/** Console write (java long). */
EXTERNAL void sysConsoleWriteLong(long long value, int hexToo)
{
if (hexToo==0 /*false*/)
CONSOLE_PRINTF("%lld", value);
else if (hexToo==1 /*true - also print in hex*/) {
int value1 = (value >> 32) & 0xFFFFFFFF;
int value2 = value & 0xFFFFFFFF;
CONSOLE_PRINTF("%lld (0x%08x%08x)", value, value1, value2);
} else { /* hexToo==2 for only in hex */
/** Console write (java integer). */
EXTERNAL void sysConsoleWriteInteger(int value, int hexToo)
{
if (hexToo==0 /*false*/)
CONSOLE_PRINTF("%d", value);
else if (hexToo==1 /*true - also print in hex*/)
CONSOLE_PRINTF("%d (0x%08x)", value, value);
else /* hexToo==2 for only in hex */
CONSOLE_PRINTF("0x%08x", value);
}
/*
* What nonstandard command line arguments are supported?
*/
static void
nonstandard_usage()
{
const char * const *msgp = nonStandardUsage;
CONSOLE_PRINTF("Usage: %s [options] class [args...]\n",Me);
CONSOLE_PRINTF(" (to execute a class)\n");
CONSOLE_PRINTF("where options include\n");
for (; *msgp; ++msgp) {
CONSOLE_PRINTF( "%s\n", *msgp);
}
}
static void
fullVersion()
{
shortVersion();
CONSOLE_PRINTF( "\thost config: %s\n\ttarget config: %s\n",
rvm_host_configuration, rvm_target_configuration);
CONSOLE_PRINTF( "\theap default initial size: %u MiBytes\n",
heap_default_initial_size/(1024*1024));
CONSOLE_PRINTF( "\theap default maximum size: %u MiBytes\n",
heap_default_maximum_size/(1024*1024));
}
static void
vqec_rtcp_stats_show (const rtcp_session_stats_t *stats)
{
if (!stats) {
return;
}
CONSOLE_PRINTF(" RTCP compound packet stats\n");
vqec_rtcp_item_stats_show(&stats->pkts);
CONSOLE_PRINTF(" avg_pkt_size: %lf\n",
stats->avg_pkt_size);
CONSOLE_PRINTF(" avg_pkt_size_sent %lf\n",
stats->avg_pkt_size_sent);
}
/**
* Console command handler: dmm cmds
*/
static void cmd_dmm_cmds(const idCmdArgs& args) {
int i = 0;
CONSOLE_PRINTF(CINFO "Command syntax: dmm <command> [parameters]\n");
CONSOLE_PRINTF(CINFO "The following subcommands are available:\n");
while (dmm_scmds[i].cmd) {
CONSOLE_PRINTF(CINFO " %-10s - %s\n", dmm_scmds[i].cmd, dmm_scmds[i].desc);
++i;
}
CONSOLE_PRINTF(CINFO "End command listing.\n");
}
/** Console write (java character). */
EXTERNAL void sysConsoleWriteChar(unsigned value)
{
SYS_START();
char c = (value > 127) ? '?' : (char)value;
// use high level stdio to ensure buffering policy is observed
CONSOLE_PRINTF("%c", c);
}
/**
* Console command handler: dmm help
*/
static void cmd_dmm_help(const idCmdArgs& args) {
char* scmd = "help";
int i = 0;
if (args.argc > 2)
scmd = args.argv[2];
while (dmm_scmds[i].cmd) {
if (!cstrcmp(scmd, dmm_scmds[i].cmd)) {
CONSOLE_PRINTF(CINFO "Help: dmm %s\n", dmm_scmds[i].cmd);
CONSOLE_PRINTF(CINFO " Syntax: dmm %s %s\n", dmm_scmds[i].cmd, dmm_scmds[i].syntax);
CONSOLE_PRINTF(CINFO " Description: %s\n", dmm_scmds[i].desc);
return;
}
++i;
}
}
/**
* Console command handler: dmm unpause
*/
static void cmd_dmm_unpause(const idCmdArgs& args) {
int unid = 0;
if (sscanf(args.argv[2], "%i", &unid) < 1) {
/* invalid conversion - bad parameter */
CONSOLE_PRINTF(CINFO INVALID_PARAMS("unpause"));
return;
}
int op = unpause_plugin_by_unid(unid);
if (op == 0)
CONSOLE_PRINTF(CINFO "Invalid plugin unid %i.\n", unid);
else if (op == 1)
CONSOLE_PRINTF(CINFO "Successfully unpaused plugin unid %i.\n", unid);
else if (op == -1)
CONSOLE_PRINTF(CINFO "Unpausing a zombie plugin is not permitted.\n", unid);
else
CONSOLE_PRINTF(CINFO "Plugin unid %i already paused.\n", unid);
}
/**
* Console command handler: dmm info
*/
static void cmd_dmm_info(const idCmdArgs& args) {
int unid = 0;
if (sscanf(args.argv[2], "%i", &unid) < 1) {
/* invalid conversion - bad parameter */
CONSOLE_PRINTF(CINFO INVALID_PARAMS("info"));
return;
}
plugin_info(unid);
}
/**
* Register DMM console commands with
* the Doom3 engine.
*/
void register_console_commands() {
#ifdef DMM_DETAIL
CONSOLE_PRINTF(CINFO "Registering console commands ...\n");
#endif
int i = 0;
while (dmm_cmds[i].cmdName) {
#ifdef DMM_DETAIL
CONSOLE_PRINTF(CINFO " Registering command: \"%s\"\n", dmm_cmds[i].cmdName);
#endif
REGISTER_COMMAND(dmm_cmds[i].cmdName, dmm_cmds[i].function, dmm_cmds[i].flags,
dmm_cmds[i].description, dmm_cmds[i].argCompletion);
++i;
}
#ifdef DMM_DETAIL
CONSOLE_PRINTF(CINFO "Attempted to register %i command%s.\n", i, GRAMMAR_PLURAL(i));
#endif
}
/**
* Console command handler: dmm pause
*/
static void cmd_dmm_pause(const idCmdArgs& args) {
int unid = 0;
int force = 0;
if (sscanf(args.argv[2], "%i", &unid) < 1) {
/* invalid conversion - bad parameter */
CONSOLE_PRINTF(CINFO INVALID_PARAMS("pause"));
return;
}
if (args.argc >= 4)
/* force specified? */
if (!cstrcmp(args.argv[3], "force"))
force = 1;
int op = pause_plugin_by_unid(unid, force);
if (op == 0)
CONSOLE_PRINTF(CINFO "Invalid plugin unid %i.\n", unid);
else if (op == 1)
CONSOLE_PRINTF(CINFO "Successfully paused plugin unid %i.\n", unid);
else if (op == 2)
CONSOLE_PRINTF(CINFO "Plugin unid %i already paused.\n", unid);
else if (op == -1)
CONSOLE_PRINTF(CINFO "Pausing a zombie plugin is not permitted.\n", unid);
else
CONSOLE_PRINTF(CINFO "Plugin unid %i can not be paused.\n", unid);
}
/**
* Console command handler: dmm
*/
void cmd_dmm(const idCmdArgs& args) {
int i = 0;
if (args.argc < 2) {
/*
* Called with no parameters.
*/
CONSOLE_PRINTF(CINFO "Doom 3 Metamod (DMM) v" DMM_VERSION " (" DMM_BUILD ") [" OS_ID_STR "] by Para\n");
CONSOLE_PRINTF(CINFO "Build: " __DATE__ " at " __TIME__ "\n");
CONSOLE_PRINTF(CINFO "URL: http://doommod.net/ " DMM_URL "\n");
CONSOLE_PRINTF(CINFO "For available commands, use: dmm cmds\n");
return;
}
/*
* Find the subcommand and execute the callback handler.
*/
while (dmm_scmds[i].cmd) {
if (!strcmp(args.argv[1], dmm_scmds[i].cmd)) {
if (dmm_scmds[i].cb) {
if (args.argc >= (dmm_scmds[i].params + 2))
(*dmm_scmds[i].cb)(args);
else
CONSOLE_PRINTF(CINFO "Command syntax: dmm %s %s\n", dmm_scmds[i].cmd, dmm_scmds[i].syntax);
} else
CONSOLE_PRINTF(CWARNING "Command: \"dmm %s\" has no callback function.\n", dmm_scmds[i].cmd);
break;
}
++i;
}
}
/**
* Console command handler: dmm list
*/
static void cmd_dmm_list(const idCmdArgs& args) {
int zombies = 0;
if (args.argc > 2) {
if (!cstrcmp(args.argv[2], "zombies")) {
CONSOLE_PRINTF(CINFO INVALID_PARAMS("list"));
return;
} else
zombies = 1;
}
plugin_list(zombies);
}
/**
* Console command handler: dmm unload
*/
static void cmd_dmm_unload(const idCmdArgs& args) {
int unid = 0;
int force = 0;
if (sscanf(args.argv[2], "%i", &unid) < 1) {
/* invalid conversion - bad parameter */
CONSOLE_PRINTF(CINFO INVALID_PARAMS("unload"));
return;
}
if (args.argc >= 4)
/* force specified? */
if (!cstrcmp(args.argv[3], "force"))
force = 1;
int op = unload_plugin_by_unid(unid, force);
if (op == 0)
CONSOLE_PRINTF(CINFO "Invalid plugin unid %i.\n", unid);
else if ((op == 1) || (op == 2))
CONSOLE_PRINTF(CINFO "Successfully unloaded plugin unid %i (%scleanly).\n", unid, (op == 1 ? "" : "not "));
else
CONSOLE_PRINTF(CINFO "Plugin unid %i can not be unloaded.\n", unid);
}
void
rtp_show_drop_stats (rtp_session_t *p_sess)
{
if (!p_sess) {
return;
}
rtp_hdr_session_t *p_stats = &p_sess->rtp_stats;
CONSOLE_PRINTF(" runts: %d\n"
" badver: %d\n"
" badlen: %d\n"
" badcreate: %d\n"
" seqjumps: %d\n"
" initseq_count: %d\n",
p_stats->runts,
p_stats->badver,
p_stats->badlen,
p_sess->badcreate,
p_stats->seqjumps,
p_stats->initseq_count);
}
static void
vqec_rtcp_item_stats_show (const rtcp_item_stats_t *item_stats)
{
if (!item_stats) {
return;
}
CONSOLE_PRINTF(" sent: %d\n",
(int)(item_stats->sent));
CONSOLE_PRINTF(" send_errors: %d\n",
(int)(item_stats->send_errors));
CONSOLE_PRINTF(" rcvd: %d\n",
(int)(item_stats->rcvd));
CONSOLE_PRINTF(" rcvd_errors: %d\n",
(int)(item_stats->rcvd_errors));
CONSOLE_PRINTF(" badver: %d\n",
(int)(item_stats->badver));
CONSOLE_PRINTF(" runts: %d\n",
(int)(item_stats->runts));
CONSOLE_PRINTF(" badlen: %d\n",
(int)(item_stats->badlen));
CONSOLE_PRINTF(" unexp: %d\n",
(int)(item_stats->unexp));
}
/**
* Parse command line arguments to find those arguments that
* 1) affect the starting of the VM,
* 2) can be handled without starting the VM, or
* 3) contain quotes
* then call createVM().
*/
int main(int argc, const char **argv)
{
int j, ret;
JavaVMInitArgs initArgs;
JavaVM *mainJavaVM;
JNIEnv *mainJNIEnv;
SYS_START();
#ifndef RVM_FOR_HARMONY
SysErrorFile = stderr;
SysTraceFile = stdout;
setbuf (SysErrorFile, NULL);
setbuf (SysTraceFile, NULL);
setvbuf(stdout,NULL,_IONBF,0);
setvbuf(stderr,NULL,_IONBF,0);
#endif
#ifndef RVM_FOR_WINDOWS
Me = strrchr(*argv, '/');
#else
Me = strrchr(*argv, '\\');
#endif
if (Me == NULL) {
Me = "RVM";
} else {
Me++;
}
++argv, --argc;
initialHeapSize = heap_default_initial_size;
maximumHeapSize = heap_default_maximum_size;
/* Initialize system call routines and side data structures */
sysInitialize();
/*
* Debugging: print out command line arguments.
*/
if (TRACE) {
TRACE_PRINTF("RunBootImage.main(): process %d command line arguments\n",argc);
for (j=0; j<argc; j++) {
TRACE_PRINTF("\targv[%d] is \"%s\"\n",j, argv[j]);
}
}
/* Initialize JavaArgc, JavaArgs and initArg */
initArgs.version = JNI_VERSION_1_4;
initArgs.ignoreUnrecognized = JNI_TRUE;
JavaArgs = (char **)processCommandLineArguments(&initArgs, argv, argc);
if (TRACE) {
TRACE_PRINTF("RunBootImage.main(): after processCommandLineArguments: %d command line arguments\n", JavaArgc);
for (j = 0; j < JavaArgc; j++) {
TRACE_PRINTF("\tJavaArgs[%d] is \"%s\"\n", j, JavaArgs[j]);
}
}
/* Verify heap sizes for sanity. */
if (initialHeapSize == heap_default_initial_size &&
maximumHeapSize != heap_default_maximum_size &&
initialHeapSize > maximumHeapSize) {
initialHeapSize = maximumHeapSize;
}
if (maximumHeapSize == heap_default_maximum_size &&
initialHeapSize != heap_default_initial_size &&
initialHeapSize > maximumHeapSize) {
maximumHeapSize = initialHeapSize;
}
if (maximumHeapSize < initialHeapSize) {
CONSOLE_PRINTF( "%s: maximum heap size %lu MiB is less than initial heap size %lu MiB\n",
Me, (unsigned long) maximumHeapSize/(1024*1024),
(unsigned long) initialHeapSize/(1024*1024));
return EXIT_STATUS_BOGUS_COMMAND_LINE_ARG;
}
TRACE_PRINTF("\nRunBootImage.main(): VM variable settings\n");
TRACE_PRINTF("initialHeapSize %lu\nmaxHeapSize %lu\n"
"bootCodeFileName \"%s\"\nbootDataFileName \"%s\"\n"
"bootRmapFileName \"%s\"\n"
"verbose %d\n",
(unsigned long) initialHeapSize,
(unsigned long) maximumHeapSize,
bootCodeFilename, bootDataFilename, bootRMapFilename,
verbose);
if (!bootCodeFilename) {
CONSOLE_PRINTF( "%s: please specify name of boot image code file using \"-X:ic=<filename>\"\n", Me);
return EXIT_STATUS_BOGUS_COMMAND_LINE_ARG;
}
if (!bootDataFilename) {
CONSOLE_PRINTF( "%s: please specify name of boot image data file using \"-X:id=<filename>\"\n", Me);
return EXIT_STATUS_BOGUS_COMMAND_LINE_ARG;
}
if (!bootRMapFilename) {
CONSOLE_PRINTF( "%s: please specify name of boot image ref map file using \"-X:ir=<filename>\"\n", Me);
return EXIT_STATUS_BOGUS_COMMAND_LINE_ARG;
}
ret = JNI_CreateJavaVM(&mainJavaVM, &mainJNIEnv, &initArgs);
if (ret < 0) {
ERROR_PRINTF("%s: Could not create the virtual machine; goodbye\n", Me);
sysExit(EXIT_STATUS_MISC_TROUBLE);
}
return 0;
}
/**
* Parse command line arguments to find those arguments that
* 1) affect the starting of the VM,
* 2) can be handled without starting the VM, or
* 3) contain quotes
* then call createVM().
*/
int main(int argc, const char **argv)
{
int vbufret, j, ret;
JavaVMInitArgs initArgs;
JavaVM *mainJavaVM;
JNIEnv *mainJNIEnv;
/* Make standard streams unbuffered so that we can use them
for low level-debugging */
vbufret = setvbuf(stdout, NULL, _IONBF, 0);
if (vbufret != 0) {
printf("Error making stdout unbuffered: %d\n", vbufret);
}
vbufret = setvbuf(stderr, NULL, _IONBF, 0);
if (vbufret != 0) {
printf("Error making stderr unbuffered: %d\n", vbufret);
}
SysErrorFile = stderr;
SysTraceFile = stdout;
Me = strrchr(*argv, '/');
if (Me == NULL) {
Me = "RVM";
} else {
Me++;
}
++argv, --argc;
initialHeapSize = heap_default_initial_size;
maximumHeapSize = heap_default_maximum_size;
// Determine page size information early because
// it's needed to parse command line options
pageSize = (Extent) determinePageSize();
if (pageSize <= 0) {
ERROR_PRINTF("RunBootImage.main(): invalid page size %u", pageSize);
exit(EXIT_STATUS_IMPOSSIBLE_LIBRARY_FUNCTION_ERROR);
}
/*
* Debugging: print out command line arguments.
*/
if (TRACE) {
TRACE_PRINTF("RunBootImage.main(): process %d command line arguments\n",argc);
for (j = 0; j < argc; j++) {
TRACE_PRINTF("\targv[%d] is \"%s\"\n",j, argv[j]);
}
}
/* Initialize JavaArgc, JavaArgs and initArg */
initArgs.version = JNI_VERSION_1_4;
initArgs.ignoreUnrecognized = JNI_TRUE;
JavaArgs = (char **)processCommandLineArguments(&initArgs, argv, argc);
if (TRACE) {
TRACE_PRINTF("RunBootImage.main(): after processCommandLineArguments: %d command line arguments\n", JavaArgc);
for (j = 0; j < JavaArgc; j++) {
TRACE_PRINTF("\tJavaArgs[%d] is \"%s\"\n", j, JavaArgs[j]);
}
}
/* Verify heap sizes for sanity. */
if (initialHeapSize == heap_default_initial_size &&
maximumHeapSize != heap_default_maximum_size &&
initialHeapSize > maximumHeapSize) {
initialHeapSize = maximumHeapSize;
}
if (maximumHeapSize == heap_default_maximum_size &&
initialHeapSize != heap_default_initial_size &&
initialHeapSize > maximumHeapSize) {
maximumHeapSize = initialHeapSize;
}
if (maximumHeapSize < initialHeapSize) {
CONSOLE_PRINTF( "%s: maximum heap size %lu MiB is less than initial heap size %lu MiB\n",
Me, (unsigned long) maximumHeapSize/(1024*1024),
(unsigned long) initialHeapSize/(1024*1024));
return EXIT_STATUS_BOGUS_COMMAND_LINE_ARG;
}
TRACE_PRINTF("\nRunBootImage.main(): VM variable settings\n");
TRACE_PRINTF("initialHeapSize %lu\nmaxHeapSize %lu\n"
"bootCodeFileName \"%s\"\nbootDataFileName \"%s\"\n"
"bootRmapFileName \"%s\"\n"
"verbose %d\n",
(unsigned long) initialHeapSize,
(unsigned long) maximumHeapSize,
bootCodeFilename, bootDataFilename, bootRMapFilename,
verbose);
if (!bootCodeFilename) {
CONSOLE_PRINTF( "%s: please specify name of boot image code file using \"-X:ic=<filename>\"\n", Me);
return EXIT_STATUS_BOGUS_COMMAND_LINE_ARG;
}
if (!bootDataFilename) {
CONSOLE_PRINTF( "%s: please specify name of boot image data file using \"-X:id=<filename>\"\n", Me);
return EXIT_STATUS_BOGUS_COMMAND_LINE_ARG;
}
if (!bootRMapFilename) {
CONSOLE_PRINTF( "%s: please specify name of boot image ref map file using \"-X:ir=<filename>\"\n", Me);
return EXIT_STATUS_BOGUS_COMMAND_LINE_ARG;
}
ret = JNI_CreateJavaVM(&mainJavaVM, &mainJNIEnv, &initArgs);
if (ret < 0) {
ERROR_PRINTF("%s: Could not create the virtual machine; goodbye\n", Me);
exit(EXIT_STATUS_MISC_TROUBLE);
}
return 0;
}
static void
shortVersion()
{
CONSOLE_PRINTF( "%s %s\n",rvm_configuration, rvm_version);
}
/*
* What standard command line arguments are supported?
*/
static void
usage(void)
{
CONSOLE_PRINTF("Usage: %s [-options] class [args...]\n", Me);
CONSOLE_PRINTF(" (to execute a class)\n");
CONSOLE_PRINTF(" or %s [-options] -jar jarfile [args...]\n",Me);
CONSOLE_PRINTF(" (to execute a jar file)\n");
CONSOLE_PRINTF("\nwhere options include:\n");
CONSOLE_PRINTF(" -cp -classpath <directories and zip/jar files separated by :>\n");
CONSOLE_PRINTF(" set search path for application classes and resources\n");
CONSOLE_PRINTF(" -D<name>=<value>\n");
CONSOLE_PRINTF(" set a system property\n");
CONSOLE_PRINTF(" -verbose[:class|:gc|:jni]\n");
CONSOLE_PRINTF(" enable verbose output\n");
CONSOLE_PRINTF(" -version print version\n");
CONSOLE_PRINTF(" -showversion\n");
CONSOLE_PRINTF(" print version and continue\n");
CONSOLE_PRINTF(" -fullversion\n");
CONSOLE_PRINTF(" like version but with more information\n");
CONSOLE_PRINTF(" -? -help print this message\n");
CONSOLE_PRINTF(" -X print help on non-standard options\n");
CONSOLE_PRINTF(" -javaagent:<jarpath>[=<options>]\n");
CONSOLE_PRINTF(" load Java programming language agent, see java.lang.instrument\n");
CONSOLE_PRINTF("\n For more information see http://jikesrvm.sourceforge.net\n");
CONSOLE_PRINTF("\n");
}
/**
* This function uses a pointer to itself in attempt to
* find it's absolute path on the filesystem.
*
* For this to parse correctly, DMM must be in a subfolder of
* Doom3.
* Example:
* If you are on Linux using the home-path Doom directory,
* your Doom3 files would be in:
* /home/your_name/.doom3/
* Therefore, DMM should be in:
* /home/your_name/.doom3/.dmm/
* Check definitions.h macro DMM_PATH for the real
* relative path used.
*
* If running on Linux:
* If DMM is in the installation directory (ie: /opt/doom3),
* Doom3 will copy DMM into your home directory.
* For this reason, DMM will always assume DMM files are
* in your home directory, so put them there, not the
* installation path.
*
* It is a good idea to not run DMM as a "mod" (ie +set fs_game),
* instead, make a symlink in the game directory to DMM,
* and change the permission of DMM to 444.
* This will prevent Doom from being able to copy the real
* mod into place and allow Doom to run in pure mode while using DMM.
*
* This method required GLIBC, dladdr() is not defined in POSIX.
*
* @return 1 on success, 0 on failure.
*/
int determine_paths() {
/*
* Initialize the paths.
*/
g_paths.mod_file = NULL;
g_paths.base = NULL;
g_paths.game = NULL;
g_paths.dmm = _dmm_path;
/*
* Request information on this module
* from the operating system.
*/
Dl_info self_info;
if (!dladdr((void*)&determine_paths, &self_info)) {
CONSOLE_PRINTF(CERROR "Failed to find absolute path to DMM; expect a segfault.\n");
return 0;
}
#ifdef WIN32
char filename[MAX_PATH_SIZE];
if (!GetModuleFileName((HMODULE)self_info.AllocationBase, filename, MAX_PATH_SIZE)) {
CONSOLE_PRINTF(CERROR "Failed to find absolute path to DMM; expect a segfault.\n");
return 0;
}
filename[MAX_PATH_SIZE - 1] = '\0';
#endif
char* s = NULL;
#ifdef WIN32
s = (filename + strlen(filename) - 1);
#else
s = (char*)(self_info.dli_fname + strlen(self_info.dli_fname) - 1);
#endif
/*
* Parse the returned path.
*/
int level = 0;
for (; s > 0; --s) {
if (*s == OS_DIR_DIV) {
++level;
if (level == 1) {
/* found game path */
*(s + 1) = 0;
} else if (level == 2) {
/* found base path */
g_paths.game = strdup(s + 1); /* copy game path */
*(s + 1) = 0;
#ifdef WIN32
g_paths.base = strdup(filename); /* copy base path */
#else
g_paths.base = strdup(self_info.dli_fname); /* copy base path */
#endif
break;
}
}
}
if (g_paths.base) {
CONSOLE_PRINTF(CINFO "Found path to Doom 3: \"%s\".\n", g_paths.base);
CONSOLE_PRINTF(CINFO "Found relative path to game: \"%s\".\n", g_paths.game);
CONSOLE_PRINTF(CINFO "Using relative path to DMM: \"%s\".\n", g_paths.dmm);
} else
CONSOLE_PRINTF(CERROR "Unable to find path to Doom3; expect a segfault\n");
return (g_paths.base ? 1 : 0);
}
void
vqec_rtp_session_show (vqec_dp_streamid_t id,
rtp_session_t *sess,
const char *namestr,
boolean first_pak_rx)
{
rtcp_session_info_t rtcp_info;
rtcp_session_stats_t rtcp_stats;
rtcp_sender_info_t rtcp_sender_info[MAX_SENDERS];
rtp_hdr_source_t rtp_hdr_src[MAX_SENDERS];
int num_senders;
int i;
vqec_dp_rtp_src_table_t table;
char str[INET_ADDRSTRLEN];
if (!sess || !namestr) {
return;
}
CONSOLE_PRINTF("%7s data received: %s", namestr,
first_pak_rx ? "TRUE": "FALSE");
CONSOLE_PRINTF("RTP %s session\n", namestr);
/* Call low level function to get rtcp_session_info_t */
rtcp_get_session_info(sess, &rtcp_info);
CONSOLE_PRINTF(" ssrc: %x\n",
rtcp_info.ssrc);
CONSOLE_PRINTF(" cname: %s\n",
rtcp_info.cname);
CONSOLE_PRINTF(" nmembers: %u\n",
rtcp_info.rtcp_nmembers);
CONSOLE_PRINTF(" nsenders: %u\n",
rtcp_info.rtcp_nsenders);
rtcp_get_session_stats (sess, &rtcp_stats, NULL);
vqec_rtcp_stats_show(&rtcp_stats);
rtcp_get_sender_info(sess, MAX_SENDERS, &num_senders,
rtcp_sender_info);
rtcp_get_sender_stats(sess, MAX_SENDERS, &num_senders,
rtp_hdr_src);
/* Only display upto MAX_SENDER */
if (num_senders > MAX_SENDERS) {
num_senders = MAX_SENDERS;
}
for (i = 0; i < num_senders; i++) {
CONSOLE_PRINTF(" Sender info for sender %d\n",
i+1);
CONSOLE_PRINTF(" ssrc: %x\n",
rtcp_sender_info[i].ssrc);
CONSOLE_PRINTF(" cname: %s\n",
rtcp_sender_info[i].cname);
CONSOLE_PRINTF(" received: %u\n",
rtcp_sender_info[i].received);
CONSOLE_PRINTF(" cum_loss: %d\n",
rtcp_sender_info[i].cum_loss);
CONSOLE_PRINTF(" ehsr: %u\n",
rtcp_sender_info[i].ehsr);
CONSOLE_PRINTF(" jitter (us): %u\n",
TIME_GET_R(usec,
TIME_MK_R(pcr, rtcp_sender_info[i].jitter)));
CONSOLE_PRINTF(" Sender stats for sender %d\n",
i+1);
CONSOLE_PRINTF(" max_seq: %u\n",
rtp_hdr_src[i].max_seq);
CONSOLE_PRINTF(" cycles: %u\n",
rtp_hdr_src[i].cycles);
CONSOLE_PRINTF(" bad_seq: %u\n",
rtp_hdr_src[i].bad_seq);
CONSOLE_PRINTF(" base_seq: %u\n",
rtp_hdr_src[i].base_seq);
CONSOLE_PRINTF(" transit: %u\n",
rtp_hdr_src[i].transit);
/*
* Don't display sender stats.jitter as it is
* a scaled up version of sender_info jiter,
* i.e. redundant.
*/
CONSOLE_PRINTF(" received: %u\n",
rtp_hdr_src[i].received);
CONSOLE_PRINTF(" last_arr_ts_media: %u\n",
rtp_hdr_src[i].last_arr_ts_media);
CONSOLE_PRINTF(" seqjumps: %u\n",
rtp_hdr_src[i].seqjumps);
CONSOLE_PRINTF(" initseq_count: %u\n",
rtp_hdr_src[i].initseq_count);
CONSOLE_PRINTF(" out_of_order: %u\n",
rtp_hdr_src[i].out_of_order);
/* RTCP XR Stats */
if (rtcp_sender_info[i].xr_info_avail) {
CONSOLE_PRINTF(" RTCP XR info\n");
CONSOLE_PRINTF(" begin seq: %u\n",
(uint16_t)rtcp_sender_info[i].begin_seq);
CONSOLE_PRINTF(" end seq: %u\n",
(uint16_t)rtcp_sender_info[i].end_seq);
CONSOLE_PRINTF(" lost pkts: %u\n",
rtcp_sender_info[i].lost_packets);
CONSOLE_PRINTF(" duplicated pkts: %u\n",
rtcp_sender_info[i].dup_packets);
CONSOLE_PRINTF(" late arrival pkts: %u\n",
rtcp_sender_info[i].late_arrivals);
CONSOLE_PRINTF(" min jitter (us): %u\n",
TIME_GET_R(usec,
TIME_MK_R(pcr, rtcp_sender_info[i].min_jitter)));
CONSOLE_PRINTF(" max jitter (us): %u\n",
TIME_GET_R(usec,
TIME_MK_R(pcr, rtcp_sender_info[i].max_jitter)));
CONSOLE_PRINTF(" mean jitter (us): %u\n",
TIME_GET_R(usec,
TIME_MK_R(pcr, rtcp_sender_info[i].mean_jitter)));
CONSOLE_PRINTF(" std dev jitter (us): %u\n",
TIME_GET_R(usec,
TIME_MK_R(pcr, rtcp_sender_info[i].dev_jitter)));
CONSOLE_PRINTF(" before interval: %u\n",
rtcp_sender_info[i].before_intvl);
CONSOLE_PRINTF(" not reported: %u\n",
rtcp_sender_info[i].not_reported);
CONSOLE_PRINTF(" reinit: %u\n",
rtcp_sender_info[i].re_init);
}
}
CONSOLE_PRINTF("%7s RTCP RRs sent: %d\n",
namestr, (int)(rtcp_stats.pkts.sent));
memset(&table, 0, sizeof(table));
if (vqec_rtp_session_dp_get_src_table(sess,
id,
&table)) {
CONSOLE_PRINTF(" DP sources: %u\n",
table.num_entries);
for (i = 0; i < table.num_entries; i++) {
#define RTP_DP_TABLE_DISPLAY_ENTRIES_PER_LINE 4
CONSOLE_PRINTF(" ssrc=%8x, src ip:%s port:%d\n"
" source status: (%s%s%s)\n"
" source PCM seq num offset: %d\n",
table.sources[i].key.ssrc,
inaddr_ntoa_r(
table.sources[i].key.ipv4.src_addr,
str, sizeof(str)),
ntohs(table.sources[i].key.ipv4.src_port),
(table.sources[i].info.state ==
VQEC_DP_RTP_SRC_ACTIVE ? "active" : "inactive"),
(table.sources[i].info.pktflow_permitted ?
", pktflow" : ""),
(table.sources[i].info.buffer_for_failover ?
", failover" : ""),
table.sources[i].info.session_rtp_seq_num_offset);
if (i &&
!(i % RTP_DP_TABLE_DISPLAY_ENTRIES_PER_LINE)) {
CONSOLE_PRINTF("\n");
}
}
}
}