def __init__(self, parameters):
"""Establish OCP report query handler.
Args:
parameters (QueryParameters): parameter object for query
"""
self._mapper = OCPProviderMap(provider=self.provider,
report_type=parameters.report_type)
self.group_by_options = self._mapper.provider_map.get(
'group_by_options')
self._limit = parameters.get_filter('limit')
# super() needs to be called after _mapper and _limit is set
super().__init__(parameters)
# super() needs to be called before _get_group_by is called
# Update which field is used to calculate cost by group by param.
group_by = self._get_group_by()
if (group_by and 'project' in group_by
or 'project' in parameters.get('filter', {}).keys()) \
and parameters.report_type == 'costs':
self._report_type = parameters.report_type + '_by_project'
self._mapper = OCPProviderMap(provider=self.provider,
report_type=self._report_type)
def __init__(self, query_parameters, url_data, tenant, **kwargs):
"""Establish OCP report query handler.
Args:
query_parameters (Dict): parameters for query
url_data (String): URL string to provide order information
tenant (String): the tenant to use to access CUR data
kwargs (Dict): A dictionary for internal query alteration based on path
"""
provider = 'OCP'
self._initialize_kwargs(kwargs)
if kwargs.get('access'):
query_parameters = update_query_parameters_for_openshift(
query_parameters, kwargs.get('access'))
self._mapper = OCPProviderMap(provider=provider,
report_type=kwargs.get('report_type'))
self.group_by_options = self._mapper.provider_map.get(
'group_by_options')
self.query_parameters = query_parameters
self.url_data = url_data
self._limit = self.get_query_param_data('filter', 'limit')
# Update which field is used to calculate cost by group by param.
group_by = self._get_group_by()
if (group_by and 'project' in group_by
or 'project' in self.query_parameters.get('filter', {}).keys()) \
and kwargs.get('report_type') == 'costs':
self._report_type = kwargs.get('report_type') + '_by_project'
self._mapper = OCPProviderMap(provider=provider,
report_type=self._report_type)
super().__init__(query_parameters, tenant, **kwargs)
def __init__(self, parameters):
"""Establish AWS report query handler.
Args:
parameters (QueryParameters): parameter object for query
"""
if not hasattr(self, "_mapper"):
self._mapper = OCPProviderMap(provider=self.provider,
report_type=parameters.report_type)
# super() needs to be called after _mapper is set
super().__init__(parameters)
def __init__(self, parameters):
"""Establish OCP report query handler.
Args:
parameters (QueryParameters): parameter object for query
"""
self._mapper = OCPProviderMap(provider=self.provider,
report_type=parameters.report_type)
self.group_by_options = self._mapper.provider_map.get(
"group_by_options")
self._limit = parameters.get_filter("limit")
# super() needs to be called after _mapper and _limit is set
super().__init__(parameters)
# super() needs to be called before _get_group_by is called
# Update which field is used to calculate cost by group by param.
if is_grouped_by_project(
parameters) and parameters.report_type == "costs":
self._report_type = parameters.report_type + "_by_project"
self._mapper = OCPProviderMap(provider=self.provider,
report_type=self._report_type)
def __init__(self, parameters):
"""Establish AWS report query handler.
Args:
parameters (QueryParameters): parameter object for query
"""
self._parameters = parameters
if not hasattr(self, "_mapper"):
self._mapper = OCPProviderMap(provider=self.provider,
report_type=parameters.report_type)
if parameters.get_filter("enabled") is None:
parameters.set_filter(**{"enabled": True})
# super() needs to be called after _mapper is set
super().__init__(parameters)
def __init__(self, parameters):
"""Establish OCP report query handler.
Args:
parameters (QueryParameters): parameter object for query
"""
self._mapper = OCPProviderMap(provider=self.provider,
report_type=parameters.report_type)
self.group_by_options = self._mapper.provider_map.get(
"group_by_options")
self._limit = parameters.get_filter("limit")
# We need to overwrite the default pack definitions with these
# Order of the keys matters in how we see it in the views.
ocp_pack_keys = {
"infra_raw": {
"key": "raw",
"group": "infrastructure"
},
"infra_markup": {
"key": "markup",
"group": "infrastructure"
},
"infra_usage": {
"key": "usage",
"group": "infrastructure"
},
"infra_distributed": {
"key": "distributed",
"group": "infrastructure"
},
"infra_total": {
"key": "total",
"group": "infrastructure"
},
"sup_raw": {
"key": "raw",
"group": "supplementary"
},
"sup_markup": {
"key": "markup",
"group": "supplementary"
},
"sup_usage": {
"key": "usage",
"group": "supplementary"
},
"sup_distributed": {
"key": "distributed",
"group": "supplementary"
},
"sup_total": {
"key": "total",
"group": "supplementary"
},
"cost_raw": {
"key": "raw",
"group": "cost"
},
"cost_markup": {
"key": "markup",
"group": "cost"
},
"cost_usage": {
"key": "usage",
"group": "cost"
},
"cost_distributed": {
"key": "distributed",
"group": "cost"
},
"cost_total": {
"key": "total",
"group": "cost"
},
}
ocp_pack_definitions = copy.deepcopy(self._mapper.PACK_DEFINITIONS)
ocp_pack_definitions["cost_groups"]["keys"] = ocp_pack_keys
# Update which field is used to calculate cost by group by param.
if is_grouped_by_project(
parameters) and parameters.report_type == "costs":
self._report_type = parameters.report_type + "_by_project"
self._mapper = OCPProviderMap(provider=self.provider,
report_type=self._report_type)
# super() needs to be called after _mapper and _limit is set
super().__init__(parameters)
# super() needs to be called before _get_group_by is called
self._mapper.PACK_DEFINITIONS = ocp_pack_definitions