TT Digger

Reliable universal interactive disassembler.
Full M68K range of processors.
Fully menu and mouse controlled.
Fully GEM conform.
Output to screen and file.
Exhaustive check on validity of addressing modes.
Superfast label generation.
Label generation works for very large programs.
Label generation uses fixup and relocation info.
Interactive (with the mouse) tracking of jumps and references.
Backtracking of pages (UNDO) to a depth of 256.
Disassembly "on the fly" per page of screen.
Fast searching methods for hex patterns, text and references.
Commented header information at the start of the listing.
Distinction between labels in TEXT, DATA and BSS segments.
Recognition of GEMDOS, BIOS, XBIOS and line_A calls.
Access to TOS in ROM or RAM.
	Recognition of line_F abuse by TOS 1.0
Access to the Cartridge port.
Access to disc sectors (Floppy, harddisc as well as RAM disc's).
Recognition of executable boot sectors (virus checking).
Recognition of incorrect program or object file format (link virus).
Output adaptable to different assemblers (GST, HISOFT, GFA, MCC, MAS,
	PASM, DevPac etc.).
Labels in the BSS segment.
Mark data in the TEXT segment.
Distinctive marking of .B, .W en .L data.
Distinctive marking of 16 bit pc relative jump tables.
Quickly go to references via a click in the journal.
Quick find indirect jmp's and jsr's.
Marking as data and jump table is recognized by the label generator.
Attaching a short comment to the address of a line.
Permanently store data markings, new names, bookmarks and comments
	in an index file.
Naming unrelocated absolute operands.
Naming standard labels.
Bookmarking interesting places.
Fully incorporating symbol tables if present.
Both DRI and Pure C object files implemented.
Long names in DRI symbol tables recognized
			($48 in low byte of symbol type).
Smoothly call PPU2O for Pure Pascal units.
Locality by using menu's in windows.
Interaction with the user via a journal/console.
Resume mode. Restart opens previous opened files.