static bool files_merge(){
rewind(cinTableFile);
rewind(cinGouCiFile);
char buf[FILE_READ_BUFFER_SIZE];
VERBOSE_PRINT("Merging files.\n");
while(fgets(buf,FILE_READ_BUFFER_SIZE, tmplFile)!=NULL){
bool printAsIs=true;
if (strncasecmp(buf,"END_TABLE",strlen("END_TABLE"))==0){
file_cat(outFile,cinTableFile);
}else if (strncasecmp(buf,"END_GOUCI",strlen("END_GOUCI"))==0){
file_cat(outFile,cinGouCiFile);
}else if (strncmp(buf,"VALID_INPUT_CHARS",strlen("VALID_INPUT_CHARS"))==0){
fprintf(outFile,"VALID_INPUT_CHARS = %s\n",validInputChars);
printAsIs=false;
}else if (strncmp(buf,"MAX_KEY_LENGTH",strlen("MAX_KEY_LENGTH"))==0){
fprintf(outFile,"MAX_KEY_LENGTH = %d\n",maxKeyLength);
printAsIs=false;
}
if (printAsIs){
fputs(buf,outFile);
}
}
fclose(cinTableFile);
fclose(cinGouCiFile);
return true;
}
static inline void _current_phrase (FILE * const output, const wave_phrase * const p, unsigned int phrase_count)
{
FILE * code_file = tmpfile ();
FILE * alloc_file = tmpfile ();
wave_collection* collection = wave_phrase_get_collection(p);
/* Print the beginning of the function.
* Each function shall contain exactly one phrase.
*/
fprintf (output, "void phrase_%d (void)\n{\n", phrase_count);
/* Unroll repetitions that depend on paths. */
wave_collection_unroll_path(collection);
/* Compute the AST indexes. */
wave_collection_compute_indexes(collection);
/* Replace paths that can be replaced. */
wave_collection_replace_path(collection);
/* Compute the lengths and coordinates of the collections. */
wave_collection_compute_length_and_coords(collection);
/* Generate the code and the allocations.
* Required allocations are discovered while generating the code, but must
* be put at the beginning.
*/
wave_code_generation_collection(code_file, alloc_file, collection);
/* Append the contents of the files to the real output. */
fseek (alloc_file, 0, SEEK_SET);
fseek (code_file, 0, SEEK_SET);
file_cat (output, alloc_file);
file_cat (output, code_file);
/* Print the garbage cleaning at the end of the function. */
fprintf (output, "wave_garbage_clean ();\n");
/* Close the function. */
fprintf (output, "}\n");
fclose (code_file);
fclose (alloc_file);
}
static void cmd_cat( int cmdc, char *cmdv[COMMAND_WORD_NUM] )
{
file_cat( cmdv[1] );
}
