List available MSVC, MinGW toolchains and Qt installations, then prompt the user to select the compiler and Qt version for building.
MIT
690,755 tools. Updated 2026-10-23 12:40
"MinGW-w64" matching MCP tools:
- Search and filter ALBS builds by project or running status, returning page details with task counts, failures, release state, and package NVRs.GPL 3.0
- Build the injection library and injector for a chosen environment, enabling automation and inspection of native Qt applications.MIT
- Inject the helper library into a running Qt process to start an automation session. Use the PID from qt_list_processes; ensure build matches, otherwise follow returned steps.MIT
- Retrieve the current Commodore 64 register snapshot after pausing the emulator to inspect CPU state for debugging.MIT
- Set C64 register values by field name after pausing the emulator, enabling precise debug state control.MIT
Matching MCP Servers
- AlicenseNot gradedqualityCmaintenanceA local stdio MCP server that wraps Qt 5.14.2 + MinGW toolchain into Python tools, enabling AI assistants to scaffold, build, run, test, format, deploy, and analyze Qt C++ projects directly in conversation.2MIT
- FlicenseNot gradedqualityCmaintenanceEnables AI assistants to safely manage beginner C homework on Windows by reading/writing GBK-encoded files, compiling with MinGW, running with timeout protection, and archiving mistakes to Obsidian.-
Matching MCP Connectors
Mongo ObjectId base64 shape, value discarded
XXH3-64 hex length, input discarded
- Read a specified block of memory from a Commodore 64, returning byte values as decimal numbers. Provide a start address and either a data length or an inclusive end address.MIT
- Checks host for QEMU, qemu-img, Git, CMake, Ninja, MinGW, and /dev/kvm at session start so the AI knows which OS rebuild and VM tasks it can run.MIT
- Check if the Commodore 64 is running or stopped and retrieve the current stop reason and program counter when available to diagnose debugger states.MIT
- Read the C64's current text screen as plain text to inspect program output during debugging.MIT
- Send up to four keys or PETSCII tokens to a C64 program via press, release, or tap actions. Automatically resumes if stopped and restores the pause state after input.MIT
- Type text into a running C64 program for debugging, supporting PETSCII tokens like {RETURN} and color names, with automatic resume after pause.MIT
- Wait for the emulator to reach a specified running or stopped state, with an optional stability check to ensure the state holds before proceeding.MIT
- Check the current emulator session to see transport and process status, auto-resume setting, and the most recent checkpoint hit for debugging.MIT
- Write raw byte values into C64 memory at a chosen address, accepting decimal, hex, and binary formats. Stop the emulator first to apply changes accurately.MIT
- Control C64 program flow with pause, resume, step, step-over, step-out, or reset actions. Pause and resume are idempotent, and reset supports soft, hard, or nuclear modes.MIT
- Get the current display state of a Commodore 64 program, including screen RAM, color RAM, graphics mode, memory addresses, and border/background colors.MIT
- Captures the current C64 display to a PNG file, providing the saved image path for debugging.MIT
- Send joystick commands to Commodore 64 ports 1 or 2, pressing, releasing, or tapping directions and fire. Automatically resumes emulation if stopped and restores the previous pause state.MIT
- Set execution breakpoints or read/write watchpoints on Commodore 64 memory addresses. Define start, range, and condition to pause execution or monitor memory access.MIT
- Remove a breakpoint by its numeric ID to stop the debugger from pausing at that location in your C64 program.MIT