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create api handler class #19

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258 changes: 258 additions & 0 deletions wykaz-podatnikow-vat/main_test.py
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"""
main_test.py – manualne testy wszystkich 8 metod WykazPodatnikowVATClient.

Każda sekcja odpowiada jednej metodzie klasy i drukuje czytelny wynik.
Używa środowiska PRODUKCYJNEGO (wl-api.mf.gov.pl) z publicznie dostępnymi danymi.

Dane testowe (publicznie znane, duże spółki):
NIP 5260250274 – Ministerstwo Finansów / KAS (właściciel API)
NIP 5270103391 – PKN ORLEN S.A.
REGON 000002217 – Ministerstwo Finansów / KAS
REGON 610188201 – PKN ORLEN S.A.
Rachunek: pobrany dynamicznie z search_by_nip → pierwszy z listy

Uruchomienie:
pip install requests
python main_test.py
"""

from __future__ import annotations

import sys
from datetime import date

from vat_api import (
EntityCheckResponse,
EntityListResponse,
EntityResponse,
EntryListResponse,
VATApiError,
WykazPodatnikowVATClient,
PROD_URL,
)

# ---------------------------------------------------------------------------
# Konfiguracja
# ---------------------------------------------------------------------------

TEST_DATE = date.today() # zapytania na dzisiaj
NIP_1 = "5260250274" # Ministerstwo Finansów / KAS
NIP_2 = "5270103391" # PKN ORLEN S.A.
REGON_1 = "000002217" # Ministerstwo Finansów / KAS
REGON_2 = "610188201" # PKN ORLEN S.A.

# Rachunek zostanie pobrany dynamicznie w sekcji 1 i użyty w dalszych testach.
FALLBACK_ACCOUNT = "68101010230000261395100000" # konto zapasowe (BGK)

# ---------------------------------------------------------------------------
# Helpers do drukowania
# ---------------------------------------------------------------------------

SEPARATOR = "─" * 62


def header(nr: int, title: str) -> None:
print(f"\n{'═' * 62}")
print(f" [{nr}/8] {title}")
print(f"{'═' * 62}")


def ok(label: str, value: object) -> None:
print(f" ✔ {label:<30} {value}")


def section(label: str) -> None:
print(f" {SEPARATOR}")
print(f" {label}")
print(f" {SEPARATOR}")


def print_entity(e, prefix: str = "") -> None:
"""Drukuje podstawowe pola Entity."""
p = prefix
print(f"{p} Nazwa: {e.name}")
print(f"{p} NIP: {e.nip}")
print(f"{p} REGON: {e.regon}")
print(f"{p} KRS: {e.krs}")
print(f"{p} Status VAT: {e.status_vat}")
print(f"{p} Adres siedziby: {e.residence_address}")
print(f"{p} Rachunki ({len(e.account_numbers)}):", end="")
if e.account_numbers:
print()
for acc in e.account_numbers[:3]:
print(f"{p} {acc}")
if len(e.account_numbers) > 3:
print(f"{p} … (+{len(e.account_numbers) - 3} więcej)")
else:
print(" brak")
print(f"{p} Repr. ({len(e.representatives)}):", end="")
for r in e.representatives[:2]:
print(f" {r.first_name} {r.last_name}", end="")
print()


def print_request_meta(request_id, request_dt) -> None:
print()
ok("requestId:", request_id)
ok("requestDateTime:", request_dt)


def run(label: str, fn):
"""Wywołuje fn(), obsługuje błędy, zwraca wynik lub None."""
try:
result = fn()
return result
except VATApiError as exc:
print(f" ✘ BŁĄD API: {exc}")
return None
except Exception as exc:
print(f" ✘ NIEOCZEKIWANY BŁĄD: {exc}")
return None


# ---------------------------------------------------------------------------
# Główna funkcja testowa
# ---------------------------------------------------------------------------

def main() -> None:
client = WykazPodatnikowVATClient(base_url=PROD_URL, timeout=15)
print(f"\n Klient VAT API – testy ({TEST_DATE})")
print(f" Endpoint: {PROD_URL}")

# Rachunek wybrany dynamicznie (wypełniony po sekcji 3)
dynamic_account: str = FALLBACK_ACCOUNT

# -----------------------------------------------------------------------
# 1. search_by_nip – pojedynczy NIP
# -----------------------------------------------------------------------
header(1, f"search_by_nip(nip={NIP_1!r})")
resp: EntityResponse | None = run("search_by_nip", lambda: client.search_by_nip(NIP_1, TEST_DATE))
if resp and resp.subject:
s = resp.subject
print_entity(s)
if s.account_numbers:
dynamic_account = s.account_numbers[0]
print(f"\n → Pobrany rachunek do dalszych testów: {dynamic_account}")
print_request_meta(resp.request_id, resp.request_date_time)
else:
print(" Brak podmiotu w odpowiedzi.")

# -----------------------------------------------------------------------
# 2. search_by_nips – lista NIP (batch)
# -----------------------------------------------------------------------
header(2, f"search_by_nips(nips=[{NIP_1!r}, {NIP_2!r}])")
resp2: EntryListResponse | None = run(
"search_by_nips",
lambda: client.search_by_nips([NIP_1, NIP_2], TEST_DATE),
)
if resp2:
for entry in resp2.entries:
section(f"identifier: {entry.identifier}")
if entry.has_error:
print(f" ✘ [{entry.error_code}] {entry.error_message}")
else:
for subj in entry.subjects[:1]: # pokazujemy pierwszego
print_entity(subj, prefix=" ")
print_request_meta(resp2.request_id, resp2.request_date_time)

# -----------------------------------------------------------------------
# 3. search_by_regon – pojedynczy REGON
# -----------------------------------------------------------------------
header(3, f"search_by_regon(regon={REGON_1!r})")
resp3: EntityResponse | None = run(
"search_by_regon",
lambda: client.search_by_regon(REGON_1, TEST_DATE),
)
if resp3 and resp3.subject:
print_entity(resp3.subject)
print_request_meta(resp3.request_id, resp3.request_date_time)
else:
print(" Brak podmiotu w odpowiedzi.")

# -----------------------------------------------------------------------
# 4. search_by_regons – lista REGON (batch)
# -----------------------------------------------------------------------
header(4, f"search_by_regons(regons=[{REGON_1!r}, {REGON_2!r}])")
resp4: EntryListResponse | None = run(
"search_by_regons",
lambda: client.search_by_regons([REGON_1, REGON_2], TEST_DATE),
)
if resp4:
for entry in resp4.entries:
section(f"identifier: {entry.identifier}")
if entry.has_error:
print(f" ✘ [{entry.error_code}] {entry.error_message}")
else:
for subj in entry.subjects[:1]:
print_entity(subj, prefix=" ")
print_request_meta(resp4.request_id, resp4.request_date_time)

# -----------------------------------------------------------------------
# 5. search_by_bank_account – pojedynczy rachunek
# -----------------------------------------------------------------------
header(5, f"search_by_bank_account(bank_account={dynamic_account!r})")
resp5: EntityListResponse | None = run(
"search_by_bank_account",
lambda: client.search_by_bank_account(dynamic_account, TEST_DATE),
)
if resp5:
ok("Znalezionych podmiotów:", len(resp5.subjects))
for subj in resp5.subjects[:1]:
print_entity(subj)
print_request_meta(resp5.request_id, resp5.request_date_time)

# -----------------------------------------------------------------------
# 6. search_by_bank_accounts – lista rachunków (batch)
# -----------------------------------------------------------------------
header(6, f"search_by_bank_accounts(bank_accounts=[{dynamic_account!r}])")
resp6: EntryListResponse | None = run(
"search_by_bank_accounts",
lambda: client.search_by_bank_accounts([dynamic_account], TEST_DATE),
)
if resp6:
for entry in resp6.entries:
section(f"identifier: {entry.identifier}")
if entry.has_error:
print(f" ✘ [{entry.error_code}] {entry.error_message}")
else:
ok("Podmiotów w wpisie:", len(entry.subjects))
for subj in entry.subjects[:1]:
print_entity(subj, prefix=" ")
print_request_meta(resp6.request_id, resp6.request_date_time)

# -----------------------------------------------------------------------
# 7. check_nip_bank_account – NIP + rachunek
# -----------------------------------------------------------------------
header(7, f"check_nip_bank_account(nip={NIP_1!r}, bank_account={dynamic_account!r})")
resp7: EntityCheckResponse | None = run(
"check_nip_bank_account",
lambda: client.check_nip_bank_account(NIP_1, dynamic_account, TEST_DATE),
)
if resp7:
ok("accountAssigned:", resp7.account_assigned)
ok("is_assigned (bool):", resp7.is_assigned)
print_request_meta(resp7.request_id, resp7.request_date_time)

# -----------------------------------------------------------------------
# 8. check_regon_bank_account – REGON + rachunek
# -----------------------------------------------------------------------
header(8, f"check_regon_bank_account(regon={REGON_1!r}, bank_account={dynamic_account!r})")
resp8: EntityCheckResponse | None = run(
"check_regon_bank_account",
lambda: client.check_regon_bank_account(REGON_1, dynamic_account, TEST_DATE),
)
if resp8:
ok("accountAssigned:", resp8.account_assigned)
ok("is_assigned (bool):", resp8.is_assigned)
print_request_meta(resp8.request_id, resp8.request_date_time)

# -----------------------------------------------------------------------
# Podsumowanie
# -----------------------------------------------------------------------
print(f"\n{'═' * 62}")
print(" Wszystkie testy zakończone.")
print(f"{'═' * 62}\n")


if __name__ == "__main__":
main()
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