/*
* pop symbol table identifiers at this level
symbol_right_bracket();
*/
void symbol_right_bracket( void)
{
TUPLE *tuple;
/*
* print the complete symbol table before poping symbols off
*/
#ifdef YYDEBUG
if( IS_FLAGS_SYMBOL( data.flags))
{
printf( "pop symbol table level: %d\n", data.level);
print_symbol_table();
}
#endif
/*
* check and remove all tuple above level
*/
for( tuple = data.symbol_table; tuple; tuple = data.symbol_table)
{
if( tuple->level < data.level)
break;
put_address( tuple->address, 1);
data.symbol_table = tuple->next;
tuple->next = data.symbol_table_free;
data.symbol_table_free = tuple;
}
/*
* decrement the symbol table level
*/
data.level--;
return;
}
/*
* clean-up and exit the software
*/
int java2cpp_exit( void)
{
#ifdef YYDEBUG
if( IS_FLAGS_SYMBOL(data.flags))
{
print_symbol_table();
}
#endif
de_clips_list(data.symbol_table);
#ifdef YYDEBUG
print_typedef_table();
#endif
de_clips_list(data.typedef_table);
/*
* Check if memory leak
*/
if(data.memory)
{
fprintf(stderr, "Error: memory deallocation error: %d\n",data.memory);
}
/** check if compiler warnings */
if(data.warnings)
fprintf(stderr, "Warning: compiler warnings: %d\n", data.warnings);
/** check for errors */
if(data.errors)
fprintf(stderr, "Error: compiler errors: %d\n", data.errors);
return (data.errors);
}
/*
* clean-up and exit the software
*/
int main_exit( void)
{
/*
* print the symbol table
*/
#ifdef YYDEBUG
if( IS_FLAGS_SYMBOL( data.flags))
{
print_symbol_table();
}
#endif
/*
* deallocate the symbol table list
*/
free_tuple_list( data.symbol_table);
free_tuple_list( data.symbol_table_free);
/*
* check if memory leak
*/
if( data.memory)
fprintf( stderr, "Error: memory deallocation error: %d\n", data.memory);
/*
* check if compiler warnings
*/
if( data.warnings)
fprintf( stderr, "Warning: compiler warnings: %d\n", data.warnings);
/*
* check if compiler errors
*/
if( data.errors)
fprintf( stderr, "Error: compiler errors: %d\n", data.errors);
return( data.errors);
}
/*
* pop symbol table identifiers at this level
symbol_right_bracket();
*/
void symbol_right_bracket( void)
{
CLIPS *clips;
/*
* print the complete symbol table before poping symbols off
*/
#ifdef YYDEBUG
if( IS_FLAGS_SYMBOL( data.flags))
{
printf( "pop symbol table level: %d\n", data.level);
print_symbol_table();
}
#endif
/*
* check and remove all clips above level
*/
for( clips = data.symbol_table; clips; clips = data.symbol_table)
{
if( clips->level < data.level)
break;
put_address( clips->address);
data.symbol_table = clips->next;
de_clips( clips);
}
/*
* decrement the symbol table level
*/
data.level--;
return;
}
/*
* clean-up and exit the software
*/
int main_exit( void)
{
/*
* print the attribute table
*/
#ifdef YYDEBUG
if( IS_FLAGS_SYMBOL( data.flags))
{
print_attribute_table();
}
#endif
return 0;
}
/*
* clean-up and exit the software
*/
int ansi_c_exit( void)
{
/*
* print the typedef table then deallocate it
*/
#ifdef YYDEBUG
print_typedef_table();
#endif
de_clips_list( data.typedef_table);
/*
* print the symbol table
*/
#ifdef YYDEBUG
if( IS_FLAGS_SYMBOL( data.flags))
{
print_symbol_table();
}
#endif
/*
* deallocate the symbol table list
*/
de_clips_list( data.symbol_table);
/*
* check if memory leak
*/
if( data.memory)
fprintf( stderr, "Error: memory deallocation error: %d\n", data.memory);
/*
* check if compiler warnings
*/
if( data.warnings)
fprintf( stderr, "Warning: compiler warnings: %d\n", data.warnings);
/*
* check if compiler errors
*/
if( data.errors)
fprintf( stderr, "Error: compiler errors: %d\n", data.errors);
return( data.errors);
}
/*
* clean-up and exit the software
*/
int main_exit( void)
{
/*
* print the symbol table
*/
#ifdef YYDEBUG
if( IS_FLAGS_SYMBOL( data.flags))
{
print_symbol_table();
}
#endif
/*
* check for a memory leak
*/
if( data.memory)
fprintf( stderr, "Error: memory leak: %d\n", data.memory);
/*
* check for compiler errors
*/
if( data.errors)
fprintf( stderr, "Errors: %d\n", data.errors);
return data.errors;
}
