def __init__(
self,
city,
country,
bidderLimit,
netAmount,
netAmountEur,
unitPrice,
unitNumber,
minPrice,
maxPrice,
lotNumber,
bidsCount,
callForTendersPublicationDate,
bidDeadlineDate,
contractAwardNoticePublicationDate,
parentContractAwardDate,
estimatedStartDate,
estimatedCompletionDate,
awardDecisionDate,
completionDate,
cancellationDate,
signatureDate,
paymentD,
):
self.data = dataType_validation(
city,
country,
bidderLimit,
netAmount,
netAmountEur,
unitPrice,
unitNumber,
minPrice,
maxPrice,
lotNumber,
bidsCount,
callForTendersPublicationDate,
bidDeadlineDate,
contractAwardNoticePublicationDate,
parentContractAwardDate,
estimatedStartDate,
estimatedCompletionDate,
awardDecisionDate,
completionDate,
cancellationDate,
signatureDate,
paymentD,
)
self.tender = TenderDate_validation(
callForTendersPublicationDate, bidDeadlineDate, contractAwardNoticePublicationDate, parentContractAwardDate
)
self.lot = LotDate_validation(
awardDecisionDate, cancellationDate, estimatedStartDate, estimatedCompletionDate, completionDate
)
self.price = price_validation(netAmount, maxPrice, minPrice)
class data_validation:
def __init__(
self,
city,
country,
bidderLimit,
netAmount,
netAmountEur,
unitPrice,
unitNumber,
minPrice,
maxPrice,
lotNumber,
bidsCount,
callForTendersPublicationDate,
bidDeadlineDate,
contractAwardNoticePublicationDate,
parentContractAwardDate,
estimatedStartDate,
estimatedCompletionDate,
awardDecisionDate,
completionDate,
cancellationDate,
signatureDate,
paymentD,
):
self.data = dataType_validation(
city,
country,
bidderLimit,
netAmount,
netAmountEur,
unitPrice,
unitNumber,
minPrice,
maxPrice,
lotNumber,
bidsCount,
callForTendersPublicationDate,
bidDeadlineDate,
contractAwardNoticePublicationDate,
parentContractAwardDate,
estimatedStartDate,
estimatedCompletionDate,
awardDecisionDate,
completionDate,
cancellationDate,
signatureDate,
paymentD,
)
self.tender = TenderDate_validation(
callForTendersPublicationDate, bidDeadlineDate, contractAwardNoticePublicationDate, parentContractAwardDate
)
self.lot = LotDate_validation(
awardDecisionDate, cancellationDate, estimatedStartDate, estimatedCompletionDate, completionDate
)
self.price = price_validation(netAmount, maxPrice, minPrice)
def check_contract(self):
passed_cnt = 0 # number of checkers passed
# checking for data types of key variables in contract
if not self.data.dataType_check():
logging.error(
"Invalid Contract (wrong datatype), STATE: %s, city: %s, country: %s, callForTendersPublicationDate: %s, bidDeadlineDate: %s, contractAwardNoticePublicationDate: %s, parentContractAwardDate: %s, \
estimatedStartDate: %s, awardDecisionDate: %s, cancellationDate: %s, estimatedCompletionDate: %s, completionDate: %s, \
netAmount: %s, maxPrice: %s, minPrice: %s"
% (
self.data.STATE,
self.data.city,
self.data.country,
self.tender.callForTendersPublicationDate,
self.tender.bidDeadlineDate,
self.tender.contractAwardNoticePublicationDate,
self.tender.parentContractAwardDate,
self.lot.estimatedStartDate,
self.lot.awardDecisionDate,
self.lot.cancellationDate,
self.lot.estimatedCompletionDate,
self.lot.completionDate,
self.price.netAmount,
self.price.maxPrice,
self.price.minPrice,
)
)
else:
passed_cnt += 1
# checking for contract price
if not self.price.Procurement_Price_Max_Procurement_Price():
logging.error(
"Invalid Contract (wrong price), STATE: %s, maxPrice: %s, netAmount: %s"
% (self.price.STATE, self.price.maxPrice, self.price.netAmount)
)
elif not self.price.Max_Procurement_Price_Min_Procurement_Price():
logging.error(
"Invalid Contract (wrong price), STATE: %s, maxPrice: %s, minPrice: %s"
% (self.price.STATE, self.price.maxPrice, self.price.minPrice)
)
else:
passed_cnt += 1
# checking for lot date
if not self.lot.estimatedStartDate_estimatedCompletionDate():
logging.error(
"Invalid Contract (wrong lot date), STATE: %s, estimatedCompletionDate: %s, estimatedStartDate: %s"
% (self.lot.STATE, self.lot.estimatedCompletionDate, self.lot.estimatedStartDate)
)
elif not self.lot.estimatedStartDate_awardDecisionDate():
logging.error(
"Invalid Contract (wrong lot date), STATE: %s, awardDecisionDate: %s, estimatedStartDate: %s"
% (self.lot.STATE, self.lot.awardDecisionDate, self.lot.estimatedStartDate)
)
elif not self.lot.estimatedStartDate_completionDate():
logging.error(
"Invalid Contract (wrong lot date), STATE: %s, completionDate: %s, estimatedStartDate: %s"
% (self.lot.STATE, self.lot.completionDate, self.lot.estimatedStartDate)
)
elif not self.lot.cancellationDate_awardDecisionDate():
logging.error(
"Invalid Contract (wrong lot date), STATE: %s, cancellationDate: %s, awardDecisionDate: %s"
% (self.lot.STATE, self.lot.cancellationDate, self.lot.awardDecisionDate)
)
else:
passed_cnt += 1
# checking for tender date
if not self.tender.Tender_Calling_Date_Contract_Award_Date():
logging.error(
"Invalid Contract (wrong tender date), STATE: %s, parentContractAwardDate: %s, callForTendersPublicationDate: %s"
% (self.tender.STATE, self.tender.parentContractAwardDate, self.tender.callForTendersPublicationDate)
)
elif not self.tender.Tender_Calling_Date_bidDeadlineDate():
logging.error(
"Invalid Contract (wrong tender date), STATE: %s, bidDeadlineDate: %s, callForTendersPublicationDate: %s"
% (self.tender.STATE, self.tender.bidDeadlineDate, self.tender.callForTendersPublicationDate)
)
elif not self.tender.Tender_Calling_Date_Award_Notice_Date():
logging.error(
"Invalid Contract (wrong tender date), STATE: %s, contractAwardNoticePublicationDate: %s, callForTendersPublicationDate: %s"
% (
self.tender.STATE,
self.tender.contractAwardNoticePublicationDate,
self.tender.callForTendersPublicationDate,
)
)
else:
passed_cnt += 1
return passed_cnt == 4 # if all 4 passed return T (TRUE), else F (FALSE)
