mirror of
https://github.com/Druthulu/BFM-decomp
synced 2026-09-26 21:36:06 -04:00
Drew T
5c5e9fb973
- tools/build_engine_types.py -> src/shared/engine_types.h: extract the 34 named struct/union types from ov_SC01_077.c (forward decls + defs in source order; consumes trailing __attribute__((packed)) + aliases through the ';'). 0 same-name-different-layout collisions. - engine_core.h includes engine_types.h; the 34 inline defs stripped from ov_SC01_077.c (byte-neutral — type defs emit no code; verified byte-identical). - dedup_propagate.py: relax the struct guard to skip only inline named-struct/typedef DEFINITIONS (header-type USAGES + anonymous local structs now propagate); add engine_types.h to the compile pre-filter so struct-using bodies resolve. - 37 struct-using shared fns propagated fleet-wide (skip 41 -> 4 overlay-local typedef'd types), 134 overlays byte-identical; dedup 1183 -> 1220 groups, 1220 validated / 0 failed. - fleet REAL substantive 157,541 -> 162,462; byte-identical 46.27% -> 47.70%. - R22 clean rebuild: 136/136 byte-identical, 0 extract failures.
441 lines
21 KiB
Python
441 lines
21 KiB
Python
#!/usr/bin/env python3
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"""dedup_propagate.py — match once, share many across the overlay fleet (Phase 15, cookbook §14).
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The overlay fleet is position-locked at vram 0x80128158, so a shared engine function has the
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SAME vaddr (hence the same `func_<ADDR>` symbol) and BYTE-IDENTICAL body in every overlay that
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contains it. This tool takes a function already matched in ONE overlay and propagates that single
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matched C body to every onboarded overlay whose signature shows the same `h_exact` at that addr:
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1. extract the matched body from the source overlay's .c (externs + the function def)
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2. author it ONCE as a `DEFINE_func_<ADDR>()` macro in src/shared/<header>.h (idempotent)
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3. at each member overlay, replace that function's INCLUDE_ASM stub (or, in the source overlay,
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its inline def) in place with `DEFINE_func_<ADDR>()` — address order preserved
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4. BYTE-GATE every touched overlay (`make build BINARY=<ov>` == its check.sha); on ANY miss,
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restore every file from an in-memory snapshot and abort (fail-closed; nothing wrong can land)
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5. register the group in config/dedup.us.yaml (the byte-honesty registry, validated by
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tools/dedup_integrate.py --check)
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Everything is keyed by the integer address: the sig uses lowercase hex ("0x80144b9c"), splat emits
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the uppercase symbol ("func_80144B9C") — never compare the strings, always the int.
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Lead with h_exact (guaranteed byte-identity). The per-overlay `make check` is the sole arbiter
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(G3/P9): a wrong propagation cannot pass it.
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Usage:
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tools/dedup_propagate.py --addr 0x8013xxxx[,0x...] [--source-overlay ov_SC01_077]
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tools/dedup_propagate.py --auto-from ov_SC01_077 [--min-reach 2] [--limit N]
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tools/dedup_propagate.py ... --check-only # dry run: print the plan, touch nothing
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Options:
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--header src/shared/engine_core.h target cluster header (created/appended)
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--tier h_exact|h_norm default h_exact (h_norm requires the byte-gate to pass on ALL)
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--binaries a,b,c restrict members to these onboarded overlays (default: all that share)
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--no-gate skip the per-overlay build gate (CI / batch re-gate later)
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"""
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import argparse, json, pathlib, re, subprocess, sys
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ROOT = pathlib.Path(__file__).resolve().parent.parent
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# ---------------------------------------------------------------- fleet / sig helpers
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def onboarded_overlays():
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mk = (ROOT / "config/overlays.mk").read_text()
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m = re.search(r"^OVERLAY_BINARIES\s*:=\s*(.*)$", mk, re.M)
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return m.group(1).split() if m else []
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def sig_path(ov):
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return ROOT / f".run/sig.{ov}.jsonl"
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def load_sig(ov):
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"""addr(int) -> {h_exact, h_norm, nins, ...}; {} if absent."""
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p = sig_path(ov)
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if not p.exists():
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return {}
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out = {}
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for ln in p.read_text().splitlines():
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ln = ln.strip()
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if ln:
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r = json.loads(ln)
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out[int(r["addr"], 16)] = r
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return out
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def registered_addrs():
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"""Vaddrs already in config/dedup.us.yaml (shared via ANY mechanism — engine_core, ov_setters,
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clearTbl40). --auto-from skips these so the bulk is purely additive and never collides with an
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existing share (e.g. a SETTER-matched function) — which would trip the structural check."""
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p = ROOT / "config/dedup.us.yaml"
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if not p.exists():
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return set()
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try:
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import yaml
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sys.path.insert(0, str(ROOT / "tools"))
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from dedup_integrate import group_members
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data = yaml.safe_load(p.read_text()) or {}
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return {v for g in (data.get("groups") or []) for (_b, v, _n) in group_members(g)}
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except Exception:
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return set()
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def sym(addr):
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return f"func_{addr:08X}" # splat convention: uppercase 8-hex
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def c_path(ov):
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return ROOT / f"src/{ov}/{ov}.c"
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def stub_line(ov, addr):
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return f'INCLUDE_ASM("asm/{ov}/nonmatchings/{ov}", {sym(addr)});'
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# ---------------------------------------------------------------- body extraction
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def find_site(text, ov, addr):
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"""Locate this function in ov's .c. Returns (kind, start, end, body_lines):
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kind 'stub' -> the INCLUDE_ASM line (start==end, body_lines None)
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kind 'def' -> an inline definition block (preceding contiguous externs .. closing brace)
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kind 'macro' -> already a DEFINE_func_<ADDR>() instantiation (already propagated)
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None -> not present / matched in some other form."""
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lines = text.splitlines()
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s = sym(addr)
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stub = stub_line(ov, addr)
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for i, l in enumerate(lines):
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if l.strip() == stub:
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return ("stub", i, i, None)
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for i, l in enumerate(lines):
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if l.strip() == f"DEFINE_{s}()" or l.strip().startswith(f"DEFINE_{s}()"):
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return ("macro", i, i, None)
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# inline definition: "<type> func_XXXX(...) {" at column 0, brace on the same line
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defre = re.compile(rf"^[A-Za-z_][\w \*]*\b{s}\s*\([^;]*\)\s*\{{")
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for i, l in enumerate(lines):
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if defre.match(l):
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# brace-match forward to the closing '}'
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depth = 0
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end = None
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for j in range(i, len(lines)):
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depth += lines[j].count("{") - lines[j].count("}")
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if depth <= 0:
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end = j
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break
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if end is None:
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return None
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# collect contiguous preceding extern declarations (skip blank lines)
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start = i
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k = i - 1
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while k >= 0 and lines[k].strip() == "":
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k -= 1
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while k >= 0 and re.match(r"^\s*extern\b.*;\s*$", lines[k]):
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start = k
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k -= 1
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while k >= 0 and lines[k].strip() == "":
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k -= 1
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body = [ln for ln in lines[start:end + 1] if ln.strip() != ""]
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return ("def", start, end, body)
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return None
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def make_macro(addr, body_lines):
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"""Turn an extracted body (externs + def) into a `#define DEFINE_func_<ADDR>() \\`-continued macro.
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Fails loud on constructs that don't survive line-continuation (// comments, trailing backslash)."""
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s = sym(addr)
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for ln in body_lines:
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if "//" in ln:
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raise SystemExit(f"[refuse] {s}: body has a // comment — not macro-safe (handle manually)")
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if ln.rstrip().endswith("\\"):
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raise SystemExit(f"[refuse] {s}: body line ends with backslash — not macro-safe")
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out = [f"#define DEFINE_{s}() \\"]
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for idx, ln in enumerate(body_lines):
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cont = " \\" if idx < len(body_lines) - 1 else ""
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out.append(" " + ln.rstrip() + cont)
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return "\n".join(out) + "\n"
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# ---------------------------------------------------------------- file edits (in memory)
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INCLUDE_RE = re.compile(r'^#include\s+"\.\./shared/')
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def ensure_include(text, header):
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rel = f'#include "../shared/{pathlib.Path(header).name}"'
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if rel in text:
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return text
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lines = text.splitlines(keepends=True)
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for i, l in enumerate(lines):
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if l.strip() == '#include "common.h"':
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lines.insert(i + 1, rel + "\n")
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return "".join(lines)
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return rel + "\n" + text # fallback: prepend
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def replace_site(text, ov, addr, kind, start, end):
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lines = text.splitlines(keepends=True)
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repl = f"DEFINE_{sym(addr)}() /* dedup: shared engine-core @0x{addr:08X} (src/shared) */\n"
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lines[start:end + 1] = [repl]
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return "".join(lines)
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# ---------------------------------------------------------------- dedup.us.yaml registration
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def append_groups(groups):
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"""Append new groups textually (preserve the file's header comments). Idempotent by id."""
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path = ROOT / "config/dedup.us.yaml"
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text = path.read_text()
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blocks = []
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for g in groups:
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if re.search(rf"^\s*-\s*id:\s*{re.escape(g['id'])}\s*$", text, re.M):
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continue # already present
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# position-locked share -> compact shorthand (vram + binaries list), ~20x smaller than verbose
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# members for fleet-wide groups; group_members() in dedup_integrate expands it.
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bins = ", ".join(m["binary"] for m in g["members"])
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blocks.append(
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f" - id: {g['id']}\n"
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f" tier: {g['tier']}\n"
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f" hash: {g['hash']}\n"
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f" source: {g['source']}\n"
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f" func: DEFINE_{sym(g['addr'])}\n"
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f" vram: 0x{g['addr']:08X}\n"
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f" binaries: [{bins}]")
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if not blocks:
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return 0
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if not text.endswith("\n"):
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text += "\n"
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path.write_text(text + "\n".join(blocks) + "\n")
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return len(blocks)
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# ---------------------------------------------------------------- byte gate
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def byte_gate(ov):
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r = subprocess.run(["make", "build", f"BINARY={ov}"], cwd=ROOT,
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capture_output=True, text=True)
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return r.returncode == 0, r.stdout + r.stderr
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CC1 = ROOT / "tools/bin/gcc-2.7.2-psx/cc1"
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def compiles_standalone(body_lines):
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"""True iff the lifted body compiles with ONLY common.h (cpp -> cc1). A body that uses overlay-
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LOCAL struct types (named in the SOURCE overlay's .c but not common.h) compiles in the source yet
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FAILS in every other overlay — it cannot be mechanically lifted. Pre-filtering on this avoids an
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all-or-nothing byte-gate revert and lets us report the non-liftable count honestly (P9)."""
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# include the shared engine types so struct-USING bodies (that reference header types like
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# `struct Vec`) resolve; a body using an overlay-local typedef not in the header still fails -> skip.
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src = ('#include "common.h"\n#include "engine_types.h"\n'
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+ "\n".join(body_lines) + "\n")
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d = ROOT / ".run/dpcc"; d.mkdir(parents=True, exist_ok=True)
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f = d / "t.c"; f.write_text(src)
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cpp = subprocess.run(["mipsel-linux-gnu-cpp", "-lang-c", f"-I{ROOT}/include",
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f"-I{ROOT}/src/shared", "-undef",
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"-fno-builtin", "-Dmips", "-D__GNUC__=2", "-D__OPTIMIZE__", "-Dpsx",
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"-D_PSYQ", "-D_MIPSEL", "-D_LANGUAGE_C", str(f)], capture_output=True, text=True)
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if cpp.returncode != 0:
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return False
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cc1 = subprocess.run([str(CC1), "-quiet", "-O2", "-G0", "-mips1", "-mcpu=3000", "-mgas",
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"-msoft-float", "-fgnu-linker", "-o", "/dev/null"],
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input=cpp.stdout, capture_output=True, text=True)
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return cc1.returncode == 0
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# ---------------------------------------------------------------- main
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def main():
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ap = argparse.ArgumentParser(description=__doc__, formatter_class=argparse.RawDescriptionHelpFormatter)
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ap.add_argument("--addr", help="comma-separated target vaddrs (hex)")
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ap.add_argument("--auto-from", help="propagate every matched+shared function of this overlay")
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ap.add_argument("--source-overlay", help="overlay to extract the matched body from (default: auto)")
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ap.add_argument("--min-reach", type=int, default=2, help="min #overlays sharing (auto mode; default 2)")
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ap.add_argument("--limit", type=int, default=0, help="cap #functions (auto mode; 0 = no cap)")
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ap.add_argument("--header", default="src/shared/engine_core.h")
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ap.add_argument("--tier", default="h_exact", choices=("h_exact", "h_norm"))
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ap.add_argument("--binaries", help="restrict members to these onboarded overlays (comma list)")
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ap.add_argument("--check-only", action="store_true", help="dry run: print the plan, touch nothing")
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ap.add_argument("--no-gate", action="store_true")
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a = ap.parse_args()
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onb = onboarded_overlays()
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restrict = set(a.binaries.split(",")) if a.binaries else None
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pool = [ov for ov in onb if (restrict is None or ov in restrict)]
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sigs = {ov: load_sig(ov) for ov in pool}
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# ---- choose target addresses + source overlay per target
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targets = [] # list of (addr, source_overlay)
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if a.auto_from:
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src = a.auto_from
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ssig = load_sig(src)
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ctext = c_path(src).read_text()
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reg = registered_addrs() # skip functions already shared (additive + resumable)
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for addr in sorted(ssig):
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if addr in reg:
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continue
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site = find_site(ctext, src, addr)
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if not site or site[0] != "def": # only functions matched (inline def) in the source
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continue
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h = ssig[addr].get(a.tier)
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reach = sum(1 for ov in pool if sigs[ov].get(addr, {}).get(a.tier) == h)
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if reach >= a.min_reach:
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targets.append((addr, src))
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targets.sort(key=lambda t: ssig[t[0]]["nins"])
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if a.limit:
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targets = targets[:a.limit]
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elif a.addr:
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for tok in a.addr.split(","):
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addr = int(tok, 16)
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src = a.source_overlay
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if not src: # auto: an onboarded overlay where it is an inline def
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for ov in pool:
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site = find_site(c_path(ov).read_text(), ov, addr)
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if site and site[0] == "def":
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src = ov
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break
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if not src:
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sys.exit(f"[error] 0x{addr:08X}: no source overlay has it matched — give --source-overlay")
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targets.append((addr, src))
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else:
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sys.exit("give --addr or --auto-from")
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# ---- build the per-target plan (members + body + hash). Cache the source sig/.c (one src in
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# auto-from). Filter out bodies that aren't self-contained (overlay-local types -> not liftable).
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plan = []
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sig_cache, txt_cache = {}, {}
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n_nondef = n_local = n_lowreach = 0
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for addr, src in targets:
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ssig = sig_cache.setdefault(src, load_sig(src))
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if addr not in ssig:
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continue
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h = ssig[addr].get(a.tier)
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ctext = txt_cache.setdefault(src, c_path(src).read_text())
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site = find_site(ctext, src, addr)
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if not site or site[0] != "def":
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n_nondef += 1; continue
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body = site[3]
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members = [ov for ov in pool if sigs[ov].get(addr, {}).get(a.tier) == h]
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if len(members) < 2:
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n_lowreach += 1; continue
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if any("//" in l or l.rstrip().endswith("\\") for l in body):
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n_local += 1; continue # not macro-safe (// comment / line-continuation)
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# A body that inline-DEFINES a named struct/union or a typedef can't be lifted as a macro
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# (two macros defining the same type redefine it when both instantiate in one overlay). But
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# USING a type that lives in the shared src/shared/engine_types.h header (§14c struct follow-up)
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# is fine — the header is included via engine_core.h in every overlay. Anonymous local structs
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# (`struct {...} v;`, no name, no typedef) are unique per instantiation -> also fine. So skip
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# ONLY inline named-struct defs + typedefs; compiles_standalone (which includes engine_types.h)
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# then rejects any body using an overlay-local type NOT yet promoted to the header.
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if re.search(r'(\b(struct|union)\s+\w+\s*\{)|(\btypedef\b)', "\n".join(body)):
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n_local += 1; continue
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if not compiles_standalone(body): # uses overlay-local types -> can't lift mechanically
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n_local += 1; continue
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plan.append(dict(addr=addr, src=src, hash=h, body=body, members=members))
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if n_local or n_nondef or n_lowreach:
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print(f"[skip] {n_local} not self-contained (local types), {n_nondef} not inline-def, "
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f"{n_lowreach} reach<{a.min_reach}")
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if not plan:
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sys.exit("[error] nothing to propagate")
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print(f"== plan: {len(plan)} function(s), tier={a.tier}, header={a.header} ==")
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for p in plan:
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print(f" 0x{p['addr']:08X} body={len(p['body'])}L members={len(p['members'])} "
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f"[{','.join(m.replace('ov_','') for m in p['members'][:6])}{'…' if len(p['members'])>6 else ''}]")
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if a.check_only:
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print("(--check-only: no files touched)")
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return
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# ---- apply (in-memory snapshot of every file we touch, for fail-closed restore)
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header_path = ROOT / a.header
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touched = {} # path -> original text (None if newly created)
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def edit(path, newtext):
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if path not in touched:
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touched[path] = path.read_text() if path.exists() else None
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path.write_text(newtext)
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# author macros
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htext = header_path.read_text() if header_path.exists() else \
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("/* src/shared/engine_core.h — Phase 15 shared engine-core bodies (cross-overlay dedup, §14).\n"
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" * Each DEFINE_func_XXXX() expands to the WHOLE matched body once; instantiated in place at the\n"
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" * func_XXXX site in every overlay that shares it (address order preserved). Registry +\n"
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" * byte-honesty: config/dedup.us.yaml + tools/dedup_integrate.py. Tool-generated; do not hand-edit. */\n"
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"#ifndef SHARED_ENGINE_CORE_H\n#define SHARED_ENGINE_CORE_H\n#include \"common.h\"\n\n#endif\n")
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for p in plan:
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if f"DEFINE_{sym(p['addr'])}()" not in htext:
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macro = make_macro(p["addr"], p["body"])
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htext = htext.replace("\n#endif\n", "\n" + macro + "\n#endif\n")
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edit(header_path, htext)
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def restore():
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for path, orig in touched.items():
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if orig is None:
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path.unlink(missing_ok=True)
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else:
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path.write_text(orig)
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# ---- edit each member overlay ONCE (group targets by overlay -> one read/write per file, not per
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# (function,overlay) — essential at fleet scale). Stub lines replace 1:1 (no line shift); the source
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# overlay's inline defs splice by range in REVERSE line order (so earlier indices stay valid).
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by_ov = {}
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for p in plan:
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for ov in p["members"]:
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by_ov.setdefault(ov, []).append(p)
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MACRO_RE = re.compile(r'^\s*DEFINE_func_([0-9A-Fa-f]+)\(\)')
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changed = []
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for ov in sorted(by_ov):
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cp = c_path(ov)
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lines = ensure_include(cp.read_text(), a.header).splitlines(keepends=True)
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sp = re.compile(rf'^\s*INCLUDE_ASM\("asm/{re.escape(ov)}/nonmatchings/{re.escape(ov)}",\s*func_([0-9A-Fa-f]+)\);\s*$')
|
|
stub_idx, macro_set = {}, set()
|
|
for i, l in enumerate(lines):
|
|
ms = sp.match(l)
|
|
if ms: stub_idx[int(ms.group(1), 16)] = i; continue
|
|
mm = MACRO_RE.match(l)
|
|
if mm: macro_set.add(int(mm.group(1), 16))
|
|
joined = "".join(lines)
|
|
line_repls, def_ranges, ovc = {}, [], False
|
|
for p in by_ov[ov]:
|
|
ad = p["addr"]
|
|
if ad in macro_set:
|
|
continue # already instantiated here (idempotent)
|
|
repl = f"DEFINE_{sym(ad)}() /* dedup: shared engine-core @0x{ad:08X} (src/shared) */\n"
|
|
if ad in stub_idx:
|
|
line_repls[stub_idx[ad]] = repl; ovc = True
|
|
else:
|
|
site = find_site(joined, ov, ad) # source overlay's inline def (or absent -> skip)
|
|
if site and site[0] == "def":
|
|
def_ranges.append((site[1], site[2], repl)); ovc = True
|
|
for idx, repl in line_repls.items():
|
|
lines[idx] = repl
|
|
for start, end, repl in sorted(def_ranges, key=lambda x: -x[0]):
|
|
lines[start:end + 1] = [repl]
|
|
edit(cp, "".join(lines))
|
|
if ovc:
|
|
changed.append(ov)
|
|
|
|
# structural check the byte-gate CANNOT catch (a leftover stub is itself byte-identical): every
|
|
# claimed member must now instantiate the macro and have no stub. One read per changed overlay.
|
|
for ov in changed:
|
|
t = c_path(ov).read_text()
|
|
for p in by_ov[ov]:
|
|
if f"DEFINE_{sym(p['addr'])}()" not in t:
|
|
restore(); sys.exit(f"[FAIL] {ov}: 0x{p['addr']:08X} not instantiated — REVERTED")
|
|
if stub_line(ov, p["addr"]) in t:
|
|
restore(); sys.exit(f"[FAIL] {ov}: 0x{p['addr']:08X} stub still present — REVERTED")
|
|
|
|
# byte-gate only the overlays that actually changed (an already-macro member didn't change).
|
|
if not a.no_gate:
|
|
for ov in changed:
|
|
ok, log = byte_gate(ov)
|
|
if not ok:
|
|
tail = "\n".join(log.splitlines()[-12:])
|
|
print(f"[FAIL] {ov} not byte-identical — REVERTING ALL.\n{tail}")
|
|
restore(); sys.exit(1)
|
|
print(f"[ OK ] {len(changed)} overlays byte-identical after propagation")
|
|
|
|
# ---- register groups (compact shorthand: position-locked -> vram + binaries list)
|
|
groups = [dict(id=f"E_{sym(p['addr'])}", tier=a.tier, hash=p["hash"],
|
|
source=a.header, addr=p["addr"],
|
|
members=[dict(binary=ov, vram=p["addr"], name=sym(p["addr"])) for ov in p["members"]])
|
|
for p in plan]
|
|
n = append_groups(groups)
|
|
print(f"== propagated {len(plan)} function(s); {len(changed)} overlays rebuilt byte-identical; "
|
|
f"registered {n} new group(s) in config/dedup.us.yaml ==")
|
|
|
|
|
|
if __name__ == "__main__":
|
|
main()
|