Static line_type doCommand(Char *line_)
{
line_type Result;
Char line[256];
Char command[256];
command_type last_command;
boolean starts_with_note;
Char STR1[256], STR3[256];
strcpy(line, line_);
if (line[0] == comment && !isAssertion(line))
return comment_line;
starts_with_note = maybeMusicLine(line);
GetNextWord(command, line, blank_, colon_);
sprintf(STR1, "%c", colon_);
if (endsWith(command, STR1)) {
last_command = findCommand(command);
Result = command_line;
if (last_command == enable)
doEnable(line, true);
else if (last_command == disable)
doEnable(line, false);
else if (last_command == range)
orig_range_line = line_no;
if (last_command != none) {
if (mustAppend(last_command) && redefined[(long)last_command])
sprintf(cline[(long)last_command] + strlen(cline[(long)last_command]),
"\n%s", line);
else {
strcpy(cline[(long)last_command], line);
if (warn_redefine && redefined[(long)last_command]) {
sprintf(STR3, "You have redefined preamble command %s", command);
warning(STR3, print);
}
}
if (last_command == start)
strcpy(start_line, line);
redefined[(long)last_command] = true;
return Result;
}
Result = colon_line;
sprintf(STR3, "%s%c %s", command, colon_, line);
addStyle(STR3);
orig_style_line[known_styles-1] = line_no;
return Result;
} else if (starts_with_note)
return plain_line;
else
return unknown;
return Result;
}
void doAdmin(int sock, ControlStruct *p)
{
char *cp, *cp1, tmpBuf[20];
int x;
if (dbg) syslog(LOG_DEBUG, "doAdmin():Enter |%s|", p->buf);
if (p->passwdMode != 0)
{
doPrivilege(p, "", sock);
}
else
{
for (cp = p->buf; *cp != '\0' && isspace(*cp); cp++);
memset(tmpBuf, '\0', sizeof(tmpBuf));
for (x = 0, cp1 = tmpBuf; *cp != '\0' && !isspace(*cp) && (unsigned)x < sizeof(tmpBuf); x++)
{
*(cp1++) = tolower(*cp++);
*cp1 = '\0';
}
if (dbg) syslog(LOG_DEBUG, "doAdmin():Command = |%s|", tmpBuf);
for (; *cp != '\0' && isspace(*cp); cp++);
if (dbg) syslog(LOG_DEBUG, "doAdmin():Remainder Command = |%s|", cp);
if (strcmp(tmpBuf, "enable") == 0)
doEnable(p, cp);
else if (strcmp(tmpBuf, "disable") == 0)
doDisable(p, cp);
else if (strcmp(tmpBuf, "disconnect") == 0)
doDisconnect(p, cp);
// else if (strcmp(tmpBuf, "privilege") == 0)
// doPrivilege(p, cp, sock);
else if (strcmp(tmpBuf, "set") == 0)
doSet(p, cp);
else if (strcmp(tmpBuf, "help") == 0)
doHelp(p, cp);
else if (strcmp(tmpBuf, "show") == 0)
doShow(p, cp);
else if (strcmp(tmpBuf, "verbose") == 0)
p->verbose = (p->verbose == 0) ? 1 : 0;
else
{
if (p->verbose)
fputs("Error, Command Not recognized\n", p->fp);
else
fputs("904:Command Not recognized\n", p->fp);
}
}
fflush(p->fp);
}
void InspectorProfilerAgent::restore()
{
if (m_state->getBoolean(ProfilerAgentState::profilerEnabled))
doEnable();
resetFrontendProfiles();
if (long interval = m_state->getLong(ProfilerAgentState::samplingInterval, 0))
ScriptProfiler::setSamplingInterval(interval);
if (m_state->getBoolean(ProfilerAgentState::userInitiatedProfiling))
start();
}
void GCHD::configureHDMI()
{
mailWrite( 0x33, VC{0x94, 0x41, 0x37} );
mailWrite( 0x33, VC{0x94, 0x4a, 0xaf} );
mailWrite( 0x33, VC{0x94, 0x4b, 0xaf} );
readDevice0x9DCD(0x3f); //EXPECTED 0xb0
mailWrite( 0x4e, VC{0x00, 0xcc} );
readDevice0x9DCD(0x94); //EXPECTED 0xb2
mailWrite( 0x4e, VC{0xab, 0x4c} );
readDevice0x9DCD(0x3f); //EXPECTED 0xb2
mailWrite( 0x4e, VC{0x00, 0xce} );
mailWrite( 0x4e, VC{0x1b, 0x33} );
readDevice0x9DCD(0x3f); //EXPECTED 0xb0
mailWrite( 0x4e, VC{0x00, 0xcc} );
readDevice0x9DCD(0x88); //EXPECTED 0xb0
mailWrite( 0x4e, VC{0xb7, 0xce} );
mailWrite( 0x4e, VC{0xb8, 0xdc} );
mailWrite( 0x4e, VC{0xb8, 0xcc} );
readDevice0x9DCD(0x3f); //EXPECTED 0xb2
mailWrite( 0x4e, VC{0x00, 0xce} );
mailWrite( 0x4e, VC{0x07, 0x38} );
mailWrite( 0x4e, VC{0x07, 0xc8} );
readDevice0x9DCD(0x3f); //EXPECTED 0xb0
mailWrite( 0x4e, VC{0x00, 0xcc} );
mailWrite( 0x4e, VC{0x51, 0x45} );
readDevice0x9DCD(0x88); //EXPECTED 0xb0
mailWrite( 0x4e, VC{0xb7, 0xcc} );
//Do nothing enable. No idea what it really checks
doEnable( 0x0000, 0x0000); //state 031e->031e, enable 000a->000a
readDevice0x9DCD(0x3f); //EXPECTED 0xb2
mailWrite( 0x4e, VC{0x00, 0xce} );
readDevice0x9DCD(0x3e); //EXPECTED 0xd3
mailWrite( 0x4e, VC{0x01, 0xad} );
readDevice0x9DCD(0x3b); //EXPECTED 0xb3
mailWrite( 0x4e, VC{0x04, 0xcd} );
mailWrite( 0x4e, VC{0x06, 0xc4} );
readDevice0x9DCD(0x36); //EXPECTED 0xba
mailWrite( 0x4e, VC{0x09, 0xe4} );
readDevice0x9DCD(0x3f); //EXPECTED 0xb0
mailWrite( 0x4e, VC{0x00, 0xcc} );
readDevice0x9DCD(0x6b); //EXPECTED 0x82
mailWrite( 0x4e, VC{0x54, 0xec} );
readDevice0x9DCD(0x93); //EXPECTED 0xb2
mailWrite( 0x4e, VC{0xac, 0x4c} );
readDevice0x9DCD(0x3f); //EXPECTED 0xb2
mailWrite( 0x4e, VC{0x00, 0x4c} );
readDevice0x9DCD(0x3f); //EXPECTED 0x32
mailWrite( 0x4e, VC{0x00, 0xcc} );
readDevice0x9DCD(0xf1); //EXPECTED 0xb2
mailWrite( 0x4e, VC{0xce, 0x4c} );
readDevice0x9DCD(0xf0); //EXPECTED 0xb2
mailWrite( 0x4e, VC{0xcf, 0xce} );
readDevice0x9DCD(0x3f); //EXPECTED 0xb2
unsigned sum6665=0;
unsigned sum6463=0;
unsigned countSum6665=0;
unsigned countSum6463=0;
double value6665;
bool rgbBit;
unsigned iterationCount=0;
do {
if(iterationCount >= 10) { //Roughly 2 seconds given usleep below, after firmware load.
throw runtime_error( "No HDMI signal found.");
}
sum6665=0;
sum6463=0;
countSum6665=0;
countSum6463=0;
//When first read information is bad, and it seems to kick off lock.
for( unsigned j = 0; j<10; ++j ) { //Read 10 times for average. Probably not at all necessary.
readHdmiSignalInformation(sum6463, countSum6463, sum6665, countSum6665, rgbBit);
}
value6665=((double)sum6665) / countSum6665;
usleep( 1000000 / 5 ); //1/5th of a second, long enough time for more than 4 frames at low frame rate.
//Should be enough to lock on.
iterationCount+=1;
} while( (iterationCount < 3) || (std::abs( value6665 - 0xad4d )<10.0) );
//^^^^^ Need to go through loop at least twice, to stabilize read, and value read must not be value
//gotten when no signal
Resolution resolution = Resolution::Unknown;
ScanMode scanMode = ScanMode::Progressive;
double refreshRate = 0.0;
if (currentInputSettings_.getResolution() == Resolution::Unknown) {
double value6463=((double)sum6463) / countSum6463;
//0xb690
if(fabs( value6463 - 0xb6d7 )<10.0) { //Allow for error.
//1080p
resolution = Resolution::HD1080;
refreshRate = 60.0;
} else if(fabs( value6463 - 0xb081 )<10.0) { //0xb123
//1080i
resolution = Resolution::HD1080;
refreshRate = 60.0;
scanMode = ScanMode::Interlaced;;
} else if(std::abs( value6463 - 0xb05c )<10.0) { //Allow for error.
//720p
resolution = Resolution::HD720;
refreshRate = 60.0;
} else if(std::abs( value6463 - 0xb0c1 )<12.0) { //480p is 0xb0bf,
//576p is 0xb0c3
//midpoint is 0xb0c1
//0xba95 is NTSC, bb75 is PAL. Code here has a slight NTSC
//region bias. ;)
resolution = Resolution::NTSC;
refreshRate = 60.0;
if( std::abs( value6665 - 0xbb75 ) < 10 ) {
resolution = Resolution::PAL;
refreshRate = 60.0;
}
} else {
if( passedInputSettings_.getResolution() == Resolution::Unknown ) {
throw runtime_error( "Mode detection failed, does not appear to be a suported mode for HDMI.");
}
}
}
if( refreshRate == 0.0 ) {
switch( passedInputSettings_.getResolution() ) {
case Resolution::PAL:
refreshRate=50.0;
break;
default:
refreshRate=60.0;
break;
}
}
//Merge passed arguments and autodetect information.
currentInputSettings_.mergeAutodetect( passedInputSettings_, resolution, scanMode, refreshRate );
//Color space isn't set yet, but that shouldn't be a problem.
currentTranscoderSettings_.mergeAutodetect( passedTranscoderSettings_, currentInputSettings_ );
mailWrite( 0x4e, VC{0x00, 0xcc} );
//Mystery setup difference. May be more appropriate to switch on reading back 0x95 instead of 0x97
//Based on input resolution.
switch( currentInputSettings_.getResolution() ) {
case Resolution::HD1080:
mailWrite( 0x4e, VC{0xb2, 0xc4} );
mailWrite( 0x4e, VC{0xb5, 0xd0} );
break;
case Resolution::HD720:
mailWrite( 0x4e, VC{0xb2, 0xcc} );
mailWrite( 0x4e, VC{0xb5, 0xcc} );
break;
case Resolution::NTSC:
case Resolution::PAL:
mailWrite( 0x4e, VC{0xb2, 0xcf} );
mailWrite( 0x4e, VC{0xb5, 0xcc} );
break;
case Resolution::Unknown:
throw std::logic_error( "Error in configuring resolution for HDMI." );
break;
}
mailWrite( 0x4e, VC{0x00, 0xce} );
mailWrite( 0x4e, VC{0x1b, 0x30} );
mailWrite( 0x4e, VC{0x1f, 0xdc} );
readDevice0x9DCD(0x29); //EXPECTED 0xba
mailWrite( 0x4e, VC{0x1f, 0xcc} );
readDevice0x9DCD(0x3b); //EXPECTED 0xb3
mailWrite( 0x4e, VC{0x04, 0xcf} );
mailWrite( 0x4e, VC{0x04, 0xcd} );
readDevice0x9DCD(0x3f); //EXPECTED 0xb0
mailWrite( 0x4e, VC{0x00, 0xcc} );
mailWrite( 0x4e, VC{0x40, 0xcc} );
readDevice0x9DCD(0x3f); //EXPECTED 0xb2
mailWrite( 0x4e, VC{0x00, 0xcd} );
mailWrite( 0x4e, VC{0x00, 0xcc} );
mailWrite( 0x4e, VC{0xb0, 0xe8} );
mailWrite( 0x4e, VC{0xb1, 0x0c} );
mailWrite( 0x4e, VC{0xad, 0xc9} );
readDevice0x9DCD(0x8f); //EXPECTED 0x96
mailWrite( 0x4e, VC{0xb0, 0xe9} );
readDevice0x9DCD(0x3f); //EXPECTED 0xb2
mailWrite( 0x4e, VC{0x00, 0xcc} );
mailWrite( 0x4e, VC{0xab, 0xcc} );
mailWrite( 0x33, VC{0x99, 0x89, 0xf5} );
mailRead( 0x33, 1 ); //EXPECTED {0x82}
mailWrite( 0x33, VC{0x99, 0x89, 0xfd} );
mailRead( 0x33, 1 ); //EXPECTED {0x6f}
mailWrite( 0x33, VC{0x99, 0x89, 0xf5} );
mailRead( 0x33, 1 ); //EXPECTED {0x82}
mailWrite( 0x33, VC{0x99, 0x89, 0xfc} );
mailRead( 0x33, 1 ); //EXPECTED {0x6e}
mailWrite( 0x33, VC{0x99, 0x89, 0xf3} );
mailRead( 0x33, 1 ); //EXPECTED {0x6e}
mailWrite( 0x4c, VC{0x0c, 0x89} );
mailWrite( 0x33, VC{0x99, 0x89, 0xf5} );
mailRead( 0x33, 1 ); //EXPECTED {0x82}
mailWrite( 0x4c, VC{0x0e, 0x65} );
mailWrite( 0x4c, VC{0x0e, 0x64} );
configureCommonBlockA();
configureSetupSubblock();
mailWrite( 0x33, VC{0x99, 0x89, 0x6b} );
mailRead( 0x33, 1 ); //EXPECTED {0x6e}
mailWrite( 0x4c, VC{0xc0, 0x80} );
mailWrite( 0x4c, VC{0xa2, 0x77} );
mailWrite( 0x33, VC{0x99, 0x89, 0x58} );
mailRead( 0x33, 1 ); //EXPECTED {0x91}
mailWrite( 0x4c, VC{0xc0, 0x77} );
bool mysteryParameter=false;
if (currentInputSettings_.getResolution() != Resolution::HD1080) {
if( currentInputSettings_.getScanMode() == ScanMode::Progressive ) {
mysteryParameter=true;
}
}
configureCommonBlockB1(mysteryParameter);
configureCommonBlockB2();
configureCommonBlockB3();
configureCommonBlockC();
readHdmiSignalInformation( sum6463, countSum6463, sum6665, countSum6665, rgbBit);
if( passedInputSettings_.getColorSpace()==ColorSpace::Unknown ) {
if( rgbBit ) {
currentInputSettings_.setColorSpace(ColorSpace::RGB);
} else {
currentInputSettings_.setColorSpace(ColorSpace::YUV);
}
} else {
currentInputSettings_.setColorSpace( passedInputSettings_.getColorSpace() );
}
mailWrite( 0x4e, VC{0x00, 0xcc} ); //Make sure on right bank for color space configure.
configureColorSpace();
transcoderFinalConfigure( currentInputSettings_, currentTranscoderSettings_ );
transcoderSetup( currentInputSettings_, currentTranscoderSettings_ );
scmd(SCMD_INIT, 0xa0, 0x0000);
uint16_t state=read_config<uint16_t>(SCMD_STATE_READBACK_REGISTER); //EXPECTED=0x0001
scmd(SCMD_STATE_CHANGE, 0x00, SCMD_STATE_START);
completeStateChange(state, SCMD_STATE_START); //EXPECTED 0x0001
currentInputSettings_.dumpMode();
}
void InspectorProfilerAgent::enable(ErrorString*)
{
m_state->setBoolean(ProfilerAgentState::profilerEnabled, true);
doEnable();
}