forked from chiki2bum2/SniperGold_ML
250 lines
10 KiB
Python
250 lines
10 KiB
Python
 | # -*- coding: utf-8 -*-
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"""P3-S.2 SPEC TESTS — LIQUIDITY SWEEP (synthetic, dari PROJECT SEMANTIC SPECIFICATION v1).
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Truth : docs/SMC_LIQUIDITY_SWEEP_SPEC_v1.md -> spec_oracle() di file ini
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(expected result di spec_test_cases_liquidity_sweep.json diturunkan
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dari SPEC, BUKAN dari kode).
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Code under : DetectLiquidityGrabs (EA AlgoForge_Backtest_Baseline.mq5) + emission
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audit g_feat[7] (P3-S.0) -> code_port() — hasilnya DILAPORKAN sebagai
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observasi konformansi, BUKAN definisi truth.
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Disiplin P3-S.2:
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- spec oracle vs expected : ASSERT (spec = truth)
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- code port vs spec : REPORT (differential conformance observation)
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- tidak ada AUC/PF/backtest/human annotation/ML di file ini.
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Usage: python spec_tests_liquidity_sweep.py
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Output: output/spec_tests_liquidity_sweep_report.json
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"""
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import json
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import os
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import sys
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import numpy as np
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HERE = os.path.dirname(os.path.abspath(__file__))
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# ---- konstanta dari SPEC (mirror smc_semantic_common; sengaja lokal agar oracle
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# independen dari kode yang sedang diaudit) ----
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GRAB_WINDOW = 8
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SEQ_WINDOW = 40
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INTERNAL_LEN = 5
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W_LO = 604 # batas bawah window referensi (kasus cache penuh) -> p >= max(95, t-604)
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EPS = 1e-9
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# =====================================================================
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# SPEC ORACLE (truth) — diturunkan langsung dari SMC_LIQUIDITY_SWEEP_SPEC_v1.md
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# =====================================================================
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def spec_oracle(h, l, c, decision_bar, refs, grab_window=GRAB_WINDOW,
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seq_window=SEQ_WINDOW, window=None):
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"""Evaluator SPEC (S3-S9).
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refs : [(p, lvl, is_high)] — daftar referensi (internal swing pivot)
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yang SUDAH valid pada decision_bar (hasil pembentukan referensi).
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window : opsional [lo, hi] filter bar referensi (SPEC S3).
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Return : (onsets, f7) ; onsets = [(b, dir, lvl, p)] kronologis;
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f7 = array int[decision_bar+1] (lifecycle NO_SWEEP/ONSET/ACTIVE/EXPIRED).
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"""
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if window is not None:
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lo, hi = window
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refs = [(p, lvl, ih) for (p, lvl, ih) in refs if lo <= p <= hi]
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onsets = []
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for (p, lvl, ih) in refs: # kronologis (p naik)
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last = min(decision_bar, p + grab_window) # SPEC S4: b in (p, p+GRAB_WINDOW]
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for b in range(p + 1, last + 1):
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if ih and h[b] > lvl and c[b] < lvl: # buy-side swept -> dir -1 (SPEC S5)
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onsets.append((b, -1, lvl, p))
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break # satu onset per referensi (first-match)
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if (not ih) and l[b] < lvl and c[b] > lvl: # sell-side swept -> dir +1
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onsets.append((b, 1, lvl, p))
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break
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# lifecycle (SPEC S8/S9): f7[r] = dir onset terbaru dgn b<=r dan r-b<=SEQ_WINDOW
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f7 = np.zeros(decision_bar + 1, dtype=int)
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for (b, d, lvl, p) in onsets: # urutan kronologis; onset lebih baru
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upto = min(decision_bar, b + seq_window) # menimpa (supersession)
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f7[b:upto + 1] = d
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return onsets, f7
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# =====================================================================
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# CODE PORT (implementasi yang diaudit) — semantik EA DetectLiquidityGrabs
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# =====================================================================
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def code_port(h, l, c, decision_bar, refs, grab_window=GRAB_WINDOW,
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seq_window=SEQ_WINDOW, window=None):
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"""Port setia EA AlgoForge_Backtest_Baseline.mq5 DetectLiquidityGrabs +
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emission ComputeMLFeatures g_feat[7] (P3-S.0 fix, AF_BT_SEQ_WINDOW).
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refs : daftar pivot internal g_ip[] pada decision_bar (sudah windowed EA).
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Return: (cur_sb, cur_sd, f7) — bar onset terakhir, arah state, f7 final.
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Perbedaan vs spec_oracle:
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- guard `b > cur_sb` STRICT -> pada bar yang sama, pivot pertama (terlama)
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yang menang (tie-break berbeda dgn oracle); unreachable dgn data konsisten.
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- state g_swpDir/g_swpBar persist (bukan event); expiration hanya di emission.
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"""
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if window is not None:
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lo, hi = window
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refs = [(p, lvl, ih) for (p, lvl, ih) in refs if lo <= p <= hi]
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cur_sb, cur_sd = -1, 0
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for (p, lvl, ih) in refs:
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last = min(decision_bar, p + grab_window)
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for b in range(p + 1, last + 1):
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if ih and h[b] > lvl and c[b] < lvl:
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if b > cur_sb:
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cur_sb, cur_sd = b, -1
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break
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if (not ih) and l[b] < lvl and c[b] > lvl:
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if b > cur_sb:
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cur_sb, cur_sd = b, 1
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break
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# emission f7 (EA): (tc-1 - g_swpBar) <= SEQ_WINDOW ? g_swpDir : 0
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f7 = 0 if (cur_sb < 0 or (decision_bar - cur_sb) > seq_window) else cur_sd
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return cur_sb, cur_sd, f7
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# =====================================================================
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# HELPERS
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# =====================================================================
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def materialize(case):
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"""Baris OHLC -> arrays o,h,l,c ; dukungan bar_spec (generator + patches)."""
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if "bar_spec" in case:
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bs = case["bar_spec"]
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bars = [list(bs["neutral"]) for _ in range(bs["count"])]
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for (idx, ohlc) in bs["patches"]:
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bars[idx] = list(ohlc)
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else:
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bars = [list(b) for b in case["bars"]]
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arr = np.asarray(bars, dtype=float)
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return arr[:, 0], arr[:, 1], arr[:, 2], arr[:, 3]
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def apply_transform(o, h, l, c, refs, transform):
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if transform is None:
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return o, h, l, c, refs
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kind = transform["kind"]
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if kind == "scale":
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k = transform["factor"]
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return o * k, h * k, l * k, c * k, [(p, lvl * k, ih) for (p, lvl, ih) in refs]
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if kind == "translate":
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v = transform["value"]
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return o + v, h + v, l + v, c + v, [(p, lvl + v, ih) for (p, lvl, ih) in refs]
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raise ValueError("unknown transform " + kind)
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def apply_mutations(o, h, l, c, mutations):
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if not mutations:
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return o, h, l, c
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o = o.copy(); h = h.copy(); l = l.copy(); c = c.copy()
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for (idx, ohlc) in mutations:
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o[idx], h[idx], l[idx], c[idx] = ohlc
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return o, h, l, c
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def onsets_equal(a, b):
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if len(a) != len(b):
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return False
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for x, y in zip(a, b):
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if x[0] != y[0] or x[1] != y[1] or abs(x[2] - y[2]) > EPS or x[3] != y[3]:
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return False
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return True
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def run_case(case):
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o, h, l, c = materialize(case)
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refs = [tuple(r) for r in case["given_references"]]
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db = case["decision_bar"]
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window = case.get("window")
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transform = case.get("transform")
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mutations = case.get("mutations")
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# --- run spec oracle pada data dasar ---
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onsets, f7 = spec_oracle(h, l, c, db, refs, window=window)
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# --- invariant: transform (scale/translate) ---
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o2, h2, l2, c2, refs2 = apply_transform(o, h, l, c, refs, transform)
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onsets2, f7_2 = spec_oracle(h2, l2, c2, db, refs2, window=window)
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# --- invariant: future mutation (T13) ---
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o3, h3, l3, c3 = apply_mutations(o, h, l, c, mutations)
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onsets3, f7_3 = spec_oracle(h3, l3, c3, db, refs, window=window)
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# --- code port (implementasi diaudit) ---
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cur_sb, cur_sd, f7_code = code_port(h, l, c, db, refs, window=window)
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exp = case["expected"]
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checks = {}
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checks["onsets"] = onsets_equal(onsets, [tuple(e) for e in exp["onsets"]])
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checks["f7_at_decision"] = bool(int(f7[db]) == int(exp["f7_at_decision"]))
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lc = exp.get("lifecycle")
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if lc:
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if lc["active_until"] <= db:
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checks["lifecycle_active_until"] = bool(int(f7[lc["active_until"]]) == int(lc["dir"]))
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if lc["expired_at"] <= db:
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checks["lifecycle_expired_at"] = bool(int(f7[lc["expired_at"]]) == 0)
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# invariance transform: struktural (b, dir, p) identik; level ikut skala/translasi
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struct = lambda os_: [(b, d, p) for (b, d, lv, p) in os_]
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checks["invariant_transform"] = bool(struct(onsets2) == struct(onsets) and
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int(f7_2[db]) == int(f7[db]))
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checks["invariant_mutation"] = bool(onsets_equal(onsets3, onsets) and
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int(f7_3[db]) == int(f7[db]))
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return {
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"id": case["id"],
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"title": case["title"],
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"expected_onsets": exp["onsets"],
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"expected_f7": exp["f7_at_decision"],
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"spec_oracle_onsets": [[b, d, round(float(lv), 6), p] for (b, d, lv, p) in onsets],
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"spec_oracle_f7": int(f7[db]),
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"code_port_onset_bar": cur_sb,
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"code_port_dir": cur_sd,
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"code_port_f7": int(f7_code),
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"code_matches_spec": bool(int(f7_code) == int(f7[db])),
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"checks": checks,
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"pass": all(checks.values()),
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"note": case.get("note"),
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}
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def main():
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cases_path = os.path.join(HERE, "spec_test_cases_liquidity_sweep.json")
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cases = json.load(open(cases_path, encoding="utf-8"))["cases"]
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results = [run_case(c) for c in cases]
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n_pass = sum(1 for r in results if r["pass"])
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n_total = len(results)
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print(f"=== P3-S.2 SPEC TESTS — LIQUIDITY SWEEP ({n_pass}/{n_total} PASS) ===")
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print(f"{'ID':<8} {'PASS':<6} {'f7 spec':<8} {'f7 code':<8} {'match':<6} notes")
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for r in results:
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print(f"{r['id']:<8} {str(r['pass']):<6} {r['spec_oracle_f7']:<8} "
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f"{r['code_port_f7']:<8} {str(r['code_matches_spec']):<6} {r['title'][:44]}")
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if n_pass != n_total:
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print("\nFAILED:")
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for r in results:
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if not r["pass"]:
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print(" ", r["id"], r["checks"])
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sys.exit(1)
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print("\nAll spec assertions PASS — expected results are consistent with "
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"PROJECT SEMANTIC SPECIFICATION v1.")
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report = {
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"spec_doc": "docs/SMC_LIQUIDITY_SWEEP_SPEC_v1.md",
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"phase": "P3-S.2",
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"generated_utc": __import__("datetime").datetime.now(
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__import__("datetime").timezone.utc).isoformat(),
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"constants": {"GRAB_WINDOW": GRAB_WINDOW, "SEQ_WINDOW": SEQ_WINDOW,
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"INTERNAL_LEN": INTERNAL_LEN, "W_LO": W_LO},
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"summary": {"total": n_total, "passed": n_pass, "failed": n_total - n_pass},
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"cases": results,
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}
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outdir = os.path.join(HERE, "output")
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os.makedirs(outdir, exist_ok=True)
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out_path = os.path.join(outdir, "spec_tests_liquidity_sweep_report.json")
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with open(out_path, "w", encoding="utf-8") as f:
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json.dump(report, f, indent=2, default=str)
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print(f"[saved] {out_path}")
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if __name__ == "__main__":
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main()
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