def create_series_element(self, seriesResult):
series = WaterML.seriesType()
# Variable
variable = self.create_variable_element(seriesResult.Variable)
series.set_variable(variable)
series.valueCount = WaterML.valueCountType(
valueOf_=str(seriesResult.ValueCount))
beginDateTime = core._get_datavalues_datetime(seriesResult,
"BeginDateTime",
"BeginDateTimeUTC")
endDateTime = core._get_datavalues_datetime(seriesResult,
"EndDateTime",
"EndDateTimeUTC")
# WML1_1 wants a datetime, no zone. breaks the conversion
try:
beginDateTime = dateutil.parser.parse(beginDateTime)
except Exception as inst:
logging.warn('bad datetime conversion on beginDateTime:' +
inst.message) # noqa
try:
endDateTime = dateutil.parser.parse(endDateTime)
except Exception as inst:
logging.warn('bad datetime conversion on endDateTime:' +
inst.message) # noqa
# TimeInterval.
if beginDateTime is None:
beginDateTime = datetime.datetime.now().strftime(
"%Y-%m-%dT%H:%M:%S") # noqa
if endDateTime is None:
endDateTime = datetime.datetime.now().strftime(
"%Y-%m-%dT%H:%M:%S") # noqa
variableTimeInt = WaterML.TimeIntervalType(beginDateTime=beginDateTime,
endDateTime=endDateTime)
series.variableTimeInterval = variableTimeInt
# Method.
if seriesResult.Method:
method = self.create_method_element(seriesResult.Method)
series.method = method
# Source.
if seriesResult.Source:
source = self.create_source_element(seriesResult.Source)
series.source = source
# QualityControlLevel.
qualityControlLevel = WaterML.QualityControlLevelType(
qualityControlLevelID=seriesResult.QualityControlLevelID,
qualityControlLevelCode=seriesResult.QualityControlLevelID,
definition=seriesResult.Definition,
explanation=seriesResult.Explanation)
series.qualityControlLevel = qualityControlLevel
return series
def create_series_element(self, seriesResult):
series = WaterML.seriesType()
# Variable
variable = self.create_variable_element(seriesResult.Variable)
series.set_variable(variable)
series.valueCount = WaterML.valueCountType(
valueOf_=str(seriesResult.ValueCount))
beginDateTime = core._get_datavalues_datetime(
seriesResult, "BeginDateTime", "BeginDateTimeUTC")
endDateTime = core._get_datavalues_datetime(
seriesResult, "EndDateTime", "EndDateTimeUTC")
# WML1_1 wants a datetime, no zone. breaks the conversion
try:
beginDateTime = dateutil.parser.parse(beginDateTime)
except Exception as inst:
logging.warn('bad datetime conversion on beginDateTime:' + inst.message) # noqa
try:
endDateTime = dateutil.parser.parse(endDateTime)
except Exception as inst:
logging.warn('bad datetime conversion on endDateTime:' + inst.message) # noqa
# TimeInterval.
if beginDateTime is None:
beginDateTime = datetime.datetime.now().strftime("%Y-%m-%dT%H:%M:%S") # noqa
if endDateTime is None:
endDateTime = datetime.datetime.now().strftime("%Y-%m-%dT%H:%M:%S") # noqa
variableTimeInt = WaterML.TimeIntervalType(
beginDateTime=beginDateTime,
endDateTime=endDateTime)
series.variableTimeInterval = variableTimeInt
# Method.
if seriesResult.Method:
method = self.create_method_element(seriesResult.Method)
series.method = method
# Source.
if seriesResult.Source:
source = self.create_source_element(seriesResult.Source)
series.source = source
# QualityControlLevel.
qualityControlLevel = WaterML.QualityControlLevelType(
qualityControlLevelID=seriesResult.QualityControlLevelID,
qualityControlLevelCode=seriesResult.QualityControlLevelID,
definition=seriesResult.Definition,
explanation=seriesResult.Explanation
)
series.qualityControlLevel = qualityControlLevel
return series
def create_value_element(self, valueResult):
adate = core._get_datavalues_datetime(valueResult, "LocalDateTime",
"DateTimeUTC").isoformat()
clean_censorCode = self.check_censorCode(valueResult.CensorCode)
clean_qcl = self.check_QualityControlLevel(
valueResult.QualityControlLevel) # noqa
value = WaterML.ValueSingleVariable(
qualityControlLevel=clean_qcl,
# qualityControlLevel=valueResult.QualityControlLevel,
methodID=valueResult.MethodID,
sourceID=valueResult.SourceID,
# censorCode=valueResult.CensorCode,
censorCode=clean_censorCode,
sampleID=valueResult.SampleID,
offsetTypeID=valueResult.OffsetTypeID,
accuracyStdDev=valueResult.ValueAccuracy,
offsetValue=valueResult.OffsetValue,
dateTime=adate,
qualifiers=valueResult.QualifierID,
valueOf_=str(valueResult.DataValue))
# TODO: value.offset stuff? Why does value element have all
# this offset stuff.
# offsetTypeResult = valueResult.OffsetType
# if offsetTypeResult != None:
# value.offsetDescription = offsetTypeResult.OffsetDescription
# value.offsetUnitsAbbreviation = offsetTypeResult.OffsetUnits.UnitsAbbreviation # noqa
# value.offsetUnitsCode = offsetTypeResult.OffsetUnits.UnitsID
return value
def create_value_element(self, valueResult):
adate = core._get_datavalues_datetime(
valueResult, "LocalDateTime", "DateTimeUTC").isoformat()
clean_censorCode = self.check_censorCode(valueResult.CensorCode)
clean_qcl = self.check_QualityControlLevel(valueResult.QualityControlLevel) # noqa
value = WaterML.ValueSingleVariable(
qualityControlLevel=clean_qcl,
# qualityControlLevel=valueResult.QualityControlLevel,
methodID=valueResult.MethodID,
sourceID=valueResult.SourceID,
# censorCode=valueResult.CensorCode,
censorCode=clean_censorCode,
sampleID=valueResult.SampleID,
offsetTypeID=valueResult.OffsetTypeID,
accuracyStdDev=valueResult.ValueAccuracy,
offsetValue=valueResult.OffsetValue,
dateTime=adate,
qualifiers=valueResult.QualifierID,
valueOf_=str(valueResult.DataValue)
)
# TODO: value.offset stuff? Why does value element have all
# this offset stuff.
# offsetTypeResult = valueResult.OffsetType
# if offsetTypeResult != None:
# value.offsetDescription = offsetTypeResult.OffsetDescription
# value.offsetUnitsAbbreviation = offsetTypeResult.OffsetUnits.UnitsAbbreviation # noqa
# value.offsetUnitsCode = offsetTypeResult.OffsetUnits.UnitsID
return value
def create_series_element(self, seriesResult):
series = WaterML.series()
# Variable
variable = self.create_variable_element(seriesResult.Variable)
series.set_variable(variable)
series.valueCount = WaterML.valueCount(
valueOf_=str(seriesResult.ValueCount))
# in WML1_0, these are strings.
beginDateTime = core._get_datavalues_datetime(
seriesResult, "BeginDateTime", "BeginDateTimeUTC").isoformat()
endDateTime = core._get_datavalues_datetime(
seriesResult, "EndDateTime", "EndDateTimeUTC").isoformat()
# TimeInterval
if beginDateTime is None:
beginDateTime = datetime.datetime.now().isoformat()
if endDateTime is None:
endDateTime = datetime.datetime.now().isoformat()
variableTimeInt = WaterML.TimeIntervalType(
beginDateTime=beginDateTime,
endDateTime=endDateTime)
series.variableTimeInterval = variableTimeInt
# Method
if seriesResult.Method:
method = self.create_method_element(seriesResult.Method)
series.Method = method
# Source
if seriesResult.Source:
source = self.create_source_element(seriesResult.Source)
series.Source = source
# QualityControlLevel
qualityControlLevel = WaterML.QualityControlLevelType(
qualityControlLevelID=seriesResult.QualityControlLevelID,
valueOf_=seriesResult.QualityControlLevelCode)
series.QualityControlLevel = qualityControlLevel
return series
def create_series_element(self, seriesResult):
series = WaterML.series()
# Variable
variable = self.create_variable_element(seriesResult.Variable)
series.set_variable(variable)
series.valueCount = WaterML.valueCount(
valueOf_=str(seriesResult.ValueCount))
# in WML1_0, these are strings.
beginDateTime = core._get_datavalues_datetime(
seriesResult, "BeginDateTime", "BeginDateTimeUTC").isoformat()
endDateTime = core._get_datavalues_datetime(
seriesResult, "EndDateTime", "EndDateTimeUTC").isoformat()
# TimeInterval
if beginDateTime is None:
beginDateTime = datetime.datetime.now().isoformat()
if endDateTime is None:
endDateTime = datetime.datetime.now().isoformat()
variableTimeInt = WaterML.TimeIntervalType(beginDateTime=beginDateTime,
endDateTime=endDateTime)
series.variableTimeInterval = variableTimeInt
# Method
if seriesResult.Method:
method = self.create_method_element(seriesResult.Method)
series.Method = method
# Source
if seriesResult.Source:
source = self.create_source_element(seriesResult.Source)
series.Source = source
# QualityControlLevel
qualityControlLevel = WaterML.QualityControlLevelType(
qualityControlLevelID=seriesResult.QualityControlLevelID,
valueOf_=seriesResult.QualityControlLevelCode)
series.QualityControlLevel = qualityControlLevel
return series
def create_value_element(self, valueResult):
# datetime_string = core._get_datavalues_datetime(
# valueResult, "LocalDateTime", "DateTimeUTC")
aDate = core._get_datavalues_datetime(
valueResult,
"LocalDateTime",
"DateTimeUTC"
)
# aDate= dateutil.parser.parse(datetime_string)
if not hasattr(valueResult, 'MethodCode'):
setattr(valueResult, 'MethodCode', None)
if not hasattr(valueResult, 'SourceCode'):
setattr(valueResult, 'SourceCode', None)
clean_censorCode = voc.check_censorCode(valueResult.CensorCode)
# clean_qcl = self.check_QualityControlLevel(valueResult.QualityControlLevel) # noqa
value = WaterML.ValueSingleVariable(
qualityControlLevelCode=valueResult.QualityControlLevelID,
methodCode=valueResult.MethodID,
sourceCode=valueResult.SourceCode,
timeOffset=valueResult.UTCOffset,
censorCode=clean_censorCode,
sampleID=valueResult.SampleID,
offsetTypeID=valueResult.OffsetTypeID,
accuracyStdDev=valueResult.ValueAccuracy,
offsetValue=valueResult.OffsetValue,
# dateTime=datetime_string,
dateTime=aDate,
dateTimeUTC=valueResult.DateTimeUTC,
qualifiers=valueResult.QualifierID,
valueOf_=str(valueResult.DataValue)
)
# TODO: value.offset stuff? Why does value element have all
# this offset stuff
# offsetTypeResult = valueResult.OffsetType
# if offsetTypeResult != None:
# value.offsetDescription = offsetTypeResult.OffsetDescription
# value.offsetUnitsAbbreviation = offsetTypeResult.OffsetUnits.UnitsAbbreviation # noqa
# value.offsetUnitsCode = offsetTypeResult.OffsetUnits.UnitsID
return value
