;
-- }
--}
--
--
--/**
-- * Splits the received close reason
-- */
--_MHD_EXTERN enum MHD_WEBSOCKET_STATUS
--MHD_websocket_split_close_reason (const char *payload,
-- size_t payload_len,
-- unsigned short *reason_code,
-- const char **reason_utf8,
-- size_t *reason_utf8_len)
--{
-- /* initialize output variables for errors cases */
-- if (NULL != reason_code)
-- *reason_code = MHD_WEBSOCKET_CLOSEREASON_NO_REASON;
-- if (NULL != reason_utf8)
-- *reason_utf8 = NULL;
-- if (NULL != reason_utf8_len)
-- *reason_utf8_len = 0;
--
-- /* validate parameters */
-- if ((NULL == payload) && (0 != payload_len))
-- return MHD_WEBSOCKET_STATUS_PARAMETER_ERROR;
-- if (1 == payload_len)
-- return MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR;
-- if (125 < payload_len)
-- return MHD_WEBSOCKET_STATUS_MAXIMUM_SIZE_EXCEEDED;
--
-- /* decode reason code */
-- if (2 > payload_len)
-- {
-- if (NULL != reason_code)
-- *reason_code = MHD_WEBSOCKET_CLOSEREASON_NO_REASON;
-- }
-- else
-- {
-- if (NULL != reason_code)
-- *reason_code = MHD_htons (*((uint16_t *) payload));
-- }
--
-- /* decode reason text */
-- if (2 >= payload_len)
-- {
-- if (NULL != reason_utf8)
-- *reason_utf8 = NULL;
-- if (NULL != reason_utf8_len)
-- *reason_utf8_len = 0;
-- }
-- else
-- {
-- if (NULL != reason_utf8)
-- *reason_utf8 = payload + 2;
-- if (NULL != reason_utf8_len)
-- *reason_utf8_len = payload_len - 2;
-- }
--
-- return MHD_WEBSOCKET_STATUS_OK;
--}
--
--
--/**
-- * Encodes a text into a websocket text frame
-- */
--_MHD_EXTERN enum MHD_WEBSOCKET_STATUS
--MHD_websocket_encode_text (struct MHD_WebSocketStream *ws,
-- const char *payload_utf8,
-- size_t payload_utf8_len,
-- int fragmentation,
-- char **frame,
-- size_t *frame_len,
-- int *utf8_step)
--{
-- /* initialize output variables for errors cases */
-- if (NULL != frame)
-- *frame = NULL;
-- if (NULL != frame_len)
-- *frame_len = 0;
-- if ((NULL != utf8_step) &&
-- ((MHD_WEBSOCKET_FRAGMENTATION_FIRST == fragmentation) ||
-- (MHD_WEBSOCKET_FRAGMENTATION_NONE == fragmentation) ))
-- {
-- /* the old UTF-8 step will be ignored for new fragments */
-- *utf8_step = MHD_WEBSOCKET_UTF8STEP_NORMAL;
-- }
--
-- /* validate parameters */
-- if ((NULL == ws) ||
-- ((0 != payload_utf8_len) && (NULL == payload_utf8)) ||
-- (NULL == frame) ||
-- (NULL == frame_len) ||
-- (MHD_WEBSOCKET_FRAGMENTATION_NONE > fragmentation) ||
-- (MHD_WEBSOCKET_FRAGMENTATION_LAST < fragmentation) ||
-- ((MHD_WEBSOCKET_FRAGMENTATION_NONE != fragmentation) &&
-- (NULL == utf8_step)) )
-- {
-- return MHD_WEBSOCKET_STATUS_PARAMETER_ERROR;
-- }
--
-- /* check max length */
-- if ((uint64_t) 0x7FFFFFFFFFFFFFFF < (uint64_t) payload_utf8_len)
-- {
-- return MHD_WEBSOCKET_STATUS_MAXIMUM_SIZE_EXCEEDED;
-- }
--
-- /* check UTF-8 */
-- int utf8_result = MHD_websocket_check_utf8 (payload_utf8,
-- payload_utf8_len,
-- utf8_step,
-- NULL);
-- if ((MHD_WebSocket_UTF8Result_Invalid == utf8_result) ||
-- ((MHD_WebSocket_UTF8Result_Incomplete == utf8_result) &&
-- (MHD_WEBSOCKET_FRAGMENTATION_NONE == fragmentation)) )
-- {
-- return MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR;
-- }
--
-- /* encode data */
-- return MHD_websocket_encode_data (ws,
-- payload_utf8,
-- payload_utf8_len,
-- fragmentation,
-- frame,
-- frame_len,
-- MHD_WebSocket_Opcode_Text);
--}
--
--
--/**
-- * Encodes binary data into a websocket binary frame
-- */
--_MHD_EXTERN enum MHD_WEBSOCKET_STATUS
--MHD_websocket_encode_binary (struct MHD_WebSocketStream *ws,
-- const char *payload,
-- size_t payload_len,
-- int fragmentation,
-- char **frame,
-- size_t *frame_len)
--{
-- /* initialize output variables for errors cases */
-- if (NULL != frame)
-- *frame = NULL;
-- if (NULL != frame_len)
-- *frame_len = 0;
--
-- /* validate parameters */
-- if ((NULL == ws) ||
-- ((0 != payload_len) && (NULL == payload)) ||
-- (NULL == frame) ||
-- (NULL == frame_len) ||
-- (MHD_WEBSOCKET_FRAGMENTATION_NONE > fragmentation) ||
-- (MHD_WEBSOCKET_FRAGMENTATION_LAST < fragmentation) )
-- {
-- return MHD_WEBSOCKET_STATUS_PARAMETER_ERROR;
-- }
--
-- /* check max length */
-- if ((uint64_t) 0x7FFFFFFFFFFFFFFF < (uint64_t) payload_len)
-- {
-- return MHD_WEBSOCKET_STATUS_MAXIMUM_SIZE_EXCEEDED;
-- }
--
-- return MHD_websocket_encode_data (ws,
-- payload,
-- payload_len,
-- fragmentation,
-- frame,
-- frame_len,
-- MHD_WebSocket_Opcode_Binary);
--}
--
--
--/**
-- * Internal function for encoding text/binary data into a websocket frame
-- */
--static enum MHD_WEBSOCKET_STATUS
--MHD_websocket_encode_data (struct MHD_WebSocketStream *ws,
-- const char *payload,
-- size_t payload_len,
-- int fragmentation,
-- char **frame,
-- size_t *frame_len,
-- char opcode)
--{
-- /* calculate length and masking */
-- char is_masked = MHD_websocket_encode_is_masked (ws);
-- size_t overhead_len = MHD_websocket_encode_overhead_size (ws, payload_len);
-- size_t total_len = overhead_len + payload_len;
-- uint32_t mask = 0 != is_masked ? MHD_websocket_generate_mask (ws) : 0;
--
-- /* allocate memory */
-- char *result = ws->malloc (total_len + 1);
-- if (NULL == result)
-- return MHD_WEBSOCKET_STATUS_MEMORY_ERROR;
-- result [total_len] = 0;
-- *frame = result;
-- *frame_len = total_len;
--
-- /* add the opcode */
-- switch (fragmentation)
-- {
-- case MHD_WEBSOCKET_FRAGMENTATION_NONE:
-- *(result++) = 0x80 | opcode;
-- break;
-- case MHD_WEBSOCKET_FRAGMENTATION_FIRST:
-- *(result++) = opcode;
-- break;
-- case MHD_WEBSOCKET_FRAGMENTATION_FOLLOWING:
-- *(result++) = MHD_WebSocket_Opcode_Continuation;
-- break;
-- case MHD_WEBSOCKET_FRAGMENTATION_LAST:
-- *(result++) = 0x80 | MHD_WebSocket_Opcode_Continuation;
-- break;
-- }
--
-- /* add the length */
-- if (126 > payload_len)
-- {
-- *(result++) = is_masked | (char) payload_len;
-- }
-- else if (65536 > payload_len)
-- {
-- *(result++) = is_masked | 126;
-- *((uint16_t *) result) = MHD_htons ((uint16_t) payload_len);
-- result += 2;
-- }
-- else
-- {
-- *(result++) = is_masked | 127;
-- *((uint64_t *) result) = MHD_htonll ((uint64_t) payload_len);
-- result += 8;
--
-- }
--
-- /* add the mask */
-- if (0 != is_masked)
-- {
-- *(result++) = ((char *) &mask)[0];
-- *(result++) = ((char *) &mask)[1];
-- *(result++) = ((char *) &mask)[2];
-- *(result++) = ((char *) &mask)[3];
-- }
--
-- /* add the payload */
-- if (0 != payload_len)
-- {
-- MHD_websocket_copy_payload (result,
-- payload,
-- payload_len,
-- mask,
-- 0);
-- }
--
-- return MHD_WEBSOCKET_STATUS_OK;
--}
--
--
--/**
-- * Encodes a websocket ping frame
-- */
--_MHD_EXTERN enum MHD_WEBSOCKET_STATUS
--MHD_websocket_encode_ping (struct MHD_WebSocketStream *ws,
-- const char *payload,
-- size_t payload_len,
-- char **frame,
-- size_t *frame_len)
--{
-- /* encode the ping frame */
-- return MHD_websocket_encode_ping_pong (ws,
-- payload,
-- payload_len,
-- frame,
-- frame_len,
-- MHD_WebSocket_Opcode_Ping);
--}
--
--
--/**
-- * Encodes a websocket pong frame
-- */
--_MHD_EXTERN enum MHD_WEBSOCKET_STATUS
--MHD_websocket_encode_pong (struct MHD_WebSocketStream *ws,
-- const char *payload,
-- size_t payload_len,
-- char **frame,
-- size_t *frame_len)
--{
-- /* encode the pong frame */
-- return MHD_websocket_encode_ping_pong (ws,
-- payload,
-- payload_len,
-- frame,
-- frame_len,
-- MHD_WebSocket_Opcode_Pong);
--}
--
--
--/**
-- * Internal function for encoding ping/pong frames
-- */
--static enum MHD_WEBSOCKET_STATUS
--MHD_websocket_encode_ping_pong (struct MHD_WebSocketStream *ws,
-- const char *payload,
-- size_t payload_len,
-- char **frame,
-- size_t *frame_len,
-- char opcode)
--{
-- /* initialize output variables for errors cases */
-- if (NULL != frame)
-- *frame = NULL;
-- if (NULL != frame_len)
-- *frame_len = 0;
--
-- /* validate the parameters */
-- if ((NULL == ws) ||
-- ((0 != payload_len) && (NULL == payload)) ||
-- (NULL == frame) ||
-- (NULL == frame_len) )
-- {
-- return MHD_WEBSOCKET_STATUS_PARAMETER_ERROR;
-- }
--
-- /* RFC 6455 5.5: Control frames may only have up to 125 bytes of payload data */
-- if (125 < payload_len)
-- return MHD_WEBSOCKET_STATUS_MAXIMUM_SIZE_EXCEEDED;
--
-- /* calculate length and masking */
-- char is_masked = MHD_websocket_encode_is_masked (ws);
-- size_t overhead_len = MHD_websocket_encode_overhead_size (ws, payload_len);
-- size_t total_len = overhead_len + payload_len;
-- uint32_t mask = is_masked != 0 ? MHD_websocket_generate_mask (ws) : 0;
--
-- /* allocate memory */
-- char *result = ws->malloc (total_len + 1);
-- if (NULL == result)
-- return MHD_WEBSOCKET_STATUS_MEMORY_ERROR;
-- result [total_len] = 0;
-- *frame = result;
-- *frame_len = total_len;
--
-- /* add the opcode */
-- *(result++) = 0x80 | opcode;
--
-- /* add the length */
-- *(result++) = is_masked | (char) payload_len;
--
-- /* add the mask */
-- if (0 != is_masked)
-- {
-- *(result++) = ((char *) &mask)[0];
-- *(result++) = ((char *) &mask)[1];
-- *(result++) = ((char *) &mask)[2];
-- *(result++) = ((char *) &mask)[3];
-- }
--
-- /* add the payload */
-- if (0 != payload_len)
-- {
-- MHD_websocket_copy_payload (result,
-- payload,
-- payload_len,
-- mask,
-- 0);
-- }
--
-- return MHD_WEBSOCKET_STATUS_OK;
--}
--
--
--/**
-- * Encodes a websocket close frame
-- */
--_MHD_EXTERN enum MHD_WEBSOCKET_STATUS
--MHD_websocket_encode_close (struct MHD_WebSocketStream *ws,
-- unsigned short reason_code,
-- const char *reason_utf8,
-- size_t reason_utf8_len,
-- char **frame,
-- size_t *frame_len)
--{
-- /* initialize output variables for errors cases */
-- if (NULL != frame)
-- *frame = NULL;
-- if (NULL != frame_len)
-- *frame_len = 0;
--
-- /* validate the parameters */
-- if ((NULL == ws) ||
-- ((0 != reason_utf8_len) && (NULL == reason_utf8)) ||
-- (NULL == frame) ||
-- (NULL == frame_len) ||
-- ((MHD_WEBSOCKET_CLOSEREASON_NO_REASON != reason_code) &&
-- (1000 > reason_code)) ||
-- ((0 != reason_utf8_len) &&
-- (MHD_WEBSOCKET_CLOSEREASON_NO_REASON == reason_code)) )
-- {
-- return MHD_WEBSOCKET_STATUS_PARAMETER_ERROR;
-- }
--
-- /* RFC 6455 5.5: Control frames may only have up to 125 bytes of payload data, */
-- /* but in this case only 123 bytes, because 2 bytes are reserved */
-- /* for the close reason code. */
-- if (123 < reason_utf8_len)
-- return MHD_WEBSOCKET_STATUS_MAXIMUM_SIZE_EXCEEDED;
--
-- /* RFC 6455 5.5.1: If close payload data is given, it must be valid UTF-8 */
-- if (0 != reason_utf8_len)
-- {
-- int utf8_result = MHD_websocket_check_utf8 (reason_utf8,
-- reason_utf8_len,
-- NULL,
-- NULL);
-- if (MHD_WebSocket_UTF8Result_Valid != utf8_result)
-- return MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR;
-- }
--
-- /* calculate length and masking */
-- char is_masked = MHD_websocket_encode_is_masked (ws);
-- size_t payload_len = (MHD_WEBSOCKET_CLOSEREASON_NO_REASON != reason_code ?
-- 2 + reason_utf8_len : 0);
-- size_t overhead_len = MHD_websocket_encode_overhead_size (ws, payload_len);
-- size_t total_len = overhead_len + payload_len;
-- uint32_t mask = is_masked != 0 ? MHD_websocket_generate_mask (ws) : 0;
--
-- /* allocate memory */
-- char *result = ws->malloc (total_len + 1);
-- if (NULL == result)
-- return MHD_WEBSOCKET_STATUS_MEMORY_ERROR;
-- result [total_len] = 0;
-- *frame = result;
-- *frame_len = total_len;
--
-- /* add the opcode */
-- *(result++) = 0x88;
--
-- /* add the length */
-- *(result++) = is_masked | (char) payload_len;
--
-- /* add the mask */
-- if (0 != is_masked)
-- {
-- *(result++) = ((char *) &mask)[0];
-- *(result++) = ((char *) &mask)[1];
-- *(result++) = ((char *) &mask)[2];
-- *(result++) = ((char *) &mask)[3];
-- }
--
-- /* add the payload */
-- if (0 != reason_code)
-- {
-- /* close reason code */
-- uint16_t reason_code_nb = MHD_htons (reason_code);
-- MHD_websocket_copy_payload (result,
-- (const char *) &reason_code_nb,
-- 2,
-- mask,
-- 0);
-- result += 2;
--
-- /* custom reason payload */
-- if (0 != reason_utf8_len)
-- {
-- MHD_websocket_copy_payload (result,
-- reason_utf8,
-- reason_utf8_len,
-- mask,
-- 2);
-- }
-- }
--
-- return MHD_WEBSOCKET_STATUS_OK;
--}
--
--
--/**
-- * Returns the 0x80 prefix for masked data, 0x00 otherwise
-- */
--static char
--MHD_websocket_encode_is_masked (struct MHD_WebSocketStream *ws)
--{
-- return (ws->flags & MHD_WEBSOCKET_FLAG_MASK_SERVERCLIENT) ==
-- MHD_WEBSOCKET_FLAG_CLIENT ? 0x80 : 0x00;
--}
--
--
--/**
-- * Calculates the size of the overhead in bytes
-- */
--static char
--MHD_websocket_encode_overhead_size (struct MHD_WebSocketStream *ws,
-- size_t payload_len)
--{
-- return 2 + (MHD_websocket_encode_is_masked (ws) != 0 ? 4 : 0) + (125 <
-- payload_len ?
-- (65535 <
-- payload_len
-- ? 8 : 2) : 0);
--}
--
--
--/**
-- * Copies the payload to the destination (using mask)
-- */
--static void
--MHD_websocket_copy_payload (char *dst,
-- const char *src,
-- size_t len,
-- uint32_t mask,
-- unsigned long mask_offset)
--{
-- if (0 != len)
-- {
-- if (0 == mask)
-- {
-- /* when the mask is zero, we can just copy the data */
-- memcpy (dst, src, len);
-- }
-- else
-- {
-- /* mask is used */
-- char mask_[4];
-- *((uint32_t *) mask_) = mask;
-- for (size_t i = 0; i < len; ++i)
-- {
-- dst[i] = src[i] ^ mask_[(i + mask_offset) & 3];
-- }
-- }
-- }
--}
--
--
--/**
-- * Checks a UTF-8 sequence
-- */
--static int
--MHD_websocket_check_utf8 (const char *buf,
-- size_t buf_len,
-- int *utf8_step,
-- size_t *buf_offset)
--{
-- int utf8_step_ = (NULL != utf8_step) ? *utf8_step :
-- MHD_WEBSOCKET_UTF8STEP_NORMAL;
--
-- for (size_t i = 0; i < buf_len; ++i)
-- {
-- unsigned char character = (unsigned char) buf[i];
-- switch (utf8_step_)
-- {
-- case MHD_WEBSOCKET_UTF8STEP_NORMAL:
-- if ((0x00 <= character) && (0x7F >= character))
-- {
-- /* RFC 3629 4: single byte UTF-8 sequence */
-- /* (nothing to do here) */
-- }
-- else if ((0xC2 <= character) && (0xDF >= character))
-- {
-- /* RFC 3629 4: two byte UTF-8 sequence */
-- utf8_step_ = MHD_WEBSOCKET_UTF8STEP_UTF2TAIL_1OF1;
-- }
-- else if (0xE0 == character)
-- {
-- /* RFC 3629 4: three byte UTF-8 sequence, but the second byte must be 0xA0-0xBF */
-- utf8_step_ = MHD_WEBSOCKET_UTF8STEP_UTF3TAIL1_1OF2;
-- }
-- else if (0xED == character)
-- {
-- /* RFC 3629 4: three byte UTF-8 sequence, but the second byte must be 0x80-0x9F */
-- utf8_step_ = MHD_WEBSOCKET_UTF8STEP_UTF3TAIL2_1OF2;
-- }
-- else if (((0xE1 <= character) && (0xEC >= character)) ||
-- ((0xEE <= character) && (0xEF >= character)) )
-- {
-- /* RFC 3629 4: three byte UTF-8 sequence, both tail bytes must be 0x80-0xBF */
-- utf8_step_ = MHD_WEBSOCKET_UTF8STEP_UTF3TAIL_1OF2;
-- }
-- else if (0xF0 == character)
-- {
-- /* RFC 3629 4: four byte UTF-8 sequence, but the second byte must be 0x90-0xBF */
-- utf8_step_ = MHD_WEBSOCKET_UTF8STEP_UTF4TAIL1_1OF3;
-- }
-- else if (0xF4 == character)
-- {
-- /* RFC 3629 4: four byte UTF-8 sequence, but the second byte must be 0x80-0x8F */
-- utf8_step_ = MHD_WEBSOCKET_UTF8STEP_UTF4TAIL2_1OF3;
-- }
-- else if ((0xF1 <= character) && (0xF3 >= character))
-- {
-- /* RFC 3629 4: four byte UTF-8 sequence, all three tail bytes must be 0x80-0xBF */
-- utf8_step_ = MHD_WEBSOCKET_UTF8STEP_UTF4TAIL_1OF3;
-- }
-- else
-- {
-- /* RFC 3629 4: Invalid UTF-8 byte */
-- if (NULL != buf_offset)
-- *buf_offset = i;
-- return MHD_WebSocket_UTF8Result_Invalid;
-- }
-- break;
--
-- case MHD_WEBSOCKET_UTF8STEP_UTF3TAIL1_1OF2:
-- if ((0xA0 <= character) && (0xBF >= character))
-- {
-- /* RFC 3629 4: Second byte of three byte UTF-8 sequence */
-- utf8_step_ = MHD_WEBSOCKET_UTF8STEP_UTF3TAIL_2OF2;
-- }
-- else
-- {
-- /* RFC 3629 4: Invalid UTF-8 byte */
-- if (NULL != buf_offset)
-- *buf_offset = i;
-- return MHD_WebSocket_UTF8Result_Invalid;
-- }
-- break;
--
-- case MHD_WEBSOCKET_UTF8STEP_UTF3TAIL2_1OF2:
-- if ((0x80 <= character) && (0x9F >= character))
-- {
-- /* RFC 3629 4: Second byte of three byte UTF-8 sequence */
-- utf8_step_ = MHD_WEBSOCKET_UTF8STEP_UTF3TAIL_2OF2;
-- }
-- else
-- {
-- /* RFC 3629 4: Invalid UTF-8 byte */
-- if (NULL != buf_offset)
-- *buf_offset = i;
-- return MHD_WebSocket_UTF8Result_Invalid;
-- }
-- break;
--
-- case MHD_WEBSOCKET_UTF8STEP_UTF3TAIL_1OF2:
-- if ((0x80 <= character) && (0xBF >= character))
-- {
-- /* RFC 3629 4: Second byte of three byte UTF-8 sequence */
-- utf8_step_ = MHD_WEBSOCKET_UTF8STEP_UTF3TAIL_2OF2;
-- }
-- else
-- {
-- /* RFC 3629 4: Invalid UTF-8 byte */
-- if (NULL != buf_offset)
-- *buf_offset = i;
-- return MHD_WebSocket_UTF8Result_Invalid;
-- }
-- break;
--
-- case MHD_WEBSOCKET_UTF8STEP_UTF4TAIL1_1OF3:
-- if ((0x90 <= character) && (0xBF >= character))
-- {
-- /* RFC 3629 4: Second byte of four byte UTF-8 sequence */
-- utf8_step_ = MHD_WEBSOCKET_UTF8STEP_UTF4TAIL_2OF3;
-- }
-- else
-- {
-- /* RFC 3629 4: Invalid UTF-8 byte */
-- if (NULL != buf_offset)
-- *buf_offset = i;
-- return MHD_WebSocket_UTF8Result_Invalid;
-- }
-- break;
--
-- case MHD_WEBSOCKET_UTF8STEP_UTF4TAIL2_1OF3:
-- if ((0x80 <= character) && (0x8F >= character))
-- {
-- /* RFC 3629 4: Second byte of four byte UTF-8 sequence */
-- utf8_step_ = MHD_WEBSOCKET_UTF8STEP_UTF4TAIL_2OF3;
-- }
-- else
-- {
-- /* RFC 3629 4: Invalid UTF-8 byte */
-- if (NULL != buf_offset)
-- *buf_offset = i;
-- return MHD_WebSocket_UTF8Result_Invalid;
-- }
-- break;
--
-- case MHD_WEBSOCKET_UTF8STEP_UTF4TAIL_1OF3:
-- if ((0x80 <= character) && (0xBF >= character))
-- {
-- /* RFC 3629 4: Second byte of four byte UTF-8 sequence */
-- utf8_step_ = MHD_WEBSOCKET_UTF8STEP_UTF4TAIL_2OF3;
-- }
-- else
-- {
-- /* RFC 3629 4: Invalid UTF-8 byte */
-- if (NULL != buf_offset)
-- *buf_offset = i;
-- return MHD_WebSocket_UTF8Result_Invalid;
-- }
-- break;
--
-- case MHD_WEBSOCKET_UTF8STEP_UTF4TAIL_2OF3:
-- if ((0x80 <= character) && (0xBF >= character))
-- {
-- /* RFC 3629 4: Third byte of four byte UTF-8 sequence */
-- utf8_step_ = MHD_WEBSOCKET_UTF8STEP_UTF4TAIL_3OF3;
-- }
-- else
-- {
-- /* RFC 3629 4: Invalid UTF-8 byte */
-- if (NULL != buf_offset)
-- *buf_offset = i;
-- return MHD_WebSocket_UTF8Result_Invalid;
-- }
-- break;
--
-- /* RFC 3629 4: Second byte of two byte UTF-8 sequence */
-- case MHD_WEBSOCKET_UTF8STEP_UTF2TAIL_1OF1:
-- /* RFC 3629 4: Third byte of three byte UTF-8 sequence */
-- case MHD_WEBSOCKET_UTF8STEP_UTF3TAIL_2OF2:
-- /* RFC 3629 4: Fourth byte of four byte UTF-8 sequence */
-- case MHD_WEBSOCKET_UTF8STEP_UTF4TAIL_3OF3:
-- if ((0x80 <= character) && (0xBF >= character))
-- {
-- utf8_step_ = MHD_WEBSOCKET_UTF8STEP_NORMAL;
-- }
-- else
-- {
-- /* RFC 3629 4: Invalid UTF-8 byte */
-- if (NULL != buf_offset)
-- *buf_offset = i;
-- return MHD_WebSocket_UTF8Result_Invalid;
-- }
-- break;
--
-- default:
-- /* Invalid last step...? */
-- if (NULL != buf_offset)
-- *buf_offset = i;
-- return MHD_WebSocket_UTF8Result_Invalid;
-- }
-- }
--
-- /* return values */
-- if (NULL != utf8_step)
-- *utf8_step = utf8_step_;
-- if (NULL != buf_offset)
-- *buf_offset = buf_len;
-- if (MHD_WEBSOCKET_UTF8STEP_NORMAL != utf8_step_)
-- {
-- return MHD_WebSocket_UTF8Result_Incomplete;
-- }
-- return MHD_WebSocket_UTF8Result_Valid;
--}
--
--
--/**
-- * Generates a mask for masking by calling
-- * a random number generator.
-- */
--static uint32_t
--MHD_websocket_generate_mask (struct MHD_WebSocketStream *ws)
--{
-- unsigned char mask_[4];
-- if (NULL != ws->rng)
-- {
-- size_t offset = 0;
-- while (offset < 4)
-- {
-- size_t encoded = ws->rng (ws->cls_rng,
-- mask_ + offset,
-- 4 - offset);
-- offset += encoded;
-- }
-- }
-- else
-- {
-- /* this case should never happen */
-- mask_ [0] = 0;
-- mask_ [1] = 0;
-- mask_ [2] = 0;
-- mask_ [3] = 0;
-- }
--
-- return *((uint32_t *) mask_);
--}
--
--
--/**
-- * Calls the malloc function associated with the websocket steam
-- */
--_MHD_EXTERN void *
--MHD_websocket_malloc (struct MHD_WebSocketStream *ws,
-- size_t buf_len)
--{
-- if (NULL == ws)
-- {
-- return NULL;
-- }
--
-- return ws->malloc (buf_len);
--}
--
--
--/**
-- * Calls the realloc function associated with the websocket steam
-- */
--_MHD_EXTERN void *
--MHD_websocket_realloc (struct MHD_WebSocketStream *ws,
-- void *buf,
-- size_t new_buf_len)
--{
-- if (NULL == ws)
-- {
-- return NULL;
-- }
--
-- return ws->realloc (buf, new_buf_len);
--}
--
--
--/**
-- * Calls the free function associated with the websocket steam
-- */
--_MHD_EXTERN int
--MHD_websocket_free (struct MHD_WebSocketStream *ws,
-- void *buf)
--{
-- if (NULL == ws)
-- {
-- return MHD_WEBSOCKET_STATUS_PARAMETER_ERROR;
-- }
--
-- ws->free (buf);
--
-- return MHD_WEBSOCKET_STATUS_OK;
--}
--
--
--/**
-- * Converts a 16 bit value into network byte order (MSB first)
-- * in dependence of the host system
-- */
--static uint16_t
--MHD_htons (uint16_t value)
--{
-- uint16_t endian = 0x0001;
--
-- if (((char *) &endian)[0] == 0x01)
-- {
-- /* least significant byte first */
-- ((char *) &endian)[0] = ((char *) &value)[1];
-- ((char *) &endian)[1] = ((char *) &value)[0];
-- return endian;
-- }
-- else
-- {
-- /* most significant byte first */
-- return value;
-- }
--}
--
--
--/**
-- * Converts a 64 bit value into network byte order (MSB first)
-- * in dependence of the host system
-- */
--static uint64_t
--MHD_htonll (uint64_t value)
--{
-- uint64_t endian = 0x0000000000000001;
--
-- if (((char *) &endian)[0] == 0x01)
-- {
-- /* least significant byte first */
-- ((char *) &endian)[0] = ((char *) &value)[7];
-- ((char *) &endian)[1] = ((char *) &value)[6];
-- ((char *) &endian)[2] = ((char *) &value)[5];
-- ((char *) &endian)[3] = ((char *) &value)[4];
-- ((char *) &endian)[4] = ((char *) &value)[3];
-- ((char *) &endian)[5] = ((char *) &value)[2];
-- ((char *) &endian)[6] = ((char *) &value)[1];
-- ((char *) &endian)[7] = ((char *) &value)[0];
-- return endian;
-- }
-- else
-- {
-- /* most significant byte first */
-- return value;
-- }
--}
-diff --git a/src/microhttpd_ws/sha1.c b/src/microhttpd_ws/sha1.c
-deleted file mode 100644
-index 1e9da5c..0000000
---- a/src/microhttpd_ws/sha1.c
-+++ /dev/null
-@@ -1,378 +0,0 @@
--/*
-- This file is part of libmicrohttpd
-- Copyright (C) 2019-2021 Karlson2k (Evgeny Grin)
--
-- libmicrohttpd is free software; you can redistribute it and/or
-- modify it under the terms of the GNU Lesser General Public
-- License as published by the Free Software Foundation; either
-- version 2.1 of the License, or (at your option) any later version.
--
-- This library is distributed in the hope that it will be useful,
-- but WITHOUT ANY WARRANTY; without even the implied warranty of
-- MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
-- Lesser General Public License for more details.
--
-- You should have received a copy of the GNU Lesser General Public
-- License along with this library.
-- If not, see <http://www.gnu.org/licenses/>.
--*/
--
--/**
-- * @file microhttpd/sha1.c
-- * @brief Calculation of SHA-1 digest as defined in FIPS PUB 180-4 (2015)
-- * @author Karlson2k (Evgeny Grin)
-- */
--
--#include "sha1.h"
--
--#include <string.h>
--#ifdef HAVE_MEMORY_H
--#include <memory.h>
--#endif /* HAVE_MEMORY_H */
--#include "mhd_bithelpers.h"
--#include "mhd_assert.h"
--
--/**
-- * Initialise structure for SHA-1 calculation.
-- *
-- * @param ctx_ must be a `struct sha1_ctx *`
-- */
--void
--MHD_SHA1_init (void *ctx_)
--{
-- struct sha1_ctx *const ctx = ctx_;
-- /* Initial hash values, see FIPS PUB 180-4 paragraph 5.3.1 */
-- /* Just some "magic" numbers defined by standard */
-- ctx->H[0] = UINT32_C (0x67452301);
-- ctx->H[1] = UINT32_C (0xefcdab89);
-- ctx->H[2] = UINT32_C (0x98badcfe);
-- ctx->H[3] = UINT32_C (0x10325476);
-- ctx->H[4] = UINT32_C (0xc3d2e1f0);
--
-- /* Initialise number of bytes. */
-- ctx->count = 0;
--}
--
--
--/**
-- * Base of SHA-1 transformation.
-- * Gets full 512 bits / 64 bytes block of data and updates hash values;
-- * @param H hash values
-- * @param data data, must be exactly 64 bytes long
-- */
--static void
--sha1_transform (uint32_t H[_SHA1_DIGEST_LENGTH],
-- const uint8_t data[SHA1_BLOCK_SIZE])
--{
-- /* Working variables,
-- see FIPS PUB 180-4 paragraph 6.1.3 */
-- uint32_t a = H[0];
-- uint32_t b = H[1];
-- uint32_t c = H[2];
-- uint32_t d = H[3];
-- uint32_t e = H[4];
--
-- /* Data buffer, used as cyclic buffer.
-- See FIPS PUB 180-4 paragraphs 5.2.1, 6.1.3 */
-- uint32_t W[16];
--
-- /* 'Ch' and 'Maj' macro functions are defined with
-- widely-used optimization.
-- See FIPS PUB 180-4 formulae 4.1. */
--#define Ch(x,y,z) ( (z) ^ ((x) & ((y) ^ (z))) )
--#define Maj(x,y,z) ( ((x) & (y)) ^ ((z) & ((x) ^ (y))) )
-- /* Unoptimized (original) versions: */
--/* #define Ch(x,y,z) ( ( (x) & (y) ) ^ ( ~(x) & (z) ) ) */
--/* #define Maj(x,y,z) ( ((x) & (y)) ^ ((x) & (z)) ^ ((y) & (z)) ) */
--#define Par(x,y,z) ( (x) ^ (y) ^ (z) )
--
-- /* Single step of SHA-1 computation,
-- see FIPS PUB 180-4 paragraph 6.1.3 step 3.
-- * Note: instead of reassigning all working variables on each step,
-- variables are rotated for each step:
-- SHA1STEP32 (a, b, c, d, e, func, K00, W[0]);
-- SHA1STEP32 (e, a, b, c, d, func, K00, W[1]);
-- so current 'vC' will be used as 'vD' on the next step,
-- current 'vE' will be used as 'vA' on the next step.
-- * Note: 'wt' must be used exactly one time in this macro as it change other data as well
-- every time when used. */
--
--#define SHA1STEP32(vA,vB,vC,vD,vE,ft,kt,wt) do { \
-- (vE) += _MHD_ROTL32 ((vA), 5) + ft ((vB), (vC), (vD)) + (kt) + (wt); \
-- (vB) = _MHD_ROTL32 ((vB), 30); } while (0)
--
-- /* Get value of W(t) from input data buffer,
-- See FIPS PUB 180-4 paragraph 6.1.3.
-- Input data must be read in big-endian bytes order,
-- see FIPS PUB 180-4 paragraph 3.1.2. */
--#define GET_W_FROM_DATA(buf,t) \
-- _MHD_GET_32BIT_BE (((const uint8_t*) (buf)) + (t) * SHA1_BYTES_IN_WORD)
--
--#ifndef _MHD_GET_32BIT_BE_UNALIGNED
-- if (0 != (((uintptr_t) data) % _MHD_UINT32_ALIGN))
-- {
-- /* Copy the unaligned input data to the aligned buffer */
-- memcpy (W, data, SHA1_BLOCK_SIZE);
-- /* The W[] buffer itself will be used as the source of the data,
-- * but data will be reloaded in correct bytes order during
-- * the next steps */
-- data = (uint8_t *) W;
-- }
--#endif /* _MHD_GET_32BIT_BE_UNALIGNED */
--
--/* SHA-1 values of Kt for t=0..19, see FIPS PUB 180-4 paragraph 4.2.1. */
--#define K00 UINT32_C(0x5a827999)
--/* SHA-1 values of Kt for t=20..39, see FIPS PUB 180-4 paragraph 4.2.1.*/
--#define K20 UINT32_C(0x6ed9eba1)
--/* SHA-1 values of Kt for t=40..59, see FIPS PUB 180-4 paragraph 4.2.1.*/
--#define K40 UINT32_C(0x8f1bbcdc)
--/* SHA-1 values of Kt for t=60..79, see FIPS PUB 180-4 paragraph 4.2.1.*/
--#define K60 UINT32_C(0xca62c1d6)
--
-- /* During first 16 steps, before making any calculations on each step,
-- the W element is read from input data buffer as big-endian value and
-- stored in array of W elements. */
-- /* Note: instead of using K constants as array, all K values are specified
-- individually for each step. */
-- SHA1STEP32 (a, b, c, d, e, Ch, K00, W[0] = GET_W_FROM_DATA (data, 0));
-- SHA1STEP32 (e, a, b, c, d, Ch, K00, W[1] = GET_W_FROM_DATA (data, 1));
-- SHA1STEP32 (d, e, a, b, c, Ch, K00, W[2] = GET_W_FROM_DATA (data, 2));
-- SHA1STEP32 (c, d, e, a, b, Ch, K00, W[3] = GET_W_FROM_DATA (data, 3));
-- SHA1STEP32 (b, c, d, e, a, Ch, K00, W[4] = GET_W_FROM_DATA (data, 4));
-- SHA1STEP32 (a, b, c, d, e, Ch, K00, W[5] = GET_W_FROM_DATA (data, 5));
-- SHA1STEP32 (e, a, b, c, d, Ch, K00, W[6] = GET_W_FROM_DATA (data, 6));
-- SHA1STEP32 (d, e, a, b, c, Ch, K00, W[7] = GET_W_FROM_DATA (data, 7));
-- SHA1STEP32 (c, d, e, a, b, Ch, K00, W[8] = GET_W_FROM_DATA (data, 8));
-- SHA1STEP32 (b, c, d, e, a, Ch, K00, W[9] = GET_W_FROM_DATA (data, 9));
-- SHA1STEP32 (a, b, c, d, e, Ch, K00, W[10] = GET_W_FROM_DATA (data, 10));
-- SHA1STEP32 (e, a, b, c, d, Ch, K00, W[11] = GET_W_FROM_DATA (data, 11));
-- SHA1STEP32 (d, e, a, b, c, Ch, K00, W[12] = GET_W_FROM_DATA (data, 12));
-- SHA1STEP32 (c, d, e, a, b, Ch, K00, W[13] = GET_W_FROM_DATA (data, 13));
-- SHA1STEP32 (b, c, d, e, a, Ch, K00, W[14] = GET_W_FROM_DATA (data, 14));
-- SHA1STEP32 (a, b, c, d, e, Ch, K00, W[15] = GET_W_FROM_DATA (data, 15));
--
-- /* 'W' generation and assignment for 16 <= t <= 79.
-- See FIPS PUB 180-4 paragraph 6.1.3.
-- As only last 16 'W' are used in calculations, it is possible to
-- use 16 elements array of W as cyclic buffer. */
--#define Wgen(w,t) _MHD_ROTL32((w)[(t + 13) & 0xf] ^ (w)[(t + 8) & 0xf] \
-- ^ (w)[(t + 2) & 0xf] ^ (w)[t & 0xf], 1)
--
-- /* During last 60 steps, before making any calculations on each step,
-- W element is generated from W elements of cyclic buffer and generated value
-- stored back in cyclic buffer. */
-- /* Note: instead of using K constants as array, all K values are specified
-- individually for each step, see FIPS PUB 180-4 paragraph 4.2.1. */
-- SHA1STEP32 (e, a, b, c, d, Ch, K00, W[16 & 0xf] = Wgen (W, 16));
-- SHA1STEP32 (d, e, a, b, c, Ch, K00, W[17 & 0xf] = Wgen (W, 17));
-- SHA1STEP32 (c, d, e, a, b, Ch, K00, W[18 & 0xf] = Wgen (W, 18));
-- SHA1STEP32 (b, c, d, e, a, Ch, K00, W[19 & 0xf] = Wgen (W, 19));
-- SHA1STEP32 (a, b, c, d, e, Par, K20, W[20 & 0xf] = Wgen (W, 20));
-- SHA1STEP32 (e, a, b, c, d, Par, K20, W[21 & 0xf] = Wgen (W, 21));
-- SHA1STEP32 (d, e, a, b, c, Par, K20, W[22 & 0xf] = Wgen (W, 22));
-- SHA1STEP32 (c, d, e, a, b, Par, K20, W[23 & 0xf] = Wgen (W, 23));
-- SHA1STEP32 (b, c, d, e, a, Par, K20, W[24 & 0xf] = Wgen (W, 24));
-- SHA1STEP32 (a, b, c, d, e, Par, K20, W[25 & 0xf] = Wgen (W, 25));
-- SHA1STEP32 (e, a, b, c, d, Par, K20, W[26 & 0xf] = Wgen (W, 26));
-- SHA1STEP32 (d, e, a, b, c, Par, K20, W[27 & 0xf] = Wgen (W, 27));
-- SHA1STEP32 (c, d, e, a, b, Par, K20, W[28 & 0xf] = Wgen (W, 28));
-- SHA1STEP32 (b, c, d, e, a, Par, K20, W[29 & 0xf] = Wgen (W, 29));
-- SHA1STEP32 (a, b, c, d, e, Par, K20, W[30 & 0xf] = Wgen (W, 30));
-- SHA1STEP32 (e, a, b, c, d, Par, K20, W[31 & 0xf] = Wgen (W, 31));
-- SHA1STEP32 (d, e, a, b, c, Par, K20, W[32 & 0xf] = Wgen (W, 32));
-- SHA1STEP32 (c, d, e, a, b, Par, K20, W[33 & 0xf] = Wgen (W, 33));
-- SHA1STEP32 (b, c, d, e, a, Par, K20, W[34 & 0xf] = Wgen (W, 34));
-- SHA1STEP32 (a, b, c, d, e, Par, K20, W[35 & 0xf] = Wgen (W, 35));
-- SHA1STEP32 (e, a, b, c, d, Par, K20, W[36 & 0xf] = Wgen (W, 36));
-- SHA1STEP32 (d, e, a, b, c, Par, K20, W[37 & 0xf] = Wgen (W, 37));
-- SHA1STEP32 (c, d, e, a, b, Par, K20, W[38 & 0xf] = Wgen (W, 38));
-- SHA1STEP32 (b, c, d, e, a, Par, K20, W[39 & 0xf] = Wgen (W, 39));
-- SHA1STEP32 (a, b, c, d, e, Maj, K40, W[40 & 0xf] = Wgen (W, 40));
-- SHA1STEP32 (e, a, b, c, d, Maj, K40, W[41 & 0xf] = Wgen (W, 41));
-- SHA1STEP32 (d, e, a, b, c, Maj, K40, W[42 & 0xf] = Wgen (W, 42));
-- SHA1STEP32 (c, d, e, a, b, Maj, K40, W[43 & 0xf] = Wgen (W, 43));
-- SHA1STEP32 (b, c, d, e, a, Maj, K40, W[44 & 0xf] = Wgen (W, 44));
-- SHA1STEP32 (a, b, c, d, e, Maj, K40, W[45 & 0xf] = Wgen (W, 45));
-- SHA1STEP32 (e, a, b, c, d, Maj, K40, W[46 & 0xf] = Wgen (W, 46));
-- SHA1STEP32 (d, e, a, b, c, Maj, K40, W[47 & 0xf] = Wgen (W, 47));
-- SHA1STEP32 (c, d, e, a, b, Maj, K40, W[48 & 0xf] = Wgen (W, 48));
-- SHA1STEP32 (b, c, d, e, a, Maj, K40, W[49 & 0xf] = Wgen (W, 49));
-- SHA1STEP32 (a, b, c, d, e, Maj, K40, W[50 & 0xf] = Wgen (W, 50));
-- SHA1STEP32 (e, a, b, c, d, Maj, K40, W[51 & 0xf] = Wgen (W, 51));
-- SHA1STEP32 (d, e, a, b, c, Maj, K40, W[52 & 0xf] = Wgen (W, 52));
-- SHA1STEP32 (c, d, e, a, b, Maj, K40, W[53 & 0xf] = Wgen (W, 53));
-- SHA1STEP32 (b, c, d, e, a, Maj, K40, W[54 & 0xf] = Wgen (W, 54));
-- SHA1STEP32 (a, b, c, d, e, Maj, K40, W[55 & 0xf] = Wgen (W, 55));
-- SHA1STEP32 (e, a, b, c, d, Maj, K40, W[56 & 0xf] = Wgen (W, 56));
-- SHA1STEP32 (d, e, a, b, c, Maj, K40, W[57 & 0xf] = Wgen (W, 57));
-- SHA1STEP32 (c, d, e, a, b, Maj, K40, W[58 & 0xf] = Wgen (W, 58));
-- SHA1STEP32 (b, c, d, e, a, Maj, K40, W[59 & 0xf] = Wgen (W, 59));
-- SHA1STEP32 (a, b, c, d, e, Par, K60, W[60 & 0xf] = Wgen (W, 60));
-- SHA1STEP32 (e, a, b, c, d, Par, K60, W[61 & 0xf] = Wgen (W, 61));
-- SHA1STEP32 (d, e, a, b, c, Par, K60, W[62 & 0xf] = Wgen (W, 62));
-- SHA1STEP32 (c, d, e, a, b, Par, K60, W[63 & 0xf] = Wgen (W, 63));
-- SHA1STEP32 (b, c, d, e, a, Par, K60, W[64 & 0xf] = Wgen (W, 64));
-- SHA1STEP32 (a, b, c, d, e, Par, K60, W[65 & 0xf] = Wgen (W, 65));
-- SHA1STEP32 (e, a, b, c, d, Par, K60, W[66 & 0xf] = Wgen (W, 66));
-- SHA1STEP32 (d, e, a, b, c, Par, K60, W[67 & 0xf] = Wgen (W, 67));
-- SHA1STEP32 (c, d, e, a, b, Par, K60, W[68 & 0xf] = Wgen (W, 68));
-- SHA1STEP32 (b, c, d, e, a, Par, K60, W[69 & 0xf] = Wgen (W, 69));
-- SHA1STEP32 (a, b, c, d, e, Par, K60, W[70 & 0xf] = Wgen (W, 70));
-- SHA1STEP32 (e, a, b, c, d, Par, K60, W[71 & 0xf] = Wgen (W, 71));
-- SHA1STEP32 (d, e, a, b, c, Par, K60, W[72 & 0xf] = Wgen (W, 72));
-- SHA1STEP32 (c, d, e, a, b, Par, K60, W[73 & 0xf] = Wgen (W, 73));
-- SHA1STEP32 (b, c, d, e, a, Par, K60, W[74 & 0xf] = Wgen (W, 74));
-- SHA1STEP32 (a, b, c, d, e, Par, K60, W[75 & 0xf] = Wgen (W, 75));
-- SHA1STEP32 (e, a, b, c, d, Par, K60, W[76 & 0xf] = Wgen (W, 76));
-- SHA1STEP32 (d, e, a, b, c, Par, K60, W[77 & 0xf] = Wgen (W, 77));
-- SHA1STEP32 (c, d, e, a, b, Par, K60, W[78 & 0xf] = Wgen (W, 78));
-- SHA1STEP32 (b, c, d, e, a, Par, K60, W[79 & 0xf] = Wgen (W, 79));
--
-- /* Compute intermediate hash.
-- See FIPS PUB 180-4 paragraph 6.1.3 step 4. */
-- H[0] += a;
-- H[1] += b;
-- H[2] += c;
-- H[3] += d;
-- H[4] += e;
--}
--
--
--/**
-- * Process portion of bytes.
-- *
-- * @param ctx_ must be a `struct sha1_ctx *`
-- * @param data bytes to add to hash
-- * @param length number of bytes in @a data
-- */
--void
--MHD_SHA1_update (void *ctx_,
-- const uint8_t *data,
-- size_t length)
--{
-- struct sha1_ctx *const ctx = ctx_;
-- unsigned bytes_have; /**< Number of bytes in buffer */
--
-- mhd_assert ((data != NULL) || (length == 0));
--
-- if (0 == length)
-- return; /* Do nothing */
--
-- /* Note: (count & (SHA1_BLOCK_SIZE-1))
-- equal (count % SHA1_BLOCK_SIZE) for this block size. */
-- bytes_have = (unsigned) (ctx->count & (SHA1_BLOCK_SIZE - 1));
-- ctx->count += length;
--
-- if (0 != bytes_have)
-- {
-- unsigned bytes_left = SHA1_BLOCK_SIZE - bytes_have;
-- if (length >= bytes_left)
-- { /* Combine new data with the data in the buffer and
-- process the full block. */
-- memcpy (ctx->buffer + bytes_have,
-- data,
-- bytes_left);
-- data += bytes_left;
-- length -= bytes_left;
-- sha1_transform (ctx->H, ctx->buffer);
-- bytes_have = 0;
-- }
-- }
--
-- while (SHA1_BLOCK_SIZE <= length)
-- { /* Process any full blocks of new data directly,
-- without copying to the buffer. */
-- sha1_transform (ctx->H, data);
-- data += SHA1_BLOCK_SIZE;
-- length -= SHA1_BLOCK_SIZE;
-- }
--
-- if (0 != length)
-- { /* Copy incomplete block of new data (if any)
-- to the buffer. */
-- memcpy (ctx->buffer + bytes_have, data, length);
-- }
--}
--
--
--/**
-- * Size of "length" padding addition in bytes.
-- * See FIPS PUB 180-4 paragraph 5.1.1.
-- */
--#define SHA1_SIZE_OF_LEN_ADD (64 / 8)
--
--/**
-- * Finalise SHA-1 calculation, return digest.
-- *
-- * @param ctx_ must be a `struct sha1_ctx *`
-- * @param[out] digest set to the hash, must be #SHA1_DIGEST_SIZE bytes
-- */
--void
--MHD_SHA1_finish (void *ctx_,
-- uint8_t digest[SHA1_DIGEST_SIZE])
--{
-- struct sha1_ctx *const ctx = ctx_;
-- uint64_t num_bits; /**< Number of processed bits */
-- unsigned bytes_have; /**< Number of bytes in buffer */
--
-- num_bits = ctx->count << 3;
-- /* Note: (count & (SHA1_BLOCK_SIZE-1))
-- equals (count % SHA1_BLOCK_SIZE) for this block size. */
-- bytes_have = (unsigned) (ctx->count & (SHA1_BLOCK_SIZE - 1));
--
-- /* Input data must be padded with bit "1" and with length of data in bits.
-- See FIPS PUB 180-4 paragraph 5.1.1. */
-- /* Data is always processed in form of bytes (not by individual bits),
-- therefore position of first padding bit in byte is always predefined (0x80). */
-- /* Buffer always have space at least for one byte (as full buffers are
-- processed immediately). */
-- ctx->buffer[bytes_have++] = 0x80;
--
-- if (SHA1_BLOCK_SIZE - bytes_have < SHA1_SIZE_OF_LEN_ADD)
-- { /* No space in current block to put total length of message.
-- Pad current block with zeros and process it. */
-- if (SHA1_BLOCK_SIZE > bytes_have)
-- memset (ctx->buffer + bytes_have, 0, SHA1_BLOCK_SIZE - bytes_have);
-- /* Process full block. */
-- sha1_transform (ctx->H, ctx->buffer);
-- /* Start new block. */
-- bytes_have = 0;
-- }
--
-- /* Pad the rest of the buffer with zeros. */
-- memset (ctx->buffer + bytes_have, 0,
-- SHA1_BLOCK_SIZE - SHA1_SIZE_OF_LEN_ADD - bytes_have);
-- /* Put the number of bits in the processed message as a big-endian value. */
-- _MHD_PUT_64BIT_BE_SAFE (ctx->buffer + SHA1_BLOCK_SIZE - SHA1_SIZE_OF_LEN_ADD,
-- num_bits);
-- /* Process the full final block. */
-- sha1_transform (ctx->H, ctx->buffer);
--
-- /* Put final hash/digest in BE mode */
--#ifndef _MHD_PUT_32BIT_BE_UNALIGNED
-- if (0 != ((uintptr_t) digest) % _MHD_UINT32_ALIGN)
-- {
-- uint32_t alig_dgst[_SHA1_DIGEST_LENGTH];
-- _MHD_PUT_32BIT_BE (alig_dgst + 0, ctx->H[0]);
-- _MHD_PUT_32BIT_BE (alig_dgst + 1, ctx->H[1]);
-- _MHD_PUT_32BIT_BE (alig_dgst + 2, ctx->H[2]);
-- _MHD_PUT_32BIT_BE (alig_dgst + 3, ctx->H[3]);
-- _MHD_PUT_32BIT_BE (alig_dgst + 4, ctx->H[4]);
-- /* Copy result to unaligned destination address */
-- memcpy (digest, alig_dgst, SHA1_DIGEST_SIZE);
-- }
-- else
--#else /* _MHD_PUT_32BIT_BE_UNALIGNED */
-- if (1)
--#endif /* _MHD_PUT_32BIT_BE_UNALIGNED */
-- {
-- _MHD_PUT_32BIT_BE (digest + 0 * SHA1_BYTES_IN_WORD, ctx->H[0]);
-- _MHD_PUT_32BIT_BE (digest + 1 * SHA1_BYTES_IN_WORD, ctx->H[1]);
-- _MHD_PUT_32BIT_BE (digest + 2 * SHA1_BYTES_IN_WORD, ctx->H[2]);
-- _MHD_PUT_32BIT_BE (digest + 3 * SHA1_BYTES_IN_WORD, ctx->H[3]);
-- _MHD_PUT_32BIT_BE (digest + 4 * SHA1_BYTES_IN_WORD, ctx->H[4]);
-- }
--
-- /* Erase potentially sensitive data. */
-- memset (ctx, 0, sizeof(struct sha1_ctx));
--}
-diff --git a/src/microhttpd_ws/sha1.h b/src/microhttpd_ws/sha1.h
-deleted file mode 100644
-index 851a442..0000000
---- a/src/microhttpd_ws/sha1.h
-+++ /dev/null
-@@ -1,110 +0,0 @@
--/*
-- This file is part of libmicrohttpd
-- Copyright (C) 2019-2021 Karlson2k (Evgeny Grin)
--
-- This library is free software; you can redistribute it and/or
-- modify it under the terms of the GNU Lesser General Public
-- License as published by the Free Software Foundation; either
-- version 2.1 of the License, or (at your option) any later version.
--
-- This library is distributed in the hope that it will be useful,
-- but WITHOUT ANY WARRANTY; without even the implied warranty of
-- MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
-- Lesser General Public License for more details.
--
-- You should have received a copy of the GNU Lesser General Public
-- License along with this library.
-- If not, see <http://www.gnu.org/licenses/>.
--*/
--
--/**
-- * @file microhttpd/sha1.h
-- * @brief Calculation of SHA-1 digest
-- * @author Karlson2k (Evgeny Grin)
-- */
--
--#ifndef MHD_SHA1_H
--#define MHD_SHA1_H 1
--
--#include "mhd_options.h"
--#include <stdint.h>
--#ifdef HAVE_STDDEF_H
--#include <stddef.h> /* for size_t */
--#endif /* HAVE_STDDEF_H */
--
--/**
-- * SHA-1 digest is kept internally as 5 32-bit words.
-- */
--#define _SHA1_DIGEST_LENGTH 5
--
--/**
-- * Number of bits in single SHA-1 word
-- */
--#define SHA1_WORD_SIZE_BITS 32
--
--/**
-- * Number of bytes in single SHA-1 word
-- */
--#define SHA1_BYTES_IN_WORD (SHA1_WORD_SIZE_BITS / 8)
--
--/**
-- * Size of SHA-1 digest in bytes
-- */
--#define SHA1_DIGEST_SIZE (_SHA1_DIGEST_LENGTH * SHA1_BYTES_IN_WORD)
--
--/**
-- * Size of SHA-1 digest string in chars including termination NUL
-- */
--#define SHA1_DIGEST_STRING_SIZE ((SHA1_DIGEST_SIZE) * 2 + 1)
--
--/**
-- * Size of single processing block in bits
-- */
--#define SHA1_BLOCK_SIZE_BITS 512
--
--/**
-- * Size of single processing block in bytes
-- */
--#define SHA1_BLOCK_SIZE (SHA1_BLOCK_SIZE_BITS / 8)
--
--
--struct sha1_ctx
--{
-- uint32_t H[_SHA1_DIGEST_LENGTH]; /**< Intermediate hash value / digest at end of calculation */
-- uint8_t buffer[SHA1_BLOCK_SIZE]; /**< SHA256 input data buffer */
-- uint64_t count; /**< number of bytes, mod 2^64 */
--};
--
--/**
-- * Initialise structure for SHA-1 calculation.
-- *
-- * @param ctx must be a `struct sha1_ctx *`
-- */
--void
--MHD_SHA1_init (void *ctx_);
--
--
--/**
-- * Process portion of bytes.
-- *
-- * @param ctx_ must be a `struct sha1_ctx *`
-- * @param data bytes to add to hash
-- * @param length number of bytes in @a data
-- */
--void
--MHD_SHA1_update (void *ctx_,
-- const uint8_t *data,
-- size_t length);
--
--
--/**
-- * Finalise SHA-1 calculation, return digest.
-- *
-- * @param ctx_ must be a `struct sha1_ctx *`
-- * @param[out] digest set to the hash, must be #SHA1_DIGEST_SIZE bytes
-- */
--void
--MHD_SHA1_finish (void *ctx_,
-- uint8_t digest[SHA1_DIGEST_SIZE]);
--
--#endif /* MHD_SHA1_H */
-diff --git a/src/microhttpd_ws/test_websocket.c b/src/microhttpd_ws/test_websocket.c
-deleted file mode 100644
-index b824b9c..0000000
---- a/src/microhttpd_ws/test_websocket.c
-+++ /dev/null
-@@ -1,10105 +0,0 @@
--/*
-- This file is part of libmicrohttpd
-- Copyright (C) 2021 David Gausmann
--
-- libmicrohttpd is free software; you can redistribute it and/or modify
-- it under the terms of the GNU General Public License as published
-- by the Free Software Foundation; either version 3, or (at your
-- option) any later version.
--
-- libmicrohttpd is distributed in the hope that it will be useful, but
-- WITHOUT ANY WARRANTY; without even the implied warranty of
-- MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
-- General Public License for more details.
--
-- You should have received a copy of the GNU General Public License
-- along with libmicrohttpd; see the file COPYING. If not, write to the
-- Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor,
-- Boston, MA 02110-1301, USA.
--*/
--/**
-- * @file test_websocket.c
-- * @brief Testcase for WebSocket decoding/encoding
-- * @author David Gausmann
-- */
--#include "microhttpd.h"
--#include "microhttpd_ws.h"
--#include <stdlib.h>
--#include <string.h>
--#include <stdio.h>
--#include <stdint.h>
--#include <time.h>
--
--#if SIZE_MAX >= 0x100000000
-- #define ENABLE_64BIT_TESTS 1
--#endif
--
--int disable_alloc = 0;
--size_t open_allocs = 0;
--
--/**
-- * Custom `malloc()` function used for memory tests
-- */
--static void *
--test_malloc (size_t buf_len)
--{
-- if (0 != disable_alloc)
-- return NULL;
-- void *result = malloc (buf_len);
-- if (NULL != result)
-- ++open_allocs;
-- return result;
--}
--
--
--/**
-- * Custom `realloc()` function used for memory tests
-- */
--static void *
--test_realloc (void *buf, size_t buf_len)
--{
-- if (0 != disable_alloc)
-- return NULL;
-- void *result = realloc (buf, buf_len);
-- if ((NULL != result) && (NULL == buf))
-- ++open_allocs;
-- return result;
--}
--
--
--/**
-- * Custom `free()` function used for memory tests
-- */
--static void
--test_free (void *buf)
--{
-- if (NULL != buf)
-- --open_allocs;
-- free (buf);
--}
--
--
--/**
-- * Custom `rng()` function used for client mode tests
-- */
--static size_t
--test_rng (void *cls, void *buf, size_t buf_len)
--{
-- for (size_t i = 0; i < buf_len; ++i)
-- {
-- ((char *) buf) [i] = (char) (rand () % 0xFF);
-- }
--
-- return buf_len;
--}
--
--
--/**
-- * Helper function which allocates a big amount of data
-- */
--static void
--allocate_length_test_data (char **buf1,
-- char **buf2,
-- size_t buf_len,
-- const char *buf1_prefix,
-- size_t buf1_prefix_len)
--{
-- if (NULL != *buf1)
-- free (*buf1);
-- if (NULL != *buf2)
-- free (*buf2);
-- *buf1 = (char *) malloc (buf_len + buf1_prefix_len);
-- *buf2 = (char *) malloc (buf_len);
-- if ((NULL == buf1) || (NULL == buf2))
-- return;
-- memcpy (*buf1,
-- buf1_prefix,
-- buf1_prefix_len);
-- for (size_t i = 0; i < buf_len; i += 64)
-- {
-- size_t bytes_to_copy = buf_len - i;
-- if (64 < bytes_to_copy)
-- bytes_to_copy = 64;
-- memcpy (*buf1 + i + buf1_prefix_len,
-- "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789_-",
-- bytes_to_copy);
-- memcpy (*buf2 + i,
-- "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789_-",
-- bytes_to_copy);
-- }
--}
--
--
--/**
-- * Helper function which performs a single decoder test
-- */
--static int
--test_decode_single (unsigned int test_line,
-- int flags, size_t max_payload_size, size_t decode_count,
-- size_t buf_step,
-- const char *buf, size_t buf_len,
-- const char *expected_payload, size_t expected_payload_len,
-- int expected_return, int expected_valid, size_t
-- expected_streambuf_read_len)
--{
-- struct MHD_WebSocketStream *ws = NULL;
-- int ret = MHD_WEBSOCKET_STATUS_OK;
--
-- /* initialize stream */
-- ret = MHD_websocket_stream_init2 (&ws,
-- flags,
-- max_payload_size,
-- malloc,
-- realloc,
-- free,
-- NULL,
-- test_rng);
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "Allocation failed for decode test in line %u.\n",
-- (unsigned int) test_line);
-- return 1;
-- }
--
-- /* perform decoding in a loop */
-- size_t streambuf_read_len = 0;
-- size_t payload_len = 0;
-- char *payload = NULL;
-- for (size_t i = 0; i < decode_count; ++i)
-- {
-- size_t streambuf_read_len_ = 0;
-- size_t bytes_to_take = buf_len - streambuf_read_len;
-- if ((0 != buf_step) && (buf_step < bytes_to_take))
-- bytes_to_take = buf_step;
-- ret = MHD_websocket_decode (ws, buf + streambuf_read_len, bytes_to_take,
-- &streambuf_read_len_, &payload, &payload_len);
-- streambuf_read_len += streambuf_read_len_;
-- if (i + 1 < decode_count)
-- {
-- if (payload)
-- {
-- MHD_websocket_free (ws, payload);
-- payload = NULL;
-- payload_len = 0;
-- }
-- }
-- }
--
-- /* check the (last) result */
-- if (ret != expected_return)
-- {
-- fprintf (stderr,
-- "Decode test failed in line %u: The return value should be %d, but is %d\n",
-- (unsigned int) test_line,
-- (int) expected_return,
-- (int) ret);
-- MHD_websocket_free (ws, payload);
-- MHD_websocket_stream_free (ws);
-- return 1;
-- }
-- if (payload_len != expected_payload_len)
-- {
-- fprintf (stderr,
-- "Decode test failed in line %u: The payload_len should be %u, but is %u\n",
-- (unsigned int) test_line,
-- (unsigned int) expected_payload_len,
-- (unsigned int) payload_len);
-- MHD_websocket_free (ws, payload);
-- MHD_websocket_stream_free (ws);
-- return 1;
-- }
-- if (0 != payload_len)
-- {
-- if (NULL == payload)
-- {
-- fprintf (stderr,
-- "Decode test failed in line %u: The payload is NULL\n",
-- (unsigned int) test_line);
-- MHD_websocket_free (ws, payload);
-- MHD_websocket_stream_free (ws);
-- return 1;
-- }
-- else if (NULL == expected_payload)
-- {
-- fprintf (stderr,
-- "Decode test failed in line %u: The expected_payload is NULL (wrong test declaration)\n",
-- (unsigned int) test_line);
-- MHD_websocket_free (ws, payload);
-- MHD_websocket_stream_free (ws);
-- return 1;
-- }
-- else if (0 != memcmp (payload, expected_payload, payload_len))
-- {
-- fprintf (stderr,
-- "Decode test failed in line %u: The payload differs from the expected_payload\n",
-- (unsigned int) test_line);
-- MHD_websocket_free (ws, payload);
-- MHD_websocket_stream_free (ws);
-- return 1;
-- }
-- }
-- else
-- {
-- if (NULL != payload)
-- {
-- fprintf (stderr,
-- "Decode test failed in line %u: The payload is not NULL, but payload_len is 0\n",
-- (unsigned int) test_line);
-- MHD_websocket_free (ws, payload);
-- MHD_websocket_stream_free (ws);
-- return 1;
-- }
-- else if (NULL != expected_payload)
-- {
-- fprintf (stderr,
-- "Decode test failed in line %u: The expected_payload is not NULL, but expected_payload_len is 0 (wrong test declaration)\n",
-- (unsigned int) test_line);
-- MHD_websocket_free (ws, payload);
-- MHD_websocket_stream_free (ws);
-- return 1;
-- }
-- }
-- if (streambuf_read_len != expected_streambuf_read_len)
-- {
-- fprintf (stderr,
-- "Decode test failed in line %u: The streambuf_read_len should be %u, but is %u\n",
-- (unsigned int) test_line,
-- (unsigned int) expected_streambuf_read_len,
-- (unsigned int) streambuf_read_len);
-- MHD_websocket_free (ws, payload);
-- MHD_websocket_stream_free (ws);
-- return 1;
-- }
-- ret = MHD_websocket_stream_is_valid (ws);
-- if (ret != expected_valid)
-- {
-- fprintf (stderr,
-- "Decode test failed in line %u: The stream validity should be %u, but is %u\n",
-- (unsigned int) test_line,
-- (int) expected_valid,
-- (int) ret);
-- MHD_websocket_free (ws, payload);
-- MHD_websocket_stream_free (ws);
-- return 1;
-- }
--
-- /* cleanup */
-- MHD_websocket_free (ws, payload);
-- MHD_websocket_stream_free (ws);
--
-- return 0;
--}
--
--
--/**
-- * Test procedure for `MHD_websocket_stream_init()` and
-- * `MHD_websocket_stream_init2()`
-- */
--int
--test_inits ()
--{
-- int failed = 0;
-- struct MHD_WebSocketStream *ws;
-- int ret;
--
-- /*
-- ------------------------------------------------------------------------------
-- All valid flags
-- ------------------------------------------------------------------------------
-- */
-- /* Regular test: all valid flags for init (only the even ones work) */
-- for (int i = 0; i < 7; ++i)
-- {
-- ws = NULL;
-- ret = MHD_websocket_stream_init (&ws,
-- i,
-- 0);
-- if (((0 == (i & MHD_WEBSOCKET_FLAG_CLIENT)) &&
-- ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (NULL == ws))) ||
-- ((0 != (i & MHD_WEBSOCKET_FLAG_CLIENT)) &&
-- ((MHD_WEBSOCKET_STATUS_OK == ret) ||
-- (NULL != ws))))
-- {
-- fprintf (stderr,
-- "Init test failed in line %u for flags %d.\n",
-- (unsigned int) __LINE__,
-- (int) i);
-- ++failed;
-- }
-- if (NULL != ws)
-- {
-- MHD_websocket_stream_free (ws);
-- ws = NULL;
-- }
-- }
-- /* Regular test: all valid flags for init2 */
-- for (int i = 0; i < 7; ++i)
-- {
-- ws = NULL;
-- ret = MHD_websocket_stream_init2 (&ws,
-- i,
-- 0,
-- test_malloc,
-- test_realloc,
-- test_free,
-- NULL,
-- test_rng);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (NULL == ws) )
-- {
-- fprintf (stderr,
-- "Init test failed in line %u for flags %d.\n",
-- (unsigned int) __LINE__,
-- (int) i);
-- ++failed;
-- }
-- if (NULL != ws)
-- {
-- MHD_websocket_stream_free (ws);
-- ws = NULL;
-- }
-- }
-- /* Fail test: Invalid flags for init */
-- for (int i = 4; i < 32; ++i)
-- {
-- int flags = 1 << i;
-- ws = NULL;
-- ret = MHD_websocket_stream_init (&ws,
-- flags,
-- 0);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (NULL != ws) )
-- {
-- fprintf (stderr,
-- "Init test failed in line %u for invalid flags %d.\n",
-- (unsigned int) __LINE__,
-- (int) flags);
-- ++failed;
-- }
-- if (NULL != ws)
-- {
-- MHD_websocket_stream_free (ws);
-- ws = NULL;
-- }
-- }
-- /* Fail test: Invalid flag for init2 */
-- for (int i = 4; i < 32; ++i)
-- {
-- int flags = 1 << i;
-- ws = NULL;
-- ret = MHD_websocket_stream_init2 (&ws,
-- flags,
-- 0,
-- test_malloc,
-- test_realloc,
-- test_free,
-- NULL,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (NULL != ws) )
-- {
-- fprintf (stderr,
-- "Init test failed in line %u for invalid flags %d.\n",
-- (unsigned int) __LINE__,
-- (int) flags);
-- ++failed;
-- }
-- if (NULL != ws)
-- {
-- MHD_websocket_stream_free (ws);
-- ws = NULL;
-- }
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- max_payload_size
-- ------------------------------------------------------------------------------
-- */
-- /* Regular test: max_payload_size = 0 for init */
-- ws = NULL;
-- ret = MHD_websocket_stream_init (&ws,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (NULL == ws) )
-- {
-- fprintf (stderr,
-- "Init test failed in line %u for max_payload_size 0.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != ws)
-- {
-- MHD_websocket_stream_free (ws);
-- ws = NULL;
-- }
-- /* Regular test: max_payload_size = 0 for init2 */
-- ws = NULL;
-- ret = MHD_websocket_stream_init2 (&ws,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- test_malloc,
-- test_realloc,
-- test_free,
-- NULL,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (NULL == ws) )
-- {
-- fprintf (stderr,
-- "Init test failed in line %u for max_payload_size 0.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != ws)
-- {
-- MHD_websocket_stream_free (ws);
-- ws = NULL;
-- }
-- /* Edge test (success): max_payload_size = 1 for init */
-- ws = NULL;
-- ret = MHD_websocket_stream_init (&ws,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 1);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (NULL == ws) )
-- {
-- fprintf (stderr,
-- "Init test failed in line %u for max_payload_size 1.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != ws)
-- {
-- MHD_websocket_stream_free (ws);
-- ws = NULL;
-- }
-- /* Edge test (success): max_payload_size = 1 for init2 */
-- ws = NULL;
-- ret = MHD_websocket_stream_init2 (&ws,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 1,
-- test_malloc,
-- test_realloc,
-- test_free,
-- NULL,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (NULL == ws) )
-- {
-- fprintf (stderr,
-- "Init test failed in line %u for max_payload_size 1.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != ws)
-- {
-- MHD_websocket_stream_free (ws);
-- ws = NULL;
-- }
-- /* Regular test: max_payload_size = 1000 for init */
-- ws = NULL;
-- ret = MHD_websocket_stream_init (&ws,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 1000);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (NULL == ws) )
-- {
-- fprintf (stderr,
-- "Init test failed in line %u for max_payload_size 1000.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != ws)
-- {
-- MHD_websocket_stream_free (ws);
-- ws = NULL;
-- }
-- /* Regular test: max_payload_size = 1000 for init2 */
-- ws = NULL;
-- ret = MHD_websocket_stream_init2 (&ws,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 1000,
-- test_malloc,
-- test_realloc,
-- test_free,
-- NULL,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (NULL == ws) )
-- {
-- fprintf (stderr,
-- "Init test failed in line %u for max_payload_size 1000.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != ws)
-- {
-- MHD_websocket_stream_free (ws);
-- ws = NULL;
-- }
--#ifdef ENABLE_64BIT_TESTS
-- /* Edge test (success): max_payload_size = 0x7FFFFFFFFFFFFFFF for init */
-- ws = NULL;
-- ret = MHD_websocket_stream_init (&ws,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- (uint64_t) 0x7FFFFFFFFFFFFFFF);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (NULL == ws) )
-- {
-- fprintf (stderr,
-- "Init test failed in line %u for max_payload_size 0x7FFFFFFFFFFFFFFF.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != ws)
-- {
-- MHD_websocket_stream_free (ws);
-- ws = NULL;
-- }
-- /* Edge test (success): max_payload_size = 0x7FFFFFFFFFFFFFFF for init2 */
-- ws = NULL;
-- ret = MHD_websocket_stream_init2 (&ws,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- (uint64_t) 0x7FFFFFFFFFFFFFFF,
-- test_malloc,
-- test_realloc,
-- test_free,
-- NULL,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (NULL == ws) )
-- {
-- fprintf (stderr,
-- "Init test failed in line %u for max_payload_size 0x7FFFFFFFFFFFFFFF.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != ws)
-- {
-- MHD_websocket_stream_free (ws);
-- ws = NULL;
-- }
-- /* Edge test (fail): max_payload_size = 0x8000000000000000 for init */
-- ws = NULL;
-- ret = MHD_websocket_stream_init (&ws,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- (uint64_t) 0x8000000000000000);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (NULL != ws) )
-- {
-- fprintf (stderr,
-- "Init test failed in line %u for max_payload_size 0x8000000000000000.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != ws)
-- {
-- MHD_websocket_stream_free (ws);
-- ws = NULL;
-- }
-- /* Edge test (fail): max_payload_size = 0x8000000000000000 for init2 */
-- ws = NULL;
-- ret = MHD_websocket_stream_init2 (&ws,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- (uint64_t) 0x8000000000000000,
-- test_malloc,
-- test_realloc,
-- test_free,
-- NULL,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (NULL != ws) )
-- {
-- fprintf (stderr,
-- "Init test failed in line %u for max_payload_size 0x8000000000000000.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != ws)
-- {
-- MHD_websocket_stream_free (ws);
-- ws = NULL;
-- }
--#endif
--
-- /*
-- ------------------------------------------------------------------------------
-- Missing parameters
-- ------------------------------------------------------------------------------
-- */
-- /* Fail test: websocket stream variable missing for init */
-- ws = NULL;
-- ret = MHD_websocket_stream_init (NULL,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (NULL != ws) )
-- {
-- fprintf (stderr,
-- "Init test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != ws)
-- {
-- MHD_websocket_stream_free (ws);
-- ws = NULL;
-- }
-- /* Fail test: websocket stream variable missing for init2 */
-- ws = NULL;
-- ret = MHD_websocket_stream_init2 (NULL,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- test_malloc,
-- test_realloc,
-- test_free,
-- NULL,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (NULL != ws) )
-- {
-- fprintf (stderr,
-- "Init test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != ws)
-- {
-- MHD_websocket_stream_free (ws);
-- ws = NULL;
-- }
-- /* Fail test: malloc missing for init2 */
-- ws = NULL;
-- ret = MHD_websocket_stream_init2 (&ws,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- NULL,
-- test_realloc,
-- test_free,
-- NULL,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (NULL != ws) )
-- {
-- fprintf (stderr,
-- "Init test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != ws)
-- {
-- MHD_websocket_stream_free (ws);
-- ws = NULL;
-- }
-- /* Fail test: realloc missing for init2 */
-- ws = NULL;
-- ret = MHD_websocket_stream_init2 (&ws,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- test_malloc,
-- NULL,
-- test_free,
-- NULL,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (NULL != ws) )
-- {
-- fprintf (stderr,
-- "Init test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != ws)
-- {
-- MHD_websocket_stream_free (ws);
-- ws = NULL;
-- }
-- /* Fail test: free missing for init2 */
-- ws = NULL;
-- ret = MHD_websocket_stream_init2 (&ws,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- test_malloc,
-- test_realloc,
-- NULL,
-- NULL,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (NULL != ws) )
-- {
-- fprintf (stderr,
-- "Init test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != ws)
-- {
-- MHD_websocket_stream_free (ws);
-- ws = NULL;
-- }
-- /* Regular test: rng given for server mode (will be ignored) */
-- ws = NULL;
-- ret = MHD_websocket_stream_init2 (&ws,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- test_malloc,
-- test_realloc,
-- test_free,
-- NULL,
-- test_rng);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (NULL == ws) )
-- {
-- fprintf (stderr,
-- "Init test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != ws)
-- {
-- MHD_websocket_stream_free (ws);
-- ws = NULL;
-- }
-- /* Regular test: cls_rng given for server mode (will be ignored) */
-- ws = NULL;
-- ret = MHD_websocket_stream_init2 (&ws,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- test_malloc,
-- test_realloc,
-- test_free,
-- (void *) 12345,
-- test_rng);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (NULL == ws) )
-- {
-- fprintf (stderr,
-- "Init test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != ws)
-- {
-- MHD_websocket_stream_free (ws);
-- ws = NULL;
-- }
-- /* Regular test: rng given for client mode */
-- ws = NULL;
-- ret = MHD_websocket_stream_init2 (&ws,
-- MHD_WEBSOCKET_FLAG_CLIENT
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- test_malloc,
-- test_realloc,
-- test_free,
-- NULL,
-- test_rng);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (NULL == ws) )
-- {
-- fprintf (stderr,
-- "Init test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != ws)
-- {
-- MHD_websocket_stream_free (ws);
-- ws = NULL;
-- }
-- /* Fail test: rng not given for client mode */
-- ws = NULL;
-- ret = MHD_websocket_stream_init2 (&ws,
-- MHD_WEBSOCKET_FLAG_CLIENT
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- test_malloc,
-- test_realloc,
-- test_free,
-- NULL,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (NULL != ws) )
-- {
-- fprintf (stderr,
-- "Init test failed in line %u %u.\n",
-- (unsigned int) __LINE__, ret);
-- ++failed;
-- }
-- if (NULL != ws)
-- {
-- MHD_websocket_stream_free (ws);
-- ws = NULL;
-- }
--
-- return failed != 0 ? 0x01 : 0x00;
--}
--
--
--/**
-- * Test procedure for `MHD_websocket_create_accept_header()`
-- */
--int
--test_accept ()
--{
-- int failed = 0;
-- char accept_key[29];
-- int ret;
--
-- /*
-- ------------------------------------------------------------------------------
-- accepting
-- ------------------------------------------------------------------------------
-- */
-- /* Regular test: Test case from RFC6455 4.2.2 */
-- memset (accept_key, 0, 29);
-- ret = MHD_websocket_create_accept_header ("dGhlIHNhbXBsZSBub25jZQ==",
-- accept_key);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (0 != memcmp (accept_key, "s3pPLMBiTxaQ9kYGzzhZRbK+xOo=", 29)))
-- {
-- fprintf (stderr,
-- "Accept test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- Missing parameters
-- ------------------------------------------------------------------------------
-- */
-- /* Fail test: missing sec-key value */
-- memset (accept_key, 0, 29);
-- ret = MHD_websocket_create_accept_header (NULL,
-- accept_key);
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "Accept test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Fail test: missing accept variable */
-- memset (accept_key, 0, 29);
-- ret = MHD_websocket_create_accept_header ("dGhlIHNhbXBsZSBub25jZQ==",
-- NULL);
-- if (MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret)
-- {
-- fprintf (stderr,
-- "Accept test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
--
-- return failed != 0 ? 0x02 : 0x00;
--}
--
--
--/**
-- * Test procedure for `MHD_websocket_decode()`
-- */
--int
--test_decodes ()
--{
-- int failed = 0;
-- char *buf1 = NULL, *buf2 = NULL;
--
-- /*
-- ------------------------------------------------------------------------------
-- text frame
-- ------------------------------------------------------------------------------
-- */
-- /* Regular test: Masked text frame from RFC 6455, must succeed for server */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x85\x37\xfa\x21\x3d\x7f\x9f\x4d\x51\x58",
-- 11,
-- "Hello",
-- 5,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 11);
-- /* Regular test: Unmasked text frame from RFC 6455, must succeed for client */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_CLIENT
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x05\x48\x65\x6c\x6c\x6f",
-- 7,
-- "Hello",
-- 5,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 7);
-- /* Fail test: Unmasked text frame from RFC 6455, must fail for server */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x05\x48\x65\x6c\x6c\x6f",
-- 7,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 1);
-- /* Fail test: Masked text frame from RFC 6455, must fail for client */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_CLIENT
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x85\x37\xfa\x21\x3d\x7f\x9f\x4d\x51\x58",
-- 11,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 1);
-- /* Regular test: Text frame with UTF-8 sequence */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x90\x00\x00\x00\x00" "This is my n"
-- "\xC3\xB6" "te",
-- 22,
-- "This is my n" "\xC3\xB6" "te",
-- 16,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 22);
-- /* Fail test: Text frame with with invalid UTF-8 */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8F\x00\x00\x00\x00" "This is my n" "\xFF"
-- "te",
-- 21,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 18);
-- /* Fail test: Text frame with broken UTF-8 sequence */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8F\x00\x00\x00\x00" "This is my n" "\xC3"
-- "te",
-- 21,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 19);
-- /* Regular test: Text frame without payload and mask (caller = server) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x80\x01\x02\x03\x04",
-- 6,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 6);
-- /* Fail test: Text frame without payload and no mask (caller = server) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x00",
-- 2,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 1);
-- /* Regular test: Text frame without payload and mask (caller = client) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_CLIENT
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x00",
-- 2,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 2);
-- /* Fail test: Text frame without payload and no mask (caller = client) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_CLIENT
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x80\x01\x02\x03\x04",
-- 6,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 1);
--
-- /*
-- ------------------------------------------------------------------------------
-- binary frame
-- ------------------------------------------------------------------------------
-- */
-- /* Regular test: Masked binary frame (decoder = server) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x82\x85\x37\xfa\x21\x3d\x7f\x9f\x4d\x51\x58",
-- 11,
-- "Hello",
-- 5,
-- MHD_WEBSOCKET_STATUS_BINARY_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 11);
-- /* Regular test: Unmasked binary frame (decoder = client) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_CLIENT
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x82\x05\x48\x65\x6c\x6c\x6f",
-- 7,
-- "Hello",
-- 5,
-- MHD_WEBSOCKET_STATUS_BINARY_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 7);
-- /* Fail test: Unmasked binary frame (decoder = server) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x82\x05\x48\x65\x6c\x6c\x6f",
-- 7,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 1);
-- /* Fail test: Masked binary frame (decoder = client) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_CLIENT
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x82\x85\x37\xfa\x21\x3d\x7f\x9f\x4d\x51\x58",
-- 11,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 1);
-- /* Regular test: Binary frame without payload */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x82\x80\x00\x00\x00\x00",
-- 6,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_BINARY_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 6);
-- /* Regular test: Fragmented binary frame without payload */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x02\x80\x00\x00\x00\x00\x80\x80\x00\x00\x00\x00",
-- 12,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_BINARY_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 12);
-- /* Regular test: Fragmented binary frame without payload, fragments to the caller, 1st call */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_WANT_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x02\x80\x00\x00\x00\x00\x80\x80\x00\x00\x00\x00",
-- 12,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_BINARY_FIRST_FRAGMENT,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 6);
-- /* Regular test: Fragmented binary frame without payload, fragments to the caller, 2nd call */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_WANT_FRAGMENTS,
-- 0,
-- 2,
-- 0,
-- "\x02\x80\x00\x00\x00\x00\x80\x80\x00\x00\x00\x00",
-- 12,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_BINARY_LAST_FRAGMENT,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 12);
-- /* Regular test: Fragmented binary frame with payload */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x02\x83\x00\x00\x00\x00\x01\x02\x03\x80\x83\x00\x00\x00\x00\x04\x05\x06",
-- 18,
-- "\x01\x02\x03\x04\x05\x06",
-- 6,
-- MHD_WEBSOCKET_STATUS_BINARY_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 18);
-- /* Regular test: Fragmented binary frame with payload, fragments to the caller, 1st call */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_WANT_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x02\x83\x00\x00\x00\x00\x01\x02\x03\x80\x83\x00\x00\x00\x00\x04\x05\x06",
-- 18,
-- "\x01\x02\x03",
-- 3,
-- MHD_WEBSOCKET_STATUS_BINARY_FIRST_FRAGMENT,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 9);
-- /* Regular test: Fragmented binary frame without payload, fragments to the caller, 2nd call */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_WANT_FRAGMENTS,
-- 0,
-- 2,
-- 0,
-- "\x02\x83\x00\x00\x00\x00\x01\x02\x03\x80\x83\x00\x00\x00\x00\x04\x05\x06",
-- 18,
-- "\x04\x05\x06",
-- 3,
-- MHD_WEBSOCKET_STATUS_BINARY_LAST_FRAGMENT,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 18);
-- /* Regular test: Fragmented binary frame with payload, fragments to the caller, 1st call */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_WANT_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x02\x83\x00\x00\x00\x00\x01\x02\x03\x00\x83\x00\x00\x00\x00\x04\x05\x06\x00\x83\x00\x00\x00\x00\x07\x08\x09\x80\x83\x00\x00\x00\x00\x0A\x0B\x0C",
-- 36,
-- "\x01\x02\x03",
-- 3,
-- MHD_WEBSOCKET_STATUS_BINARY_FIRST_FRAGMENT,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 9);
-- /* Regular test: Fragmented binary frame without payload, fragments to the caller, 2nd call */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_WANT_FRAGMENTS,
-- 0,
-- 2,
-- 0,
-- "\x02\x83\x00\x00\x00\x00\x01\x02\x03\x00\x83\x00\x00\x00\x00\x04\x05\x06\x00\x83\x00\x00\x00\x00\x07\x08\x09\x80\x83\x00\x00\x00\x00\x0A\x0B\x0C",
-- 36,
-- "\x04\x05\x06",
-- 3,
-- MHD_WEBSOCKET_STATUS_BINARY_NEXT_FRAGMENT,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 18);
-- /* Regular test: Fragmented binary frame without payload, fragments to the caller, 3rd call */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_WANT_FRAGMENTS,
-- 0,
-- 3,
-- 0,
-- "\x02\x83\x00\x00\x00\x00\x01\x02\x03\x00\x83\x00\x00\x00\x00\x04\x05\x06\x00\x83\x00\x00\x00\x00\x07\x08\x09\x80\x83\x00\x00\x00\x00\x0A\x0B\x0C",
-- 36,
-- "\x07\x08\x09",
-- 3,
-- MHD_WEBSOCKET_STATUS_BINARY_NEXT_FRAGMENT,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 27);
-- /* Regular test: Fragmented binary frame without payload, fragments to the caller, 4th call */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_WANT_FRAGMENTS,
-- 0,
-- 4,
-- 0,
-- "\x02\x83\x00\x00\x00\x00\x01\x02\x03\x00\x83\x00\x00\x00\x00\x04\x05\x06\x00\x83\x00\x00\x00\x00\x07\x08\x09\x80\x83\x00\x00\x00\x00\x0A\x0B\x0C",
-- 36,
-- "\x0A\x0B\x0C",
-- 3,
-- MHD_WEBSOCKET_STATUS_BINARY_LAST_FRAGMENT,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 36);
-- /* Regular test: Binary frame with bytes which look like invalid UTF-8 character */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x82\x85\x00\x00\x00\x00" "Hell\xf6",
-- 11,
-- "Hell\xf6",
-- 5,
-- MHD_WEBSOCKET_STATUS_BINARY_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 11);
-- /* Regular test: Binary frame with bytes which look like broken UTF-8 sequence */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x82\x85\x00\x00\x00\x00" "H\xC3llo",
-- 11,
-- "H\xC3llo",
-- 5,
-- MHD_WEBSOCKET_STATUS_BINARY_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 11);
-- /* Regular test: Binary frame with bytes which look like valid UTF-8 sequence */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x82\x85\x00\x00\x00\x00" "H\xC3\xA4lo",
-- 11,
-- "H\xC3\xA4lo",
-- 5,
-- MHD_WEBSOCKET_STATUS_BINARY_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 11);
-- /* Regular test: Fragmented binary frame with bytes which look like valid UTF-8 sequence */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x02\x82\x00\x00\x00\x00" "H\xC3"
-- "\x80\x83\x00\x00\x00\x00" "\xA4lo",
-- 17,
-- "H\xC3\xA4lo",
-- 5,
-- MHD_WEBSOCKET_STATUS_BINARY_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 17);
-- /* Regular test: Fragmented binary frame with bytes which look like valid UTF-8 sequence,
-- fragments to the caller, 1st call */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_WANT_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x02\x82\x00\x00\x00\x00" "H\xC3"
-- "\x80\x83\x00\x00\x00\x00" "\xA4lo",
-- 17,
-- "H\xC3",
-- 2,
-- MHD_WEBSOCKET_STATUS_BINARY_FIRST_FRAGMENT,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 8);
-- /* Regular test: Fragmented binary frame with bytes which look like valid UTF-8 sequence,
-- fragments to the caller, 2nd call */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_WANT_FRAGMENTS,
-- 0,
-- 2,
-- 0,
-- "\x02\x82\x00\x00\x00\x00" "H\xC3"
-- "\x80\x83\x00\x00\x00\x00" "\xA4lo",
-- 17,
-- "\xA4lo",
-- 3,
-- MHD_WEBSOCKET_STATUS_BINARY_LAST_FRAGMENT,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 17);
--
-- /*
-- ------------------------------------------------------------------------------
-- close frame
-- ------------------------------------------------------------------------------
-- */
-- /* Regular test: Close frame with no payload but with mask (decoder = server) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x88\x80\x00\x00\x00\x00",
-- 6,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_CLOSE_FRAME,
-- MHD_WEBSOCKET_VALIDITY_ONLY_VALID_FOR_CONTROL_FRAMES,
-- 6);
-- /* Regular test: Close frame with no payload (decoder = client) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_CLIENT
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x88\x00",
-- 2,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_CLOSE_FRAME,
-- MHD_WEBSOCKET_VALIDITY_ONLY_VALID_FOR_CONTROL_FRAMES,
-- 2);
-- /* Fail test: Close frame with no payload and no mask (decoder = server) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x88\x00",
-- 2,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 1);
-- /* Fail test: Close frame with no payload but with mask (decoder = client) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_CLIENT
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x88\x80\x00\x00\x00\x00",
-- 6,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 1);
-- /* Regular test: Close frame with 2 byte payload for close reason */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x88\x82\x00\x00\x00\x00\x03\xEB",
-- 8,
-- "\x03\xEB",
-- 2,
-- MHD_WEBSOCKET_STATUS_CLOSE_FRAME,
-- MHD_WEBSOCKET_VALIDITY_ONLY_VALID_FOR_CONTROL_FRAMES,
-- 8);
-- /* Fail test: Close frame with 1 byte payload (no valid close reason) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x88\x81\x00\x00\x00\x00\x03",
-- 7,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 1);
-- /* Regular test: Close frame with close reason and UTF-8 description */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x88\x95\x00\x00\x00\x00\x03\xEB"
-- "Something was wrong",
-- 27,
-- "\x03\xEB" "Something was wrong",
-- 21,
-- MHD_WEBSOCKET_STATUS_CLOSE_FRAME,
-- MHD_WEBSOCKET_VALIDITY_ONLY_VALID_FOR_CONTROL_FRAMES,
-- 27);
-- /* Regular test: Close frame with close reason and UTF-8 description (with UTF-8 sequence) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x88\x96\x00\x00\x00\x00\x03\xEB"
-- "Something was wr" "\xC3\xB6" "ng",
-- 28,
-- "\x03\xEB" "Something was wr" "\xC3\xB6" "ng",
-- 22,
-- MHD_WEBSOCKET_STATUS_CLOSE_FRAME,
-- MHD_WEBSOCKET_VALIDITY_ONLY_VALID_FOR_CONTROL_FRAMES,
-- 28);
-- /* Fail test: Close frame with close reason and invalid UTF-8 in description */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x88\x95\x00\x00\x00\x00\x03\xEB"
-- "Something was wr" "\xFF" "ng",
-- 27,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 24);
-- /* Fail test: Close frame with close reason and broken UTF-8 sequence in description */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x88\x95\x00\x00\x00\x00\x03\xEB"
-- "Something was wr" "\xC3" "ng",
-- 27,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 25);
-- /* Edge test (success): Close frame with 125 bytes of payload */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x88\xFD\x00\x00\x00\x00\x03\xEB"
-- "Something was wrong, so I decided to close this websocket. I hope you are not angry. But this is also the 123 cap test. :-)",
-- 131,
-- "\x03\xEB"
-- "Something was wrong, so I decided to close this websocket. I hope you are not angry. But this is also the 123 cap test. :-)",
-- 125,
-- MHD_WEBSOCKET_STATUS_CLOSE_FRAME,
-- MHD_WEBSOCKET_VALIDITY_ONLY_VALID_FOR_CONTROL_FRAMES,
-- 131);
-- /* Edge test (failure): Close frame with 126 bytes of payload */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x88\xFE\x00\x7e\x00\x00\x00\x00\x03\xEB"
-- "Something was wrong, so I decided to close this websocket. I hope you are not angry. But this is also the 123 cap test. >:-)",
-- 134,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 1);
-- /* Fail test: Close frame with 500 bytes of payload */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x88\xFE\x01\xf4\x00\x00\x00\x00\x03\xEB"
-- "The payload of this test isn't parsed.",
-- 49,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 1);
-- /* Edge test (failure): Close frame with 65535 bytes of payload */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x88\xFE\xff\xff\x00\x00\x00\x00\x03\xEB"
-- "The payload of this test isn't parsed.",
-- 49,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 1);
-- /* Edge test (failure): Close frame with 65536 bytes of payload */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x88\xFF\x00\x00\x00\x00\x00\x01\x00\x00\x00\x00\x00\x00\x03\xEB"
-- "The payload of this test isn't parsed.",
-- 54,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 1);
-- /* Fail test: Close frame with 1000000 bytes of payload */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x88\xFF\x00\x00\x00\x00\x00\x0F\x42\x40\x00\x00\x00\x00\x03\xEB"
-- "The payload of this test isn't parsed.",
-- 54,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 1);
--
-- /*
-- ------------------------------------------------------------------------------
-- ping frame
-- ------------------------------------------------------------------------------
-- */
-- /* Regular test: Ping frame with no payload but with mask (decoder = server) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x89\x80\x00\x00\x00\x00",
-- 6,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PING_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 6);
-- /* Regular test: Ping frame with no payload (decoder = client) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_CLIENT
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x89\x00",
-- 2,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PING_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 2);
-- /* Fail test: Ping frame with no payload and no mask (decoder = server) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x89\x00",
-- 2,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 1);
-- /* Fail test: Ping frame with no payload but with mask (decoder = client) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_CLIENT
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x89\x80\x00\x00\x00\x00",
-- 6,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 1);
-- /* Regular test: Ping frame with some (masked) payload */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x89\x88\x01\x20\x03\x40\xFF\xFF\xFF\xFF\x00\x00\x00\x00",
-- 14,
-- "\xFE\xDF\xFC\xBF\x01\x20\x03\x40",
-- 8,
-- MHD_WEBSOCKET_STATUS_PING_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 14);
-- /* Edge test (success): Ping frame with one byte of payload */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x89\x81\x00\x00\x00\x00" "a",
-- 7,
-- "a",
-- 1,
-- MHD_WEBSOCKET_STATUS_PING_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 7);
-- /* Edge test (success): Ping frame with 125 bytes of payload */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x89\xFD\x00\x00\x00\x00"
-- "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789_-abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ012345678",
-- 131,
-- "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789_-abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ012345678",
-- 125,
-- MHD_WEBSOCKET_STATUS_PING_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 131);
-- /* Edge test (fail): Ping frame with 126 bytes of payload */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x89\xFE\x00\x7E\x00\x00\x00\x00"
-- "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789_-abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789",
-- 134,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 1);
-- /* Regular test: Ping frame with UTF-8 data */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x89\x90\x00\x00\x00\x00" "Ping is bin"
-- "\xC3\xA4" "ry.",
-- 22,
-- "Ping is bin" "\xC3\xA4" "ry.",
-- 16,
-- MHD_WEBSOCKET_STATUS_PING_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 22);
-- /* Regular test: Ping frame with invalid UTF-8 data */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x89\x8F\x00\x00\x00\x00" "Ping is bin" "\xFF"
-- "ry.",
-- 21,
-- "Ping is bin" "\xFF" "ry.",
-- 15,
-- MHD_WEBSOCKET_STATUS_PING_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 21);
-- /* Regular test: Ping frame with broken UTF-8 sequence */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x89\x8F\x00\x00\x00\x00" "Ping is bin" "\xC3"
-- "ry.",
-- 21,
-- "Ping is bin" "\xC3" "ry.",
-- 15,
-- MHD_WEBSOCKET_STATUS_PING_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 21);
--
-- /*
-- ------------------------------------------------------------------------------
-- pong frame
-- ------------------------------------------------------------------------------
-- */
-- /* Regular test: Pong frame with no payload but with mask (decoder = server) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x8A\x80\x00\x00\x00\x00",
-- 6,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PONG_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 6);
-- /* Regular test: Pong frame with no payload (decoder = client) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_CLIENT
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x8A\x00",
-- 2,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PONG_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 2);
-- /* Fail test: Pong frame with no payload and no mask (decoder = server) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x8A\x00",
-- 2,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 1);
-- /* Fail test: Pong frame with no payload but with mask (decoder = client) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_CLIENT
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x8A\x80\x00\x00\x00\x00",
-- 6,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 1);
-- /* Regular test: Pong frame with some (masked) payload */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x8A\x88\x01\x20\x03\x40\xFF\xFF\xFF\xFF\x00\x00\x00\x00",
-- 14,
-- "\xFE\xDF\xFC\xBF\x01\x20\x03\x40",
-- 8,
-- MHD_WEBSOCKET_STATUS_PONG_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 14);
-- /* Edge test (success): Pong frame with one byte of payload */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x8A\x81\x00\x00\x00\x00" "a",
-- 7,
-- "a",
-- 1,
-- MHD_WEBSOCKET_STATUS_PONG_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 7);
-- /* Edge test (success): Pong frame with 125 bytes of payload */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x8A\xFD\x00\x00\x00\x00"
-- "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789_-abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ012345678",
-- 131,
-- "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789_-abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ012345678",
-- 125,
-- MHD_WEBSOCKET_STATUS_PONG_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 131);
-- /* Edge test (fail): Pong frame with 126 bytes of payload */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x8A\xFE\x00\x7E\x00\x00\x00\x00"
-- "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789_-abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789",
-- 134,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 1);
-- /* Regular test: Pong frame with UTF-8 data */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x8A\x90\x00\x00\x00\x00" "Pong is bin"
-- "\xC3\xA4" "ry.",
-- 22,
-- "Pong is bin" "\xC3\xA4" "ry.",
-- 16,
-- MHD_WEBSOCKET_STATUS_PONG_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 22);
-- /* Regular test: Pong frame with invalid UTF-8 data */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x8A\x8F\x00\x00\x00\x00" "Pong is bin" "\xFF"
-- "ry.",
-- 21,
-- "Pong is bin" "\xFF" "ry.",
-- 15,
-- MHD_WEBSOCKET_STATUS_PONG_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 21);
-- /* Regular test: Pong frame with broken UTF-8 sequence */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x8A\x8F\x00\x00\x00\x00" "Pong is bin" "\xC3"
-- "ry.",
-- 21,
-- "Pong is bin" "\xC3" "ry.",
-- 15,
-- MHD_WEBSOCKET_STATUS_PONG_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 21);
--
-- /*
-- ------------------------------------------------------------------------------
-- fragmentation
-- ------------------------------------------------------------------------------
-- */
-- /* Regular test: Fragmented, masked text frame, we are the server and don't want fragments as caller */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x01\x83\x37\xfa\x21\x3d\x7f\x9f\x4d\x80\x82\x3d\x37\xfa\x21\x51\x58",
-- 17,
-- "Hello",
-- 5,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 17);
-- /* Regular test: Fragmented, masked text frame, we are the server and don't want fragments as caller, but call decode two times */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 2,
-- 0,
-- "\x01\x83\x37\xfa\x21\x3d\x7f\x9f\x4d\x80\x82\x3d\x37\xfa\x21\x51\x58",
-- 17,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_OK,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 17);
-- /* Regular test: Fragmented, masked text frame, we are the server and want fragments, one call */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_WANT_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x01\x83\x37\xfa\x21\x3d\x7f\x9f\x4d\x80\x82\x3d\x37\xfa\x21\x51\x58",
-- 17,
-- "Hel",
-- 3,
-- MHD_WEBSOCKET_STATUS_TEXT_FIRST_FRAGMENT,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 9);
-- /* Regular test: Fragmented, masked text frame, we are the server and want fragments, second call */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_WANT_FRAGMENTS,
-- 0,
-- 2,
-- 0,
-- "\x01\x83\x37\xfa\x21\x3d\x7f\x9f\x4d\x80\x82\x3d\x37\xfa\x21\x51\x58",
-- 17,
-- "lo",
-- 2,
-- MHD_WEBSOCKET_STATUS_TEXT_LAST_FRAGMENT,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 17);
-- /* Regular test: Fragmented, masked text frame, we are the server and want fragments, third call */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_WANT_FRAGMENTS,
-- 0,
-- 3,
-- 0,
-- "\x01\x83\x37\xfa\x21\x3d\x7f\x9f\x4d\x80\x82\x3d\x37\xfa\x21\x51\x58",
-- 17,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_OK,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 17);
-- /* Regular test: Fragmented, masked text frame, we are the server and want fragments, 1st call */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_WANT_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x01\x83\x37\xfa\x21\x3d\x7f\x9f\x4d\x00\x81\x3d\x37\xfa\x21\x51\x80\x81\x37\x37\xfa\x21\x58",
-- 23,
-- "Hel",
-- 3,
-- MHD_WEBSOCKET_STATUS_TEXT_FIRST_FRAGMENT,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 9);
-- /* Regular test: Fragmented, masked text frame, we are the server and want fragments, 2nd call */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_WANT_FRAGMENTS,
-- 0,
-- 2,
-- 0,
-- "\x01\x83\x37\xfa\x21\x3d\x7f\x9f\x4d\x00\x81\x3d\x37\xfa\x21\x51\x80\x81\x37\x37\xfa\x21\x58",
-- 23,
-- "l",
-- 1,
-- MHD_WEBSOCKET_STATUS_TEXT_NEXT_FRAGMENT,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 16);
-- /* Regular test: Fragmented, masked text frame, we are the server and want fragments, 3rd call */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_WANT_FRAGMENTS,
-- 0,
-- 3,
-- 0,
-- "\x01\x83\x37\xfa\x21\x3d\x7f\x9f\x4d\x00\x81\x3d\x37\xfa\x21\x51\x80\x81\x37\x37\xfa\x21\x58",
-- 23,
-- "o",
-- 1,
-- MHD_WEBSOCKET_STATUS_TEXT_LAST_FRAGMENT,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 23);
--
--
-- /*
-- ------------------------------------------------------------------------------
-- invalid flags
-- ------------------------------------------------------------------------------
-- */
-- /* Regular test: Template with valid data for the next tests (this one must succeed) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x85\x00\x00\x00\x00Hello",
-- 11,
-- "Hello",
-- 5,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 11);
-- /* Fail test: RSV1 flag set */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x91\x85\x00\x00\x00\x00Hello",
-- 11,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 0);
-- /* Fail test: RSV2 flag set */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\xA1\x85\x00\x00\x00\x00Hello",
-- 11,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 0);
-- /* Fail test: RSV3 flag set */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\xC1\x85\x00\x00\x00\x00Hello",
-- 11,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 0);
--
-- /*
-- ------------------------------------------------------------------------------
-- invalid opcodes
-- ------------------------------------------------------------------------------
-- */
-- /* Fail test: Invalid opcode 0 (0 is usually valid, but only if there was a data frame before) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x80\x85\x00\x00\x00\x00Hello",
-- 11,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 0);
-- /* Fail test: Invalid opcode 3 */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x83\x85\x00\x00\x00\x00Hello",
-- 11,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 0);
-- /* Fail test: Invalid opcode 4 */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x84\x85\x00\x00\x00\x00Hello",
-- 11,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 0);
-- /* Fail test: Invalid opcode 5 */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x85\x85\x00\x00\x00\x00Hello",
-- 11,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 0);
-- /* Fail test: Invalid opcode 6 */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x86\x85\x00\x00\x00\x00Hello",
-- 11,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 0);
-- /* Fail test: Invalid opcode 7 */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x87\x85\x00\x00\x00\x00Hello",
-- 11,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 0);
-- /* Fail test: Invalid opcode 0x0B */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x8B\x85\x00\x00\x00\x00Hello",
-- 11,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 0);
-- /* Fail test: Invalid opcode 0x0C */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x8c\x85\x00\x00\x00\x00Hello",
-- 11,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 0);
-- /* Fail test: Invalid opcode 0x0D */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x8d\x85\x00\x00\x00\x00Hello",
-- 11,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 0);
-- /* Fail test: Invalid opcode 0x0E */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x8e\x85\x00\x00\x00\x00Hello",
-- 11,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 0);
-- /* Fail test: Invalid opcode 0x0F */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x8f\x85\x00\x00\x00\x00Hello",
-- 11,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 0);
--
--
-- /*
-- ------------------------------------------------------------------------------
-- control frames without FIN flag
-- ------------------------------------------------------------------------------
-- */
-- /* Fail test: Close frame without FIN flag */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x08\x85\x00\x00\x00\x00Hello",
-- 11,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 0);
-- /* Fail test: Ping frame without FIN flag */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x09\x85\x00\x00\x00\x00Hello",
-- 11,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 0);
-- /* Fail test: Pong frame without FIN flag */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x0a\x85\x00\x00\x00\x00Hello",
-- 11,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 0);
--
-- /*
-- ------------------------------------------------------------------------------
-- length checks (without max_payload_len)
-- ------------------------------------------------------------------------------
-- */
-- /* Edge test (success): 0 bytes of payload (requires 1 byte length) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x80\x00\x00\x00\x00",
-- 6,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 6);
-- /* Edge test (success): 1 byte of payload (requires 1 byte length) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x81\x00\x00\x00\x00" "a",
-- 7,
-- "a",
-- 1,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 7);
-- /* Edge test (success): 125 bytes of payload (requires 1 byte length) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\xfd\x00\x00\x00\x00"
-- "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789_-abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ012345678",
-- 131,
-- "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789_-abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ012345678",
-- 125,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 131);
-- /* Edge test (success): 126 bytes of payload (requires 2 byte length) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\xfe\x00\x7e\x00\x00\x00\x00"
-- "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789_-abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789",
-- 134,
-- "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789_-abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789",
-- 126,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 134);
-- /* Edge test (success): 65535 bytes of payload (requires 2 byte length) */
-- allocate_length_test_data (&buf1,
-- &buf2,
-- 65535,
-- "\x81\xfe\xff\xff\x00\x00\x00\x00",
-- 8);
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- buf1,
-- 65535 + 8,
-- buf2,
-- 65535,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 65535 + 8);
-- /* Edge test (success): 65536 bytes of payload (requires 8 byte length) */
-- allocate_length_test_data (&buf1,
-- &buf2,
-- 65536,
-- "\x81\xff\x00\x00\x00\x00\x00\x01\x00\x00\x00\x00\x00\x00",
-- 14);
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- buf1,
-- 65536 + 14,
-- buf2,
-- 65536,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 65536 + 14);
-- /* Regular test: 1 MB of payload */
-- allocate_length_test_data (&buf1,
-- &buf2,
-- 1048576,
-- "\x81\xff\x00\x00\x00\x00\x00\x10\x00\x00\x00\x00\x00\x00",
-- 14);
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- buf1,
-- 1048576 + 14,
-- buf2,
-- 1048576,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 1048576 + 14);
-- /* Regular test: 100 MB of payload */
-- allocate_length_test_data (&buf1,
-- &buf2,
-- 104857600,
-- "\x81\xff\x00\x00\x00\x00\x06\x40\x00\x00\x00\x00\x00\x00",
-- 14);
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- buf1,
-- 104857600 + 14,
-- buf2,
-- 104857600,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 104857600 + 14);
-- if (NULL != buf1)
-- {
-- free (buf1);
-- buf1 = NULL;
-- }
-- if (NULL != buf2)
-- {
-- free (buf2);
-- buf2 = NULL;
-- }
--#ifdef ENABLE_64BIT_TESTS
-- /* Edge test (success): Maximum allowed length (here is only the header checked) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\xff\x7f\xff\xff\xff\xff\xff\xff\xff",
-- 10,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_OK,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 10);
--#else
-- /* Edge test (fail): Maximum allowed length
-- (the size is allowed, but the system cannot handle this amount of memory) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\xff\x7f\xff\xff\xff\xff\xff\xff\xff",
-- 10,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_MAXIMUM_SIZE_EXCEEDED,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 10);
--#endif
-- /* Edge test (fail): Too big payload length */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\xff\x80\x00\x00\x00\x00\x00\x00\x00",
-- 10,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 10);
-- /* Edge test (fail): Too big payload length */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\xff\xff\xff\xff\xff\xff\xff\xff\xff",
-- 10,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 10);
-- /* Fail test: Not the smallest payload length syntax used (2 byte instead of 1 byte) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\xfe\x00\x05\x00\x00\x00\x00" "abcde",
-- 13,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 4);
-- /* Fail test: Not the smallest payload length syntax used (8 byte instead of 1 byte) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\xff\x00\x00\x00\x00\x00\x00\x00\x05\x00\x00\x00\x00"
-- "abcde",
-- 13,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 10);
-- /* Fail test: Not the smallest payload length syntax used (8 byte instead of 2 byte) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\xff\x00\x00\x00\x00\x00\x00\xff\xff\x00\x00\x00\x00"
-- "abcde",
-- 13,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 10);
--
-- /*
-- ------------------------------------------------------------------------------
-- length checks (with max_payload_len)
-- ------------------------------------------------------------------------------
-- */
-- /* Regular test: Frame with less payload than specified as limit */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 100,
-- 1,
-- 0,
-- "\x81\x85\x00\x00\x00\x00" "Hello",
-- 11,
-- "Hello",
-- 5,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 11);
-- /* Edge test (success): Frame with the same payload as the specified limit */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 5,
-- 1,
-- 0,
-- "\x81\x85\x00\x00\x00\x00" "Hello",
-- 11,
-- "Hello",
-- 5,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 11);
-- /* Edge test (fail): Frame with more payload than specified as limit */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 4,
-- 1,
-- 0,
-- "\x81\x85\x00\x00\x00\x00" "Hello",
-- 11,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_MAXIMUM_SIZE_EXCEEDED,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 2);
-- /* Regular test: Fragmented frames with the sum of payload less than specified as limit */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 100,
-- 1,
-- 0,
-- "\x01\x83\x00\x00\x00\x00"
-- "Hel\x80\x82\x00\x00\x00\x00" "lo",
-- 17,
-- "Hello",
-- 5,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 17);
-- /* Edge test (success): Fragmented frames with the sum of payload equal to the specified limit */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 5,
-- 1,
-- 0,
-- "\x01\x83\x00\x00\x00\x00"
-- "Hel\x80\x82\x00\x00\x00\x00" "lo",
-- 17,
-- "Hello",
-- 5,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 17);
-- /* Edge test (fail): Fragmented frames with the sum of payload more than specified as limit */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 4,
-- 1,
-- 0,
-- "\x01\x83\x00\x00\x00\x00"
-- "Hel\x80\x82\x00\x00\x00\x00" "lo",
-- 17,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_MAXIMUM_SIZE_EXCEEDED,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 15);
-- /* Edge test (success): Fragmented frames with the sum of payload greater than
-- the specified limit, but we take fragments (one call) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_WANT_FRAGMENTS,
-- 5,
-- 1,
-- 0,
-- "\x01\x83\x00\x00\x00\x00"
-- "Hel\x80\x82\x00\x00\x00\x00" "lo",
-- 17,
-- "Hel",
-- 3,
-- MHD_WEBSOCKET_STATUS_TEXT_FIRST_FRAGMENT,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 9);
-- /* Edge test (success): Fragmented frames with the sum of payload greater than
-- the specified limit, but we take fragments (two calls) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_WANT_FRAGMENTS,
-- 5,
-- 2,
-- 0,
-- "\x01\x83\x00\x00\x00\x00"
-- "Hel\x80\x82\x00\x00\x00\x00" "lo",
-- 17,
-- "lo",
-- 2,
-- MHD_WEBSOCKET_STATUS_TEXT_LAST_FRAGMENT,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 17);
--
-- /*
-- ------------------------------------------------------------------------------
-- UTF-8 sequences
-- ------------------------------------------------------------------------------
-- */
-- /* Regular test: No UTF-8 characters */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 a ",
-- 16,
-- " a ",
-- 10,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 16);
-- /* Fail test: A UTF-8 tail character without sequence start character */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xA4 ",
-- 16,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 7);
-- /* Regular test: A two byte UTF-8 sequence */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xC3\xA4 ",
-- 16,
-- " \xC3\xA4 ",
-- 10,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 16);
-- /* Fail test: A broken two byte UTF-8 sequence */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xC3 ",
-- 16,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 8);
-- /* Fail test: A two byte UTF-8 sequence with one UTF-8 tail too much */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xC3\xA4\xA4 ",
-- 16,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 9);
-- /* Regular test: A three byte UTF-8 sequence */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xEF\x8F\x8F ",
-- 16,
-- " \xEF\x8F\x8F ",
-- 10,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 16);
-- /* Fail test: A broken byte UTF-8 sequence (two of three bytes) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xEF\x8F ",
-- 16,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 9);
-- /* Fail test: A broken byte UTF-8 sequence (one of three bytes) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xEF ",
-- 16,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 8);
-- /* Fail test: A three byte UTF-8 sequence followed by one UTF-8 tail byte */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xEF\x8F\x8F\x8F ",
-- 16,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 10);
-- /* Regular test: A four byte UTF-8 sequence */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xF2\x8F\x8F\x8F ",
-- 16,
-- " \xF2\x8F\x8F\x8F ",
-- 10,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 16);
-- /* Fail test: A broken four byte UTF-8 sequence (three of four bytes) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xF2\x8F\x8F ",
-- 16,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 10);
-- /* Fail test: A broken four byte UTF-8 sequence (two of four bytes) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xF2\x8F ",
-- 16,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 9);
-- /* Fail test: A broken four byte UTF-8 sequence (one of four bytes) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xF2 ",
-- 16,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 8);
-- /* Fail test: A four byte UTF-8 sequence followed by UTF-8 tail */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xF2\x8F\x8F\x8F\x8F ",
-- 16,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 11);
-- /* Fail test: A five byte UTF-8 sequence (only up to four bytes allowed) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xFB\x8F\x8F\x8F\x8F ",
-- 16,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 7);
-- /* Fail test: A six byte UTF-8 sequence (only up to four bytes allowed) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xFD\x8F\x8F\x8F\x8F\x8F ",
-- 16,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 7);
-- /* Fail test: A seven byte UTF-8 sequence (only up to four bytes allowed) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xFE\x8F\x8F\x8F\x8F\x8F\x8F ",
-- 16,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 7);
-- /* Fail test: A eight byte UTF-8 sequence (only up to four bytes allowed) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xFF\x8F\x8F\x8F\x8F\x8F\x8F\x8F ",
-- 16,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 7);
-- /* Edge test (success): The maximum allowed UTF-8 character */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xF4\x8F\xBF\xBF ",
-- 16,
-- " \xF4\x8F\xBF\xBF ",
-- 10,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 16);
-- /* Edge test (fail): The maximum allowed UTF-8 character + 1 */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xF4\x90\x80\x80 ",
-- 16,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 8);
-- /* Edge test (success): The last valid UTF8-1 character */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \x7F ",
-- 16,
-- " \x7F ",
-- 10,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 16);
-- /* Edge test (fail): The value after the last valid UTF8-1 character */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \x80 ",
-- 16,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 7);
-- /* Edge test (fail): The value before the first valid UTF8-2 character */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xC1\x80 ",
-- 16,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 7);
-- /* Edge test (success): The first valid UTF8-2 character */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xC2\x80 ",
-- 16,
-- " \xC2\x80 ",
-- 10,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 16);
-- /* Edge test (success): The last valid UTF8-2 character */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xDF\xBF ",
-- 16,
-- " \xDF\xBF ",
-- 10,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 16);
-- /* Edge test (fail): The value after the lst valid UTF8-2 character */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xE0\x80 ",
-- 16,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 8);
-- /* Edge test (fail): The value before the first valid UTF8-3 character (tail 1) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xE0\x9F\x80 ",
-- 16,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 8);
-- /* Edge test (success): The first valid UTF8-3 character (tail 1) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xE0\xA0\x80 ",
-- 16,
-- " \xE0\xA0\x80 ",
-- 10,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 16);
-- /* Edge test (success): The last valid UTF8-3 character (tail 1) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xE0\xBF\xBF ",
-- 16,
-- " \xE0\xBF\xBF ",
-- 10,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 16);
-- /* Edge test (fail): The value after the first valid UTF8-3 character (tail 1) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xE0\xC0\x80 ",
-- 16,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 8);
-- /* Edge test (success): The first valid UTF8-3 character (tail 2) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xE1\x80\x80 ",
-- 16,
-- " \xE1\x80\x80 ",
-- 10,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 16);
-- /* Edge test (success): The last valid UTF8-3 character (tail 2) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xEC\xBF\xBF ",
-- 16,
-- " \xEC\xBF\xBF ",
-- 10,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 16);
-- /* Edge test (fail): The value after the last valid UTF8-3 character (tail 2) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xEC\xC0\xBF ",
-- 16,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 8);
-- /* Edge test (fail): The value before the first valid UTF8-3 character (tail 3) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xED\x7F\x80 ",
-- 16,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 8);
-- /* Edge test (success): The first valid UTF8-3 character (tail 3) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xED\x80\x80 ",
-- 16,
-- " \xED\x80\x80 ",
-- 10,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 16);
-- /* Edge test (success): The last valid UTF8-3 character (tail 3) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xED\x9F\xBF ",
-- 16,
-- " \xED\x9F\xBF ",
-- 10,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 16);
-- /* Edge test (fail): The value after the last valid UTF8-3 character (tail 3) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xED\xA0\x80 ",
-- 16,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 8);
-- /* Edge test (fail): The value before the first valid UTF8-3 character (tail 4) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xEE\x7F\x80 ",
-- 16,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 8);
-- /* Edge test (success): The first valid UTF8-3 character (tail 4) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xEE\x80\x80 ",
-- 16,
-- " \xEE\x80\x80 ",
-- 10,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 16);
-- /* Edge test (success): The last valid UTF8-3 character (tail 4) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xEF\xBF\xBF ",
-- 16,
-- " \xEF\xBF\xBF ",
-- 10,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 16);
-- /* Edge test (fail): The value after the last valid UTF8-3 character (tail 4) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xEF\xBF\xC0 ",
-- 16,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 9);
-- /* Edge test (fail): The value after the last valid UTF8-3 character (tail 4) #2 */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xEF\xC0\xBF ",
-- 16,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 8);
-- /* Edge test (fail): The value before the first valid UTF8-4 character (tail 1) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xF0\x8F\x80\x80 ",
-- 16,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 8);
-- /* Edge test (success): The first valid UTF8-4 character (tail 1) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xF0\x90\x80\x80 ",
-- 16,
-- " \xF0\x90\x80\x80 ",
-- 10,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 16);
-- /* Edge test (success): The last valid UTF8-4 character (tail 1) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xF0\xBF\xBF\xBF ",
-- 16,
-- " \xF0\xBF\xBF\xBF ",
-- 10,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 16);
-- /* Edge test (success): The first valid UTF8-4 character (tail 2) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xF1\x80\x80\x80 ",
-- 16,
-- " \xF1\x80\x80\x80 ",
-- 10,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 16);
-- /* Edge test (success): The last valid UTF8-4 character (tail 2) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xF3\xBF\xBF\xBF ",
-- 16,
-- " \xF3\xBF\xBF\xBF ",
-- 10,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 16);
-- /* Edge test (fail): A value before the last valid UTF8-4 character in the second byte (tail 2) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xF3\x7F\x80\x80 ",
-- 16,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 8);
-- /* Edge test (fail): A value after the last valid UTF8-4 character in the second byte (tail 2) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xF3\xC0\x80\x80 ",
-- 16,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 8);
-- /* Edge test (success): The first valid UTF8-4 character (tail 3) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xF4\x80\x80\x80 ",
-- 16,
-- " \xF4\x80\x80\x80 ",
-- 10,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 16);
-- /* Edge test (success): The last valid UTF8-4 character (tail 3) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xF4\x8F\xBF\xBF ",
-- 16,
-- " \xF4\x8F\xBF\xBF ",
-- 10,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 16);
-- /* Edge test (fail): The value after the last valid UTF8-4 character (tail 3) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xF4\x90\x80\x80 ",
-- 16,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 8);
-- /* Edge test (fail): The first byte value the last valid UTF8-4 character */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x8A\x00\x00\x00\x00 \xF5\x90\x80\x80 ",
-- 16,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 7);
--
-- /*
-- ------------------------------------------------------------------------------
-- Unfinished UTF-8 sequence between fragmented text frame
-- ------------------------------------------------------------------------------
-- */
-- /* Regular test: UTF-8 sequence between fragments, no fragmentation for the caller */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x01\x8D\x00\x00\x00\x00" "This is my n"
-- "\xC3\x80\x83\x00\x00\x00\x00\xB6" "te",
-- 28,
-- "This is my n" "\xC3\xB6" "te",
-- 16,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 28);
-- /* Regular test: UTF-8 sequence between fragments, fragmentation for the caller, 1st call */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_WANT_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x01\x8D\x00\x00\x00\x00" "This is my n"
-- "\xC3\x80\x83\x00\x00\x00\x00\xB6" "te",
-- 28,
-- "This is my n",
-- 12,
-- MHD_WEBSOCKET_STATUS_TEXT_FIRST_FRAGMENT,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 19);
-- /* Regular test: UTF-8 sequence between fragments, fragmentation for the caller, 2nd call */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_WANT_FRAGMENTS,
-- 0,
-- 2,
-- 0,
-- "\x01\x8D\x00\x00\x00\x00" "This is my n"
-- "\xC3\x80\x83\x00\x00\x00\x00\xB6" "te",
-- 28,
-- "\xC3\xB6" "te",
-- 4,
-- MHD_WEBSOCKET_STATUS_TEXT_LAST_FRAGMENT,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 28);
-- /* Edge test (success): UTF-8 sequence between fragments, but nothing before, fragmentation for the caller, 1st call */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_WANT_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x01\x81\x00\x00\x00\x00\xC3\x80\x81\x00\x00\x00\x00\xB6",
-- 14,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_TEXT_FIRST_FRAGMENT,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 7);
-- /* Edge test (success): UTF-8 sequence between fragments, but nothing before, fragmentation for the caller, 2nd call */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_WANT_FRAGMENTS,
-- 0,
-- 2,
-- 0,
-- "\x01\x81\x00\x00\x00\x00\xC3\x80\x81\x00\x00\x00\x00\xB6",
-- 14,
-- "\xC3\xB6",
-- 2,
-- MHD_WEBSOCKET_STATUS_TEXT_LAST_FRAGMENT,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 14);
--
-- /*
-- ------------------------------------------------------------------------------
-- Decoding with broken stream
-- ------------------------------------------------------------------------------
-- */
-- /* Failure test: Invalid sequence */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\xFF\x81\x85\x00\x00\x00\x00" "Hello",
-- 12,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 0);
-- /* Failure test: Call after invalidated stream */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 2,
-- 0,
-- "\xFF\x81\x85\x00\x00\x00\x00" "Hello",
-- 12,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_STREAM_BROKEN,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 0);
-- /* Failure test: Call after invalidated stream (but with different buffer) */
-- {
-- struct MHD_WebSocketStream *ws;
-- if (MHD_WEBSOCKET_STATUS_OK == MHD_websocket_stream_init (&ws,
-- MHD_WEBSOCKET_FLAG_SERVER
-- |
-- MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0))
-- {
-- size_t streambuf_read_len = 0;
-- char *payload = NULL;
-- size_t payload_len = 0;
-- int ret = 0;
-- ret = MHD_websocket_decode (ws,
-- "\xFF",
-- 1,
-- &streambuf_read_len,
-- &payload,
-- &payload_len);
-- if (MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR != ret)
-- {
-- fprintf (stderr,
-- "Test failed in line %u: The return value should be -1, but is %d\n",
-- (unsigned int) __LINE__,
-- (int) ret);
-- ++failed;
-- }
-- else
-- {
-- ret = MHD_websocket_decode (ws,
-- "\x81\x85\x00\x00\x00\x00" "Hello",
-- 11,
-- &streambuf_read_len,
-- &payload,
-- &payload_len);
-- if (MHD_WEBSOCKET_STATUS_STREAM_BROKEN != ret)
-- {
-- fprintf (stderr,
-- "Test failed in line %u: The return value should be -2, but is %d\n",
-- (unsigned int) __LINE__,
-- (int) ret);
-- ++failed;
-- }
-- }
-- MHD_websocket_stream_free (ws);
-- }
-- else
-- {
-- fprintf (stderr,
-- "Individual test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- frame after close frame
-- ------------------------------------------------------------------------------
-- */
-- /* Regular test: Close frame */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x88\x80\x00\x00\x00\x00\x81\x85\x00\x00\x00\x00"
-- "Hello",
-- 17,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_CLOSE_FRAME,
-- MHD_WEBSOCKET_VALIDITY_ONLY_VALID_FOR_CONTROL_FRAMES,
-- 6);
-- /* Failure test: Text frame after close frame */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 2,
-- 0,
-- "\x88\x80\x00\x00\x00\x00\x81\x85\x00\x00\x00\x00"
-- "Hello",
-- 17,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 6);
-- /* Failure test: Binary frame after close frame */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 2,
-- 0,
-- "\x88\x80\x00\x00\x00\x00\x82\x85\x00\x00\x00\x00"
-- "Hello",
-- 17,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 6);
-- /* Failure test: Continue frame after close frame */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 2,
-- 0,
-- "\x88\x80\x00\x00\x00\x00\x80\x85\x00\x00\x00\x00"
-- "Hello",
-- 17,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 6);
-- /* Regular test: Ping frame after close frame */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 2,
-- 0,
-- "\x88\x80\x00\x00\x00\x00\x89\x85\x00\x00\x00\x00"
-- "Hello",
-- 17,
-- "Hello",
-- 5,
-- MHD_WEBSOCKET_STATUS_PING_FRAME,
-- MHD_WEBSOCKET_VALIDITY_ONLY_VALID_FOR_CONTROL_FRAMES,
-- 17);
-- /* Regular test: Pong frame after close frame */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 2,
-- 0,
-- "\x88\x80\x00\x00\x00\x00\x8A\x85\x00\x00\x00\x00"
-- "Hello",
-- 17,
-- "Hello",
-- 5,
-- MHD_WEBSOCKET_STATUS_PONG_FRAME,
-- MHD_WEBSOCKET_VALIDITY_ONLY_VALID_FOR_CONTROL_FRAMES,
-- 17);
-- /* Regular test: Close frame after close frame */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 2,
-- 0,
-- "\x88\x80\x00\x00\x00\x00\x88\x80\x00\x00\x00\x00",
-- 12,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_CLOSE_FRAME,
-- MHD_WEBSOCKET_VALIDITY_ONLY_VALID_FOR_CONTROL_FRAMES,
-- 12);
--
-- /*
-- ------------------------------------------------------------------------------
-- decoding byte-by-byte
-- ------------------------------------------------------------------------------
-- */
-- /* Regular test: Text frame, 2 bytes per loop, 1st call */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 2,
-- "\x81\x91\x01\x02\x04\x08" "Ujm{!kw(uja(ugw|/",
-- 23,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_OK,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 2);
-- /* Regular test: Text frame, 2 bytes per loop, 11th call */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 11,
-- 2,
-- "\x81\x91\x01\x02\x04\x08" "Ujm{!kw(uja(ugw|/",
-- 23,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_OK,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 22);
-- /* Regular test: Text frame, 2 bytes per loop, 12th call */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 12,
-- 2,
-- "\x81\x91\x01\x02\x04\x08" "Ujm{!kw(uja(ugw|/",
-- 23,
-- "This is the test.",
-- 17,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 23);
-- /* Regular test: Text frame, 1 byte per loop, 1st call */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 1,
-- "\x81\x91\x01\x02\x04\x08" "Ujm{!kw(uja(ugw|/",
-- 23,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_OK,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 1);
-- /* Regular test: Text frame, 1 byte per loop, 22nd call */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 22,
-- 1,
-- "\x81\x91\x01\x02\x04\x08" "Ujm{!kw(uja(ugw|/",
-- 23,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_OK,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 22);
-- /* Regular test: Text frame, 1 byte per loop, 23rd call */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 23,
-- 1,
-- "\x81\x91\x01\x02\x04\x08" "Ujm{!kw(uja(ugw|/",
-- 23,
-- "This is the test.",
-- 17,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 23);
--
-- /*
-- ------------------------------------------------------------------------------
-- mix of fragmented data frames and control frames
-- ------------------------------------------------------------------------------
-- */
-- /* Regular test: Fragmented text frame mixed with one ping frame (1st call) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x01\x85\x00\x00\x00\x00"
-- "This \x89\x80\x00\x00\x00\x00"
-- "\x80\x8C\x00\x00\x00\x00" "is the test.",
-- 35,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PING_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 17);
-- /* Regular test: Fragmented text frame mixed with one ping frame (2nd call) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 2,
-- 0,
-- "\x01\x85\x00\x00\x00\x00"
-- "This \x89\x80\x00\x00\x00\x00"
-- "\x80\x8C\x00\x00\x00\x00" "is the test.",
-- 35,
-- "This is the test.",
-- 17,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 35);
-- /* Regular test: Fragmented text frame mixed with one close frame (1st call) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x01\x85\x00\x00\x00\x00"
-- "This \x88\x80\x00\x00\x00\x00"
-- "\x80\x8C\x00\x00\x00\x00" "is the test.",
-- 35,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_CLOSE_FRAME,
-- MHD_WEBSOCKET_VALIDITY_ONLY_VALID_FOR_CONTROL_FRAMES,
-- 17);
-- /* Fail test: Fragmented text frame mixed with one ping frame (2nd call) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 2,
-- 0,
-- "\x01\x85\x00\x00\x00\x00"
-- "This \x88\x80\x00\x00\x00\x00"
-- "\x80\x8C\x00\x00\x00\x00" "is the test.",
-- 35,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 17);
-- /* Regular test: Fragmented text frame mixed with one ping frame, the caller wants fragments (1st call) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_WANT_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x01\x85\x00\x00\x00\x00"
-- "This \x89\x80\x00\x00\x00\x00"
-- "\x80\x8C\x00\x00\x00\x00" "is the test.",
-- 35,
-- "This ",
-- 5,
-- MHD_WEBSOCKET_STATUS_TEXT_FIRST_FRAGMENT,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 11);
-- /* Regular test: Fragmented text frame mixed with one ping frame, the caller wants fragments (2nd call) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_WANT_FRAGMENTS,
-- 0,
-- 2,
-- 0,
-- "\x01\x85\x00\x00\x00\x00"
-- "This \x89\x80\x00\x00\x00\x00"
-- "\x80\x8C\x00\x00\x00\x00" "is the test.",
-- 35,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PING_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 17);
-- /* Regular test: Fragmented text frame mixed with one ping frame, the caller wants fragments (3rd call) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_WANT_FRAGMENTS,
-- 0,
-- 3,
-- 0,
-- "\x01\x85\x00\x00\x00\x00"
-- "This \x89\x80\x00\x00\x00\x00"
-- "\x80\x8C\x00\x00\x00\x00" "is the test.",
-- 35,
-- "is the test.",
-- 12,
-- MHD_WEBSOCKET_STATUS_TEXT_LAST_FRAGMENT,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 35);
--
-- /*
-- ------------------------------------------------------------------------------
-- mix of fragmented data frames and data frames
-- ------------------------------------------------------------------------------
-- */
-- /* Fail test: Fragmented text frame mixed with one non-fragmented binary frame */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x01\x85\x00\x00\x00\x00"
-- "This \x82\x81\x00\x00\x00\x00"
-- "a\x80\x8C\x00\x00\x00\x00" "is the test.",
-- 36,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 11);
-- /* Regular test: Fragmented text frame mixed with one non-fragmented binary frame; the caller wants fragments; 1st call */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_WANT_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x01\x85\x00\x00\x00\x00"
-- "This \x82\x81\x00\x00\x00\x00"
-- "a\x80\x8C\x00\x00\x00\x00" "is the test.",
-- 36,
-- "This ",
-- 5,
-- MHD_WEBSOCKET_STATUS_TEXT_FIRST_FRAGMENT,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 11);
-- /* Fail test: Fragmented text frame mixed with one non-fragmented binary frame; the caller wants fragments; 2nd call */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_WANT_FRAGMENTS,
-- 0,
-- 2,
-- 0,
-- "\x01\x85\x00\x00\x00\x00"
-- "This \x82\x81\x00\x00\x00\x00"
-- "a\x80\x8C\x00\x00\x00\x00" "is the test.",
-- 36,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 11);
-- /* Fail test: Fragmented text frame mixed with one fragmented binary frame */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x01\x85\x00\x00\x00\x00"
-- "This \x02\x81\x00\x00\x00\x00"
-- "a\x80\x8C\x00\x00\x00\x00" "is the test.",
-- 36,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 11);
-- /* Fail test: Fragmented text frame, continue frame, non-fragmented binary frame */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x01\x85\x00\x00\x00\x00"
-- "This \x00\x8C\x00\x00\x00\x00"
-- "is the test.\x82\x81\x00\x00\x00\x00" "a",
-- 36,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 29);
-- /* Fail test: Fragmented text frame, continue frame, fragmented binary frame */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x01\x85\x00\x00\x00\x00"
-- "This \x00\x8C\x00\x00\x00\x00"
-- "is the test.\x02\x81\x00\x00\x00\x00" "a",
-- 36,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 29);
--
-- /*
-- ------------------------------------------------------------------------------
-- multiple data frames
-- ------------------------------------------------------------------------------
-- */
-- /* Regular test: Text frame, binary frame, text frame (1st call) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x81\x85\x00\x00\x00\x00"
-- "This \x82\x87\x00\x00\x00\x00"
-- "is the \x81\x85\x00\x00\x00\x00" "test.",
-- 35,
-- "This ",
-- 5,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 11);
-- /* Regular test: Text frame, binary frame, text frame (2nd call) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 2,
-- 0,
-- "\x81\x85\x00\x00\x00\x00"
-- "This \x82\x87\x00\x00\x00\x00"
-- "is the \x81\x85\x00\x00\x00\x00" "test.",
-- 35,
-- "is the ",
-- 7,
-- MHD_WEBSOCKET_STATUS_BINARY_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 24);
-- /* Regular test: Text frame, binary frame, text frame (3rd call) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 3,
-- 0,
-- "\x81\x85\x00\x00\x00\x00"
-- "This \x82\x87\x00\x00\x00\x00"
-- "is the \x81\x85\x00\x00\x00\x00" "test.",
-- 35,
-- "test.",
-- 5,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 35);
-- /*
-- ------------------------------------------------------------------------------
-- multiple control frames
-- ------------------------------------------------------------------------------
-- */
-- /* Regular test: Ping frame, pong frame, close frame (1st call) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- "\x89\x85\x00\x00\x00\x00"
-- "This \x8A\x87\x00\x00\x00\x00"
-- "is the \x88\x85\x00\x00\x00\x00" "test.",
-- 35,
-- "This ",
-- 5,
-- MHD_WEBSOCKET_STATUS_PING_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 11);
-- /* Regular test: Ping frame, pong frame, close frame (2nd call) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 2,
-- 0,
-- "\x89\x85\x00\x00\x00\x00"
-- "This \x8A\x87\x00\x00\x00\x00"
-- "is the \x88\x85\x00\x00\x00\x00" "test.",
-- 35,
-- "is the ",
-- 7,
-- MHD_WEBSOCKET_STATUS_PONG_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- 24);
-- /* Regular test: Ping frame, pong frame, close frame (3rd call) */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 3,
-- 0,
-- "\x89\x85\x00\x00\x00\x00"
-- "This \x8A\x87\x00\x00\x00\x00"
-- "is the \x88\x85\x00\x00\x00\x00" "test.",
-- 35,
-- "test.",
-- 5,
-- MHD_WEBSOCKET_STATUS_CLOSE_FRAME,
-- MHD_WEBSOCKET_VALIDITY_ONLY_VALID_FOR_CONTROL_FRAMES,
-- 35);
--
-- /*
-- ------------------------------------------------------------------------------
-- generated close frames for errors
-- ------------------------------------------------------------------------------
-- */
-- /* Regular test: Close frame generated for protocol error */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS
-- |
-- MHD_WEBSOCKET_FLAG_GENERATE_CLOSE_FRAMES_ON_ERROR,
-- 0,
-- 1,
-- 0,
-- "\xFF",
-- 1,
-- "\x88\x02\x03\xEA",
-- 4,
-- MHD_WEBSOCKET_STATUS_PROTOCOL_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 0);
-- /* Regular test: Close frame generated for UTF-8 sequence error */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS
-- |
-- MHD_WEBSOCKET_FLAG_GENERATE_CLOSE_FRAMES_ON_ERROR,
-- 0,
-- 1,
-- 0,
-- "\x81\x85\x00\x00\x00\x00T\xFFst.",
-- 11,
-- "\x88\x02\x03\xEF",
-- 4,
-- MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 7);
-- /* Regular test: Close frame generated for message size exceeded */
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS
-- |
-- MHD_WEBSOCKET_FLAG_GENERATE_CLOSE_FRAMES_ON_ERROR,
-- 3,
-- 1,
-- 0,
-- "\x81\x85\x00\x00\x00\x00T\xFFst.",
-- 11,
-- "\x88\x02\x03\xF1",
-- 4,
-- MHD_WEBSOCKET_STATUS_MAXIMUM_SIZE_EXCEEDED,
-- MHD_WEBSOCKET_VALIDITY_INVALID,
-- 2);
--
-- /*
-- ------------------------------------------------------------------------------
-- terminating NUL character
-- ------------------------------------------------------------------------------
-- */
-- {
-- struct MHD_WebSocketStream *ws;
-- if (MHD_WEBSOCKET_STATUS_OK == MHD_websocket_stream_init (&ws,
-- MHD_WEBSOCKET_FLAG_SERVER
-- |
-- MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0))
-- {
-- size_t streambuf_read_len = 0;
-- char *payload = NULL;
-- size_t payload_len = 0;
-- int ret = 0;
--
-- /* Regular test: text frame */
-- ret = MHD_websocket_decode (ws,
-- "\x81\x85\x00\x00\x00\x00" "Hello",
-- 11,
-- &streambuf_read_len,
-- &payload,
-- &payload_len);
-- if ((MHD_WEBSOCKET_STATUS_TEXT_FRAME != ret) ||
-- (5 != payload_len) ||
-- (NULL == payload) ||
-- (0 != memcmp ("Hello", payload, 5 + 1)))
-- {
-- fprintf (stderr,
-- "Decode test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != payload)
-- {
-- MHD_websocket_free (ws, payload);
-- payload = NULL;
-- }
--
-- /* Regular test: text frame fragment */
-- ret = MHD_websocket_decode (ws,
-- "\x01\x83\x00\x00\x00\x00"
-- "Hel\x80\x82\x00\x00\x00\x00" "lo",
-- 17,
-- &streambuf_read_len,
-- &payload,
-- &payload_len);
-- if ((MHD_WEBSOCKET_STATUS_TEXT_FRAME != ret) ||
-- (5 != payload_len) ||
-- (NULL == payload) ||
-- (0 != memcmp ("Hello", payload, 5 + 1)))
-- {
-- fprintf (stderr,
-- "Decode test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != payload)
-- {
-- MHD_websocket_free (ws, payload);
-- payload = NULL;
-- }
--
-- /* Regular test: binary frame */
-- ret = MHD_websocket_decode (ws,
-- "\x82\x85\x00\x00\x00\x00" "Hello",
-- 11,
-- &streambuf_read_len,
-- &payload,
-- &payload_len);
-- if ((MHD_WEBSOCKET_STATUS_BINARY_FRAME != ret) ||
-- (5 != payload_len) ||
-- (NULL == payload) ||
-- (0 != memcmp ("Hello", payload, 5 + 1)))
-- {
-- fprintf (stderr,
-- "Decode test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != payload)
-- {
-- MHD_websocket_free (ws, payload);
-- payload = NULL;
-- }
--
-- /* Regular test: binary frame fragment */
-- ret = MHD_websocket_decode (ws,
-- "\x02\x83\x00\x00\x00\x00"
-- "Hel\x80\x82\x00\x00\x00\x00" "lo",
-- 17,
-- &streambuf_read_len,
-- &payload,
-- &payload_len);
-- if ((MHD_WEBSOCKET_STATUS_BINARY_FRAME != ret) ||
-- (5 != payload_len) ||
-- (NULL == payload) ||
-- (0 != memcmp ("Hello", payload, 5 + 1)))
-- {
-- fprintf (stderr,
-- "Decode test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != payload)
-- {
-- MHD_websocket_free (ws, payload);
-- payload = NULL;
-- }
--
-- MHD_websocket_stream_free (ws);
-- }
-- else
-- {
-- fprintf (stderr,
-- "Individual decode test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- }
-- {
-- struct MHD_WebSocketStream *ws;
-- if (MHD_WEBSOCKET_STATUS_OK == MHD_websocket_stream_init (&ws,
-- MHD_WEBSOCKET_FLAG_SERVER
-- |
-- MHD_WEBSOCKET_FLAG_WANT_FRAGMENTS,
-- 0))
-- {
-- size_t streambuf_read_len = 0;
-- char *payload = NULL;
-- size_t payload_len = 0;
-- int ret = 0;
--
-- /* Regular test: text frame fragment (caller wants fragment, 1st call) */
-- ret = MHD_websocket_decode (ws,
-- "\x01\x83\x00\x00\x00\x00"
-- "Hel\x80\x82\x00\x00\x00\x00" "lo",
-- 17,
-- &streambuf_read_len,
-- &payload,
-- &payload_len);
-- if ((MHD_WEBSOCKET_STATUS_TEXT_FIRST_FRAGMENT != ret) ||
-- (3 != payload_len) ||
-- (NULL == payload) ||
-- (0 != memcmp ("Hel", payload, 3 + 1)))
-- {
-- fprintf (stderr,
-- "Decode test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != payload)
-- {
-- MHD_websocket_free (ws, payload);
-- payload = NULL;
-- }
--
-- /* Regular test: text frame fragment (caller wants fragment, 2nd call) */
-- ret = MHD_websocket_decode (ws,
-- "\x01\x83\x00\x00\x00\x00"
-- "Hel\x80\x82\x00\x00\x00\x00" "lo"
-- + streambuf_read_len,
-- 17 - streambuf_read_len,
-- &streambuf_read_len,
-- &payload,
-- &payload_len);
-- if ((MHD_WEBSOCKET_STATUS_TEXT_LAST_FRAGMENT != ret) ||
-- (2 != payload_len) ||
-- (NULL == payload) ||
-- (0 != memcmp ("lo", payload, 2 + 1)))
-- {
-- fprintf (stderr,
-- "Decode test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != payload)
-- {
-- MHD_websocket_free (ws, payload);
-- payload = NULL;
-- }
--
-- /* Regular test: text frame fragment with broken UTF-8 sequence (caller wants fragment, 1st call) */
-- ret = MHD_websocket_decode (ws,
-- "\x01\x83\x00\x00\x00\x00"
-- "He\xC3\x80\x82\x00\x00\x00\x00" "\xB6o",
-- 17,
-- &streambuf_read_len,
-- &payload,
-- &payload_len);
-- if ((MHD_WEBSOCKET_STATUS_TEXT_FIRST_FRAGMENT != ret) ||
-- (2 != payload_len) ||
-- (NULL == payload) ||
-- (0 != memcmp ("He", payload, 2 + 1)))
-- {
-- fprintf (stderr,
-- "Decode test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != payload)
-- {
-- MHD_websocket_free (ws, payload);
-- payload = NULL;
-- }
--
-- /* Regular test: text frame fragment with broken UTF-8 sequence (caller wants fragment, 2nd call) */
-- ret = MHD_websocket_decode (ws,
-- "\x01\x83\x00\x00\x00\x00"
-- "He\xC3\x80\x82\x00\x00\x00\x00" "\xB6o"
-- + streambuf_read_len,
-- 17 - streambuf_read_len,
-- &streambuf_read_len,
-- &payload,
-- &payload_len);
-- if ((MHD_WEBSOCKET_STATUS_TEXT_LAST_FRAGMENT != ret) ||
-- (3 != payload_len) ||
-- (NULL == payload) ||
-- (0 != memcmp ("\xC3\xB6o", payload, 3 + 1)))
-- {
-- fprintf (stderr,
-- "Decode test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != payload)
-- {
-- MHD_websocket_free (ws, payload);
-- payload = NULL;
-- }
--
-- MHD_websocket_stream_free (ws);
-- }
-- else
-- {
-- fprintf (stderr,
-- "Individual decode test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- }
--
--
-- /*
-- ------------------------------------------------------------------------------
-- invalid parameters
-- ------------------------------------------------------------------------------
-- */
-- {
-- struct MHD_WebSocketStream *ws;
-- if (MHD_WEBSOCKET_STATUS_OK == MHD_websocket_stream_init (&ws,
-- MHD_WEBSOCKET_FLAG_SERVER
-- |
-- MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0))
-- {
-- size_t streambuf_read_len = 0;
-- char *payload = NULL;
-- size_t payload_len = 0;
-- int ret = 0;
--
-- /* Failure test: `ws` is NULL */
-- payload = (char *) (uintptr_t) 0xBAADF00D;
-- payload_len = 0x87654321;
-- streambuf_read_len = 1000;
-- ret = MHD_websocket_decode (NULL,
-- "\x81\x85\x00\x00\x00\x00Hello",
-- 11,
-- &streambuf_read_len,
-- &payload,
-- &payload_len);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (NULL != payload) ||
-- (0 != payload_len) ||
-- (0 != streambuf_read_len) ||
-- (MHD_WEBSOCKET_VALIDITY_VALID != MHD_websocket_stream_is_valid (ws)))
-- {
-- fprintf (stderr,
-- "Decode test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == payload)
-- {
-- payload = NULL;
-- }
-- if (NULL != payload)
-- {
-- MHD_websocket_free (ws, payload);
-- }
-- /* Failure test: `buf` is NULL, while `buf_len` != 0 */
-- payload = (char *) (uintptr_t) 0xBAADF00D;
-- payload_len = 0x87654321;
-- streambuf_read_len = 1000;
-- ret = MHD_websocket_decode (ws,
-- NULL,
-- 11,
-- &streambuf_read_len,
-- &payload,
-- &payload_len);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (NULL != payload) ||
-- (0 != payload_len) ||
-- (0 != streambuf_read_len) ||
-- (MHD_WEBSOCKET_VALIDITY_VALID != MHD_websocket_stream_is_valid (ws)))
-- {
-- fprintf (stderr,
-- "Decode test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == payload)
-- {
-- payload = NULL;
-- }
-- if (NULL != payload)
-- {
-- MHD_websocket_free (ws, payload);
-- }
-- /* Failure test: `streambuf_read_len` is NULL */
-- payload = (char *) (uintptr_t) 0xBAADF00D;
-- payload_len = 0x87654321;
-- ret = MHD_websocket_decode (ws,
-- "\x81\x85\x00\x00\x00\x00Hello",
-- 11,
-- NULL,
-- &payload,
-- &payload_len);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (NULL != payload) ||
-- (0 != payload_len) ||
-- (MHD_WEBSOCKET_VALIDITY_VALID != MHD_websocket_stream_is_valid (ws)))
-- {
-- fprintf (stderr,
-- "Decode test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == payload)
-- {
-- payload = NULL;
-- }
-- if (NULL != payload)
-- {
-- MHD_websocket_free (ws, payload);
-- }
-- /* Failure test: `payload` is NULL */
-- payload_len = 0x87654321;
-- streambuf_read_len = 1000;
-- ret = MHD_websocket_decode (ws,
-- "\x81\x85\x00\x00\x00\x00Hello",
-- 11,
-- &streambuf_read_len,
-- NULL,
-- &payload_len);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (0 != payload_len) ||
-- (0 != streambuf_read_len) ||
-- (MHD_WEBSOCKET_VALIDITY_VALID != MHD_websocket_stream_is_valid (ws)))
-- {
-- fprintf (stderr,
-- "Decode test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Failure test: `payload_len` is NULL */
-- payload = (char *) (uintptr_t) 0xBAADF00D;
-- streambuf_read_len = 1000;
-- ret = MHD_websocket_decode (ws,
-- "\x81\x85\x00\x00\x00\x00Hello",
-- 11,
-- &streambuf_read_len,
-- &payload,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (NULL != payload) ||
-- (0 != streambuf_read_len) ||
-- (MHD_WEBSOCKET_VALIDITY_VALID != MHD_websocket_stream_is_valid (ws)))
-- {
-- fprintf (stderr,
-- "Decode test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == payload)
-- {
-- payload = NULL;
-- }
-- if (NULL != payload)
-- {
-- MHD_websocket_free (ws, payload);
-- }
-- /* Regular test: `buf` is NULL and `buf_len` is 0 */
-- payload = (char *) (uintptr_t) 0xBAADF00D;
-- payload_len = 0x87654321;
-- streambuf_read_len = 1000;
-- ret = MHD_websocket_decode (ws,
-- NULL,
-- 0,
-- &streambuf_read_len,
-- &payload,
-- &payload_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (NULL != payload) ||
-- (0 != payload_len) ||
-- (0 != streambuf_read_len) ||
-- (MHD_WEBSOCKET_VALIDITY_VALID != MHD_websocket_stream_is_valid (ws)))
-- {
-- fprintf (stderr,
-- "Decode test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == payload)
-- {
-- payload = NULL;
-- }
-- if (NULL != payload)
-- {
-- MHD_websocket_free (ws, payload);
-- }
-- /* Regular test: `buf` is not NULL and `buf_len` is 0 */
-- payload = (char *) (uintptr_t) 0xBAADF00D;
-- payload_len = 0x87654321;
-- streambuf_read_len = 1000;
-- ret = MHD_websocket_decode (ws,
-- "\x81\x85\x00\x00\x00\x00Hello",
-- 0,
-- &streambuf_read_len,
-- &payload,
-- &payload_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (NULL != payload) ||
-- (0 != payload_len) ||
-- (0 != streambuf_read_len) ||
-- (MHD_WEBSOCKET_VALIDITY_VALID != MHD_websocket_stream_is_valid (ws)))
-- {
-- fprintf (stderr,
-- "Decode test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == payload)
-- {
-- payload = NULL;
-- }
-- if (NULL != payload)
-- {
-- MHD_websocket_free (ws, payload);
-- }
--
-- MHD_websocket_stream_free (ws);
-- }
-- else
-- {
-- fprintf (stderr,
-- "Parameter decode tests failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- validity after temporary out-of-memory
-- ------------------------------------------------------------------------------
-- */
-- {
-- struct MHD_WebSocketStream *ws;
-- if (MHD_WEBSOCKET_STATUS_OK == MHD_websocket_stream_init2 (&ws,
-- MHD_WEBSOCKET_FLAG_SERVER
-- |
-- MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- test_malloc,
-- test_realloc,
-- test_free,
-- NULL,
-- NULL))
-- {
-- size_t streambuf_read_len = 0;
-- char *payload = NULL;
-- size_t payload_len = 0;
-- int ret = 0;
--
-- /* Failure test: No memory allocation at the start */
-- disable_alloc = 1;
-- payload = (char *) (uintptr_t) 0xBAADF00D;
-- payload_len = 0x87654321;
-- streambuf_read_len = 1000;
-- ret = MHD_websocket_decode (ws,
-- "\x81\x85\x00\x00\x00\x00Hello",
-- 11,
-- &streambuf_read_len,
-- &payload,
-- &payload_len);
-- if ((MHD_WEBSOCKET_STATUS_MEMORY_ERROR != ret) ||
-- (NULL != payload) ||
-- (0 != payload_len) ||
-- (1000 == streambuf_read_len) ||
-- (MHD_WEBSOCKET_VALIDITY_VALID != MHD_websocket_stream_is_valid (ws)))
-- {
-- fprintf (stderr,
-- "Decode test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == payload)
-- {
-- payload = NULL;
-- }
-- if (NULL != payload)
-- {
-- MHD_websocket_free (ws, payload);
-- }
-- MHD_websocket_stream_free (ws);
-- if (MHD_WEBSOCKET_STATUS_OK == MHD_websocket_stream_init2 (&ws,
-- MHD_WEBSOCKET_FLAG_SERVER
-- |
-- MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- test_malloc,
-- test_realloc,
-- test_free,
-- NULL,
-- NULL))
-- {
-- /* Failure test: No memory allocation after fragmented frame */
-- disable_alloc = 0;
-- payload = (char *) (uintptr_t) 0xBAADF00D;
-- payload_len = 0x87654321;
-- streambuf_read_len = 1000;
-- ret = MHD_websocket_decode (ws,
-- "\x01\x83\x00\x00\x00\x00" "Hel",
-- 9,
-- &streambuf_read_len,
-- &payload,
-- &payload_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (NULL != payload) ||
-- (0 != payload_len) ||
-- (9 != streambuf_read_len) ||
-- (MHD_WEBSOCKET_VALIDITY_VALID != MHD_websocket_stream_is_valid (
-- ws)))
-- {
-- fprintf (stderr,
-- "Decode test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == payload)
-- {
-- payload = NULL;
-- }
-- if (NULL != payload)
-- {
-- MHD_websocket_free (ws, payload);
-- }
-- disable_alloc = 1;
-- payload = (char *) (uintptr_t) 0xBAADF00D;
-- payload_len = 0x87654321;
-- streambuf_read_len = 1000;
-- ret = MHD_websocket_decode (ws,
-- "\x80\x82\x00\x00\x00\x00" "lo",
-- 8,
-- &streambuf_read_len,
-- &payload,
-- &payload_len);
-- if ((MHD_WEBSOCKET_STATUS_MEMORY_ERROR != ret) ||
-- (NULL != payload) ||
-- (0 != payload_len) ||
-- (1000 == streambuf_read_len) ||
-- (MHD_WEBSOCKET_VALIDITY_VALID != MHD_websocket_stream_is_valid (
-- ws)))
-- {
-- fprintf (stderr,
-- "Decode test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == payload)
-- {
-- payload = NULL;
-- }
-- if (NULL != payload)
-- {
-- MHD_websocket_free (ws, payload);
-- }
-- /* Regular test: Success after memory allocation ok again */
-- /* (streambuf_read_len may not be overwritten for this test) */
-- disable_alloc = 0;
-- payload = (char *) (uintptr_t) 0xBAADF00D;
-- payload_len = 0x87654321;
-- size_t old_streambuf_read_len = streambuf_read_len;
-- ret = MHD_websocket_decode (ws,
-- "\x80\x82\x00\x00\x00\x00lo"
-- + old_streambuf_read_len,
-- 8 - old_streambuf_read_len,
-- &streambuf_read_len,
-- &payload,
-- &payload_len);
-- if ((MHD_WEBSOCKET_STATUS_TEXT_FRAME != ret) ||
-- (NULL == payload) ||
-- (5 != payload_len) ||
-- (8 != streambuf_read_len + old_streambuf_read_len) ||
-- (MHD_WEBSOCKET_VALIDITY_VALID != MHD_websocket_stream_is_valid (
-- ws)) ||
-- (0 != memcmp ("Hello", payload, 5)))
-- {
-- fprintf (stderr,
-- "Decode test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == payload)
-- {
-- payload = NULL;
-- }
-- if (NULL != payload)
-- {
-- MHD_websocket_free (ws, payload);
-- }
--
-- MHD_websocket_stream_free (ws);
-- }
-- else
-- {
-- fprintf (stderr,
-- "Memory decode test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- }
-- else
-- {
-- fprintf (stderr,
-- "Memory decode tests failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- memory leak test, when freeing while decoding
-- ------------------------------------------------------------------------------
-- */
-- {
-- disable_alloc = 0;
-- struct MHD_WebSocketStream *ws;
-- size_t streambuf_read_len = 0;
-- char *payload = NULL;
-- size_t payload_len = 0;
-- int ret = 0;
--
-- /* Regular test: Free while decoding of data frame */
-- open_allocs = 0;
-- if (MHD_WEBSOCKET_STATUS_OK == MHD_websocket_stream_init2 (&ws,
-- MHD_WEBSOCKET_FLAG_SERVER
-- |
-- MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- test_malloc,
-- test_realloc,
-- test_free,
-- NULL,
-- NULL))
-- {
-- ret = MHD_websocket_decode (ws,
-- "\x81\x85\x00\x00\x00\x00Hel",
-- 9,
-- &streambuf_read_len,
-- &payload,
-- &payload_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (0 != payload_len) ||
-- (NULL != payload) ||
-- (9 != streambuf_read_len) )
-- {
-- fprintf (stderr,
-- "Memory decode test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- ret = MHD_websocket_stream_free (ws);
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "Memory decode test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (0 != open_allocs)
-- {
-- fprintf (stderr,
-- "Memory decode test failed in line %u (memory leak detected)\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- }
-- else
-- {
-- fprintf (stderr,
-- "Memory test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
--
-- /* Regular test: Free while decoding of control frame */
-- open_allocs = 0;
-- if (MHD_WEBSOCKET_STATUS_OK == MHD_websocket_stream_init2 (&ws,
-- MHD_WEBSOCKET_FLAG_SERVER
-- |
-- MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- test_malloc,
-- test_realloc,
-- test_free,
-- NULL,
-- NULL))
-- {
-- ret = MHD_websocket_decode (ws,
-- "\x88\x85\x00\x00\x00\x00Hel",
-- 9,
-- &streambuf_read_len,
-- &payload,
-- &payload_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (0 != payload_len) ||
-- (NULL != payload) ||
-- (9 != streambuf_read_len) )
-- {
-- fprintf (stderr,
-- "Memory decode test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- ret = MHD_websocket_stream_free (ws);
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "Memory decode test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (0 != open_allocs)
-- {
-- fprintf (stderr,
-- "Memory decode test failed in line %u (memory leak detected)\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- }
-- else
-- {
-- fprintf (stderr,
-- "Memory test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
--
-- /* Regular test: Free while decoding of fragmented data frame */
-- open_allocs = 0;
-- if (MHD_WEBSOCKET_STATUS_OK == MHD_websocket_stream_init2 (&ws,
-- MHD_WEBSOCKET_FLAG_SERVER
-- |
-- MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- test_malloc,
-- test_realloc,
-- test_free,
-- NULL,
-- NULL))
-- {
-- ret = MHD_websocket_decode (ws,
-- "\x01\x85\x00\x00\x00\x00Hello",
-- 11,
-- &streambuf_read_len,
-- &payload,
-- &payload_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (0 != payload_len) ||
-- (NULL != payload) ||
-- (11 != streambuf_read_len) )
-- {
-- fprintf (stderr,
-- "Memory decode test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- ret = MHD_websocket_stream_free (ws);
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "Memory decode test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (0 != open_allocs)
-- {
-- fprintf (stderr,
-- "Memory decode test failed in line %u (memory leak detected)\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- }
-- else
-- {
-- fprintf (stderr,
-- "Memory test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Regular test: Free while decoding of continued fragmented data frame */
-- open_allocs = 0;
-- if (MHD_WEBSOCKET_STATUS_OK == MHD_websocket_stream_init2 (&ws,
-- MHD_WEBSOCKET_FLAG_SERVER
-- |
-- MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- test_malloc,
-- test_realloc,
-- test_free,
-- NULL,
-- NULL))
-- {
-- ret = MHD_websocket_decode (ws,
-- "\x01\x85\x00\x00\x00\x00Hello",
-- 11,
-- &streambuf_read_len,
-- &payload,
-- &payload_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (0 != payload_len) ||
-- (NULL != payload) ||
-- (11 != streambuf_read_len) )
-- {
-- fprintf (stderr,
-- "Memory decode test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- ret = MHD_websocket_decode (ws,
-- "\x80\x85\x00\x00\x00\x00Hel",
-- 9,
-- &streambuf_read_len,
-- &payload,
-- &payload_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (0 != payload_len) ||
-- (NULL != payload) ||
-- (9 != streambuf_read_len) )
-- {
-- fprintf (stderr,
-- "Memory decode test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- ret = MHD_websocket_stream_free (ws);
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "Memory decode test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (0 != open_allocs)
-- {
-- fprintf (stderr,
-- "Memory decode test failed in line %u (memory leak detected)\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- }
-- else
-- {
-- fprintf (stderr,
-- "Memory test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Regular test: Free while decoding of control frame during fragmented data frame */
-- open_allocs = 0;
-- if (MHD_WEBSOCKET_STATUS_OK == MHD_websocket_stream_init2 (&ws,
-- MHD_WEBSOCKET_FLAG_SERVER
-- |
-- MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- test_malloc,
-- test_realloc,
-- test_free,
-- NULL,
-- NULL))
-- {
-- ret = MHD_websocket_decode (ws,
-- "\x01\x85\x00\x00\x00\x00Hello",
-- 11,
-- &streambuf_read_len,
-- &payload,
-- &payload_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (0 != payload_len) ||
-- (NULL != payload) ||
-- (11 != streambuf_read_len) )
-- {
-- fprintf (stderr,
-- "Memory decode test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- ret = MHD_websocket_decode (ws,
-- "\x88\x85\x00\x00\x00\x00Hel",
-- 9,
-- &streambuf_read_len,
-- &payload,
-- &payload_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (0 != payload_len) ||
-- (NULL != payload) ||
-- (9 != streambuf_read_len) )
-- {
-- fprintf (stderr,
-- "Memory decode test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- ret = MHD_websocket_stream_free (ws);
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "Memory decode test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (0 != open_allocs)
-- {
-- fprintf (stderr,
-- "Memory decode test failed in line %u (memory leak detected)\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- }
-- else
-- {
-- fprintf (stderr,
-- "Memory test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- }
--
-- if (NULL != buf1)
-- {
-- free (buf1);
-- buf1 = NULL;
-- }
-- if (NULL != buf2)
-- {
-- free (buf2);
-- buf2 = NULL;
-- }
-- return failed != 0 ? 0x04 : 0x00;
--}
--
--
--/**
-- * Test procedure for `MHD_websocket_encode_text()`
-- */
--int
--test_encodes_text ()
--{
-- int failed = 0;
-- struct MHD_WebSocketStream *wss;
-- struct MHD_WebSocketStream *wsc;
-- int ret;
-- char *buf1 = NULL, *buf2 = NULL;
-- char *frame = NULL;
-- size_t frame_len = 0;
-- int utf8_step = 0;
--
-- if (MHD_WEBSOCKET_STATUS_OK != MHD_websocket_stream_init2 (&wsc,
-- MHD_WEBSOCKET_FLAG_CLIENT,
-- 0,
-- malloc,
-- realloc,
-- free,
-- NULL,
-- test_rng))
-- {
-- fprintf (stderr,
-- "No encode text tests possible due to failed stream init in line %u\n",
-- (unsigned int) __LINE__);
-- return 0x08;
-- }
-- if (MHD_WEBSOCKET_STATUS_OK != MHD_websocket_stream_init (&wss,
-- MHD_WEBSOCKET_FLAG_SERVER,
-- 0))
-- {
-- fprintf (stderr,
-- "No encode text tests possible due to failed stream init in line %u\n",
-- (unsigned int) __LINE__);
-- if (NULL != wsc)
-- MHD_websocket_stream_free (wsc);
-- return 0x08;
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- Encoding
-- ------------------------------------------------------------------------------
-- */
-- /* Regular test: Some data without UTF-8, we are server */
-- ret = MHD_websocket_encode_text (wss,
-- "blablabla",
-- 9,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (11 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x81\x09" "blablabla", 11)))
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: Some data without UTF-8, we are client */
-- ret = MHD_websocket_encode_text (wsc,
-- "blablabla",
-- 9,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (15 != frame_len) ||
-- (NULL == frame) )
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- else
-- {
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- frame,
-- frame_len,
-- "blablabla",
-- 9,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- frame_len);
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wsc, frame);
-- frame = NULL;
-- }
-- /* Regular test: Some data with UTF-8, we are server */
-- ret = MHD_websocket_encode_text (wss,
-- "bla" "\xC3\xA4" "blabla",
-- 11,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (13 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x81\x0B" "bla" "\xC3\xA4" "blabla", 13)))
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: Some data with UTF-8, we are client */
-- ret = MHD_websocket_encode_text (wsc,
-- "bla" "\xC3\xA4" "blabla",
-- 11,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (17 != frame_len) ||
-- (NULL == frame) )
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- else
-- {
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- frame,
-- frame_len,
-- "bla" "\xC3\xA4" "blabla",
-- 11,
-- MHD_WEBSOCKET_STATUS_TEXT_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- frame_len);
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wsc, frame);
-- frame = NULL;
-- }
-- /* Edge test (success): Some data with NUL characters, we are server */
-- ret = MHD_websocket_encode_text (wss,
-- "bla" "\0\0\0" "bla",
-- 9,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (11 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x81\x09" "bla" "\0\0\0" "bla", 11)))
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Fail test: Some data with broken UTF-8, we are server */
-- ret = MHD_websocket_encode_text (wss,
-- "bla" "\xC3" "blabla",
-- 10,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR != ret) ||
-- (0 != frame_len) ||
-- (NULL != frame) )
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- Fragmentation
-- ------------------------------------------------------------------------------
-- */
-- /* Regular test: Some data without UTF-8 */
-- ret = MHD_websocket_encode_text (wss,
-- "blablabla",
-- 9,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len,
-- &utf8_step);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (11 != frame_len) ||
-- (NULL == frame) ||
-- (MHD_WEBSOCKET_UTF8STEP_NORMAL != utf8_step) ||
-- (0 != memcmp (frame, "\x81\x09" "blablabla", 11)))
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: First fragment without UTF-8 */
-- ret = MHD_websocket_encode_text (wss,
-- "blablabla",
-- 9,
-- MHD_WEBSOCKET_FRAGMENTATION_FIRST,
-- &frame,
-- &frame_len,
-- &utf8_step);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (11 != frame_len) ||
-- (NULL == frame) ||
-- (MHD_WEBSOCKET_UTF8STEP_NORMAL != utf8_step) ||
-- (0 != memcmp (frame, "\x01\x09" "blablabla", 11)))
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: Middle fragment without UTF-8 */
-- ret = MHD_websocket_encode_text (wss,
-- "blablabla",
-- 9,
-- MHD_WEBSOCKET_FRAGMENTATION_FOLLOWING,
-- &frame,
-- &frame_len,
-- &utf8_step);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (11 != frame_len) ||
-- (NULL == frame) ||
-- (MHD_WEBSOCKET_UTF8STEP_NORMAL != utf8_step) ||
-- (0 != memcmp (frame, "\x00\x09" "blablabla", 11)))
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: Last fragment without UTF-8 */
-- ret = MHD_websocket_encode_text (wss,
-- "blablabla",
-- 9,
-- MHD_WEBSOCKET_FRAGMENTATION_LAST,
-- &frame,
-- &frame_len,
-- &utf8_step);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (11 != frame_len) ||
-- (NULL == frame) ||
-- (MHD_WEBSOCKET_UTF8STEP_NORMAL != utf8_step) ||
-- (0 != memcmp (frame, "\x80\x09" "blablabla", 11)))
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Edge test (success): First fragment with UTF-8 on the edge */
-- ret = MHD_websocket_encode_text (wss,
-- "blablabl\xC3",
-- 9,
-- MHD_WEBSOCKET_FRAGMENTATION_FIRST,
-- &frame,
-- &frame_len,
-- &utf8_step);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (11 != frame_len) ||
-- (NULL == frame) ||
-- (MHD_WEBSOCKET_UTF8STEP_UTF2TAIL_1OF1 != utf8_step) ||
-- (0 != memcmp (frame, "\x01\x09" "blablabl\xC3", 11)))
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Edge test (success): Last fragment with UTF-8 on the edge */
-- ret = MHD_websocket_encode_text (wss,
-- "\xA4" "blablabla",
-- 10,
-- MHD_WEBSOCKET_FRAGMENTATION_LAST,
-- &frame,
-- &frame_len,
-- &utf8_step);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (12 != frame_len) ||
-- (NULL == frame) ||
-- (MHD_WEBSOCKET_UTF8STEP_NORMAL != utf8_step) ||
-- (0 != memcmp (frame, "\x80\x0A" "\xA4" "blablabla", 12)))
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Fail test: Last fragment with UTF-8 on the edge (here with wrong old utf8_step) */
-- utf8_step = MHD_WEBSOCKET_UTF8STEP_NORMAL;
-- ret = MHD_websocket_encode_text (wss,
-- "\xA4" "blablabla",
-- 10,
-- MHD_WEBSOCKET_FRAGMENTATION_LAST,
-- &frame,
-- &frame_len,
-- &utf8_step);
-- if ((MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR != ret) ||
-- (0 != frame_len) ||
-- (NULL != frame) ||
-- (MHD_WEBSOCKET_UTF8STEP_NORMAL != utf8_step) )
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: Last fragment with UTF-8 on the edge for UTF2TAIL_1OF1 */
-- utf8_step = MHD_WEBSOCKET_UTF8STEP_UTF2TAIL_1OF1;
-- ret = MHD_websocket_encode_text (wss,
-- "\xA4" "blablabla",
-- 10,
-- MHD_WEBSOCKET_FRAGMENTATION_LAST,
-- &frame,
-- &frame_len,
-- &utf8_step);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (12 != frame_len) ||
-- (NULL == frame) ||
-- (MHD_WEBSOCKET_UTF8STEP_NORMAL != utf8_step) ||
-- (0 != memcmp (frame, "\x80\x0A" "\xA4" "blablabla", 12)))
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: Last fragment with UTF-8 on the edge for UTF3TAIL1_1OF2 */
-- utf8_step = MHD_WEBSOCKET_UTF8STEP_UTF3TAIL1_1OF2;
-- ret = MHD_websocket_encode_text (wss,
-- "\xA0\x80" "blablabla",
-- 11,
-- MHD_WEBSOCKET_FRAGMENTATION_LAST,
-- &frame,
-- &frame_len,
-- &utf8_step);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (13 != frame_len) ||
-- (NULL == frame) ||
-- (MHD_WEBSOCKET_UTF8STEP_NORMAL != utf8_step) ||
-- (0 != memcmp (frame, "\x80\x0B" "\xA0\x80" "blablabla", 13)))
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: Last fragment with UTF-8 on the edge for UTF3TAIL2_1OF2 */
-- utf8_step = MHD_WEBSOCKET_UTF8STEP_UTF3TAIL2_1OF2;
-- ret = MHD_websocket_encode_text (wss,
-- "\x80\x80" "blablabla",
-- 11,
-- MHD_WEBSOCKET_FRAGMENTATION_LAST,
-- &frame,
-- &frame_len,
-- &utf8_step);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (13 != frame_len) ||
-- (NULL == frame) ||
-- (MHD_WEBSOCKET_UTF8STEP_NORMAL != utf8_step) ||
-- (0 != memcmp (frame, "\x80\x0B" "\x80\x80" "blablabla", 13)))
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: Last fragment with UTF-8 on the edge for UTF3TAIL_1OF2 */
-- utf8_step = MHD_WEBSOCKET_UTF8STEP_UTF3TAIL_1OF2;
-- ret = MHD_websocket_encode_text (wss,
-- "\x80\x80" "blablabla",
-- 11,
-- MHD_WEBSOCKET_FRAGMENTATION_LAST,
-- &frame,
-- &frame_len,
-- &utf8_step);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (13 != frame_len) ||
-- (NULL == frame) ||
-- (MHD_WEBSOCKET_UTF8STEP_NORMAL != utf8_step) ||
-- (0 != memcmp (frame, "\x80\x0B" "\x80\x80" "blablabla", 13)))
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: Last fragment with UTF-8 on the edge for UTF3TAIL_2OF2 */
-- utf8_step = MHD_WEBSOCKET_UTF8STEP_UTF3TAIL_2OF2;
-- ret = MHD_websocket_encode_text (wss,
-- "\x80" " blablabla",
-- 11,
-- MHD_WEBSOCKET_FRAGMENTATION_LAST,
-- &frame,
-- &frame_len,
-- &utf8_step);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (13 != frame_len) ||
-- (NULL == frame) ||
-- (MHD_WEBSOCKET_UTF8STEP_NORMAL != utf8_step) ||
-- (0 != memcmp (frame, "\x80\x0B" "\x80" " blablabla", 13)))
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: Last fragment with UTF-8 on the edge for UTF4TAIL1_1OF3 */
-- utf8_step = MHD_WEBSOCKET_UTF8STEP_UTF4TAIL1_1OF3;
-- ret = MHD_websocket_encode_text (wss,
-- "\x90\x80\x80" "blablabla",
-- 12,
-- MHD_WEBSOCKET_FRAGMENTATION_LAST,
-- &frame,
-- &frame_len,
-- &utf8_step);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (14 != frame_len) ||
-- (NULL == frame) ||
-- (MHD_WEBSOCKET_UTF8STEP_NORMAL != utf8_step) ||
-- (0 != memcmp (frame, "\x80\x0C" "\x90\x80\x80" "blablabla", 14)))
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: Last fragment with UTF-8 on the edge for UTF4TAIL2_1OF3 */
-- utf8_step = MHD_WEBSOCKET_UTF8STEP_UTF4TAIL2_1OF3;
-- ret = MHD_websocket_encode_text (wss,
-- "\x80\x80\x80" "blablabla",
-- 12,
-- MHD_WEBSOCKET_FRAGMENTATION_LAST,
-- &frame,
-- &frame_len,
-- &utf8_step);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (14 != frame_len) ||
-- (NULL == frame) ||
-- (MHD_WEBSOCKET_UTF8STEP_NORMAL != utf8_step) ||
-- (0 != memcmp (frame, "\x80\x0C" "\x80\x80\x80" "blablabla", 14)))
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: Last fragment with UTF-8 on the edge for UTF4TAIL_1OF3 */
-- utf8_step = MHD_WEBSOCKET_UTF8STEP_UTF4TAIL_1OF3;
-- ret = MHD_websocket_encode_text (wss,
-- "\x80\x80\x80" "blablabla",
-- 12,
-- MHD_WEBSOCKET_FRAGMENTATION_LAST,
-- &frame,
-- &frame_len,
-- &utf8_step);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (14 != frame_len) ||
-- (NULL == frame) ||
-- (MHD_WEBSOCKET_UTF8STEP_NORMAL != utf8_step) ||
-- (0 != memcmp (frame, "\x80\x0C" "\x80\x80\x80" "blablabla", 14)))
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: Last fragment with UTF-8 on the edge for UTF4TAIL_2OF3 */
-- utf8_step = MHD_WEBSOCKET_UTF8STEP_UTF4TAIL_2OF3;
-- ret = MHD_websocket_encode_text (wss,
-- "\x80\x80" " blablabla",
-- 12,
-- MHD_WEBSOCKET_FRAGMENTATION_LAST,
-- &frame,
-- &frame_len,
-- &utf8_step);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (14 != frame_len) ||
-- (NULL == frame) ||
-- (MHD_WEBSOCKET_UTF8STEP_NORMAL != utf8_step) ||
-- (0 != memcmp (frame, "\x80\x0C" "\x80\x80" " blablabla", 14)))
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: Last fragment with UTF-8 on the edge for UTF4TAIL_3OF3 */
-- utf8_step = MHD_WEBSOCKET_UTF8STEP_UTF4TAIL_3OF3;
-- ret = MHD_websocket_encode_text (wss,
-- "\x80" " blablabla",
-- 12,
-- MHD_WEBSOCKET_FRAGMENTATION_LAST,
-- &frame,
-- &frame_len,
-- &utf8_step);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (14 != frame_len) ||
-- (NULL == frame) ||
-- (MHD_WEBSOCKET_UTF8STEP_NORMAL != utf8_step) ||
-- (0 != memcmp (frame, "\x80\x0C" "\x80" " blablabla", 14)))
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- Length checks
-- ------------------------------------------------------------------------------
-- */
-- /* Edge test (success): Text frame without data */
-- ret = MHD_websocket_encode_text (wss,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (2 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x81\x00", 2)))
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Edge test (success): Text frame with 1 byte of data */
-- ret = MHD_websocket_encode_text (wss,
-- "a",
-- 1,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (3 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x81\x01" "a", 3)))
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Edge test (success): Text frame with 125 bytes of data */
-- ret = MHD_websocket_encode_text (wss,
-- "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789_-abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ012345678",
-- 125,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (127 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x81\x7D"
-- "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789_-abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ012345678",
-- 127)))
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Edge test (success): Text frame with 126 bytes of data */
-- ret = MHD_websocket_encode_text (wss,
-- "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789_-abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789",
-- 126,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (130 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x81\x7E\x00\x7E"
-- "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789_-abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789",
-- 130)))
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Edge test (success): Text frame with 65535 bytes of data */
-- allocate_length_test_data (&buf1,
-- &buf2,
-- 65535,
-- "\x81\x7E\xFF\xFF",
-- 4);
-- ret = MHD_websocket_encode_text (wss,
-- buf2,
-- 65535,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (65535 + 4 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, buf1, 65535 + 4)))
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Edge test (success): Text frame with 65536 bytes of data */
-- allocate_length_test_data (&buf1,
-- &buf2,
-- 65536,
-- "\x81\x7F\x00\x00\x00\x00\x00\x01\x00\x00",
-- 10);
-- ret = MHD_websocket_encode_text (wss,
-- buf2,
-- 65536,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (65536 + 10 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, buf1, 65536 + 10)))
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: Text frame with 100 MB of data */
-- allocate_length_test_data (&buf1,
-- &buf2,
-- 104857600,
-- "\x81\x7F\x00\x00\x00\x00\x06\x40\x00\x00",
-- 10);
-- ret = MHD_websocket_encode_text (wss,
-- buf2,
-- 104857600,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (104857600 + 10 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, buf1, 104857600 + 10)))
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- if (NULL != buf1)
-- {
-- free (buf1);
-- buf1 = NULL;
-- }
-- if (NULL != buf2)
-- {
-- free (buf2);
-- buf2 = NULL;
-- }
--#ifdef ENABLE_64BIT_TESTS
-- /* Fail test: frame_len is greater than 0x7FFFFFFFFFFFFFFF
-- (this is the maximum allowed payload size) */
-- frame_len = 0;
-- ret = MHD_websocket_encode_text (wss,
-- "abc",
-- (uint64_t) 0x8000000000000000,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_MAXIMUM_SIZE_EXCEEDED != ret) ||
-- (0 != frame_len) ||
-- (NULL != frame) )
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
--#endif
--
-- /*
-- ------------------------------------------------------------------------------
-- Wrong parameters
-- ------------------------------------------------------------------------------
-- */
-- /* Fail test: `ws` not passed */
-- frame = (char *) (uintptr_t) 0xBAADF00D;
-- frame_len = 0x87654321;
-- ret = MHD_websocket_encode_text (NULL,
-- "abc",
-- 3,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (0 != frame_len) ||
-- (NULL != frame) )
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == frame)
-- {
-- frame = NULL;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Fail test: `payload_utf8` not passed, but `payload_utf8_len` != 0 */
-- frame = (char *) (uintptr_t) 0xBAADF00D;
-- frame_len = 0x87654321;
-- ret = MHD_websocket_encode_text (wss,
-- NULL,
-- 3,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (0 != frame_len) ||
-- (NULL != frame) )
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == frame)
-- {
-- frame = NULL;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: `payload_utf8` passed, but `payload_utf8_len` == 0 */
-- frame = (char *) (uintptr_t) 0xBAADF00D;
-- frame_len = 0x87654321;
-- ret = MHD_websocket_encode_text (wss,
-- "abc",
-- 0,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (2 != frame_len) ||
-- (NULL == frame) ||
-- (((char *) (uintptr_t) 0xBAADF00D) == frame) ||
-- (0 != memcmp (frame, "\x81\x00", 2)))
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == frame)
-- {
-- frame = NULL;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Fail test: `frame` not passed */
-- frame_len = 0x87654321;
-- ret = MHD_websocket_encode_text (wss,
-- "abc",
-- 3,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- NULL,
-- &frame_len,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (0 != frame_len) )
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Fail test: `frame_len` not passed */
-- frame = (char *) (uintptr_t) 0xBAADF00D;
-- ret = MHD_websocket_encode_text (wss,
-- "abc",
-- 3,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- NULL,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (NULL != frame) )
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == frame)
-- {
-- frame = NULL;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: `utf8_step` passed for non-fragmentation
-- (is allowed and `utf8_step` will be filled then) */
-- frame = (char *) (uintptr_t) 0xBAADF00D;
-- frame_len = 0x87654321;
-- utf8_step = -99;
-- ret = MHD_websocket_encode_text (wss,
-- "abc",
-- 3,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len,
-- &utf8_step);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (5 != frame_len) ||
-- (NULL == frame) ||
-- (((char *) (uintptr_t) 0xBAADF00D) == frame) ||
-- (MHD_WEBSOCKET_UTF8STEP_NORMAL != utf8_step) ||
-- (0 != memcmp (frame, "\x81\x03" "abc", 5)))
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == frame)
-- {
-- frame = NULL;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Fail test: `utf8_step` passed for non-fragmentation with invalid UTF-8
-- (is allowed and `utf8_step` will be filled then) */
-- frame = (char *) (uintptr_t) 0xBAADF00D;
-- frame_len = 0x87654321;
-- utf8_step = -99;
-- ret = MHD_websocket_encode_text (wss,
-- "ab\xC3",
-- 3,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len,
-- &utf8_step);
-- if ((MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR != ret) ||
-- (0 != frame_len) ||
-- (NULL != frame) ||
-- (MHD_WEBSOCKET_UTF8STEP_UTF2TAIL_1OF1 != utf8_step) )
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == frame)
-- {
-- frame = NULL;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Fail test: `utf8_step` not passed for fragmentation #1 */
-- frame = (char *) (uintptr_t) 0xBAADF00D;
-- frame_len = 0x87654321;
-- ret = MHD_websocket_encode_text (wss,
-- "abc",
-- 3,
-- MHD_WEBSOCKET_FRAGMENTATION_FIRST,
-- &frame,
-- &frame_len,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (0 != frame_len) ||
-- (NULL != frame) )
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == frame)
-- {
-- frame = NULL;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Fail test: `utf8_step` not passed for fragmentation #2 */
-- frame = (char *) (uintptr_t) 0xBAADF00D;
-- frame_len = 0x87654321;
-- ret = MHD_websocket_encode_text (wss,
-- "abc",
-- 3,
-- MHD_WEBSOCKET_FRAGMENTATION_FOLLOWING,
-- &frame,
-- &frame_len,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (0 != frame_len) ||
-- (NULL != frame) )
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == frame)
-- {
-- frame = NULL;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Fail test: `utf8_step` not passed for fragmentation #3 */
-- frame = (char *) (uintptr_t) 0xBAADF00D;
-- frame_len = 0x87654321;
-- ret = MHD_websocket_encode_text (wss,
-- "abc",
-- 3,
-- MHD_WEBSOCKET_FRAGMENTATION_LAST,
-- &frame,
-- &frame_len,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (0 != frame_len) ||
-- (NULL != frame) )
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == frame)
-- {
-- frame = NULL;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: `utf8_step` passed for fragmentation #1 */
-- frame = (char *) (uintptr_t) 0xBAADF00D;
-- frame_len = 0x87654321;
-- utf8_step = -99;
-- ret = MHD_websocket_encode_text (wss,
-- "abc",
-- 3,
-- MHD_WEBSOCKET_FRAGMENTATION_FIRST,
-- &frame,
-- &frame_len,
-- &utf8_step);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (5 != frame_len) ||
-- (NULL == frame) ||
-- (((char *) (uintptr_t) 0xBAADF00D) == frame) ||
-- (MHD_WEBSOCKET_UTF8STEP_NORMAL != utf8_step) ||
-- (0 != memcmp (frame, "\x01\x03" "abc", 5)))
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == frame)
-- {
-- frame = NULL;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: `utf8_step` passed for fragmentation #2 */
-- frame = (char *) (uintptr_t) 0xBAADF00D;
-- frame_len = 0x87654321;
-- utf8_step = MHD_WEBSOCKET_UTF8STEP_NORMAL;
-- ret = MHD_websocket_encode_text (wss,
-- "abc",
-- 3,
-- MHD_WEBSOCKET_FRAGMENTATION_FOLLOWING,
-- &frame,
-- &frame_len,
-- &utf8_step);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (5 != frame_len) ||
-- (NULL == frame) ||
-- (((char *) (uintptr_t) 0xBAADF00D) == frame) ||
-- (MHD_WEBSOCKET_UTF8STEP_NORMAL != utf8_step) ||
-- (0 != memcmp (frame, "\x00\x03" "abc", 5)))
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == frame)
-- {
-- frame = NULL;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: `utf8_step` passed for fragmentation #3 */
-- frame = (char *) (uintptr_t) 0xBAADF00D;
-- frame_len = 0x87654321;
-- utf8_step = MHD_WEBSOCKET_UTF8STEP_NORMAL;
-- ret = MHD_websocket_encode_text (wss,
-- "abc",
-- 3,
-- MHD_WEBSOCKET_FRAGMENTATION_LAST,
-- &frame,
-- &frame_len,
-- &utf8_step);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (5 != frame_len) ||
-- (NULL == frame) ||
-- (((char *) (uintptr_t) 0xBAADF00D) == frame) ||
-- (MHD_WEBSOCKET_UTF8STEP_NORMAL != utf8_step) ||
-- (0 != memcmp (frame, "\x80\x03" "abc", 5)))
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == frame)
-- {
-- frame = NULL;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Fail test: `fragmentation` has an invalid value */
-- frame = (char *) (uintptr_t) 0xBAADF00D;
-- frame_len = 0x87654321;
-- utf8_step = -99;
-- ret = MHD_websocket_encode_text (wss,
-- "abc",
-- 3,
-- MHD_WEBSOCKET_FRAGMENTATION_LAST + 1,
-- &frame,
-- &frame_len,
-- &utf8_step);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (0 != frame_len) ||
-- (NULL != frame) ||
-- (-99 != utf8_step) )
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == frame)
-- {
-- frame = NULL;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- validity after temporary out-of-memory
-- ------------------------------------------------------------------------------
-- */
-- {
-- struct MHD_WebSocketStream *wsx;
-- if (MHD_WEBSOCKET_STATUS_OK == MHD_websocket_stream_init2 (&wsx,
-- MHD_WEBSOCKET_FLAG_SERVER,
-- 0,
-- test_malloc,
-- test_realloc,
-- test_free,
-- NULL,
-- NULL))
-- {
-- /* Fail test: allocation while no memory available */
-- disable_alloc = 1;
-- ret = MHD_websocket_encode_text (wsx,
-- "abc",
-- 3,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_MEMORY_ERROR != ret) ||
-- (0 != frame_len) ||
-- (NULL != frame) )
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wsx, frame);
-- frame = NULL;
-- }
-- /* Regular test: allocation while memory is available again */
-- disable_alloc = 0;
-- ret = MHD_websocket_encode_text (wsx,
-- "abc",
-- 3,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (5 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x81\x03" "abc", 5)))
-- {
-- fprintf (stderr,
-- "Encode text test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wsx, frame);
-- frame = NULL;
-- }
--
-- MHD_websocket_stream_free (wsx);
-- }
-- else
-- {
-- fprintf (stderr,
-- "Couldn't perform memory test for text encoding in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- }
--
-- if (NULL != buf1)
-- free (buf1);
-- if (NULL != buf2)
-- free (buf2);
-- if (NULL != wsc)
-- MHD_websocket_stream_free (wsc);
-- if (NULL != wss)
-- MHD_websocket_stream_free (wss);
--
-- return failed != 0 ? 0x08 : 0x00;
--}
--
--
--/**
-- * Test procedure for `MHD_websocket_encode_binary()`
-- */
--int
--test_encodes_binary ()
--{
-- int failed = 0;
-- struct MHD_WebSocketStream *wss;
-- struct MHD_WebSocketStream *wsc;
-- int ret;
-- char *buf1 = NULL, *buf2 = NULL;
-- char *frame = NULL;
-- size_t frame_len = 0;
--
-- if (MHD_WEBSOCKET_STATUS_OK != MHD_websocket_stream_init2 (&wsc,
-- MHD_WEBSOCKET_FLAG_CLIENT,
-- 0,
-- malloc,
-- realloc,
-- free,
-- NULL,
-- test_rng))
-- {
-- fprintf (stderr,
-- "No encode binary tests possible due to failed stream init in line %u\n",
-- (unsigned int) __LINE__);
-- return 0x10;
-- }
-- if (MHD_WEBSOCKET_STATUS_OK != MHD_websocket_stream_init (&wss,
-- MHD_WEBSOCKET_FLAG_SERVER,
-- 0))
-- {
-- fprintf (stderr,
-- "No encode binary tests possible due to failed stream init in line %u\n",
-- (unsigned int) __LINE__);
-- if (NULL != wsc)
-- MHD_websocket_stream_free (wsc);
-- return 0x10;
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- Encoding
-- ------------------------------------------------------------------------------
-- */
-- /* Regular test: Some data, we are server */
-- ret = MHD_websocket_encode_binary (wss,
-- "blablabla",
-- 9,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (11 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x82\x09" "blablabla", 11)))
-- {
-- fprintf (stderr,
-- "Encode binary test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: Some data, we are client */
-- ret = MHD_websocket_encode_binary (wsc,
-- "blablabla",
-- 9,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (15 != frame_len) ||
-- (NULL == frame) )
-- {
-- fprintf (stderr,
-- "Encode binary test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- else
-- {
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- frame,
-- frame_len,
-- "blablabla",
-- 9,
-- MHD_WEBSOCKET_STATUS_BINARY_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- frame_len);
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wsc, frame);
-- frame = NULL;
-- }
-- /* Edge test (success): Some data with NUL characters, we are server */
-- ret = MHD_websocket_encode_binary (wss,
-- "bla" "\0\0\0" "bla",
-- 9,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (11 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x82\x09" "bla" "\0\0\0" "bla", 11)))
-- {
-- fprintf (stderr,
-- "Encode binary test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: Some data which looks like broken UTF-8, we are server */
-- ret = MHD_websocket_encode_binary (wss,
-- "bla" "\xC3" "blabla",
-- 10,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (12 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x82\x0A" "bla" "\xC3" "blabla", 12)))
-- {
-- fprintf (stderr,
-- "Encode binary test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- Fragmentation
-- ------------------------------------------------------------------------------
-- */
-- /* Regular test: Some data */
-- ret = MHD_websocket_encode_binary (wss,
-- "blablabla",
-- 9,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (11 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x82\x09" "blablabla", 11)))
-- {
-- fprintf (stderr,
-- "Encode binary test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: First fragment */
-- ret = MHD_websocket_encode_binary (wss,
-- "blablabla",
-- 9,
-- MHD_WEBSOCKET_FRAGMENTATION_FIRST,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (11 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x02\x09" "blablabla", 11)))
-- {
-- fprintf (stderr,
-- "Encode binary test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: Middle fragment */
-- ret = MHD_websocket_encode_binary (wss,
-- "blablabla",
-- 9,
-- MHD_WEBSOCKET_FRAGMENTATION_FOLLOWING,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (11 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x00\x09" "blablabla", 11)))
-- {
-- fprintf (stderr,
-- "Encode binary test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: Last fragment */
-- ret = MHD_websocket_encode_binary (wss,
-- "blablabla",
-- 9,
-- MHD_WEBSOCKET_FRAGMENTATION_LAST,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (11 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x80\x09" "blablabla", 11)))
-- {
-- fprintf (stderr,
-- "Encode binary test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- Length checks
-- ------------------------------------------------------------------------------
-- */
-- /* Edge test (success): Binary frame without data */
-- ret = MHD_websocket_encode_binary (wss,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (2 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x82\x00", 2)))
-- {
-- fprintf (stderr,
-- "Encode binary test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Edge test (success): Binary frame with 1 byte of data */
-- ret = MHD_websocket_encode_binary (wss,
-- "a",
-- 1,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (3 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x82\x01" "a", 3)))
-- {
-- fprintf (stderr,
-- "Encode binary test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Edge test (success): Binary frame with 125 bytes of data */
-- ret = MHD_websocket_encode_binary (wss,
-- "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789_-abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ012345678",
-- 125,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (127 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x82\x7D"
-- "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789_-abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ012345678",
-- 127)))
-- {
-- fprintf (stderr,
-- "Encode binary test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Edge test (success): Binary frame with 126 bytes of data */
-- ret = MHD_websocket_encode_binary (wss,
-- "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789_-abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789",
-- 126,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (130 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x82\x7E\x00\x7E"
-- "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789_-abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789",
-- 130)))
-- {
-- fprintf (stderr,
-- "Encode binary test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Edge test (success): Binary frame with 65535 bytes of data */
-- allocate_length_test_data (&buf1,
-- &buf2,
-- 65535,
-- "\x82\x7E\xFF\xFF",
-- 4);
-- ret = MHD_websocket_encode_binary (wss,
-- buf2,
-- 65535,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (65535 + 4 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, buf1, 65535 + 4)))
-- {
-- fprintf (stderr,
-- "Encode binary test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Edge test (success): Binary frame with 65536 bytes of data */
-- allocate_length_test_data (&buf1,
-- &buf2,
-- 65536,
-- "\x82\x7F\x00\x00\x00\x00\x00\x01\x00\x00",
-- 10);
-- ret = MHD_websocket_encode_binary (wss,
-- buf2,
-- 65536,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (65536 + 10 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, buf1, 65536 + 10)))
-- {
-- fprintf (stderr,
-- "Encode binary test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: Binary frame with 100 MB of data */
-- allocate_length_test_data (&buf1,
-- &buf2,
-- 104857600,
-- "\x82\x7F\x00\x00\x00\x00\x06\x40\x00\x00",
-- 10);
-- ret = MHD_websocket_encode_binary (wss,
-- buf2,
-- 104857600,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (104857600 + 10 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, buf1, 104857600 + 10)))
-- {
-- fprintf (stderr,
-- "Encode binary test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- if (NULL != buf1)
-- {
-- free (buf1);
-- buf1 = NULL;
-- }
-- if (NULL != buf2)
-- {
-- free (buf2);
-- buf2 = NULL;
-- }
--#ifdef ENABLE_64BIT_TESTS
-- /* Fail test: `frame_len` is greater than 0x7FFFFFFFFFFFFFFF
-- (this is the maximum allowed payload size) */
-- frame_len = 0;
-- ret = MHD_websocket_encode_binary (wss,
-- "abc",
-- (uint64_t) 0x8000000000000000,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_MAXIMUM_SIZE_EXCEEDED != ret) ||
-- (0 != frame_len) ||
-- (NULL != frame) )
-- {
-- fprintf (stderr,
-- "Encode binary test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
--#endif
--
-- /*
-- ------------------------------------------------------------------------------
-- Wrong parameters
-- ------------------------------------------------------------------------------
-- */
-- /* Fail test: `ws` not passed */
-- frame = (char *) (uintptr_t) 0xBAADF00D;
-- frame_len = 0x87654321;
-- ret = MHD_websocket_encode_binary (NULL,
-- "abc",
-- 3,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (0 != frame_len) ||
-- (NULL != frame) )
-- {
-- fprintf (stderr,
-- "Encode binary test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == frame)
-- {
-- frame = NULL;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Fail test: `payload` not passed, but `payload_len` != 0 */
-- frame = (char *) (uintptr_t) 0xBAADF00D;
-- frame_len = 0x87654321;
-- ret = MHD_websocket_encode_binary (wss,
-- NULL,
-- 3,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (0 != frame_len) ||
-- (NULL != frame) )
-- {
-- fprintf (stderr,
-- "Encode binary test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == frame)
-- {
-- frame = NULL;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: `payload` passed, but `payload_len` == 0 */
-- frame = (char *) (uintptr_t) 0xBAADF00D;
-- frame_len = 0x87654321;
-- ret = MHD_websocket_encode_binary (wss,
-- "abc",
-- 0,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (2 != frame_len) ||
-- (NULL == frame) ||
-- (((char *) (uintptr_t) 0xBAADF00D) == frame) ||
-- (0 != memcmp (frame, "\x82\x00", 2)))
-- {
-- fprintf (stderr,
-- "Encode binary test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == frame)
-- {
-- frame = NULL;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Fail test: `frame` not passed */
-- frame_len = 0x87654321;
-- ret = MHD_websocket_encode_binary (wss,
-- "abc",
-- 3,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- NULL,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (0 != frame_len) ||
-- (NULL != frame) )
-- {
-- fprintf (stderr,
-- "Encode binary test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Fail test: `frame_len` not passed */
-- frame = (char *) (uintptr_t) 0xBAADF00D;
-- ret = MHD_websocket_encode_binary (wss,
-- "abc",
-- 3,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (NULL != frame) )
-- {
-- fprintf (stderr,
-- "Encode binary test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == frame)
-- {
-- frame = NULL;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Fail test: `fragmentation` has an invalid value */
-- frame = (char *) (uintptr_t) 0xBAADF00D;
-- frame_len = 0x87654321;
-- ret = MHD_websocket_encode_binary (wss,
-- "abc",
-- 3,
-- MHD_WEBSOCKET_FRAGMENTATION_LAST + 1,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (0 != frame_len) ||
-- (NULL != frame) )
-- {
-- fprintf (stderr,
-- "Encode binary test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == frame)
-- {
-- frame = NULL;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- validity after temporary out-of-memory
-- ------------------------------------------------------------------------------
-- */
-- {
-- struct MHD_WebSocketStream *wsx;
-- if (MHD_WEBSOCKET_STATUS_OK == MHD_websocket_stream_init2 (&wsx,
-- MHD_WEBSOCKET_FLAG_SERVER,
-- 0,
-- test_malloc,
-- test_realloc,
-- test_free,
-- NULL,
-- NULL))
-- {
-- /* Fail test: allocation while no memory available */
-- disable_alloc = 1;
-- ret = MHD_websocket_encode_binary (wsx,
-- "abc",
-- 3,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_MEMORY_ERROR != ret) ||
-- (0 != frame_len) ||
-- (NULL != frame) )
-- {
-- fprintf (stderr,
-- "Encode binary test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wsx, frame);
-- frame = NULL;
-- }
-- /* Regular test: allocation while memory is available again */
-- disable_alloc = 0;
-- ret = MHD_websocket_encode_binary (wsx,
-- "abc",
-- 3,
-- MHD_WEBSOCKET_FRAGMENTATION_NONE,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (5 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x82\x03" "abc", 5)))
-- {
-- fprintf (stderr,
-- "Encode binary test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wsx, frame);
-- frame = NULL;
-- }
--
-- MHD_websocket_stream_free (wsx);
-- }
-- else
-- {
-- fprintf (stderr,
-- "Couldn't perform memory test for binary encoding in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- }
--
-- if (NULL != buf1)
-- free (buf1);
-- if (NULL != buf2)
-- free (buf2);
-- if (NULL != wsc)
-- MHD_websocket_stream_free (wsc);
-- if (NULL != wss)
-- MHD_websocket_stream_free (wss);
--
-- return failed != 0 ? 0x10 : 0x00;
--}
--
--
--/**
-- * Test procedure for `MHD_websocket_encode_close()`
-- */
--int
--test_encodes_close ()
--{
-- int failed = 0;
-- struct MHD_WebSocketStream *wss;
-- struct MHD_WebSocketStream *wsc;
-- int ret;
-- char *buf1 = NULL, *buf2 = NULL;
-- char *frame = NULL;
-- size_t frame_len = 0;
--
-- if (MHD_WEBSOCKET_STATUS_OK != MHD_websocket_stream_init2 (&wsc,
-- MHD_WEBSOCKET_FLAG_CLIENT,
-- 0,
-- malloc,
-- realloc,
-- free,
-- NULL,
-- test_rng))
-- {
-- fprintf (stderr,
-- "No encode close tests possible due to failed stream init in line %u\n",
-- (unsigned int) __LINE__);
-- return 0x10;
-- }
-- if (MHD_WEBSOCKET_STATUS_OK != MHD_websocket_stream_init2 (&wss,
-- MHD_WEBSOCKET_FLAG_SERVER,
-- 0,
-- malloc,
-- realloc,
-- free,
-- NULL,
-- test_rng))
-- {
-- fprintf (stderr,
-- "No encode close tests possible due to failed stream init in line %u\n",
-- (unsigned int) __LINE__);
-- if (NULL != wsc)
-- MHD_websocket_stream_free (wsc);
-- return 0x10;
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- Encoding
-- ------------------------------------------------------------------------------
-- */
-- /* Regular test: Some data, we are server */
-- ret = MHD_websocket_encode_close (wss,
-- MHD_WEBSOCKET_CLOSEREASON_REGULAR,
-- "blablabla",
-- 9,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (13 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x88\x0B\x03\xE8" "blablabla", 13)))
-- {
-- fprintf (stderr,
-- "Encode close test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: Some data, we are client */
-- ret = MHD_websocket_encode_close (wsc,
-- MHD_WEBSOCKET_CLOSEREASON_REGULAR,
-- "blablabla",
-- 9,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (17 != frame_len) ||
-- (NULL == frame) )
-- {
-- fprintf (stderr,
-- "Encode close test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- else
-- {
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- frame,
-- frame_len,
-- "\x03\xE8" "blablabla",
-- 11,
-- MHD_WEBSOCKET_STATUS_CLOSE_FRAME,
-- MHD_WEBSOCKET_VALIDITY_ONLY_VALID_FOR_CONTROL_FRAMES,
-- frame_len);
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wsc, frame);
-- frame = NULL;
-- }
-- /* Regular test: Close reason without text, we are server */
-- ret = MHD_websocket_encode_close (wss,
-- MHD_WEBSOCKET_CLOSEREASON_REGULAR,
-- NULL,
-- 0,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (4 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x88\x02\x03\xE8", 4)))
-- {
-- fprintf (stderr,
-- "Encode close test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: Close reason without text, we are client */
-- ret = MHD_websocket_encode_close (wsc,
-- MHD_WEBSOCKET_CLOSEREASON_REGULAR,
-- NULL,
-- 0,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (8 != frame_len) ||
-- (NULL == frame) )
-- {
-- fprintf (stderr,
-- "Encode close test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- else
-- {
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- frame,
-- frame_len,
-- "\x03\xE8",
-- 2,
-- MHD_WEBSOCKET_STATUS_CLOSE_FRAME,
-- MHD_WEBSOCKET_VALIDITY_ONLY_VALID_FOR_CONTROL_FRAMES,
-- frame_len);
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wsc, frame);
-- frame = NULL;
-- }
-- /* Regular test: Close without reason, we are server */
-- ret = MHD_websocket_encode_close (wss,
-- MHD_WEBSOCKET_CLOSEREASON_NO_REASON,
-- NULL,
-- 0,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (2 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x88\x00", 2)))
-- {
-- fprintf (stderr,
-- "Encode close test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: Close without reason, we are client */
-- ret = MHD_websocket_encode_close (wsc,
-- MHD_WEBSOCKET_CLOSEREASON_NO_REASON,
-- NULL,
-- 0,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (6 != frame_len) ||
-- (NULL == frame) )
-- {
-- fprintf (stderr,
-- "Encode close test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- else
-- {
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- frame,
-- frame_len,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_CLOSE_FRAME,
-- MHD_WEBSOCKET_VALIDITY_ONLY_VALID_FOR_CONTROL_FRAMES,
-- frame_len);
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wsc, frame);
-- frame = NULL;
-- }
-- /* Regular test: Close with UTF-8 sequence in reason, we are client */
-- ret = MHD_websocket_encode_close (wsc,
-- MHD_WEBSOCKET_CLOSEREASON_REGULAR,
-- "bla" "\xC3\xA4" "blabla",
-- 11,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (19 != frame_len) ||
-- (NULL == frame) )
-- {
-- fprintf (stderr,
-- "Encode close test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- else
-- {
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- frame,
-- frame_len,
-- "\x03\xE8" "bla" "\xC3\xA4" "blabla",
-- 13,
-- MHD_WEBSOCKET_STATUS_CLOSE_FRAME,
-- MHD_WEBSOCKET_VALIDITY_ONLY_VALID_FOR_CONTROL_FRAMES,
-- frame_len);
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wsc, frame);
-- frame = NULL;
-- }
-- /* Edge test (success): Close reason with NUL characters, we are server */
-- ret = MHD_websocket_encode_close (wss,
-- MHD_WEBSOCKET_CLOSEREASON_GOING_AWAY,
-- "bla" "\0\0\0" "bla",
-- 9,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (13 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x88\x0B\x03\xE9" "bla" "\0\0\0" "bla", 13)))
-- {
-- fprintf (stderr,
-- "Encode close test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Fail test: Some data with broken UTF-8, we are server */
-- ret = MHD_websocket_encode_close (wss,
-- MHD_WEBSOCKET_CLOSEREASON_REGULAR,
-- "bla" "\xC3" "blabla",
-- 10,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_UTF8_ENCODING_ERROR != ret) ||
-- (0 != frame_len) ||
-- (NULL != frame) )
-- {
-- fprintf (stderr,
-- "Encode close test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- Length checks
-- ------------------------------------------------------------------------------
-- */
-- /* Edge test (success): Close frame without payload */
-- ret = MHD_websocket_encode_close (wss,
-- MHD_WEBSOCKET_CLOSEREASON_NO_REASON,
-- NULL,
-- 0,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (2 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x88\x00", 2)))
-- {
-- fprintf (stderr,
-- "Encode close test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Edge test (success): Close frame only reason code */
-- ret = MHD_websocket_encode_close (wss,
-- MHD_WEBSOCKET_CLOSEREASON_REGULAR,
-- NULL,
-- 0,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (4 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x88\x02\x03\xE8", 4)))
-- {
-- fprintf (stderr,
-- "Encode close test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Edge test (success): Close frame with 1 bytes of reason text */
-- ret = MHD_websocket_encode_close (wss,
-- MHD_WEBSOCKET_CLOSEREASON_REGULAR,
-- "a",
-- 1,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (5 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x88\x03\x03\xE8" "a", 5)))
-- {
-- fprintf (stderr,
-- "Encode close test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Edge test (success): Close frame with 123 bytes of reason text */
-- ret = MHD_websocket_encode_close (wss,
-- MHD_WEBSOCKET_CLOSEREASON_REGULAR,
-- "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789_-abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456",
-- 123,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (127 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x88\x7D\x03\xE8"
-- "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789_-abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456",
-- 127)))
-- {
-- fprintf (stderr,
-- "Encode close test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Edge test (fail): Close frame with 124 bytes of reason text*/
-- ret = MHD_websocket_encode_close (wss,
-- MHD_WEBSOCKET_CLOSEREASON_REGULAR,
-- "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789_-abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ01234567",
-- 124,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_MAXIMUM_SIZE_EXCEEDED != ret) ||
-- (0 != frame_len) ||
-- (NULL != frame) )
-- {
-- fprintf (stderr,
-- "Encode close test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- Wrong parameters
-- ------------------------------------------------------------------------------
-- */
-- /* Fail test: `ws` not passed */
-- frame = (char *) (uintptr_t) 0xBAADF00D;
-- frame_len = 0x87654321;
-- ret = MHD_websocket_encode_close (NULL,
-- MHD_WEBSOCKET_CLOSEREASON_REGULAR,
-- "abc",
-- 3,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (0 != frame_len) ||
-- (NULL != frame) )
-- {
-- fprintf (stderr,
-- "Encode close test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == frame)
-- {
-- frame = NULL;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Fail test: `payload` not passed, but `payload_len` != 0 */
-- frame = (char *) (uintptr_t) 0xBAADF00D;
-- frame_len = 0x87654321;
-- ret = MHD_websocket_encode_close (wss,
-- MHD_WEBSOCKET_CLOSEREASON_REGULAR,
-- NULL,
-- 3,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (0 != frame_len) ||
-- (NULL != frame) )
-- {
-- fprintf (stderr,
-- "Encode close test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == frame)
-- {
-- frame = NULL;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: `payload` passed, but `payload_len` == 0 */
-- frame = (char *) (uintptr_t) 0xBAADF00D;
-- frame_len = 0x87654321;
-- ret = MHD_websocket_encode_close (wss,
-- MHD_WEBSOCKET_CLOSEREASON_REGULAR,
-- "abc",
-- 0,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (4 != frame_len) ||
-- (NULL == frame) ||
-- (((char *) (uintptr_t) 0xBAADF00D) == frame) ||
-- (0 != memcmp (frame, "\x88\x02\x03\xE8", 4)))
-- {
-- fprintf (stderr,
-- "Encode close test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == frame)
-- {
-- frame = NULL;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Fail test: `frame` not passed */
-- frame_len = 0x87654321;
-- ret = MHD_websocket_encode_close (wss,
-- MHD_WEBSOCKET_CLOSEREASON_REGULAR,
-- "abc",
-- 3,
-- NULL,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (0 != frame_len) ||
-- (NULL != frame) )
-- {
-- fprintf (stderr,
-- "Encode close test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Fail test: `frame_len` not passed */
-- frame = (char *) (uintptr_t) 0xBAADF00D;
-- ret = MHD_websocket_encode_close (wss,
-- MHD_WEBSOCKET_CLOSEREASON_REGULAR,
-- "abc",
-- 3,
-- &frame,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (0 != frame_len) ||
-- (NULL != frame) )
-- {
-- fprintf (stderr,
-- "Encode close test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == frame)
-- {
-- frame = NULL;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Fail test: no reason code passed, but reason text */
-- frame = (char *) (uintptr_t) 0xBAADF00D;
-- frame_len = 0x87654321;
-- ret = MHD_websocket_encode_close (wss,
-- MHD_WEBSOCKET_CLOSEREASON_NO_REASON,
-- "abc",
-- 3,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (0 != frame_len) ||
-- (NULL != frame) )
-- {
-- fprintf (stderr,
-- "Encode close test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == frame)
-- {
-- frame = NULL;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Edge test (fail): Invalid reason code */
-- frame = (char *) (uintptr_t) 0xBAADF00D;
-- frame_len = 0x87654321;
-- ret = MHD_websocket_encode_close (wss,
-- 1,
-- "abc",
-- 3,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (0 != frame_len) ||
-- (NULL != frame) )
-- {
-- fprintf (stderr,
-- "Encode close test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == frame)
-- {
-- frame = NULL;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Edge test (fail): Invalid reason code */
-- frame = (char *) (uintptr_t) 0xBAADF00D;
-- frame_len = 0x87654321;
-- ret = MHD_websocket_encode_close (wss,
-- 999,
-- "abc",
-- 3,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (0 != frame_len) ||
-- (NULL != frame) )
-- {
-- fprintf (stderr,
-- "Encode close test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == frame)
-- {
-- frame = NULL;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: Custom reason code */
-- frame = (char *) (uintptr_t) 0xBAADF00D;
-- frame_len = 0x87654321;
-- ret = MHD_websocket_encode_close (wss,
-- 2000,
-- "abc",
-- 3,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (7 != frame_len) ||
-- (NULL == frame) ||
-- (((char *) (uintptr_t) 0xBAADF00D) == frame) ||
-- (0 != memcmp (frame, "\x88\x05\x07\xD0" "abc", 7)))
-- {
-- fprintf (stderr,
-- "Encode close test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == frame)
-- {
-- frame = NULL;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- validity after temporary out-of-memory
-- ------------------------------------------------------------------------------
-- */
-- {
-- struct MHD_WebSocketStream *wsx;
-- if (MHD_WEBSOCKET_STATUS_OK == MHD_websocket_stream_init2 (&wsx,
-- MHD_WEBSOCKET_FLAG_SERVER,
-- 0,
-- test_malloc,
-- test_realloc,
-- test_free,
-- NULL,
-- NULL))
-- {
-- /* Fail test: allocation while no memory available */
-- disable_alloc = 1;
-- ret = MHD_websocket_encode_close (wsx,
-- MHD_WEBSOCKET_CLOSEREASON_REGULAR,
-- "abc",
-- 3,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_MEMORY_ERROR != ret) ||
-- (0 != frame_len) ||
-- (NULL != frame) )
-- {
-- fprintf (stderr,
-- "Encode close test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wsx, frame);
-- frame = NULL;
-- }
-- /* Regular test: allocation while memory is available again */
-- disable_alloc = 0;
-- ret = MHD_websocket_encode_close (wsx,
-- MHD_WEBSOCKET_CLOSEREASON_REGULAR,
-- "abc",
-- 3,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (7 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x88\x05\x03\xE8" "abc", 7)))
-- {
-- fprintf (stderr,
-- "Encode close test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wsx, frame);
-- frame = NULL;
-- }
--
-- MHD_websocket_stream_free (wsx);
-- }
-- else
-- {
-- fprintf (stderr,
-- "Couldn't perform memory test for close encoding in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- }
--
-- if (NULL != buf1)
-- free (buf1);
-- if (NULL != buf2)
-- free (buf2);
-- if (NULL != wsc)
-- MHD_websocket_stream_free (wsc);
-- if (NULL != wss)
-- MHD_websocket_stream_free (wss);
--
-- return failed != 0 ? 0x20 : 0x00;
--}
--
--
--/**
-- * Test procedure for `MHD_websocket_encode_ping()`
-- */
--int
--test_encodes_ping ()
--{
-- int failed = 0;
-- struct MHD_WebSocketStream *wss;
-- struct MHD_WebSocketStream *wsc;
-- int ret;
-- char *buf1 = NULL, *buf2 = NULL;
-- char *frame = NULL;
-- size_t frame_len = 0;
--
-- if (MHD_WEBSOCKET_STATUS_OK != MHD_websocket_stream_init2 (&wsc,
-- MHD_WEBSOCKET_FLAG_CLIENT,
-- 0,
-- malloc,
-- realloc,
-- free,
-- NULL,
-- test_rng))
-- {
-- fprintf (stderr,
-- "No encode ping tests possible due to failed stream init in line %u\n",
-- (unsigned int) __LINE__);
-- return 0x10;
-- }
-- if (MHD_WEBSOCKET_STATUS_OK != MHD_websocket_stream_init (&wss,
-- MHD_WEBSOCKET_FLAG_SERVER,
-- 0))
-- {
-- fprintf (stderr,
-- "No encode ping tests possible due to failed stream init in line %u\n",
-- (unsigned int) __LINE__);
-- if (NULL != wsc)
-- MHD_websocket_stream_free (wsc);
-- return 0x10;
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- Encoding
-- ------------------------------------------------------------------------------
-- */
-- /* Regular test: Some data, we are server */
-- ret = MHD_websocket_encode_ping (wss,
-- "blablabla",
-- 9,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (11 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x89\x09" "blablabla", 11)))
-- {
-- fprintf (stderr,
-- "Encode ping test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: Some data, we are client */
-- ret = MHD_websocket_encode_ping (wsc,
-- "blablabla",
-- 9,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (15 != frame_len) ||
-- (NULL == frame) )
-- {
-- fprintf (stderr,
-- "Encode ping test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- else
-- {
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- frame,
-- frame_len,
-- "blablabla",
-- 9,
-- MHD_WEBSOCKET_STATUS_PING_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- frame_len);
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wsc, frame);
-- frame = NULL;
-- }
-- /* Regular test: Ping without payload, we are server */
-- ret = MHD_websocket_encode_ping (wss,
-- NULL,
-- 0,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (2 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x89\x00", 2)))
-- {
-- fprintf (stderr,
-- "Encode ping test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: Ping without payload, we are client */
-- ret = MHD_websocket_encode_ping (wsc,
-- NULL,
-- 0,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (6 != frame_len) ||
-- (NULL == frame) )
-- {
-- fprintf (stderr,
-- "Encode ping test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- else
-- {
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- frame,
-- frame_len,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PING_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- frame_len);
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wsc, frame);
-- frame = NULL;
-- }
-- /* Regular test: Ping with something like UTF-8 sequence in payload, we are client */
-- ret = MHD_websocket_encode_ping (wsc,
-- "bla" "\xC3\xA4" "blabla",
-- 11,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (17 != frame_len) ||
-- (NULL == frame) )
-- {
-- fprintf (stderr,
-- "Encode ping test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- else
-- {
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- frame,
-- frame_len,
-- "bla" "\xC3\xA4" "blabla",
-- 11,
-- MHD_WEBSOCKET_STATUS_PING_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- frame_len);
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wsc, frame);
-- frame = NULL;
-- }
-- /* Edge test (success): Ping payload with NUL characters, we are server */
-- ret = MHD_websocket_encode_ping (wss,
-- "bla" "\0\0\0" "bla",
-- 9,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (11 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x89\x09" "bla" "\0\0\0" "bla", 11)))
-- {
-- fprintf (stderr,
-- "Encode ping test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: Ping payload with with something which looks like broken UTF-8, we are server */
-- ret = MHD_websocket_encode_ping (wss,
-- "bla" "\xC3" "blabla",
-- 10,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (12 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x89\x0A" "bla" "\xC3" "blabla", 12)))
-- {
-- fprintf (stderr,
-- "Encode ping test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- Length checks
-- ------------------------------------------------------------------------------
-- */
-- /* Edge test (success): Ping frame without payload */
-- ret = MHD_websocket_encode_ping (wss,
-- NULL,
-- 0,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (2 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x89\x00", 2)))
-- {
-- fprintf (stderr,
-- "Encode ping test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Edge test (success): Ping frame with one byte of payload */
-- ret = MHD_websocket_encode_ping (wss,
-- NULL,
-- 0,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (2 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x89\x00", 2)))
-- {
-- fprintf (stderr,
-- "Encode ping test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Edge test (success): Ping frame with 125 bytes of payload */
-- ret = MHD_websocket_encode_ping (wss,
-- "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789_-abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ012345678",
-- 125,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (127 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x89\x7D"
-- "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789_-abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ012345678",
-- 127)))
-- {
-- fprintf (stderr,
-- "Encode ping test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Edge test (fail): Ping frame with 126 bytes of payload */
-- ret = MHD_websocket_encode_ping (wss,
-- "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789_-abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789",
-- 126,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_MAXIMUM_SIZE_EXCEEDED != ret) ||
-- (0 != frame_len) ||
-- (NULL != frame) )
-- {
-- fprintf (stderr,
-- "Encode ping test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- Wrong parameters
-- ------------------------------------------------------------------------------
-- */
-- /* Fail test: `ws` not passed */
-- frame = (char *) (uintptr_t) 0xBAADF00D;
-- frame_len = 0x87654321;
-- ret = MHD_websocket_encode_ping (NULL,
-- "abc",
-- 3,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (0 != frame_len) ||
-- (NULL != frame) )
-- {
-- fprintf (stderr,
-- "Encode ping test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == frame)
-- {
-- frame = NULL;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Fail test: `payload` not passed, but `payload_len` != 0 */
-- frame = (char *) (uintptr_t) 0xBAADF00D;
-- frame_len = 0x87654321;
-- ret = MHD_websocket_encode_ping (wss,
-- NULL,
-- 3,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (0 != frame_len) ||
-- (NULL != frame) )
-- {
-- fprintf (stderr,
-- "Encode ping test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == frame)
-- {
-- frame = NULL;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: `payload` passed, but `payload_len` == 0 */
-- frame = (char *) (uintptr_t) 0xBAADF00D;
-- frame_len = 0x87654321;
-- ret = MHD_websocket_encode_ping (wss,
-- "abc",
-- 0,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (2 != frame_len) ||
-- (NULL == frame) ||
-- (((char *) (uintptr_t) 0xBAADF00D) == frame) ||
-- (0 != memcmp (frame, "\x89\x00", 2)))
-- {
-- fprintf (stderr,
-- "Encode ping test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == frame)
-- {
-- frame = NULL;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Fail test: `frame` not passed */
-- frame_len = 0x87654321;
-- ret = MHD_websocket_encode_ping (wss,
-- "abc",
-- 3,
-- NULL,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (0 != frame_len) )
-- {
-- fprintf (stderr,
-- "Encode ping test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Fail test: `frame_len` not passed */
-- frame = (char *) (uintptr_t) 0xBAADF00D;
-- ret = MHD_websocket_encode_ping (wss,
-- "abc",
-- 3,
-- &frame,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (NULL != frame) )
-- {
-- fprintf (stderr,
-- "Encode ping test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == frame)
-- {
-- frame = NULL;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- validity after temporary out-of-memory
-- ------------------------------------------------------------------------------
-- */
-- {
-- struct MHD_WebSocketStream *wsx;
-- if (MHD_WEBSOCKET_STATUS_OK == MHD_websocket_stream_init2 (&wsx,
-- MHD_WEBSOCKET_FLAG_SERVER,
-- 0,
-- test_malloc,
-- test_realloc,
-- test_free,
-- NULL,
-- NULL))
-- {
-- /* Fail test: allocation while no memory available */
-- disable_alloc = 1;
-- ret = MHD_websocket_encode_ping (wsx,
-- "abc",
-- 3,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_MEMORY_ERROR != ret) ||
-- (0 != frame_len) ||
-- (NULL != frame) )
-- {
-- fprintf (stderr,
-- "Encode ping test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wsx, frame);
-- frame = NULL;
-- }
-- /* Regular test: allocation while memory is available again */
-- disable_alloc = 0;
-- ret = MHD_websocket_encode_ping (wsx,
-- "abc",
-- 3,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (5 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x89\x03" "abc", 5)))
-- {
-- fprintf (stderr,
-- "Encode ping test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wsx, frame);
-- frame = NULL;
-- }
--
-- MHD_websocket_stream_free (wsx);
-- }
-- else
-- {
-- fprintf (stderr,
-- "Couldn't perform memory test for ping encoding in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- }
--
-- if (NULL != buf1)
-- free (buf1);
-- if (NULL != buf2)
-- free (buf2);
-- if (NULL != wsc)
-- MHD_websocket_stream_free (wsc);
-- if (NULL != wss)
-- MHD_websocket_stream_free (wss);
--
-- return failed != 0 ? 0x40 : 0x00;
--}
--
--
--/**
-- * Test procedure for `MHD_websocket_encode_pong()`
-- */
--int
--test_encodes_pong ()
--{
-- int failed = 0;
-- struct MHD_WebSocketStream *wss;
-- struct MHD_WebSocketStream *wsc;
-- int ret;
-- char *buf1 = NULL, *buf2 = NULL;
-- char *frame = NULL;
-- size_t frame_len = 0;
--
-- if (MHD_WEBSOCKET_STATUS_OK != MHD_websocket_stream_init2 (&wsc,
-- MHD_WEBSOCKET_FLAG_CLIENT,
-- 0,
-- malloc,
-- realloc,
-- free,
-- NULL,
-- test_rng))
-- {
-- fprintf (stderr,
-- "No encode pong tests possible due to failed stream init in line %u\n",
-- (unsigned int) __LINE__);
-- return 0x10;
-- }
-- if (MHD_WEBSOCKET_STATUS_OK != MHD_websocket_stream_init (&wss,
-- MHD_WEBSOCKET_FLAG_SERVER,
-- 0))
-- {
-- fprintf (stderr,
-- "No encode pong tests possible due to failed stream init in line %u\n",
-- (unsigned int) __LINE__);
-- if (NULL != wsc)
-- MHD_websocket_stream_free (wsc);
-- return 0x10;
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- Encoding
-- ------------------------------------------------------------------------------
-- */
-- /* Regular test: Some data, we are server */
-- ret = MHD_websocket_encode_pong (wss,
-- "blablabla",
-- 9,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (11 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x8A\x09" "blablabla", 11)))
-- {
-- fprintf (stderr,
-- "Encode pong test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: Some data, we are client */
-- ret = MHD_websocket_encode_pong (wsc,
-- "blablabla",
-- 9,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (15 != frame_len) ||
-- (NULL == frame) )
-- {
-- fprintf (stderr,
-- "Encode pong test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- else
-- {
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- frame,
-- frame_len,
-- "blablabla",
-- 9,
-- MHD_WEBSOCKET_STATUS_PONG_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- frame_len);
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wsc, frame);
-- frame = NULL;
-- }
-- /* Regular test: Pong without payload, we are server */
-- ret = MHD_websocket_encode_pong (wss,
-- NULL,
-- 0,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (2 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x8A\x00", 2)))
-- {
-- fprintf (stderr,
-- "Encode pong test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: Pong without payload, we are client */
-- ret = MHD_websocket_encode_pong (wsc,
-- NULL,
-- 0,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (6 != frame_len) ||
-- (NULL == frame) )
-- {
-- fprintf (stderr,
-- "Encode pong test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- else
-- {
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- frame,
-- frame_len,
-- NULL,
-- 0,
-- MHD_WEBSOCKET_STATUS_PONG_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- frame_len);
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wsc, frame);
-- frame = NULL;
-- }
-- /* Regular test: Pong with something like UTF-8 sequence in payload, we are client */
-- ret = MHD_websocket_encode_pong (wsc,
-- "bla" "\xC3\xA4" "blabla",
-- 11,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (17 != frame_len) ||
-- (NULL == frame) )
-- {
-- fprintf (stderr,
-- "Encode pong test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- else
-- {
-- failed += test_decode_single (__LINE__,
-- MHD_WEBSOCKET_FLAG_SERVER
-- | MHD_WEBSOCKET_FLAG_NO_FRAGMENTS,
-- 0,
-- 1,
-- 0,
-- frame,
-- frame_len,
-- "bla" "\xC3\xA4" "blabla",
-- 11,
-- MHD_WEBSOCKET_STATUS_PONG_FRAME,
-- MHD_WEBSOCKET_VALIDITY_VALID,
-- frame_len);
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wsc, frame);
-- frame = NULL;
-- }
-- /* Edge test (success): Pong payload with NUL characters, we are server */
-- ret = MHD_websocket_encode_pong (wss,
-- "bla" "\0\0\0" "bla",
-- 9,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (11 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x8A\x09" "bla" "\0\0\0" "bla", 11)))
-- {
-- fprintf (stderr,
-- "Encode pong test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: Pong payload with with something which looks like broken UTF-8, we are server */
-- ret = MHD_websocket_encode_pong (wss,
-- "bla" "\xC3" "blabla",
-- 10,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (12 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x8A\x0A" "bla" "\xC3" "blabla", 12)))
-- {
-- fprintf (stderr,
-- "Encode pong test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- Length checks
-- ------------------------------------------------------------------------------
-- */
-- /* Edge test (success): Pong frame without payload */
-- ret = MHD_websocket_encode_pong (wss,
-- NULL,
-- 0,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (2 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x8A\x00", 2)))
-- {
-- fprintf (stderr,
-- "Encode pong test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Edge test (success): Pong frame with one byte of payload */
-- ret = MHD_websocket_encode_pong (wss,
-- NULL,
-- 0,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (2 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x8A\x00", 2)))
-- {
-- fprintf (stderr,
-- "Encode pong test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Edge test (success): Pong frame with 125 bytes of payload */
-- ret = MHD_websocket_encode_pong (wss,
-- "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789_-abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ012345678",
-- 125,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (127 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x8A\x7D"
-- "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789_-abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ012345678",
-- 127)))
-- {
-- fprintf (stderr,
-- "Encode pong test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Edge test (fail): Pong frame with 126 bytes of payload */
-- ret = MHD_websocket_encode_pong (wss,
-- "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789_-abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789",
-- 126,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_MAXIMUM_SIZE_EXCEEDED != ret) ||
-- (0 != frame_len) ||
-- (NULL != frame) )
-- {
-- fprintf (stderr,
-- "Encode pong test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- Wrong parameters
-- ------------------------------------------------------------------------------
-- */
-- /* Fail test: `ws` not passed */
-- frame = (char *) (uintptr_t) 0xBAADF00D;
-- frame_len = 0x87654321;
-- ret = MHD_websocket_encode_pong (NULL,
-- "abc",
-- 3,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (0 != frame_len) ||
-- (NULL != frame) )
-- {
-- fprintf (stderr,
-- "Encode pong test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == frame)
-- {
-- frame = NULL;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Fail test: `payload` not passed, but `payload_len` != 0 */
-- frame = (char *) (uintptr_t) 0xBAADF00D;
-- frame_len = 0x87654321;
-- ret = MHD_websocket_encode_pong (wss,
-- NULL,
-- 3,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (0 != frame_len) ||
-- (NULL != frame) )
-- {
-- fprintf (stderr,
-- "Encode pong test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == frame)
-- {
-- frame = NULL;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Regular test: `payload` passed, but `payload_len` == 0 */
-- frame = (char *) (uintptr_t) 0xBAADF00D;
-- frame_len = 0x87654321;
-- ret = MHD_websocket_encode_pong (wss,
-- "abc",
-- 0,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (2 != frame_len) ||
-- (NULL == frame) ||
-- (((char *) (uintptr_t) 0xBAADF00D) == frame) ||
-- (0 != memcmp (frame, "\x8A\x00", 2)))
-- {
-- fprintf (stderr,
-- "Encode pong test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == frame)
-- {
-- frame = NULL;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
-- /* Fail test: `frame` not passed */
-- frame_len = 0x87654321;
-- ret = MHD_websocket_encode_pong (wss,
-- "abc",
-- 3,
-- NULL,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (0 != frame_len) )
-- {
-- fprintf (stderr,
-- "Encode pong test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Fail test: `frame_len` not passed */
-- frame = (char *) (uintptr_t) 0xBAADF00D;
-- ret = MHD_websocket_encode_pong (wss,
-- "abc",
-- 3,
-- &frame,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (NULL != frame) )
-- {
-- fprintf (stderr,
-- "Encode pong test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (((char *) (uintptr_t) 0xBAADF00D) == frame)
-- {
-- frame = NULL;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wss, frame);
-- frame = NULL;
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- validity after temporary out-of-memory
-- ------------------------------------------------------------------------------
-- */
-- {
-- struct MHD_WebSocketStream *wsx;
-- if (MHD_WEBSOCKET_STATUS_OK == MHD_websocket_stream_init2 (&wsx,
-- MHD_WEBSOCKET_FLAG_SERVER,
-- 0,
-- test_malloc,
-- test_realloc,
-- test_free,
-- NULL,
-- NULL))
-- {
-- /* Fail test: allocation while no memory available */
-- disable_alloc = 1;
-- ret = MHD_websocket_encode_pong (wsx,
-- "abc",
-- 3,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_MEMORY_ERROR != ret) ||
-- (0 != frame_len) ||
-- (NULL != frame) )
-- {
-- fprintf (stderr,
-- "Encode pong test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wsx, frame);
-- frame = NULL;
-- }
-- /* Regular test: allocation while memory is available again */
-- disable_alloc = 0;
-- ret = MHD_websocket_encode_pong (wsx,
-- "abc",
-- 3,
-- &frame,
-- &frame_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (5 != frame_len) ||
-- (NULL == frame) ||
-- (0 != memcmp (frame, "\x8A\x03" "abc", 5)))
-- {
-- fprintf (stderr,
-- "Encode pong test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- if (NULL != frame)
-- {
-- MHD_websocket_free (wsx, frame);
-- frame = NULL;
-- }
--
-- MHD_websocket_stream_free (wsx);
-- }
-- else
-- {
-- fprintf (stderr,
-- "Couldn't perform memory test for pong encoding in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- }
--
-- if (NULL != buf1)
-- free (buf1);
-- if (NULL != buf2)
-- free (buf2);
-- if (NULL != wsc)
-- MHD_websocket_stream_free (wsc);
-- if (NULL != wss)
-- MHD_websocket_stream_free (wss);
--
-- return failed != 0 ? 0x80 : 0x00;
--}
--
--
--/**
-- * Test procedure for `MHD_websocket_split_close_reason()`
-- */
--int
--test_split_close_reason ()
--{
-- int failed = 0;
-- const char *payload;
-- unsigned short reason_code;
-- const char *reason_utf8;
-- size_t reason_utf8_len;
-- int ret;
--
-- /*
-- ------------------------------------------------------------------------------
-- Normal splits
-- ------------------------------------------------------------------------------
-- */
-- /* Regular test: Reason code + Reason text */
-- reason_code = 9999;
-- reason_utf8 = (const char *) (intptr_t) 0xBAADF00D;
-- reason_utf8_len = 12345;
-- payload = "\x03\xE8" "abc";
-- ret = MHD_websocket_split_close_reason (payload,
-- 5,
-- &reason_code,
-- &reason_utf8,
-- &reason_utf8_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (MHD_WEBSOCKET_CLOSEREASON_REGULAR != reason_code) ||
-- (3 != reason_utf8_len) ||
-- (payload + 2 != reason_utf8) )
-- {
-- fprintf (stderr,
-- "split close reason test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Regular test: Reason code */
-- reason_code = 9999;
-- reason_utf8 = (const char *) (intptr_t) 0xBAADF00D;
-- reason_utf8_len = 12345;
-- payload = "\x03\xE8";
-- ret = MHD_websocket_split_close_reason (payload,
-- 2,
-- &reason_code,
-- &reason_utf8,
-- &reason_utf8_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (MHD_WEBSOCKET_CLOSEREASON_REGULAR != reason_code) ||
-- (0 != reason_utf8_len) ||
-- (NULL != reason_utf8) )
-- {
-- fprintf (stderr,
-- "split close reason test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Regular test: No payload */
-- reason_code = 9999;
-- reason_utf8 = (const char *) (intptr_t) 0xBAADF00D;
-- reason_utf8_len = 12345;
-- payload = NULL;
-- ret = MHD_websocket_split_close_reason (payload,
-- 0,
-- &reason_code,
-- &reason_utf8,
-- &reason_utf8_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (MHD_WEBSOCKET_CLOSEREASON_NO_REASON != reason_code) ||
-- (0 != reason_utf8_len) ||
-- (NULL != reason_utf8) )
-- {
-- fprintf (stderr,
-- "split close reason test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Regular test: `payload` is not NULL given, but `payload_len` == 0 */
-- reason_code = 9999;
-- reason_utf8 = (const char *) (intptr_t) 0xBAADF00D;
-- reason_utf8_len = 12345;
-- payload = "abc";
-- ret = MHD_websocket_split_close_reason (payload,
-- 0,
-- &reason_code,
-- &reason_utf8,
-- &reason_utf8_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (MHD_WEBSOCKET_CLOSEREASON_NO_REASON != reason_code) ||
-- (0 != reason_utf8_len) ||
-- (NULL != reason_utf8) )
-- {
-- fprintf (stderr,
-- "split close reason test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- Wrong parameters
-- ------------------------------------------------------------------------------
-- */
-- /* Fail test: `payload` not passed, but `payload_len` != 0 */
-- reason_code = 9999;
-- reason_utf8 = (const char *) (intptr_t) 0xBAADF00D;
-- reason_utf8_len = 12345;
-- payload = NULL;
-- ret = MHD_websocket_split_close_reason (payload,
-- 3,
-- &reason_code,
-- &reason_utf8,
-- &reason_utf8_len);
-- if ((MHD_WEBSOCKET_STATUS_PARAMETER_ERROR != ret) ||
-- (MHD_WEBSOCKET_CLOSEREASON_NO_REASON != reason_code) ||
-- (0 != reason_utf8_len) ||
-- (NULL != reason_utf8) )
-- {
-- fprintf (stderr,
-- "split close reason test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Regular test: `reason_code` not passed */
-- reason_utf8 = (const char *) (intptr_t) 0xBAADF00D;
-- reason_utf8_len = 12345;
-- payload = "\x03\xE8" "abc";
-- ret = MHD_websocket_split_close_reason (payload,
-- 5,
-- NULL,
-- &reason_utf8,
-- &reason_utf8_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (3 != reason_utf8_len) ||
-- (payload + 2 != reason_utf8) )
-- {
-- fprintf (stderr,
-- "split close reason test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Regular test: `reason_utf8` not passed */
-- reason_code = 9999;
-- reason_utf8_len = 12345;
-- payload = "\x03\xE8" "abc";
-- ret = MHD_websocket_split_close_reason (payload,
-- 5,
-- &reason_code,
-- NULL,
-- &reason_utf8_len);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (MHD_WEBSOCKET_CLOSEREASON_REGULAR != reason_code) ||
-- (3 != reason_utf8_len) )
-- {
-- fprintf (stderr,
-- "split close reason test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Regular test: `reason_utf8_len` not passed */
-- reason_code = 9999;
-- reason_utf8 = (const char *) (intptr_t) 0xBAADF00D;
-- payload = "\x03\xE8" "abc";
-- ret = MHD_websocket_split_close_reason (payload,
-- 5,
-- &reason_code,
-- &reason_utf8,
-- NULL);
-- if ((MHD_WEBSOCKET_STATUS_OK != ret) ||
-- (MHD_WEBSOCKET_CLOSEREASON_REGULAR != reason_code) ||
-- (payload + 2 != reason_utf8) )
-- {
-- fprintf (stderr,
-- "split close reason test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Regular test: `reason_code`, `reason_utf8` and `reason_utf8_len` not passed */
-- /* (this is not prohibited, although it doesn't really make sense) */
-- payload = "\x03\xE8" "abc";
-- ret = MHD_websocket_split_close_reason (payload,
-- 5,
-- NULL,
-- NULL,
-- NULL);
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "split close reason test failed in line %u\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
--
-- return failed != 0 ? 0x100 : 0x00;
--}
--
--
--/**
-- * Test procedure for `MHD_websocket_check_http_version()`
-- */
--int
--test_check_http_version ()
--{
-- int failed = 0;
-- int ret;
--
-- /*
-- ------------------------------------------------------------------------------
-- Version check with valid HTTP version syntax
-- ------------------------------------------------------------------------------
-- */
-- /* Regular test: HTTP/1.1 */
-- ret = MHD_websocket_check_http_version ("HTTP/1.1");
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "check_http_version test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Regular test: HTTP/1.2 */
-- ret = MHD_websocket_check_http_version ("HTTP/1.2");
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "check_http_version test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Regular test: HTTP/1.10 */
-- ret = MHD_websocket_check_http_version ("HTTP/1.10");
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "check_http_version test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Regular test: HTTP/2.0 */
-- ret = MHD_websocket_check_http_version ("HTTP/2.0");
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "check_http_version test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Regular test: HTTP/3.0 */
-- ret = MHD_websocket_check_http_version ("HTTP/3.0");
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "check_http_version test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Fail test: HTTP/1.0 */
-- ret = MHD_websocket_check_http_version ("HTTP/1.0");
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_http_version test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Fail test: HTTP/0.9 */
-- ret = MHD_websocket_check_http_version ("HTTP/0.9");
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_http_version test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- Version check edge cases
-- ------------------------------------------------------------------------------
-- */
-- /* Edge test (success): HTTP/123.45 */
-- ret = MHD_websocket_check_http_version ("HTTP/123.45");
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "check_http_version test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (success): HTTP/1.45 */
-- ret = MHD_websocket_check_http_version ("HTTP/1.45");
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "check_http_version test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (success): HTTP/01.1 */
-- ret = MHD_websocket_check_http_version ("HTTP/01.1");
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "check_http_version test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (success): HTTP/0001.1 */
-- ret = MHD_websocket_check_http_version ("HTTP/0001.1");
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "check_http_version test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (success): HTTP/1.01 */
-- ret = MHD_websocket_check_http_version ("HTTP/1.01");
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "check_http_version test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (success): HTTP/1.0001 */
-- ret = MHD_websocket_check_http_version ("HTTP/1.0001");
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "check_http_version test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (success): HTTP/0001.0001 */
-- ret = MHD_websocket_check_http_version ("HTTP/0001.0001");
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "check_http_version test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (success): HTTP/2.000 */
-- ret = MHD_websocket_check_http_version ("HTTP/2.000");
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "check_http_version test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (fail): HTTP/0.0 */
-- ret = MHD_websocket_check_http_version ("HTTP/0.0");
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_http_version test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (fail): HTTP/00.0 */
-- ret = MHD_websocket_check_http_version ("HTTP/00.0");
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_http_version test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (fail): HTTP/00.0 */
-- ret = MHD_websocket_check_http_version ("HTTP/0.00");
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_http_version test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- Invalid version syntax
-- ------------------------------------------------------------------------------
-- */
-- /* Fail test: (empty string) */
-- ret = MHD_websocket_check_http_version ("");
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_http_version test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Fail test: http/1.1 */
-- ret = MHD_websocket_check_http_version ("http/1.1");
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_http_version test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Fail test: "HTTP / 1.1" */
-- ret = MHD_websocket_check_http_version ("HTTP / 1.1");
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_http_version test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- Missing parameters
-- ------------------------------------------------------------------------------
-- */
-- /* Fail test: NULL as version */
-- ret = MHD_websocket_check_http_version (NULL);
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_http_version test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
--
-- return failed != 0 ? 0x200 : 0x00;
--}
--
--
--/**
-- * Test procedure for `MHD_websocket_check_connection_header()`
-- */
--int
--test_check_connection_header ()
--{
-- int failed = 0;
-- int ret;
--
-- /*
-- ------------------------------------------------------------------------------
-- Check with valid Connection header syntax
-- ------------------------------------------------------------------------------
-- */
-- /* Regular test: Upgrade */
-- ret = MHD_websocket_check_connection_header ("Upgrade");
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "check_connection_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Regular test: keep-alive, Upgrade */
-- ret = MHD_websocket_check_connection_header ("keep-alive, Upgrade");
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "check_connection_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Fail test: keep-alive */
-- ret = MHD_websocket_check_connection_header ("keep-alive");
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_connection_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Fail test: close */
-- ret = MHD_websocket_check_connection_header ("close");
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_connection_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- Connection check edge cases
-- ------------------------------------------------------------------------------
-- */
-- /* Edge test (success): keep-alive,Upgrade */
-- ret = MHD_websocket_check_connection_header ("keep-alive,Upgrade");
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "check_connection_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (success): Upgrade, keep-alive */
-- ret = MHD_websocket_check_connection_header ("Upgrade, keep-alive");
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "check_connection_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (success): Upgrade,keep-alive */
-- ret = MHD_websocket_check_connection_header ("Upgrade,keep-alive");
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "check_connection_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (success): Transfer-Encoding,Upgrade,keep-alive */
-- ret = MHD_websocket_check_connection_header (
-- "Transfer-Encoding,Upgrade,keep-alive");
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "check_connection_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (success): Transfer-Encoding , Upgrade , keep-alive */
-- ret = MHD_websocket_check_connection_header (
-- "Transfer-Encoding , Upgrade , keep-alive");
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "check_connection_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (success): upgrade */
-- ret = MHD_websocket_check_connection_header ("upgrade");
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "check_connection_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (success): UPGRADE */
-- ret = MHD_websocket_check_connection_header ("UPGRADE");
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "check_connection_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (success): All allowed token characters, then upgrade token */
-- ret = MHD_websocket_check_connection_header (
-- "!#$%&'*+-.^_`|~0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz,Upgrade");
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "check_connection_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (success): Different, allowed whitespaces */
-- ret = MHD_websocket_check_connection_header (" \tUpgrade \t");
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "check_connection_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (fail): Different, disallowed whitespaces */
-- ret = MHD_websocket_check_connection_header ("\rUpgrade");
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_connection_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (fail): Different, disallowed whitespaces */
-- ret = MHD_websocket_check_connection_header ("\nUpgrade");
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_connection_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (fail): Different, disallowed whitespaces */
-- ret = MHD_websocket_check_connection_header ("\vUpgrade");
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_connection_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (fail): Different, disallowed whitespaces */
-- ret = MHD_websocket_check_connection_header ("\fUpgrade");
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_connection_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- Invalid header syntax
-- ------------------------------------------------------------------------------
-- */
-- /* Fail test: (empty string) */
-- ret = MHD_websocket_check_connection_header ("");
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_connection_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Fail test: (Disallowed) multiple word token with the term "Upgrade" in it */
-- ret = MHD_websocket_check_connection_header ("Upgrade or Downgrade");
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_connection_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Fail test: Invalid characters */
-- ret = MHD_websocket_check_connection_header ("\"Upgrade\"");
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_connection_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- Missing parameters
-- ------------------------------------------------------------------------------
-- */
-- /* Fail test: NULL as connection */
-- ret = MHD_websocket_check_connection_header (NULL);
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_connection_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
--
-- return failed != 0 ? 0x400 : 0x00;
--}
--
--
--/**
-- * Test procedure for `MHD_websocket_check_upgrade_header()`
-- */
--int
--test_check_upgrade_header ()
--{
-- int failed = 0;
-- int ret;
--
-- /*
-- ------------------------------------------------------------------------------
-- Check with valid Upgrade header syntax
-- ------------------------------------------------------------------------------
-- */
-- /* Regular test: websocket */
-- ret = MHD_websocket_check_upgrade_header ("websocket");
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "check_upgrade_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Fail test: HTTP/2.0 */
-- ret = MHD_websocket_check_upgrade_header ("HTTP/2.0");
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_upgrade_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- Upgrade check edge cases
-- ------------------------------------------------------------------------------
-- */
-- /* Edge test (success): websocket,HTTP/2.0 */
-- ret = MHD_websocket_check_upgrade_header ("websocket,HTTP/2.0");
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "check_upgrade_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (success): websocket ,HTTP/2.0 */
-- ret = MHD_websocket_check_upgrade_header (" websocket ,HTTP/2.0");
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "check_upgrade_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (success): HTTP/2.0, websocket */
-- ret = MHD_websocket_check_upgrade_header ("HTTP/2.0, websocket ");
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "check_upgrade_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (fail): websocket/13 */
-- ret = MHD_websocket_check_upgrade_header ("websocket/13");
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_upgrade_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (success): WeBsOcKeT */
-- ret = MHD_websocket_check_upgrade_header ("WeBsOcKeT");
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "check_upgrade_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (success): WEBSOCKET */
-- ret = MHD_websocket_check_upgrade_header ("WEBSOCKET");
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "check_upgrade_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (success): All allowed token characters plus /, then websocket keyword */
-- ret = MHD_websocket_check_upgrade_header (
-- "!#$%&'*+-.^_`|~0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz/,websocket");
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "check_upgrade_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (success): Different, allowed whitespaces */
-- ret = MHD_websocket_check_upgrade_header (" \twebsocket \t");
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "check_upgrade_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (fail): Different, disallowed whitespaces */
-- ret = MHD_websocket_check_upgrade_header ("\rwebsocket");
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_upgrade_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (fail): Different, disallowed whitespaces */
-- ret = MHD_websocket_check_upgrade_header ("\nwebsocket");
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_upgrade_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (fail): Different, disallowed whitespaces */
-- ret = MHD_websocket_check_upgrade_header ("\vwebsocket");
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_upgrade_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (fail): Different, disallowed whitespaces */
-- ret = MHD_websocket_check_upgrade_header ("\fwebsocket");
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_upgrade_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- Invalid header syntax
-- ------------------------------------------------------------------------------
-- */
-- /* Fail test: (empty string) */
-- ret = MHD_websocket_check_upgrade_header ("");
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_upgrade_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Fail test: (Disallowed) multiple word token with the term "websocket" in it */
-- ret = MHD_websocket_check_upgrade_header ("websocket or something");
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_upgrade_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Fail test: Invalid characters */
-- ret = MHD_websocket_check_upgrade_header ("\"websocket\"");
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_upgrade_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- Missing parameters
-- ------------------------------------------------------------------------------
-- */
-- /* Fail test: NULL as upgrade */
-- ret = MHD_websocket_check_upgrade_header (NULL);
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_upgrade_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
--
-- return failed != 0 ? 0x800 : 0x00;
--}
--
--
--/**
-- * Test procedure for `MHD_websocket_check_version_header()`
-- */
--int
--test_check_version_header ()
--{
-- int failed = 0;
-- int ret;
--
-- /*
-- ------------------------------------------------------------------------------
-- Check with valid Upgrade header syntax
-- ------------------------------------------------------------------------------
-- */
-- /* Regular test: 13 */
-- ret = MHD_websocket_check_version_header ("13");
-- if (MHD_WEBSOCKET_STATUS_OK != ret)
-- {
-- fprintf (stderr,
-- "check_version_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- Version check edge cases
-- ------------------------------------------------------------------------------
-- */
-- /* Edge test (fail): 14 */
-- ret = MHD_websocket_check_version_header ("14");
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_version_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (fail): 12 */
-- ret = MHD_websocket_check_version_header ("12");
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_version_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (fail): 0 */
-- ret = MHD_websocket_check_version_header ("1");
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_version_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (fail): 1 */
-- ret = MHD_websocket_check_version_header ("1");
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_version_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (fail): 130 */
-- ret = MHD_websocket_check_version_header ("130");
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_version_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Edge test (fail): " 13" */
-- ret = MHD_websocket_check_version_header (" 13");
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_version_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- Invalid header syntax
-- ------------------------------------------------------------------------------
-- */
-- /* Fail test: (empty string) */
-- ret = MHD_websocket_check_version_header ("");
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_version_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
-- /* Fail test: Invalid characters */
-- ret = MHD_websocket_check_version_header ("abc");
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_version_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
--
-- /*
-- ------------------------------------------------------------------------------
-- Missing parameters
-- ------------------------------------------------------------------------------
-- */
-- /* Fail test: NULL as version */
-- ret = MHD_websocket_check_version_header (NULL);
-- if (MHD_WEBSOCKET_STATUS_NO_WEBSOCKET_HANDSHAKE_HEADER != ret)
-- {
-- fprintf (stderr,
-- "check_version_header test failed in line %u.\n",
-- (unsigned int) __LINE__);
-- ++failed;
-- }
--
-- return failed != 0 ? 0x1000 : 0x00;
--}
--
--
--int
--main (int argc, char *const *argv)
--{
-- unsigned int errorCount = 0;
-- (void) argc; (void) argv; /* Unused. Silent compiler warning. */
--
-- /* seed random number generator */
-- srand ((unsigned long) time (NULL));
--
-- /* perform tests */
-- errorCount += test_inits ();
-- errorCount += test_accept ();
-- errorCount += test_decodes ();
-- errorCount += test_encodes_text ();
-- errorCount += test_encodes_binary ();
-- errorCount += test_encodes_close ();
-- errorCount += test_encodes_ping ();
-- errorCount += test_encodes_pong ();
-- errorCount += test_split_close_reason ();
-- errorCount += test_check_http_version ();
-- errorCount += test_check_connection_header ();
-- errorCount += test_check_upgrade_header ();
-- errorCount += test_check_version_header ();
--
-- /* output result */
-- if (errorCount != 0)
-- fprintf (stderr, "Error (code: %u)\n", errorCount);
--
-- return errorCount != 0; /* 0 == pass */
--}
---
-2.34.1
-
diff --git a/meta/recipes-support/libmicrohttpd/libmicrohttpd_1.0.2.bb b/meta/recipes-support/libmicrohttpd/libmicrohttpd_1.0.5.bb
similarity index 78%
rename from meta/recipes-support/libmicrohttpd/libmicrohttpd_1.0.2.bb
rename to meta/recipes-support/libmicrohttpd/libmicrohttpd_1.0.5.bb
index fdca510d0b..cca3496a19 100644
--- a/meta/recipes-support/libmicrohttpd/libmicrohttpd_1.0.2.bb
+++ b/meta/recipes-support/libmicrohttpd/libmicrohttpd_1.0.5.bb
@@ -6,9 +6,8 @@ SECTION = "net"
DEPENDS = "file"
-SRC_URI = "${GNU_MIRROR}/libmicrohttpd/${BPN}-${PV}.tar.gz \
- file://0001-Remove-broken-experimental-code.patch"
-SRC_URI[sha256sum] = "df324fcd0834175dab07483133902d9774a605bfa298025f69883288fd20a8c7"
+SRC_URI = "${GNU_MIRROR}/libmicrohttpd/${BPN}-${PV}.tar.gz"
+SRC_URI[sha256sum] = "b46d00f58efa6f497b97d2e782c4ee66301d412ddd855dd3068518b3a2cd3ea2"
inherit autotools lib_package pkgconfig gettext
--
2.43.0
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