t_filename splitpath( string const& in ) {
fn_intern::t_bfe bfe;
fn_intern::splitpath( in, bfe );
return t_filename( bfe.path, bfe.base, bfe.ext );
}
void ftw::scan_folders() {
if( !path_exists( _impl->_path.path() ) ) {
throw bad_ftw( "folder doesn't exist: " + _impl->_path.path() );
}
if( !is_directory( _impl->_path.path() ) ) {
throw bad_ftw( "input is not a folder: " + _impl->_path.path() );
}
//boost::regex pattern("*"); // list all files starting with a
boost::filesystem::path current_dir( _impl->_path.path() ); //
for( recursive_directory_iterator iter( current_dir ), end;
iter != end;
++iter ) {
boost::filesystem::path p = iter->path();
if( boost::filesystem::is_directory( p ) ) {
std::string dname = p.string();
size_t i = index( dname, ".tmp" );
if( i != string::npos ) {
i = 0;
}
bool b = exclude_folder( dname, _impl->_folder_exclude );
if( b == false ) {
t_filename fn;
fn.path( dname );
_impl->_folders.push_back( fn );
}
}
if( boost::filesystem::is_regular_file( p ) ) {
std::string name = p.string();
t_filename fn = t_filename( name );
string dir = fn.path();
size_t i = index( dir, ".tmp" );
if( i != string::npos ) {
i = 0;
}
bool bdir = exclude_folder( dir, _impl->_folder_exclude );
if( bdir == false ) {
bool b_include = include_file( name, _impl->_file_include );
if( b_include == true ) {
_impl->_files.push_back( name );
}
}
// if (regex_match(name, pattern))
// std::cout << iter->path() << "\n";
}
}
}
int lex_build_script(struct build_script_lexer_state * build_script_lexer_state, unsigned char * filename, unsigned char * buffer, unsigned int buffer_size){
struct memory_pooler * build_script_lexer_token_pool = memory_pooler_collection_get_pool(build_script_lexer_state->c.memory_pooler_collection, sizeof(struct build_script_lexer_token));
build_script_lexer_state->c.buf = buffer;
build_script_lexer_state->c.position = 0;
build_script_lexer_state->c.current_line = 0;
build_script_lexer_state->c.filename = filename;
build_script_lexer_state->c.buffer_size = buffer_size;
g_format_buffer_use();
struct_build_script_lexer_token_ptr_list_create(&build_script_lexer_state->tokens);
while(build_script_lexer_state->c.position < buffer_size){
unsigned int rtn = 0;
unsigned char * first_byte = &build_script_lexer_state->c.buf[build_script_lexer_state->c.position];
enum build_script_token_type type;
struct build_script_lexer_token * new_token;
if((rtn = t_space(&build_script_lexer_state->c, build_script_lexer_state->c.position))){
type = B_SPACE;
}else if((rtn = t_newline(&build_script_lexer_state->c, build_script_lexer_state->c.position))){
type = B_NEWLINE;
build_script_lexer_state->c.current_line = build_script_lexer_state->c.current_line + rtn; /* NEWLINE token can be multiple newlines */
}else if((rtn = t_keyword((const unsigned char *)"PREPROCESS", &build_script_lexer_state->c, build_script_lexer_state->c.position))){
type = B_PREPROCESS;
}else if((rtn = t_keyword((const unsigned char *)"CODE GENERATE", &build_script_lexer_state->c, build_script_lexer_state->c.position))){
type = B_CODE_GENERATE;
}else if((rtn = t_keyword((const unsigned char *)"LINK", &build_script_lexer_state->c, build_script_lexer_state->c.position))){
type = B_LINK;
}else if((rtn = t_keyword((const unsigned char *)"SYMBOLS", &build_script_lexer_state->c, build_script_lexer_state->c.position))){
type = B_SYMBOLS;
}else if((rtn = t_keyword((const unsigned char *)"TO", &build_script_lexer_state->c, build_script_lexer_state->c.position))){
type = B_TO;
}else if((rtn = t_filename(&build_script_lexer_state->c, build_script_lexer_state->c.position))){
type = B_FILENAME;
}else if((rtn = t_symbol((const unsigned char *)",", &build_script_lexer_state->c, build_script_lexer_state->c.position))){
type = B_COMMA_CHAR;
}else{
unsigned int i = 0;
buffered_printf(build_script_lexer_state->c.buffered_output, "Lexer stopping on character '%c' 0x(%x)\n", build_script_lexer_state->c.buf[build_script_lexer_state->c.position], build_script_lexer_state->c.buf[build_script_lexer_state->c.position]);
for(build_script_lexer_state->c.position = 0; i < build_script_lexer_state->c.position + 100; i++){
if(build_script_lexer_state->c.buf[i]){
buffered_printf(build_script_lexer_state->c.buffered_output, "%c", build_script_lexer_state->c.buf[i]);
}
}
g_format_buffer_release();
return 1;
}
new_token = (struct build_script_lexer_token *)memory_pooler_malloc(build_script_lexer_token_pool);
new_token->type = type;
new_token->first_byte = first_byte;
new_token->last_byte = (unsigned char *)((first_byte + rtn) - 1);
struct_build_script_lexer_token_ptr_list_add_end(&build_script_lexer_state->tokens, new_token);
show_lexer_token(build_script_lexer_state->c.buffered_output, get_c_token_type_names()[new_token->type], new_token->first_byte, new_token->last_byte, SHOW_LEXER_TOKENS);
build_script_lexer_state->c.position += rtn;
}
g_format_buffer_release();
return 0;
}
