root/applications/doprava/aimsun_bdm/tools.cpp @ 1279

/**
 *
 */

/* WIN32 stuff */
#include <windows.h>
#include <stdio.h>
#include <tchar.h>

// TODO: reference additional headers your program requires here
#include <process.h>
#include <strsafe.h>
#include <shlwapi.h>
#include <io.h>

#include <atlbase.h>

#include "tools.h"

void _addpath ( TCHAR * path )
{
        TCHAR * pv;
        size_t  pv_len,var_size;
        errno_t res;

        /* Determine the length of the current path. */
        _tgetenv_s ( &var_size, NULL, 0, TEXT("PATH") );
        pv_len = var_size + _tcslen ( path ) + 2;

        /* Allocate memory for the path string from the environment
           plus the added path. */
        pv = (TCHAR *) malloc ( pv_len * sizeof(TCHAR) );
        if ( pv == NULL )
        {
                perror ( "Failed to allocate memory for path" );
                exit ( -1 );
        }

        /* Get the variable. */
        res = _tgetenv_s ( &var_size, pv, pv_len, TEXT("PATH") );
        if ( res != 0 )
        {
                perror ( "Cannot read environment variable PATH" );
                exit ( -1 );
        }

        /* Add the new path string. */
        var_size = _tcslen ( pv );
        StringCbCat ( pv, pv_len*sizeof(TCHAR), TEXT(";") );
        var_size = _tcslen ( pv );
        StringCbCat ( pv, pv_len*sizeof(TCHAR), path );
        var_size = _tcslen ( pv );

        /* Put the modified string back to the environment of this
           process. */
        res = _tputenv_s( TEXT("PATH"), pv );
        if ( res != 0 )
        {
                perror ( "Cannot store new PATH" );
                exit ( -1 );
        }
}

TCHAR * _tstrtrim ( TCHAR * str )
{
   TCHAR * os = str;
   TCHAR * oe = str + _tcslen ( str ) - 1;

   while ( _istspace ( *os )) os++;
   while ( _istspace ( *oe )) oe--;
   *++oe = 0;

   return os;
}

errno_t replace_in_scenario (
        const TCHAR * sce_name,
        const TCHAR * new_name,
        const TCHAR * section,
        const TCHAR ** patterns,
        int num_patterns,
        const TCHAR * replacement
        )
{
        TCHAR   tline[MAX_LINE];
        TCHAR   trml[MAX_LINE];
    TCHAR   tmp_name[MAX_PATH];
        FILE *  tmp_stream;
        FILE *  sce_stream;
        errno_t res;

        /* Create filename of the temporary scenario. */
        _ttmpnam_s ( tmp_name );

    /* Open the temporary file for writting. */
    res = _tfopen_s ( &tmp_stream, tmp_name, TEXT("w") );
        if ( res != 0 )
        {
                perror ( "Cannot create temporary file" );
                return res;
        }

    /* Open the scenario file for reading */
    res = _tfopen_s ( &sce_stream, sce_name, TEXT("r") );
    if ( res != 0 )
        {
                perror ( "Cannot open scenario for reading" );
                return res;
        }

    /* Copy the scenario file to the temporary location line by line,
       changing the lines containing some of strings in `patterns`
           to `replacement`, but only in section name `section`. */

    bool is_sct = false;
    bool is_upd = false;

        while ( !feof ( sce_stream ))
        {
        /* Read a single line from the scenario file. */
        if ( _fgetts ( tline, MAX_LINE, sce_stream ) == NULL )
                {
                        /* Error reading from source file. */
                        if ( !feof ( sce_stream )) perror ( "Error reading scenario" );
                        break;
                }

                /* Is the `tline` empty? */
                StringCbCopy ( trml, MAX_LINE*sizeof(TCHAR), tline );
        TCHAR * ttrml = _tstrtrim ( trml );
        if ( _tcslen ( ttrml ) == 0 ) continue;

        /* Check the beginning of the specified section. */
        if ( !is_sct )
                {
            is_sct = ( _tcsstr ( tline, section ) != NULL );
                }
                else
                {
                        /* We are inside the section, try to replace the text
                           that should be replaced. */
                        bool is_pat = false;
                        for (int i=0;i<num_patterns;i++)
                        {
                                is_pat = ( _tcsstr ( tline, patterns[i] ) != NULL );
                                if ( is_pat ) break;
                        }
            if ( is_pat )
                        {
                _sntprintf_s ( tline, MAX_LINE, MAX_LINE-2, TEXT("%s\n"), replacement );
                is_upd = true;
                        }
                }
        _fputts ( tline, tmp_stream );
        }

    /* Construct the section if none is present. */
    if ( ! is_sct )
        {
        _ftprintf ( tmp_stream, TEXT("%s\n"), section );
        }

    /* If the replacement string was not found in the scenario file,
           inject it. */
    if ( ! is_upd )
        {
        _ftprintf ( tmp_stream, TEXT("%s\n"), replacement );
        }

    fclose ( tmp_stream );
    fclose ( sce_stream );

    /* Do not rewrite the original scenario file, but move the temporary
       file to the same directory under a new name that has been
           specified as a parameter. */
    if ( ! _taccess ( new_name, 00 ))
        {
                /* File exists, delete it. */
        DeleteFile ( new_name );
        }
    MoveFile ( tmp_name, new_name );

        return 0;
}

errno_t replace_stoptime (
        const TCHAR * net_path,
        const TCHAR * stoptime
        )
{
        TCHAR   tline[MAX_LINE];
    TCHAR   tmp_name[MAX_PATH];
    TCHAR   run_name[MAX_EXE_PATH];
        FILE *  tmp_stream;
        FILE *  run_stream;
        errno_t res;
        int     line_no;

        /* Create filename of the temporary file with replaced stoptime. */
        _ttmpnam_s ( tmp_name );

    /* Open the temporary file for writting. */
    res = _tfopen_s ( &tmp_stream, tmp_name, TEXT("w") );
        if ( res != 0 )
        {
                perror ( "Cannot create temporary file" );
                return res;
        }

        /* Create the name of the time file. */
        StringCbCopy ( run_name, MAX_EXE_PATH, net_path );
        StringCbCat  ( run_name, MAX_EXE_PATH, TEXT("\\AIMSUN\\RunTime") );

        /* Open the time file for reading */
    res = _tfopen_s ( &run_stream, run_name, TEXT("r") );
    if ( res != 0 )
        {
                perror ( "Cannot open scenario for reading" );
                return res;
        }

    /* Copy the time file to the temporary location line by line,
       changing the third line containing stop time. */
        line_no = 0;
        while ( !feof ( run_stream ))
        {
        /* Read a single line from the scenario file. */
        if ( _fgetts ( tline, MAX_LINE, run_stream ) == NULL )
                {
                        /* Error reading from source file. */
                        if ( !feof ( run_stream )) perror ( "Error reading scenario" );
                        break;
                }

                /* Increase the line counter. */
                line_no++;

                /* Replace the third line. */
                if ( line_no == 3 )
                {
                        _sntprintf_s ( tline, MAX_LINE, MAX_LINE-2, TEXT("%s\n"), stoptime );
                }

        _fputts ( tline, tmp_stream );
        }

    fclose ( tmp_stream );
    fclose ( run_stream );

    /* Rewrite the original RunTime file. */
    if ( ! _taccess ( run_name, 00 ))
        {
                /* File exists, delete it. */
        DeleteFile ( run_name );
        }
    MoveFile ( tmp_name, run_name );

        return 0;

}

int _search_index ( const int *list, int numElements, int value )
{
        int i;
        for ( i = 0 ; i < numElements ; i++ )
        {
                if ( *list == value ) break;
                list++;
        }
        if ( i >= numElements ) i = -1;
        return i;

}