class TrustedKeyGroups(Model):
enabled = BooleanType(deserialize_from="Enabled")
quantity = IntType(deserialize_from="Quantity", serialize_when_none=False)
items = ListType(StringType,
deserialize_from="Items",
serialize_when_none=False)
class LockTaskDTO(Model):
""" DTO used to lock a task for mapping """
user_id = IntType(required=True)
task_id = IntType(required=True)
project_id = IntType(required=True)
preferred_locale = StringType(default='en')
class ZMessage(Model):
author_id = IntType(required=True)
created_at = DateTimeType(formats='%Y-%m-%dT%H:%M:%SZ', required=True)
uploads = ListType(StringType, default=list) # list of upload tokens
public = BooleanType(required=True)
class CampaignOrganisationDTO(Model):
""" DTO used to define avaliable campaign connnected projects"""
organisation_id = IntType()
campaign_id = IntType()
class PostSerializer(Model):
id = IntType()
title = StringType()
class VenueResult(BetfairModel):
venue = StringType()
market_count = IntType()
class CFASelectionUATender(BaseTender):
"""Data regarding tender process - publicly inviting prospective contractors
to submit bids for evaluation and selecting a winner or winners.
"""
class Options:
namespace = "Tender"
_core_roles = BaseTender.Options.roles
_not_implemented = whitelist("mainProcurementCategory", "milestones")
_base_edit = (_core_roles["edit"] - _not_implemented + whitelist(
"procuringEntity",
"numberOfBidders",
"serializable_guarantee",
"items",
"next_check",
"tender_guarantee",
"numberOfBids",
"agreements",
"hasEnquiries",
))
_edit_role = _base_edit + whitelist(
"enquiryPeriod", "tender_minimalStep", "contracts", "tenderPeriod",
"features", "serializable_minimalStep")
_draft_view_role = (_core_roles["view"] - _not_implemented + whitelist(
"tender_guarantee",
"awardPeriod",
"auctionUrl",
"auctionPeriod",
"next_check",
"procuringEntity",
"questions",
"complaints",
"lots",
"items",
"cancellations",
"contracts",
"agreements",
"numberOfBidders",
"awards",
"serializable_guarantee",
"hasEnquiries",
))
_view_tendering_role = _draft_view_role + whitelist(
"tender_value",
"tenderPeriod",
"features",
"enquiryPeriod",
"tender_minimalStep",
"serializable_value",
"serializable_minimalStep",
)
_view_role = _view_tendering_role + whitelist("bids", "numberOfBids")
_procurement_method_details = whitelist("procurementMethodDetails")
roles = {
"create":
_base_edit + whitelist("lots", "procurementMethodType", "mode"),
"edit_draft":
_core_roles["edit_draft"] + _procurement_method_details,
"edit_draft.pending":
whitelist("agreements", "unsuccessfulReason") +
_procurement_method_details,
"edit_cancelled":
_procurement_method_details,
"edit_complete":
_procurement_method_details,
"edit_unsuccessful":
_procurement_method_details,
"edit_active.awarded":
_procurement_method_details,
"edit_active.auction":
_procurement_method_details,
"edit_active.tendering":
_procurement_method_details,
"edit_active.qualification":
_procurement_method_details,
"edit_active.enquiries":
whitelist(
"description",
"description_en",
"description_ru",
"documents",
"items",
"lots",
"procurementMethodDetails",
"serializable_guarantee",
"tenderPeriod",
"tender_guarantee",
"title",
"title_en",
"title_ru",
),
"edit":
_edit_role,
"edit_agreement_selection":
whitelist("agreements", "procurementMethodDetails", "status"),
"active.tendering":
_view_tendering_role,
"active.enquiries":
_view_tendering_role,
"active.auction":
_view_tendering_role,
"draft":
_draft_view_role,
"draft.pending":
_draft_view_role + whitelist("features"),
"draft.unsuccessful":
_draft_view_role + whitelist("features", "unsuccessfulReason"),
"active.awarded":
_view_role,
"unsuccessful":
_view_role,
"cancelled":
_view_role,
"view":
_view_role,
"active.qualification":
_view_role,
"complete":
_view_role,
"chronograph":
_core_roles["chronograph"] + _procurement_method_details,
"chronograph_view":
_core_roles["chronograph_view"] + whitelist("agreements") +
_procurement_method_details,
"Administrator":
_core_roles["Administrator"] + _procurement_method_details,
"contracting":
_core_roles["contracting"] + _procurement_method_details,
"auction_post":
_core_roles["auction_post"] + _procurement_method_details,
"auction_patch":
_core_roles["auction_patch"] + _procurement_method_details,
"auction_view":
_core_roles["auction_view"] - whitelist("minimalStep") +
whitelist("serializable_minimalStep") +
_procurement_method_details,
"listing":
_core_roles["listing"] + _procurement_method_details,
"embedded":
_core_roles["embedded"],
"plain":
_core_roles["plain"],
"default":
_core_roles["default"],
}
items = ListType(
ModelType(Item, required=True),
min_size=1,
validators=[validate_items_uniq]
) # The goods and services to be purchased, broken into line items wherever possible. Items should not be duplicated, but a quantity of 2 specified instead.
value = ModelType(Value) # The total estimated value of the procurement.
enquiryPeriod = ModelType(
PeriodEndRequired, required=False
) # The period during which enquiries may be made and will be answered.
tenderPeriod = ModelType(
PeriodEndRequired, required=False
) # The period when the tender is open for submissions. The end date is the closing date for tender submissions.
hasEnquiries = BooleanType(
) # A Yes/No field as to whether enquiries were part of tender process.
awardPeriod = ModelType(
Period
) # The date or period on which an award is anticipated to be made.
numberOfBidders = IntType(
) # The number of unique tenderers who participated in the tender
bids = ListType(ModelType(Bid, required=True), default=list(
)) # A list of all the companies who entered submissions for the tender.
procuringEntity = ModelType(
ProcuringEntity, required=True
) # The entity managing the procurement, which may be different from the buyer who is paying / using the items being procured.
awards = ListType(ModelType(Award, required=True), default=list())
contracts = ListType(ModelType(Contract, required=True), default=list())
auctionPeriod = ModelType(TenderAuctionPeriod, default={})
minimalStep = ModelType(Value, required=False)
auctionUrl = URLType()
cancellations = ListType(ModelType(Cancellation, required=True),
default=list())
features = ListType(ModelType(Feature, required=True),
validators=[validate_features_uniq])
lots = ListType(ModelType(Lot, required=True),
default=list(),
validators=[validate_lots_uniq],
min_size=1,
max_size=1)
guarantee = ModelType(Guarantee)
status = StringType(
choices=[
"draft",
"draft.pending",
"draft.unsuccessful",
"active.enquiries",
"active.tendering",
"active.auction",
"active.qualification",
"active.awarded",
"complete",
"cancelled",
"unsuccessful",
],
default="draft",
) # TODO Refactoring status
agreements = ListType(ModelType(Agreement, required=True),
default=list(),
min_size=1,
max_size=1)
procurementMethod = StringType(choices=["open", "selective", "limited"],
default="selective")
procurementMethodType = StringType(
default="closeFrameworkAgreementSelectionUA")
unsuccessfulReason = ListType(StringType, serialize_when_none=False)
procuring_entity_kinds = [
"general", "special", "defense", "central", "other"
]
def get_role(self):
root = self.__parent__
request = root.request
if request.authenticated_role == "Administrator":
role = "Administrator"
elif request.authenticated_role == "chronograph":
role = "chronograph"
elif request.authenticated_role == "auction":
role = "auction_{}".format(request.method.lower())
elif request.authenticated_role == "contracting":
role = "contracting"
elif request.authenticated_role == "agreement_selection":
role = "edit_{}".format(request.authenticated_role)
else:
role = "edit_{}".format(request.context.status)
return role
def __acl__(self):
acl = [(Allow, "{}_{}".format(i.owner,
i.owner_token), "create_award_complaint")
for i in self.bids]
acl.extend([
(Allow, "{}_{}".format(self.owner,
self.owner_token), "edit_tender"),
(Allow, "{}_{}".format(self.owner, self.owner_token),
"upload_tender_documents"),
(Allow, "{}_{}".format(self.owner,
self.owner_token), "edit_complaint"),
(Allow, "g:agreement_selection", "edit_agreement_selection"),
(Allow, "g:agreement_selection", "edit_tender"),
])
return acl
def __local_roles__(self):
roles = dict([("{}_{}".format(self.owner,
self.owner_token), "tender_owner")])
for i in self.bids:
roles["{}_{}".format(i.owner, i.owner_token)] = "bid_owner"
return roles
# Non-required mainProcurementCategory
def validate_mainProcurementCategory(self, data, value):
pass
# Not required milestones
def validate_milestones(self, data, value):
pass
class Alias(Model):
quantity = IntType(deserialize_from="Quantity")
Items = ListType(StringType,
deserialize_from="Items",
serialize_when_none=False)
class Origins(Model):
quantity = IntType(deserialize_from="Quantity")
items = ListType(ModelType(OriginsItems),
deserialize_from="Items",
serialize_when_none=False)
class OriginSslProtocols(Model):
quantity = IntType(deserialize_from="Quantity")
items = ListType(StringType,
deserialize_from="Items",
choices=('SSLv3', 'TLSv1', 'TLSv1.1', 'TLSv1.2'))
class CustomErrorResponses(Model):
quantity = IntType(deserialize_from="Quantity")
items = ListType(ModelType(CustomErrorResponsesItems),
deserialize_from="Items",
serialize_when_none=False)
class CacheBehaviors(Model):
quantity = IntType(deserialize_from="Quantity")
items = ListType(ModelType(CacheBehaviorsItems),
deserialize_from="Items",
serialize_when_none=False)
class LambdaFunctionAssociations(Model):
quantity = IntType(deserialize_from="Quantity")
items = ListType(ModelType(LambdaFunctionAssociationsItems),
deserialize_from="Items",
serialize_when_none=False)
class CachedMethods(Model):
quantity = IntType(deserialize_from="Quantity")
items = ListType(StringType,
deserialize_from="Items",
choices=('GET', 'HEAD', 'POST', 'PUT', 'PATCH', 'OPTIONS',
'DELETE'))
class MarketTypeResult(BetfairModel):
market_type = StringType()
market_count = IntType()
class Tender(BaseTender):
""" ESCO Tender model """
class Options:
roles = {
'plain':
plain_role,
'create':
create_role_eu +
blacklist('minValue', 'tender_minValue', 'minimalStep',
'tender_minimalStep', 'noticePublicationDate',
'tender_noticePublicationDate'),
'edit':
edit_role_eu +
blacklist('minValue', 'tender_minValue', 'minimalStep',
'tender_minimalStep', 'noticePublicationDate',
'tender_noticePublicationDate'),
'edit_draft':
edit_role_eu +
blacklist('minValue', 'tender_minValue', 'minimalStep',
'tender_minimalStep', 'noticePublicationDate',
'tender_noticePublicationDate'),
'edit_active.tendering':
edit_role_eu +
blacklist('minValue', 'tender_minValue', 'minimalStep',
'tender_minimalStep', 'noticePublicationDate',
'tender_noticePublicationDate'),
'edit_active.pre-qualification':
whitelist('status'),
'edit_active.pre-qualification.stand-still':
whitelist(),
'edit_active.auction':
whitelist(),
'edit_active.qualification':
whitelist(),
'edit_active.awarded':
whitelist(),
'edit_complete':
whitelist(),
'edit_unsuccessful':
whitelist(),
'edit_cancelled':
whitelist(),
'view':
view_role,
'listing':
listing_role,
'auction_view':
auction_view_role +
whitelist('NBUdiscountRate', 'minimalStepPercentage',
'yearlyPaymentsPercentageRange', 'fundingKind',
'procurementMethodType', 'noticePublicationDate'),
'auction_post':
auction_post_role,
'auction_patch':
auction_patch_role,
'draft':
enquiries_role,
'active.tendering':
enquiries_role,
'active.pre-qualification':
pre_qualifications_role,
'active.pre-qualification.stand-still':
pre_qualifications_role,
'active.auction':
pre_qualifications_role,
'active.qualification':
view_role,
'active.awarded':
view_role,
'complete':
view_role,
'unsuccessful':
view_role,
'cancelled':
view_role,
'chronograph':
chronograph_role,
'chronograph_view':
chronograph_view_role,
'Administrator':
Administrator_role,
'default':
schematics_default_role,
'contracting':
whitelist('doc_id', 'owner'),
}
procurementMethodType = StringType(default="esco")
title_en = StringType(required=True, min_length=1)
items = ListType(
ModelType(Item),
required=True,
min_size=1,
validators=[validate_cpv_group, validate_items_uniq]
) # The goods and services to be purchased, broken into line items wherever possible. Items should not be duplicated, but a quantity of 2 specified instead.
minValue = ModelType(Value,
required=False,
default={
'amount': 0,
'currency': 'UAH',
'valueAddedTaxIncluded': True
}) # The total estimated value of the procurement.
enquiryPeriod = ModelType(EnquiryPeriod, required=False)
tenderPeriod = ModelType(PeriodStartEndRequired, required=True)
auctionPeriod = ModelType(TenderAuctionPeriod, default={})
hasEnquiries = BooleanType(
) # A Yes/No field as to whether enquiries were part of tender process.
awardCriteria = StringType(default='ratedCriteria')
awardPeriod = ModelType(
Period
) # The date or period on which an award is anticipated to be made.
numberOfBidders = IntType(
) # The number of unique tenderers who participated in the tender
bids = SifterListType(
BidModelType(Bid),
default=list(),
filter_by='status',
filter_in_values=['invalid', 'invalid.pre-qualification', 'deleted']
) # A list of all the companies who entered submissions for the tender.
procuringEntity = ModelType(
ProcuringEntity, required=True
) # The entity managing the procurement, which may be different from the buyer who is paying / using the items being procured.
awards = ListType(ModelType(Award), default=list())
contracts = ListType(ModelType(Contract), default=list())
minimalStep = ModelType(
Value, required=False
) # Not required, blocked for create/edit, since we have minimalStepPercentage in esco
minimalStepPercentage = DecimalType(required=True,
min_value=Decimal('0.005'),
max_value=Decimal('0.03'))
questions = ListType(ModelType(Question), default=list())
complaints = ListType(ComplaintModelType(Complaint), default=list())
auctionUrl = URLType()
cancellations = ListType(ModelType(Cancellation), default=list())
features = ListType(ModelType(Feature),
validators=[validate_features_uniq])
lots = ListType(ModelType(Lot),
default=list(),
validators=[validate_lots_uniq])
guarantee = ModelType(Guarantee)
documents = ListType(
ModelType(Document),
default=list()) # All documents and attachments related to the tender.
qualifications = ListType(ModelType(Qualification), default=list())
qualificationPeriod = ModelType(Period)
status = StringType(choices=[
'draft', 'active.tendering', 'active.pre-qualification',
'active.pre-qualification.stand-still', 'active.auction',
'active.qualification', 'active.awarded', 'complete', 'cancelled',
'unsuccessful'
],
default='active.tendering')
NBUdiscountRate = DecimalType(required=True,
min_value=Decimal('0'),
max_value=Decimal('0.99'),
precision=-5)
fundingKind = StringType(choices=['budget', 'other'],
required=True,
default='other')
yearlyPaymentsPercentageRange = DecimalType(required=True,
default=Decimal('0.8'),
min_value=Decimal('0'),
max_value=Decimal('1'))
submissionMethodDetails = StringType(
default="quick(mode:no-auction)"
) # TODO: temporary decision, while esco auction is not ready. Remove after adding auction. Remove function "check_submission_method_details" in openprocurement.tender.esco.subscribers
noticePublicationDate = IsoDateTimeType()
create_accreditation = 3
edit_accreditation = 4
special_fields = ['fundingKind', 'yearlyPaymentsPercentageRange']
procuring_entity_kinds = ['general', 'special', 'defense']
block_tender_complaint_status = OpenUATender.block_tender_complaint_status
block_complaint_status = OpenUATender.block_complaint_status
def import_data(self, raw_data, **kw):
"""
Converts and imports the raw data into the instance of the model
according to the fields in the model.
:param raw_data:
The data to be imported.
"""
data = self.convert(raw_data, **kw)
del_keys = [
k for k in data.keys()
if data[k] == self.__class__.fields[k].default
or data[k] == getattr(self, k)
]
for k in del_keys:
if k in self.special_fields:
# skip special fields :)
continue
del data[k]
self._data.update(data)
return self
def __local_roles__(self):
roles = dict([('{}_{}'.format(self.owner,
self.owner_token), 'tender_owner')])
for i in self.bids:
roles['{}_{}'.format(i.owner, i.owner_token)] = 'bid_owner'
return roles
def __acl__(self):
acl = [(Allow, '{}_{}'.format(i.owner, i.owner_token),
'create_qualification_complaint') for i in self.bids
if i.status in ['active', 'unsuccessful']]
acl.extend([(Allow, '{}_{}'.format(i.owner, i.owner_token),
'create_award_complaint') for i in self.bids
if i.status == 'active'])
acl.extend([
(Allow, '{}_{}'.format(self.owner,
self.owner_token), 'edit_tender'),
(Allow, '{}_{}'.format(self.owner, self.owner_token),
'upload_tender_documents'),
(Allow, '{}_{}'.format(self.owner,
self.owner_token), 'edit_complaint'),
])
return acl
@serializable(serialized_name="enquiryPeriod",
type=ModelType(EnquiryPeriod))
def tender_enquiryPeriod(self):
endDate = calculate_business_date(self.tenderPeriod.endDate,
-QUESTIONS_STAND_STILL, self)
return EnquiryPeriod(
dict(startDate=self.tenderPeriod.startDate,
endDate=endDate,
invalidationDate=self.enquiryPeriod
and self.enquiryPeriod.invalidationDate,
clarificationsUntil=calculate_business_date(
endDate, ENQUIRY_STAND_STILL_TIME, self, True)))
@serializable(type=ModelType(Period))
def complaintPeriod(self):
normalized_end = calculate_normalized_date(self.tenderPeriod.endDate,
self)
return Period(
dict(startDate=self.tenderPeriod.startDate,
endDate=calculate_business_date(normalized_end,
-COMPLAINT_SUBMIT_TIME,
self)))
@serializable(serialize_when_none=False)
def next_check(self):
now = get_now()
checks = []
if self.status == 'active.tendering' and self.tenderPeriod.endDate and \
not has_unanswered_complaints(self) and not has_unanswered_questions(self):
checks.append(self.tenderPeriod.endDate.astimezone(TZ))
elif self.status == 'active.pre-qualification.stand-still' and self.qualificationPeriod and self.qualificationPeriod.endDate:
active_lots = [
lot.id for lot in self.lots if lot.status == 'active'
] if self.lots else [None]
if not any([
i.status in self.block_complaint_status
for q in self.qualifications
for i in q.complaints if q.lotID in active_lots
]):
checks.append(self.qualificationPeriod.endDate.astimezone(TZ))
elif not self.lots and self.status == 'active.auction' and self.auctionPeriod and self.auctionPeriod.startDate and not self.auctionPeriod.endDate:
if now < self.auctionPeriod.startDate:
checks.append(self.auctionPeriod.startDate.astimezone(TZ))
elif now < calc_auction_end_time(
self.numberOfBids,
self.auctionPeriod.startDate).astimezone(TZ):
checks.append(
calc_auction_end_time(
self.numberOfBids,
self.auctionPeriod.startDate).astimezone(TZ))
elif self.lots and self.status == 'active.auction':
for lot in self.lots:
if lot.status != 'active' or not lot.auctionPeriod or not lot.auctionPeriod.startDate or lot.auctionPeriod.endDate:
continue
if now < lot.auctionPeriod.startDate:
checks.append(lot.auctionPeriod.startDate.astimezone(TZ))
elif now < calc_auction_end_time(
lot.numberOfBids,
lot.auctionPeriod.startDate).astimezone(TZ):
checks.append(
calc_auction_end_time(
lot.numberOfBids,
lot.auctionPeriod.startDate).astimezone(TZ))
elif not self.lots and self.status == 'active.awarded' and not any(
[i.status in self.block_complaint_status
for i in self.complaints]) and not any([
i.status in self.block_complaint_status for a in self.awards
for i in a.complaints
]):
standStillEnds = [
a.complaintPeriod.endDate.astimezone(TZ) for a in self.awards
if a.complaintPeriod.endDate
]
last_award_status = self.awards[-1].status if self.awards else ''
if standStillEnds and last_award_status == 'unsuccessful':
checks.append(max(standStillEnds))
elif self.lots and self.status in [
'active.qualification', 'active.awarded'
] and not any([
i.status in self.block_complaint_status
and i.relatedLot is None for i in self.complaints
]):
for lot in self.lots:
if lot['status'] != 'active':
continue
lot_awards = [i for i in self.awards if i.lotID == lot.id]
pending_complaints = any([
i['status'] in self.block_complaint_status
and i.relatedLot == lot.id for i in self.complaints
])
pending_awards_complaints = any([
i.status in self.block_complaint_status for a in lot_awards
for i in a.complaints
])
standStillEnds = [
a.complaintPeriod.endDate.astimezone(TZ)
for a in lot_awards if a.complaintPeriod.endDate
]
last_award_status = lot_awards[-1].status if lot_awards else ''
if not pending_complaints and not pending_awards_complaints and standStillEnds and last_award_status == 'unsuccessful':
checks.append(max(standStillEnds))
if self.status.startswith('active'):
for award in self.awards:
if award.status == 'active' and not any(
[i.awardID == award.id for i in self.contracts]):
checks.append(award.date)
return min(checks).isoformat() if checks else None
@serializable
def numberOfBids(self):
"""A property that is serialized by schematics exports."""
return len([
bid for bid in self.bids if bid.status in (
"active",
"pending",
)
])
@serializable(serialized_name="minValue", type=ModelType(Value))
def tender_minValue(self):
return Value(
dict(amount=sum([i.minValue.amount for i in self.lots]),
currency=self.minValue.currency,
valueAddedTaxIncluded=self.minValue.valueAddedTaxIncluded)
) if self.lots else self.minValue
@serializable(serialized_name="guarantee",
serialize_when_none=False,
type=ModelType(Guarantee))
def tender_guarantee(self):
if self.lots:
lots_amount = [
i.guarantee.amount for i in self.lots if i.guarantee
]
if not lots_amount:
return self.guarantee
guarantee = {'amount': sum(lots_amount)}
lots_currency = [
i.guarantee.currency for i in self.lots if i.guarantee
]
guarantee['currency'] = lots_currency[0] if lots_currency else None
if self.guarantee:
guarantee['currency'] = self.guarantee.currency
return Guarantee(guarantee)
else:
return self.guarantee
@serializable(serialized_name="minimalStep",
type=ModelType(Value),
serialize_when_none=False)
def tender_minimalStep(self):
pass
# return Value(dict(amount=min([i.minimalStep.amount for i in self.lots]),
# currency=self.minimalStep.currency,
# valueAddedTaxIncluded=self.minimalStep.valueAddedTaxIncluded)) if self.lots else self.minimalStep
@serializable(serialized_name="minimalStepPercentage")
def tender_minimalStepPercentage(self):
return min([i.minimalStepPercentage for i in self.lots
]) if self.lots else self.minimalStepPercentage
@serializable(serialized_name="yearlyPaymentsPercentageRange")
def tender_yearlyPaymentsPercentageRange(self):
return min([i.yearlyPaymentsPercentageRange for i in self.lots
]) if self.lots else self.yearlyPaymentsPercentageRange
@serializable(serialized_name="noticePublicationDate",
serialize_when_none=False,
type=IsoDateTimeType())
def tender_noticePublicationDate(self):
if not self.noticePublicationDate and self.status == 'active.tendering':
return self.__parent__.request.now
else:
return self.noticePublicationDate
def validate_items(self, data, items):
cpv_336_group = items[
0].classification.id[:3] == '336' if items else False
if not cpv_336_group and (
data.get('revisions')[0].date if data.get('revisions') else
get_now()) > CPV_ITEMS_CLASS_FROM and items and len(
set([i.classification.id[:4] for i in items])) != 1:
raise ValidationError(u"CPV class of items should be identical")
else:
validate_cpv_group(items)
def validate_features(self, data, features):
if features and data['lots'] and any([
round(
vnmax([
i for i in features if i.featureOf == 'tenderer'
or i.featureOf == 'lot' and i.relatedItem == lot['id']
or i.featureOf == 'item' and i.relatedItem in [
j.id
for j in data['items'] if j.relatedLot == lot['id']
]
]), 15) > 0.25 for lot in data['lots']
]):
raise ValidationError(
u"Sum of max value of all features for lot should be less then or equal to 25%"
)
elif features and not data['lots'] and round(vnmax(features),
15) > 0.25:
raise ValidationError(
u"Sum of max value of all features should be less then or equal to 25%"
)
def validate_auctionUrl(self, data, url):
if url and data['lots']:
raise ValidationError(u"url should be posted for each lot")
def validate_minimalStep(self, data, value):
pass
# if value and value.amount and data.get('minValue'):
# if data.get('minValue').currency != value.currency:
# raise ValidationError(u"currency should be identical to currency of minValue of tender")
# if data.get('minValue').valueAddedTaxIncluded != value.valueAddedTaxIncluded:
# raise ValidationError(u"valueAddedTaxIncluded should be identical to valueAddedTaxIncluded of minValue of tender")
def validate_tenderPeriod(self, data, period):
# if data['_rev'] is None when tender was created just now
if not data['_rev'] and calculate_business_date(
get_now(), -timedelta(minutes=10)) >= period.startDate:
raise ValidationError(
u"tenderPeriod.startDate should be in greater than current date"
)
if period and calculate_business_date(
period.startDate, TENDERING_DURATION, data) > period.endDate:
raise ValidationError(
u"tenderPeriod should be greater than {} days".format(
TENDERING_DAYS))
def validate_awardPeriod(self, data, period):
if period and period.startDate and data.get(
'auctionPeriod') and data.get(
'auctionPeriod').endDate and period.startDate < data.get(
'auctionPeriod').endDate:
raise ValidationError(u"period should begin after auctionPeriod")
if period and period.startDate and data.get(
'tenderPeriod') and data.get(
'tenderPeriod').endDate and period.startDate < data.get(
'tenderPeriod').endDate:
raise ValidationError(u"period should begin after tenderPeriod")
def validate_lots(self, data, value):
if len(set([lot.guarantee.currency
for lot in value if lot.guarantee])) > 1:
raise ValidationError(
u"lot guarantee currency should be identical to tender guarantee currency"
)
if len(set([lot.fundingKind for lot in value])) > 1:
raise ValidationError(
u"lot funding kind should be identical to tender funding kind")
def validate_yearlyPaymentsPercentageRange(self, data, value):
if data['fundingKind'] == 'other' and value != Decimal('0.8'):
raise ValidationError(
'when fundingKind is other, yearlyPaymentsPercentageRange should be equal 0.8'
)
if data['fundingKind'] == 'budget' and (value > Decimal('0.8')
or value < Decimal('0')):
raise ValidationError(
'when fundingKind is budget, yearlyPaymentsPercentageRange should be less or equal 0.8, and more or equal 0'
)
def check_auction_time(self):
if self.auctionPeriod and self.auctionPeriod.startDate and self.auctionPeriod.shouldStartAfter \
and self.auctionPeriod.startDate > calculate_business_date(parse_date(self.auctionPeriod.shouldStartAfter), AUCTION_PERIOD_TIME, self, True):
self.auctionPeriod.startDate = None
for lot in self.lots:
if lot.auctionPeriod and lot.auctionPeriod.startDate and lot.auctionPeriod.shouldStartAfter \
and lot.auctionPeriod.startDate > calculate_business_date(parse_date(lot.auctionPeriod.shouldStartAfter), AUCTION_PERIOD_TIME, self, True):
lot.auctionPeriod.startDate = None
def invalidate_bids_data(self):
self.check_auction_time()
self.enquiryPeriod.invalidationDate = get_now()
for bid in self.bids:
if bid.status not in ["deleted", "draft"]:
bid.status = "invalid"
class TimeRangeResult(BetfairModel):
time_range = ModelType(TimeRange)
market_count = IntType()
class RunnerProfitAndLoss(BetfairModel):
selection_id = IntType()
if_win = FloatType()
if_lose = FloatType()
class RunnerCatalog(BetfairModel):
selection_id = IntType(required=True)
runner_name = StringType(required=True)
handicap = FloatType(required=True)
sort_priority = IntType(required=True)
metadata = DictType(StringType)
class ExBestOffersOverrides(BetfairModel):
best_prices_depth = IntType()
rollup_model = EnumType(constants.RollupModel)
rollup_limit = IntType()
rollup_liability_threshold = FloatType()
rollup_liability_factor = IntType()
class CampaignProjectDTO(Model):
""" DTO used to define avaliable campaign connnected projects"""
project_id = IntType()
campaign_id = IntType()
class CompetitionResult(BetfairModel):
competition = ModelType(Competition)
market_count = IntType()
competition_region = StringType()
class PersonSerializer(Model):
id = IntType()
name = StringType()
class CountryCodeResult(BetfairModel):
country_code = StringType()
market_count = IntType()
def player_schema():
schema = Schema('Player', Field('id', IntType()),
Field('first_name', StringType(required=True)),
Field('last_name', StringType(required=True)))
return schema
class EventResult(BetfairModel):
event = ModelType(Event)
market_count = IntType()
class Connection(Model):
host = StringType(
default="",
required=True,
)
port = IntType(
min_value=1000,
max_value=65000,
default=None,
required=False,
)
allowed_hosts = ListType(
field=StringType,
min_size=0,
required=True,
min_length=1,
)
@classmethod
def from_ini(cls, ini):
port = field_from_ini(
cls.port,
ini,
'DeviceLink',
'port',
)
port = (None if port == FORBID_DEVICE_LINK_CONNECTIONS_FLAG else port)
return cls({
'host':
field_from_ini(
cls.host,
ini,
'DeviceLink',
'host',
),
'port':
port,
'allowed_hosts': (field_from_ini(
cls.allowed_hosts,
ini,
'DeviceLink',
'IPS',
default="",
).split()),
})
def to_ini(self, ini):
port = (FORBID_DEVICE_LINK_CONNECTIONS_FLAG
if self.port is None else self.port)
allowed_hosts = ' '.join(self.allowed_hosts)
field_to_ini(port, ini, 'DeviceLink', 'port')
field_to_ini(self.host, ini, 'DeviceLink', 'host')
field_to_ini(allowed_hosts, ini, 'DeviceLink', 'IPS')
@classmethod
def default(cls):
return cls({
'host': cls.host.default,
'port': cls.port.default,
'allowed_hosts': [],
})
class EventTypeResult(BetfairModel):
event_type = ModelType(EventType)
market_count = IntType()
class ZTicketUpdate(Model):
id = IntType(required=True)
# API for updating requires single comment
comment = ModelType(ZMessageUpdate, required=True)
class QueryStringCacheKeys(Model):
quantity = IntType(deserialize_from="Quantity")
items = ListType(StringType,
deserialize_from="Items",
serialize_when_none=False)