STATIC const char *doParse( const char *str ) {
/**/myassert( str != NULL );
getAct( 1 );
switch( tolower( *str ) ) {
case 'w': curAct->dbg_parser = PARSE_WATCOM; break;
case '7': curAct->dbg_parser = PARSE_WATCOM_70; break;
case '-': curAct->dbg_parser = PARSE_NULL; break;
default: unrecognized( 'p' );
}
return( str + 1 );
}
STATIC const char *doOutput( const char * str ) {
/**/myassert( str != NULL );
if( *str != '=' && *str != '#' ) unrecognized( 'o' );
++str;
getAct( 1 );
if( curAct->output != NULL ) {
MemFree( curAct->output );
}
if( isBreakChar( *str ) ) unrecognized( 'o' );
curAct->output = getFile( &str );
return( str );
}
STATIC const char *doToggle( const char *str ) {
/**/myassert( str != NULL );
getAct( 1 );
switch( tolower( str[-1] ) ) {
case 'q': curAct->quiet = ! curAct->quiet; break;
#if 0
case 'l': curAct->deflib = ! curAct->deflib; break;
#endif
case 'b': curAct->batch = ! curAct->batch; break;
default: unrecognized( str[-1] ); break;
}
return( str );
}
STATIC const char *doDebug( const char *str ) {
/**/myassert( str != NULL );
getAct( 1 );
switch( tolower( *str ) ) {
case 'm': curAct->dbg_generator = DGEN_MICROSOFT; break;
case 'p': curAct->dbg_generator = DGEN_METAWARE; break;
case 't': curAct->dbg_generator = DGEN_TURBO; break;
case 'x': curAct->dbg_generator = DGEN_TXT; break;
case '-': curAct->dbg_generator = DGEN_NULL; break;
default: unrecognized( 'd' );
}
return( str + 1 );
}
void Guardian::updateGhostPoint()
{
for (auto it = ghostList.begin(); it != ghostList.end(); ) {
auto ghost = *it;
ghost->updatePos();
if (ghost->getAct() == ABSORB) {
ghost->setOriginPos(getPositionX(), getPositionY()+80);
if (ghost->hit()) {
if (man != nullptr) {
setGhost(getBlackActor()->getGhost() + 1);
}
ghostList.erase(it);
ghost->removeFromParent();
continue;
}
}
++it;
}
}
STATIC const char *doFile( const char *str ) {
/**/myassert( str != NULL );
getAct( 1 );
switch( tolower( *str ) ) {
case 'm':
curAct->omf_generator = OGEN_MICROSOFT;
if( str[1] == '2' ) {
curAct->omf_generator = OGEN_MICROSOFT_OS2;
++str;
}
break;
case 'p':
curAct->omf_generator = OGEN_PHARLAP;
break;
case '-':
curAct->omf_generator = OGEN_NULL;
break;
default:
unrecognized( 'f' );
}
return( str + 1 );
}
STATIC const char *addFile( const char *str ) {
DIR *parent;
struct dirent *direntp;
char sp_buf[ _MAX_PATH2 ];
char *drive;
char *dir;
char path[ _MAX_PATH ];
char *p;
size_t len;
size_t files_in_dir;
/**/myassert( str != NULL );
getAct( 0 );
p = getFile( &str );
if( strpbrk( p, WILD_CARDS ) == NULL ) {
curAct = MemRealloc( curAct, sizeof( act_grp_t ) +
sizeof( const char * ) * curAct->num_files );
curAct->files[ curAct->num_files ] = p;
++curAct->num_files;
return( str );
}
/* process a wildcarded name */
parent = opendir( p );
if( parent == NULL ) {
Fatal( MSG_UNABLE_TO_OPEN_FILE, p );
}
/*
Since we must allocate memory for the filenames we shouldn't
MemRealloc the curAct to a larger size at the same time. So
we count the number of files in the directory.
*/
files_in_dir = 0;
for(;;) { /* count number of directory entries */
direntp = readdir( parent );
if( direntp == NULL ) break;
++files_in_dir;
}
closedir( parent );
if( files_in_dir == 0 ) {
Fatal( MSG_UNABLE_TO_OPEN_FILE, p );
}
curAct = MemRealloc( curAct, sizeof( act_grp_t ) +
sizeof( const char * ) * ( curAct->num_files + files_in_dir - 1 ) );
parent = opendir( p );
if( parent == NULL ) {
Fatal( MSG_UNABLE_TO_OPEN_FILE, p );
}
_splitpath2( p, sp_buf, &drive, &dir, NULL, NULL );
MemFree( p ); /* no longer need this */
for(;;) {
/* we ignore any difference between the number of times we can
loop here, and file_in_dir calc'd above */
direntp = readdir( parent );
if( direntp == NULL ) break;
_makepath( path, drive, dir, direntp->d_name, NULL );
len = strlen( path ) + 1;
curAct->files[ curAct->num_files ] =
memcpy( MemAlloc( len ), path, len );
++curAct->num_files;
--files_in_dir;
if( files_in_dir == 0 ) break;
}
closedir( parent );
return( str );
}
