str_list_t* dataParseList(const str_list_t records, str_list_t* columns, dataLineParser_t lineParser)
{
size_t ri=0;
size_t li=0;
str_list_t* list;
if(records==NULL)
return(NULL);
if((list=(str_list_t*)malloc(sizeof(str_list_t)*(strListCount(records)+1)))==NULL)
return(NULL);
if(columns!=NULL) {
if((*columns=lineParser(records[ri++]))==NULL) {
free(list);
return(NULL);
}
}
while(records[ri]!=NULL)
list[li++]=lineParser(records[ri++]);
list[li]=NULL; /* terminate */
return(list);
}
/**
* This loads the configuration file from disk to memory
* @return bool of status whether config is valid or not
*/
bool Config::loadConfig() {
// File object handle
std::ifstream config;
// Parsing variables
std::string token, tmp;
// Open file
config.open(getPath().c_str());
// File doesn't exist
if (!config.is_open()) {
config.close();
// Set defaults
setUrl(defaultURL);
return false;
}
// Read through file line by line
while (config.is_open() && std::getline(config, token)) {
std::stringstream lineParser(token);
lineParser >> tmp;
// Handle each key here
// Mode
if (tmp == "mode:") {
lineParser >> tmp;
// Nothing set
if (tmp.empty()) {
std::cout << "Error: No mode set." << std::endl;
setMode(PASSIVE);
}
// Passive mode
else if (tmp == "passive") {
setMode(PASSIVE);
}
// Active mode
else if (tmp == "active") {
setMode(ACTIVE);
}
// Bad option
else {
std::cout << "Mode invalid option: " << tmp;
setMode(PASSIVE);
}
}
// URL
else if (tmp == "url:") {
Material Model::loadMaterial( std::string& data, int numOfTextures, int programID )
{
Material material( programID );
for( unsigned int i = 0; i < data.length(); ++i )
{
std::string line;
while( data[i] != '\n' )
{
line += data[i];
++i;
}
StringParser lineParser( line, std::string( ", " ) );
int textureType = atoi( lineParser.getNextToken().c_str() );
std::string fileName = lineParser.getNextToken();
std::string filePath( "Models\\Images\\" );
if( fileName.length() == 0 )
return material;
std::string extension = fileName.substr( fileName.length() - 3, 3 );
if( extension.compare( "dds" ) == 0 )
{
convertToPNG( fileName );
}
switch( textureType )
{
case DIFFUSE:
material.setTexture( std::string( "diffuseTex" ), GL_TEXTURE0, Texture::CreateOrGetTexture( filePath + fileName )->getTextureID() );
break;
case SPECULAR:
material.setTexture( std::string( "specularTex" ), GL_TEXTURE1, Texture::CreateOrGetTexture( filePath + fileName )->getTextureID() );
break;
case EMISSIVE:
material.setTexture( std::string( "emissiveTex" ), GL_TEXTURE2, Texture::CreateOrGetTexture( filePath + fileName )->getTextureID() );
break;
case NORMAL:
material.setTexture( std::string( "normalTex" ), GL_TEXTURE3, Texture::CreateOrGetTexture( filePath + fileName )->getTextureID() );
break;
}
}
return material;
}
void MainWindow::loadFile(const QString &fileName)
{
//if is empty
if(fileName.isEmpty())
{
//set the file name
this->setFileName(QString ());
ui->AppOutput->append("No file is open");
return;
}
// create a QFile Object with the fileName variable
QFile *qfo=new QFile(fileName);
//if
if(!(qfo->open(QIODevice::Text|QIODevice::ReadOnly)))
{
ui->AppOutput->append("The file "+fileName+" cannot be opened");
QMessageBox::warning(this,"Error","The file cannot be opened",QMessageBox::Ok,QMessageBox::Ok);
setFileName(QString());
return;
}
else
{
ui->AppOutput->append("The file at "+fileName+" is opened");
QTextStream qts(qfo);
//codigo de parseo.
int count_lines=0;
while(!qts.atEnd())
{
//se lee la linea
QString line=qts.readLine();
//se muestra en la pantalla
ui->textEdit->appendPlainText(line);
//se envia a parsearla
lineParser(line);
//se cuenta la cantidad de lineas
count_lines++;
}
ui->AppOutput->append("Lines: "+QString::number(count_lines));
qfo->close();
setFileName(fileName);
setWindowModified(false);
}
}
/**
* read function for the configuration file. It
* reads and interprets the complete file.
* @exception thows assert if an error in the file occured
*/
void parserReadConf(void) {
char name[NAMELEN];
/* expecting name */
parserExpectTokenNeu(tokName);
/* copy name of station */
parserExpectName(name, "Bahnhofname erwartet");
strncpy(cStationName, name, NAMELEN - 1);
cStationName[NAMELEN] = '\0';
parserExpectTokenNeu(tokLBracket);
registerParser(); /* now ios are made */
parserExpectTokenNeu(tokRBracket);
ledParser();
duoledParser();
parserExpectTokenNeu(tokLBracket);
buttonParser(); /* now keys are parsed */
turnoutParser(); /* the switches */
sectionsParser(); /* the sections */
dwarfParser(); /* the dwarfs (Zwergsignale, Sperrsignale) */
shuntrouteParser(); /* the shunting routes (RaFas) */
combishuntrouteParser(); /* the combined shunting routes */
mainsParser(); /* the main signals (Hauptsignale) */
routeParser(); /* the train routes (ZuFas) */
dwarfParserResolve(); /* resolve unknown issues */
combirouteParser(); /* the combined train routes */
distantsParser(); /* the distant signals (Vorsignale */
lineParser(); /* the lines (Strecken) */
routeParserResolve(); /* resolve unknown lines in route */
blockParser(); /* the blocks */
lineParserResolve(); /* resolve unknown blocks in line */
automatParser(); /* the automat */
parserExpectTokenNeu(tokRBracket);
}
// allocates memory for outUsersFilePath and outGroupsFilePath - remember to delete
// returns the auth scheme
QTSS_AuthScheme QTAccessFile::FindUsersAndGroupsFilesAndAuthScheme(char* inAccessFilePath, QTSS_ActionFlags inAction, char** outUsersFilePath, char** outGroupsFilePath)
{
QTSS_AuthScheme authScheme = qtssAuthNone;
QTSS_ActionFlags currentFlags = qtssActionFlagsRead;
if (inAccessFilePath == NULL)
return authScheme;
*outUsersFilePath = NULL;
*outGroupsFilePath = NULL;
//Assert(outUsersFilePath == NULL);
//Assert(outGroupsFilePath == NULL);
StrPtrLen accessFileBuf;
(void)QTSSModuleUtils::ReadEntireFile(inAccessFilePath, &accessFileBuf);
OSCharArrayDeleter accessFileBufDeleter(accessFileBuf.Ptr);
StringParser accessFileParser(&accessFileBuf);
StrPtrLen line;
StrPtrLen word;
while( accessFileParser.GetDataRemaining() != 0 )
{
accessFileParser.GetThruEOL(&line); // Read each line
StringParser lineParser(&line);
lineParser.ConsumeWhitespace(); //skip over leading whitespace
if (lineParser.GetDataRemaining() == 0) // must be an empty line
continue;
char firstChar = lineParser.PeekFast();
if ( (firstChar == '#') || (firstChar == '\0') )
continue; //skip over comments and blank lines...
lineParser.ConsumeUntilWhitespace(&word);
if ( word.Equal("<Limit") ) // a limit line
{
currentFlags = qtssActionFlagsNoFlags; // clear to no access
lineParser.ConsumeWhitespace();
lineParser.ConsumeUntil( &word, sWhitespaceAndGreaterThanMask); // the flag <limit Read> or <limit Read >
while (word.Len != 0) // compare each word in the line
{
if (word.Equal("WRITE") )
{
currentFlags |= inAction & qtssActionFlagsWrite; // accept following lines if inFlags has write
}
if (word.Equal("READ") )
{
currentFlags |= inAction & qtssActionFlagsRead; // accept following lines if inFlags has read
}
lineParser.ConsumeWhitespace();
lineParser.ConsumeUntil(&word, sWhitespaceAndGreaterThanMask);
}
continue; //done with limit line
}
if ( word.Equal("</Limit>") )
currentFlags = qtssActionFlagsRead; // set the current access state to the default of read access
if (0 == (currentFlags & inAction))
continue; // ignore lines because inFlags doesn't match the current access state
if (word.Equal("AuthUserFile") )
{
lineParser.ConsumeWhitespace();
lineParser.GetThruEOL(&word);
StringParser::UnQuote(&word);// if the parsed string is surrounded by quotes then remove them.
if(*outUsersFilePath != NULL) // we are encountering the AuthUserFile keyword twice!
delete[] *outUsersFilePath; // The last one found takes precedence...delete the previous path
*outUsersFilePath = word.GetAsCString();
continue;
}
if (word.Equal("AuthGroupFile") )
{
lineParser.ConsumeWhitespace();
lineParser.GetThruEOL(&word);
StringParser::UnQuote(&word);// if the parsed string is surrounded by quotes then remove them.
if(*outGroupsFilePath != NULL) // we are encountering the AuthGroupFile keyword twice!
delete[] *outGroupsFilePath; // The last one found takes precedence...delete the previous path
*outGroupsFilePath = word.GetAsCString();
continue;
}
if (word.Equal("AuthScheme") )
{
lineParser.ConsumeWhitespace();
lineParser.GetThruEOL(&word);
StringParser::UnQuote(&word);// if the parsed string is surrounded by quotes then remove them.
if (word.Equal("basic"))
authScheme = qtssAuthBasic;
else if (word.Equal("digest"))
authScheme = qtssAuthDigest;
continue;
}
}
return authScheme;
}
Bool16 QTAccessFile::AccessAllowed ( char *userName, char**groupArray, UInt32 numGroups, StrPtrLen *accessFileBufPtr,
QTSS_ActionFlags inFlags,StrPtrLen* ioRealmNameStr, Bool16 *outAllowAnyUserPtr, void *extraDataPtr
)
{
if (NULL == accessFileBufPtr || NULL == accessFileBufPtr->Ptr || 0 == accessFileBufPtr->Len)
return true; // nothing to check
if (ioRealmNameStr != NULL && ioRealmNameStr->Ptr != NULL && ioRealmNameStr->Len > 0)
ioRealmNameStr->Ptr[0] = 0;
StringParser accessFileParser(accessFileBufPtr);
QTSS_ActionFlags currentFlags = qtssActionFlagsRead;
StrPtrLen line;
StrPtrLen word;
Bool16 haveUserName = false;
Bool16 haveRealmResultBuffer = false;
Bool16 haveGroups = false;
*outAllowAnyUserPtr = false;
haveUserName = HaveUser(userName, extraDataPtr);
haveGroups = HaveGroups(groupArray, numGroups, extraDataPtr);
haveRealmResultBuffer = HaveRealm(userName, ioRealmNameStr, extraDataPtr );
while( accessFileParser.GetDataRemaining() != 0 )
{
accessFileParser.GetThruEOL(&line); // Read each line
StringParser lineParser(&line);
lineParser.ConsumeWhitespace();//skip over leading whitespace
if (lineParser.GetDataRemaining() == 0) // must be an empty line
continue;
char firstChar = lineParser.PeekFast();
if ( (firstChar == '#') || (firstChar == '\0') )
continue; //skip over comments and blank lines...
lineParser.ConsumeUntilWhitespace(&word);
if ( word.Equal("<Limit") ) // a limit line
{
currentFlags = qtssActionFlagsNoFlags; // clear to no access
lineParser.ConsumeWhitespace();
lineParser.ConsumeUntil( &word, sWhitespaceAndGreaterThanMask); // the flag <limit Read> or <limit Read >
while (word.Len != 0) // compare each word in the line
{
if (word.Equal("WRITE") )
{ currentFlags |= inFlags & qtssActionFlagsWrite; // accept following lines if inFlags has write
}
if (word.Equal("READ") )
{ currentFlags |= inFlags & qtssActionFlagsRead; // accept following lines if inFlags has read
}
lineParser.ConsumeWhitespace();
lineParser.ConsumeUntil(&word, sWhitespaceAndGreaterThanMask);
}
continue; //done with limit line
}
if ( word.Equal("</Limit>") )
currentFlags = qtssActionFlagsRead; // set the current access state to the default of read access
if (0 == (currentFlags & inFlags))
continue; // ignore lines because inFlags doesn't match the current access state
if (haveRealmResultBuffer && word.Equal("AuthName") ) //realm name
{
lineParser.ConsumeWhitespace();
lineParser.GetThruEOL(&word);
StringParser::UnQuote(&word);// if the parsed string is surrounded by quotes then remove them.
GetRealm(&word, ioRealmNameStr, userName, extraDataPtr );
// we don't change the buffer len ioRealmNameStr->Len because we might have another AuthName tag to copy
continue; // done with AuthName (realm)
}
if (word.Equal("require") )
{
lineParser.ConsumeWhitespace();
lineParser.ConsumeUntilWhitespace(&word);
if (haveUserName && word.Equal("valid-user") )
{ return true;
}
if ( word.Equal("any-user") )
{
*outAllowAnyUserPtr = true;
return true;
}
if (!haveUserName)
continue;
if (word.Equal("user") )
{
lineParser.ConsumeWhitespace();
lineParser.ConsumeUntilWhitespace(&word);
while (word.Len != 0) // compare each word in the line
{
if (TestUser(&word, userName, extraDataPtr ))
return true;
lineParser.ConsumeWhitespace();
lineParser.ConsumeUntilWhitespace(&word);
}
continue; // done with "require user" line
}
if (haveGroups && word.Equal("group")) // check if we have groups for the user
{
lineParser.ConsumeWhitespace();
lineParser.ConsumeUntilWhitespace(&word);
while (word.Len != 0) // compare each word in the line
{
if (TestGroup(&word, userName, groupArray, numGroups, extraDataPtr) )
return true;
lineParser.ConsumeWhitespace();
lineParser.ConsumeUntilWhitespace(&word);
}
continue; // done with "require group" line
}
if (TestExtraData(&word, &lineParser, extraDataPtr))
return true;
continue; // done with unparsed "require" line
}
}
return false; // user or group not found
}
bool Model::loadModel( const char* filePath, int programID )
{
FILE* file = fopen( filePath, "rb" );
if( !file )
return false;
while( !feof( file ) )
{
std::string line;
char buffer = '\0';
while( !feof( file ) && buffer != '\n' )
{
buffer = (char)fgetc( file );
line += buffer;
}
StringParser lineParser( line, std::string( ", " ) );
std::string type = lineParser.getNextToken();
if( type.compare( "StaticMesh" ) == 0 )
{
Mesh newMesh;
std::string meshData;
int numOfVerts = atoi( lineParser.getNextToken().c_str() );
int numOfTransforms = atoi( lineParser.getNextToken().c_str() );
int transformID = atoi( lineParser.getNextToken().c_str() );
int parentTransformID = atoi( lineParser.getNextToken().c_str() );
newMesh.readMeshData( file, numOfVerts, numOfTransforms, transformID, parentTransformID );
m_Meshs.insert( std::pair< int, Mesh >( newMesh.getTransformID(), newMesh ) );
}
else if( type.compare( "SkeletalMesh" ) == 0 )
{
SkeletalMesh skeletalMesh;
int numOfVerts = atoi( lineParser.getNextToken().c_str() );
skeletalMesh.readSkeletalMeshData( file, numOfVerts );
m_SkeletalMeshs.push_back( skeletalMesh );
}
else if( type.compare( "Bone" ) == 0 )
{
Bone bone;
int boneID = atoi( lineParser.getNextToken().c_str() );
int numOfTransforms = atoi( lineParser.getNextToken().c_str() );
std::vector< Matrix3 > transforms( numOfTransforms );
Matrix3 initialInverse;
fread( &initialInverse, sizeof( Matrix3 ), 1, file );
fread( transforms.data(), sizeof( Matrix3 ), numOfTransforms, file );
bone.initialInverse = initialInverse.convertTo4x4Matrix();
for( int i = 0; i < numOfTransforms; ++i )
{
bone.transforms.push_back( transforms[i].convertTo4x4Matrix() );
}
m_Bones[boneID] = bone;
}
else if( type.compare( "Material" ) == 0 )
{
int materialID = atoi( lineParser.getNextToken().c_str() );
int numOfTextures = atoi( lineParser.getNextToken().c_str() );
std::string materialData;
for( int i = 0; i < numOfTextures; )
{
buffer = (char)fgetc( file );
materialData += buffer;
if( buffer == '\n' )
{
++i;
}
}
m_Materials.push_back( loadMaterial( materialData, numOfTextures, programID ) );
}
}
if( m_Materials.size() == 0 )
{
m_Materials.push_back( Material( programID ) );
}
fclose( file );
std::cout << "Finished loading " << filePath << std::endl;
return true;
}
int main(int argc,char** argv)
{
if(argc!= 2){
printf("Wrong arguments!\nSintax: GESTAUTS 'file_path'\n");
return 1;
}
time_t seconds = time(NULL);
int entradas = 0;
int menor_ano = 2015;
int maior_ano = 0;
int autores = 0;
char *filename = argv[1];
FILE* fl = fopen(filename,"a+");
int read;
char * line = NULL;
size_t len = 0;
int ano;
Indice* indice;
int i = 0;
indice = initInd(indice);
/*malloc(28*sizeof(Node));
for(i;i<28;i++)
indice[i] = NULL;
*/
Catalog * catalog;
catalog = catInit(catalog);
i=0 ;
while ((read = getline(&line, &len, fl)) != -1) {
int nap= 0;
char** nomes;
lineParser(line,&autores, &ano,&nap,&nomes);
if(ano > maior_ano)
maior_ano = ano;
if(ano < menor_ano)
menor_ano = ano;
catalog = add(catalog,ano,nomes,nap);
while(nap>0)
{
indice = addToInd(indice ,nomes[nap-1]);
nap--;
}
//printf("%s\n", nomes[0]);
entradas++;
free(nomes);
len= 0;
}
printf("Ficheiro: %s\n", filename);
printf("Publicaçoes: %d\n",entradas );
printf("Numero total de autores: %d\n",autores );
printf("Intervalo de anos: [%d-%d]\n", menor_ano,maior_ano);
printCatalog(catalog);
//printIndice(indice);
free(line);
fclose(fl);
free(indice);
free(catalog);
time_t seconds2 = time(NULL);
printf("time in seconds :: %ld\n", (seconds2-seconds) );
return 0;
}
void SDPContainer::Parse()
{
char* validChars = "vosiuepcbtrzkam";
char nameValueSeparator = '=';
Bool16 valid = true;
StringParser sdpParser(&fSDPBuffer);
StrPtrLen line;
StrPtrLen fieldName;
StrPtrLen space;
Bool16 foundLine = false;
while (sdpParser.GetDataRemaining() != 0)
{
foundLine = sdpParser.GetThruEOL(&line); // Read each line
if (!foundLine)
{
break;
}
StringParser lineParser(&line);
lineParser.ConsumeWhitespace();//skip over leading whitespace
if (lineParser.GetDataRemaining() == 0) // must be an empty line
continue;
char firstChar = lineParser.PeekFast();
if (firstChar == '\0')
continue; //skip over blank lines
fFieldStr[(UInt8)firstChar] = firstChar;
switch (firstChar)
{
case 'v': fReqLines |= kV;
break;
case 's': fReqLines |= kS;
break;
case 't': fReqLines |= kT;
break;
case 'o': fReqLines |= kO;
break;
}
lineParser.ConsumeUntil(&fieldName, nameValueSeparator);
if ((fieldName.Len != 1) || (::strchr(validChars, fieldName.Ptr[0]) == NULL))
{
valid = false; // line doesn't begin with one of the valid characters followed by an "="
break;
}
if (!lineParser.Expect(nameValueSeparator))
{
valid = false; // line doesn't have the "=" after the first char
break;
}
lineParser.ConsumeUntil(&space, StringParser::sWhitespaceMask);
if (space.Len != 0)
{
valid = false; // line has whitespace after the "="
break;
}
AddHeaderLine(&line);
}
if (fNumUsedLines == 0) // didn't add any lines
{
valid = false;
}
fValid = valid;
}
