BBArray *bbArrayConcat( const char *type,BBArray *x,BBArray *y ){
BBArray *arr;
char *data;
int length=x->scales[0]+y->scales[0];
if( length<=0 ) return &bbEmptyArray;
arr=allocateArray( type,1,&length );
data=(char*)BBARRAYDATA( arr,1 );
memcpy( data,BBARRAYDATA( x,1 ),x->size );
memcpy( data+x->size,BBARRAYDATA( y,1 ),y->size );
#ifdef BB_GC_RC
if( type[0]==':' || type[0]=='$' || type[0]=='[' ){
int i;
BBObject **p=(BBObject**)data;
for( i=0;i<length;++i ){
BBObject *o=*p++;
BBINCREFS( o );
}
}
#endif
return arr;
}
BBArray * bmx_stringbuffer_splitbuffer_toarray(struct MaxSplitBuffer * buf) {
int i, n;
BBString **p,*bit;
BBArray *bits;
n = buf->count;
bits = bbArrayNew1D("$", n);
p = (BBString**)BBARRAYDATA(bits, 1);
i = 0;
while (n--) {
bit = bmx_stringbuffer_substring(buf->buffer, buf->startIndex[i], buf->endIndex[i]);
BBINCREFS( bit );
*p++ = bit;
i++;
}
return bits;
}
void bbStartup( int argc,char *argv[],void *dummy1,void *dummy2 ){
int i,k;
BBString **p;
//Start up GC and create bbAppFile, bbAppDir and bbLaunchDir
#if _WIN32
char *ebp;
OSVERSIONINFO os={ sizeof(os) };
//asm( "movl %%ebp,%0;":"=r"(ebp) );//::"%ebp" );
//bbGCStackTop=ebp+28;
// BaH bbThreadStartup();
bbGCStartup();
if( GetVersionEx( &os ) ){
if( os.dwPlatformId==VER_PLATFORM_WIN32_NT ){
_bbusew=1;
}
}
if( _bbusew ){
int e=0;
wchar_t buf[MAX_PATH];
_wgetcwd( buf,MAX_PATH );
for( i=0;buf[i];++i ){
if( buf[i]=='\\' ) buf[i]='/';
}
bbLaunchDir=bbStringFromWString( buf );
GetModuleFileNameW( GetModuleHandleW(0),buf,MAX_PATH );
for( i=0;buf[i];++i ){
if( buf[i]=='\\' ) buf[i]='/';
if( buf[i]=='/' ) e=i;
}
bbAppFile=bbStringFromWString( buf );
if( e ){
if( buf[e-1]==':' ) ++e;
bbAppDir=bbStringFromShorts( buf,e );
}else{
bbAppDir=&bbEmptyString;
}
_wchdir( bbTmpWString( bbAppDir ) );
}else{
int e=0;
char buf[MAX_PATH];
_getcwd( buf,MAX_PATH );
for( i=0;buf[i];++i ){
if( buf[i]=='\\' ) buf[i]='/';
}
bbLaunchDir=bbStringFromCString( buf );
GetModuleFileNameA( GetModuleHandleA(0),buf,MAX_PATH );
for( i=0;buf[i];++i ){
if( buf[i]=='\\' ) buf[i]='/';
if( buf[i]=='/' ) e=i;
}
bbAppFile=bbStringFromCString( buf );
if( e ){
if( buf[e-1]==':' ) ++e;
bbAppDir=bbStringFromBytes( buf,e );
}else{
bbAppDir=&bbEmptyString;
}
_chdir( bbTmpCString( bbAppDir ) );
}
#elif __linux
char *ebp;
char buf[PATH_MAX];
char lnk[PATH_MAX];
pid_t pid;
// asm( "movl %%ebp,%0;":"=r"(ebp) );//::"%ebp" );
bbGCStackTop=ebp+28;
// BaH bbThreadStartup();
bbGCStartup();
getcwd( buf,PATH_MAX );
bbLaunchDir=bbStringFromUTF8String( buf );
pid=getpid();
sprintf( lnk,"/proc/%i/exe",pid );
i=readlink( lnk,buf,PATH_MAX );
if( i>0 ){
char *p;
buf[i]=0;
bbAppFile=bbStringFromUTF8String( buf );
p=strrchr( buf,'/' );
if( p ){
*p=0;
bbAppDir=bbStringFromUTF8String( buf );
}else{
bbAppDir=&bbEmptyString;
}
}else{
bbAppFile=&bbEmptyString;
bbAppDir=&bbEmptyString;
}
chdir( bbTmpUTF8String( bbAppDir ) );
#elif __APPLE__
CFURLRef url;
char buf[PATH_MAX],*e;
//#if BB_ARGP
// bbGCStackTop=bbArgp(0);
//#else
bbGCStackTop=&argc;
//#endif
// BaH bbThreadStartup();
bbGCStartup();
getcwd( buf,PATH_MAX );
bbLaunchDir=bbStringFromUTF8String( buf );
url=CFBundleCopyExecutableURL( CFBundleGetMainBundle() );
CFURLGetFileSystemRepresentation( url,true,(UInt8*)buf,PATH_MAX );
CFRelease( url );
bbAppFile=bbStringFromUTF8String( buf );
if( e=strstr( buf,".app/Contents/MacOS/" ) ){
*e=0;
}
if( e=strrchr( buf,'/' ) ){
*e=0;
bbAppDir=bbStringFromUTF8String( buf );
}else{
bbAppDir=&bbEmptyString;
}
chdir( bbTmpUTF8String( bbAppDir ) );
#endif
BBINCREFS( bbLaunchDir );
BBINCREFS( bbAppDir );
BBINCREFS( bbAppFile );
bbAppTitle=bbStringFromCString( "BlitzMax Application" );
BBINCREFS( bbAppTitle );
bbAppArgs=bbArrayNew1D( "$",argc );
BBINCREFS( bbAppArgs );
p=(BBString**)BBARRAYDATA( bbAppArgs,1 );
for( k=0;k<argc;++k ){
BBString *arg=bbStringFromCString( argv[k] );
BBINCREFS( arg );
*p++=arg;
}
startup();
}
BBArray *bbArraySlice( const char *type,BBArray *inarr,int beg,int end ){
char *p;
void *init;
BBArray *arr;
int n,k,el_size;
int length=end-beg;
if( length<=0 ) return &bbEmptyArray;
arr=allocateArray( type,1,&length );
el_size=arr->size/length;
init=arrayInitializer( arr );
p=(char*)BBARRAYDATA( arr,1 );
n=-beg;
if( n>0 ){
if( beg+n>end ) n=end-beg;
if( init ){
void **dst=(void**)p;
for( k=0;k<n;++k ) *dst++=init;
p=(char*)dst;
}else{
memset( p,0,n*el_size );
p+=n*el_size;
}
beg+=n;
if( beg==end ) return arr;
}
n=inarr->scales[0]-beg;
if( n>0 ){
if( beg+n>end ) n=end-beg;
#ifdef BB_GC_RC
if( type[0]==':' || type[0]=='$' || type[0]=='[' ){
BBObject **dst=(BBObject**)p;
BBObject **src=(BBObject**)BBARRAYDATA(inarr,inarr->dims)+beg;
for( k=0;k<n;++k ){
BBObject *o=*src++;
BBINCREFS( o );
*dst++=o;
}
p=(char*)dst;
}else{
memcpy( p,(char*)BBARRAYDATA(inarr,inarr->dims)+beg*el_size,n*el_size );
p+=n*el_size;
}
#else
memcpy( p,(char*)BBARRAYDATA(inarr,inarr->dims)+beg*el_size,n*el_size );
p+=n*el_size;
#endif
beg+=n;
if( beg==end ) return arr;
}
n=end-beg;
if( n>0 ){
if( init ){
void **dst=(void**)p;
for( k=0;k<n;++k ) *dst++=init;
}else{
memset( p,0,n*el_size );
}
}
return arr;
}