bool
StreamReaderUnix::ProcessCSI(InputData& in) {
static ExtKeyMap gExtKeyMap;
if (gExtKeyMap.empty()) {
// Gnome xterm
gExtKeyMap['[']['A'] = InputData::kEIUp;
gExtKeyMap['[']['B'] = InputData::kEIDown;
gExtKeyMap['[']['C'] = InputData::kEIRight;
gExtKeyMap['[']['D'] = InputData::kEILeft;
gExtKeyMap['[']['F'] = InputData::kEIEnd; // Savannah 83478
gExtKeyMap['[']['H'] = InputData::kEIHome;
gExtKeyMap['[']['O']['F'] = InputData::kEIEnd;
gExtKeyMap['[']['O']['H'] = InputData::kEIHome;
gExtKeyMap['[']['1']['~'] = InputData::kEIHome;
gExtKeyMap['[']['2']['~'] = InputData::kEIIns;
gExtKeyMap['[']['3']['~'] = InputData::kEIDel;
gExtKeyMap['[']['4']['~'] = InputData::kEIEnd;
gExtKeyMap['[']['5']['~'] = InputData::kEIPgUp;
gExtKeyMap['[']['6']['~'] = InputData::kEIPgDown;
gExtKeyMap['[']['1'][';']['5']['A'].Set(InputData::kEIUp,
InputData::kModCtrl);
gExtKeyMap['[']['1'][';']['5']['B'].Set(InputData::kEIDown,
InputData::kModCtrl);
gExtKeyMap['[']['1'][';']['5']['C'].Set(InputData::kEIRight,
InputData::kModCtrl);
gExtKeyMap['[']['1'][';']['5']['D'].Set(InputData::kEILeft,
InputData::kModCtrl);
// MacOS
gExtKeyMap['O']['A'] = InputData::kEIUp;
gExtKeyMap['O']['B'] = InputData::kEIDown;
gExtKeyMap['O']['C'] = InputData::kEIRight;
gExtKeyMap['O']['D'] = InputData::kEILeft;
gExtKeyMap['O']['F'] = InputData::kEIEnd;
gExtKeyMap['O']['H'] = InputData::kEIHome;
gExtKeyMap['[']['5']['C'].Set(InputData::kEIRight, InputData::kModCtrl);
gExtKeyMap['[']['5']['D'].Set(InputData::kEILeft, InputData::kModCtrl);
}
InputData::EExtendedInput ret = InputData::kEIUninitialized;
char mod = 0;
Rewind rwd(fReadAheadBuffer, ret);
ExtKeyMap* EKM = &gExtKeyMap;
while (EKM) {
if (EKM->haveExtInp()) {
ret = EKM->getExtInp();
mod = EKM->getMod();
EKM = 0;
} else {
char c1 = ReadRawCharacter();
rwd.push(c1);
EKM = EKM->find(c1);
}
}
in.SetExtended(ret);
in.SetModifier(mod);
return ret != InputData::kEIUninitialized;
}
int CTestRTFTablePostProcessor::CheckResults(CRtfDocumentChainBuilder& builder, CChainElement* pIter, bool &bFoundJoin)
{
int iTableCount = 0;
while (pIter)
{
RtfObjectTypes rotType = (RtfObjectTypes)pIter->GetType();
if (rotType == ROT_Table)
{
iTableCount++;
CRTF_Table* pTable = (CRTF_Table *)pIter;
if (pTable->m_TableSplittingWhitespace[0] != NULL)
{
bFoundJoin = true;
OutputFileData outputFile;
outputFile.SetWriteToBuffer(true);
RtfWriterData rwd(pIter->GetFileContext(), outputFile, NULL, true, &builder);
RtfWriterInfo info(pIter->GetFileContext(), false, false);
RTFObjectCollection* pColl = new RTFObjectCollection(rotFieldInst,(pIter->GetFileContext()));
rwd.m_pRoot = pColl;
pTable->WriteRtf(rwd, info);
assertMessage(rwd.GetCollectionSize() > 0, _T("Should have written something"));
// pColl->GetCount() > 0
assertMessage(pColl->At(0)->GetType() == rotTable, _T("Should be a table here"));
const RTFTable* pTable2 = (const RTFTable *)pColl->At(0);
assertMessage(pTable2->m_pTableSplittingWhitespace.size() > 0, _T("Should have some objects"));
assertMessage(pTable2->m_pTableSplittingWhitespace[0] != NULL, _T("Should have transferred the whitespace paraPluses"));
rwd.m_bIgnoreWrittenCountsSoTestsCanCleanUpProperly = true;
rwd.DisassembleWriterData(pColl);
for (int i=0; i<pColl->GetCount(); i++)
pColl->DetachObject(i);
delete pColl;
}
else if ( pTable->GetCellCount() == 1)
{
CRTF_Cell* pCell = pTable->Cell(0);
CChainElement* pInnerIter = pCell->GetContent();
iTableCount += CheckResults(builder, pInnerIter, bFoundJoin);
}
}
pIter=pIter->GetNext();
}
return iTableCount;
}
int saveDir(struct NODE *inputCWD, char *outputFile){
struct NODE *Temp;
FILE *outfile;
outfile = fopen(outputFile, "a"); //appends file
// fprintf(outfile, "\n");
fclose(outfile);
rwd(inputCWD, outputFile); // writes cwd to file
outfile = fopen(outputFile, "a"); //appends file
fprintf(outfile, "\n");
if(inputCWD->childPtr){
Temp = inputCWD->childPtr;
if(*Temp->Type == 'F'){ // checking to see if first childPtr of inputCWD is a file
fprintf(outfile, "\n");
fprintf(outfile, "~%s", Temp->Name);
}
while(Temp->siblingPtr){ // going through directory and fprintf all files within
Temp = Temp->siblingPtr;
if(*Temp->Type == 'F'){ // checking to see if first childPtr of inputCWD is a file
fprintf(outfile, "~%s", Temp->Name);
}
}
fprintf(outfile, "\n");
fclose(outfile);
// Now we recursively print the folders within the input directory
Temp = inputCWD->childPtr;
if(*Temp->Type == 'D'){ // checking to see if first childPtr of inputCWD is a file
saveDir(Temp, outputFile);
}
while(Temp->siblingPtr){ // going through directory and fprintf all files within
Temp = Temp->siblingPtr;
if(*Temp->Type == 'D'){ // checking to see if first childPtr of inputCWD is a file
// outfile = fopen(outputFile, "a"); //appends file
// fprintf(outfile, "\n");
// fclose(outfile);
saveDir(Temp, outputFile);
}
}
}
return 1;
}