mirror of
https://github.com/RetroPortingToolKit/psxrecomp
synced 2026-10-27 10:38:46 -04:00
Matthew Stanley
cf05a0ab1f
Recompiler — `recompiler/src/function_analysis.cpp` now stops a function's end_addr at its mapped `jr $ra` + delay slot instead of stretching through trailing data. Fixes Tomba's 0x80076DB0, a real 136-byte function that was being emitted as a psx_unknown_dispatch stub because data after it poisoned the boundary heuristic. `code_generator.cpp` emits `func_<next>(cpu); return;` as a tail call when a mid-function seed split leaves the physical fall-through in a different C function, plus a `debug_server_log_call_entry` at every function entry. `full_function_emitter.cpp` splits dispatch into `psx_dispatch_impl(cpu, addr, stop_addr)` with public `psx_dispatch` and new `psx_dispatch_call(cpu, addr, return_addr)` so JAL/JALR into RAM stubs can return cleanly without growing the native stack. Runtime — `runtime/src/dma.c`/`include/dma.h`/`src/memory.c` now expose `dma_write_masked()`; the 16-bit and 8-bit mmio paths route DICR/DPCR/CHCR partial writes through it so a partial DICR write no longer accidentally clears unrelated channels' pending IRQ flags, and CHCR only triggers DMA when the written mask actually includes the start bit. Unified `complete_transfer(ch)` across all channels, removed `prev_master_flag` edge detection. MDEC (`runtime/src/mdec.c`, `include/mdec.h`) gains a full debug surface: `MDECDebugState` snapshot, an always-on 4096-entry `MDECDebugEvent` ring with 11 event kinds (reset, ctrl_write, cmd_begin/done, decode_done, dma_in/out start/end, output_drained, read_underflow), and `mdec_state` / `mdec_trace` / `mdec_trace_clear` debug-server commands. DMA ch0/1 emit start/end events around MDEC transfers. CDROM (`runtime/src/cdrom.c`, `include/cdrom.h`) — read stream separated from one-shot pending state (`read_cmd`, `read_delay`, `start_read_stream`, `stop_read_stream`, `deliver_read_sector`); `cdrom_state`/`cdrom_trace` report the new fields. Thread/fiber tracing — `traps.c`'s Win32-fiber TCB save/restore now emits 12 thread-event kinds; new `ThreadTraceEntry` ring (64 K) plus `thread_trace` / `thread_trace_clear` debug-server commands report both live CPU regs and the target TCB's full saved register block. wtrace / mmio rings — `WriteTraceEntry` grew (cpu_pc, sp, v0/v1/a0-a3/ t0/t1); capacity 1 M -> 4 M. `MmioTraceEntry` grew (pc, cpu_pc, sp, a0-a3, sr, epc, i_stat, i_mask). Both dump commands accept `count`/`newest=1` for reverse iteration. `restore_trace` and `dirty_block_log` emit extended register fields (a2/a3/sp). Misc — `interrupts.c` polls debug-server every 16K checks so it stays responsive without a separate thread. `psx_runtime.h`'s `call_by_address` routes through `psx_dispatch_call`. Dirty-RAM interp JAL/JALR consult `psx_dispatch_game_compiled` when the game is wired in. iso_reader gains the entry points needed by the game disc path. New `tools/_tomba_probe.py` for port-4470 health checks. Generated — regenerated `SCPH1001_dispatch.c` against the new `psx_dispatch_impl` shape. ISSUES.md — opened Issue #3 (BIOS PS-logo glyph missing on the disc-detected screen, cosmetic). .gitignore — added `recompiler/build-asan*/`, `build-checked/`, `__pycache__/`. Validated end-to-end: BIOS boots, disc detected, Whoopee Camp FMV plays with audio. Frame count advances through ~40K frames without freezes. `unknown_dispatch_log.total = 0`. Remaining FMV cluster issues (1/4-size render, FMV-2 audio missing, no skip) tracked under TombaRecomp/ISSUES.md. Co-Authored-By: Codex (OpenAI) <noreply@openai.com>
41 lines
907 B
Python
41 lines
907 B
Python
"""Probe tomba-runtime debug server on port 4470 for boot state."""
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import socket
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import json
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import sys
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def q(cmd, **kwargs):
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payload = {"id": 1, "cmd": cmd}
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payload.update(kwargs)
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s = socket.create_connection(("127.0.0.1", 4470), timeout=3)
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s.send((json.dumps(payload) + "\n").encode())
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chunks = []
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while True:
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try:
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data = s.recv(16384)
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except socket.timeout:
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break
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if not data:
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break
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chunks.append(data)
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if b"\n" in data:
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break
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s.close()
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return b"".join(chunks).decode(errors="replace").strip()
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cmds = sys.argv[1:] if len(sys.argv) > 1 else [
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"ping",
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"cdrom_state",
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"pad_status",
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"dirty_ram_unsupported",
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"irq_state",
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]
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for c in cmds:
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print(f"=== {c} ===")
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try:
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print(q(c))
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except Exception as e:
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print(f"ERROR: {e!r}")
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print()
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