Advanced CPU-View for Lazarus.

Attention - BETA, version!!!

Setup and use:

1. Download FWHexView https://github.com/AlexanderBagel/FWHexView and compile FWHexView.LCL.lpk
2. Open CPUView_D.lpk and install it in the IDE (menu: Package->Install/Uninstall Packages)
3. Rebuild IDE
4. In debug mode select menu "View->Debug Windows->CPU-View" or press Ctrl+Shift+C
5. Enjoy

Five active editors:

1. Disassembler
2. Registers
3. Dump
4. Stack
5. Script and Hint

Common features:

• OS: Windows and Linux support via Gtk2 (Qt not tested)
• Proc: Intel x86_64 (ARM not yet implemented)
• Light and dark display themes
• Crosscompiling support
• Supports thread switching with instantaneous change of displayed information about the active thread
• Command to jump the selected address in any of the windows

The disassembler supports:

• Output debugging information
• Jump direction display
• Active jump highlighting
• Highlighting of the selected register (in the register window)
• Displays the names of called functions instead of their addresses
• Offsets
• Hinting on the selected instruction with a menu to jump to each block of the received information
• Instruction coloring for easy code reading

Register window:

• Contains debugging information for each register (RAX..R15)
• Bitwise representation of EFLAGS, TagWord, StatusWord, ControlWord, MxCsr flag registers
• Change register value and fast flag switching
• Two display modes (full and compact)
• Three display modes for x87 registers (ST-R-M)
• Quick hint on active jump instructions

Stack supports:

• Debug information
• Active and previous frames highlighting
• Return address highlighting
• Offsets

Dump supports:

• Offsets
• Multiple dump windows
• Selections (not yet implemented)

Appearance:

Light theme:

Dark theme:

Active jump, breakpoints, smart hints for selected instructions and their menus:

Register hightlight:

Full regview mode:

Short regview mode with FPU-STx regs (Rx and Mx available):

Short regview mode with XMM regs (ymm and debug available):

Various options for displaying registers:

Stack:

Stack with offsets: