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from databases.sql_models.core_mixin import CrudCollection
from sqlalchemy.orm import mapped_column
from sqlalchemy import (
String,
Integer,
ForeignKey,
Index,
SmallInteger,
Boolean,
TIMESTAMP,
Numeric,
)
class AccountBooks(CrudCollection):
__tablename__ = "account_books"
__exclude__fields__ = []
country = mapped_column(String, nullable=False)
branch_type = mapped_column(SmallInteger, server_default="0")
# start_date = mapped_column(TIMESTAMP, nullable=False, comment="Account Start Date")
# stop_date = mapped_column(TIMESTAMP, server_default="2900-01-01 00:00:00")
company_id = mapped_column(ForeignKey("companies.id"), nullable=False)
company_uu_id = mapped_column(String, nullable=False)
branch_id = mapped_column(ForeignKey("companies.id"))
branch_uu_id = mapped_column(String, comment="Branch UU ID")
# company: Mapped["Companies"] = relationship(
# "Company", back_populates="company_account_books", foreign_keys=[company_id]
# )
# branch: Mapped["Companies"] = relationship(
# "Company", back_populates="branch_account_books", foreign_keys=[branch_id]
# )
# account_master: Mapped[List["AccountMaster"]] = relationship(
# "AccountMaster",
# back_populates="account_header",
# foreign_keys="AccountMaster.account_header_id",
# )
# account_detail: Mapped[List["AccountDetail"]] = relationship(
# "AccountDetail",
# back_populates="account_header",
# foreign_keys="AccountDetail.account_header_id",
# )
__table_args__ = (
Index(
"account_companies_book_ndx_00", company_id, CrudCollection.expiry_starts
),
{"comment": "Account Book Information"},
)
class AccountCodes(CrudCollection):
__tablename__ = "account_codes"
__exclude__fields__ = []
account_code = mapped_column(String(48), nullable=False, comment="Account Code")
comment_line = mapped_column(String(128), nullable=False, comment="Comment Line")
is_receive_or_debit = mapped_column(Boolean)
product_id = mapped_column(Integer, server_default="0")
nvi_id = mapped_column(String(48), server_default="")
status_id = mapped_column(SmallInteger, server_default="0")
account_code_seperator = mapped_column(String(1), server_default=".")
system_id = mapped_column(SmallInteger, server_default="0")
locked = mapped_column(SmallInteger, server_default="0")
company_id = mapped_column(ForeignKey("companies.id"))
company_uu_id = mapped_column(String, nullable=False, comment="Company UU ID")
customer_id = mapped_column(ForeignKey("companies.id"))
customer_uu_id = mapped_column(String, nullable=False, comment="Customer UU ID")
person_id = mapped_column(ForeignKey("people.id"))
person_uu_id = mapped_column(String, nullable=False, comment="Person UU ID")
# company: Mapped["Companies"] = relationship(
# "Company", back_populates="account_codes", foreign_keys=[company_id]
# )
# customer: Mapped["Companies"] = relationship(
# "Company", back_populates="account_codes", foreign_keys=[customer_id]
# )
# person: Mapped["People"] = relationship(
# "People", back_populates="account_codes", foreign_keys=[person_id]
# )
# account_detail: Mapped[List["AccountDetail"]] = relationship(
# "AccountDetail",
# back_populates="account_code",
# foreign_keys="AccountDetail.account_code_id",
# )
#
# account_code_parser: Mapped["AccountCodeParser"] = relationship(
# "AccountCodeParser",
# back_populates="account_codes",
# foreign_keys="AccountCodeParser.account_code_id",
# )
class AccountCodeParser(CrudCollection):
__tablename__ = "account_code_parser"
__exclude__fields__ = []
account_code_1 = mapped_column(String, nullable=False, comment="Order")
account_code_2 = mapped_column(String, nullable=False, comment="Order")
account_code_3 = mapped_column(String, nullable=False, comment="Order")
account_code_4 = mapped_column(String, server_default="")
account_code_5 = mapped_column(String, server_default="")
account_code_6 = mapped_column(String, server_default="")
account_code_id = mapped_column(ForeignKey("account_codes.id"), nullable=False)
account_code_uu_id = mapped_column(
String, nullable=False, comment="Account Code UU ID"
)
# account_codes: Mapped["AccountCodes"] = relationship(
# "AccountCodes",
# back_populates="account_code_parser",
# foreign_keys=[account_code_id],
# )
__table_args__ = (
Index("_account_code_parser_ndx_00", account_code_id),
{"comment": "Account Code Parser Information"},
)
@property
def get_account_code(self):
return f"{self.account_codes.account_code_seperator}".join(
[
getattr(self, f"account_code_{i}")
for i in range(1, 7)
if getattr(self, f"account_code_{i}")
]
)
class AccountMaster(CrudCollection):
"""
AccountCodes class based on declarative_base and CrudCollection via session
"""
__tablename__ = "account_master"
__exclude__fields__ = []
doc_date = mapped_column(TIMESTAMP, nullable=False, comment="Document Date")
plug_type = mapped_column(String, nullable=False, comment="Plug Type")
plug_number = mapped_column(Integer, nullable=False, comment="Plug Number")
special_code = mapped_column(String(12), server_default="")
authorization_code = mapped_column(String(12), server_default="")
doc_code = mapped_column(String(12), server_default="")
doc_type = mapped_column(SmallInteger, server_default="0")
comment_line1 = mapped_column(String, server_default="")
comment_line2 = mapped_column(String, server_default="")
comment_line3 = mapped_column(String, server_default="")
comment_line4 = mapped_column(String, server_default="")
comment_line5 = mapped_column(String, server_default="")
comment_line6 = mapped_column(String, server_default="")
project_code = mapped_column(String(12), server_default="")
module_no = mapped_column(String, server_default="")
journal_no = mapped_column(Integer, server_default="0")
status_id = mapped_column(SmallInteger, server_default="0")
canceled = mapped_column(Boolean, server_default="0")
print_count = mapped_column(SmallInteger, server_default="0")
total_active = mapped_column(Numeric(20, 6), server_default="0")
total_passive = mapped_column(Numeric(20, 6), server_default="0")
total_active_1 = mapped_column(Numeric(20, 6), server_default="0")
total_passive_1 = mapped_column(Numeric(20, 6), server_default="0")
total_active_2 = mapped_column(Numeric(20, 6), server_default="0")
total_passive_2 = mapped_column(Numeric(20, 6), server_default="0")
total_active_3 = mapped_column(Numeric(20, 6), server_default="0")
total_passive_3 = mapped_column(Numeric(20, 6), server_default="0")
total_active_4 = mapped_column(Numeric(20, 6), server_default="0")
total_passive_4 = mapped_column(Numeric(20, 6), server_default="0")
cross_ref = mapped_column(Integer, server_default="0")
data_center_id = mapped_column(String, server_default="")
data_center_rec_num = mapped_column(Integer, server_default="0")
account_header_id = mapped_column(ForeignKey("account_books.id"), nullable=False)
account_header_uu_id = mapped_column(
String, nullable=False, comment="Account Header UU ID"
)
project_item_id = mapped_column(ForeignKey("build_decision_book_projects.id"))
project_item_uu_id = mapped_column(String, comment="Project Item UU ID")
department_id = mapped_column(ForeignKey("departments.id"))
department_uu_id = mapped_column(String, comment="Department UU ID")
# account_header: Mapped["AccountBooks"] = relationship(
# "AccountBooks",
# back_populates="account_master",
# foreign_keys=[account_header_id],
# )
# project_item: Mapped["BuildDecisionBookProjects"] = relationship(
# "BuildDecisionBookProjects",
# back_populates="account_master",
# foreign_keys=[project_item_id],
# )
# account_detail: Mapped[List["AccountDetail"]] = relationship(
# "AccountDetail",
# back_populates="account_master",
# foreign_keys="AccountDetail.account_master_id",
# )
__table_args__ = (
Index("_account_master_ndx_00", doc_date, account_header_id),
{"comment": "Account Master Information"},
)
class AccountDetail(CrudCollection):
"""
AccountCodes class based on declarative_base and CrudCollection via session
"""
__tablename__ = "account_detail"
__exclude__fields__ = []
__enum_list__ = [("plug_type", "AccountingReceiptTypes", "M")]
doc_date = mapped_column(TIMESTAMP, nullable=False, comment="Document Date")
line_no = mapped_column(SmallInteger, nullable=False, comment="Line Number")
receive_debit = mapped_column(String(1), nullable=False, comment="Receive Debit")
debit = mapped_column(Numeric(20, 6), nullable=False, comment="Debit")
department = mapped_column(String(24), server_default="")
special_code = mapped_column(String(12), server_default="")
account_ref = mapped_column(Integer, server_default="0")
account_fiche_ref = mapped_column(Integer, server_default="0")
center_ref = mapped_column(Integer, server_default="0")
general_code = mapped_column(String(32), server_default="")
credit = mapped_column(Numeric(20, 6), server_default="0")
currency_type = mapped_column(String(4), server_default="TL")
exchange_rate = mapped_column(Numeric(20, 6), server_default="0")
debit_cur = mapped_column(Numeric(20, 6), server_default="0")
credit_cur = mapped_column(Numeric(20, 6), server_default="0")
discount_cur = mapped_column(Numeric(20, 6), server_default="0")
amount = mapped_column(Numeric(20, 6), server_default="0")
cross_account_code = mapped_column(String(32), server_default="")
inf_index = mapped_column(Numeric(20, 6), server_default="0")
not_inflated = mapped_column(SmallInteger, server_default="0")
not_calculated = mapped_column(SmallInteger, server_default="0")
comment_line1 = mapped_column(String(64), server_default="")
comment_line2 = mapped_column(String(64), server_default="")
comment_line3 = mapped_column(String(64), server_default="")
comment_line4 = mapped_column(String(64), server_default="")
comment_line5 = mapped_column(String(64), server_default="")
comment_line6 = mapped_column(String(64), server_default="")
owner_acc_ref = mapped_column(Integer, server_default="0")
from_where = mapped_column(Integer, server_default="0")
orj_eid = mapped_column(Integer, server_default="0")
canceled = mapped_column(SmallInteger, server_default="0")
cross_ref = mapped_column(Integer, server_default="0")
data_center_id = mapped_column(String, server_default="")
data_center_rec_num = mapped_column(Integer, server_default="0")
status_id = mapped_column(SmallInteger, server_default="0")
plug_type_id = mapped_column(ForeignKey("api_enum_dropdown.id"), nullable=True)
plug_type_uu_id = mapped_column(String, nullable=False, comment="Plug Type UU ID")
account_header_id = mapped_column(ForeignKey("account_books.id"), nullable=False)
account_header_uu_id = mapped_column(
String, nullable=False, comment="Account Header UU ID"
)
account_code_id = mapped_column(ForeignKey("account_codes.id"), nullable=False)
account_code_uu_id = mapped_column(
String, nullable=False, comment="Account Code UU ID"
)
account_master_id = mapped_column(ForeignKey("account_master.id"), nullable=False)
account_master_uu_id = mapped_column(
String, nullable=False, comment="Account Master UU ID"
)
project_id = mapped_column(ForeignKey("build_decision_book_projects.id"))
project_uu_id = mapped_column(String, comment="Project UU ID")
# account_header: Mapped["AccountBooks"] = relationship(
# "AccountBooks",
# back_populates="account_detail",
# foreign_keys=[account_header_id],
# )
# account_code: Mapped["AccountCodes"] = relationship(
# "AccountCodes",
# back_populates="account_detail",
# foreign_keys=[account_code_id],
# )
# account_master: Mapped["AccountMaster"] = relationship(
# "AccountMaster",
# back_populates="account_detail",
# foreign_keys=[account_master_id],
# )
# project: Mapped["BuildDecisionBookProjects"] = relationship(
# "BuildDecisionBookProjects",
# back_populates="account_detail",
# foreign_keys=[project_id],
# )
# decision_book_payment_detail: Mapped["BuildDecisionBookPaymentsDetail"] = (
# relationship(
# "BuildDecisionBookPaymentsDetail",
# back_populates="accounting",
# foreign_keys="BuildDecisionBookPaymentsDetail.accounting_id",
# )
# )
# decision_book_project_payment_detail: Mapped[
# "BuildDecisionBookProjectPaymentsDetail"
# ] = relationship(
# "BuildDecisionBookProjectPaymentsDetail",
# back_populates="accounting",
# foreign_keys="BuildDecisionBookProjectPaymentsDetail.accounting_id",
# )
# decision_book_budget: Mapped["BuildDecisionBookBudget"] = relationship(
# "BuildDecisionBookBudget",
# back_populates="accounting",
# foreign_keys="BuildDecisionBookBudget.accounting_id",
# )
__table_args__ = (
Index(
"_account_detail_ndx_00",
account_master_id,
doc_date,
line_no,
account_header_id,
unique=True,
),
{"comment": "Account Detail Information"},
)
class AccountRecords(CrudCollection):
__tablename__ = "account_records"
__exclude__fields__ = []
__enum_list__ = [
("receive_debit", "DebitTypes", "D"),
("budget_type", "BudgetType", "B"),
]
"""
build_decision_book_id = kaydın sorumlu olduğu karar defteri
send_company_id = kaydı gönderen firma, send_person_id = gönderen kişi
customer_id = sorumlu kullanıcı bilgisi, company_id = sorumlu firma
"""
iban = mapped_column(String(64), nullable=False, comment="IBAN Number of Bank")
bank_date = mapped_column(
TIMESTAMP, nullable=False, comment="Bank Transaction Date"
)
currency_value = mapped_column(
Numeric(20, 6), nullable=False, comment="Currency Value"
)
bank_balance = mapped_column(Numeric(20, 6), nullable=False, comment="Bank Balance")
currency = mapped_column(String(5), nullable=False, comment="Unit of Currency")
additional_balance = mapped_column(
Numeric(20, 6), nullable=False, comment="Additional Balance"
)
channel_branch = mapped_column(String(120), nullable=False, comment="Branch Bank")
process_name = mapped_column(
String, nullable=False, comment="Bank Process Type Name"
)
process_type = mapped_column(
String, nullable=False, comment="Bank Process Type"
)
process_comment = mapped_column(
String, nullable=False, comment="Transaction Record Comment"
)
bank_reference_code = mapped_column(
String, nullable=False, comment="Bank Reference Code"
)
add_comment_note = mapped_column(String, server_default="")
is_receipt_mail_send = mapped_column(Boolean, server_default="0")
found_from = mapped_column(String, server_default="")
similarity = mapped_column(Numeric(20, 6), server_default="0")
remainder_balance = mapped_column(Numeric(20, 6), server_default="0")
bank_date_y = mapped_column(Integer)
bank_date_m = mapped_column(SmallInteger)
bank_date_w = mapped_column(SmallInteger)
bank_date_d = mapped_column(SmallInteger)
approving_accounting_record = mapped_column(Boolean, server_default="0")
accounting_receipt_date = mapped_column(
TIMESTAMP, server_default="1900-01-01 00:00:00"
)
accounting_receipt_number = mapped_column(Integer, server_default="0")
status_id = mapped_column(SmallInteger, server_default="0")
approved_record = mapped_column(Boolean, server_default="0")
import_file_name = mapped_column(String, nullable=True, comment="XLS Key")
receive_debit = mapped_column(ForeignKey("api_enum_dropdown.id"))
receive_debit_uu_id = mapped_column(String, nullable=True, comment="Debit UU ID")
budget_type = mapped_column(ForeignKey("api_enum_dropdown.uu_id"), nullable=True)
budget_type_uu_id = mapped_column(
String, nullable=True, comment="Budget Type UU ID"
)
company_id = mapped_column(ForeignKey("companies.id"))
company_uu_id = mapped_column(String, nullable=True, comment="Company UU ID")
send_company_id = mapped_column(ForeignKey("companies.id"))
send_company_uu_id = mapped_column(
String, nullable=True, comment="Send Company UU ID"
)
customer_id = mapped_column(ForeignKey("people.id"))
customer_uu_id = mapped_column(String, nullable=True, comment="Customer UU ID")
send_person_id = mapped_column(ForeignKey("people.id"))
send_person_uu_id = mapped_column(
String, nullable=True, comment="Send Person UU ID"
)
approving_accounting_person = mapped_column(ForeignKey("people.id"))
approving_accounting_person_uu_id = mapped_column(
String, nullable=True, comment="Approving Accounting Person UU ID"
)
# build_id = mapped_column(ForeignKey("build.id"), nullable=True)
build_parts_id = mapped_column(ForeignKey("build_parts.id"))
build_parts_uu_id = mapped_column(
String, nullable=True, comment="Build Parts UU ID"
)
build_decision_book_id = mapped_column(ForeignKey("build_decision_book.id"))
build_decision_book_uu_id = mapped_column(
String, nullable=True, comment="Build Decision Book UU ID"
)
# companies: Mapped[List["Company"]] = relationship(
# "Company", back_populates="budget_records", foreign_keys=[company_id]
# )
# send_companies: Mapped[List["Company"]] = relationship(
# "Company", back_populates="send_budget_records", foreign_keys=[send_company_id]
# )
#
# parts: Mapped[List["BuildParts"]] = relationship(
# "BuildParts", back_populates="budget_records", foreign_keys=[build_parts_id]
# )
# people: Mapped["People"] = relationship(
# "People", back_populates="budget_records", foreign_keys=[customer_id]
# )
# send_person: Mapped["People"] = relationship(
# "People", back_populates="budget_records", foreign_keys=[send_person_id]
# )
# decision_books: Mapped[List["BuildDecisionBook"]] = relationship(
# "BuildDecisionBook",
# back_populates="budget_records",
# foreign_keys=[build_decision_book_id],
# )
#
# decision_book_payment_detail: Mapped["BuildDecisionBookPaymentsDetail"] = (
# relationship(
# "BuildDecisionBookPaymentsDetail",
# back_populates="budget_records",
# foreign_keys="BuildDecisionBookPaymentsDetail.budget_records_id",
# )
# )
#
# decision_book_project_payments_detail: Mapped[
# List["BuildDecisionBookProjectPaymentsDetail"]
# ] = relationship(
# "BuildDecisionBookProjectPaymentsDetail",
# back_populates="budget_records",
# foreign_keys="BuildDecisionBookProjectPaymentsDetail.budget_records_id",
# )
__table_args__ = (
Index("_budget_records_ndx_00", is_receipt_mail_send, bank_date),
Index(
"_budget_records_ndx_01",
iban,
bank_date,
bank_reference_code,
bank_balance,
unique=True,
),
Index("_budget_records_ndx_02", status_id, bank_date),
{
"comment": "Bank Records that are related to building and financial transactions"
},
)
#
# def payment_budget_record_close(self):
# from database_sql_models import (
# DecisionBookProjectPaymentsMaster,
# ApiEnumDropdown,
# BuildDecisionBook,
# BuildDecisionBookPaymentsMaster,
# )
#
# budget_record = self
# if self.receive_debit == ApiEnumDropdown.uuid_of_enum(
# enum_class="DebitTypes", key="R"
# ):
# print(
# "This record is not debit. Debit:",
# self.receive_debit,
# "DebitTypes.R.name",
# # str(DebitTypes.R.name),
# )
# return
# if abs(budget_record.currency_value + budget_record.remainder_balance) > 0:
# payment_dict = {
# "budget_records_id": self.id,
# "build_decision_book_id": budget_record.build_decision_book_id,
# "build_parts_id": budget_record.build_parts_id,
# "start_date": budget_record.bank_date,
# "paid_value": budget_record.currency_value
# - budget_record.remainder_balance,
# "is_all": False,
# }
# (paid_value, start_paid_value, balance) = (
# float(budget_record.currency_value - budget_record.remainder_balance),
# float(budget_record.currency_value - budget_record.remainder_balance),
# float(budget_record.remainder_balance),
# )
# print(
# "self.id",
# self.id,
# "paid_value",
# paid_value,
# "start_paid_value",
# start_paid_value,
# "balance",
# balance,
# self.receive_debit,
# )
#
# if not BuildDecisionBook.find_one(
# id=payment_dict["build_decision_book_id"]
# ):
# return paid_value
#
# if budget_record.replication_id == 55:
# if paid_value > 0:
# payment_dict["dues_type"] = ApiEnumDropdown.uuid_of_enum(
# enum_class="BuildDuesTypes", key="L"
# )
# paid_value = (
# DecisionBookProjectPaymentsMaster.pay_law_and_ren_of_build_part(
# **payment_dict
# )
# )
# print("dues_type", payment_dict["dues_type"], paid_value)
# if paid_value > 0:
# payment_dict.pop("dues_type", None)
# paid_value = BuildDecisionBookPaymentsMaster.pay_dues_of_build_part(
# **payment_dict
# )
# print("dues_type", None, paid_value)
# if paid_value > 0:
# payment_dict["dues_type"] = ApiEnumDropdown.uuid_of_enum(
# enum_class="BuildDuesTypes", key="R"
# )
# paid_value = (
# DecisionBookProjectPaymentsMaster.pay_law_and_ren_of_build_part(
# **payment_dict
# )
# )
# print("dues_type", payment_dict["dues_type"], paid_value)
# payment_dict["is_all"] = True
# if paid_value > 0:
# payment_dict["dues_type"] = ApiEnumDropdown.uuid_of_enum(
# enum_class="BuildDuesTypes", key="L"
# )
# paid_value = (
# DecisionBookProjectPaymentsMaster.pay_law_and_ren_of_build_part(
# **payment_dict
# )
# )
# print("is all dues_type", payment_dict["dues_type"], paid_value)
# if paid_value > 0:
# payment_dict.pop("dues_type", None)
# paid_value = BuildDecisionBookPaymentsMaster.pay_dues_of_build_part(
# **payment_dict
# )
# print("is all dues_type", None, paid_value)
# if paid_value > 0:
# payment_dict["dues_type"] = ApiEnumDropdown.uuid_of_enum(
# enum_class="BuildDuesTypes", key="R"
# )
# paid_value = (
# DecisionBookProjectPaymentsMaster.pay_law_and_ren_of_build_part(
# **payment_dict
# )
# )
# print("is all dues_type", payment_dict["dues_type"], paid_value)

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from sqlalchemy.orm import mapped_column
from sqlalchemy import String, ForeignKey, Index, TIMESTAMP, SmallInteger
from databases.sql_models.core_mixin import CrudCollection
class BuildIbans(CrudCollection):
"""
BuildParts class based on declarative_base and BaseMixin via session
"""
__tablename__ = "build_ibans"
__exclude__fields__ = []
iban = mapped_column(
String(40), server_default="", nullable=False, comment="IBAN number"
)
start_date = mapped_column(
TIMESTAMP, nullable=False, comment="Bank Transaction Start Date"
)
stop_date = mapped_column(TIMESTAMP, server_default="2900-01-01 00:00:00")
bank_code = mapped_column(String(24), server_default="TR0000000000000")
xcomment = mapped_column(String(64), server_default="????")
build_id = mapped_column(
ForeignKey("build.id"), nullable=False, comment="Building ID"
)
build_uu_id = mapped_column(
String, nullable=False, comment="Building UUID", index=True
)
# building: Mapped["Build"] = relationship(
# "Build", back_populates="build_ibans", foreign_keys=[build_id]
# )
__table_args__ = (
Index("_build_ibans_ndx_01", iban, start_date, unique=True),
{"comment": "IBANs related to money transactions due to building objects"},
)
# @property
# def enums(self):
# return_dict = {}
# for key, enum in self.__enums_list__.items():
# for enum_item in EnumDropdown.filter_by(enum_class=enum):
# return_dict[key] = {
# enum_item.get_dict(include=["key", "value", "description"])
# }
# return return_dict
class BuildIbanDescription(CrudCollection):
"""
SearchComments class based on declarative_base and CrudCollection via session
"""
__tablename__ = "build_iban_description"
__exclude__fields__ = []
iban = mapped_column(String, nullable=False, comment="IBAN Number")
group_id = mapped_column(SmallInteger, nullable=False, comment="Group ID")
search_word = mapped_column(
String, nullable=False, comment="Search Word", index=True
)
decision_book_project_id = mapped_column(ForeignKey("build_decision_book_projects.id"))
decision_book_project_uu_id = mapped_column(
String, nullable=False, comment="Decision Book Project UUID"
)
customer_id = mapped_column(ForeignKey("people.id"))
customer_uu_id = mapped_column(String, nullable=False, comment="Customer UUID")
company_id = mapped_column(ForeignKey("companies.id"))
company_uu_id = mapped_column(String, nullable=False, comment="Company UUID")
build_parts_id = mapped_column(ForeignKey("build_parts.id"))
build_parts_uu_id = mapped_column(
String, nullable=False, comment="Build Parts UUID"
)
# decision_book_project: Mapped["BuildDecisionBookProjects"] = relationship(
# "BuildDecisionBookProjects",
# back_populates="search_iban_description",
# foreign_keys=[decision_book_project_id],
# )
# customer: Mapped["People"] = relationship(
# "People", back_populates="search_iban_description", foreign_keys=[customer_id]
# )
# company: Mapped["Companies"] = relationship(
# "Company", back_populates="search_iban_description", foreign_keys=[company_id]
# )
# parts: Mapped["BuildParts"] = relationship(
# "BuildParts",
# back_populates="search_iban_description",
# foreign_keys=[build_parts_id],
# )
__table_args__ = (
Index(
"_search_iban_description_ndx_00", iban, search_word, group_id, unique=True
),
{"comment": "Search Iban Description Information"},
)

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import random
from datetime import datetime, timedelta
from sqlalchemy import String
from sqlalchemy.orm import mapped_column, Mapped
from cryptography.fernet import Fernet, MultiFernet
from databases.sql_models.core_mixin import CrudCollection
class CrypterEngine(CrudCollection):
__tablename__ = "crypter_engine"
__table_args__ = ()
encrypt_list = []
decrypt_list = []
keys_error = "Unable to retrieve encrypt keys"
alchemy_error = "Alchemy object is empty"
key_first: Mapped[str] = mapped_column(String, nullable=False)
key_second: Mapped[str] = mapped_column(String, nullable=False)
@classmethod
def get_valid_keys(cls, row=None):
cls.encrypt_list, cls.decrypt_list = [], []
if not cls.filter_active(
cls.created_at > datetime.now() - timedelta(days=29)
).get(1):
cls.create_encrypt_keys(count=100)
if decrypt_identifier := getattr(row, "cryp_uu_id", None):
if decrypt_row := cls.find_one(uu_id=str(decrypt_identifier)):
return (
decrypt_row.key_first.decode(),
decrypt_row.key_second.decode(),
decrypt_row.uu_id,
)
if encrypt_rows := cls.filter_active(
cls.created_at > datetime.now() - timedelta(days=29)
).data:
encrypt_row = random.choice(encrypt_rows)
return (
encrypt_row.key_first.encode(),
encrypt_row.key_second.encode(),
encrypt_rows.uu_id,
)
return None, None, None
@classmethod
def create_encrypt_keys(cls, count: int):
for _ in range(count):
key_first = Fernet.generate_key()
key_second = Fernet.generate_key()
cls.find_or_create(
key_first=key_first.decode(), key_second=key_second.decode()
)
@classmethod
def raise_exception(cls, message=None):
raise Exception(message if message else cls.keys_error)
@classmethod
def encrypt_given_alchemy_list(cls, alchemy_object_list: list):
for alchemy_object in alchemy_object_list:
key_first, key_second, cryp_uu_id = cls.get_valid_keys()
fernet_keys = MultiFernet([Fernet(key_first), Fernet(key_second)])
if not key_first or not key_second:
cls.raise_exception()
alchemy_dict = alchemy_object.get_dict() if alchemy_object else None
if not alchemy_dict:
cls.raise_exception(cls.alchemy_error)
for key, plain_row in alchemy_dict.items():
if key in alchemy_object.__encrypt_list__:
alchemy_dict[key] = fernet_keys.encrypt(plain_row).decode()
alchemy_dict["cryp_uu_id"] = cryp_uu_id
cls.encrypt_list.append(alchemy_object.update(**alchemy_dict))
return cls.encrypt_list
@classmethod
def encrypt_given_alchemy_object(cls, alchemy_object_object):
key_first, key_second, cryp_uu_id = cls.get_valid_keys()
fernet_keys = MultiFernet([Fernet(key_first), Fernet(key_second)])
if not key_first or not key_second:
cls.raise_exception()
alchemy_dict = (
alchemy_object_object.get_dict() if alchemy_object_object else None
)
if not alchemy_dict:
cls.raise_exception(cls.alchemy_error)
for key, plain_row in alchemy_dict.items():
if key in alchemy_object_object.__encrypt_list__:
alchemy_dict[key] = fernet_keys.encrypt(plain_row).decode()
alchemy_dict["cryp_uu_id"] = cryp_uu_id
return alchemy_object_object.update(**alchemy_dict)
@classmethod
def decrypt_given_alchemy(cls, alchemy_object_list: list):
for alchemy_object in alchemy_object_list:
key_first, key_second, cryp_uu_id = cls.get_valid_keys(row=alchemy_object)
fernet_keys = MultiFernet([Fernet(key_first), Fernet(key_second)])
if not key_first or not key_second:
cls.raise_exception()
alchemy_dict = alchemy_object.get_dict() if alchemy_object else None
if not alchemy_dict:
cls.raise_exception(cls.alchemy_error)
for key, plain_row in alchemy_dict.items():
if key in alchemy_object.__encrypt_list__:
alchemy_dict[key] = fernet_keys.decrypt(plain_row).decode()
cls.decrypt_list.append(alchemy_dict)
return cls.decrypt_list
@classmethod
def decrypt_given_alchemy_object(cls, alchemy_object):
key_first, key_second, cryp_uu_id = cls.get_valid_keys(row=alchemy_object)
fernet_keys = MultiFernet([Fernet(key_first), Fernet(key_second)])
if not key_first or not key_second:
cls.raise_exception()
alchemy_dict = alchemy_object.get_dict() if alchemy_object else None
if not alchemy_dict:
cls.raise_exception(cls.alchemy_error)
for key, plain_row in alchemy_dict.items():
if key in alchemy_object.__encrypt_list__:
alchemy_dict[key] = fernet_keys.decrypt(plain_row).decode()
return alchemy_dict

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import typing
from operator import or_
from datetime import datetime, timedelta
from typing import List
from fastapi import HTTPException, status
from sqlalchemy.orm import mapped_column, relationship, Mapped
from sqlalchemy import (
String,
Integer,
ForeignKey,
Index,
SmallInteger,
Boolean,
TIMESTAMP,
Text,
Numeric,
)
from databases.sql_models.core_mixin import CrudCollection
from databases import ApiEnumDropdown
from application.shared_classes import SelectActionWithEmployee, Explanation
from validations import (
InsertBuildParts,
InsertBuild,
UpdateBuild,
)
from valids.auth.token_validations import EmployeeTokenObject, OccupantTokenObject
class AbstractBuild:
"""
Abstract and explanation of Build class for end-user guide
"""
gov_address_code = Explanation(
explanation="Devletin resmi adres kodudur.",
usage="Devletin resmi adres kodu istendiğinde kullanılır.",
alias="Devlet Adres Kodu",
example=["1234567890"],
)
build_name = Explanation(
explanation="Bina adıdır.",
usage="Bina adı istendiğinde kullanılır.",
alias="Bina Adı",
example=["X Binası", "Y Binası"],
)
build_no = Explanation(
explanation="Bina numarasıdır.",
usage="Bina numarası istendiğinde kullanılır.",
alias="Bina No",
example=["1234567890"],
)
build_types = Explanation(
explanation="Bina türüdür.",
usage="Bina türü istendiğinde kullanılır.",
alias="Bina Türü",
example=["Ofis", "Konut", "Depo"],
)
max_floor = Explanation(
explanation="Bina kat sayısıdır.",
usage="Bina kat sayısı istendiğinde kullanılır.",
alias="Kat Sayısı",
example=["1", "2", "3"],
)
underground_floor = Explanation(
explanation="Bina bodrum kat sayısıdır.",
usage="Bina bodrum kat sayısı istendiğinde kullanılır.",
alias="Bodrum Kat Sayısı",
example=["1", "2", "3"],
)
build_date = Explanation(
explanation="Bina yapım tarihidir.",
usage="Bina yapım tarihi istendiğinde kullanılır.",
alias="Yapım Tarihi",
example=["2021-01-01"],
)
tax_no = Explanation(
explanation="Bina vergi numarasıdır.",
usage="Bina vergi numarası istendiğinde kullanılır.",
alias="Vergi No",
example=["1234567890"],
)
lift_count = Explanation(
explanation="Bina asansör sayısıdır.",
usage="Bina asansör sayısı istendiğinde kullanılır.",
alias="Asansör Sayısı",
example=["1", "2", "3"],
)
heating_system = Explanation(
explanation="Bina ısıtma sistemi var mı?",
usage="Bina ısıtma sistemi var mı istendiğinde kullanılır.",
alias="Isıtma Sistemi",
example=[True, False],
)
cooling_system = Explanation(
explanation="Bina soğutma sistemi var mı?",
usage="Bina soğutma sistemi var mı istendiğinde kullanılır.",
alias="Soğutma Sistemi",
example=[True, False],
)
hot_water_system = Explanation(
explanation="Bina sıcak su sistemi var mı?",
usage="Bina sıcak su sistemi var mı istendiğinde kullanılır.",
alias="Sıcak Su Sistemi",
example=[True, False],
)
class BuildTypes(CrudCollection):
"""
BuildTypes class based on declarative_base and BaseMixin via session
"""
__tablename__ = "build_types"
__exclude__fields__ = []
__include__fields__ = []
function_code = mapped_column(
String(12), server_default="", nullable=False, comment="Function Code"
)
type_code = mapped_column(
String(12), server_default="", nullable=False, comment="Structure Type Code"
)
lang = mapped_column(
String(4), server_default="TR", nullable=False, comment="Language"
)
type_name = mapped_column(
String(48), server_default="", nullable=False, comment="Type Name"
)
__table_args__ = (
Index("_build_types_ndx_00", type_code, function_code, lang, unique=True),
{"comment": "Function group of building types with their language information"},
)
class Part2Employee(CrudCollection):
"""
Employee2Parts class based on declarative_base and BaseMixin via session
In between start and end date, a part can be assigned to only one employee
"""
__tablename__ = "part2employee"
__exclude__fields__ = []
__include__fields__ = []
build_id = mapped_column(Integer, comment="Building ID")
part_id = mapped_column(
ForeignKey("build_parts.id"), nullable=False, comment="Part ID"
)
employee_id = mapped_column(
ForeignKey("employees.id"), nullable=False, comment="Employee ID"
)
__table_args__ = (
Index("_part2employee_ndx_00", employee_id, part_id, unique=True),
{"comment": "Employee2Parts Information"},
)
class RelationshipEmployee2Build(CrudCollection):
"""
CompanyRelationship class based on declarative_base and CrudCollection via session
Company -> Sub Company -> Sub-Sub Company
"""
__tablename__ = "relationship_employee2build"
__exclude__fields__ = []
company_id = mapped_column(ForeignKey("companies.id"), nullable=False) # 1, 2, 3
employee_id = mapped_column(
ForeignKey("employees.id"), nullable=False
) # employee -> (n)person Evyos LTD
member_id = mapped_column(ForeignKey("build.id"), nullable=False) # 2, 3, 4
relationship_type = mapped_column(
String, nullable=True, server_default="Employee"
) # Commercial
show_only = mapped_column(Boolean, server_default="False")
__table_args__ = (
Index(
"relationship_build_employee_ndx_00",
company_id,
employee_id,
member_id,
relationship_type,
unique=True,
),
{"comment": "Build & Employee Relationship Information"},
)
class Build(CrudCollection, SelectActionWithEmployee):
"""
Builds class based on declarative_base and BaseMixin via session
"""
__tablename__ = "build"
__exclude__fields__ = []
__include__fields__ = []
__access_by__ = []
__many__table__ = RelationshipEmployee2Build
__explain__ = AbstractBuild()
gov_address_code = mapped_column(String, server_default="", unique=True)
build_name = mapped_column(String, nullable=False, comment="Building Name")
build_no = mapped_column(String(8), nullable=False, comment="Building Number")
max_floor = mapped_column(
SmallInteger, server_default="1", nullable=False, comment="Max Floor"
)
underground_floor = mapped_column(
SmallInteger, server_default="0", nullable=False, comment="Underground Floor"
)
build_date = mapped_column(TIMESTAMP, server_default="1900-01-01")
decision_period_date = mapped_column(
TIMESTAMP,
server_default="1900-01-01",
comment="Building annual ordinary meeting period",
)
tax_no = mapped_column(String(24), server_default="")
lift_count = mapped_column(SmallInteger, server_default="0")
heating_system = mapped_column(Boolean, server_default="True")
cooling_system = mapped_column(Boolean, server_default="False")
hot_water_system = mapped_column(Boolean, server_default="False")
block_service_man_count = mapped_column(SmallInteger, server_default="0")
security_service_man_count = mapped_column(SmallInteger, server_default="0")
garage_count = mapped_column(
SmallInteger, server_default="0", comment="Garage Count"
)
management_room_id = mapped_column(
Integer, nullable=True, comment="Management Room ID"
)
site_id = mapped_column(ForeignKey("build_sites.id"))
site_uu_id = mapped_column(String, comment="Site UUID")
address_id = mapped_column(ForeignKey("addresses.id"))
address_uu_id = mapped_column(String, comment="Address UUID")
build_types_id = mapped_column(
ForeignKey("build_types.id"), nullable=False, comment="Building Type"
)
build_types_uu_id = mapped_column(String, comment="Building Type UUID")
parts: Mapped[List["BuildParts"]] = relationship(
"BuildParts", back_populates="buildings", foreign_keys="BuildParts.build_id"
)
decision_books: Mapped[List["BuildDecisionBook"]] = relationship(
"BuildDecisionBook",
back_populates="buildings",
foreign_keys="BuildDecisionBook.build_id",
)
#
# build_ibans: Mapped["BuildIbans"] = relationship(
# "BuildIbans", back_populates="building", foreign_keys="BuildIbans.build_id"
# )
# areas: Mapped["BuildArea"] = relationship(
# "BuildArea", back_populates="buildings", foreign_keys="BuildArea.build_id"
# )
# response_companies: Mapped["Companies"] = relationship(
# "Companies",
# back_populates="response_buildings",
# foreign_keys=[response_company_id],
# )
# addresses: Mapped[List["Address"]] = relationship(
# "Address", back_populates="buildings", foreign_keys=[address_id]
# )
# peoples: Mapped["People"] = relationship(
# "People", back_populates="buildings", foreign_keys=[people_id]
# )
# sites: Mapped["BuildSites"] = relationship(
# "BuildSites", back_populates="buildings", foreign_keys=[site_id]
# )
__table_args__ = (
Index("_builds_ndx_00", gov_address_code),
Index("_builds_ndx_01", build_name, build_no),
{
"comment": "Build objects are building that are created for living and store purposes"
},
)
@property
def management_room(self):
if management_room := BuildParts.find_one(
id=self.management_room_id, build_id=self.id, active=True, is_confirmed=True
):
return management_room
return None
@classmethod
def create_action(cls, data: InsertBuild, token):
from database_sql_models import Addresses
data_dict = data.excluded_dump()
data_dict["address_id"] = None
if data.address_uu_id:
official_address = Addresses.find_one(uu_id=data.address_uu_id)
data_dict["address_id"] = official_address.id
data_dict["build_no"] = str(official_address.build_number)
del data_dict["address_uu_id"]
if not data_dict["address_id"]:
raise HTTPException(
status_code=status.HTTP_418_IM_A_TEAPOT,
detail="Address is not found in database. Re-enter address record then try again.",
)
build_type = BuildTypes.find_one(uu_id=str(data.build_types_uu_id))
data_dict["build_types_id"] = build_type.id
del data_dict["build_types_uu_id"]
build_created = cls.find_or_create(**data_dict)
if not build_created.is_found:
cls.__many__table__.find_or_create(
company_id=token.selected_company.company_id,
employee_id=token.selected_company.employee_id,
member_id=build_created.id,
is_confirmed=True,
)
return build_created
@classmethod
def update_action(cls, data: UpdateBuild, build_uu_id: str, token):
from database_sql_models import Addresses
data_dict = data.excluded_dump()
if data.official_address_uu_id:
official_address = Addresses.find_one(uu_id=data.address_uu_id)
data_dict["address_id"] = official_address.id
del data_dict["address_uu_id"]
if build_to_update := cls.find_one(uu_id=build_uu_id, person_id=token.id):
return build_to_update.update(**data_dict)
@property
def top_flat(self):
max_flat_no = 0
for part in self.parts:
if part.part_no > self.max_flat_no:
max_flat_no = part.part_no
return max_flat_no
@property
def bottom_flat(self):
min_flat_no = 0
for part in self.parts:
if part.part_no < self.max_flat_no:
min_flat_no = part.part_no
return min_flat_no
@property
def human_livable_parts(self) -> tuple:
parts = list(part for part in self.parts if part.human_livable)
return parts, len(parts)
@property
def livable_part_count(self):
livable_parts = BuildParts.filter_active(
BuildParts.build_id == self.id, BuildParts.human_livable == True
)
if not livable_parts.data:
raise HTTPException(
status_code=status.HTTP_404_NOT_FOUND,
detail="There is no livable part in this building.",
)
return livable_parts.count
@property
def part_type_count(self):
building_types = None
for part in self.parts:
building_types = {}
build_type = BuildTypes.find_one(id=part.build_part_type_id)
if build_type.type_code in building_types:
building_types[build_type.type_code]["list"].append(part.part_no)
else:
building_types[build_type.type_code] = {"list": [part.part_no]}
# for key, val in building_types.items():
# list_parts = val["list"]
# building_types[key] = {
# "list": list_parts,
# "min": min(list_parts),
# "max": max(list_parts),
# "count": len(list_parts),
# }
return building_types
class BuildParts(CrudCollection):
"""
BuildParts class based on declarative_base and BaseMixin via session
Attentions: Part_no is unique for each building and Every building must have a management section.!!! default no 0
"""
__tablename__ = "build_parts"
__exclude__fields__ = []
__include__fields__ = []
__enum_list__ = [("part_direction", "Directions", "NN")]
# https://adres.nvi.gov.tr/VatandasIslemleri/AdresSorgu
address_gov_code = mapped_column(
String, nullable=False, comment="Goverment Door Code"
)
# part_name = mapped_column(String(24), server_default="", nullable=False, comment="Part Name")
part_no = mapped_column(
SmallInteger, server_default="0", nullable=False, comment="Part Number"
)
part_level = mapped_column(
SmallInteger, server_default="0", comment="Building Part Level"
)
part_code = mapped_column(
String, server_default="", nullable=False, comment="Part Code"
)
part_gross_size = mapped_column(
Integer, server_default="0", comment="Part Gross Size"
)
part_net_size = mapped_column(Integer, server_default="0", comment="Part Net Size")
default_accessory = mapped_column(
Text, server_default="0", comment="Default Accessory"
)
human_livable = mapped_column(Boolean, server_default="1", comment="Human Livable")
due_part_key = mapped_column(
String, server_default="", nullable=False, comment="Constant Payment Group"
)
build_id = mapped_column(
ForeignKey("build.id"), nullable=False, comment="Building ID"
)
build_uu_id = mapped_column(String, nullable=False, comment="Building UUID")
part_direction_id = mapped_column(ForeignKey("api_enum_dropdown.id"), nullable=True)
part_direction_uu_id = mapped_column(
String, nullable=True, comment="Part Direction UUID"
)
part_type_id = mapped_column(
ForeignKey("build_types.id"), nullable=False, comment="Building Part Type"
)
part_type_uu_id = mapped_column(
String, nullable=False, comment="Building Part Type UUID"
)
buildings: Mapped["Build"] = relationship(
"Build", back_populates="parts", foreign_keys=[build_id]
)
__table_args__ = (
Index("build_parts_ndx_01", build_id, part_no, unique=True),
{"comment": "Part objects that are belong to building objects"},
)
@classmethod
def create_action(cls, data: InsertBuildParts, token):
data_dict = data.dump()
build_from_duty = Build.select_action(
employee_id=token.selected_company.employee_id,
filter_expr=[Build.uu_id == data.build_uu_id],
)
building = build_from_duty.first()
if not building:
raise HTTPException(
status_code=status.HTTP_418_IM_A_TEAPOT,
detail="This Employee can not reach this building or building uu-id not found in database. "
"Check with your supervisor.",
)
if build_types := BuildTypes.find_one(uu_id=data.build_part_type_uu_id):
part_direction = ApiEnumDropdown.get_by_uuid(
uuid=str(data.part_direction_uu_id)
)
data_dict["part_gross_size"] = data.part_gross_size
data_dict["part_net_size"] = data.part_net_size
data_dict["part_type_id"] = build_types.id
data_dict["part_level"] = data.part_level
data_dict["build_id"] = building.id
data_dict["part_no"] = data.part_no
data_dict["part_code"] = (
f"{build_types.type_code}:{str(data_dict['part_no']).zfill(2)}"
)
data_dict["address_gov_code"] = data.address_gov_code
data_dict["default_accessory"] = data.default_accessory
data_dict["human_livable"] = bool(data.human_livable)
data_dict["build_uu_id"] = str(data.build_uu_id)
data_dict["part_type_id"] = build_types.id
data_dict["part_type_uu_id"] = str(build_types.uu_id)
data_dict["part_direction_id"] = part_direction.id
data_dict["part_direction_uu_id"] = str(part_direction.uu_id)
# data_dict["part_direction"] = str(data.part_direction_uu_id)
if not data_dict["part_gross_size"]:
raise HTTPException(
status_code=status.HTTP_418_IM_A_TEAPOT,
detail="Part Gross Size can not be empty.",
)
if not data_dict["part_net_size"]:
raise HTTPException(
status_code=status.HTTP_418_IM_A_TEAPOT,
detail="Part Net Size can not be empty.",
)
pt = int(data_dict["part_net_size"])
data_dict["due_part_key"] = str(pt + (5 - (pt % 5))) + "M2"
del data_dict["build_part_type_uu_id"]
return cls.find_or_create(**data_dict)
raise HTTPException(
status_code=status.HTTP_418_IM_A_TEAPOT,
detail="Build Part can not be created.",
)
@property
def part_name(self):
if build_type := BuildTypes.find_one(id=self.build_part_type_id):
return f"{str(build_type.type_name).upper()} : {str(self.part_no).upper()}"
return f"Undefined:{str(build_type.type_name).upper()}"
class BuildLivingSpace(CrudCollection):
"""
LivingSpace class based on declarative_base and BaseMixin via session
Owner or live person = Occupant of the build part
+ Query OR(owner_person_id == person_id, life_person_id == person_id) AND (now(date))
"""
__tablename__ = "build_living_space"
__exclude__fields__ = []
__include__fields__ = []
fix_value = mapped_column(
Numeric(20, 6),
server_default="0",
comment="Fixed value is deducted from debit.",
)
fix_percent = mapped_column(
Numeric(6, 2),
server_default="0",
comment="Fixed percent is deducted from debit.",
)
agreement_no = mapped_column(String, server_default="", comment="Agreement No")
marketing_process = mapped_column(Boolean, server_default="False")
marketing_layer = mapped_column(SmallInteger, server_default="0")
discounted_percentage = mapped_column(Numeric(6, 2), server_default="0.00") # %22
discounted_price = mapped_column(
Numeric(20, 2), server_default="0.00"
) # Normal: 78.00 TL
calculated_price = mapped_column(
Numeric(20, 2), server_default="0.00"
) # sana düz 75.00 TL yapar
build_parts_id = mapped_column(
ForeignKey("build_parts.id"),
nullable=False,
index=True,
comment="Build Part ID",
)
build_parts_uu_id = mapped_column(String, nullable=False, comment="Build Part UUID")
person_id = mapped_column(
ForeignKey("people.id"),
nullable=False,
index=True,
comment="Responsible People ID",
)
person_uu_id = mapped_column(
String, nullable=False, comment="Responsible People UUID"
)
occupant_type = mapped_column(
ForeignKey("occupant_types.id"),
nullable=False,
comment="Occupant Type",
)
occupant_type_uu_id = mapped_column(
String, nullable=False, comment="Occupant Type UUID"
)
__table_args__ = (
{"comment": "Living Space inside building parts that are related to people"},
)
@classmethod
def create_action(
cls,
data: dict,
token_dict: typing.Union[EmployeeTokenObject, OccupantTokenObject],
):
from database_sql_models import Services, OccupantTypes
from events.events_bind_services import ServiceBindOccupantEventMethods
created_living_space = BuildLivingSpace.find_or_create(**data)
if not created_living_space.is_found:
occupant_type = OccupantTypes.find_one(
uu_id=created_living_space.occupant_type_uu_id
)
related_service = Services.find_one(
active=True,
related_responsibility=occupant_type.occupant_code,
)
if not related_service:
raise HTTPException(
status_code=status.HTTP_418_IM_A_TEAPOT,
detail="Service is not found in database. Re-enter service record then try again.",
)
ServiceBindOccupantEventMethods.bind_services_occupant_system(
service_id=related_service.id,
build_living_space_id=created_living_space.id,
)
return created_living_space
@classmethod
def find_living_from_customer_id(
cls, customer_id, process_date, add_days: int = 32
):
formatted_date = datetime.strptime(str(process_date), "%Y-%m-%d %H:%M:%S")
living_spaces = cls.filter_active(
or_(
cls.owner_person_id == customer_id,
cls.life_person_id == customer_id,
),
cls.start_date < formatted_date - timedelta(days=add_days),
cls.stop_date > formatted_date + timedelta(days=add_days),
)
return living_spaces.data, living_spaces.count
class BuildArea(CrudCollection):
"""
Builds class based on declarative_base and BaseMixin via session
"""
__tablename__ = "build_area"
area_name = mapped_column(String, server_default="")
area_code = mapped_column(String, server_default="")
area_type = mapped_column(String, server_default="GREEN")
area_direction = mapped_column(String(2), server_default="NN")
area_gross_size = mapped_column(Numeric(20, 6), server_default="0")
area_net_size = mapped_column(Numeric(20, 6), server_default="0")
width = mapped_column(Integer, server_default="0")
size = mapped_column(Integer, server_default="0")
build_id = mapped_column(ForeignKey("build.id"))
build_uu_id = mapped_column(String, comment="Building UUID")
part_type_id = mapped_column(
ForeignKey("build_types.id"), nullable=True, comment="Building Part Type"
)
part_type_uu_id = mapped_column(
String, nullable=True, comment="Building Part Type UUID"
)
# buildings: Mapped["Build"] = relationship(
# "Build", back_populates="areas", foreign_keys=[build_id]
# )
_table_args_ = (
Index("_edm_build_parts_area_ndx_00", build_id, area_code, unique=True),
)
class BuildSites(CrudCollection):
"""
Builds class based on declarative_base and BaseMixin via session
"""
__tablename__ = "build_sites"
__exclude__fields__ = []
__include__fields__ = []
site_name = mapped_column(String(24), nullable=False)
site_no = mapped_column(String(8), nullable=False)
address_id = mapped_column(ForeignKey("addresses.id"))
address_uu_id = mapped_column(String, comment="Address UUID")
# addresses: Mapped["Address"] = relationship(
# "Address", back_populates="site", foreign_keys=[address_id]
# )
# buildings: Mapped["Build"] = relationship(
# "Build", back_populates="sites", foreign_keys="Build.site_id"
# )
__table_args__ = (
Index("_sites_ndx_01", site_no, site_name),
{"comment": "Sites that groups building objets"},
)
class BuildCompaniesProviding(CrudCollection):
"""
"""
__tablename__ = "build_companies_providing"
__exclude__fields__ = []
__include__fields__ = []
build_id = mapped_column(ForeignKey("build.id"), nullable=False, comment="Building ID")
build_uu_id = mapped_column(String, nullable=True, comment="Providing UUID")
company_id = mapped_column(ForeignKey("companies.id"))
company_uu_id = mapped_column(String, nullable=True, comment="Providing UUID")
provide_id = mapped_column(ForeignKey("api_enum_dropdown.id"), nullable=True)
provide_uu_id = mapped_column(String, nullable=True, comment="Providing UUID")
contract_id = mapped_column(Integer, ForeignKey('companies.id'), nullable=True)
__table_args__ = (
Index("_build_companies_providing_ndx_00", build_id, company_id, provide_id , unique=True),
{"comment": "Companies providing services for building"},
)
class BuildPersonProviding(CrudCollection):
"""
"""
__tablename__ = "build_person_providing"
__exclude__fields__ = []
__include__fields__ = []
build_id = mapped_column(ForeignKey("build.id"), nullable=False, comment="Building ID")
build_uu_id = mapped_column(String, nullable=True, comment="Providing UUID")
people_id = mapped_column(ForeignKey("people.id"))
people_uu_id = mapped_column(String, nullable=True, comment="People UUID")
provide_id = mapped_column(ForeignKey("api_enum_dropdown.id"), nullable=True)
provide_uu_id = mapped_column(String, nullable=True, comment="Providing UUID")
contract_id = mapped_column(Integer, ForeignKey('companies.id'), nullable=True)
__table_args__ = (
Index("_build_person_providing_ndx_00", build_id, people_id, provide_id , unique=True),
{"comment": "People providing services for building"},
)
# owner_people: Mapped["People"] = relationship(
# "People",
# back_populates="owner_buildings",
# foreign_keys=[current_owner_person_id],
# )
# tenant_people: Mapped["People"] = relationship(
# "People",
# back_populates="tenant_buildings",
# foreign_keys=[current_tenant_person_id],
# )
# decision_book_management: Mapped[List["BuildDecisionBookManagement"]] = (
# relationship(
# "BuildDecisionBookManagement",
# back_populates="buildings",
# foreign_keys="BuildDecisionBookManagement.build_parts_id",
# )
# )
# budget_records: Mapped[List["CompanyBudgetRecords"]] = relationship(
# "CompanyBudgetRecords",
# back_populates="parts",
# foreign_keys="CompanyBudgetRecords.build_parts_id",
# )
# living_spaces: Mapped[List["BuildLivingSpace"]] = relationship(
# "BuildLivingSpace",
# back_populates="parts",
# foreign_keys="BuildLivingSpace.build_parts_id",
# )
# decision_book_payment_master: Mapped[List["BuildDecisionBookPaymentsMaster"]] = (
# relationship(
# "BuildDecisionBookPaymentsMaster",
# back_populates="parts",
# foreign_keys="BuildDecisionBookPaymentsMaster.build_parts_id",
# )
# )
# decision_book_project_payments_master: Mapped[
# "BuildDecisionBookProjectPaymentsMaster"
# ] = relationship(
# "BuildDecisionBookProjectPaymentsMaster",
# back_populates="parts",
# foreign_keys="BuildDecisionBookProjectPaymentsMaster.build_parts_id",
# )
# search_iban_description: Mapped["BuildIbanDescription"] = relationship(
# "BuildIbanDescription",
# back_populates="parts",
# foreign_keys="BuildIbanDescription.build_parts_id",
# )
# parts: Mapped[List["BuildParts"]] = relationship(
# "BuildParts", back_populates="living_spaces", foreign_keys=[build_parts_id]
# )
# owner_people: Mapped["People"] = relationship(
# "People", back_populates="owner_living_spaces", foreign_keys=[owner_person_id]
# )
# life_people: Mapped["People"] = relationship(
# "People", back_populates="life_living_spaces", foreign_keys=[life_person_id]
# )
# company_id = mapped_column(ForeignKey("companies.id"))
# response_company_id = mapped_column(ForeignKey("companies.id"))
# person_id = mapped_column(ForeignKey("people.id"))
# companies: Mapped["Companies"] = relationship(
# "Companies", back_populates="buildings", foreign_keys=[company_id]
# )
# @classmethod
# def select_action(cls, duty_id, token=None):
# from database_sql_models import Companies
#
# related_companies = Companies.select_action(duty_id=duty_id)
# companies_ids = [company.id for company in related_companies.all()]
# return cls.filter_all(cls.company_id.in_(companies_ids)).query

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from fastapi.exceptions import HTTPException
from databases.sql_models.core_mixin import CrudCollection
from sqlalchemy import String, Integer, Boolean, ForeignKey, Index
from sqlalchemy.orm import mapped_column
from api_configs import RelationAccess
from application.shared_classes import SelectAction, Explanation
from validations import InsertCompany, UpdateCompany
from validations.company import MatchCompany2Company
from valids.auth.token_validations import EmployeeTokenObject
class RelationshipDutyCompany(CrudCollection):
"""
CompanyRelationship class based on declarative_base and CrudCollection via session
Company -> Sub Company -> Sub-Sub Company
if owner_id == parent_id: can manipulate data of any record
else: Read-Only
duty_id = if relationship_type == base An organization / not operational / no responsible person
relationship = company_id filter -> Action filter(company_id) relationship_type = Organization
relationship = company_id filter -> Action filter(company_id) relationship_type = Commercial
"""
__tablename__ = "relationship_duty_company"
__exclude__fields__ = []
__access_by__ = RelationAccess.SuperAccessList
owner_id = mapped_column(ForeignKey("companies.id"), nullable=False) # 1
duties_id = mapped_column(
ForeignKey("duties.id"), nullable=False
) # duty -> (n)employee Evyos LTD
member_id = mapped_column(ForeignKey("companies.id"), nullable=False) # 2, 3, 4
parent_id = mapped_column(ForeignKey("companies.id"), nullable=True) # None
relationship_type = mapped_column(
String, nullable=True, server_default="Commercial"
) # Commercial, Organization # Bulk
child_count = mapped_column(Integer) # 0
show_only = mapped_column(Boolean, server_default="0")
# related_company: Mapped[List["Companies"]] = relationship(
# "Companies",
# back_populates="related_companies",
# foreign_keys=[related_company_id],
# )
@classmethod
def match_company_to_company_commercial(cls, data: MatchCompany2Company, token):
from database_sql_models import Companies, Duties
token_duties_id, token_company_id = token.get("duty_id"), token.get(
"company_id"
)
send_duties, list_match_company_id = Duties.find_one(uu_id=data.duty_uu_id), []
send_user_duties = Duties.find_one(
duties_id=send_duties.id, company_id=token_duties_id
)
if not send_user_duties:
raise Exception(
"Send Duty is not found in company. Please check duty uuid and try again."
)
for company_uu_id in list(data.match_company_uu_id):
company = Companies.find_one(uu_id=company_uu_id)
bulk_company = RelationshipDutyCompany.find_one(
owner_id=token_company_id,
relationship_type="Bulk",
member_id=company.id,
)
if not bulk_company:
raise Exception(
f"Bulk Company is not found in company. "
f"Please check company uuid {bulk_company.uu_id} and try again."
)
list_match_company_id.append(bulk_company)
for match_company_id in list_match_company_id:
RelationshipDutyCompany.find_or_create(
owner_id=token_company_id,
duties_id=send_user_duties.id,
member_id=match_company_id.id,
parent_id=match_company_id.parent_id,
relationship_type="Commercial",
show_only=False,
)
@classmethod
def match_company_to_company_organization(cls, data: MatchCompany2Company, token):
from database_sql_models import Companies, Duties
token_duties_id, token_company_id = token.get("duty_id"), token.get(
"company_id"
)
send_duties, list_match_company_id = Duties.find_one(uu_id=data.duty_uu_id), []
send_user_duties = Duties.find_one(
duties_id=send_duties.id, company_id=token_duties_id
)
if not send_user_duties:
raise Exception(
"Send Duty is not found in company. Please check duty uuid and try again."
)
for company_uu_id in list(data.match_company_uu_id):
company = Companies.find_one(uu_id=company_uu_id)
bulk_company = RelationshipDutyCompany.find_one(
owner_id=token_company_id,
relationship_type="Bulk",
member_id=company.id,
)
if not bulk_company:
raise Exception(
f"Bulk Company is not found in company. "
f"Please check company uuid {bulk_company.uu_id} and try again."
)
list_match_company_id.append(bulk_company)
for match_company_id in list_match_company_id:
Duties.init_a_company_default_duties(company_id=match_company_id.id)
RelationshipDutyCompany.find_or_create(
owner_id=token_company_id,
duties_id=send_user_duties.id,
member_id=match_company_id.id,
parent_id=match_company_id.parent_id,
relationship_type="Organization",
show_only=False,
)
__table_args__ = (
Index(
"_company_relationship_ndx_01",
duties_id,
owner_id,
member_id,
relationship_type,
unique=True,
),
{"comment": "Company Relationship Information"},
)
class AbstractCompany:
"""
Abstract and explanation of Company class for end-user guide
"""
formal_name = Explanation(
explanation="Devletin resmi kayıtlarında bulunan şirket ünvanıdır.",
usage="Devletin resmi kayıtlarında bulunan şirket adı istendiğinde kullanılır.",
alias="Resmi Ünvan",
example=["X Şirketi LTD", "Y Şirketi A.Ş."],
)
company_type = Explanation(
explanation="Şirketin türüdür.",
usage="Şirketin türü istendiğinde kullanılır.",
alias="Şirket Türü",
example=[
"Şahıs",
"Limited",
"Anonim",
"Kolektif",
"Komandit",
"Kooperatif",
"Serbest Meslek",
"Adi Ortaklık",
],
)
commercial_type = Explanation(
explanation="Şirketin ticari türüdür.",
usage="Şirketin ticari türü istendiğinde kullanılır.",
alias="Ticari Tür",
example=["Tüzel", "Birey"],
)
tax_no = Explanation(
explanation="Şirketin vergi numarasıdır.",
usage="Şirketin vergi numarası istendiğinde kullanılır.",
alias="Vergi No",
example=["1234567890"],
)
public_name = Explanation(
explanation="Şirketin kamuoyunda bilinen adıdır.",
usage="Şirketin kamuoyunda bilinen adı istendiğinde kullanılır.",
alias="Piyasada Bilinen Adı",
example=["X Şirketi", "Y Şirketi"],
)
company_tag = Explanation(
explanation="Şirketin takma adı veya etiketidir.",
usage="Şirketin yöneticisin karar verdiği takma adı veya etiketi istendiğinde kullanılır.",
alias="Şirket Etiketi veya Takma Adı",
example=["X", "Y"],
)
default_lang_type = Explanation(
explanation="Şirketin varsayılan dil türüdür.",
usage="Şirketin varsayılan dil türü istendiğinde kullanılır.",
alias="Şirketin Dil Türü",
example=["TR", "EN"],
)
default_money_type = Explanation(
explanation="Şirketin varsayılan para birimi türüdür.",
usage="Şirketin varsayılan para birimi türü istendiğinde kullanılır.",
alias="Şirketin Para Birimi Türü",
example=["TL", "USD", "EUR"],
)
is_commercial = Explanation(
explanation="Şirketin ticari olup olmadığını belirtir.",
usage="Şirketin ticari olup olmadığını applikasyonun anlaması için kullanılır.",
condition=lambda commercial_type: True if commercial_type == "Şahıs" else False,
alias="Şirket Ticari mi?",
)
is_blacklist = Explanation(
explanation="Şirketin kara listeye alınıp alınmadığını belirtir.",
usage="Şirketin kara listeye alınıp alınmadığını applikasyonun anlaması için kullanılır.",
alias="Kara Listeye alınsın mı?",
example=[True, False],
)
parent_id = Explanation(
explanation="Şirketin sorumlu olduğu şirketin ID'sidir.",
usage="Şirketin sorumlu olduğu şirketin ID'si istendiğinde kullanılır.",
alias="Sorumlu Şirket",
example=[
"Bir şirketin sorumlu şirketi hangisi olduğunu bulmak için kullanılır.",
],
)
workplace_no = Explanation(
explanation="Şirketin iş yeri numarasıdır.",
usage="Şirketin iş yeri numarası istendiğinde kullanılır.",
alias="İş Yeri No",
example=["1234567890"],
)
official_address_id = Explanation(
explanation="Şirketin resmi adresidi.",
usage="Şirketin resmi adresinin ne olduğunu bulmak için kullanılır.",
alias="Resmi Adres",
example=[
"Bu şirketin adresi nedir sorusuna cevap vermek için kullanılır.",
],
)
top_responsible_company_id = Explanation(
explanation="Şirketin en üst sorumlu şirketin ID'sidir.",
usage="Şirketin en üst sorumlu şirketin hangisi olduğunu bulmak için kullanılır.",
alias="Ana Yetkili Şirket",
example=[
"Bölge veya ülke genelinde en üst sorumlu şirketin hangisi olduğunu belirtmek için kullanılır.",
],
)
buildings = Explanation(
explanation="Şirketin sahip olduğu binaların listesidir.",
usage="Şirketin sahip olduğu binaların listesini bulmak için kullanılır.",
alias="Sorumlu olduğu binalar Binalar",
example=[
"Şirketin sahip olduğu binaların listesini bulmak için kullanılır.",
],
)
def wag_create_company(self):
"""
Er kişiye wag_create_company fonksiyonu = fieldları manipule edebilir?
78 ile oluşturulan bir user için wag_create_company fonksiyonu = fieldları manipule edebilir?
"""
return {
"commercial_type": self.commercial_type,
"formal_name": self.formal_name,
"public_name": self.public_name,
"company_type": self.company_type,
"tax_no": self.tax_no,
"workplace_no": self.workplace_no,
"company_tag": self.company_tag,
"default_lang_type": self.default_lang_type,
"default_money_type": self.default_money_type,
"official_address_id": self.official_address_id,
}
def wag_update_company(self):
return {
"commercial_type": self.commercial_type,
"formal_name": self.formal_name,
"public_name": self.public_name,
"company_type": self.company_type,
"tax_no": self.tax_no,
"workplace_no": self.workplace_no,
"company_tag": self.company_tag,
"default_lang_type": self.default_lang_type,
"default_money_type": self.default_money_type,
"official_address_id": self.official_address_id,
}
class Companies(CrudCollection, SelectAction):
"""
Company class based on declarative_base and CrudCollection via session
formal_name = Government register name by offical
public_name = Public registered name by User
nick_name = Search by nickname, commercial_type = Tüzel veya birey
"""
__tablename__ = "companies"
__exclude__fields__ = ["is_blacklist", "is_commercial"]
__access_by__ = []
__many__table__ = RelationshipDutyCompany
__explain__ = AbstractCompany()
formal_name = mapped_column(String, nullable=False, comment="Formal Name")
company_type = mapped_column(String, nullable=False, comment="Company Type")
commercial_type = mapped_column(String, nullable=False, comment="Commercial Type")
tax_no = mapped_column(
String, index=True, unique=True, nullable=False, comment="Tax No"
)
public_name = mapped_column(String, comment="Public Name of a company")
company_tag = mapped_column(String, comment="Company Tag")
default_lang_type = mapped_column(String, server_default="TR")
default_money_type = mapped_column(String, server_default="TL")
is_commercial = mapped_column(Boolean, server_default="False")
is_blacklist = mapped_column(Boolean, server_default="False")
parent_id = mapped_column(Integer, nullable=True)
workplace_no = mapped_column(String, nullable=True)
official_address_id = mapped_column(ForeignKey("addresses.id"))
official_address_uu_id = mapped_column(
String, nullable=True, comment="Official Address UUID"
)
top_responsible_company_id = mapped_column(
ForeignKey("companies.id"), nullable=True
)
top_responsible_company_uu_id = mapped_column(
String, nullable=True, comment="Top Responsible Company UUID"
)
# buildings: Mapped[List["Build"]] = relationship(
# "Build",
# back_populates="companies",
# foreign_keys="Build.company_id",
# )
__table_args__ = (
Index("_company_ndx_01", tax_no, unique=True),
Index("_company_ndx_02", formal_name, public_name),
{"comment": "Company Information"},
)
@classmethod
def create_action(cls, data: InsertCompany, token: EmployeeTokenObject):
from database_sql_models import Addresses, Duties
data_dict = data.model_dump()
if cls.find_one(tax_no=str(data.tax_no).strip()):
raise Exception(
"Company already exists. Please ask supervisor to make company visible for your duty."
)
official_address = Addresses.find_one(uu_id=data.official_address_uu_id)
if not official_address:
raise HTTPException(
status_code=400,
detail="Official address is not found. Please check address uuid and try again.",
)
bulk_duties = Duties.get_bulk_duties_of_a_company(
company_id=token.selected_company.company_id
)
data_dict["parent_id"] = token.selected_company.company_id
data_dict["official_address_id"] = official_address.id
data_dict["official_address_uu_id"] = str(official_address.uu_id)
data_dict["top_responsible_company_id"] = token.selected_company.company_id
data_dict["top_responsible_company_uu_id"] = (
token.selected_company.company_uu_id
)
company_created = cls.find_or_create(**data_dict)
if not company_created.is_found:
RelationshipDutyCompany.find_or_create(
owner_id=token.selected_company.company_id,
duties_id=bulk_duties.id,
member_id=company_created.id,
parent_id=company_created.parent_id,
relationship_type="Bulk",
show_only=False,
)
if (
not str(token.get("priority_code")) == "78"
): # Company based configuration will be applied
user_duties = Duties.find_one(
duties_id=token.selected_company.duty_id,
company_id=token.selected_company.company_id,
)
RelationshipDutyCompany.find_or_create(
owner_id=token.selected_company.company_id,
duties_id=user_duties.id,
member_id=company_created.id,
parent_id=company_created.parent_id,
relationship_type="Commercial",
show_only=False,
)
return company_created
@classmethod
def update_action(cls, data: UpdateCompany, token):
from database_sql_models import Addresses
data_dict = data.excluded_dump()
duty_id = token.get("duty_id")
company_id = token.get("company_id")
if data.official_address_uu_id:
official_address = Addresses.find_one(uu_id=data.official_address_uu_id)
data_dict["official_address_id"] = official_address.id
del data_dict["official_address_uu_id"], data_dict["company_uu_id"]
company_to_update = cls.select_action(
duty_id=duty_id,
filter_expr=[
cls.uu_id == data.company_uu_id,
RelationshipDutyCompany.parent_id == company_id,
],
)
return company_to_update.update(**data_dict)
# parent_id = mapped_column(ForeignKey("companies.id"))
# if data.parent_uu_id:
# company = Companies.find_one(uu_id=data.parent_uu_id)
# data_dict["parent_id"] = company.id
# def is_access_valid(self, endpoint_ext: str):
# try:
# if (
# not arrow.get(self.stop_date)
# > arrow.utcnow()
# > arrow.get(self.start_date)
# ):
# message = f"Kullanıcı yetkileri süresi dolmuştur. {self.endpoint_name} için supervisor ile görüşünüz."
# SystemLogs.create_log(
# log_type="ERROR",
# log_code="ACCESS_EXPIRED",
# log_action=self.__tablename__,
# log_message=message,
# )
# return False
# except Exception as e:
# SystemLogs.create_log(
# log_type="ERROR",
# log_code="ACCESS_EXPIRED",
# log_action=self.__tablename__,
# log_message=e,
# )
# return False
#
# access_dict = {
# "LIST": self.access_read,
# "INSERT": self.access_write,
# "UPDATE": self.access_update,
# "DELETE": self.access_delete,
# "ACTIVE": self.access_update,
# "PRINT": self.report_print,
# "EXPORT": self.report_export,
# }
# return access_dict.get(endpoint_ext.upper(), False)
# official_address: Mapped[List["Address"]] = relationship(
# "Address",
# back_populates="official_companies",
# foreign_keys=[official_address_id],
# )
#
# emails: Mapped[List["UsersEmails"]] = relationship(
# "UsersEmails", back_populates="companies", foreign_keys="UsersEmails.company_id"
# )
# phones: Mapped[List["UsersPhones"]] = relationship(
# "UsersPhones", back_populates="company", foreign_keys="UsersPhones.company_id"
# )
# buildings: Mapped[List["Build"]] = relationship(
# "Build",
# back_populates="companies",
# foreign_keys="Build.company_id",
# )
# response_buildings: Mapped[List["Build"]] = relationship(
# "Build",
# back_populates="response_companies",
# foreign_keys="Build.response_company_id",
# )
# departments: Mapped[List["CompanyDepartments"]] = relationship(
# "CompanyDepartments",
# back_populates="company",
# foreign_keys="CompanyDepartments.company_id",
# )
# budget_records: Mapped[List["CompanyBudgetRecords"]] = relationship(
# "CompanyBudgetRecords",
# back_populates="companies",
# foreign_keys="CompanyBudgetRecords.company_id",
# )
# send_budget_records: Mapped[List["CompanyBudgetRecords"]] = relationship(
# "CompanyBudgetRecords",
# back_populates="send_companies",
# foreign_keys="CompanyBudgetRecords.send_company_id",
# )
# decision_books: Mapped[List["BuildDecisionBook"]] = relationship(
# "BuildDecisionBook",
# back_populates="companies",
# foreign_keys="BuildDecisionBook.resp_company_id",
# )
# decision_book_projects: Mapped[List["BuildDecisionBookProjects"]] = relationship(
# "BuildDecisionBookProjects",
# back_populates="companies",
# foreign_keys="BuildDecisionBookProjects.resp_company_id",
# )
# decision_book_legal: Mapped["BuildDecisionBookLegal"] = relationship(
# "BuildDecisionBookLegal",
# back_populates="attorney_companies",
# foreign_keys="BuildDecisionBookLegal.resp_attorney_company",
# )
#
# company_account_books: Mapped["AccountBooks"] = relationship(
# "AccountBooks",
# back_populates="company",
# foreign_keys="AccountBooks.company_id",
# )
# branch_account_books: Mapped["AccountBooks"] = relationship(
# "AccountBooks",
# back_populates="branch",
# foreign_keys="AccountBooks.branch_id",
# )
# account_codes: Mapped["AccountCodes"] = relationship(
# "AccountCodes", back_populates="company", foreign_keys="AccountCodes.company_id"
# )
# search_iban_description: Mapped["BuildIbanDescription"] = relationship(
# "BuildIbanDescription",
# back_populates="company",
# foreign_keys="BuildIbanDescription.company_id",
# )
# related_companies: Mapped[List["CompanyRelationship"]] = relationship(
# "CompanyRelationship",
# back_populates="related_company",
# foreign_keys="CompanyRelationship.related_company_id",
# )

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from sqlalchemy import String, Integer, ForeignKey, Index, Boolean
from sqlalchemy.orm import mapped_column
from databases.sql_models.core_mixin import CrudCollection
class Departments(CrudCollection):
__tablename__ = "departments"
__exclude__fields__ = []
parent_department_id = mapped_column(Integer, server_default="0")
department_code = mapped_column(
String(16), nullable=False, index=True, comment="Department Code"
)
department_name = mapped_column(
String(128), nullable=False, comment="Department Name"
)
department_description = mapped_column(String, server_default="")
company_id = mapped_column(ForeignKey("companies.id"), nullable=False)
company_uu_id = mapped_column(String, nullable=False, comment="Company UUID")
# @classmethod
# def create_action(cls, data: DepartmentsPydantic, token):
# data_dict = data.model_dump()
# data_dict["company_id"] = token.selected_company.company_id
# return cls.find_or_create(**data_dict)
__table_args__ = {"comment": "Departments Information"}
class Duty(CrudCollection):
__tablename__ = "duty"
__exclude__fields__ = []
duty_name = mapped_column(String, unique=True, nullable=False, comment="Duty Name")
duty_code = mapped_column(String, nullable=False, comment="Duty Code")
duty_description = mapped_column(String, comment="Duty Description")
# @classmethod
# def create_action(cls, data: InsertCompanyDuty, token):
# # if not cls.__is_super__:
# # raise HTTPException(
# # status_code=401, detail="You are not authorized to create a duty."
# # )
# data_dict = data.model_dump()
#
# return cls.find_or_create(**data_dict)
__table_args__ = ({"comment": "Duty Information"},)
class Duties(CrudCollection):
__tablename__ = "duties"
__exclude__fields__ = []
users_default_duty = mapped_column(
ForeignKey("duty.id"), nullable=True, comment="Default Duty for Users"
)
company_id = mapped_column(Integer)
company_uu_id = mapped_column(String, nullable=False, comment="Company UUID")
duties_id = mapped_column(ForeignKey("duty.id"), nullable=False)
duties_uu_id = mapped_column(String, nullable=False, comment="Duty UUID")
department_id = mapped_column(
ForeignKey("departments.id"), nullable=False, comment="Department ID"
)
department_uu_id = mapped_column(String, nullable=False, comment="Department UUID")
# priority_id = mapped_column(ForeignKey("priority.id"), nullable=True)
management_duty = mapped_column(
Boolean, server_default="0"
) # is this a prime Company Duty ???
@classmethod
def init_a_company_default_duties(cls, company_id, company_uu_id):
__default_init__ = ["Execution Office", "IT Department"]
active_row = dict(
is_confirmed=True, active=True, deleted=False, is_notification_send=True
)
execution = Departments.find_or_create(
department_name="Execution Office",
department_code="EO001",
company_id=company_id,
company_uu_id=str(company_uu_id),
**active_row,
)
it_dept = Departments.find_or_create(
department_name="IT Department",
department_code="ITD001",
company_id=company_id,
company_uu_id=str(company_uu_id),
**active_row,
)
bm_duty = Duty.find_or_create(
duty_name="Business Manager",
duty_code="BM0001",
duty_description="Business Manager",
**active_row,
)
it_duty = Duty.find_or_create(
duty_name="IT Manager",
duty_code="IT0001",
duty_description="IT Manager",
**active_row,
)
bulk_duty = Duty.find_or_create(
duty_name="BULK",
duty_code="BULK",
duty_description="BULK RECORDS OF THE COMPANY",
**active_row,
)
occu_duty = Duty.find_or_create(
duty_name="OCCUPANT",
duty_code="OCCUPANT",
duty_description="OCCUPANT RECORDS OF THE COMPANY",
**active_row,
)
cls.find_or_create(
company_id=company_id,
company_uu_id=str(company_uu_id),
duties_id=bm_duty.id,
duties_uu_id=str(bm_duty.uu_id),
department_id=execution.id,
**active_row,
)
cls.find_or_create(
company_id=company_id,
company_uu_id=str(company_uu_id),
duties_id=it_duty.id,
duties_uu_id=str(it_duty.uu_id),
department_id=it_dept.id,
department_uu_id=str(it_dept.uu_id),
**active_row,
)
cls.find_or_create(
company_id=company_id,
company_uu_id=str(company_uu_id),
duties_id=bulk_duty.id,
duties_uu_id=str(bulk_duty.uu_id),
department_id=execution.id,
department_uu_id=str(execution.uu_id),
**active_row,
)
cls.find_or_create(
company_id=company_id,
company_uu_id=str(company_uu_id),
duties_id=occu_duty.id,
duties_uu_id=str(occu_duty.uu_id),
department_id=execution.id,
department_uu_id=str(execution.uu_id),
**active_row,
)
@classmethod
def get_bulk_duties_of_a_company(cls, company_id):
if bulk_duties := Duties.find_one(
duties_id=Duty.find_one(duty_code="BULK").id, company_id=company_id
):
return bulk_duties
raise Exception("Bulk Duty not found. Please contact with supervisor.")
# @classmethod
# def create_action(cls, data: InsertCompanyDuty):
# data_dict = data.model_dump()
# if department := Departments.find_one(uu_id=data.department_uu_id):
# data_dict["department_id"] = department.id
# del data_dict["department_uu_id"]
# return cls.find_or_create(**data_dict)
__table_args__ = (
Index("duty_ndx_00", company_id, duties_id, department_id, unique=True),
{"comment": "Duty & Company & Department Information"},
)
# department: Mapped[List["CompanyDepartments"]] = relationship(
# "CompanyDepartments", back_populates="duties", foreign_keys=[department_id]
# )
# employees: Mapped[List["CompanyEmployees"]] = relationship(
# "CompanyEmployees",
# back_populates="duty",
# foreign_keys="CompanyEmployees.duty_id",
# )
# duty_app: Mapped["CompanyDutyApp"] = relationship(
# "CompanyDutyApp", back_populates="duties", foreign_keys="CompanyDutyApp.company_duty_id"
# )
# def get_language_of_duty(self, lang):
# if erp_text := ErpText.find_one(lang=lang, text_code=self.duty_code):
# return erp_text.text_name, erp_text.text_description
# return None, None
# company: Mapped["Companies"] = relationship(
# "Company", back_populates="departments", foreign_keys=[company_id]
# )
# duties: Mapped[List["CompanyDuty"]] = relationship(
# "CompanyDuty",
# back_populates="department",
# foreign_keys="CompanyDuty.department_id",
# )
# app_item: Mapped["AppItems"] = relationship(
# "AppItems", back_populates="department", foreign_keys="AppItems.department_id"
# )

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from sqlalchemy import (
String,
ForeignKey,
Index,
Numeric,
)
from sqlalchemy.orm import mapped_column
from databases.sql_models.core_mixin import CrudCollection
from validations import InsertCompanyEmployees
class Staff(CrudCollection):
__tablename__ = "staff"
__exclude__fields__ = []
staff_description = mapped_column(
String, server_default="", comment="Staff Description"
)
staff_name = mapped_column(String, nullable=False, comment="Staff Name")
staff_code = mapped_column(String, nullable=False, comment="Staff Code")
duties_id = mapped_column(ForeignKey("duties.id"), nullable=False)
duties_uu_id = mapped_column(String, nullable=False, comment="Duty UUID")
# people: Mapped["People"] = relationship(
# "People", back_populates="employees", foreign_keys=[people_id], uselist=True
# )
# duty: Mapped["CompanyDuty"] = relationship(
# "CompanyDuty", back_populates="employees", foreign_keys=[duty_id]
# )
@classmethod
def create_action(cls, data: InsertCompanyEmployees):
from database_sql_models import Duties
data_dict = data.model_dump()
if duty := Duties.find_one(uu_id=data.duty_uu_id):
data_dict["duty_id"] = duty.id
# if person := People.find_one(uu_id=data.person_uu_id):
# data_dict["people_id"] = person.id
if data.start_date:
data_dict["expiry_starts"] = data.start_date
if data.stop_date:
data_dict["expiry_ends"] = data.stop_date
# del data_dict["duty_uu_id"], data_dict["person_uu_id"]
del data_dict["start_date"], data_dict["stop_date"], data_dict["duty_uu_id"]
return cls.find_or_create(**data_dict)
__table_args__ = ({"comment": "Staff Information"},)
class Employees(CrudCollection):
__tablename__ = "employees"
__exclude__fields__ = []
staff_id = mapped_column(ForeignKey("staff.id"))
staff_uu_id = mapped_column(String, nullable=False, comment="Staff UUID")
people_id = mapped_column(ForeignKey("people.id"), nullable=True)
people_uu_id = mapped_column(String, nullable=True, comment="People UUID")
__table_args__ = (
Index("employees_ndx_00", people_id, staff_id, unique=True),
{"comment": "Employee Person Information"},
)
class EmployeeHistory(CrudCollection):
__tablename__ = "employee_history"
__exclude__fields__ = []
staff_id = mapped_column(ForeignKey("staff.id"), nullable=False, comment="Staff ID")
staff_uu_id = mapped_column(String, nullable=False, comment="Staff UUID")
people_id = mapped_column(
ForeignKey("people.id"), nullable=False, comment="People ID"
)
people_uu_id = mapped_column(String, nullable=False, comment="People UUID")
__table_args__ = (
Index("_employee_history_ndx_00", people_id, staff_id),
{"comment": "Employee History Information"},
)
class EmployeesSalaries(CrudCollection):
__tablename__ = "employee_salaries"
__exclude__fields__ = []
gross_salary = mapped_column(Numeric(20, 6), nullable=False, comment="Gross Salary")
net_salary = mapped_column(Numeric(20, 6), nullable=False, comment="Net Salary")
people_id = mapped_column(ForeignKey("people.id"), nullable=False)
people_uu_id = mapped_column(String, nullable=False, comment="People UUID")
# people: Mapped["People"] = relationship(
# "People", back_populates="employee_salaries", foreign_keys=[people_id]
# )
__table_args__ = (
Index("_employee_salaries_ndx_00", people_id, CrudCollection.expiry_starts),
{"comment": "Employee Salaries Information"},
)
# class Events2Employees(CrudCollection):
#
# __tablename__ = "events2employees"
# __exclude__fields__ = []
#
# event_id = mapped_column(ForeignKey("events.id"), nullable=False)
# employees_id = mapped_column(ForeignKey("employees.id"), nullable=False)
#
# __table_args__ = (
# Index("_events2employees_ndx_00", event_id, employees_id),
# {"comment": "Events2Employees Information"},
# )

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from sqlalchemy import (
TIMESTAMP,
NUMERIC,
func,
Identity,
UUID,
String,
Integer,
Boolean,
SmallInteger,
)
from sqlalchemy.orm import (
Mapped,
mapped_column,
InstrumentedAttribute,
)
from sqlalchemy_mixins.session import SessionMixin
from sqlalchemy_mixins.serialize import SerializeMixin
from sqlalchemy_mixins.repr import ReprMixin
from sqlalchemy_mixins.smartquery import SmartQueryMixin
from api_library.date_time_actions.date_functions import DateTimeLocal
from api_objects.auth.token_objects import Credentials
from databases.sql_models.sql_operations import FilterAttributes
from databases.sql_models.postgres_database import Base
class CrudMixin(Base, SmartQueryMixin, SessionMixin, FilterAttributes):
__abstract__ = True # The model is abstract not a database table.
__session__ = Base.session # The session to use in the model.
__system__fields__create__ = (
"ref_id",
"created_at",
"updated_at",
"cryp_uu_id",
"created_by",
"created_by_id",
"updated_by",
"updated_by_id",
"replication_id",
"confirmed_by",
"confirmed_by_id",
"is_confirmed",
"deleted",
"active",
"is_notification_send",
"is_email_send",
"expiry_starts",
"expiry_ends",
) # The system fields to use in the model.
__system__fields__update__ = (
"cryp_uu_id",
"created_at",
"updated_at",
"created_by",
"created_by_id",
"confirmed_by",
"confirmed_by_id",
"updated_by",
"updated_by_id",
"replication_id",
)
creds: Credentials = None # The credentials to use in the model.
client_arrow: DateTimeLocal = None # The arrow to use in the model.
expiry_starts: Mapped[TIMESTAMP] = mapped_column(TIMESTAMP, server_default=func.now(), nullable=False)
expiry_ends: Mapped[TIMESTAMP] = mapped_column(TIMESTAMP, default="2099-12-31", server_default="2099-12-31")
@classmethod
def extract_system_fields(cls, filter_kwargs: dict, create: bool = True):
"""
Extracts the system fields from the given attributes.
"""
system_fields = filter_kwargs.copy()
extract_fields = cls.__system__fields__create__ if create else cls.__system__fields__update__
for field in extract_fields:
system_fields.pop(field, None)
return system_fields
@classmethod
def find_or_create(cls, **kwargs):
from api_library.date_time_actions.date_functions import system_arrow
"""
Finds a record with the given attributes or creates it if it doesn't exist.
If found, sets is_found to True, otherwise False.
is_found can be used to check if the record was found or created.
"""
check_kwargs = cls.extract_system_fields(kwargs)
cls.pre_query = cls.query.filter(
system_arrow.get(cls.expiry_ends).date() < system_arrow.now().date()
)
already_record = cls.filter_by_one(**check_kwargs)
if already_record := already_record.data:
if already_record.is_deleted:
cls.raise_http_exception(
status_code="HTTP_406_NOT_ACCEPTABLE",
error_case="DeletedRecord",
data=check_kwargs,
message="Record exits but is deleted. Contact with authorized user",
)
elif already_record.is_confirmed:
cls.raise_http_exception(
status_code="HTTP_406_NOT_ACCEPTABLE",
error_case="IsNotConfirmed",
data=check_kwargs,
message="Record exits but is not confirmed. Contact with authorized user",
)
cls.raise_http_exception(
status_code="HTTP_406_NOT_ACCEPTABLE",
error_case="AlreadyExists",
data=check_kwargs,
message="Record already exits. Refresh data and try again",
)
created_record = cls()
for key, value in check_kwargs.items():
setattr(created_record, key, value)
created_record.flush()
cls.created_by_id = cls.creds.person_id
cls.created_by = cls.creds.person_name
return created_record
@classmethod
def iterate_over_variables(cls, val, key):
key_ = cls.__annotations__.get(key, None)
if val is None or key_ is None:
return None
elif key_ == Mapped[Identity]:
return None
elif key_ == Mapped[bool]:
return bool(val)
elif key_ == Mapped[float] or key_ == Mapped[NUMERIC]:
return float(val)
elif key_ == Mapped[int]:
return int(val)
elif key_ == Mapped[TIMESTAMP]:
return str(cls.client_arrow.get(val).format("DD-MM-YYYY HH:mm:ss"))
return str(val)
def update(self, **kwargs):
"""Updates the record with the given attributes."""
is_confirmed_argument = kwargs.get("is_confirmed", None)
if is_confirmed_argument and not len(kwargs) == 1:
self.raise_http_exception(
status_code="HTTP_406_NOT_ACCEPTABLE",
error_case="ConfirmError",
data=kwargs,
message="Confirm field can not be updated with other fields",
)
check_kwargs = self.extract_system_fields(kwargs, create=False)
for key, value in check_kwargs.items():
setattr(self, key, value)
if is_confirmed_argument:
self.confirmed_by_id = self.creds.person_id
self.confirmed_by = self.creds.person_name
else:
self.updated_by_id = self.creds.person_id
self.updated_by = self.creds.person_name
self.flush()
return self
def get_dict(self, exclude: list = None, include: list = None, include_joins: list = None):
return_dict = {}
if exclude:
exclude.extend(list(set(self.__exclude__fields__).difference(exclude)))
else:
exclude = self.__exclude__fields__
include = include or []
if include:
include.extend(["uu_id", "active"])
include = list(set(include).difference(self.__exclude__fields__))
for key, val in self.to_dict().items():
if key in include:
if value_of_database := self.iterate_over_variables(val, key):
return_dict[key] = value_of_database
else:
exclude.extend(["is_confirmed", "deleted", "cryp_uu_id"])
for key, val in self.to_dict().items():
if key not in exclude:
if value_of_database := self.iterate_over_variables(val, key):
return_dict[key] = value_of_database
all_arguments = [
record
for record in self.__class__.__dict__
if "_" not in record[0] and "id" not in record[-2:]
]
include_joins = include_joins or []
for all_argument in all_arguments:
column = getattr(self.__class__, all_argument)
is_populate = isinstance(column, InstrumentedAttribute) and not hasattr(
column, "foreign_keys"
)
if is_populate and all_argument in include_joins or []:
populate_arg = getattr(self, all_argument, None)
if isinstance(populate_arg, list):
return_dict[all_argument] = [
arg.get_dict() if arg else [] for arg in populate_arg
]
elif getattr(populate_arg, "get_dict", None):
return_dict[all_argument] = (
populate_arg.get_dict() if populate_arg else []
)
return return_dict
class BaseMixin(CrudMixin, ReprMixin, SerializeMixin):
__abstract__ = True
class BaseCollection(CrudMixin, BaseMixin):
__abstract__ = True
__repr__ = ReprMixin.__repr__
id: Mapped[Identity] = mapped_column(primary_key=True)
class CrudCollection(CrudMixin, BaseMixin, SmartQueryMixin):
__abstract__ = True
__repr__ = ReprMixin.__repr__
id: Mapped[Identity] = mapped_column(primary_key=True)
uu_id: Mapped[UUID] = mapped_column(
UUID, server_default=func.text("gen_random_uuid()"), index=True, unique=True
)
ref_id: Mapped[UUID] = mapped_column(String(100), nullable=True, index=True)
created_at: Mapped[TIMESTAMP] = mapped_column(
"created_at",
TIMESTAMP(timezone=True),
server_default=func.now(),
nullable=False,
index=True,
)
updated_at: Mapped[TIMESTAMP] = mapped_column(
"updated_at",
TIMESTAMP(timezone=True),
server_default=func.now(),
onupdate=func.now(),
nullable=False,
index=True,
)
cryp_uu_id: Mapped[UUID] = mapped_column(String, nullable=True, index=True)
created_by: Mapped[str] = mapped_column(String, nullable=True)
created_by_id: Mapped[int] = mapped_column(Integer, nullable=True)
updated_by: Mapped[str] = mapped_column(String, nullable=True)
updated_by_id: Mapped[int] = mapped_column(Integer, nullable=True)
confirmed_by: Mapped[str] = mapped_column(String, nullable=True)
confirmed_by_id: Mapped[int] = mapped_column(Integer, nullable=True)
is_confirmed: Mapped[bool] = mapped_column(Boolean, server_default="0")
replication_id: Mapped[int] = mapped_column(SmallInteger, server_default="0")
deleted: Mapped[bool] = mapped_column(Boolean, server_default="0")
active: Mapped[bool] = mapped_column(Boolean, server_default="1")
is_notification_send: Mapped[bool] = mapped_column(Boolean, server_default="0")
is_email_send: Mapped[bool] = mapped_column(Boolean, server_default="0")

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from databases.sql_models.core_mixin import CrudCollection
from sqlalchemy import (
String,
ForeignKey,
Numeric,
SmallInteger,
Boolean,
Integer,
Index,
)
from sqlalchemy.orm import mapped_column
class Events(CrudCollection):
"""
Events class based on declarative_base and BaseMixin via session
If Events2Occupants and Events2Employees are not found for user request, response 401 Unauthorized
"""
__tablename__ = "events"
__exclude__fields__ = []
event_type = mapped_column(String, nullable=False, comment="default")
function_code = mapped_column(String, nullable=False, comment="function code")
function_class = mapped_column(String, nullable=False, comment="class name")
# name = mapped_column(String, nullable=True) # form or page title
description = mapped_column(String, server_default="") # form or page description
property_description = mapped_column(String, server_default="")
marketing_layer = mapped_column(SmallInteger, server_default="3")
cost = mapped_column(Numeric(20, 2), server_default="0.00")
unit_price = mapped_column(Numeric(20, 2), server_default="0.00")
endpoint_id = mapped_column(ForeignKey("endpoint_restriction.id"), nullable=True)
endpoint_uu_id = mapped_column(String, nullable=True, comment="Endpoint UUID")
__table_args__ = ({"comment": "Events Information"},)
class Modules(CrudCollection):
"""
Modules class based on declarative_base and BaseMixin via session
"""
__tablename__ = "modules"
__exclude__fields__ = []
module_name = mapped_column(String, nullable=False, comment="Module Name")
module_description = mapped_column(String, server_default="")
module_code = mapped_column(String, nullable=False, comment="Module Code")
module_layer = mapped_column(Integer, nullable=False, comment="Module Layer")
is_default_module = mapped_column(Boolean, server_default="0")
__table_args__ = ({"comment": "Modules Information"},)
class Services(CrudCollection):
"""
Services class based on declarative_base and BaseMixin via session
"""
__tablename__ = "services"
__exclude__fields__ = []
module_id = mapped_column(ForeignKey("modules.id"), nullable=False)
module_uu_id = mapped_column(String, nullable=False, comment="Module UUID")
service_name = mapped_column(String, nullable=False, comment="Service Name")
service_description = mapped_column(String, server_default="")
service_code = mapped_column(String, nullable=True, comment="Service Code")
related_responsibility = mapped_column(String, server_default="")
__table_args__ = ({"comment": "Services Information"},)
class Service2Events(CrudCollection):
"""
Service2Actions class based on declarative_base and BaseMixin via session
"""
__tablename__ = "services2events"
__exclude__fields__ = []
service_id = mapped_column(ForeignKey("services.id"), nullable=False)
service_uu_id = mapped_column(String, nullable=False, comment="Service UUID")
event_id = mapped_column(ForeignKey("events.id"), nullable=False)
event_uu_id = mapped_column(String, nullable=False, comment="Event UUID")
__table_args__ = ({"comment": "Service2Events Information"},)
class Event2Employee(CrudCollection):
"""
Employee2Event class based on declarative_base and BaseMixin via session
"""
__tablename__ = "event2employee"
__exclude__fields__ = []
employee_id = mapped_column(ForeignKey("employees.id"), nullable=False)
employee_uu_id = mapped_column(String, nullable=False, comment="Employee UUID")
event_id = mapped_column(ForeignKey("events.id"), nullable=False)
event_uu_id = mapped_column(String, nullable=False, comment="Event UUID")
__table_args__ = (
Index("event2employee_employee_to_event", employee_id, event_id, unique=True),
{"comment": "Employee to Event Information"},
)
@classmethod
def get_event_id_by_employee_id(cls, employee_id) -> (list, list):
active_events = cls.filter_active(cls.employee_id == employee_id)
active_events_id = [event.event_id for event in active_events.data]
active_events = Events.filter_active(Events.id.in_(active_events_id))
active_events_uu_id = [str(event.uu_id) for event in active_events.data]
return active_events_id, active_events_uu_id
class Event2Occupant(CrudCollection):
"""
Occupant2Event class based on declarative_base and BaseMixin via session
"""
__tablename__ = "event2occupant"
__exclude__fields__ = []
build_living_space_id = mapped_column(
ForeignKey("build_living_space.id"), nullable=False
)
build_living_space_uu_id = mapped_column(
String, nullable=False, comment="Build Living Space UUID"
)
event_id = mapped_column(ForeignKey("events.id"), nullable=False)
event_uu_id = mapped_column(String, nullable=False, comment="Event UUID")
__table_args__ = (
Index(
"event2occupant_bind_event_to_occupant",
build_living_space_id,
event_id,
unique=True,
),
{"comment": "Occupant2Event Information"},
)
@classmethod
def get_event_id_by_build_living_space_id(
cls, build_living_space_id
) -> (list, list):
active_events = cls.filter_by_active(
build_living_space_id=build_living_space_id
)
active_events_id = [event.event_id for event in active_events.data]
active_events = Events.filter_active(Events.id.in_(active_events_id))
active_events_uu_id = [str(event.uu_id) for event in active_events.data]
return active_events_id, active_events_uu_id
# Delete later code
class ModulePrice(CrudCollection):
"""
ModulePrice class based on declarative_base and BaseMixin via session
"""
__tablename__ = "module_price"
__exclude__fields__ = []
campaign_code = mapped_column(String, nullable=False, comment="Campaign Code")
module_id = mapped_column(ForeignKey("modules.id"), nullable=False)
module_uu_id = mapped_column(String, nullable=False, comment="Module UUID")
service_id = mapped_column(ForeignKey("services.id"), nullable=False)
service_uu_id = mapped_column(String, nullable=False, comment="Service UUID")
event_id = mapped_column(ForeignKey("events.id"), nullable=False)
event_uu_id = mapped_column(String, nullable=False, comment="Event UUID")
is_counted_percentage = mapped_column(Numeric(6, 2), server_default="0.00") # %22
discounted_price = mapped_column(
Numeric(20, 2), server_default="0.00"
) # Normal: 78.00 TL
calculated_price = mapped_column(
Numeric(20, 2), server_default="0.00"
) # sana düz 75.00 TL yapar
__table_args__ = ({"comment": "ModulePrice Information"},)
#
# class Modules2Occupant(CrudCollection):
# """
# ModulesOccupantPrices class based on declarative_base and BaseMixin via session
# discounted_price - calculated_price = Pazarlamaya gider yazılır 3 TL
# """
#
# __tablename__ = "modules2_occupant"
#
#
# discounted_percentage = mapped_column(Numeric(6, 2), server_default="0.00") # %22
# discounted_price = mapped_column(
# Numeric(20, 2), server_default="0.00"
# ) # Normal: 78.00 TL
# calculated_price = mapped_column(
# Numeric(20, 2), server_default="0.00"
# ) # sana düz 75.00 TL yapar
#
# service_id = mapped_column(ForeignKey("services.id"), nullable=False)
# build_living_space_id = mapped_column(
# ForeignKey("build_living_space.id"), nullable=False, index=True
# )
#
# __table_args__ = ({"comment": "ModulesOccupantPrices Information"},)
#
#
# class Modules2Employee(CrudCollection):
# """
# Modules2EmployeeServices class based on declarative_base and BaseMixin via session
# """
#
# __tablename__ = "modules2_employee"
#
# discounted_percentage = mapped_column(Numeric(6, 2), server_default="0.00") # %22
# discounted_price = mapped_column(
# Numeric(20, 2), server_default="0.00"
# ) # Normal: 78.00 TL
# calculated_price = mapped_column(
# Numeric(20, 2), server_default="0.00"
# ) # sana düz 75.00 TL yapar
#
# service_id = mapped_column(ForeignKey("services.id"), nullable=False)
# employee_id = mapped_column(ForeignKey("employees.id"), nullable=False)
#
# __table_args__ = ({"comment": "Modules2EmployeeServices Information"},)
# class Actions(CrudCollection):
# """
# Actions class based on declarative_base and BaseMixin via session
# """
#
# __tablename__ = "actions"
# __exclude__fields__ = []
#
# action_table = mapped_column(String, nullable=False, comment="Action Table")
# action_type = mapped_column(String, nullable=False, comment="Action Type")
# action_description = mapped_column(String, server_default="")
# action_code = mapped_column(String, nullable=False, comment="Action Code")
# endpoint_id = mapped_column(ForeignKey("endpoint_restriction.id"), nullable=True)
# endpoint_uu_id = mapped_column(String, nullable=True, comment="Endpoint UUID")
#
# @property
# def action_name(self):
# return f"{self.action_table} {self.action_type}"
#
# @property
# def total_cost(self):
# return self.cost * self.unit_price
#
# __table_args__ = ({"comment": "Actions Information"},)

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from api_library.date_time_actions.date_functions import DateTimeLocal
from api_configs import Auth, ApiStatic, RelationAccess
from datetime import timedelta
from fastapi import HTTPException
from databases.sql_models.core_mixin import CrudCollection
from application.shared_classes import SelectAction, SelectActionWithEmployee
from sqlalchemy import (
String,
Boolean,
TIMESTAMP,
ForeignKey,
func,
Numeric,
Index,
BigInteger,
Integer,
Text,
or_,
)
from sqlalchemy.orm import mapped_column, relationship
from validations import InsertUsers, InsertPerson
from extensions.auth.login import UserLoginModule
class UsersTokens(CrudCollection):
__tablename__ = "users_tokens"
__exclude__fields__ = []
user_id = mapped_column(ForeignKey("users.id"), nullable=False)
token_type = mapped_column(String(16), server_default="RememberMe")
token = mapped_column(String, server_default="")
domain = mapped_column(String, server_default="")
expires_at = mapped_column(TIMESTAMP, default=str(DateTimeLocal.shift(days=3)))
# users = relationship("Users", back_populates="tokens", foreign_keys=[user_id])
class Users(CrudCollection, UserLoginModule, SelectAction):
"""
Application User frame to connect to API with assigned token-based HTTP connection
"""
__tablename__ = "users"
__exclude__fields__ = [
"hash_password",
"password_token",
"expiry_begins",
"related_company",
]
user_tag = mapped_column(
String(64), server_default="", comment="Unique tag for the user", index=True
)
email = mapped_column(
String(128), server_default="", comment="Email address of the user", index=True
)
phone_number = mapped_column(
String, server_default="", comment="Phone number of the user", index=True
)
via = mapped_column(
String,
server_default="111",
comment="Email 1/ Phone 2/ User Tag 3 All 111 Only 100",
)
avatar = mapped_column(String, server_default="", comment="Avatar URL for the user")
hash_password = mapped_column(
String(256), server_default="", comment="Hashed password for security"
)
password_token = mapped_column(
String(256), server_default="", comment="Token for password reset"
)
remember_me = mapped_column(
Boolean, server_default="0", comment="Flag to remember user login"
)
password_expires_day = mapped_column(
"expires_day",
String,
server_default=str(Auth.PASSWORD_EXPIRE_DAY),
comment="Password expires in days",
)
password_expiry_begins = mapped_column(
"expiry_begins",
TIMESTAMP,
server_default=func.now(),
comment="Timestamp when password expiry begins",
)
related_company = mapped_column(String, comment="Related Company UUID")
person_id = mapped_column(
ForeignKey("people.id"), nullable=False, comment="Foreign key to person table"
)
person_uu_id = mapped_column(
String, server_default="", comment="Person UUID", index=True
)
person = relationship("People", back_populates="user", foreign_keys=[person_id])
@property
def is_occupant(self):
return not str(self.email).split("@")[1] == Auth.ACCESS_EMAIL_EXT
@property
def password_expiry_ends(self):
"""Calculates the expiry end date based on expiry begins and expires day"""
return self.password_expiry_begins + timedelta(
days=int(
"".join(
[
_
for _ in str(self.password_expires_day).split(",")[0]
if _.isdigit()
]
)
)
)
@property
def is_super_user(self):
"""Checks if the user is a superuser based on priority code"""
return getattr(self.priority, "priority_code", 0) == 78
@property
def is_user(self):
"""Checks if the user is a regular user based on priority code"""
return getattr(self.priority, "priority_code", 0) == 0
@classmethod
def create_action(cls, create_user: InsertUsers):
found_person = People.find_one(uu_id=create_user.people_uu_id)
if not found_person:
raise HTTPException(status_code=400, detail="Person not found.")
if (
not any(i in str(create_user.email) for i in ["@", "."])
and not len(str(create_user.phone_number)) >= 10
):
raise HTTPException(
status_code=400,
detail="Please enter at least one valid email or phone number.",
)
if not create_user.avatar:
create_user.avatar = ApiStatic.PLACEHOLDER
create_dict = create_user.model_dump()
del create_dict["people_uu_id"]
create_dict["person_id"] = found_person.id
create_dict["person_uu_id"] = str(found_person.uu_id)
created_user = cls.find_or_create(**create_dict)
created_user.reset_password_token()
return created_user
@classmethod
def created_creds(cls, create_creds: bool = True):
person_object = People.find_one(id=cls.person_id)
if create_creds:
return {
"created_by_id": person_object.id,
"created_by": str(person_object.firstname)
+ " "
+ str(person_object.surname),
}
return {
"updated_by_id": person_object.id,
"updated_by": str(person_object.firstname)
+ " "
+ str(person_object.surname),
}
#
# def prepare_employee_token_object(self, selected_duty_uu_id):
# from database_sql_models import (
# Companies,
# Employees,
# Duties,
# Departments,
# )
# found_person = People.find_one(id=self.person_id)
# found_employee = Employees.find_one(people_id=found_person.id)
# found_duty = Duties.find_one(uu_id=selected_duty_uu_id)
# found_department = Departments.find_one(id=found_duty.department_id)
# found_company = Companies.find_one(id=found_department.company_id)
# return {
# "people": {
# "people_id": found_person.id,
# "people_uu_id": found_person.uu_id.__str__(),
# },
# "user": {
# "user_id": self.id,
# "user_uu_id": self.uu_id.__str__(),
# },
# "duty": {
# "duty_id": found_duty.id,
# "duty_uu_id": found_duty.uu_id.__str__()
# },
# "employee": {
# "employee_id": found_employee.id,
# "employee_uu_id": found_employee.uu_id.__str__(),
# "people_id": found_employee.people_id,
# },
# "department": {
# "department_id": found_department.id,
# "department_uu_id": found_department.uu_id.__str__(),
# },
# "company": {
# "company_id": found_company.id,
# "company_uu_id": found_company.uu_id.__str__()
# },
# }
def get_employee_and_duty_details(self):
from database_sql_models.company.employee import Employees
from database_sql_models.company.department import Duties
found_person = People.find_one(id=self.person_id)
found_employees = Employees.filter_by_active(
people_id=found_person.id, is_confirmed=True
)
found_duties = Duties.filter_active(
Duties.is_confirmed == True,
Duties.id.in_(
list(found_employee.duty_id for found_employee in found_employees.data)
),
)
if not found_employees.count:
raise HTTPException(
status_code=401,
detail={
"message": "Person has no confirmed duty. No employee match please register "
"your super admin",
"completed": False,
},
)
return {
"duty_list": [
{
"duty_id": duty.id,
"duty_uu_id": duty.uu_id.__str__(),
"duty_code": duty.duty_code,
"duty_name": duty.duty_name,
"duty_description": duty.duty_description,
}
for duty in found_duties.data
],
}
def get_main_domain_and_other_domains(self, get_main_domain: bool = True):
from databases import MongoQueryIdentity
query_engine = MongoQueryIdentity(company_uuid=self.related_company)
domain_via_user = query_engine.get_domain_via_user(user_uu_id=str(self.uu_id))
if get_main_domain:
return domain_via_user.get("main_domain")
return domain_via_user.get("other_domains_list")
class RelationshipDutyPeople(CrudCollection):
__tablename__ = "relationship_duty_people"
__exclude__fields__ = []
__access_by__ = RelationAccess.SuperAccessList
company_id = mapped_column(ForeignKey("companies.id"), nullable=False) # 1, 2, 3
duties_id = mapped_column(
ForeignKey("duties.id"), nullable=False
) # duty -> (n)person Evyos LTD
member_id = mapped_column(ForeignKey("people.id"), nullable=False) # 2, 3, 4
relationship_type = mapped_column(
String, nullable=True, server_default="Employee"
) # Commercial
show_only = mapped_column(Boolean, server_default="0")
# related_company: Mapped[List["Company"]] = relationship(
# "Company",
# back_populates="related_companies",
# foreign_keys=[related_company_id],
# )
__table_args__ = (
Index(
"person_relationship_ndx_01",
company_id,
duties_id,
member_id,
relationship_type,
unique=True,
),
{"comment": "Person Relationship Information"},
)
class People(CrudCollection, SelectAction):
"""
People that are related to users in the application
"""
__tablename__ = "people"
__exclude__fields__ = []
__many__table__ = RelationshipDutyPeople
__encrypt_list__ = [
"father_name",
"mother_name",
"country_code",
"national_identity_id",
"birth_place",
"birth_date",
"tax_no",
]
firstname = mapped_column(
String, nullable=False, comment="First name of the person"
)
surname = mapped_column(String(24), nullable=False, comment="Surname of the person")
middle_name = mapped_column(
String, server_default="", comment="Middle name of the person"
)
sex_code = mapped_column(
String(1), nullable=False, comment="Sex code of the person (e.g., M/F)"
)
person_ref = mapped_column(
String, server_default="", comment="Reference ID for the person"
)
person_tag = mapped_column(
String, server_default="", comment="Unique tag for the person"
)
# ENCRYPT DATA
father_name = mapped_column(
String, server_default="", comment="Father's name of the person"
)
mother_name = mapped_column(
String, server_default="", comment="Mother's name of the person"
)
country_code = mapped_column(
String(4), server_default="TR", comment="Country code of the person"
)
national_identity_id = mapped_column(
String, server_default="", comment="National identity ID of the person"
)
birth_place = mapped_column(
String, server_default="", comment="Birth place of the person"
)
birth_date = mapped_column(
TIMESTAMP, server_default="1900-01-01", comment="Birth date of the person"
)
tax_no = mapped_column(
String, server_default="", comment="Tax number of the person"
)
# ENCRYPT DATA
user = relationship(
"Users", back_populates="person", foreign_keys="Users.person_id"
)
__table_args__ = (
Index(
"person_ndx_001",
national_identity_id,
unique=True,
),
{"comment": "Person Information"},
)
@property
def full_name(self):
return f"{self.firstname} {self.middle_name} {self.surname}"
@classmethod
def create_action(cls, data: InsertPerson, token):
from database_sql_models import Duties
token_duties_id, token_company_id = (
token.selected_company.duty_id,
token.selected_company.company_id,
)
bulk_duty = Duties.get_bulk_duties_of_a_company(company_id=token_company_id)
if str(data.country_code) == "TR":
if not len(data.national_identity_id) == 11:
raise HTTPException(
status_code=400,
detail="Please enter a valid national identity number.",
)
if data.tax_no and not len(str(data.tax_no)) == 10:
raise HTTPException(
status_code=400,
detail="Please enter a valid tax number.",
)
create_dict = data.model_dump()
create_dict["firstname"] = str(create_dict["firstname"]).capitalize()
create_dict["middle_name"] = str(create_dict["middle_name"]).capitalize()
create_dict["surname"] = str(create_dict["surname"]).upper()
create_dict["birth_place"] = str(create_dict["birth_place"]).upper()
created_people = cls.find_or_create(**create_dict)
if not created_people.is_found:
RelationshipDutyPeople.find_or_create(
company_id=token.selected_company.company_id,
duties_id=bulk_duty.id,
member_id=created_people.id,
)
return created_people
class RelationshipEmployee2PostCode(CrudCollection):
"""
Build2EmployeeRelationship class based on declarative_base and BaseMixin via session
"""
__tablename__ = "relationship_employee2postcode"
__exclude__fields__ = []
__include__fields__ = []
company_id = mapped_column(ForeignKey("companies.id"), nullable=True) # 1, 2, 3
employee_id = mapped_column(ForeignKey("employees.id"), nullable=False)
member_id = mapped_column(ForeignKey("address_postcode.id"), nullable=False)
relationship_type = mapped_column(
String, nullable=True, server_default="Employee"
) # Commercial
show_only = mapped_column(Boolean, server_default="0")
__table_args__ = ({"comment": "Build2Employee Relationship Information"},)
class AddressPostcode(CrudCollection, SelectActionWithEmployee):
"""
Postcode class based on declarative_base and BaseMixin via session
"""
__tablename__ = "address_postcode"
__exclude__fields__ = []
__access_by__ = []
__many__table__ = RelationshipEmployee2PostCode
street_id = mapped_column(ForeignKey("address_street.id"))
street_uu_id = mapped_column(String, server_default="", comment="Street UUID")
postcode = mapped_column(String(32), nullable=False, comment="Postcode")
__table_args__ = ({"comment": "Postcode Information"},)
class Addresses(CrudCollection):
"""
Address class based on declarative_base and BaseMixin via session
"""
__tablename__ = "addresses"
__exclude__fields__ = []
build_number = mapped_column(String(24), nullable=False, comment="Build Number")
door_number = mapped_column(String(24), nullable=True, comment="Door Number")
floor_number = mapped_column(String(24), nullable=True, comment="Floor Number")
comment_address = mapped_column(String, nullable=False, comment="Address")
letter_address = mapped_column(String, nullable=False, comment="Address")
short_letter_address = mapped_column(String, nullable=False, comment="Address")
latitude = mapped_column(Numeric(20, 12), server_default="0")
longitude = mapped_column(Numeric(20, 12), server_default="0")
street_id = mapped_column(ForeignKey("address_street.id"), nullable=False)
street_uu_id = mapped_column(String, server_default="", comment="Street UUID")
@classmethod
def list_via_employee(cls, token_dict, filter_expr):
post_code_list = RelationshipEmployee2PostCode.filter_active(
RelationshipEmployee2PostCode.employee_id
== token_dict.selected_company.employee_id,
).data
post_code_id_list = [post_code.member_id for post_code in post_code_list]
if not post_code_id_list:
raise HTTPException(
status_code=404,
detail="User has no post code registered. User can not list addresses.",
)
cls.pre_query = Addresses.filter_active(
cls.post_code_id.in_(post_code_id_list)
).query
return cls.filter_active(*filter_expr)
# buildings: Mapped["Build"] = relationship(
# "Build", back_populates="addresses", foreign_keys="Build.address_id"
# )
# site: Mapped["BuildSites"] = relationship(
# "BuildSites", back_populates="addresses", foreign_keys="BuildSites.address_id"
# )
# official_companies: Mapped["Companies"] = relationship(
# "Company",
# back_populates="official_address",
# foreign_keys="Company.official_address_id",
# )
# @classmethod
# def create_action(cls, request, create_address: InsertAddress):
# from services.redis.auth_actions.token import parse_token_object_to_dict
#
# token_dict = parse_token_object_to_dict(request=request)
# data_dict = create_address.model_dump()
# post_code = AddressPostcode.find_one(uu_id=create_address.post_code_uu_id)
# if not post_code:
# raise HTTPException(
# status_code=404,
# detail="Post code not found.",
# )
# if Employee2AddressRelationship.post_code_id.find_one(
# employee_id=token_dict.selected_company.employee_id,
# post_code_id=post_code.id,
# ):
# data_dict["post_code_id"] = post_code.id
# del data_dict["post_code_uu_id"]
# return cls.find_or_create(**create_address.model_dump())
# raise HTTPException(
# status_code=401,
# detail=f"User is not qualified to create address at this post code {post_code.postcode}",
# )
# __table_args__ = (
# Index("_address_ndx_00", country_code, b_state, city, district),
# {"comment": "Address Information"},
# )
class AddressGeographicLocations(CrudCollection):
"""
Country class based on declarative_base and BaseMixin via session
"""
__tablename__ = "address_geographic_locations"
__exclude__fields__ = []
geo_table = mapped_column(String, nullable=False, comment="Address Table Name")
geo_id = mapped_column(Integer, nullable=False, comment="Address Table ID")
geo_name = mapped_column(String, nullable=False, comment="Geographic Location Name")
geo_latitude = mapped_column(
Numeric(20, 6), server_default="0", comment="Geographic Location Name"
)
geo_longitude = mapped_column(
Numeric(20, 6), server_default="0", comment="Geographic Location Latitude"
)
geo_altitude = mapped_column(
Numeric(20, 6), server_default="0", comment="Geographic Location Longitude"
)
geo_description = mapped_column(
Text, nullable=False, comment="Geographic Location Description"
)
geo_area_size = mapped_column(
Numeric(20, 2),
nullable=True,
server_default="0",
comment="Geographic Location Area Size",
)
geo_population = mapped_column(
BigInteger, nullable=True, comment="Geographic Location Population"
)
# geo_geom_point = mapped_column(Geometry('POINT', srid=4326), nullable=True, comment="Geographic Location Points")
# geo_geom_polygon = mapped_column(Geometry('POLYGON', srid=4326), nullable=True,
# comment="Geographic Location Vector geographic information (polygon)")
# geo_centroid = mapped_column( GEOMETRY(POINT, 4326), nullable=True,
# comment="Geographic Location center of gravity of the region(points)")
__table_args__ = (
Index("_address_geographic_locations_ndx_00", geo_table, geo_id),
Index("_address_geographic_locations_ndx_01", geo_latitude, geo_longitude),
{"comment": "Geographic Location Information"},
)
class AddressCountry(CrudCollection):
"""
Country class based on declarative_base and BaseMixin via session
"""
__tablename__ = "address_country"
__exclude__fields__ = []
country_code = mapped_column(String(16), nullable=False, comment="Country Code")
country_name = mapped_column(String, nullable=False, comment="Country Name")
money_code = mapped_column(String(12), nullable=True, comment="Money Code")
language = mapped_column(String, nullable=True, comment="Language Code")
address_geographic_id = mapped_column(
BigInteger, nullable=True, comment="Address Geographic Id"
)
__table_args__ = (
Index("_address_country_ndx_00", money_code),
Index("_address_country_ndx_01", country_code, unique=True),
{"comment": "Country Information"},
)
class AddressState(CrudCollection):
"""
State class based on declarative_base and BaseMixin via session
"""
__tablename__ = "address_state"
__exclude__fields__ = []
state_code = mapped_column(String(16), nullable=False, comment="State Code")
state_name = mapped_column(String, nullable=False, comment="State Name")
licence_plate = mapped_column(String(24), nullable=True, comment="Sign Code")
phone_code = mapped_column(String(36), nullable=True, comment="Phone Code")
gov_code = mapped_column(String(128), nullable=True, comment="Government Code")
address_geographic_id = mapped_column(
BigInteger, nullable=True, comment="Address Geographic Id"
)
country_id = mapped_column(ForeignKey("address_country.id"))
country_uu_id = mapped_column(String, server_default="", comment="Country UUID")
__table_args__ = (
Index(
"_address_state_ndx_01",
country_id,
state_code,
unique=True,
),
{"comment": "State Information"},
)
class AddressCity(CrudCollection):
"""
City class based on declarative_base and BaseMixin via session
"""
__tablename__ = "address_city"
__exclude__fields__ = []
city_code = mapped_column(String(24), nullable=False, comment="City Code")
city_name = mapped_column(String, nullable=False, comment="City Name")
licence_plate = mapped_column(String(24), nullable=True, comment="Sign Code")
phone_code = mapped_column(String(36), nullable=True, comment="Phone Code")
gov_code = mapped_column(String(128), nullable=True, comment="Government Code")
address_geographic_id = mapped_column(
BigInteger, nullable=True, comment="Address Geographic Id"
)
state_id = mapped_column(ForeignKey("address_state.id"))
state_uu_id = mapped_column(String, server_default="", comment="State UUID")
__table_args__ = (
Index(
"_address_city_ndx_01",
state_id,
city_code,
unique=True,
),
{"comment": "City Information"},
)
class AddressDistrict(CrudCollection):
"""
District class based on declarative_base and BaseMixin via session
"""
__tablename__ = "address_district"
__exclude__fields__ = []
district_code = mapped_column(String(16), nullable=False, comment="District Code")
district_name = mapped_column(String, nullable=False, comment="District Name")
phone_code = mapped_column(String(36), nullable=True, comment="Phone Code")
gov_code = mapped_column(String(128), nullable=True, comment="Government Code")
address_geographic_id = mapped_column(
BigInteger, nullable=True, comment="Address Geographic Id"
)
city_id = mapped_column(
ForeignKey("address_city.id"), nullable=False, comment="City ID"
)
city_uu_id = mapped_column(String, server_default="", comment="City UUID")
__table_args__ = (
Index(
"_address_district_ndx_01",
city_id,
district_code,
unique=True,
),
{"comment": "District Information"},
)
class AddressLocality(CrudCollection):
"""
Locality class based on declarative_base and BaseMixin via session
"""
__tablename__ = "address_locality"
__exclude__fields__ = []
locality_code = mapped_column(String(16), nullable=False, comment="Locality Code")
locality_name = mapped_column(String, nullable=False, comment="Locality Name")
type_code = mapped_column(String, nullable=True, comment="Type Name")
type_description = mapped_column(String, nullable=True, comment="Type Name")
gov_code = mapped_column(String(128), nullable=True, comment="Government Code")
address_show = mapped_column(Boolean, server_default="1")
address_geographic_id = mapped_column(
BigInteger, nullable=True, comment="Address Geographic Id"
)
district_id = mapped_column(
ForeignKey("address_district.id"), nullable=False, comment="District ID"
)
district_uu_id = mapped_column(String, server_default="", comment="District UUID")
__table_args__ = (
Index(
"_address_locality_ndx_01",
district_id,
locality_code,
unique=True,
),
{"comment": "Locality Information"},
)
class AddressNeighborhood(CrudCollection):
"""
Neighborhood class based on declarative_base and BaseMixin via session
"""
__tablename__ = "address_neighborhood"
__exclude__fields__ = []
neighborhood_code = mapped_column(
String(16), nullable=False, comment="Neighborhood Code"
)
neighborhood_name = mapped_column(
String, nullable=False, comment="Neighborhood Name"
)
type_code = mapped_column(String, nullable=True, comment="Type Name")
type_description = mapped_column(String, nullable=True, comment="Type Name")
gov_code = mapped_column(String(128), nullable=True, comment="Government Code")
address_show = mapped_column(Boolean, server_default="1")
address_geographic_id = mapped_column(
BigInteger, nullable=True, comment="Address Geographic Id"
)
district_id = mapped_column(
ForeignKey("address_district.id"), nullable=True, comment="District ID"
)
district_uu_id = mapped_column(String, server_default="", comment="District UUID")
locality_id = mapped_column(
ForeignKey("address_locality.id"), nullable=True, comment="Locality ID"
)
locality_uu_id = mapped_column(String, server_default="", comment="Locality UUID")
__table_args__ = (
Index(
"_address_neighborhood_ndx_01",
locality_id,
neighborhood_code,
unique=True,
),
{"comment": "Neighborhood Information"},
)
class AddressStreet(CrudCollection):
"""
Street class based on declarative_base and BaseMixin via session
"""
__tablename__ = "address_street"
__exclude__fields__ = []
street_code = mapped_column(String(16), nullable=False, comment="Street Code")
street_name = mapped_column(String, nullable=False, comment="Street Name")
type_code = mapped_column(String, nullable=True, comment="Type Name")
type_description = mapped_column(String, nullable=True, comment="Type Name")
gov_code = mapped_column(String(128), nullable=True, comment="Government Code")
address_geographic_id = mapped_column(
BigInteger, nullable=True, comment="Address Geographic Id"
)
neighborhood_id = mapped_column(
ForeignKey("address_neighborhood.id"), nullable=False, comment="Neighborhood ID"
)
neighborhood_uu_id = mapped_column(
String, server_default="", comment="Neighborhood UUID"
)
__table_args__ = (
Index("_address_street_ndx_01", neighborhood_id, street_code, unique=True),
{"comment": "Street Information"},
)
@classmethod
def search_address_text(cls, search_text, token_dict=None):
field_dict = {
"AddressStreet.uu_id": cls.uu_id,
"AddressCountry.uu_id": AddressCountry.uu_id,
"AddressState.uu_id": AddressState.uu_id,
"AddressCity.uu_id": AddressCity.uu_id,
"AddressDistrict.uu_id": AddressDistrict.uu_id,
"AddressLocality.uu_id": AddressLocality.uu_id,
"AddressNeighborhood.uu_id": AddressNeighborhood.uu_id,
"AddressCountry.country_name": AddressCountry.country_name,
"AddressState.state_name": AddressState.state_name,
"AddressCity.city_name": AddressCity.city_name,
"AddressDistrict.district_name": AddressDistrict.district_name,
"AddressLocality.locality_name": AddressLocality.locality_name,
"AddressNeighborhood.neighborhood_name": AddressNeighborhood.neighborhood_name,
"AddressStreet.street_name": cls.street_name,
}
joined_data = (
cls.session.query(*list(field_dict.values()))
.select_from(cls)
.join(AddressNeighborhood, AddressNeighborhood.id == cls.neighborhood_id)
.join(
AddressLocality, AddressLocality.id == AddressNeighborhood.locality_id
)
.join(AddressDistrict, AddressDistrict.id == AddressLocality.district_id)
.join(AddressCity, AddressCity.id == AddressDistrict.city_id)
.join(AddressState, AddressState.id == AddressCity.state_id)
.join(AddressCountry, AddressCountry.id == AddressState.country_id)
.filter(
or_(
AddressNeighborhood.neighborhood_name.ilike(
f"%{str(search_text).upper()}%"
),
AddressLocality.locality_name.ilike(
f"%{str(search_text).upper()}%"
),
AddressDistrict.district_name.ilike(
f"%{str(search_text).upper()}%"
),
# AddressCity.city_name.ilike(f"%{str(search_text).upper()}%"),
# AddressState.state_name.ilike(f"%{str(search_text).upper()}%"),
# AddressCountry.country_name.ilike(f"%{str(search_text).upper()}%"),
cls.street_name.ilike(f"%{str(search_text).upper()}%"),
),
)
)
# select([mytable.c.id]).where(
# func.to_tsvector('english', mytable.c.title) \
# .match('somestring', postgresql_regconfig='english')
# )
joined_statement = joined_data
joined_data = joined_data.first()
if not joined_data:
raise HTTPException(
status_code=404,
detail="No address found with the given search text.",
)
return dict(
query=joined_statement,
schema=list(field_dict.keys()),
)
class OccupantTypes(CrudCollection):
"""
Occupant Types class based on declarative_base and BaseMixin via session
"""
__tablename__ = "occupant_types"
__exclude__fields__ = []
occupant_type = mapped_column(String, nullable=False, comment="Occupant Type")
occupant_description = mapped_column(String, server_default="")
occupant_code = mapped_column(String, server_default="")
occupant_category = mapped_column(String, server_default="")
occupant_category_type = mapped_column(String, server_default="")
occupant_is_unique = mapped_column(Boolean, server_default="0")
__table_args__ = ({"comment": "Occupant Types Information"},)
@classmethod
def get_manager_occupant_type(cls):
if occupant_types := cls.filter_active(
cls.occupant_is_unique == True, cls.occupant_category_type == "MT"
).data:
return [occupant.uu_id.__str__() for occupant in occupant_types]
raise HTTPException(
status_code=404,
detail="No manager type found.",
)
class Contracts(CrudCollection):
"""
Contract class based on declarative_base and BaseMixin via session
"""
__tablename__ = 'contracts'
__exclude__fields__ = []
contract_type = mapped_column(String(5), nullable=False, comment="The code for personnel is P and the code for companies is C.")
contract_title = mapped_column(String(255))
contract_details = mapped_column(Text)
contract_terms = mapped_column(Text)
contract_code = mapped_column(
String(100), nullable=False, comment="contract_code is the unique code given by the system."
)
contract_date = mapped_column(
TIMESTAMP, server_default="2099-12-31 23:59:59",
comment="contract date is the date the contract is made. "
"expire start is the start date of the contract, expire en is the end date of the contract."
)
company_id = mapped_column(Integer, ForeignKey('companies.id'), nullable=True)
company_uu_id = mapped_column(String, server_default="", comment="Company UUID")
person_id = mapped_column(Integer, ForeignKey('people.id'), nullable=True)
person_uu_id = mapped_column(String, server_default="", comment="Person UUID")
@classmethod
def retrieve_contact_no(cls):
import arrow
# todo When create record contract_code == below string
related_date, counter = arrow.now(), 1
return f"{related_date.date().year}{str(cls.contract_type)}{str(counter).zfill(6)}"
__table_args__ = (
Index("_contract_ndx_01", contract_code, unique=True),
{"comment": "Contract Information"}
)
# def selected_employee_and_duty_details(self, selected_duty_uu_id):
# from database_sql_models import (
# Companies,
# Employees,
# Duties,
# Departments,
# )
#
# found_person = People.find_one(id=self.person_id)
# found_employee = Employees.find_one(
# people_id=found_person.id, is_confirmed=True
# )
# found_duty = Duties.find_one(uu_id=selected_duty_uu_id)
# found_department = Departments.find_one(id=found_duty.department_id)
# found_company = Companies.find_one(id=found_department.company_id)
# return {
# "duty_list": {
# "duty_id": found_duty.id,
# "duty_uu_id": found_duty.uu_id.__str__(),
# "duty_code": found_duty.duty_code,
# "duty_name": found_duty.duty_name,
# "duty_description": found_duty.duty_description,
# },
# "employee_list": {
# "employee_id": found_employee.id,
# "employee_uu_id": found_employee.uu_id.__str__(),
# "people_id": found_employee.people_id,
# "duty_id": found_employee.duty_id,
# "employee_description": found_employee.employee_description,
# },
# "department_list": {
# "department_id": found_department.id,
# "department_uu_id": found_department.uu_id.__str__(),
# "company_id": found_department.company_id,
# "department_name": found_department.department_name,
# "department_description": found_department.department_description,
# },
# "companies_list": {
# "company_id": found_company.id,
# "company_uu_id": found_company.uu_id.__str__(),
# "formal_name": found_company.formal_name,
# "company_tag": found_company.company_tag,
# },
# }

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from fastapi.exceptions import HTTPException
from sqlalchemy import (
UUID,
String,
text,
)
from sqlalchemy.orm import (
Mapped,
mapped_column,
)
from databases.sql_models.core_mixin import BaseCollection
class ApiEnumDropdown(BaseCollection):
__tablename__ = "api_enum_dropdown"
__exclude__fields__ = ["enum_class"]
id: Mapped[int] = mapped_column(primary_key=True)
uu_id: Mapped[str] = mapped_column(
UUID, server_default=text("gen_random_uuid()"), index=True, unique=True
)
enum_class = mapped_column(String, nullable=False, comment="Enum Constant Name")
key = mapped_column(String, nullable=False, comment="Enum Key")
value = mapped_column(String, nullable=False, comment="Enum Value")
description = mapped_column(String, nullable=True)
__table_args__ = ({"comment": "Enum objets that are linked to tables"},)
@classmethod
def get_by_uuid(cls, uuid: str):
return cls.query.filter(cls.uu_id == uuid).first()
@classmethod
def get_debit_search(cls, search_debit: str = None, search_uu_id: str = None):
if search_uu_id:
if search := cls.query.filter(
cls.enum_class.in_(["DebitTypes"]),
cls.uu_id == search_uu_id,
).first():
return search
elif search_debit:
if search := cls.query.filter(
cls.enum_class.in_(["DebitTypes"]),
cls.key == search_debit,
).first():
return search
return cls.query.filter(
cls.enum_class.in_(["DebitTypes"]),
).all()
@classmethod
def get_due_types(cls):
if due_list := cls.filter_active(
cls.enum_class == "BuildDuesTypes", cls.key.in_(["BDT-A", "BDT-D"])
).data:
return [due.uu_id.__str__() for due in due_list]
raise HTTPException(
status_code=404,
detail="No dues types found",
)
@classmethod
def due_type_search(cls, search_management: str = None, search_uu_id: str = None):
if search_uu_id:
if search := cls.query.filter(
cls.enum_class.in_(["BuildDuesTypes"]),
cls.uu_id == search_uu_id,
).first():
return search
elif search_management:
if search := cls.query.filter(
cls.enum_class.in_(["BuildDuesTypes"]),
cls.key == search_management,
).first():
return search
return cls.query.filter(
cls.enum_class.in_(["BuildDuesTypes"]),
).all()
def get_enum_dict(self):
return {
"uu_id": str(self.uu_id),
"enum_class": self.enum_class,
"key": self.key,
"value": self.value,
"description": self.description,
}
@classmethod
def uuid_of_enum(cls, enum_class: str, key: str):
return str(getattr(cls.find_one(enum_class=enum_class, key=key), "uu_id", None))
ApiEnumDropdown.set_session(ApiEnumDropdown.__session__)

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from api_configs import WagDatabase
from sqlalchemy import create_engine
from sqlalchemy.orm import scoped_session, sessionmaker
from sqlalchemy.ext.declarative import declarative_base
engine_config = {
"url": WagDatabase.DATABASE_URL,
"pool_size": 10,
"max_overflow": 0,
"echo": False,
}
engine = create_engine(**engine_config)
session_config = {"autoflush": True, "bind": engine, "echo": True}
SessionLocal = sessionmaker(**session_config)
session = scoped_session(sessionmaker(bind=engine))
session.expunge_all()
Base = declarative_base()
Base.session = session

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class AlchemyResponse:
"""
alchemy_object = [AlchemyObject].filter_non_deleted() -> AlchemyResponse
alchemy_object.get(1) -> Get the first object in the list
alchemy_object.data -> Get the list of objects
alchemy_object.count -> Get the count of objects
"""
def __init__(self, query, first: bool = False):
self.first = first
self.__query = query
def get(self, index: int):
count = self.count
if count and not index > count:
return self.data[index - 1]
return None
@property
def data(self):
if self.first:
return self.__query.first()
return self.__query.all()
@property
def count(self):
return self.__query.count()
@property
def query(self):
return self.__query

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from sqlalchemy import Column, String
from databases.sql_models.core_mixin import CrudCollection
class EndpointRestriction(CrudCollection):
"""
Initialize Endpoint Restriction with default values
"""
__tablename__ = "endpoint_restriction"
__exclude__fields__ = []
endpoint_function = Column(
String, server_default="", comment="Function name of the API endpoint"
)
endpoint_name = Column(
String, server_default="", comment="Name of the API endpoint"
)
endpoint_method = Column(
String, server_default="", comment="HTTP method used by the endpoint"
)
endpoint_desc = Column(
String, server_default="", comment="Description of the endpoint"
)
endpoint_code = Column(
String, server_default="", unique=True, comment="Unique code for the endpoint"
)

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from sqlalchemy.exc import SQLAlchemyError
from databases.sql_models.response_model import AlchemyResponse
from databases.sql_models.postgres_database import Base
class FilterAttributes:
"""
The class to use in the model for filtering.
Usage:
alchemy_objects = Model.filter_by_all(name="Something").data [<AlchemyObject>, <AlchemyObject>]
alchemy_object = Model.filter_by_one(name="Something").data <AlchemyObject>
alchemy_objects = Model.filter_all(Model.name == "Something").data [<AlchemyObject>, <AlchemyObject>]
alchemy_object = Model.filter_one(Model.name == "Something").data <AlchemyObject>
"""
__abstract__ = True
__session__ = Base.session # The session to use in the model.
pre_query = None # The query to use before the filtering such as: query = cls.query.filter_by(active=True)
filter_attr = None # The filter attributes to use in the model.
def flush(self):
"""Flush the current session."""
try:
self.__session__.add(self)
self.__session__.flush()
except SQLAlchemyError as e:
self.raise_http_exception(
status_code="HTTP_304_NOT_MODIFIED",
error_case=e.__class__.__name__,
data={},
message=str(e.__context__).split('\n')[0],
)
def destroy(self):
"""Delete the record from the database."""
self.__session__.delete(self)
self.__session__.commit()
@classmethod
def save(cls):
"""Saves the updated model to the current entity db."""
try:
cls.__session__.commit()
except SQLAlchemyError as e:
cls.raise_http_exception(
status_code="HTTP_304_NOT_MODIFIED",
error_case=e.__class__.__name__,
data={},
message=str(e.__context__).split('\n')[0],
)
@classmethod
def _query(cls):
"""Returns the query to use in the model."""
return cls.pre_query if cls.pre_query else cls.query
@classmethod
def add_query_to_filter(cls, filter_query, filter_list):
return (
filter_query.order_by(
getattr(cls, filter_list.get("order_field")).desc()
if str(filter_list.get("order_type"))[0] == "d"
else getattr(cls, filter_list.get("order_field")).asc()
)
.limit(filter_list.get("size"))
.offset(int((filter_list.get("page")) - 1) * int(filter_list.get("size")))
.populate_existing()
)
@classmethod
def get_filter_attributes(cls):
"""
Returns the filter to use pagination and ordering.
page is the current page number.
size is the number of records per page.
order_field is the field to order by.
order_type is the order type (asc or desc).
include_joins returns the joined tables when related field names are given as a list.
"""
return {
"page": getattr(cls.filter_attr, "page", 1),
"size": getattr(cls.filter_attr, "size", 10),
"order_field": getattr(cls.filter_attr, "order_field", "id"),
"order_type": getattr(cls.filter_attr, "order_type", "asc"),
"include_joins": getattr(cls.filter_attr, "include_joins", []),
}
@classmethod
def get_not_expired_query_arg(cls, *arg, expired=True):
"""Add expiry_starts and expiry_ends to the query."""
from api_library.date_time_actions.date_functions import system_arrow
if expired:
arg_add = (
*arg[0],
system_arrow.get(cls.expiry_ends) >= system_arrow.now(),
system_arrow.now() >= system_arrow.get(cls.expiry_starts),
)
return arg_add
return arg[0]
@classmethod
def filter_by_all(cls, **kwargs):
"""
Filters all the records regardless of is_deleted, is_confirmed.
"""
filter_list = cls.get_filter_attributes()
query = cls._query().filter_by(**kwargs)
data = cls.add_query_to_filter(query, filter_list)
return AlchemyResponse(query=data, first=False)
@classmethod
def filter_by_one(cls, **kwargs):
"""
Filters one record regardless of is_deleted, is_confirmed.
"""
query = cls._query().filter_by(**kwargs)
return AlchemyResponse(query=query, first=True)
@classmethod
def filter_all(cls, *args, expired: bool = False):
"""
Filters all the records regardless of is_deleted, is_confirmed.
"""
filter_list = cls.get_filter_attributes()
query = cls._query()
data = cls.add_query_to_filter(query, filter_list)
return AlchemyResponse(query=data, first=False)
@classmethod
def filter_one(cls, *args, expired: bool = False):
"""
Filters one record regardless of is_deleted, is_confirmed.
"""
arg = cls.get_not_expired_query_arg(args, expired=expired)
query = cls._query().filter(*arg)
return AlchemyResponse(query=query, first=True)
@classmethod
def raise_http_exception(cls, status_code, error_case, data, message):
from fastapi.exceptions import HTTPException
from fastapi import status
from json import dumps
cls.__session__.rollback()
raise HTTPException(
status_code=getattr(status, status_code, 'HTTP_404_NOT_FOUND'),
detail=dumps({
"data": data,
"error": error_case,
"message": message,
})
)