vtkOSMesaRenderWindow::vtkOSMesaRenderWindow() : vtkMesaRenderWindow()
{
TraceInit();
TraceBegin("vtkOSMesaRenderWindow::vtkOSMesaRenderWindow");
this->Internal = new vtkOSMesaRenderWindowInternal;
TraceEnd("vtkOSMesaRenderWindow::vtkOSMesaRenderWindow");
}
void main(void)
{
UINT16 usID;
// Bsp Init
Set_System();
TraceInit();
Board_Init ();
Flash_Init();
if (1) {
UINT32 ReadAddrOffset, AddrBase, DataSize, i;
PBYTE pOriginalData;
UINT32 usLength;
if (1) {
// Write data to flash
AddrBase = 0;
Flash_Write (WIFI_FW_HELPER_ADDR, (UINT8*)helperimage, sizeof (helperimage));
// Read back data for checking...
ReadAddrOffset = 0;
pOriginalData = (PBYTE)helperimage;
DataSize = sizeof (helperimage);
while (ReadAddrOffset < DataSize) {
if (ReadAddrOffset + FLASH_PAGE_SIZE < DataSize)
usLength = FLASH_PAGE_SIZE;
else
usLength = DataSize - ReadAddrOffset;
Flash_Read(AddrBase + ReadAddrOffset, ucBuffer, usLength);
for (i = 0; i < usLength; i ++) {
if (ucBuffer[i] != pOriginalData[ReadAddrOffset + i])
break;
}
ReadAddrOffset += usLength;
if ((i != usLength) && (ReadAddrOffset != DataSize))
TRACE("Data Verify failed1!\r\n");
}
}
if (1) {
// Write data to flash
AddrBase = WIFI_FW_FW_ADDR;
Flash_Write (AddrBase, (UINT8*)fmimage, sizeof (fmimage));
// Read back data for checking...
ReadAddrOffset = 0;
pOriginalData = (PBYTE)fmimage;
DataSize = sizeof (fmimage);
while (ReadAddrOffset < DataSize) {
if (ReadAddrOffset + FLASH_PAGE_SIZE < DataSize)
usLength = FLASH_PAGE_SIZE;
else
usLength = DataSize - ReadAddrOffset;
Flash_Read(AddrBase + ReadAddrOffset, ucBuffer, usLength);
for (i = 0; i < usLength; i ++) {
if (ucBuffer[i] != pOriginalData[ReadAddrOffset + i])
break;
}
ReadAddrOffset += usLength;
if ((i != usLength) && (ReadAddrOffset != DataSize))
TRACE("Data Verify failed1!2\r\n");
}
}
}
while (1);
}
int main( int argc, char *argv[])
{
char *p;
char *Switch, *Value;
char InputFileName[200];
int i;
XTL_FileStatus XTLFileStat;
/* initialize trace to off */
TraceInit( );
SetTraceOutput( stdout ); /* defaults to stderr if not set, we want stdout */
TraceOn( FALSE );
DL_CL_ProcessArgs( argc, argv );
p = DL_CL_GetProgName( );
printf( "%s", p );
for( i = 0; Copyright[i] != NULL; ++i )
puts( Copyright[i] );
if ( getcwd(CurrentDirectory, sizeof(CurrentDirectory) - 1) == NULL )
{
CurrentDirectory[0] = 0;
puts( "Failed to get current working directory" );
}
if ( DL_CL_GetArgCount() != 1 )
{
for( i = 0; Instructions[i] != NULL; ++i )
puts( Instructions[i] );
ErrorExit( "\n" );
}
strcpy( InputFileName, DL_CL_GetArg( 0 ) );
for ( i = 0; DL_CL_GetSwitch( i, &Switch, &Value ); i++ )
{
ProcessCommandLineSwitch( Switch, Value );
}
/* Process and envirnmant variables */
ProcessEnvVars();
/* initialize the XronosIO library */
XronosIOInit();
XTL_SubVars_Init();
/* init stuff from Conf file */
puts( "Processing Conf file" );
printf( "Conf File: %s\n", ConfFileName );
if ( DL_ReadIniFile(ConfFileName) != 0 )
ErrorExit( "Failed to read conf file" );
p = DL_GetIniValue( "XF_MaxQuestions", NULL );
if ( p != NULL )
{
SetMaxQuestions( atoi(p) );
}
QuestionsOnly = DL_GetIniBOOLValue( "XF_QuestionsOnly", QuestionsOnly );
TagsRequired = DL_GetIniBOOLValue( "XF_TagsRequired", TagsRequired );
SB_Texttt_removal = DL_GetIniBOOLValue( "SageBug_Texttt_removal", SB_Texttt_removal );
InitUserDefinedSubstitution( );
p = DL_GetIniStringValue( "XF_OutputFileHeader", NULL );
if ( p != NULL )
{
strcpy( FileForOutputHeader, p );
}
p = DL_GetIniStringValue( "XF_OutputFileFooter", NULL );
if ( p != NULL )
{
strcpy( FileForOutputFooter, p );
}
p = DL_GetIniStringValue( "XF_InputFileHeader", NULL );
if ( p != NULL )
{
if ( XronosIO_SetHeaderFile( p ) != 0 )
ErrorExit( "failed to set XF_InputFileHeader value" );
printf( "Set Input HeaderFile: %s\n", p );
}
p = DL_GetIniStringValue( "XF_InputFileFooter", NULL );
if ( p != NULL )
{
if ( XronosIO_SetFooterFile( p ) != 0 )
ErrorExit( "failed to set XF_InputFileFooter value" );
printf( "Set Input FooterFile: %s\n", p );
}
DL_DiscardIniFile();
puts( "Done Processing Conf file" );
/* end ini stuff */
strcpy( OutputFileName, InputFileName );
/* Load file into memory */
printf( "*** Reading input file: %s\n", InputFileName );
ReadInputFile( InputFileName );
/* kill dups */
puts( "*** Killing Dups" );
KillDups( );
/* deal with braces */
RecycleBuffers( ); /* recycle the previous pass output to the new pass input */
puts( "*** Braces processing" );
Braces( );
/* deal with question limit on file size */
RecycleBuffers( ); /* recycle the previous pass output to the new pass input */
puts( "*** Question Limit processing" );
QuestionLimit( );
if ( SB_Texttt_removal )
{
/* deal with \text{\texttt{}} sage bug */
RecycleBuffers( ); /* recycle the previous pass output to the new pass input */
puts( "*** Texttt Removal processing" );
TextttRemoval( );
}
/* deal with substitution processing - should be JUST before WriteOutputFile() */
RecycleBuffers( ); /* recycle the previous pass output to the new pass input */
puts( "*** Internal variable substitution processing" );
HandleSubstitution( );
/* write output file */
RecycleBuffers( ); /* recycle the previous pass output to the new pass input */
printf( "*** Writing Output file; %s\n", OutputFileName );
WriteOutputFile( OutputFileName );
puts( "*** Program Complete\n" );
return 0;
}
