void TRV_Load(BINFILE *file){
DWORD filesize = 0;
binseek(file, 0, BIN_END);
filesize = bintell(file);
binseek(file, 0, SEEK_SET);
TRV = (trv_vertex_t*)file->base;
numverts = filesize>>4;
for(int i = 0;i<numverts; i++){
// need to swap endian on each of these
TRV->x = readDWORD(TRV->x);
TRV->y = readDWORD(TRV->y);
TRV->z = readDWORD(TRV->z);
}
}
//-----------------------------------------------------------------
// destructor
mgTextBuffer::~mgTextBuffer()
{
// delete all the child boxes
unsigned int posn = 0;
while (posn < m_bufferLen)
{
mgFormatCmd cmd = (mgFormatCmd) m_buffer[posn++];
switch (cmd)
{
case mgJustifyCmd:
case mgLeftMarginCmd:
case mgRightMarginCmd:
case mgIndentCmd:
case mgSpaceCmd:
case mgTabCmd:
case mgWrapCmd:
case mgBreakCmd:
case mgClearCmd:
case mgFontSizeCmd:
case mgFontBoldCmd:
case mgFontItalicCmd:
case mgDoneCmd:
readShort(posn);
break;
case mgColorCmd:
case mgAnchorCmd:
case mgTargetCmd:
readDWORD(posn);
break;
case mgFontFaceCmd:
case mgTextCmd:
{
int textLen;
const char* text;
readText(posn, textLen, text);
break;
}
case mgChildCmd:
{
// read child box from buffer
const void* child;
mgTextAlign halign;
mgTextAlign valign;
readChild(posn, child, halign, valign);
break;
}
}
}
delete m_buffer;
}
int scan_mpls(const char *file, int *main_playlist_count, char *main_playlist, int *items_length, char *sub_playlist, int *sub_playlist_count)
{
FILE *f = fopen(file, "rb");
if (!f)
return -1;
DWORD file_type = readDWORD(f);
if (file_type != 'MPLS')
return -2;
*main_playlist_count = *sub_playlist_count = 0;
DWORD file_version = readDWORD(f);
DWORD playlist_pos = readDWORD(f);
DWORD playlist_marks_pos = readDWORD(f);
DWORD ext_data_pos = readDWORD(f);
// main playlist
fseek(f, playlist_pos, SEEK_SET);
DWORD playlist_length = readDWORD(f);
readWORD(f); //reserved
memset(main_playlist, 0, 4096);
WORD n_playlist = readWORD(f);
*main_playlist_count = n_playlist;
WORD n_subpath = readWORD(f);
DWORD playlist_item_pos = playlist_pos + 10;
for(int i=0; i<n_playlist; i++)
{
fseek(f, playlist_item_pos, SEEK_SET);
WORD playlist_item_size = readWORD(f);
fread(main_playlist+6*i, 1, 5, f);
DWORD codec = readDWORD(f);
readWORD(f);
readBYTE(f);
DWORD time_in = readDWORD(f);
DWORD time_out = readDWORD(f);
//printf("item:%s.m2ts, length = %dms\r\n", main_playlist+6*i, (time_out-time_in)/45);
items_length[i] = (time_out - time_in)/45;
playlist_item_pos += playlist_item_size+2; //size itself included
}
// ext data
BYTE n_sub_playlist_item = 0;
memset(sub_playlist, 0, 4096);
fseek(f, ext_data_pos, SEEK_SET);
DWORD ext_data_length = readDWORD(f);
if (ext_data_length>0 && ext_data_pos > 0)
{
BYTE *ext_data = (BYTE*)malloc(ext_data_length);
fread(ext_data, 1, ext_data_length, f);
int offset = 7;
BYTE n_ext_data_entries = readBYTE(ext_data, offset);
for(int i=0; i<n_ext_data_entries; i++)
{
WORD ID1 = readWORD(ext_data, offset);
WORD ID2 = readWORD(ext_data, offset);
DWORD start_address = readDWORD(ext_data, offset)-4; // ext_data_length is included
DWORD length = readDWORD(ext_data, offset);
if (ID1 == 2 && ID2 == 2)
{
BYTE *subpath_data = ext_data + start_address;
int offset = 0;
DWORD subpath_data_length = readDWORD(subpath_data, offset);
WORD n_entries = readWORD(subpath_data, offset);
BYTE * subpath_entry_data = subpath_data + offset;
for (int j=0; j<n_entries; j++)
{
int offset = 0;
DWORD subpath_entry_length = readDWORD(subpath_entry_data, offset);
readBYTE(subpath_entry_data, offset);
BYTE subpath_type = readBYTE(subpath_entry_data, offset);
if (subpath_type == 8)
{
n_sub_playlist_item = *(subpath_entry_data + offset + 3);
BYTE *sub_playlist_item = subpath_entry_data + offset + 4;
for(int k=0; k<n_sub_playlist_item; k++)
{
int offset = 0;
WORD sub_playlist_item_length = readWORD(sub_playlist_item, offset);
memcpy(sub_playlist+6*k, sub_playlist_item+offset, 5);
//printf("sub item:%s.m2ts\r\n", sub_playlist+6*k);
(*sub_playlist_count)++;
sub_playlist_item += sub_playlist_item_length+2; //size itself included
}
}
subpath_entry_data += subpath_entry_length;
}
}
}
free(ext_data);
}
fclose(f);
return 0;
}