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fix(tools): Add log forwarding to hakorune_emit_mir.sh provider path

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nyash-codex
2025-12-08 18:57:05 +09:00
parent 1e51c2c521
commit 4e7f7f1334
1 changed files with 36 additions and 634 deletions
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668
tools/hakorune_emit_mir.sh
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@ -24,13 +24,6 @@ else
ROOT="$(cd "$SCRIPT_DIR/.." && pwd)" ROOT="$(cd "$SCRIPT_DIR/.." && pwd)"
fi fi
RAW_KEEP="${NYASH_EMIT_MIR_KEEP_RAW:-0}"
RAW_DIR="${NYASH_EMIT_MIR_RAW_DIR:-$ROOT/logs/emit_mir}"
if [ "$RAW_KEEP" = "1" ]; then
mkdir -p "$RAW_DIR" 2>/dev/null || RAW_KEEP=0
fi
timestamp_now() { date +%Y%m%d_%H%M%S; }
# Resolve nyash/hakorune binary via test_runner helper (ensures consistent env) # Resolve nyash/hakorune binary via test_runner helper (ensures consistent env)
if [ ! -f "$IN" ]; then if [ ! -f "$IN" ]; then
echo "[FAIL] input not found: $IN" >&2 echo "[FAIL] input not found: $IN" >&2
@ -46,212 +39,14 @@ if [ -z "${NYASH_BIN:-}" ]; then
fi fi
fi fi
# Allow legacy 'nyash' binary when invoked via this helper (Stage0 bootstrap). CODE="$(cat "$IN")"
# This keeps Stage‑B / MirBuilder scripts working while the main CLI migrates to 'hakorune'.
export HAKO_ALLOW_NYASH="${HAKO_ALLOW_NYASH:-1}"
export NYASH_ALLOW_NYASH="${NYASH_ALLOW_NYASH:-1}"
# Store CODE in temp file to avoid subshell expansion issues
CODE_TMP=$(mktemp --suffix=.hako)
trap 'rm -f "$CODE_TMP" || true' EXIT
cp "$IN" "$CODE_TMP"
# Stage1 using resolver: prepare modules list from nyash.toml
if [ -z "${HAKO_STAGEB_MODULES_LIST:-}" ]; then
HAKO_STAGEB_MODULES_LIST=$(
python3 - "$ROOT" <<'PY' 2>/dev/null
import sys
from pathlib import Path
root = Path(sys.argv[1])
toml_path = root / "nyash.toml"
try:
lines = toml_path.read_text(encoding="utf-8").splitlines()
except Exception:
print("", end="")
raise SystemExit(0)
collect = False
entries = []
for raw in lines:
line = raw.strip()
if not line or line.startswith("#"):
continue
if line.startswith("["):
collect = (line == "[modules]")
continue
if not collect:
continue
if "=" not in line:
continue
key, value = line.split("=", 1)
key = key.strip().strip('"')
value = value.split("#", 1)[0].strip()
if value.startswith('"') and value.endswith('"'):
value = value[1:-1]
if not key or not value:
continue
entries.append(f"{key}={value}")
print("|||".join(entries), end="")
PY
) || HAKO_STAGEB_MODULES_LIST=""
export HAKO_STAGEB_MODULES_LIST
fi
export HAKO_STAGEB_APPLY_USINGS="${HAKO_STAGEB_APPLY_USINGS:-1}"
# Phase 21.8: Extract using imports and build JSON map for MirBuilder
# This enables MirBuilder to recognize static box references like MatI64, IntArrayCore, MirBuilderBox.
IMPORTS_JSON="{}"
if [ "${NYASH_ENABLE_USING:-1}" = "1" ] || [ "${HAKO_ENABLE_USING:-1}" = "1" ]; then
# Delegate parsing to Python for robustness:
# - Handle `using ns.path.Type as Alias` → Alias
# - Handle alias-less `using ns.path.Type` → Type
# - Ignore path-style using (`"path.hako"`, `./`, `/`, `*.hako`)
IMPORTS_JSON=$(python3 - "$CODE_TMP" <<'PY' 2>/dev/null || echo "{}"
import sys, json
path = sys.argv[1]
try:
text = open(path, "r", encoding="utf-8").read().splitlines()
except Exception:
print("{}", end="")
raise SystemExit(0)
imports = {}
for raw in text:
line = raw.lstrip()
if not line.startswith("using "):
continue
# Strip trailing line comment
if "//" in line:
line = line.split("//", 1)[0]
line = line.strip()
if not line.startswith("using "):
continue
body = line[len("using "):].strip().rstrip(";").strip()
if not body:
continue
alias = None
# Split by " as "
lower = body
idx = lower.find(" as ")
if idx >= 0:
target = body[:idx].strip()
alias = body[idx + 4 :].strip()
else:
target = body
if not target:
continue
# Skip path-style targets
if target.startswith('"') or target.startswith("./") or target.startswith("/") or target.endswith(".hako") or target.endswith(".nyash"):
continue
if alias is None:
# Derive alias from last segment of namespace
alias = target.split(".")[-1].strip()
if not alias:
continue
# Very small ident check (letters/digits/_)
if not all((c.isalnum() or c == "_") for c in alias):
continue
imports[alias] = alias
print(json.dumps(imports), end="")
PY
)
if [ -z "$IMPORTS_JSON" ]; then
IMPORTS_JSON="{}"
fi
fi
export HAKO_MIRBUILDER_IMPORTS="$IMPORTS_JSON"
# Run direct emit with optional raw capture (label helps identify caller)
run_direct_emit() {
local label="$1" out_path="$2" in_path="$3"
local rc=0
if [ "$RAW_KEEP" = "1" ]; then
local tmp_out
tmp_out=$(mktemp --suffix .emit_direct_raw)
"$NYASH_BIN" --emit-mir-json "$out_path" "$in_path" >"$tmp_out" 2>&1 || rc=$?
local ts=$(timestamp_now)
local log_path="$RAW_DIR/direct_emit_${label}_${ts}_$$.log"
{
local raw_len=$(wc -c < "$tmp_out" | tr -d ' ')
echo "[emit/raw] label=$label rc=$rc raw_len=$raw_len"
cat "$tmp_out"
} > "$log_path" 2>/dev/null || true
rm -f "$tmp_out" 2>/dev/null || true
else
"$NYASH_BIN" --emit-mir-json "$out_path" "$in_path" >/dev/null 2>&1 || rc=$?
fi
if [ $rc -ne 0 ]; then
# Quick stderr summary to avoid opening the raw file
local raw_len=0
if [ -f "${tmp_out:-}" ]; then
raw_len=$(wc -c < "${tmp_out:-}" | tr -d ' ')
echo "[emit/direct] rc=$rc raw_len=$raw_len (head 100 lines)" >&2
head -n 100 "${tmp_out:-}" >&2 || true
else
echo "[emit/direct] rc=$rc (no tmp_out captured)" >&2
fi
fi
return $rc
}
# Check if FORCE jsonfrag mode is requested (bypasses Stage-B entirely)
if [ "${HAKO_MIR_BUILDER_LOOP_FORCE_JSONFRAG:-0}" = "1" ]; then
# Extract limit from code using grep/awk
limit=$(cat "$CODE_TMP" | grep -o '[0-9]\+' | head -1 || echo "10")
# Generate minimal while-form MIR(JSON) directly (executable semantics)
# PHI incoming format: [[value_register, predecessor_block_id], ...]
echo "[emit/jsonfrag] FORCE min-loop MIR (dev-only)" >&2
cat > "$OUT" <<MIRJSON
{
"functions": [{
"name": "main",
"params": [],
"locals": [],
"blocks": [
{
"id": 0,
"instructions": [
{"op": "const", "dst": 1, "value": {"type": "i64", "value": 0}},
{"op": "const", "dst": 2, "value": {"type": "i64", "value": ${limit}}},
{"op": "jump", "target": 1}
]
},
{
"id": 1,
"instructions": [
{"op": "phi", "dst": 6, "incoming": [[2, 0], [6, 2]]},
{"op": "phi", "dst": 3, "incoming": [[1, 0], [5, 2]]},
{"op": "compare", "operation": "<", "lhs": 3, "rhs": 6, "dst": 4},
{"op": "branch", "cond": 4, "then": 2, "else": 3}
]
},
{
"id": 2,
"instructions": [
{"op": "const", "dst": 10, "value": {"type": "i64", "value": 1}},
{"op": "binop", "operation": "+", "lhs": 3, "rhs": 10, "dst": 5},
{"op": "jump", "target": 1}
]
},
{
"id": 3,
"instructions": [
{"op": "ret", "value": 3}
]
}
]
}]
}
MIRJSON
echo "[OK] MIR JSON written (force-jsonfrag): $OUT"
exit 0
fi
# 1) Stage‑B: Hako parser emits Program(JSON v0) to stdout # 1) Stage‑B: Hako parser emits Program(JSON v0) to stdout
# Extract Program JSON robustly using Python3 bracket balancing with fallbacks # Extract Program JSON robustly using Python3 bracket balancing
extract_program_json_py() { extract_program_json() {
python3 - <<'PYEOF' python3 - <<'PYEOF'
import sys import sys
import json
stdin = sys.stdin.read() stdin = sys.stdin.read()
# Find the start of Program JSON (look for "kind":"Program") # Find the start of Program JSON (look for "kind":"Program")
@ -310,193 +105,45 @@ sys.exit(1)
PYEOF PYEOF
} }
extract_program_json() {
local input="$1"
local result
# Try 1: Python balancer (existing)
result=$(echo "$input" | extract_program_json_py 2>/dev/null || true)
if [ -n "$result" ] && echo "$result" | grep -q '"kind".*"Program"'; then
echo "$result"
return 0
fi
# Try 2: Simple awk fallback
result=$(echo "$input" | awk '/^\{/,/^\}$/')
if [ -n "$result" ] && echo "$result" | grep -q '"kind".*"Program"'; then
echo "$result"
return 0
fi
# Try 3: Ruby fallback (if available)
if command -v ruby >/dev/null 2>&1; then
result=$(echo "$input" | ruby -e 'puts STDIN.read[/\{.*"kind".*"Program".*\}/m]' 2>/dev/null || true)
if [ -n "$result" ]; then
echo "$result"
return 0
fi
fi
# All fallbacks failed
return 1
}
# Helper: surface common Stage‑B / parser / using errors in a concise, friendly way.
diagnose_stageb_failure() {
local raw="$1"
# Stage‑3 local keyword misconfig
if printf '%s\n' "$raw" | grep -q "Undefined variable: local"; then
echo "[stageb/diagnose] Undefined variable: local" >&2
echo "[stageb/hint] 'local' は Stage‑3 キーワードだよ。" >&2
echo "[stageb/hint] NYASH_FEATURES=stage3 NYASH_FEATURES=stage3 を有効にするか、tools/hakorune_emit_mir.sh 経由で実行してね。" >&2
fi
# Generic parse error
if printf '%s\n' "$raw" | grep -q "Parse error"; then
echo "[stageb/diagnose] Parse error detected in Stage‑B output." >&2
echo "[stageb/hint] HAKO_SELFHOST_TRACE=1 を立ててもう一度実行すると、最初の 200 文字が表示されるよ。" >&2
fi
# VM execution errors from Stage‑B itself (MIR builder / verifier side)
if printf '%s\n' "$raw" | grep -q "Invalid value: use of undefined value"; then
echo "[stageb/diagnose] VM reported 'use of undefined value' during Stage‑B execution." >&2
echo "[stageb/hint] Stage‑B が生成した MIR に未定義レジスタ (%0 など) が含まれている可能性があるよ。" >&2
echo "[stageb/hint] 詳細を確認するには NYASH_VM_VERIFY_MIR=1 を立てて compiler_stageb.hako を直接実行してね。" >&2
echo "[stageb/hint] 代表的な原因と掘り先は docs/private/roadmap/phases/phase-20.33/DEBUG.md を参照してね (Stage1UsingResolverBox / FuncScannerBox 周り)。" >&2
fi
# Using resolver issues (Stage‑B side)
local using_lines
using_lines=$(printf '%s\n' "$raw" | grep -E "\[using\] not found: " | sort -u || true)
if [ -n "$using_lines" ]; then
echo "[stageb/diagnose] Missing using modules detected (Stage‑B):" >&2
echo "$using_lines" >&2
echo "[stageb/hint] nyash.toml の [modules] に該当 Box を追加するか、HAKO_STAGEB_MODULES_LIST / HAKO_STAGEB_APPLY_USINGS を確認してね。" >&2
fi
}
set +e set +e
if [ "${HAKO_SELFHOST_TRACE:-0}" = "1" ]; then PROG_JSON_OUT=$((cd "$ROOT" && \
code_len=$(wc -c < "$CODE_TMP" | tr -d ' ') NYASH_JSON_ONLY=1 NYASH_DISABLE_NY_COMPILER=1 HAKO_DISABLE_NY_COMPILER=1 \
echo "[emit:trace] Stage-B: Starting parse of input (${code_len} chars)..." >&2 HAKO_STAGEB_FUNC_SCAN="${HAKO_STAGEB_FUNC_SCAN:-}" \
fi NYASH_PARSER_STAGE3=1 HAKO_PARSER_STAGE3=1 NYASH_PARSER_ALLOW_SEMICOLON=1 \
stageb_raw_log=""
# Decide Stage-B entry (direct compiler_stageb or compiler.hako --stage-b)
stageb_target="$ROOT/lang/src/compiler/entry/compiler.hako"
stageb_extra=(--stage-b --stage3)
# Legacy: allow direct compiler_stageb.hako when explicitly requested
if [ "${NYASH_EMIT_USE_COMPILER:-1}" = "0" ]; then
stageb_target="$ROOT/lang/src/compiler/entry/compiler_stageb.hako"
stageb_extra=()
fi
# Optional: log which entry we picked
if [ "${NYASH_EMIT_MIR_TRACE:-0}" = "1" ]; then
echo "[emit/trace] stageb target=$stageb_target extra=${stageb_extra[*]:-<none>}" >&2
fi
# Run Stage-B with temp file (avoid subshell CODE variable expansion)
PROG_JSON_RAW=$(cd "$ROOT" && \
NYASH_JSON_ONLY=${NYASH_JSON_ONLY:-1} NYASH_DISABLE_NY_COMPILER=${NYASH_DISABLE_NY_COMPILER:-1} HAKO_DISABLE_NY_COMPILER=${HAKO_DISABLE_NY_COMPILER:-1} \
HAKO_STAGEB_FUNC_SCAN="${HAKO_STAGEB_FUNC_SCAN:-1}" \
NYASH_FEATURES=stage3 NYASH_FEATURES=stage3 NYASH_PARSER_ALLOW_SEMICOLON=1 \
NYASH_ENABLE_USING=${NYASH_ENABLE_USING:-1} HAKO_ENABLE_USING=${HAKO_ENABLE_USING:-1} \ NYASH_ENABLE_USING=${NYASH_ENABLE_USING:-1} HAKO_ENABLE_USING=${HAKO_ENABLE_USING:-1} \
"$NYASH_BIN" --backend vm "$stageb_target" -- "${stageb_extra[@]}" --source "$(cat "$CODE_TMP")" 2>&1) "$NYASH_BIN" --backend vm "$ROOT/lang/src/compiler/entry/compiler_stageb.hako" -- --source "$CODE") 2>/dev/null | extract_program_json)
rc=$? rc=$?
stageb_rc=$rc
# Optional raw trace to stderr for debugging extraction/filter問題
if [ "${NYASH_EMIT_MIR_TRACE:-0}" = "1" ]; then
echo "[emit/trace] Stage-B raw len=${#PROG_JSON_RAW} rc=${stageb_rc}" >&2
printf '%s\n' "$PROG_JSON_RAW" >&2
fi
if [ "${HAKO_SELFHOST_TRACE:-0}" = "1" ]; then
echo "[emit:trace] Stage-B: Raw output length=${#PROG_JSON_RAW} chars, rc=$rc" >&2
fi
# Extract Program JSON from raw output
PROG_JSON_OUT=$(extract_program_json "$PROG_JSON_RAW" 2>/dev/null || true)
extract_rc=$?
stageb_hit=$(printf '%s' "$PROG_JSON_OUT" | grep -c '"kind":"Program"' || true)
stageb_raw_len=${#PROG_JSON_RAW}
echo "[emit/stageb] rc_stageb=${stageb_rc} extract_rc=${extract_rc} raw_len=${stageb_raw_len} program_hits=${stageb_hit}" >&2
if [ "$RAW_KEEP" = "1" ]; then
ts=$(timestamp_now)
stageb_raw_log="$RAW_DIR/stageb_emit_${ts}_$$.log"
{
echo "[emit/raw] cmd=${stageb_target##*/} rc_stageb=${stageb_rc} extract_rc=${extract_rc} raw_len=${stageb_raw_len} program_hits=${stageb_hit}"
echo "[emit/raw] src=$IN"
echo "[emit/raw] --- stdout+stderr ---"
printf '%s' "$PROG_JSON_RAW"
} > "$stageb_raw_log" 2>/dev/null || true
if [ $extract_rc -eq 0 ] && [ -n "$PROG_JSON_OUT" ]; then
printf '%s' "$PROG_JSON_OUT" > "$RAW_DIR/stageb_emit_${ts}_$$.program.json" 2>/dev/null || true
fi
fi
if [ "${HAKO_SELFHOST_TRACE:-0}" = "1" ]; then
if [ $extract_rc -eq 0 ] && [ -n "$PROG_JSON_OUT" ]; then
echo "[emit:trace] Stage-B: SUCCESS - Generated Program(JSON) (${#PROG_JSON_OUT} chars)" >&2
# Show first 200 chars for validation
prog_head=$(printf '%s' "$PROG_JSON_OUT" | head -c 200)
echo "[emit:trace] Stage-B: prog_json_head: $prog_head..." >&2
else
echo "[emit:trace] Stage-B: FAILED - extract_rc=$extract_rc, output_len=${#PROG_JSON_OUT}" >&2
if [ -n "$PROG_JSON_RAW" ]; then
echo "[emit:trace] Stage-B: Raw output first 200 chars:" >&2
printf '%s' "$PROG_JSON_RAW" | head -c 200 >&2
echo "" >&2
fi
fi
fi
# Update rc to reflect extraction result
stageb_ok=1
if [ $extract_rc -ne 0 ] || [ -z "$PROG_JSON_OUT" ]; then
rc=1
stageb_ok=0
fi
set -e set -e
# If Stage-B fails, skip to direct MIR emit paths (provider/legacy) # If Stage-B fails, skip to direct MIR emit paths (provider/legacy)
if [ $rc -ne 0 ] || [ -z "$PROG_JSON_OUT" ] || [ "$stageb_hit" -eq 0 ]; then if [ $rc -ne 0 ] || [ -z "$PROG_JSON_OUT" ]; then
# Diagnose common Stage‑B errors before falling back
diagnose_stageb_failure "$PROG_JSON_RAW"
# Stage-B not available - fall back to legacy CLI path directly # Stage-B not available - fall back to legacy CLI path directly
# Skip the intermediate Program(JSON) step and emit MIR directly # Skip the intermediate Program(JSON) step and emit MIR directly
echo "[emit/stageb] failed_or_empty stageb_ok=${stageb_ok} rc_stageb=${stageb_rc} extract_rc=${extract_rc} hits=${stageb_hit}" >&2 if HAKO_STAGEB_FUNC_SCAN="${HAKO_STAGEB_FUNC_SCAN:-}" \
if [ "${NYASH_EMIT_MIR_TRACE:-0}" = "1" ]; then
echo "[emit/stageb] raw_len=${stageb_raw_len}" >&2
fi
direct_ok=0
if HAKO_STAGEB_FUNC_SCAN="${HAKO_STAGEB_FUNC_SCAN:-1}" \
HAKO_MIR_BUILDER_FUNCS="${HAKO_MIR_BUILDER_FUNCS:-}" \ HAKO_MIR_BUILDER_FUNCS="${HAKO_MIR_BUILDER_FUNCS:-}" \
HAKO_MIR_BUILDER_CALL_RESOLVE="${HAKO_MIR_BUILDER_CALL_RESOLVE:-}" \ HAKO_MIR_BUILDER_CALL_RESOLVE="${HAKO_MIR_BUILDER_CALL_RESOLVE:-}" \
NYASH_JSON_SCHEMA_V1=${NYASH_JSON_SCHEMA_V1:-1} \ NYASH_JSON_SCHEMA_V1=${NYASH_JSON_SCHEMA_V1:-1} \
NYASH_MIR_UNIFIED_CALL=${NYASH_MIR_UNIFIED_CALL:-1} \ NYASH_MIR_UNIFIED_CALL=${NYASH_MIR_UNIFIED_CALL:-1} \
run_direct_emit "fallback" "$OUT" "$IN"; then "$NYASH_BIN" --emit-mir-json "$OUT" "$IN" >/dev/null 2>&1; then
direct_ok=1
echo "[OK] MIR JSON written (direct-emit): $OUT" echo "[OK] MIR JSON written (direct-emit): $OUT"
exit 0 exit 0
fi fi
echo "[emit/direct] failed rc_stageb=${stageb_rc} extract_rc=${extract_rc} direct_ok=${direct_ok} stageb_hits=${stageb_hit}" >&2
echo "[FAIL] Stage-B and direct MIR emit both failed" >&2 echo "[FAIL] Stage-B and direct MIR emit both failed" >&2
exit 1 exit 1
fi fi
# Quick validation for Program(JSON v0) # Quick validation for Program(JSON v0)
if ! printf '%s' "$PROG_JSON_OUT" | grep -q '"kind"\s*:\s*"Program"'; then if ! printf '%s' "$PROG_JSON_OUT" | grep -q '"kind"\s*:\s*"Program"'; then
# Invalid Program JSON - fall back to direct emit（事前に簡単な診断を出す） # Invalid Program JSON - fall back to direct emit
diagnose_stageb_failure "$PROG_JSON_RAW" if HAKO_STAGEB_FUNC_SCAN="${HAKO_STAGEB_FUNC_SCAN:-}" \
direct_ok=0
if HAKO_STAGEB_FUNC_SCAN="${HAKO_STAGEB_FUNC_SCAN:-1}" \
HAKO_MIR_BUILDER_FUNCS="${HAKO_MIR_BUILDER_FUNCS:-}" \ HAKO_MIR_BUILDER_FUNCS="${HAKO_MIR_BUILDER_FUNCS:-}" \
HAKO_MIR_BUILDER_CALL_RESOLVE="${HAKO_MIR_BUILDER_CALL_RESOLVE:-}" \ HAKO_MIR_BUILDER_CALL_RESOLVE="${HAKO_MIR_BUILDER_CALL_RESOLVE:-}" \
NYASH_JSON_SCHEMA_V1=${NYASH_JSON_SCHEMA_V1:-1} \ NYASH_JSON_SCHEMA_V1=${NYASH_JSON_SCHEMA_V1:-1} \
NYASH_MIR_UNIFIED_CALL=${NYASH_MIR_UNIFIED_CALL:-1} \ NYASH_MIR_UNIFIED_CALL=${NYASH_MIR_UNIFIED_CALL:-1} \
run_direct_emit "invalid_program" "$OUT" "$IN"; then "$NYASH_BIN" --emit-mir-json "$OUT" "$IN" >/dev/null 2>&1; then
direct_ok=1
echo "[OK] MIR JSON written (direct-emit-fallback): $OUT" echo "[OK] MIR JSON written (direct-emit-fallback): $OUT"
exit 0 exit 0
fi fi
echo "[emit/direct] invalid_program rc_stageb=${stageb_rc} extract_rc=${extract_rc} direct_ok=${direct_ok} stageb_hits=${stageb_hit}" >&2
echo "[FAIL] Stage‑B output invalid and direct emit failed" >&2 echo "[FAIL] Stage‑B output invalid and direct emit failed" >&2
exit 1 exit 1
fi fi
@ -588,7 +235,7 @@ HCODE
set +e set +e
(cd "$ROOT" && \ (cd "$ROOT" && \
NYASH_DISABLE_PLUGINS=1 NYASH_FILEBOX_MODE="core-ro" \ NYASH_DISABLE_PLUGINS=1 NYASH_FILEBOX_MODE="core-ro" \
NYASH_FEATURES=stage3 NYASH_FEATURES=stage3 NYASH_PARSER_ALLOW_SEMICOLON=1 \ NYASH_PARSER_STAGE3=1 HAKO_PARSER_STAGE3=1 NYASH_PARSER_ALLOW_SEMICOLON=1 \
HAKO_BUILDER_PROGRAM_JSON="$prog_json" \ HAKO_BUILDER_PROGRAM_JSON="$prog_json" \
"$NYASH_BIN" --backend vm "$tmp_hako" 2>&1 | tee "$tmp_stdout" >/dev/null) "$NYASH_BIN" --backend vm "$tmp_hako" 2>&1 | tee "$tmp_stdout" >/dev/null)
local rc=$? local rc=$?
@ -599,79 +246,7 @@ HCODE
local mir local mir
mir=$(awk '/\[MIR_OUT_BEGIN\]/{flag=1;next}/\[MIR_OUT_END\]/{flag=0}flag' "$tmp_stdout") mir=$(awk '/\[MIR_OUT_BEGIN\]/{flag=1;next}/\[MIR_OUT_END\]/{flag=0}flag' "$tmp_stdout")
if [ -z "$mir" ]; then return 1; fi if [ -z "$mir" ]; then return 1; fi
# Write raw MIR JSON first
printf '%s' "$mir" > "$out_path" printf '%s' "$mir" > "$out_path"
# Optional AOT prep stage (run_json; no FileBox)
# Trigger when HAKO_APPLY_AOT_PREP=1 or when fast/hoist/collections_hot are requested.
if [ "${HAKO_APPLY_AOT_PREP:-0}" = "1" ] || [ "${NYASH_AOT_COLLECTIONS_HOT:-0}" = "1" ] || [ "${NYASH_LLVM_FAST:-0}" = "1" ] || [ "${NYASH_MIR_LOOP_HOIST:-0}" = "1" ]; then
if [ "${HAKO_SELFHOST_TRACE:-0}" = "1" ]; then
echo "[provider/emit:trace] Applying AotPrep.run_json to MIR JSON..." >&2
fi
_prep_hako=$(mktemp --suffix .hako)
cat > "$_prep_hako" <<'HAKO'
using selfhost.llvm.ir.aot_prep as AotPrepBox
static box Main { method main(args) {
local src = env.get("HAKO_PREP_INPUT")
if src == null || src == "" { print("[prep:skip:empty]"); return 0 }
local out = AotPrepBox.run_json(src)
print("[PREP_OUT_BEGIN]")
print(out)
print("[PREP_OUT_END]")
return 0
} }
HAKO
# Read MIR JSON and pass via env; capture between markers
_prep_stdout=$(mktemp)
_prep_stderr=$(mktemp)
set +e
HAKO_PREP_INPUT="$(cat "$out_path")" \
NYASH_FILEBOX_MODE=core-ro \
# AotPrep(run_json) は自己ホストVMで JSON を1回走査するだけなので、既定ではステップ上限なし（0）で実行する。
# 必要に応じて HAKO_VM_MAX_STEPS / NYASH_VM_MAX_STEPS を明示上書き可能。
HAKO_VM_MAX_STEPS="${HAKO_VM_MAX_STEPS:-0}" NYASH_VM_MAX_STEPS="${NYASH_VM_MAX_STEPS:-0}" \
NYASH_FEATURES=stage3 NYASH_FEATURES=stage3 NYASH_PARSER_ALLOW_SEMICOLON=1 \
NYASH_ENABLE_USING=1 HAKO_ENABLE_USING=1 HAKO_USING_RESOLVER_FIRST=1 \
NYASH_AOT_COLLECTIONS_HOT=${NYASH_AOT_COLLECTIONS_HOT:-0} NYASH_LLVM_FAST=${NYASH_LLVM_FAST:-0} NYASH_MIR_LOOP_HOIST=${NYASH_MIR_LOOP_HOIST:-0} NYASH_AOT_MAP_KEY_MODE=${NYASH_AOT_MAP_KEY_MODE:-auto} \
NYASH_AOT_NUMERIC_CORE=${NYASH_AOT_NUMERIC_CORE:-0} NYASH_AOT_NUMERIC_CORE_TRACE=${NYASH_AOT_NUMERIC_CORE_TRACE:-0} \
NYASH_JSON_ONLY=${NYASH_JSON_ONLY:-1} \
"$NYASH_BIN" --backend vm "$_prep_hako" >"$_prep_stdout" 2>"$_prep_stderr"
_rc=$?
set -e
if [ "${HAKO_SELFHOST_TRACE:-0}" = "1" ]; then
echo "[provider/emit:trace] AotPrep runner rc=$_rc" >&2
fi
if [ $_rc -eq 0 ] && grep -q "\[PREP_OUT_BEGIN\]" "$_prep_stdout" && grep -q "\[PREP_OUT_END\]" "$_prep_stdout"; then
awk '/\[PREP_OUT_BEGIN\]/{flag=1;next}/\[PREP_OUT_END\]/{flag=0}flag' "$_prep_stdout" > "$out_path"
[ "${HAKO_SELFHOST_TRACE:-0}" = "1" ] && echo "[provider/emit:trace] AotPrep applied (run_json)" >&2
# Optional: surface CollectionsHot trace lines for diagnostics when requested
if [ "${NYASH_AOT_CH_TRACE:-0}" = "1" ]; then
if command -v rg >/dev/null 2>&1; then
rg -n '^\[aot/collections_hot\]' "$_prep_stdout" >&2 || true
else
grep '^\[aot/collections_hot\]' "$_prep_stdout" >&2 || true
fi
fi
# Optional: surface NumericCore trace lines for diagnostics when requested
if [ "${NYASH_AOT_NUMERIC_CORE_TRACE:-0}" = "1" ]; then
if command -v rg >/dev/null 2>&1; then
rg -n '^\[aot/numeric_core\]' "$_prep_stdout" >&2 || true
else
grep '^\[aot/numeric_core\]' "$_prep_stdout" >&2 || true
fi
fi
else
if [ "${HAKO_SELFHOST_TRACE:-0}" = "1" ]; then
echo "[provider/emit:trace] AotPrep skipped or failed (run_json) rc=$_rc" >&2
if [ -s "$_prep_stderr" ]; then
echo "[provider/emit:trace] AotPrep stderr (tail):" >&2
tail -n 60 "$_prep_stderr" >&2 || true
fi
fi
fi
rm -f "$_prep_hako" "$_prep_stdout" "$_prep_stderr" 2>/dev/null || true
fi
echo "[OK] MIR JSON written (delegate:provider): $out_path" echo "[OK] MIR JSON written (delegate:provider): $out_path"
return 0 return 0
} }
@ -730,33 +305,20 @@ HCODE
local prog_len=${#prog_json} local prog_len=${#prog_json}
local loop_count=$(printf '%s' "$prog_json" | grep -o '"type":"Loop"' 2>/dev/null | wc -l | tr -d ' \n') local loop_count=$(printf '%s' "$prog_json" | grep -o '"type":"Loop"' 2>/dev/null | wc -l | tr -d ' \n')
local cmp_count=$(printf '%s' "$prog_json" | grep -o '"type":"Compare"' 2>/dev/null | wc -l | tr -d ' \n') local cmp_count=$(printf '%s' "$prog_json" | grep -o '"type":"Compare"' 2>/dev/null | wc -l | tr -d ' \n')
local array_count=$(printf '%s' "$prog_json" | grep -o '"type":"MethodCall"' 2>/dev/null | wc -l | tr -d ' \n')
loop_count=${loop_count:-0} loop_count=${loop_count:-0}
cmp_count=${cmp_count:-0} cmp_count=${cmp_count:-0}
array_count=${array_count:-0}
local cwd="$(pwd)" local cwd="$(pwd)"
local toml_status="absent" local toml_status="absent"
if [ -f "$ROOT/nyash.toml" ]; then if [ -f "$ROOT/nyash.toml" ]; then
toml_status="present" toml_status="present"
fi fi
echo "[builder/selfhost-first:trace] builder_box=$builder_box prog_json_len=$prog_len tokens=Loop:$loop_count,Compare:$cmp_count,MethodCall:$array_count cwd=$cwd nyash.toml=$toml_status" >&2 echo "[builder/selfhost-first:trace] builder_box=$builder_box prog_json_len=$prog_len tokens=Loop:$loop_count,Compare:$cmp_count cwd=$cwd nyash.toml=$toml_status" >&2
# Show first 200 chars of Program(JSON) for structural validation
local prog_head=$(printf '%s' "$prog_json" | head -c 200)
echo "[builder/selfhost-first:trace] prog_json_head: $prog_head..." >&2
fi fi
set +e set +e
# Run from repo root to ensure nyash.toml is available for using resolution # Run from repo root to ensure nyash.toml is available for using resolution
# Capture both stdout and stderr (2>&1) instead of discarding stderr # Capture both stdout and stderr (2>&1) instead of discarding stderr
local tmp_stderr; tmp_stderr=$(mktemp)
trap 'rm -f "$tmp_hako" "$tmp_stdout" "$tmp_stderr" || true' RETURN
if [ "${HAKO_SELFHOST_TRACE:-0}" = "1" ]; then
echo "[builder/selfhost-first:exec] Starting builder execution..." >&2
fi
(cd "$ROOT" && \ (cd "$ROOT" && \
HAKO_SELFHOST_NO_DELEGATE=1 \
HAKO_MIR_BUILDER_INTERNAL=1 HAKO_MIR_BUILDER_REGISTRY=1 \ HAKO_MIR_BUILDER_INTERNAL=1 HAKO_MIR_BUILDER_REGISTRY=1 \
HAKO_MIR_BUILDER_TRACE="${HAKO_SELFHOST_TRACE:-}" \ HAKO_MIR_BUILDER_TRACE="${HAKO_SELFHOST_TRACE:-}" \
HAKO_MIR_BUILDER_LOOP_JSONFRAG="${HAKO_MIR_BUILDER_LOOP_JSONFRAG:-}" \ HAKO_MIR_BUILDER_LOOP_JSONFRAG="${HAKO_MIR_BUILDER_LOOP_JSONFRAG:-}" \
@ -767,57 +329,28 @@ HCODE
HAKO_MIR_BUILDER_NORMALIZE_TAG="${HAKO_MIR_BUILDER_NORMALIZE_TAG:-}" \ HAKO_MIR_BUILDER_NORMALIZE_TAG="${HAKO_MIR_BUILDER_NORMALIZE_TAG:-}" \
HAKO_MIR_BUILDER_DEBUG="${HAKO_MIR_BUILDER_DEBUG:-}" \ HAKO_MIR_BUILDER_DEBUG="${HAKO_MIR_BUILDER_DEBUG:-}" \
NYASH_DISABLE_PLUGINS="${NYASH_DISABLE_PLUGINS:-0}" NYASH_FILEBOX_MODE="core-ro" HAKO_PROVIDER_POLICY="safe-core-first" \ NYASH_DISABLE_PLUGINS="${NYASH_DISABLE_PLUGINS:-0}" NYASH_FILEBOX_MODE="core-ro" HAKO_PROVIDER_POLICY="safe-core-first" \
NYASH_ENABLE_USING=1 HAKO_ENABLE_USING=1 HAKO_USING_RESOLVER_FIRST=1 \ NYASH_ENABLE_USING=1 HAKO_ENABLE_USING=1 \
NYASH_FEATURES=stage3 NYASH_FEATURES=stage3 NYASH_PARSER_ALLOW_SEMICOLON=1 \ NYASH_PARSER_STAGE3=1 HAKO_PARSER_STAGE3=1 NYASH_PARSER_ALLOW_SEMICOLON=1 \
NYASH_USE_NY_COMPILER=0 HAKO_USE_NY_COMPILER=0 NYASH_DISABLE_NY_COMPILER=1 HAKO_DISABLE_NY_COMPILER=1 \ NYASH_USE_NY_COMPILER=0 HAKO_USE_NY_COMPILER=0 NYASH_DISABLE_NY_COMPILER=1 HAKO_DISABLE_NY_COMPILER=1 \
NYASH_MACRO_DISABLE=1 HAKO_MACRO_DISABLE=1 \ NYASH_MACRO_DISABLE=1 HAKO_MACRO_DISABLE=1 \
# Builder 実行時は Step budget を既定で「無制限（0）」にしておく（大きな Program(JSON) でも上限で落とさない）。
# 無限ループ疑いの診断時は HAKO_VM_MAX_STEPS/NYASH_VM_MAX_STEPS を明示上書きして使う想定。
HAKO_VM_MAX_STEPS="${HAKO_VM_MAX_STEPS:-0}" NYASH_VM_MAX_STEPS="${NYASH_VM_MAX_STEPS:-0}" \
HAKO_BUILDER_PROGRAM_JSON="$prog_json" \ HAKO_BUILDER_PROGRAM_JSON="$prog_json" \
NYASH_VM_DUMP_MERGED_HAKO="${NYASH_VM_DUMP_MERGED_HAKO:-${HAKO_SELFHOST_DUMP_MERGED_HAKO:-0}}" \ "$NYASH_BIN" --backend vm "$tmp_hako" 2>&1 | tee "$tmp_stdout" >/dev/null)
NYASH_VM_DUMP_MERGED_HAKO_PATH="${NYASH_VM_DUMP_MERGED_HAKO_PATH:-${HAKO_SELFHOST_DUMP_MERGED_HAKO_PATH:-}}" \
"$NYASH_BIN" --backend vm "$tmp_hako" 2>"$tmp_stderr" | tee "$tmp_stdout" >/dev/null)
local rc=$? local rc=$?
set -e set -e
if [ "${HAKO_SELFHOST_TRACE:-0}" = "1" ]; then # Enhanced failure diagnostics
echo "[builder/selfhost-first:exec] Builder execution completed with rc=$rc" >&2
fi
# Enhanced failure diagnostics with comprehensive logging
if [ $rc -ne 0 ]; then if [ $rc -ne 0 ]; then
if [ "${HAKO_SELFHOST_NO_DELEGATE:-0}" = "1" ] || [ "${HAKO_SELFHOST_TRACE:-0}" = "1" ]; then if [ "${HAKO_SELFHOST_NO_DELEGATE:-0}" = "1" ]; then
echo "[builder/selfhost-first:fail:child:rc=$rc]" >&2 echo "[builder/selfhost-first:fail:child:rc=$rc]" >&2
echo "[builder/selfhost-first:fail:detail] First 20 lines of output:" >&2
head -n 20 "$tmp_stdout" >&2 || true
echo "[builder/selfhost-first:fail:detail] Last 80 lines of output:" >&2 echo "[builder/selfhost-first:fail:detail] Last 80 lines of output:" >&2
tail -n 80 "$tmp_stdout" >&2 || true tail -n 80 "$tmp_stdout" >&2 || true
if [ -s "$tmp_stderr" ]; then
echo "[builder/selfhost-first:fail:stderr] First 20 lines:" >&2
head -n 20 "$tmp_stderr" >&2 || true
echo "[builder/selfhost-first:fail:stderr] Last 40 lines:" >&2
tail -n 40 "$tmp_stderr" >&2 || true
# Pretty diagnostics for missing using modules
USING_MISSING=$(cat "$tmp_stdout" "$tmp_stderr" 2>/dev/null | grep -Eo "\[using\] not found: '[^']+'" | sort -u || true)
if [ -n "$USING_MISSING" ]; then
echo "[builder/selfhost-first:diagnose] Missing using modules detected:" >&2
echo "$USING_MISSING" >&2
echo "[builder/selfhost-first:diagnose] Hint: enable resolver-first (HAKO_USING_RESOLVER_FIRST=1) and ensure nyash.toml maps these modules." >&2
echo "[builder/selfhost-first:diagnose] Example entries (nyash.toml [modules]):" >&2
echo " \"selfhost.shared.json.core.json_canonical\" = \"lang/src/shared/json/json_canonical_box.hako\"" >&2
echo " \"selfhost.shared.common.common_imports\" = \"lang/src/shared/common/common_imports.hako\"" >&2
fi
fi
fi fi
# Don't return immediately - check for fallback below # Don't return immediately - check for fallback below
fi fi
if [ $rc -eq 0 ] && ! grep -q "\[builder/selfhost-first:ok\]" "$tmp_stdout"; then if [ $rc -eq 0 ] && ! grep -q "\[builder/selfhost-first:ok\]" "$tmp_stdout"; then
if [ "${HAKO_SELFHOST_NO_DELEGATE:-0}" = "1" ] || [ "${HAKO_SELFHOST_TRACE:-0}" = "1" ]; then if [ "${HAKO_SELFHOST_NO_DELEGATE:-0}" = "1" ]; then
echo "[builder/selfhost-first:fail:no-ok-marker]" >&2 echo "[builder/selfhost-first:fail:no-ok-marker]" >&2
echo "[builder/selfhost-first:fail:detail] First 20 lines of output:" >&2
head -n 20 "$tmp_stdout" >&2 || true
echo "[builder/selfhost-first:fail:detail] Last 80 lines of output:" >&2 echo "[builder/selfhost-first:fail:detail] Last 80 lines of output:" >&2
tail -n 80 "$tmp_stdout" >&2 || true tail -n 80 "$tmp_stdout" >&2 || true
fi fi
@ -826,17 +359,13 @@ HCODE
# Try min builder fallback if enabled and initial builder failed # Try min builder fallback if enabled and initial builder failed
if [ "${HAKO_SELFHOST_TRY_MIN:-0}" = "1" ] && [ $rc -ne 0 ] && [ "$builder_box" != "hako.mir.builder.min" ]; then if [ "${HAKO_SELFHOST_TRY_MIN:-0}" = "1" ] && [ $rc -ne 0 ] && [ "$builder_box" != "hako.mir.builder.min" ]; then
if [ "${HAKO_SELFHOST_NO_DELEGATE:-0}" = "1" ] || [ "${HAKO_SELFHOST_TRACE:-0}" = "1" ]; then if [ "${HAKO_SELFHOST_NO_DELEGATE:-0}" = "1" ]; then
echo "[builder/selfhost-first:trying-min-fallback]" >&2 echo "[builder/selfhost-first:trying-min-fallback]" >&2
fi fi
# Retry with min builder # Retry with min builder
HAKO_MIR_BUILDER_BOX="hako.mir.builder.min" try_selfhost_builder "$prog_json" "$out_path" HAKO_MIR_BUILDER_BOX="hako.mir.builder.min" try_selfhost_builder "$prog_json" "$out_path"
local fallback_rc=$? return $?
if [ "${HAKO_SELFHOST_TRACE:-0}" = "1" ]; then
echo "[builder/selfhost-first:min-fallback:rc=$fallback_rc]" >&2
fi
return $fallback_rc
fi fi
# Return original failure if no fallback or if fallback not triggered # Return original failure if no fallback or if fallback not triggered
@ -847,18 +376,6 @@ HCODE
local mir local mir
mir=$(awk '/\[MIR_OUT_BEGIN\]/{flag=1;next}/\[MIR_OUT_END\]/{flag=0}flag' "$tmp_stdout") mir=$(awk '/\[MIR_OUT_BEGIN\]/{flag=1;next}/\[MIR_OUT_END\]/{flag=0}flag' "$tmp_stdout")
if [ -z "$mir" ]; then return 1; fi if [ -z "$mir" ]; then return 1; fi
# Surface key builder tags (multi-carrier detectionなど) when trace is enabled,
# so that v2 smokes can reliably grep them without生 stdout 全量を流す必要がない。
if [ "${HAKO_SELFHOST_TRACE:-0}" = "1" ]; then
if grep -q "\[mirbuilder/internal/loop:multi_carrier:" "$tmp_stdout" 2>/dev/null; then
echo "[builder/selfhost-first:trace:multi_carrier] detected" >&2
grep "\[mirbuilder/internal/loop:multi_carrier:" "$tmp_stdout" >&2 || true
fi
if grep -q "\[funcs/basic:loop.multi_carrier\]" "$tmp_stdout" 2>/dev/null; then
echo "[builder/selfhost-first:trace:funcs:loop.multi_carrier]" >&2
grep "\[funcs/basic:loop.multi_carrier\]" "$tmp_stdout" >&2 || true
fi
fi
printf '%s' "$mir" > "$out_path" printf '%s' "$mir" > "$out_path"
echo "[OK] MIR JSON written (selfhost-first): $out_path" echo "[OK] MIR JSON written (selfhost-first): $out_path"
return 0 return 0
@ -882,121 +399,22 @@ static box Main { method main(args) {
} } } }
HCODE HCODE
local tmp_stdout; tmp_stdout=$(mktemp) local tmp_stdout; tmp_stdout=$(mktemp)
local tmp_stderr; tmp_stderr=$(mktemp) trap 'rm -f "$tmp_hako" "$tmp_stdout" || true' RETURN
trap 'rm -f "$tmp_hako" "$tmp_stdout" "$tmp_stderr" || true' RETURN
if [ "${HAKO_SELFHOST_TRACE:-0}" = "1" ]; then
echo "[provider/emit:trace] Starting provider emit..." >&2
fi
set +e set +e
(cd "$ROOT" && \ (cd "$ROOT" && \
NYASH_DISABLE_PLUGINS="${NYASH_DISABLE_PLUGINS:-0}" NYASH_FILEBOX_MODE="core-ro" \ NYASH_DISABLE_PLUGINS="${NYASH_DISABLE_PLUGINS:-0}" NYASH_FILEBOX_MODE="core-ro" \
NYASH_FEATURES=stage3 NYASH_FEATURES=stage3 NYASH_PARSER_ALLOW_SEMICOLON=1 \ NYASH_PARSER_STAGE3=1 HAKO_PARSER_STAGE3=1 NYASH_PARSER_ALLOW_SEMICOLON=1 \
HAKO_BUILDER_PROGRAM_JSON="$prog_json" \ HAKO_BUILDER_PROGRAM_JSON="$prog_json" \
NYASH_ENABLE_USING=1 HAKO_ENABLE_USING=1 HAKO_USING_RESOLVER_FIRST=1 \ "$NYASH_BIN" --backend vm "$tmp_hako" 2>&1 | tee "$tmp_stdout" >/dev/null)
"$NYASH_BIN" --backend vm "$tmp_hako" 2>"$tmp_stderr" | tee "$tmp_stdout" >/dev/null)
local rc=$? local rc=$?
set -e set -e
if [ "${HAKO_SELFHOST_TRACE:-0}" = "1" ]; then
echo "[provider/emit:trace] Provider execution completed with rc=$rc" >&2
fi
if [ $rc -ne 0 ] || ! grep -q "\[provider/emit:ok\]" "$tmp_stdout"; then if [ $rc -ne 0 ] || ! grep -q "\[provider/emit:ok\]" "$tmp_stdout"; then
if [ "${HAKO_SELFHOST_TRACE:-0}" = "1" ]; then
echo "[provider/emit:fail:rc=$rc]" >&2
if [ -s "$tmp_stderr" ]; then
echo "[provider/emit:fail:stderr] First 20 lines:" >&2
head -n 20 "$tmp_stderr" >&2 || true
echo "[provider/emit:fail:stderr] Last 40 lines:" >&2
tail -n 40 "$tmp_stderr" >&2 || true
fi
echo "[provider/emit:fail:stdout] Last 40 lines:" >&2
tail -n 40 "$tmp_stdout" >&2 || true
USING_MISSING=$(cat "$tmp_stdout" "$tmp_stderr" 2>/dev/null | grep -Eo "\[using\] not found: '[^']+'" | sort -u || true)
if [ -n "$USING_MISSING" ]; then
echo "[provider/emit:diagnose] Missing using modules detected:" >&2
echo "$USING_MISSING" >&2
echo "[provider/emit:diagnose] Hint: enable resolver-first (HAKO_USING_RESOLVER_FIRST=1) and ensure nyash.toml maps these modules." >&2
fi
fi
return 1 return 1
fi fi
local mir local mir
mir=$(awk '/\[MIR_OUT_BEGIN\]/{flag=1;next}/\[MIR_OUT_END\]/{flag=0}flag' "$tmp_stdout") mir=$(awk '/\[MIR_OUT_BEGIN\]/{flag=1;next}/\[MIR_OUT_END\]/{flag=0}flag' "$tmp_stdout")
if [ -z "$mir" ]; then if [ -z "$mir" ]; then return 1; fi
if [ "${HAKO_SELFHOST_TRACE:-0}" = "1" ]; then
echo "[provider/emit:fail:no-mir-output]" >&2
fi
return 1
fi
# Write raw MIR JSON first
printf '%s' "$mir" > "$out_path" printf '%s' "$mir" > "$out_path"
# Apply AotPrep via run_json when enabled
if [ "${HAKO_APPLY_AOT_PREP:-0}" = "1" ] || [ "${NYASH_AOT_COLLECTIONS_HOT:-0}" = "1" ] || [ "${NYASH_LLVM_FAST:-0}" = "1" ] || [ "${NYASH_MIR_LOOP_HOIST:-0}" = "1" ]; then
[ "${HAKO_SELFHOST_TRACE:-0}" = "1" ] && echo "[provider/emit:trace] Applying AotPrep(run_json)..." >&2
local aot_runner; aot_runner=$(mktemp --suffix=.hako)
cat > "$aot_runner" << 'EOF'
using selfhost.llvm.ir.aot_prep as AotPrepBox
static box Main { method main(args) {
local src = env.get("HAKO_PREP_INPUT")
if src == null || src == "" { print("[prep:skip:empty]"); return 0 }
local out = AotPrepBox.run_json(src)
print("[PREP_OUT_BEGIN]")
print(out)
print("[PREP_OUT_END]")
return 0
} }
EOF
local aot_rc=0
local prep_stdout; prep_stdout=$(mktemp)
local prep_stderr; prep_stderr=$(mktemp)
set +e
HAKO_PREP_INPUT="$(cat "$out_path")" \
NYASH_FILEBOX_MODE=core-ro \
NYASH_FEATURES=stage3 NYASH_FEATURES=stage3 NYASH_PARSER_ALLOW_SEMICOLON=1 \
NYASH_ENABLE_USING=1 HAKO_ENABLE_USING=1 HAKO_USING_RESOLVER_FIRST=1 \
NYASH_AOT_COLLECTIONS_HOT=${NYASH_AOT_COLLECTIONS_HOT:-0} NYASH_LLVM_FAST=${NYASH_LLVM_FAST:-0} NYASH_MIR_LOOP_HOIST=${NYASH_MIR_LOOP_HOIST:-0} NYASH_AOT_MAP_KEY_MODE=${NYASH_AOT_MAP_KEY_MODE:-auto} \
NYASH_AOT_NUMERIC_CORE=${NYASH_AOT_NUMERIC_CORE:-0} NYASH_AOT_NUMERIC_CORE_TRACE=${NYASH_AOT_NUMERIC_CORE_TRACE:-0} \
HAKO_VM_MAX_STEPS="${HAKO_VM_MAX_STEPS:-0}" NYASH_VM_MAX_STEPS="${NYASH_VM_MAX_STEPS:-0}" \
"$NYASH_BIN" --backend vm "$aot_runner" >"$prep_stdout" 2>"$prep_stderr"
aot_rc=$?
set -e
if [ $aot_rc -eq 0 ] && grep -q "\[PREP_OUT_BEGIN\]" "$prep_stdout" && grep -q "\[PREP_OUT_END\]" "$prep_stdout"; then
awk '/\[PREP_OUT_BEGIN\]/{flag=1;next}/\[PREP_OUT_END\]/{flag=0}flag' "$prep_stdout" > "$out_path"
[ "${HAKO_SELFHOST_TRACE:-0}" = "1" ] && echo "[prep:ok] AotPrep applied (run_json)" >&2
# Surface numeric_core trace lines when requested（provider経路でも [aot/numeric_core] を見えるようにする）
if [ "${NYASH_AOT_NUMERIC_CORE_TRACE:-0}" = "1" ]; then
if command -v rg >/devnull 2>&1; then
rg -n '^\[aot/numeric_core\]' "$prep_stdout" >&2 || true
else
grep '^\[aot/numeric_core\]' "$prep_stdout" >&2 || true
fi
fi
# Optional strict post-check: after AotPrep(run_json) the MIR JSON is expected
# to have MatI64.mul_naive lowered to Call when NYASH_AOT_NUMERIC_CORE=1.
if [ "${NYASH_AOT_NUMERIC_CORE_STRICT:-0}" = "1" ]; then
if rg -q '"op":"boxcall".*"method":"mul_naive"' "$out_path"; then
echo "[prep/numeric_core/strict] NYASH_AOT_NUMERIC_CORE_STRICT=1 but boxcall(\"mul_naive\") remains after AotPrep.run_json; inspect numeric_core.hako patterns." >&2
return 1
fi
fi
else
if [ "${HAKO_SELFHOST_TRACE:-0}" = "1" ]; then
echo "[prep:warn] AotPrep failed (rc=$aot_rc), using original MIR" >&2
if [ -s "$prep_stderr" ]; then
echo "[prep:stderr:tail]" >&2
tail -n 60 "$prep_stderr" >&2 || true
fi
fi
fi
rm -f "$aot_runner" "$prep_stdout" "$prep_stderr" 2>/dev/null || true
fi
echo "[OK] MIR JSON written (delegate:provider): $out_path" echo "[OK] MIR JSON written (delegate:provider): $out_path"
return 0 return 0
} }
@ -1008,35 +426,19 @@ if [ "${HAKO_MIR_BUILDER_LOOP_FORCE_JSONFRAG:-0}" = "1" ]; then
fi fi
if [ "${HAKO_SELFHOST_BUILDER_FIRST:-0}" = "1" ]; then if [ "${HAKO_SELFHOST_BUILDER_FIRST:-0}" = "1" ]; then
# Prefer Stage1 CLI (hakorune) when available to avoid Stage-3 parser issues
stage1_cli_bin="${HAKO_STAGE1_CLI:-$ROOT/lang/bin/hakorune}"
if [ -x "$stage1_cli_bin" ]; then
prog_tmp=$(mktemp --suffix .json)
printf '%s' "$PROG_JSON_OUT" > "$prog_tmp"
if "$stage1_cli_bin" emit mir-json --from-program-json "$prog_tmp" -o "$OUT" --quiet >/dev/null 2>&1 && [ -s "$OUT" ]; then
rm -f "$prog_tmp" || true
echo "[OK] MIR JSON written (selfhost-first:stage1-cli): $OUT"
exit 0
fi
rm -f "$prog_tmp" || true
if [ "${HAKO_SELFHOST_TRACE:-0}" = "1" ]; then
echo "[selfhost-first:stage1-cli] failed (binary: $stage1_cli_bin), falling back to legacy builder" >&2
fi
fi
if try_selfhost_builder "$PROG_JSON_OUT" "$OUT"; then if try_selfhost_builder "$PROG_JSON_OUT" "$OUT"; then
exit 0 exit 0
fi fi
# Phase 25.1b: selfhost-first モードでは MirBuilder のフォールバックは禁止。 if [ "${HAKO_SELFHOST_NO_DELEGATE:-0}" = "1" ]; then
# selfhost builder が失敗した時点で非0終了とし、provider 経路には委譲しない。 echo "[FAIL] selfhost-first failed and delegate disabled" >&2
echo "[FAIL] selfhost-first failed (MirBuilder) and delegate is disabled in HAKO_SELFHOST_BUILDER_FIRST=1 mode" >&2
exit 1 exit 1
fi fi
fi
# Dev: force JsonFrag minimal loop even on provider-first path # Dev: force JsonFrag minimal loop even on provider-first path
if [ "${HAKO_MIR_BUILDER_LOOP_FORCE_JSONFRAG:-0}" = "1" ]; then if [ "${HAKO_MIR_BUILDER_LOOP_FORCE_JSONFRAG:-0}" = "1" ]; then
# Extract limit from Program(JSON) or source file # Extract limit from Program(JSON)
limit=$(printf '%s' "$PROG_JSON_OUT" | grep -o '"type":"Int","value":[0-9]*' | head -1 | grep -o '[0-9]*$' || cat "$CODE_TMP" | grep -o '[0-9]\+' | head -1 || echo "10") limit=$(printf '%s' "$PROG_JSON_OUT" | grep -o '"type":"Int","value":[0-9]*' | head -1 | grep -o '[0-9]*$' || echo "10")
echo "[emit/jsonfrag] provider-force min-loop MIR (dev-only)" >&2
cat > "$OUT" <<MIRJSON cat > "$OUT" <<MIRJSON
{ {
"functions": [{ "functions": [{
@ -1080,7 +482,7 @@ if try_provider_emit "$PROG_JSON_OUT" "$OUT"; then
fi fi
# 最終フォールバック: 旧CLI変換（環境でv1を促す） # 最終フォールバック: 旧CLI変換（環境でv1を促す）
if HAKO_STAGEB_FUNC_SCAN="${HAKO_STAGEB_FUNC_SCAN:-1}" \ if HAKO_STAGEB_FUNC_SCAN="${HAKO_STAGEB_FUNC_SCAN:-}" \
HAKO_MIR_BUILDER_FUNCS="${HAKO_MIR_BUILDER_FUNCS:-}" \ HAKO_MIR_BUILDER_FUNCS="${HAKO_MIR_BUILDER_FUNCS:-}" \
HAKO_MIR_BUILDER_CALL_RESOLVE="${HAKO_MIR_BUILDER_CALL_RESOLVE:-}" \ HAKO_MIR_BUILDER_CALL_RESOLVE="${HAKO_MIR_BUILDER_CALL_RESOLVE:-}" \
NYASH_JSON_SCHEMA_V1=${NYASH_JSON_SCHEMA_V1:-1} \ NYASH_JSON_SCHEMA_V1=${NYASH_JSON_SCHEMA_V1:-1} \