/**
* Loop to Read commands in a Menu File.
*/
int MenuFunction::commandsReadData(const std::string &MenuName, const int &idx)
{
std::string path = getDirectoryPath();
path.append(MenuName);
path.append(".menu");
int ret = 0;
ret = commandsExist(MenuName,idx);
if(ret < 1) return false;
// Else Read and Parse it
std::ifstream iFS;
iFS.open(path.c_str());
if(!iFS.is_open())
{
//errlog((char *)"Couldn't Open Menu Commands: %s\n", path.c_str());
return false;
}
CommandRecord cmdRecord;
std::string cfgdata;
for(;;)
{
std::getline(iFS, cfgdata, '\n');
commandsParse(cfgdata, idx, &cmdRecord);
if(iFS.eof()) break;
}
iFS.close();
// Add to List of Commands.
m_command_record.push_back(cmdRecord);
return true;
}
/*
* Check if Command Exists (Used for Counting Commands)
*/
int MenuFunction::commandsExist(const std::string &MenuName, const int &idx)
{
//std::cout << "MenuFunction::cmdexist" << std::endl;
std::string path = getDirectoryPath();
path.append(MenuName);
path.append(".menu");
int ret = false;
char sText[200]= {0};
// Open file for reading and parsing.
std::ifstream iFS2;
iFS2.open(path.c_str());
if(!iFS2.is_open())
{
//errlog((char *)"Couldn't Open Menu Command [cmdexist()]: %s\n", path.c_str());
return ret;
}
// Loop Through and Find the The Command
sprintf(sText,"[CommandRec%.03d]",idx);
std::string cfgdata;
std::string::size_type id1 = 0;
while(std::getline(iFS2, cfgdata, '\n'))
{
id1 = cfgdata.find(sText, 0);
if (id1 != std::string::npos)
{
ret = true;
}
}
iFS2.close();
return ret;
}
/*
* Loop for Reading reading a menu
*/
int MenuFunction::menuReadData(const std::string &MenuName)
{
std::string path = getDirectoryPath();
path.append(MenuName);
path.append(".menu");
std::cout << "Read Menu: " << path << std::endl;
std::ifstream iFS;
iFS.open(path.c_str());
if(!iFS.is_open())
{
std::cout << "Error: Unable to Read Menu: "
<< path
<< std::endl;
return false;
}
std::string cfgdata;
while(std::getline(iFS,cfgdata,'\n'))
{
menuParseData(cfgdata);
}
iFS.close();
return true;
}
bool CResourceGroupManager::getResourceFullPath(const std::string& resourceFileName,
std::string& fullpath,
E_RESOURCE_FILE_TYPE filetype) const
{
std::string dirPath;
if (!getDirectoryPath(resourceFileName, dirPath, filetype))
return false;
fullpath = dirPath + resourceFileName;
return true;
}
queryList* FSqueryTool( queryList *listpointer )
{
void getDirectoryPath( ) ;
void attributeDATE( ) ;
void attributeNAME( ) ;
resultList* attributeID( query *, int ) ;
char oneLine[BUFFER_SIZE] ; // one line from the an opened file
char *word ; // a token during string tokenization
int numClauses ;
queryList *tempQueries ; // a pointer to the query list arguement
resultList *tempResults ;
getDirectoryPath( ) ;
tempQueries = listpointer ;
tempResults = NULL ;
while( tempQueries != NULL )
{
for( numClauses = 0 ; numClauses <= tempQueries -> oneQuery -> numClauses ; numClauses++ )
{
if( strcmp( tempQueries -> oneQuery -> myClauses[numClauses].attribute, "ID" ) == 0 )
{
if( numClauses == 0 )
tempResults = attributeID( tempQueries -> oneQuery, numClauses ) ;
else
{
if( strcmp( tempQueries -> oneQuery -> myClauses[numClauses-1].conjecture, "AND" ) == 0 )
tempResults = andResult( tempResults, attributeID( tempQueries -> oneQuery, numClauses ) ) ;
if( strcmp( tempQueries -> oneQuery -> myClauses[numClauses-1].conjecture, "OR" ) == 0 )
tempResults = orResult(tempResults, attributeID( tempQueries -> oneQuery, numClauses ) ) ;
}
}
if( strcmp( tempQueries -> oneQuery -> myClauses[numClauses].attribute, "DATE" ) == 0 )
{
char fileTime[22] = { '\0' } ;
dateResults = NULL;
formatTimeStamp( fileTime, tempQueries -> oneQuery -> myClauses[numClauses].value ) ;
fileQueryTime = parsedate( fileTime, NULL) ;
strcpy( operatorType, tempQueries -> oneQuery -> myClauses[numClauses].operator ) ;
attributeDATE( ) ;
if( numClauses == 0 )
tempResults = dateResults ;
else
{
if( strcmp( tempQueries -> oneQuery -> myClauses[numClauses-1].conjecture, "AND" ) == 0 )
tempResults = andResult( tempResults, dateResults ) ;
if( strcmp( tempQueries -> oneQuery -> myClauses[numClauses-1].conjecture, "OR" ) == 0 )
tempResults = orResult( tempResults, dateResults ) ;
}
}
if( strcmp( tempQueries -> oneQuery -> myClauses[numClauses].attribute, "NAME" ) == 0 )
{
nameResults = NULL;
strcpy( operatorType, tempQueries -> oneQuery -> myClauses[numClauses].operator ) ;
strcpy( queryName, tempQueries -> oneQuery -> myClauses[numClauses].value ) ;
attributeNAME( ) ;
if( numClauses == 0 )
tempResults = nameResults ;
else
{
if( strcmp( tempQueries -> oneQuery -> myClauses[numClauses-1].conjecture, "AND" ) == 0 )
tempResults = andResult( tempResults, nameResults ) ;
if( strcmp( tempQueries -> oneQuery -> myClauses[numClauses-1].conjecture, "OR" ) == 0 )
tempResults = orResult( tempResults, nameResults ) ;
}
}
}
while ( tempResults != NULL )
{
tempQueries -> oneQuery -> results = addResultItem( tempQueries -> oneQuery -> results, tempResults -> oneResult ) ;
tempQueries -> oneQuery -> numFound++ ;
tempResults = ( resultList* ) tempResults -> link ;
}
tempQueries = ( queryList* ) tempQueries -> link ;
}
return listpointer ;
}
/**
* Function to Read in a Menu set in the class
*/
void MenuFunction::menuStart(const std::string ¤tMenu)
{
if(m_previous_menu == currentMenu)
{
m_isLoadNewMenu = false;
return ;
}
// Setup the current Menu Passed.
m_curent_menu = currentMenu;
std::string path = getDirectoryPath();
path.append(m_curent_menu);
path.append(".menu");
FILE *fstr;
fstr = fopen(path.c_str(),"rb+");
if(!fstr)
{
m_isLoadNewMenu = false;
return;
}
else
{
fclose(fstr);
}
// Setup the Default Setting and And Clear Allocations.
menuReload(); // Loading new Menu, Clear!
if(!menuReadData(m_curent_menu))
{
std::cout << "Error: menuStart() - Unable to Read Current Menu "
<< m_curent_menu
<< std::endl;
return;
}
m_num_commands = commandsCount(m_curent_menu);
// Clear And Reload Menu Commands.
std::vector<CommandRecord>().swap(m_command_record);
menuReadCommands();
m_isLoadNewMenu = false;
if(m_num_commands == 0)
{
std::cout << "Error: No menu commands registered" << std::endl;
return;
}
// Read Menu ANSI to String that will hold light-bars, Push to screen same-time
// Will speed up display and make ghosting not appear as much
if(m_menu_record.directive != "")
{
m_menu_io.displayMenuAnsi(m_menu_record.directive);
}
// First time load, Map Command Keys to HOTKEYS
// If menu has changed, then reload commands.
if(m_previous_menu != m_curent_menu)
{
// Reset Vector Lists.
menuClearObjects();
m_first_commands_executed = 0;
for(int i = 0; i != m_num_commands; i++)
{
// If we find a FIRSTCMD, Execute it right away!
if(m_command_record[i].control_key == "FIRSTCMD")
{
menuDoCommands(&m_command_record[i]);
++m_first_commands_executed;
continue;
}
// Get Light-bar Number of Commands
// Registered as Light bars
if(m_command_record[i].is_lightbar)
{
m_command_index.push_back(i);
}
// Check for Function Key Commands.
if(m_command_record[i].control_key == "ESC")
{
//m_command_index_function.push_back(i);
m_command_index_function.insert(
std::make_pair(m_command_record[i].control_key, i)
);
}
else if(m_command_record[i].control_key == "LEFT")
{
//m_command_index_function.push_back(i);
m_command_index_function.insert(
std::make_pair(m_command_record[i].control_key, i)
);
}
else if(m_command_record[i].control_key == "RIGHT")
{
//m_command_index_function.push_back(i);
m_command_index_function.insert(
std::make_pair(m_command_record[i].control_key, i)
);
}
else if(m_command_record[i].control_key == "UP")
{
//m_command_index_function.push_back(i);
m_command_index_function.insert(
std::make_pair(m_command_record[i].control_key, i)
);
}
else if(m_command_record[i].control_key == "DOWN")
{
//m_command_index_function.push_back(i);
m_command_index_function.insert(
std::make_pair(m_command_record[i].control_key, i)
);
}
else if(m_command_record[i].control_key == "HOME")
{
//m_command_index_function.push_back(i);
m_command_index_function.insert(
std::make_pair(m_command_record[i].control_key, i)
);
}
else if(m_command_record[i].control_key == "END")
{
//m_command_index_function.push_back(i);
m_command_index_function.insert(
std::make_pair(m_command_record[i].control_key, i)
);
}
else if(m_command_record[i].control_key == "PAGEUP")
{
//m_command_index_function.push_back(i);
m_command_index_function.insert(
std::make_pair(m_command_record[i].control_key, i)
);
}
else if(m_command_record[i].control_key == "PAGEDN")
{
//m_command_index_function.push_back(i);
m_command_index_function.insert(
std::make_pair(m_command_record[i].control_key, i)
);
}
}
// Return if we executed all commands as FIRSTCMD!
if(m_first_commands_executed == m_num_commands)
{
return;
}
m_previous_menu = m_curent_menu;
}
m_output.clear();
// Set the Sizes
m_num_esc_commands = m_command_index_function.size();
m_num_lightbar_commands = m_command_index.size();
if(m_num_lightbar_commands != 0)
{
// Throw out a menu prompt if there is one available. - Add MCI Parsing too!
// Use Same X Row, these got reversed somehow!!! grrrr
m_x_position = 1;
m_y_position = m_command_record[m_command_index[0]].y_coord;
}
// Light-bar menu then draw
if(m_num_lightbar_commands > 0)
{
// Setup of Remaining Light-bars in Low highlight Form
for(int rep = 0; rep != m_num_lightbar_commands; rep++)
{
if(rep != m_choice)
{
m_x_position = m_command_record[m_command_index[rep]].x_coord;
m_y_position = m_command_record[m_command_index[rep]].y_coord;
sprintf(m_output_buffer,"\x1b[%i;%iH%s",m_y_position,m_x_position,
(char *)m_command_record[m_command_index[rep]].inactive_string.c_str());
m_output += m_output_buffer;
}
else
{
m_x_position = m_command_record[m_command_index[rep]].x_coord;
m_y_position = m_command_record[m_command_index[rep]].y_coord;
sprintf(m_output_buffer,"\x1b[%i;%iH%s",m_y_position,m_x_position,
(char *)m_command_record[m_command_index[rep]].active_string.c_str());
m_output += m_output_buffer;
}
}
// Moves cursor to end of line during light-bars.
sprintf(m_output_buffer,"\x1b[%i;79H",m_y_position);
m_output += m_output_buffer;
m_menu_io.sequenceToAnsi(m_output);
}
// Not Light-bars, print out menu ANSI.
else
{
m_menu_io.sequenceToAnsi(m_output);
}
//Replace Messages Left...
m_output.clear();
m_output = m_menu_record.menu_prompt;
// If light-bar prompt, reset to beginning of line.
if(m_num_lightbar_commands > 0)
{
m_x_position = 1;
sprintf(m_output_buffer,"\x1b[%i;%iH%s",m_y_position,m_x_position,
(char *)m_menu_record.menu_prompt.c_str());
m_output = m_output_buffer;
}
if(m_output.size() > 1)
{
m_menu_io.sequenceToAnsi(m_output);
}
}
int printDirectoryInDirectory(FILE * fp, Directory * directory, void * data) {
if(directory->path) {
myfprintf(fp,"directory: %s\n", getDirectoryPath(directory));
}
return 0;
}
