def _field_to_property(cls, field_value, field_type=None, property_detail=None, initial_value=None):
value = field_value
# configure property's field type
# from user definition
_field_type = None if not property_detail else property_detail.field_type
# from type value in field
if not _field_type and field_type:
f = [e for e in list(FieldType) if e.value == field_type]
if len(f) > 0:
_field_type = f[0]
_field_type = _field_type if _field_type else cls._estimate_type_from_property(initial_value)
if not _field_type:
pass
elif _field_type in (FieldType.ID, FieldType.REVISION, FieldType.RECORD_NUMBER):
value = int(value)
elif _field_type == FieldType.NUMBER:
value = float(value)
elif _field_type == FieldType.DATE:
value = ks.value_to_date(value)
elif _field_type == FieldType.TIME:
value = ks.value_to_time(value)
elif _field_type in [FieldType.DATETIME, FieldType.CREATED_TIME, FieldType.UPDATED_TIME]:
value = ks.value_to_datetime(value)
elif _field_type == FieldType.TIME_STAMP:
value = ks.value_to_timestamp(value)
elif _field_type == FieldType.USER_SELECT:
value = cls.__map(value, lambda v: sf.UserSelect.deserialize(v), flatten=True)
elif _field_type in [FieldType.CREATOR, FieldType.MODIFIER]:
value = sf.UserSelect.deserialize(value)
elif _field_type == FieldType.SUBTABLE:
if property_detail and property_detail.sub_type:
table = []
for r in value:
row = property_detail.sub_type().record_to_model(r["value"])
row.record_id = int(r["id"])
table.append(row)
value = table
elif _field_type == FieldType.FILE:
value = cls.__map(value, lambda v: sf.File.deserialize(v), flatten=True)
elif _field_type == FieldType.STRUCTURE:
cls_type = None
if property_detail and property_detail.sub_type:
cls_type = property_detail.sub_type
elif initial_value:
cls_type = cls.__get_type(initial_value)
if cls_type:
def deserialize(v):
ins = cls_type()
ds = getattr(ins, "deserialize", None)
return None if not (ds and callable(ds)) else ds(v)
value = cls.__map(value, lambda v: deserialize(v))
return value
def field_to_property(cls, field, property_detail=None):
value = field["value"]
# configure property's field type
# from user definition
field_type = None if not property_detail else property_detail.field_type
# from type value in field
if not field_type:
f = [e for e in list(FieldType) if e.value == field["type"]]
if len(f) > 0:
field_type = f[0]
if not field_type:
pass
elif field_type in (FieldType.ID, FieldType.REVISION, FieldType.RECORD_NUMBER):
value = int(value)
elif field_type == FieldType.NUMBER:
value = float(value)
elif field_type == FieldType.DATE:
value = ks.value_to_date(value)
elif field_type == FieldType.TIME:
value = ks.value_to_time(value)
elif field_type in [FieldType.DATETIME, FieldType.CREATED_TIME, FieldType.UPDATED_TIME]:
value = ks.value_to_datetime(value)
elif field_type == FieldType.USER_SELECT:
value = [UserSelect(v["code"], v["name"]) for v in value]
elif field_type in [FieldType.CREATOR, FieldType.MODIFIER]:
value = UserSelect(value["code"], value["name"])
elif field_type == FieldType.SUBTABLE:
if property_detail and property_detail.sub_type:
table = []
for r in value:
row = property_detail.sub_type().record_to_model(r["value"])
row.record_id = int(r["id"])
table.append(row)
value = table
elif field_type == FieldType.FILE:
pass # todo: conversion for file
return value
def _field_to_property(cls,
field_value,
field_type=None,
property_detail=None,
initial_value=None):
value = field_value
# configure property's field type
# from user definition
_field_type = None if not property_detail else property_detail.field_type
# from type value in field
if not _field_type and field_type:
f = [e for e in list(FieldType) if e.value == field_type]
if len(f) > 0:
_field_type = f[0]
_field_type = _field_type if _field_type else cls._estimate_type_from_property(
initial_value)
if not _field_type:
pass
elif _field_type in (FieldType.ID, FieldType.REVISION,
FieldType.RECORD_NUMBER):
value = int(value)
elif _field_type == FieldType.NUMBER:
value = float(value)
elif _field_type == FieldType.DATE:
value = ks.value_to_date(value)
elif _field_type == FieldType.TIME:
value = ks.value_to_time(value)
elif _field_type in [
FieldType.DATETIME, FieldType.CREATED_TIME,
FieldType.UPDATED_TIME
]:
value = ks.value_to_datetime(value)
elif _field_type == FieldType.TIME_STAMP:
value = ks.value_to_timestamp(value)
elif _field_type == FieldType.USER_SELECT:
value = cls.__map(value,
lambda v: sf.UserSelect.deserialize(v),
flatten=True)
elif _field_type in [FieldType.CREATOR, FieldType.MODIFIER]:
value = sf.UserSelect.deserialize(value)
elif _field_type == FieldType.SUBTABLE:
if property_detail and property_detail.sub_type:
table = []
for r in value:
row = property_detail.sub_type().record_to_model(
r["value"])
row.record_id = int(r["id"])
table.append(row)
value = table
elif _field_type == FieldType.FILE:
value = cls.__map(value,
lambda v: sf.File.deserialize(v),
flatten=True)
elif _field_type == FieldType.STRUCTURE:
cls_type = None
if property_detail and property_detail.sub_type:
cls_type = property_detail.sub_type
elif initial_value:
cls_type = cls.__get_type(initial_value)
if cls_type:
def deserialize(v):
ins = cls_type()
ds = getattr(ins, "deserialize", None)
return None if not (ds and callable(ds)) else ds(v)
value = cls.__map(value, lambda v: deserialize(v))
return value
