arm-ka-docs/scripts/kfo_contract/gen_ex_payload.py
2026-11-06 23:25:40 +04:00

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"""Генерирует contracts/ex-payload-v1.schema.json и contracts/examples/ex-payload-*.json (docs #208).
Запуск из корня репозитория: .venv/bin/python -I scripts/kfo_contract/gen_ex_payload.py
Руками схему и примеры не править: правка здесь → перегенерация → make check.
Примеры — группа «Альфа / Бета / Гамма» сквозного примера §8 «КФО» (kfo_example.py, gen_kfo_openapi.py).
"""
import copy
import json
import sys
from pathlib import Path
HERE = Path(__file__).resolve().parent
ROOT = HERE.parents[1]
sys.path.insert(0, str(HERE))
import gen_kfo_openapi as kfo # noqa: E402
MONEY_RE = r"^-?\d{1,16}\.\d{2}$"
M = {"type": "string", "pattern": MONEY_RE}
MN = {"type": ["string", "null"], "pattern": MONEY_RE}
PN = {"type": ["string", "null"], "pattern": r"^-?\d{1,5}\.\d{2}$"} # доля, % (ограничена)
PF = {"type": ["string", "null"], "pattern": r"^-?\d+\.\d{2}$"} # процент к меньшей стороне — не ограничен
QUARTER = {"type": "string", "enum": ["Q1", "Q2", "Q3", "Q4"]}
UUID = {"type": "string", "format": "uuid"}
UUIDN = {"type": ["string", "null"], "format": "uuid"}
UUIDS1 = {"type": "array", "items": UUID, "minItems": 1}
STR = {"type": "string"}
STRN = {"type": ["string", "null"]}
DATE = {"type": "string", "format": "date"}
DT = {"type": "string", "format": "date-time"}
def d(name):
return {"$ref": f"#/$defs/{name}"}
def arr(x):
return {"type": "array", "items": x}
def obj(props, required=None, closed=False, desc=None):
o = {"type": "object", "properties": props, "required": list(props) if required is None else required,
"additionalProperties": not closed}
if desc:
o["description"] = desc
return o
TYPES = { # item_type → (единица, $def данных)
"summary_osv": ("rub", "SummaryOsvData"),
"vgo_pairs": ("rub", "VgoPairsData"),
"chess": ("rub", "ChessData"),
"kfo_balance": ("thousand_rub", "KfoBalanceData"),
"kfo_income": ("thousand_rub", "KfoIncomeData"),
"goodwill": ("rub", "GoodwillData"),
"corrections": ("rub", "CorrectionsData"),
"other_report": ("thousand_rub", "OtherReportData"),
"version_card": ("none", "VersionCardData"),
}
def kfo_defs():
"""$defs КФО — из контракта КФО (gen_kfo_openapi.SCHEMAS), ссылки переведены на $defs, данные открыты."""
raw = json.loads(json.dumps(kfo.SCHEMAS).replace("#/components/schemas/", "#/$defs/"))
out = {}
for name, sch in raw.items():
if name in ("KfoAnnotationsIn", "KfoCommentIn", "ErrorDetail", "ErrorOut", "KfoResultOut"):
continue
sch = copy.deepcopy(sch)
sch["additionalProperties"] = True
out[name] = sch
return out
def defs():
out = kfo_defs()
res = kfo.SCHEMAS["KfoResultOut"]["properties"]
base = {k: json.loads(json.dumps(v).replace("#/components/schemas/", "#/$defs/"))
for k, v in res.items() if k not in ("editable", "read_only_reason", "balance", "income")}
out["KfoBalanceData"] = obj({**base, "balance": d("KfoStatementOut")},
desc="KfoResultOut без editable/read_only_reason, только отчёт ББ")
out["KfoBalanceData"]["not"] = {"required": ["income"]}
frozen = {"properties": {"is_frozen": {"const": True}, "companies": {"minItems": 1},
"requisites": {"properties": {"version_status": {"const": "VERIFIED"}}}}}
out["KfoBalanceData"] = {"allOf": [out["KfoBalanceData"], frozen]}
out["KfoIncomeData"] = obj({**base, "income": d("KfoStatementOut")},
desc="KfoResultOut без editable/read_only_reason, только отчёт ОФР")
out["KfoIncomeData"]["not"] = {"required": ["balance"]}
out["KfoIncomeData"] = {"allOf": [out["KfoIncomeData"], frozen]}
out["Ref"] = obj({"id": UUID, "name": STR})
out["UserRef"] = obj({"user_id": UUIDN, "full_name": STR},
desc="Пользователь с ФИО на дату верификации (user_id — справочно, app_user не удаляется)")
# Сводная ОСВ — dev/api-contract-slice-4.md §3
out["ConsolidatedRowOut"] = obj({
"legal_entity_id": UUID, "legal_entity_name": STR, "legal_entity_inn": STRN,
"account_code": STRN, "period": STR, "is_cumulative": {"type": "boolean"},
"counterparty_name": STRN, "counterparty_inn": STRN, "counterparty_id": UUIDN,
"counterparty_entity_name": STRN, "counterparty_entity_inn": STRN,
"counterparty_type": {"type": "string", "enum": ["GSK", "GK", "EXTERNAL"]},
"match_kind": STRN,
"opening_debit": MN, "opening_credit": MN, "turnover_debit": MN, "turnover_credit": MN,
"closing_debit": MN, "closing_credit": MN,
}, desc="ConsolidatedRowOut (dev/api-contract-slice-4.md §3); entry_ids, warnings — справочно, необязательны")
out["OsvGapOut"] = obj({"legal_entity_id": UUID, "legal_entity_name": STR, "account_code": STR,
"missing_quarters": arr(QUARTER)})
out["OsvSummaryOut"] = obj({"rows_total": {"type": "integer"}, "gaps": arr(d("OsvGapOut"))})
out["SummaryOsvData"] = obj({"rows": arr(d("ConsolidatedRowOut")), "summary": d("OsvSummaryOut")})
# Таблица корректировок — dev/api-contract-corrections.*
out["CorrectionEntryOut"] = obj({"entry_ids": UUIDS1, "legal_entity_id": UUID, "counterparty_id": UUID, "account_code": STR,
"side": {"type": "string", "enum": ["D", "K"]}, "amount": M, "decision": STR},
desc="строка ОСВ агрегата (нужна выгрузке таблицы корректировок)")
out["AggregateSideOut"] = obj({"article_line": STRN, "accounts": arr(STR), "amount": M,
"entries": arr(d("CorrectionEntryOut"))})
out["CorrectionLineOut"] = obj({"line_code": STR, "amount": M})
out["CorrectionBalanceOut"] = obj({"debit_total": M, "credit_total": M, "difference": M, "difference_percent": PF,
"remainder_1": MN, "remainder_2": MN})
out["CorrectionPairOut"] = obj({"side_1": d("AggregateSideOut"), "side_2": d("AggregateSideOut"),
"deviation_amount": M, "deviation_percent": PF})
out["CorrectionRuleOut"] = obj({"id": UUID, "rule_no": {"type": "integer"}, "article_1_line": STRN,
"article_2_line": STRN, "side_1": {"type": "string", "enum": ["D", "K"]},
"measure": STR, "company_1_accounts": arr(STR), "company_2_accounts": arr(STR),
"company_1_excluded": arr(STR), "company_2_excluded": arr(STR)},
desc="Правило элиминации на дату верификации (CorrectionRuleOut)")
out["CorrectionOut"] = obj({"status": {"type": "string", "enum": ["APPLIED"]}, "version_no": {"type": "integer"},
"debit": arr(d("CorrectionLineOut")), "credit": arr(d("CorrectionLineOut")),
"comment": STR, "balance": d("CorrectionBalanceOut"),
"updated_by": {"anyOf": [d("Ref"), {"type": "null"}]}, "updated_at": DT},
desc="CorrectionOut; в срезе только APPLIED")
out["CorrectionAggregateOut"] = obj({
"rule_no": {"type": "integer"}, "company_1": d("Ref"), "company_2": d("Ref"),
"side_1": d("AggregateSideOut"), "side_2": d("AggregateSideOut"), "pairs": arr(d("CorrectionPairOut")),
"deviation_amount": M, "deviation_percent": PF, "exceeds_threshold": {"type": "boolean"},
"status": {"type": "string", "enum": ["AUTO", "DISCREPANCY", "ONE_SIDED", "MANUAL"]},
"eliminated_amount": M,
"correction": {"anyOf": [d("CorrectionOut"), {"type": "null"}]},
})
out["UnallocatedEntryOut"] = obj({"entry_ids": UUIDS1, "owner": d("Ref"), "counterparty": d("Ref"), "account_code": STR,
"side": {"type": "string", "enum": ["D", "K"]}, "amount": M,
"reason": STR, "excluded": {"type": "boolean"}})
out["CorrectionTotalsOut"] = obj({"amount_1": M, "amount_2": M, "deviation_amount": M,
"correction_debit": M, "correction_credit": M})
out["CorrectionTableData"] = obj({
"statement_type": {"type": "string", "enum": ["balance", "income"]}, "rules_version_no": {"type": "integer"},
"rules": {"type": "array", "items": d("CorrectionRuleOut"), "minItems": 1},
"aggregates": arr(d("CorrectionAggregateOut")), "unallocated": arr(d("UnallocatedEntryOut")),
"totals": d("CorrectionTotalsOut"),
}, desc="CorrectionTableOut без editable/read_only_reason")
out["VgoPairsData"] = obj({"balance": d("CorrectionTableData"),
"income": {"anyOf": [d("CorrectionTableData"), {"type": "null"}]}})
out["CorrectionsData"] = obj({"items": arr(obj({
"statement_type": {"type": "string", "enum": ["balance", "income"]}, "rule_no": {"type": "integer"},
"company_1": d("Ref"), "company_2": d("Ref"), "correction": d("CorrectionOut")}))})
# Шахматка — dev/frontend-api-guide.md §5.7.1
out["MatrixCellOut"] = obj({"company_a_id": UUID, "company_b_id": UUID, "amount_a": M, "amount_b": M,
"variance_amount": M, "variance_percent": PF, "exceeds_threshold": {"type": "boolean"},
"one_sided": {"type": "boolean"}, "skipped_osv_entry_count": {"type": "integer"}})
totals = {"type": "object", "propertyNames": {"format": "uuid"}, "additionalProperties": M}
out["IntercompanyMatrixOut"] = obj({"companies": {"type": "array", "items": d("Ref"), "minItems": 1},
"cells": arr(d("MatrixCellOut")), "total_debit": totals,
"total_credit": totals},
desc="IntercompanyMatrixOut; osv_entry_ids_* — справочно")
out["ResultTableOut"] = obj({"companies": arr(d("Ref")), "articles": arr(obj({
"code": STR, "name": STR, "amounts": arr(obj({"company_id": UUID, "amount": M})), "group_total": M}))})
out["ChessData"] = obj({"matrix_all": d("IntercompanyMatrixOut"),
"presets": arr(obj({"rule_no": {"type": "integer"}, "statement_type": {"type": "string", "enum": ["balance", "income"]},
"rules_version_no": {"type": "integer"}, "rule": d("CorrectionRuleOut"),
"matrix": d("IntercompanyMatrixOut")})),
"result_table": d("ResultTableOut")})
# Гудвилл — dev/api-contract-goodwill.*
out["GoodwillTotalsOut"] = obj({"financial_investment_amount": MN, "charter_capital_amount": MN,
"participation_amount": MN, "goodwill_amount": MN, "goodwill_in_kfo_amount": MN})
out["GoodwillRowOut"] = obj({
"head_legal_entity": d("Ref"), "subsidiary_legal_entity": d("Ref"), "ownership_share": PN,
"financial_investment_amount": MN, "charter_capital_amount": MN, "additional_capital_amount": MN,
"participation_amount": MN, "goodwill_amount": MN, "include_in_kfo": {"type": "boolean"}, "comment": STRN,
"has_investments": {"type": "boolean"}})
out["GoodwillData"] = obj({"goodwill_enabled": {"const": True}, "rows": arr(d("GoodwillRowOut")),
"groups": arr(obj({"head_legal_entity": d("Ref"), "totals": d("GoodwillTotalsOut")})),
"totals": d("GoodwillTotalsOut")},
desc="GoodwillTableOut без editable/read_only_reason; пишется только при goodwill_enabled")
out["OtherReportData"] = obj({"report_kind": {"const": "client_kfo_comparison"}, "lines": arr(obj({
"statement_type": {"type": "string", "enum": ["balance", "income"]}, "line_code": STR, "line_name": STR,
"client_amount": MN, "client_vgo_amount": MN, "bank_amount": MN, "bank_vgo_amount": MN,
"deviation_amount": MN, "deviation_percent": PN, "deviation_reason": STRN, "comment": STRN}))})
statuses = kfo.SCHEMAS["KfoRequisitesOut"]["properties"]["version_status"]["enum"]
out["VersionCardData"] = obj({
"company_group": d("Ref"), "related_group": d("Ref"), "reporting_date": DATE,
"year": {"type": "integer"}, "quarter": QUARTER,
"version_no": {"type": "integer"}, "scenario": {"type": "string", "enum": ["CREATE", "CONFIRM"]},
"approach": {"type": "string", "enum": ["BASIC", "EXTENDED"]}, "goodwill_enabled": {"type": "boolean"},
"initiator": d("UserRef"), "initiator_office": d("Ref"),
"members": {"type": "array", "minItems": 1, "items": obj({"legal_entity_id": UUID, "name": STR, "inn": STR,
"is_head_entity": {"type": "boolean"}})},
"history": {"type": "array", "minItems": 1, "items": obj({"from_status": {"type": ["string", "null"], "enum": statuses + [None]},
"to_status": {"type": "string", "enum": statuses},
"changed_by": d("UserRef"), "changed_at": DT, "comment": STRN})},
"verified_by": d("UserRef"), "verified_at": DT,
"uob_decision_no": STRN, "uob_decision_date": {"type": ["string", "null"], "format": "date"},
"methodology_deviations": STRN,
}, desc="Карточка версии на дату верификации (DOC-274687 доп. 4; новый item_type v5.26)")
return out
def schema():
branches = []
for t, (units, data_def) in TYPES.items():
branches.append({"if": {"properties": {"item_type": {"const": t}}},
"then": {"properties": {"units": {"const": units}, "data": d(data_def)}}})
return {
"$schema": "https://json-schema.org/draft/2020-12/schema",
"$id": "ex-payload-v1.schema.json",
"title": "Элемент среза ЕХ: ex_snapshot_item.payload, версия 1.0",
"description": "Конверт замороженных данных элемента среза ЕХ (context/05-domain-rules.md §15). data — ответ API "
"экрана рабочей версии на момент верификации без полей редактирования; у primary_document "
"payload нет. Сгенерировано scripts/kfo_contract/gen_ex_payload.py — руками не править.",
"type": "object",
"additionalProperties": False,
"required": ["schema_version", "item_type", "units", "generated_at", "source_version_no", "data"],
"properties": {
"schema_version": {"const": "1.0"},
"item_type": {"type": "string", "enum": list(TYPES)},
"units": {"type": "string", "enum": ["rub", "thousand_rub", "none"]},
"generated_at": DT,
"source_version_no": {"type": "integer", "minimum": 1},
"data": {"type": "object"},
},
"allOf": branches,
"$defs": defs(),
}
# ---------- примеры ----------
IDS = kfo.IDS
REF = {c: {"id": IDS[c], "name": kfo.ex.NAMES[c]} for c in kfo.ex.COMPANIES}
USER = {"user_id": "44444444-4444-4444-8444-444444444444", "full_name": "Петрова Мария Ивановна"}
USER2 = {"user_id": "55555555-5555-4555-8555-555555555555", "full_name": "Соколов Игорь Петрович"}
GEN = "2025-11-20T10:05:00Z"
def env(t, data):
return {"schema_version": "1.0", "item_type": t, "units": TYPES[t][0], "generated_at": GEN,
"source_version_no": 1, "data": data}
def examples():
res = kfo.result(True, frozen=True)
for k in ("editable", "read_only_reason"):
res.pop(k)
kb = {k: v for k, v in res.items() if k != "income"}
ki = {k: v for k, v in res.items() if k != "balance"}
out = {"kfo_balance": env("kfo_balance", kb), "kfo_income": env("kfo_income", ki)}
eid = iter(f"aaaaaaaa-0000-4000-8000-{n:012d}" for n in range(1, 1000))
R2 = "66666666-6666-4666-8666-000000000002"
R6 = "66666666-6666-4666-8666-000000000006"
REFU = {"id": USER["user_id"], "name": USER["full_name"]} # updated_by — Ref, как в DTO API
def entry(c, cp, acc, side, amt):
return {"entry_ids": [next(eid)], "legal_entity_id": IDS[c], "counterparty_id": IDS[cp], "account_code": acc,
"side": side, "amount": amt, "decision": "AUTO", "candidate_rule_ids": []}
def side(line, accs, amt, entries):
return {"article_line": line, "accounts": accs, "amount": amt, "entries": entries}
def bal(dt, kt, a1, a2):
from decimal import Decimal as Dd
dt, kt, a1, a2 = Dd(dt), Dd(kt), Dd(a1), Dd(a2)
diff = abs(dt - kt)
return {"debit_total": f"{dt:.2f}", "credit_total": f"{kt:.2f}", "difference": f"{diff:.2f}",
"difference_percent": f"{diff / min(dt, kt) * 100:.2f}" if min(dt, kt) > 0 else None,
"remainder_1": f"{a1 - dt:.2f}", "remainder_2": f"{a2 - kt:.2f}"}
corr_ba = {"status": "APPLIED", "version_no": 1, "debit": [{"line_code": "1230", "amount": "10000000.00"}],
"credit": [{"line_code": "1520", "amount": "10000000.00"}],
"comment": "Сверка Бета → Альфа: разница — аванс, исключаем подтверждённое", "reason_code": None,
"balance": bal("10000000", "10000000", "10000000", "50000000"),
"updated_by": REFU, "updated_at": "2025-11-12T14:30:00Z"}
corr_ac = {"status": "APPLIED", "version_no": 2,
"debit": [{"line_code": "1230", "amount": "20000000.00"}, {"line_code": "1170", "amount": "5000000.00"}],
"credit": [{"line_code": "1520", "amount": "22500000.00"}],
"comment": "Часть долга Гаммы переведена в займ — разнесено по статьям", "reason_code": None,
"balance": bal("25000000", "22500000", "30000000", "29100000"),
"updated_by": REFU, "updated_at": "2025-11-13T09:10:00Z"}
def agg(rule_id, rule_no, c1, c2, s1, s2, dev, pct, exc, status, elim, corr):
return {"rule_id": rule_id, "rule_no": rule_no, "company_1": REF[c1], "company_2": REF[c2], "side_1": s1,
"side_2": s2, "pairs": [], "deviation_amount": dev, "deviation_percent": pct,
"exceeds_threshold": exc, "status": status, "eliminated_amount": elim, "composition_changed": False,
"correction": corr}
ab_1 = side("1230", ["62.01"], "102000000.00", [entry("A", "B", "62.01", "D", "102000000.00")])
ab_2 = side("1520", ["60.01"], "100000400.50", [entry("B", "A", "60.01", "K", "100000400.50")])
a_ab = agg(R6, 6, "A", "B", ab_1, ab_2, "1999599.50", "2.00", False, "AUTO", "100000400.50", None)
a_ab["pairs"] = [{"side_1": ab_1, "side_2": ab_2, "deviation_amount": "1999599.50", "deviation_percent": "2.00"}]
aggs = [
agg(R2, 2, "A", "B", side("1170", ["58.01"], "50000000.00", [entry("A", "B", "58.01", "D", "50000000.00")]),
side("1310/1350/1370", ["80"], "40000000.00", [entry("B", "A", "80", "K", "40000000.00")]),
"10000000.00", "25.00", False, "AUTO", "40000000.00", None),
agg(R2, 2, "A", "C", side("1170", ["58.01"], "15000000.00", [entry("A", "C", "58.01", "D", "15000000.00")]),
side("1310/1350/1370", [], "0.00", []), "15000000.00", None, False, "ONE_SIDED", "15000000.00", None),
a_ab,
agg(R6, 6, "A", "C", side("1230", ["62.01"], "30000000.00", [entry("A", "C", "62.01", "D", "30000000.00")]),
side("1520", ["60.01"], "29100000.00", [entry("C", "A", "60.01", "K", "29100000.00")]),
"900000.00", "3.09", False, "AUTO", "29100000.00", corr_ac),
agg(R6, 6, "B", "A", side("1230", ["62.01"], "10000000.00", [entry("B", "A", "62.01", "D", "10000000.00")]),
side("1520", ["60.01", "76.05"], "50000000.00",
[entry("A", "B", "60.01", "K", "12000000.00"), entry("A", "B", "76.05", "K", "38000000.00")]),
"40000000.00", "400.00", True, "DISCREPANCY", "0.00", corr_ba),
]
rule2 = {"id": R2, "rule_no": 2, "article_1_line": "1170", "article_2_line": "1310/1350/1370", "side_1": "D",
"measure": "closing", "company_1_accounts": ["58.01"], "company_2_accounts": ["80", "83"],
"company_1_excluded": [], "company_2_excluded": []}
rule6 = {"id": R6, "rule_no": 6, "article_1_line": "1230", "article_2_line": "1520", "side_1": "D",
"measure": "closing",
"company_1_accounts": ["60.02", "60.22", "60.32", "62.01", "62.03", "62.21", "62.31", "76"],
"company_2_accounts": ["60.01", "60.03", "60.21", "60.31", "62.02", "62.22", "62.32", "76"],
"company_1_excluded": ["76.7.5", "76.7.9"], "company_2_excluded": ["76.7.1"]}
vgo = {"balance": {"version_id": kfo.VERSION, "statement_type": "balance", "rules_version_no": 1,
"rules": [rule2, rule6], "aggregates": aggs,
"unallocated": [{"entry_ids": [next(eid)], "owner": REF["C"], "counterparty": REF["A"],
"account_code": "76.09", "line_code": None, "side": "D", "amount": "350000.00",
"candidate_rule_ids": [R2, R6], "reason": "MULTIPLE_RULES", "excluded": True}],
"totals": {"amount_1": "207000000.00", "amount_2": "219100400.50",
"deviation_amount": "67899599.50", "correction_debit": "35000000.00",
"correction_credit": "32500000.00"}},
"income": None}
out["vgo_pairs"] = env("vgo_pairs", vgo)
out["corrections"] = env("corrections", {"items": [
{"statement_type": "balance", "rule_no": 6, "company_1": REF["A"], "company_2": REF["C"], "correction": corr_ac},
{"statement_type": "balance", "rule_no": 6, "company_1": REF["B"], "company_2": REF["A"], "correction": corr_ba},
]})
def row(c, acc, cp, ctype, cd=None, cc=None):
return {"entry_ids": [next(eid)], "legal_entity_id": IDS[c], "legal_entity_name": kfo.ex.NAMES[c],
"legal_entity_inn": kfo.ex.INN[c], "account_code": acc, "account_root": acc.split(".")[0],
"period": "2025 Q3", "is_cumulative": False, "row_number": None,
"counterparty_name": kfo.ex.NAMES.get(cp, cp), "counterparty_inn": kfo.ex.INN.get(cp),
"counterparty_id": IDS.get(cp), "counterparty_entity_name": kfo.ex.NAMES.get(cp),
"counterparty_entity_inn": kfo.ex.INN.get(cp), "counterparty_type": ctype,
"match_kind": "INN" if cp in IDS else None, "match_stored": True,
"opening_debit": None, "opening_credit": None, "turnover_debit": None, "turnover_credit": None,
"closing_debit": cd, "closing_credit": cc, "warnings": []}
ext = row("A", "60.01", "ООО «Поставщик»", "EXTERNAL", cc="5400000.00")
ext.update({"counterparty_inn": "7702999999", "counterparty_id": None, "counterparty_entity_name": None,
"counterparty_entity_inn": None})
out["summary_osv"] = env("summary_osv", {
"rows": [row("A", "62.01", "B", "GSK", cd="102000000.00"), row("B", "60.01", "A", "GSK", cc="100000400.50"), ext],
"summary": {"rows_total": 3, "unmapped_total": 0, "auto_matched_total": 0, "documents_total": 9,
"gaps": [{"legal_entity_id": IDS["C"], "legal_entity_name": kfo.ex.NAMES["C"],
"account_code": "76", "missing_quarters": ["Q1"]}], "counter_pairs": []}})
cell = {"company_a_id": IDS["A"], "company_b_id": IDS["B"], "amount_a": "102000000.00",
"amount_b": "100000400.50", "variance_amount": "1999599.50", "variance_percent": "2.00",
"exceeds_threshold": False, "one_sided": False, "skipped_osv_entry_count": 0}
tot_d = {IDS["A"]: "102000000.00", IDS["B"]: "0.00", IDS["C"]: "0.00"}
tot_k = {IDS["A"]: "0.00", IDS["B"]: "100000400.50", IDS["C"]: "0.00"}
matrix = {"companies": [REF[c] for c in kfo.ex.COMPANIES], "cells": [cell], "total_debit": tot_d,
"total_credit": tot_k}
out["chess"] = env("chess", {
"matrix_all": matrix,
"presets": [{"rule_no": 6, "statement_type": "balance", "rules_version_no": 1, "rule": rule6, "matrix": matrix}],
"result_table": {"companies": [REF[c] for c in kfo.ex.COMPANIES], "articles": [
{"code": "1230", "name": "Дебиторская задолженность", "group_total": "142000000.00",
"amounts": [{"company_id": IDS["A"], "amount": "132000000.00"},
{"company_id": IDS["B"], "amount": "10000000.00"},
{"company_id": IDS["C"], "amount": "0.00"}]}]}})
gw_tot = {"financial_investment_amount": "50000000.00", "charter_capital_amount": "40000000.00",
"participation_amount": "32000000.00", "goodwill_amount": "18000000.00",
"goodwill_in_kfo_amount": "18000000.00"}
out["goodwill"] = env("goodwill", {
"version_id": kfo.VERSION, "goodwill_enabled": True,
"rows": [{"head_legal_entity": REF["A"], "subsidiary_legal_entity": REF["B"], "ownership_share": "80.00",
"financial_investment_amount": "50000000.00", "charter_capital_amount": "40000000.00",
"additional_capital_amount": "0.00", "participation_amount": "32000000.00",
"goodwill_amount": "18000000.00", "include_in_kfo": True,
"comment": "Доля 80 % по выписке ЕГРЮЛ на 01.10.2025", "has_investments": True, "warnings": [],
"updated_by": REFU, "updated_at": "2025-11-12T11:00:00Z"}],
"groups": [{"head_legal_entity": REF["A"], "totals": gw_tot}], "totals": gw_tot})
out["version_card"] = env("version_card", {
"company_group": {"id": "77777777-7777-4777-8777-777777777777", "name": "ГК «Альфа»"},
"related_group": {"id": "88888888-8888-4888-8888-888888888888", "name": "ГСК «Альфа»"},
"reporting_date": "2025-10-01", "year": 2025, "quarter": "Q3", "version_no": 1, "scenario": "CREATE",
"approach": "BASIC", "goodwill_enabled": True, "initiator": USER,
"initiator_office": {"id": "99999999-0000-4000-8000-000000000001", "name": "Ростовский РФ"},
"members": [{"legal_entity_id": IDS[c], "name": kfo.ex.NAMES[c], "inn": kfo.ex.INN[c],
"is_head_entity": c == "A"} for c in kfo.ex.COMPANIES],
"history": [{"from_status": None, "to_status": "INITIATED", "changed_by": USER,
"changed_at": "2025-11-05T09:00:00Z", "comment": None},
{"from_status": "VERIFICATION_GO", "to_status": "VERIFIED", "changed_by": USER2,
"changed_at": "2025-11-20T10:00:00Z", "comment": "Решение УОБ-118"}],
"verified_by": USER2, "verified_at": "2025-11-20T10:00:00Z",
"uob_decision_no": "УОБ-118", "uob_decision_date": "2025-11-20",
"methodology_deviations": "Отклонений от Методики нет"})
out["other_report"] = env("other_report", {"report_kind": "client_kfo_comparison", "lines": [
{"statement_type": "balance", "line_code": "1600", "line_name": "БАЛАНС", "client_amount": "590000.00",
"client_vgo_amount": "180000.00", "bank_amount": "588500.00", "bank_vgo_amount": "179500.00",
"deviation_amount": "1500.00", "deviation_percent": "0.25", "deviation_reason": "Гудвилл у клиента не выделен",
"comment": None}]})
return out
def main():
(ROOT / "contracts" / "ex-payload-v1.schema.json").write_text(
json.dumps(schema(), ensure_ascii=False, indent=2) + "\n", encoding="utf-8")
for t, doc in examples().items():
(ROOT / "contracts" / "examples" / f"ex-payload-{t.replace('_', '-')}.json").write_text(
json.dumps(doc, ensure_ascii=False, indent=2) + "\n", encoding="utf-8")
print("ok")
if __name__ == "__main__":
main()