def __init__(self, parent):
ExportModels.dlg_ServeToWEAP.__init__(self, parent)
try:
if not DB_Setup().get_session():
msg = "\n\nWarning: Please connect to sqlite first."
raise Exception(msg)
''' init combo model'''
self.dataStructure = GetResourceStructure()
self.datasets = self.dataStructure.GetResourceType()
list_acromy = list()
for index, row in self.datasets.iterrows():
list_acromy.append(row[0])
if list_acromy.__len__() > 0:
self.Select_Model.SetItems(list_acromy)
list_code = []
self.WEAP = win32com.client.Dispatch("WEAP.WEAPApplication")
for area in self.WEAP.Areas:
list_code.append(area.name)
self.comboBox_SelectArea.SetItems(list_code)
list_scen = []
for scen in self.WEAP.Scenarios:
list_scen.append(scen.name)
self.combo_selectWEAPScenario.SetItems(list_scen)
except Exception as e:
message = msg_somethigWrong(None, msg=e.message)
message.Show()
self.Destroy()
def __init__(self, parent):
WaMDaMWizard.dlg_ExportScenarioDataToExcel.__init__(self, parent)
self.path = ''
try:
if not DB_Setup().get_session():
msg = "\n\nWarning: Please connect to sqlite first."
raise Exception(msg)
''' init combo model'''
self.dataStructure = GetResourceStructure()
self.datasets = self.dataStructure.GetResourceType()
list_acromy = list()
for index, row in self.datasets.iterrows():
list_acromy.append(row[0])
if list_acromy.__len__() > 0:
self.comboBox_selectModel.SetItems(list_acromy)
except Exception as e:
message = msg_somethigWrong(None, msg=e.message)
message.Show()
self.Destroy()
def __init__(self, parent):
viewer.WaMDaMWizard.dlg_query_model.__init__(self, parent)
self.path = ''
try:
if not DB_Setup().get_session():
msg = "\n\nWarning: Please connect to sqlite first."
raise Exception(msg)
self.dataStructure = GetResourceStructure()
self.datasets = self.dataStructure.GetResourceType()
list_acromy = list()
for row in self.datasets.values:
list_acromy.append(row[0])
if list_acromy.__len__() > 0:
self.comboBox_selectModel.SetItems(list_acromy)
except Exception as e:
message = msg_somethigWrong(None, msg=e.message)
message.ShowModal()
self.Destroy()
def __init__(self, parent):
WaMDaMWizard.dlg_compare_scenarios.__init__(self, parent)
self.path = ''
try:
if not self.checkConnectingToSqlite():
msg = "\n\nWarning: Please connect to sqlite first."
raise Exception(msg)
''' init model combobox'''
self.dataStructure = GetResourceStructure()
self.instances = GetInstancesBySenario()
self.datasets = self.dataStructure.GetResourceType()
self.compareScenarios = GetComapreScenarios()
list_acromy = list()
for index, row in self.datasets.iterrows():
list_acromy.append(row["ResourceTypeAcronym"])
if list_acromy.__len__() > 0:
self.comboBox_selectModel.SetItems(list_acromy)
except Exception as e:
message = msg_somethigWrong(None, msg=e.message)
message.ShowModal()
self.Destroy()
def Btn_LoginOnButtonClick(self, event):
# TODO: Implement Btn_LoginOnButtonClick
try:
self.userName = self.m_textCtrl11.Value
self.password = self.m_textCtrl12.Value
if not self.m_textCtrl11.Value or not self.m_textCtrl12.Value:
raise Exception("Provide a username and password")
self.usern = self.m_textCtrl11.Value
self.passw = self.m_textCtrl12.Value
projects = self.hydra()._call('get_projects')
project_names = []
for p in projects:
project_names.append(str(p['name']))
self.m_SelectProject.SetItems(project_names)
self.dataStructure = GetResourceStructure()
self.datasets = self.dataStructure.GetResourceType()
list_acromy = list()
for index, row in self.datasets.iterrows():
list_acromy.append(row[0])
if list_acromy.__len__() > 0:
self.m_SelectModel.SetItems(list_acromy)
except Exception as e:
messageDlg = msg_somethigWrong(None, msg=e.args[0])
messageDlg.Show()
def btn_Export_ScenarioDataOnButtonClick(self, event):
selectedDataset = self.comboBox_selectModel.Value
selectedMasterNetworkName = self.comboBox_selectNetwork.Value
selectedScenarioName = self.comboBox_selectScenario.Value
# Check whether user select needed items correctly
message = ''
if (selectedDataset == None or selectedDataset == ''):
message = 'Select the resource type (e.g, model name) in WamDam.'
elif selectedMasterNetworkName == None or selectedMasterNetworkName == '':
message = 'Select the MasterNetworkName.'
elif selectedScenarioName == None or selectedScenarioName == '':
message = 'Select the ScenarioName.'
elif not ['xls', 'xlsx', 'xlsm', 'xls'].__contains__(
self.path.split('.')[-1]):
message = 'Please provide a directory for the output excel file.'
if message != '':
messageDlg = msg_somethigWrong(None, msg=message)
messageDlg.ShowModal()
return
print 'this is done'
try:
self.btn_Export_ScenarioData.Enabled = False
exportTemplate = ExportTemplate(self.path)
####################################################
# Rescour Type structure
####################################################
ResourceType_Result_df = GetResourceStructure()
ObjectTypes_Result_df = GetResourceStructure()
Attributes_Result_df = GetResourceStructure()
resources_result = ResourceType_Result_df.GetResourceType(
selectedDataset)
data_result = ObjectTypes_Result_df.GetObjectTypesByResource(
selectedDataset)
exportTemplate.exportResourcesType(resources_result, data_result)
# data_result = ObjectTypes_Result_df.GetObjectTypesByResource(selectedDataset)
# exportTemplate.exportObjecttypes(data_result)
attributes_result = Attributes_Result_df.GetAttributesByResource(
selectedDataset)
print "Count of attrs data: {}".format(str(len(attributes_result)))
exportTemplate.exportAttributes(attributes_result)
####################################################
# Metadata
####################################################
Organizations_Result_df = GetMetadataByScenario()
People_Result_df = GetMetadataByScenario()
Sources_Result_df = GetMetadataByScenario()
Methods_Result_df = GetMetadataByScenario()
organization_result = Organizations_Result_df.GetOrganizationsByScenario(
selectedDataset, selectedMasterNetworkName,
selectedScenarioName)
exportTemplate.exportOrganizations(organization_result)
people_result = People_Result_df.GetPeopleByScenario(
selectedDataset, selectedMasterNetworkName,
selectedScenarioName)
exportTemplate.exportPeople(people_result)
source_result = Sources_Result_df.GetSourcesByScenario(
selectedDataset, selectedMasterNetworkName,
selectedScenarioName)
exportTemplate.exportSources(source_result)
method_result = Methods_Result_df.GetMethodsByScenario(
selectedDataset, selectedMasterNetworkName,
selectedScenarioName)
exportTemplate.exportMethods(method_result)
####################################################
# Instances
####################################################
Network_Result_df = GetInstancesBySenario()
Scenarios_Result_df = GetInstancesBySenario()
Nodes_Result_df = GetInstancesBySenario()
Links_Result_df = GetInstancesBySenario()
network_data_result = Network_Result_df.GetMasterNetworks(
selectedDataset)
exportTemplate.exportMasterNetwork(network_data_result)
scenarios_data_result = Scenarios_Result_df.GetScenarios(
selectedDataset, selectedMasterNetworkName)
exportTemplate.exportScenario(scenarios_data_result)
nodes_data_result = Nodes_Result_df.GetNodesByScenario(
selectedDataset, selectedMasterNetworkName,
selectedScenarioName)
print "Count of Nodes data: {}".format(str(len(nodes_data_result)))
exportTemplate.exportNodes(nodes_data_result)
links_data_result = Links_Result_df.GetLinksByScenario(
selectedDataset, selectedMasterNetworkName,
selectedScenarioName)
print "Count of links data: {}".format(str(len(links_data_result)))
exportTemplate.exportLinkes(links_data_result)
print 'Good'
####################################################
# Data Values
####################################################
NumericValues_Result_df = GetAllValuesByScenario()
CategoricalValues_Result_df = GetAllValuesByScenario()
TextFreeValues_Result_df = GetAllValuesByScenario()
SeasonalNumericValues_Result_df = GetAllValuesByScenario()
TimeSeries_Result_df = GetAllValuesByScenario()
TimeSeriesValues_Result_df = GetAllValuesByScenario()
MultiColumns_Result_df = GetAllValuesByScenario()
Numeric_result_list = NumericValues_Result_df.GetAllNumericValues(
selectedDataset, selectedMasterNetworkName,
selectedScenarioName)
print "Count of Numeric data: {}".format(
str(len(Numeric_result_list)))
exportTemplate.exportNumericValue(Numeric_result_list)
result_list = CategoricalValues_Result_df.GetAllCategoricalValues(
selectedDataset, selectedMasterNetworkName,
selectedScenarioName)
print "Count of Categorical data: {}".format(str(len(result_list)))
exportTemplate.exportCategoricalValues(result_list)
result_list = TextFreeValues_Result_df.GetAllTextFree(
selectedDataset, selectedMasterNetworkName,
selectedScenarioName)
print "Count of TextFree data: {}".format(str(len(result_list)))
exportTemplate.exportFreeText(result_list)
result_list = SeasonalNumericValues_Result_df.GetAllSeasonalNumericValues(
selectedDataset, selectedMasterNetworkName,
selectedScenarioName)
print "Count of SeasonalNumeric data: {}".format(
str(len(result_list)))
exportTemplate.exportSeasonal(result_list)
result_list = TimeSeries_Result_df.GetAllTimeSeries(
selectedDataset, selectedMasterNetworkName,
selectedScenarioName)
print "Count of Timeseries data: {}".format(str(len(result_list)))
exportTemplate.exportTimeSeries(result_list)
result_list = TimeSeriesValues_Result_df.GetAllTimeSeriesValues(
selectedDataset, selectedMasterNetworkName,
selectedScenarioName)
result_list['DateTimeStamp'] = pd.to_datetime(
result_list.DateTimeStamp).apply(
lambda x: x.strftime('%m/%d/%Y'))
print "Count of Timeseriesvalues data: {}".format(
str(len(result_list)))
exportTemplate.exportTimeSeriesValues(result_list)
# multiple columns
up_table_column_result, bottom_table_result = MultiColumns_Result_df.GetAllMultiAttributeSeries(
selectedDataset, selectedMasterNetworkName,
selectedScenarioName)
exportTemplate.exportMulti(up_table_column_result,
bottom_table_result)
from Messages_forms.msg_successLoadDatabase import msg_successLoadDatabase
instance = msg_successLoadDatabase(None)
instance.m_staticText1.SetLabel(
"Successfully exported the data into the Excel template")
instance.ShowModal()
self.btn_Export_ScenarioData.Enabled = True
self.Destroy()
except Exception as e:
messageDlg = msg_somethigWrong(None, msg=e.message)
messageDlg.Show()
self.btn_Export_ScenarioData.Enabled = True
class dlg_ExportScenarioDataToExcel(WaMDaMWizard.dlg_ExportScenarioDataToExcel
):
def __init__(self, parent):
WaMDaMWizard.dlg_ExportScenarioDataToExcel.__init__(self, parent)
self.path = ''
try:
if not DB_Setup().get_session():
msg = "\n\nWarning: Please connect to sqlite first."
raise Exception(msg)
''' init combo model'''
self.dataStructure = GetResourceStructure()
self.datasets = self.dataStructure.GetResourceType()
list_acromy = list()
for index, row in self.datasets.iterrows():
list_acromy.append(row[0])
if list_acromy.__len__() > 0:
self.comboBox_selectModel.SetItems(list_acromy)
except Exception as e:
message = msg_somethigWrong(None, msg=e.message)
message.Show()
self.Destroy()
# Handlers for dlg_ExportScenarioDataToExcel events.
def comboBox_selectModelOnCombobox(self, event):
selectedDataset = self.comboBox_selectModel.Value
result = GetInstancesBySenario()
datas = result.GetMasterNetworks(selectedDataset)
GotMasterNetworkNames = []
for index, row in datas.iterrows():
GotMasterNetworkNames.append(row[0])
self.comboBox_selectNetwork.SetItems(GotMasterNetworkNames)
def comboBox_selectNetworkOnCombobox(self, event):
selectedMasterNetworkName = self.comboBox_selectNetwork.Value
result = GetInstancesBySenario()
datas = result.GetScenarios(self.comboBox_selectModel.Value,
selectedMasterNetworkName)
GotScenarioNames = []
for index, row in datas.iterrows():
GotScenarioNames.append(row[0])
self.comboBox_selectScenario.SetItems(GotScenarioNames)
def comboBox_selectScenarioOnCombobox(self, event):
# TODO: Implement comboBox_selectScenarioOnCombobox
pass
def DirectoryPicker_ExportToExcelOnFileChanged(self, event):
valid_extension = ['xls', 'xlsx']
self.path = self.DirectoryPicker_ExportToExcel.GetPath()
# Because use directory picker dialog, add file name.
# Create file name to export containing "ResourceTypeAcronum" and "NetworkName".
selectedDataset = self.comboBox_selectModel.Value
selectedMasterNetworkName = self.comboBox_selectNetwork.Value
file_name_to_export = "{}_{}".format(selectedDataset,
selectedMasterNetworkName)
self.path = "{}/{}.xlsx".format(self.path, file_name_to_export)
print 'This is working just fine...'
print self.path
def btn_Export_ScenarioDataOnButtonClick(self, event):
selectedDataset = self.comboBox_selectModel.Value
selectedMasterNetworkName = self.comboBox_selectNetwork.Value
selectedScenarioName = self.comboBox_selectScenario.Value
# Check whether user select needed items correctly
message = ''
if (selectedDataset == None or selectedDataset == ''):
message = 'Select the resource type (e.g, model name) in WamDam.'
elif selectedMasterNetworkName == None or selectedMasterNetworkName == '':
message = 'Select the MasterNetworkName.'
elif selectedScenarioName == None or selectedScenarioName == '':
message = 'Select the ScenarioName.'
elif not ['xls', 'xlsx', 'xlsm', 'xls'].__contains__(
self.path.split('.')[-1]):
message = 'Please provide a directory for the output excel file.'
if message != '':
messageDlg = msg_somethigWrong(None, msg=message)
messageDlg.ShowModal()
return
print 'this is done'
try:
self.btn_Export_ScenarioData.Enabled = False
exportTemplate = ExportTemplate(self.path)
####################################################
# Rescour Type structure
####################################################
ResourceType_Result_df = GetResourceStructure()
ObjectTypes_Result_df = GetResourceStructure()
Attributes_Result_df = GetResourceStructure()
resources_result = ResourceType_Result_df.GetResourceType(
selectedDataset)
data_result = ObjectTypes_Result_df.GetObjectTypesByResource(
selectedDataset)
exportTemplate.exportResourcesType(resources_result, data_result)
# data_result = ObjectTypes_Result_df.GetObjectTypesByResource(selectedDataset)
# exportTemplate.exportObjecttypes(data_result)
attributes_result = Attributes_Result_df.GetAttributesByResource(
selectedDataset)
print "Count of attrs data: {}".format(str(len(attributes_result)))
exportTemplate.exportAttributes(attributes_result)
####################################################
# Metadata
####################################################
Organizations_Result_df = GetMetadataByScenario()
People_Result_df = GetMetadataByScenario()
Sources_Result_df = GetMetadataByScenario()
Methods_Result_df = GetMetadataByScenario()
organization_result = Organizations_Result_df.GetOrganizationsByScenario(
selectedDataset, selectedMasterNetworkName,
selectedScenarioName)
exportTemplate.exportOrganizations(organization_result)
people_result = People_Result_df.GetPeopleByScenario(
selectedDataset, selectedMasterNetworkName,
selectedScenarioName)
exportTemplate.exportPeople(people_result)
source_result = Sources_Result_df.GetSourcesByScenario(
selectedDataset, selectedMasterNetworkName,
selectedScenarioName)
exportTemplate.exportSources(source_result)
method_result = Methods_Result_df.GetMethodsByScenario(
selectedDataset, selectedMasterNetworkName,
selectedScenarioName)
exportTemplate.exportMethods(method_result)
####################################################
# Instances
####################################################
Network_Result_df = GetInstancesBySenario()
Scenarios_Result_df = GetInstancesBySenario()
Nodes_Result_df = GetInstancesBySenario()
Links_Result_df = GetInstancesBySenario()
network_data_result = Network_Result_df.GetMasterNetworks(
selectedDataset)
exportTemplate.exportMasterNetwork(network_data_result)
scenarios_data_result = Scenarios_Result_df.GetScenarios(
selectedDataset, selectedMasterNetworkName)
exportTemplate.exportScenario(scenarios_data_result)
nodes_data_result = Nodes_Result_df.GetNodesByScenario(
selectedDataset, selectedMasterNetworkName,
selectedScenarioName)
print "Count of Nodes data: {}".format(str(len(nodes_data_result)))
exportTemplate.exportNodes(nodes_data_result)
links_data_result = Links_Result_df.GetLinksByScenario(
selectedDataset, selectedMasterNetworkName,
selectedScenarioName)
print "Count of links data: {}".format(str(len(links_data_result)))
exportTemplate.exportLinkes(links_data_result)
print 'Good'
####################################################
# Data Values
####################################################
NumericValues_Result_df = GetAllValuesByScenario()
CategoricalValues_Result_df = GetAllValuesByScenario()
TextFreeValues_Result_df = GetAllValuesByScenario()
SeasonalNumericValues_Result_df = GetAllValuesByScenario()
TimeSeries_Result_df = GetAllValuesByScenario()
TimeSeriesValues_Result_df = GetAllValuesByScenario()
MultiColumns_Result_df = GetAllValuesByScenario()
Numeric_result_list = NumericValues_Result_df.GetAllNumericValues(
selectedDataset, selectedMasterNetworkName,
selectedScenarioName)
print "Count of Numeric data: {}".format(
str(len(Numeric_result_list)))
exportTemplate.exportNumericValue(Numeric_result_list)
result_list = CategoricalValues_Result_df.GetAllCategoricalValues(
selectedDataset, selectedMasterNetworkName,
selectedScenarioName)
print "Count of Categorical data: {}".format(str(len(result_list)))
exportTemplate.exportCategoricalValues(result_list)
result_list = TextFreeValues_Result_df.GetAllTextFree(
selectedDataset, selectedMasterNetworkName,
selectedScenarioName)
print "Count of TextFree data: {}".format(str(len(result_list)))
exportTemplate.exportFreeText(result_list)
result_list = SeasonalNumericValues_Result_df.GetAllSeasonalNumericValues(
selectedDataset, selectedMasterNetworkName,
selectedScenarioName)
print "Count of SeasonalNumeric data: {}".format(
str(len(result_list)))
exportTemplate.exportSeasonal(result_list)
result_list = TimeSeries_Result_df.GetAllTimeSeries(
selectedDataset, selectedMasterNetworkName,
selectedScenarioName)
print "Count of Timeseries data: {}".format(str(len(result_list)))
exportTemplate.exportTimeSeries(result_list)
result_list = TimeSeriesValues_Result_df.GetAllTimeSeriesValues(
selectedDataset, selectedMasterNetworkName,
selectedScenarioName)
result_list['DateTimeStamp'] = pd.to_datetime(
result_list.DateTimeStamp).apply(
lambda x: x.strftime('%m/%d/%Y'))
print "Count of Timeseriesvalues data: {}".format(
str(len(result_list)))
exportTemplate.exportTimeSeriesValues(result_list)
# multiple columns
up_table_column_result, bottom_table_result = MultiColumns_Result_df.GetAllMultiAttributeSeries(
selectedDataset, selectedMasterNetworkName,
selectedScenarioName)
exportTemplate.exportMulti(up_table_column_result,
bottom_table_result)
from Messages_forms.msg_successLoadDatabase import msg_successLoadDatabase
instance = msg_successLoadDatabase(None)
instance.m_staticText1.SetLabel(
"Successfully exported the data into the Excel template")
instance.ShowModal()
self.btn_Export_ScenarioData.Enabled = True
self.Destroy()
except Exception as e:
messageDlg = msg_somethigWrong(None, msg=e.message)
messageDlg.Show()
self.btn_Export_ScenarioData.Enabled = True
# raise Exception(e.message)
def write2excel(self, resutl_list, startRow, sheet):
try:
for row_id, row in enumerate(resutl_list):
for col_id, cell in enumerate(row):
sheet.cell(row=row_id + startRow,
column=col_id + 1,
value=cell)
except Exception as e:
print e
messageDlg = msg_somethigWrong(None, msg=e.message)
messageDlg.Show()
raise Exception(e.message)
def btn_cancelOnButtonClick(self, event):
# TODO: Implement btn_cancelOnButtonClick
self.Close()
class dlg_VisulaizeWaMDaM(Publish_Viz.dlg_VisulaizeWaMDaM):
def __init__(self, parent):
Publish_Viz.dlg_VisulaizeWaMDaM.__init__(self, parent)
if self.checkConnectingToSqlite():
# self.m_textCtrl11.Value = '*****@*****.**'
# self.m_textCtrl12.Value = 'OApass1'
self.userName = self.m_textCtrl11.Value
self.password = self.m_textCtrl12.Value
else:
msg = "Warning: Please connect to sqlite."
msg_somethigWrong(self, msg).ShowModal()
self.Destroy()
def hydra(self):
endpoint = 'https://www.openagua.org/api/v1/hydra/'
return Hydra_OA(endpoint, self.m_textCtrl11.Value,
self.m_textCtrl12.Value)
# Handlers for dlg_VisulaizeWaMDaM events.
def Btn_LoginOnButtonClick(self, event):
# TODO: Implement Btn_LoginOnButtonClick
try:
self.userName = self.m_textCtrl11.Value
self.password = self.m_textCtrl12.Value
if not self.m_textCtrl11.Value or not self.m_textCtrl12.Value:
raise Exception("Provide a username and password")
self.usern = self.m_textCtrl11.Value
self.passw = self.m_textCtrl12.Value
projects = self.hydra()._call('get_projects')
project_names = []
for p in projects:
project_names.append(str(p['name']))
self.m_SelectProject.SetItems(project_names)
self.dataStructure = GetResourceStructure()
self.datasets = self.dataStructure.GetResourceType()
list_acromy = list()
for index, row in self.datasets.iterrows():
list_acromy.append(row[0])
if list_acromy.__len__() > 0:
self.m_SelectModel.SetItems(list_acromy)
except Exception as e:
messageDlg = msg_somethigWrong(None, msg=e.args[0])
messageDlg.Show()
# Handlers for dlg_VisulaizeWaMDaM events.
def btn_UploadToOpenAguaOnButtonClick(self, event):
# TODO: Implement btn_UploadToOpenAguaOnButtonClick
userName = self.m_textCtrl11.Value
password = self.m_textCtrl12.Value
try:
projectName = self.m_textCtrl7.Value
if not projectName:
if self.m_SelectProject.Value == "":
raise Exception("Provide an OpenAgua project name")
else:
projectName = self.m_SelectProject.Value
else:
if self.m_SelectProject.Value != "":
raise Exception("Select only an OpenAgua project name")
selectedResourceTypeAcro = self.m_SelectModel.Value
if not selectedResourceTypeAcro:
raise Exception("Select a Model")
selectedMasterNetworkName = self.m_SelectNetwork.Value
if not selectedResourceTypeAcro:
raise Exception("Select a Network")
if self.SelectScenario.GetSelectedItemCount() < 1:
raise Exception("Select a Scenario")
index = self.SelectScenario.GetFirstSelected()
selectedScenarioNames = []
while index != -1:
item = self.SelectScenario.GetItem(itemId=index)
selectedScenarioName = item.GetText()
# store the many selected scenarios into a dict? then pass them for the for loop
selectedScenarioNames.append(selectedScenarioName)
# do something with the items
index = self.SelectScenario.GetNextSelected(index)
# add project here? then just pass its my_new_project.id to the controller
UploadToOpenAgua(selectedResourceTypeAcro,
selectedMasterNetworkName, selectedScenarioNames,
projectName, userName, password)
from viewer.Messages_forms.msg_connSQLiteSuccs import msg_connSQLiteSuccs
msgdlg = msg_connSQLiteSuccs(self)
msgdlg.setMessage(
"\n\nSuccessfully, Uploaded the model to OpenAgua file.")
msgdlg.ShowModal()
self.Destroy()
except Exception as e:
# pass
msg_somethigWrong(self, e.args[0]).ShowModal()
def btn_cancelOnButtonClick(self, event):
# TODO: Implement btn_cancelOnButtonClick
self.Destroy()
def m_SelectProjectOnCombobox(self, event):
# TODO: Implement m_SelectProjectOnCombobox
pass
def m_SelectModelOnCombobox(self, event):
selectedDataset = self.m_SelectModel.Value
result = GetInstancesBySenario()
datas = result.GetMasterNetworks(selectedDataset)
GotMasterNetworkNames = []
for index, row in datas.iterrows():
GotMasterNetworkNames.append(row[0])
self.m_SelectNetwork.SetItems(GotMasterNetworkNames)
def m_SelectNetworkOnCombobox(self, event):
selectedMasterNetworkName = self.m_SelectNetwork.Value
result = GetInstancesBySenario()
datas = result.GetScenarios(self.m_SelectModel.Value,
selectedMasterNetworkName)
GotScenarioNames = []
self.SelectScenario.DeleteAllItems()
for index, row in datas.iterrows():
self.SelectScenario.InsertStringItem(index, row[0])
GotScenarioNames.append(row[0])
# self.SelectScenario.Append(GotScenarioNames)
def checkConnectingToSqlite(self):
db_setup = DB_Setup()
if not db_setup.get_session():
return False
return True
def SelectScenarioOnListBeginDrag(self, event):
# TODO: Implement SelectScenarioOnListBeginDrag
pass
def SelectScenarioOnListBeginLabelEdit(self, event):
# TODO: Implement SelectScenarioOnListBeginLabelEdit
pass
def SelectScenarioOnListBeginRDrag(self, event):
# TODO: Implement SelectScenarioOnListBeginRDrag
pass
def SelectScenarioOnListCacheHint(self, event):
# TODO: Implement SelectScenarioOnListCacheHint
pass
def SelectScenarioOnListColBeginDrag(self, event):
# TODO: Implement SelectScenarioOnListColBeginDrag
pass
def SelectScenarioOnListColClick(self, event):
# TODO: Implement SelectScenarioOnListColClick
pass
def SelectScenarioOnListColDragging(self, event):
# TODO: Implement SelectScenarioOnListColDragging
pass
def SelectScenarioOnListColEndDrag(self, event):
# TODO: Implement SelectScenarioOnListColEndDrag
pass
def SelectScenarioOnListColRightClick(self, event):
# TODO: Implement SelectScenarioOnListColRightClick
pass
def SelectScenarioOnListDeleteAllItems(self, event):
# TODO: Implement SelectScenarioOnListDeleteAllItems
pass
def SelectScenarioOnListDeleteItem(self, event):
# TODO: Implement SelectScenarioOnListDeleteItem
pass
def SelectScenarioOnListEndLabelEdit(self, event):
# TODO: Implement SelectScenarioOnListEndLabelEdit
pass
def SelectScenarioOnListInsertItem(self, event):
# TODO: Implement SelectScenarioOnListInsertItem
pass
def SelectScenarioOnListItemActivated(self, event):
# TODO: Implement SelectScenarioOnListItemActivated
pass
def SelectScenarioOnListItemDeselected(self, event):
# TODO: Implement SelectScenarioOnListItemDeselected
pass
def SelectScenarioOnListItemFocused(self, event):
# TODO: Implement SelectScenarioOnListItemFocused
pass
def SelectScenarioOnListItemMiddleClick(self, event):
# TODO: Implement SelectScenarioOnListItemMiddleClick
pass
def SelectScenarioOnListItemRightClick(self, event):
# TODO: Implement SelectScenarioOnListItemRightClick
pass
def SelectScenarioOnListItemSelected(self, event):
# TODO: Implement SelectScenarioOnListItemSelected
pass
def SelectScenarioOnListKeyDown(self, event):
# TODO: Implement SelectScenarioOnListKeyDown
pass
class dlg_compare_scenarios(WaMDaMWizard.dlg_compare_scenarios):
def __init__(self, parent):
WaMDaMWizard.dlg_compare_scenarios.__init__(self, parent)
self.path = ''
try:
if not self.checkConnectingToSqlite():
msg = "\n\nWarning: Please connect to sqlite first."
raise Exception(msg)
''' init model combobox'''
self.dataStructure = GetResourceStructure()
self.instances = GetInstancesBySenario()
self.datasets = self.dataStructure.GetResourceType()
self.compareScenarios = GetComapreScenarios()
list_acromy = list()
for index, row in self.datasets.iterrows():
list_acromy.append(row["ResourceTypeAcronym"])
if list_acromy.__len__() > 0:
self.comboBox_selectModel.SetItems(list_acromy)
except Exception as e:
message = msg_somethigWrong(None, msg=e.message)
message.ShowModal()
self.Destroy()
# Handlers for dlg_compare_scenarios events.
def comboBox_selectModelOnCombobox(self, event):
''' init network combobox once model combobox change'''
selectedDataset = self.comboBox_selectModel.Value
result = GetInstancesBySenario()
gotMasterNetwork = result.GetMasterNetworks(selectedDataset)
list_Networks = list()
for index, row in gotMasterNetwork.iterrows():
list_Networks.append(row["MasterNetworkName"])
if list_Networks.__len__() > 0:
self.comboBox_selectNetwork.SetItems(list_Networks)
def comboBox_selectNetworkOnCombobox(self, event):
''' init first scenario combobox once network combobox change'''
selectedMasterNetworkName = self.comboBox_selectNetwork.Value
selectedDataset = self.comboBox_selectModel.Value
result = GetInstancesBySenario()
gotScenarioNames = result.GetScenarios(selectedDataset,
selectedMasterNetworkName)
list_Scenarios = list()
for index, row in gotScenarioNames.iterrows():
list_Scenarios.append(row["ScenarioName"])
if gotScenarioNames.__len__() <= 0:
return
self.comboBox_selectScenario1.SetItems(list_Scenarios)
def comboBox_selectScenario1OnCombobox(self, event):
''' init second scenario combobox once first scenario change'''
selectedMasterNetworkName = self.comboBox_selectNetwork.Value
selectedDataset = self.comboBox_selectModel.Value
result = GetInstancesBySenario()
gotScenarios = result.GetScenarios(selectedDataset,
selectedMasterNetworkName)
list_Scenarios = list()
for index, row in gotScenarios.iterrows():
list_Scenarios.append(row["ScenarioName"])
if list_Scenarios.__len__() <= 0:
return
selected_scenario1 = self.comboBox_selectScenario1.Value
selected_index = list_Scenarios.index(selected_scenario1)
list_Scenarios.pop(selected_index)
self.comboBox_selectScenario2.SetItems(list_Scenarios)
pass
def comboBox_selectScenario2OnCombobox(self, event):
# TODO: Implement comboBox_selectScenario2OnCombobox
pass
def FilePicker_compareScenariosOnFileChanged(self, event):
valid_extension = ['xlsx']
self.path = self.FilePicker_compareScenarios.GetPath()
if not (self.path.split('.')[-1] in valid_extension):
message = msg_somethigWrong(None,
msg="Please select a valid Excel File")
message.ShowModal()
return
print 'This is working just fine...'
print self.path
book2 = load_workbook(self.path)
# bring all the checks below to up here?
sheetnames = [
"ChangeInTopology", "ChangeInMetadata_Topology",
"ChangeInMetadata_Attributes", "ChangeInValues"
]
for name in sheetnames:
if not name in book2.sheetnames:
book2.close()
message = msg_somethigWrong(
None, msg="Please select a valid Excel File")
message.ShowModal()
return
book2.close()
def btn_compare_scenariosOnButtonClick(self, event):
self.btn_compare_scenarios.Enabled = False
''' Get selected data(Dataset, MasterNetworkName, ScenarioName1, ScenarioName2) '''
selectedDataset = self.comboBox_selectModel.Value
selectedMasterNetworkName = self.comboBox_selectNetwork.Value
selectedScenarioName1 = self.comboBox_selectScenario1.Value
selectedScenarioName2 = self.comboBox_selectScenario2.Value
''' Check if needed names are correctly selected '''
message = ''
if (selectedDataset == None or selectedDataset == ''):
message = 'Select the model name in WamDam.'
elif selectedMasterNetworkName == None or selectedMasterNetworkName == '':
message = 'Select the MasterNetworkName.'
elif selectedScenarioName1 == None or selectedScenarioName1 == '':
message = 'Select the ScenarioName1.'
elif selectedScenarioName2 == None or selectedScenarioName2 == '':
message = 'Select the ScenarioName2.'
elif not ['xlsx'].__contains__(self.path.split('.')[-1]):
message = 'please select a valid excel file.'
'''if warning message exists, then show msg dialog and return.'''
if message != '':
messageDlg = msg_somethigWrong(None, msg=message)
messageDlg.Show()
return
''' Get data for changed topology by selected scenarios'''
resultData = self.compareScenarios.GetComapreScenarios(
selectedDataset, selectedMasterNetworkName, selectedScenarioName1,
selectedScenarioName2)
unique1ResultData = self.compareScenarios.GetUniqueTopology_Scenario2(
selectedDataset, selectedMasterNetworkName, selectedScenarioName1,
selectedScenarioName2)
unique2ResultData = self.compareScenarios.GetUniqueTopology_Scenario1(
selectedDataset, selectedMasterNetworkName, selectedScenarioName1,
selectedScenarioName2)
commonResultData = self.compareScenarios.GetCommonTopology(
selectedDataset, selectedMasterNetworkName, selectedScenarioName1,
selectedScenarioName2)
i = 0
k = 0
''' in data for changed topology, pop common data '''
for i in range(0, len(unique1ResultData)):
unique1Data = unique1ResultData[i - k]
j = 0
isSame = False
for unique2Data in unique2ResultData:
if unique1Data[0] == unique2Data[0] and unique1Data[
1] == unique2Data[1] and unique1Data[2] == unique2Data[
2]:
isSame = True
break
j += 1
if isSame:
unique1ResultData.pop(i - k)
unique2ResultData.pop(j)
k += 1
''' pop common data in union result'''
i = 0
k = 0
for i in range(0, len(commonResultData)):
unique1Data = commonResultData[i - k]
j = 0
isSame = False
for unique2Data in unique2ResultData:
if unique1Data[0] == unique2Data[0] and unique1Data[
1] == unique2Data[1] and unique1Data[2] == unique2Data[
2]:
isSame = True
break
if not isSame:
for unique1Data0 in unique1ResultData:
if unique1Data[0] == unique1Data0[0] and unique1Data[
1] == unique1Data0[1] and unique1Data[
2] == unique1Data0[2]:
isSame = True
break
if isSame:
commonResultData.pop(i - k)
k += 1
'''get changed metadata'''
changeInMetadataList = self.compareScenarios.GetChangeInMetadata_Topology(
selectedDataset, selectedMasterNetworkName, selectedScenarioName1,
selectedScenarioName2)
# print the result to this excel sheet: ChangeInMetadata_Attributes
changeInMetadataValueList = self.compareScenarios.GetChangeInMetaValues_Attributes(
selectedDataset, selectedMasterNetworkName, selectedScenarioName1,
selectedScenarioName2)
''' init metadata'''
changeInMetadataList_result = []
firstScenarioCount = 0
commonScenarioCount = 0
secondScenarioCount = 0
totalcount = 0
for unique1Data in changeInMetadataList:
j = 0
isSame = False
for row in changeInMetadataList_result:
if unique1Data[0] == row[0] and unique1Data[1] == row[
1] and unique1Data[2] == row[2] and unique1Data[
3] == row[3]:
isSame = True
if unique1Data[4] != row[4]:
if len(changeInMetadataList_result[j]) == 12:
'''second senario data append'''
changeInMetadataList_result[j][9] = unique1Data[4]
changeInMetadataList_result[j][10] = unique1Data[5]
changeInMetadataList_result[j][11] = unique1Data[6]
else:
changeInMetadataList_result[j].append(
unique1Data[4])
changeInMetadataList_result[j].append(
unique1Data[5])
changeInMetadataList_result[j].append(
unique1Data[6])
j += 1
if not isSame:
changeInMetadataList_result.append(unique1Data)
firstScenarioCount = len(unique2ResultData)
secondScenarioCount = len(unique1ResultData)
commonScenarioCount = len(commonResultData)
totalcount = firstScenarioCount + secondScenarioCount + commonScenarioCount
''' print the result to this excel sheet: ChangeInMetadata_Attributes '''
changeInMetadataAttributeList_result = []
for unique1Data in changeInMetadataValueList:
j = 0
isSame = False
for row in changeInMetadataAttributeList_result:
if unique1Data[0] == row[0] and unique1Data[1] == row[
1] and unique1Data[2] == row[2] and unique1Data[
3] == row[3]:
isSame = True
if unique1Data[5] != row[5]:
if len(changeInMetadataAttributeList_result[j]) > 11:
'''second senario data append'''
changeInMetadataAttributeList_result[j][
10] = unique1Data[5]
changeInMetadataAttributeList_result[j][
11] = unique1Data[6]
changeInMetadataAttributeList_result[j][
12] = unique1Data[7]
else:
changeInMetadataAttributeList_result[j].append(
unique1Data[5])
changeInMetadataAttributeList_result[j].append(
unique1Data[6])
changeInMetadataAttributeList_result[j].append(
unique1Data[7])
j += 1
if not isSame:
changeInMetadataAttributeList_result.append(unique1Data)
print '**************'
try:
if self.path.split('.')[-1] == 'xlsx':
book2 = load_workbook(self.path)
additionsToTopologySheet = book2["ChangeInTopology"]
changeInMetadataToTopologySheet = book2[
"ChangeInMetadata_Topology"]
changeInMetavaluesTopologySheet = book2[
"ChangeInMetadata_Attributes"]
changeInValuesSheet = book2["ChangeInValues"]
additionsToTopologySheet.cell(row=3,
column=2,
value=firstScenarioCount)
additionsToTopologySheet.cell(row=3,
column=5,
value=commonScenarioCount)
additionsToTopologySheet.cell(row=3,
column=8,
value=secondScenarioCount)
additionsToTopologySheet.cell(
row=4,
column=2,
value=str(
round(
float(firstScenarioCount) /
float(1 if totalcount == 0 else totalcount), 3) *
100.0) + "%")
additionsToTopologySheet.cell(
row=4,
column=5,
value=str(
round(
float(commonScenarioCount) /
float(1 if totalcount == 0 else totalcount), 3) *
100.0) + "%")
additionsToTopologySheet.cell(
row=4,
column=8,
value=str(
round(
float(secondScenarioCount) /
float(1 if totalcount == 0 else totalcount), 3) *
100.0) + "%")
rowNumber = 7
for row_id, row in enumerate(unique2ResultData):
for col_id, cell in enumerate(row):
additionsToTopologySheet.cell(row=rowNumber,
column=col_id + 1,
value=cell)
rowNumber += 1
for row_id, row in enumerate(unique1ResultData):
for col_id, cell in enumerate(row):
additionsToTopologySheet.cell(row=rowNumber,
column=col_id + 7,
value=cell)
rowNumber += 1
for row_id, row in enumerate(commonResultData):
for col_id, cell in enumerate(row):
additionsToTopologySheet.cell(row=rowNumber,
column=col_id + 4,
value=cell)
rowNumber += 1
i = 0
count_first_source = 0
count_second_source = 0
count_first_method = 0
count_second_method = 0
count_common_source = 0
count_common_method = 0
for row_id, row in enumerate(changeInMetadataList_result):
# if row.__len__() < 10:
# continue
if row.__len__(
) > 10 and row[5] == row[10] and row[6] == row[11]:
continue
for col_id, cell in enumerate(row):
if col_id < 4:
changeInMetadataToTopologySheet.cell(
row=i + 6, column=col_id + 1, value=cell)
# changeInMetavaluesTopologySheet.cell(row=i + 6, column=col_id + 1, value=cell)
elif col_id == 4:
if cell == selectedScenarioName1:
changeInMetadataToTopologySheet.cell(
row=i + 6, column=col_id + 1, value=row[5])
changeInMetadataToTopologySheet.cell(
row=i + 6, column=7, value=row[6])
# changeInMetavaluesTopologySheet.cell(row=i + 6, column=col_id + 1, value=row[5])
# changeInMetavaluesTopologySheet.cell(row=i + 6, column=7, value=row[6])
if not row[5] is None and row[5] != '':
count_first_source += 1
if not row[6] is None and row[6] != '':
count_first_method += 1
else:
changeInMetadataToTopologySheet.cell(
row=i + 6, column=col_id + 2, value=row[5])
changeInMetadataToTopologySheet.cell(
row=i + 6, column=8, value=row[6])
# changeInMetavaluesTopologySheet.cell(row=i + 6, column=col_id + 2, value=row[5])
# changeInMetavaluesTopologySheet.cell(row=i + 6, column=8, value=row[6])
if not row[5] is None and row[5] != '':
count_second_method += 1
if not row[6] is None and row[6] != '':
count_second_source += 1
# if len(row) < 10:
# break
elif col_id == 9:
if cell == selectedScenarioName1:
changeInMetadataToTopologySheet.cell(
row=i + 6, column=5, value=row[10])
changeInMetadataToTopologySheet.cell(
row=i + 6, column=7, value=row[11])
# changeInMetavaluesTopologySheet.cell(row=i + 6, column=5, value=row[10])
# changeInMetavaluesTopologySheet.cell(row=i + 6, column=7, value=row[11])
if not row[10] is None and row[10] != '':
count_first_source += 1
if not row[11] is None and row[11] != '':
count_first_method += 1
else:
changeInMetadataToTopologySheet.cell(
row=i + 6, column=6, value=row[10])
changeInMetadataToTopologySheet.cell(
row=i + 6, column=8, value=row[11])
# changeInMetavaluesTopologySheet.cell(row=i + 6, column=6, value=row[10])
# changeInMetavaluesTopologySheet.cell(row=i + 6, column=8, value=row[11])
if not row[10] is None and row[10] != '':
count_second_method += 1
if not row[11] is None and row[11] != '':
count_second_source += 1
break
if row.__len__() > 10 and row[5] == row[10]:
changeInMetadataToTopologySheet.cell(row=i + 6,
column=9,
value=row[10])
changeInMetadataToTopologySheet.cell(row=i + 6,
column=5,
value="")
changeInMetadataToTopologySheet.cell(row=i + 6,
column=6,
value="")
# changeInMetavaluesTopologySheet.cell(row=i + 6, column=9, value=row[10])
# changeInMetavaluesTopologySheet.cell(row=i + 6, column=5, value="")
# changeInMetavaluesTopologySheet.cell(row=i + 6, column=6, value="")
count_common_source += 1
count_first_source -= 1
count_second_source -= 1
if row.__len__() > 10 and row[6] == row[11]:
changeInMetadataToTopologySheet.cell(row=i + 6,
column=10,
value=row[11])
changeInMetadataToTopologySheet.cell(row=i + 6,
column=7,
value="")
changeInMetadataToTopologySheet.cell(row=i + 6,
column=8,
value="")
# changeInMetavaluesTopologySheet.cell(row=i + 6, column=10, value=row[11])
# changeInMetavaluesTopologySheet.cell(row=i + 6, column=7, value="")
# changeInMetavaluesTopologySheet.cell(row=i + 6, column=8, value="")
count_first_method -= 1
count_second_method -= 1
count_common_method += 1
i += 1
count_first_source_attr = 0
count_second_source_attr = 0
count_first_method_attr = 0
count_second_method_attr = 0
count_common_source_attr = 0
count_common_method_attr = 0
i = 0
''' print the result to this excel sheet: ChangeInMetadata_Attributes '''
for row_id, row in enumerate(
changeInMetadataAttributeList_result):
# if row.__len__() < 10:
# continue
if row.__len__(
) > 10 and row[6] == row[11] and row[7] == row[12]:
continue
for col_id, cell in enumerate(row):
if col_id < 4:
# changeInMetadataToTopologySheet.cell(row=i + 6, column=col_id + 1, value=cell)
changeInMetavaluesTopologySheet.cell(
row=i + 6, column=col_id + 1, value=cell)
elif col_id == 5:
if cell == selectedScenarioName1:
changeInMetavaluesTopologySheet.cell(
row=i + 6, column=5, value=row[6])
changeInMetavaluesTopologySheet.cell(
row=i + 6, column=7, value=row[7])
if not row[6] is None and row[6] != '':
count_first_source_attr += 1
if not row[7] is None and row[7] != '':
count_first_method_attr += 1
else:
changeInMetavaluesTopologySheet.cell(
row=i + 6, column=6, value=row[6])
changeInMetavaluesTopologySheet.cell(
row=i + 6, column=8, value=row[7])
if not row[6] is None and row[6] != '':
count_second_method_attr += 1
if not row[7] is None and row[7] != '':
count_second_source_attr += 1
# if len(row) < 10:
# break
elif col_id == 10:
if cell == selectedScenarioName1:
# changeInMetadataToTopologySheet.cell(row=i + 6, column=5, value=row[10])
# changeInMetadataToTopologySheet.cell(row=i + 6, column=7, value=row[11])
changeInMetavaluesTopologySheet.cell(
row=i + 6, column=5, value=row[11])
changeInMetavaluesTopologySheet.cell(
row=i + 6, column=7, value=row[12])
if not row[11] is None and row[11] != '':
count_first_source_attr += 1
if not row[12] is None and row[12] != '':
count_first_method_attr += 1
else:
# changeInMetadataToTopologySheet.cell(row=i + 6, column=6, value=row[11])
# changeInMetadataToTopologySheet.cell(row=i + 6, column=8, value=row[12])
changeInMetavaluesTopologySheet.cell(
row=i + 6, column=6, value=row[11])
changeInMetavaluesTopologySheet.cell(
row=i + 6, column=8, value=row[12])
if not row[11] is None and row[11] != '':
count_second_method_attr += 1
if not row[12] is None and row[12] != '':
count_second_source_attr += 1
break
if row.__len__() > 10 and row[6] == row[11]:
# changeInMetadataToTopologySheet.cell(row=i + 6, column=9, value=row[11])
# changeInMetadataToTopologySheet.cell(row=i + 6, column=5, value="")
# changeInMetadataToTopologySheet.cell(row=i + 6, column=6, value="")
changeInMetavaluesTopologySheet.cell(row=i + 6,
column=9,
value=row[11])
changeInMetavaluesTopologySheet.cell(row=i + 6,
column=5,
value="")
changeInMetavaluesTopologySheet.cell(row=i + 6,
column=6,
value="")
count_common_source_attr += 1
count_first_source_attr -= 1
count_second_source_attr -= 1
if row.__len__() > 10 and row[7] == row[12]:
# changeInMetadataToTopologySheet.cell(row=i + 6, column=10, value=row[11])
# changeInMetadataToTopologySheet.cell(row=i + 6, column=7, value="")
# changeInMetadataToTopologySheet.cell(row=i + 6, column=8, value="")
changeInMetavaluesTopologySheet.cell(row=i + 6,
column=10,
value=row[12])
changeInMetavaluesTopologySheet.cell(row=i + 6,
column=7,
value="")
changeInMetavaluesTopologySheet.cell(row=i + 6,
column=8,
value="")
count_common_method_attr += 1
count_second_method_attr -= 1
count_first_method_attr -= 1
i += 1
first_scenario_value_count = 0
second_scenario_value_count = 0
list_changInValue = []
for row_id, row in enumerate(changeInMetadataValueList):
macth_flag = False
for row_i, result in enumerate(list_changInValue):
if result[0] == row[0] and result[1] == row[
1] and result[2] == row[2] and result[
3] == row[3]:
if row[5] == selectedScenarioName1:
first_scenario_value_count += 1
list_changInValue[row_i][5] = row[9]
else:
second_scenario_value_count += 1
list_changInValue[row_i][6] = row[9]
macth_flag = True
break
if not macth_flag:
items = []
firstScenarioFlag = True
for col_id, cell in enumerate(row):
if col_id < 5:
items.append(cell)
else:
if col_id == 5:
if cell == selectedScenarioName2:
firstScenarioFlag = False
elif col_id == 9:
if firstScenarioFlag:
first_scenario_value_count += 1
items.append(cell)
items.append('')
else:
second_scenario_value_count += 1
items.append('')
items.append(cell)
list_changInValue.append(items)
for row_id, row in enumerate(list_changInValue):
for col_id, cell in enumerate(row):
changeInValuesSheet.cell(row=row_id + 6,
column=col_id + 1,
value=cell)
# print the scenario names in F and G
changeInValuesSheet.cell(row=4,
column=6,
value=selectedScenarioName1)
changeInValuesSheet.cell(row=4,
column=7,
value=selectedScenarioName2)
allValueCount = self.compareScenarios.AllValuesMapperCount(
selectedDataset, selectedMasterNetworkName)
# print values to column F: Unique to Scenario 1
changeInValuesSheet.cell(row=2,
column=6,
value=first_scenario_value_count)
changeInValuesSheet.cell(
row=3,
column=6,
value=str(
round(
float(first_scenario_value_count) * 100.0 /
float(allValueCount), 2)) + '%')
# print values to column G: Unique to Scenario 2
changeInValuesSheet.cell(row=2,
column=7,
value=second_scenario_value_count)
changeInValuesSheet.cell(
row=3,
column=7,
value=str(
round(
float(second_scenario_value_count) * 100 /
float(allValueCount), 2)) + '%')
common_count = allValueCount - first_scenario_value_count - second_scenario_value_count
# print values to column H: Common to both
changeInValuesSheet.cell(row=2, column=8, value=common_count)
changeInValuesSheet.cell(
row=3,
column=8,
value=str(
round(
float(common_count) * 100 / float(allValueCount),
2)) + '%')
changeInValuesSheet.cell(row=2, column=9, value=allValueCount)
changeInValuesSheet.cell(row=3, column=9, value='100%')
additionsToTopologySheet.cell(row=2,
column=2,
value=selectedScenarioName1)
additionsToTopologySheet.cell(row=2,
column=8,
value=selectedScenarioName2)
changeInMetadataToTopologySheet.cell(
row=4, column=5, value=selectedScenarioName1)
changeInMetadataToTopologySheet.cell(
row=4, column=6, value=selectedScenarioName2)
changeInMetadataToTopologySheet.cell(
row=4, column=7, value=selectedScenarioName1)
changeInMetadataToTopologySheet.cell(
row=4, column=8, value=selectedScenarioName2)
changeInMetavaluesTopologySheet.cell(
row=4, column=5, value=selectedScenarioName1)
changeInMetavaluesTopologySheet.cell(
row=4, column=6, value=selectedScenarioName2)
changeInMetavaluesTopologySheet.cell(
row=4, column=7, value=selectedScenarioName1)
changeInMetavaluesTopologySheet.cell(
row=4, column=8, value=selectedScenarioName2)
allMetaValueCount = self.compareScenarios.AllTopologyMetadataCount(
selectedDataset, selectedMasterNetworkName)
changeInMetadataToTopologySheet.cell(row=2,
column=5,
value=count_first_source)
changeInMetadataToTopologySheet.cell(
row=3,
column=5,
value=str(
round(
float(count_first_source) * 100 /
float(allMetaValueCount - count_common_source), 2))
+ '%')
changeInMetadataToTopologySheet.cell(row=2,
column=6,
value=count_second_source)
changeInMetadataToTopologySheet.cell(
row=3,
column=6,
value=str(
round(
float(count_second_source) * 100 /
float(allMetaValueCount - count_common_source), 2))
+ '%')
changeInMetadataToTopologySheet.cell(row=2,
column=7,
value=count_first_method)
changeInMetadataToTopologySheet.cell(
row=3,
column=7,
value=str(
round(
float(count_first_method) * 100 /
float(allMetaValueCount - count_common_method), 2))
+ '%')
changeInMetadataToTopologySheet.cell(row=2,
column=8,
value=count_second_method)
changeInMetadataToTopologySheet.cell(
row=3,
column=8,
value=str(
round(
float(count_second_method) * 100 /
float(allMetaValueCount - count_common_method), 2))
+ '%')
changeInMetadataToTopologySheet.cell(row=2,
column=9,
value=count_common_source)
rest_source_count = allMetaValueCount - count_first_source - count_second_source
changeInMetadataToTopologySheet.cell(
row=3,
column=9,
value=str(
round(
float(rest_source_count) * 100 /
float(allMetaValueCount), 2)) + '%')
rest_method_count = allMetaValueCount - count_first_method - count_second_method
changeInMetadataToTopologySheet.cell(row=2,
column=10,
value=count_common_method)
changeInMetadataToTopologySheet.cell(
row=3,
column=10,
value=str(
round(
float(rest_method_count) * 100 /
float(allMetaValueCount), 2)) + '%')
changeInMetadataToTopologySheet.cell(row=2,
column=11,
value=allMetaValueCount)
changeInMetadataToTopologySheet.cell(row=3,
column=11,
value='100%')
allAttrVauleCount = self.compareScenarios.AllMetadataAttributesCount(
selectedDataset, selectedMasterNetworkName)
changeInMetavaluesTopologySheet.cell(
row=2, column=5, value=count_first_source_attr)
changeInMetavaluesTopologySheet.cell(
row=3,
column=5,
value=str(
round(
float(count_first_source_attr) * 100 /
float(allAttrVauleCount -
count_common_source_attr), 2)) + '%')
changeInMetavaluesTopologySheet.cell(
row=2, column=6, value=count_second_source_attr)
changeInMetavaluesTopologySheet.cell(
row=3,
column=6,
value=str(
round(
float(count_second_source_attr) * 100 /
float(allAttrVauleCount -
count_common_source_attr), 2)) + '%')
changeInMetavaluesTopologySheet.cell(
row=2, column=7, value=count_first_method_attr)
changeInMetavaluesTopologySheet.cell(
row=3,
column=7,
value=str(
round(
float(count_first_method_attr) * 100 /
float(allAttrVauleCount -
count_common_method_attr), 2)) + '%')
changeInMetavaluesTopologySheet.cell(
row=2, column=8, value=count_second_method_attr)
changeInMetavaluesTopologySheet.cell(
row=3,
column=8,
value=str(
round(
float(count_second_method_attr) * 100 /
float(allAttrVauleCount -
count_common_method_attr), 2)) + '%')
rest_source_att = allAttrVauleCount - count_first_source_attr - count_second_source_attr
changeInMetavaluesTopologySheet.cell(row=2,
column=9,
value=count_common_source)
changeInMetavaluesTopologySheet.cell(
row=3,
column=9,
value=str(
round(
float(rest_source_att) * 100 /
float(allAttrVauleCount), 2)) + '%')
rest_method_attr = allAttrVauleCount - count_first_method_attr - count_second_method_attr
changeInMetavaluesTopologySheet.cell(row=2,
column=10,
value=count_common_method)
changeInMetavaluesTopologySheet.cell(
row=3,
column=10,
value=str(
round(
float(rest_method_attr) * 100 /
float(allAttrVauleCount), 2)) + '%')
changeInMetavaluesTopologySheet.cell(row=2,
column=11,
value=allAttrVauleCount)
changeInMetavaluesTopologySheet.cell(row=3,
column=11,
value='100%')
try:
book2.save(self.path)
except Exception as e:
raise Exception(
"Permission denied!\nFileName : {}\nThis file is open or used by another application. Please close it first"
.format(e.filename))
from Messages_forms.msg_successLoadDatabase import msg_successLoadDatabase
instance = msg_successLoadDatabase(None)
instance.m_staticText1.SetLabel(
"\n \n The comparison and writing to Excel where successful. \n Check the excel file you provided to see the results"
)
instance.ShowModal()
self.Destroy()
except Exception as e:
print e
messageDlg = msg_somethigWrong(None, msg=e.message)
messageDlg.ShowModal()
# raise Exception(e.message)
def checkConnectingToSqlite(self):
db_setup = DB_Setup()
if not db_setup.get_session():
return False
return True
def btn_cancelOnButtonClick(self, event):
self.Close()
class dlg_ServeToWEAP(ExportModels.dlg_ServeToWEAP):
def __init__(self, parent):
ExportModels.dlg_ServeToWEAP.__init__(self, parent)
try:
if not DB_Setup().get_session():
msg = "\n\nWarning: Please connect to sqlite first."
raise Exception(msg)
''' init combo model'''
self.dataStructure = GetResourceStructure()
self.datasets = self.dataStructure.GetResourceType()
list_acromy = list()
for index, row in self.datasets.iterrows():
list_acromy.append(row[0])
if list_acromy.__len__() > 0:
self.Select_Model.SetItems(list_acromy)
list_code = []
self.WEAP = win32com.client.Dispatch("WEAP.WEAPApplication")
for area in self.WEAP.Areas:
list_code.append(area.name)
self.comboBox_SelectArea.SetItems(list_code)
list_scen = []
for scen in self.WEAP.Scenarios:
list_scen.append(scen.name)
self.combo_selectWEAPScenario.SetItems(list_scen)
except Exception as e:
message = msg_somethigWrong(None, msg=e.message)
message.Show()
self.Destroy()
# Handlers for dlg_ServeToWEAP events.
def Select_ModelOnCombobox(self, event):
# TODO: Implement Select_ModelOnCombobox
selectedDataset = self.Select_Model.Value
result = GetInstancesBySenario()
datas = result.GetMasterNetworks(selectedDataset)
GotMasterNetworkNames = []
for index, row in datas.iterrows():
GotMasterNetworkNames.append(row[0])
self.SelectWaMDAM_Network.SetItems(GotMasterNetworkNames)
def SelectWaMDAM_NetworkOnCombobox(self, event):
# TODO: Implement SelectWaMDAM_NetworkOnCombobox
# pass
selectedMasterNetworkName = self.SelectWaMDAM_Network.Value
result = GetInstancesBySenario()
datas = result.GetScenarios(self.Select_Model.Value,
selectedMasterNetworkName)
GotScenarioNames = []
for index, row in datas.iterrows():
GotScenarioNames.append(row[0])
self.Seclect_WaMDaM_Scenrio.SetItems(GotScenarioNames)
def comboBox_SelectAreaOnCombobox(self, event):
# TODO: Implement comboBox_SelectAreaOnCombobox
pass
def Seclect_WaMDaM_ScenrioOnCombobox(self, event):
# TODO: Implement Seclect_WaMDaM_ScenrioOnCombobox
pass
def btn_serveOnButtonClick(self, event):
# TODO: Implement btn_serveOnButtonClick
try:
msg = ''
Model = self.Select_Model.Value
if not Model:
msg += "Select a wamdam model"
WaMDAM_Network = self.SelectWaMDAM_Network.Value
if not WaMDAM_Network:
msg += "\nSelect a wamdam Network"
WaMDaM_Scenrio = self.Seclect_WaMDaM_Scenrio.Value
if not WaMDaM_Scenrio:
msg += "\nSelect a wamdam scenario"
SelectArea = self.comboBox_SelectArea.Value
if not SelectArea:
msg += "\nSelect a weap area"
WEAPScenario = self.combo_selectWEAPScenario.Value
if not WEAPScenario:
NewWEAPScenario = self.Value_NewWEAPScenario.Value
if not NewWEAPScenario:
msg += "\nselect an WEAP scenario name or input new scenario"
if msg:
msg_somethigWrong(None, msg=msg).Show()
else:
WEAP = win32com.client.Dispatch("WEAP.WEAPApplication")
WEAP.ActiveArea = SelectArea
WEAP.ActiveScenario = WEAPScenario
self.btn_serve1.Enabled = False
serveWaMDaM_Data_to_WEAP = ServeWaMDaM_Data_to_WEAP(
self.WEAP, Model, WaMDAM_Network, WaMDaM_Scenrio,
SelectArea, WEAPScenario)
serveWaMDaM_Data_to_WEAP.load_data()
self.btn_serve1.Enabled = True
from viewer.Messages_forms.msg_connSQLiteSuccs import msg_connSQLiteSuccs
msgdlg = msg_connSQLiteSuccs(self)
msgdlg.setMessage("\n\nSuccessfully, extracted csv files")
msgdlg.ShowModal()
self.Destroy()
except Exception as e:
msg_somethigWrong(self, e.message).ShowModal()
def btn_cancelOnButtonClick(self, event):
# TODO: Implement btn_cancelOnButtonClick
pass
def btn_find_model_reqsOnButtonClick(self, event):
# TODO: Implement btn_find_model_reqsOnButtonClick
print 'this is starting'
selectedDataset = self.comboBox_selectModel.Value
message = ''
if (selectedDataset == None or selectedDataset
== '') and not ['xlsx', 'xlsm', 'xls'].__contains__(
self.path.split('.')[-1]):
message = 'Select the model name in WamDam.\nAnd please select a valid excel file.'
elif selectedDataset == None or selectedDataset == '':
message = 'Select the model name in WamDam!!!'
elif not ['xlsx', 'xlsm', 'xls'].__contains__(
self.path.split('.')[-1]):
message = 'And please select a valid excel file.'
if message != '':
messageDlg = msg_somethigWrong(None, msg=message)
messageDlg.Show()
return
# raise Exception(message)
''' get objecttypes, attibutes, datasetType'''
result = GetResourceStructure()
data_result = result.GetObjectTypesByResource(selectedDataset)
attributes_result = result.GetAttributesByResource(selectedDataset)
dataset_result = result.GetResourceType(selectedDataset)
print '************8**'
try:
if self.path.split('.')[-1] == 'xls':
wb = open_workbook(self.path)
# workbook = copy(wb)
workbook = wb
sheet = workbook.get_sheet(4)
attribute_sheet = workbook.get_sheet(5)
for row_id, row in enumerate(dataset_result):
for col_id, cell in enumerate(row):
sheet.write(row_id + 9, col_id + 0, cell)
for row_id, row in enumerate(data_result):
for col_id, cell in enumerate(row):
sheet.write(row_id + 17, col_id + 0, cell)
for row_id, row in enumerate(attributes_result):
for col_id, cell in enumerate(row):
attribute_sheet.write(row_id + 10, col_id + 0, cell)
workbook.save(self.path)
else:
book2 = load_workbook(self.path)
try:
sheet = book2.get_sheet_by_name("2.1_Datasets&ObjectTypes")
attribute_sheet = book2.get_sheet_by_name("2.2_Attributes")
except:
raise Exception(
'Output Sheet {} not found in Excel File \n\n Please select valid Excel File'
.format("2.1_Datasets&ObjectTypes"))
for row_id, row in enumerate(dataset_result):
for col_id, cell in enumerate(row):
sheet.cell(row=row_id + 10,
column=col_id + 1,
value=cell)
for row_id, row in enumerate(data_result):
for col_id, cell in enumerate(row):
sheet.cell(row=row_id + 18,
column=col_id + 1,
value=cell)
for row_id, row in enumerate(attributes_result):
for col_id, cell in enumerate(row):
attribute_sheet.cell(row=row_id + 11,
column=col_id + 1,
value=cell)
book2.save(self.path)
from viewer.Messages_forms.msg_successLoadDatabase import msg_successLoadDatabase
instance = msg_successLoadDatabase(None)
instance.m_staticText1.SetLabel("Success export excel file")
instance.Show()
self.Destroy()
except Exception as e:
print e
messageDlg = msg_somethigWrong(None, msg=e.message)
messageDlg.Show()
raise Exception(e.message)
print 'Great so far....'
class dlg_query_model(viewer.WaMDaMWizard.dlg_query_model):
def __init__(self, parent):
viewer.WaMDaMWizard.dlg_query_model.__init__(self, parent)
self.path = ''
try:
if not DB_Setup().get_session():
msg = "\n\nWarning: Please connect to sqlite first."
raise Exception(msg)
self.dataStructure = GetResourceStructure()
self.datasets = self.dataStructure.GetResourceType()
list_acromy = list()
for row in self.datasets.values:
list_acromy.append(row[0])
if list_acromy.__len__() > 0:
self.comboBox_selectModel.SetItems(list_acromy)
except Exception as e:
message = msg_somethigWrong(None, msg=e.message)
message.ShowModal()
self.Destroy()
# Handlers for dlg_query_model events.
def comboBox_selectModelOnCombobox(self, event):
# TODO: Implement comboBox_selectModelOnCombobox
pass
def FilePicker_queryModelOnFileChanged(self, event):
# TODO: Implement FilePicker_queryModelOnFileChanged
valid_extension = ['xls', 'xlsx']
self.path = self.FilePicker_queryModel.GetPath()
if not (self.path.split('.')[-1] in valid_extension):
self.Destroy()
message = msg_somethigWrong(
None,
msg="A non excel file was selected, \n\n"
" Please select a valid Excel File")
message.Show()
print 'This is working just fine...'
print self.path
def btn_find_model_reqsOnButtonClick(self, event):
# TODO: Implement btn_find_model_reqsOnButtonClick
print 'this is starting'
selectedDataset = self.comboBox_selectModel.Value
message = ''
if (selectedDataset == None or selectedDataset
== '') and not ['xlsx', 'xlsm', 'xls'].__contains__(
self.path.split('.')[-1]):
message = 'Select the model name in WamDam.\nAnd please select a valid excel file.'
elif selectedDataset == None or selectedDataset == '':
message = 'Select the model name in WamDam!!!'
elif not ['xlsx', 'xlsm', 'xls'].__contains__(
self.path.split('.')[-1]):
message = 'And please select a valid excel file.'
if message != '':
messageDlg = msg_somethigWrong(None, msg=message)
messageDlg.Show()
return
# raise Exception(message)
''' get objecttypes, attibutes, datasetType'''
result = GetResourceStructure()
data_result = result.GetObjectTypesByResource(selectedDataset)
attributes_result = result.GetAttributesByResource(selectedDataset)
dataset_result = result.GetResourceType(selectedDataset)
print '************8**'
try:
if self.path.split('.')[-1] == 'xls':
wb = open_workbook(self.path)
# workbook = copy(wb)
workbook = wb
sheet = workbook.get_sheet(4)
attribute_sheet = workbook.get_sheet(5)
for row_id, row in enumerate(dataset_result):
for col_id, cell in enumerate(row):
sheet.write(row_id + 9, col_id + 0, cell)
for row_id, row in enumerate(data_result):
for col_id, cell in enumerate(row):
sheet.write(row_id + 17, col_id + 0, cell)
for row_id, row in enumerate(attributes_result):
for col_id, cell in enumerate(row):
attribute_sheet.write(row_id + 10, col_id + 0, cell)
workbook.save(self.path)
else:
book2 = load_workbook(self.path)
try:
sheet = book2.get_sheet_by_name("2.1_Datasets&ObjectTypes")
attribute_sheet = book2.get_sheet_by_name("2.2_Attributes")
except:
raise Exception(
'Output Sheet {} not found in Excel File \n\n Please select valid Excel File'
.format("2.1_Datasets&ObjectTypes"))
for row_id, row in enumerate(dataset_result):
for col_id, cell in enumerate(row):
sheet.cell(row=row_id + 10,
column=col_id + 1,
value=cell)
for row_id, row in enumerate(data_result):
for col_id, cell in enumerate(row):
sheet.cell(row=row_id + 18,
column=col_id + 1,
value=cell)
for row_id, row in enumerate(attributes_result):
for col_id, cell in enumerate(row):
attribute_sheet.cell(row=row_id + 11,
column=col_id + 1,
value=cell)
book2.save(self.path)
from viewer.Messages_forms.msg_successLoadDatabase import msg_successLoadDatabase
instance = msg_successLoadDatabase(None)
instance.m_staticText1.SetLabel("Success export excel file")
instance.Show()
self.Destroy()
except Exception as e:
print e
messageDlg = msg_somethigWrong(None, msg=e.message)
messageDlg.Show()
raise Exception(e.message)
print 'Great so far....'
def btn_cancelOnButtonClick(self, event):
# TODO: Implement btn_cancelOnButtonClick
self.Close()
def UploadToOpenAgua(selectedResourceTypeAcro, selectedMasterNetworkName,
selectedScenarioNames, projectName):
# selectedResourceTypeAcro='WASH'
# selectedMasterNetworkName='Lower Bear River Network'
# selectedScenarioName='base case scenario 2003'
# default_network_name = ''
# selectedScenarioName = ''
# pass these as paramters input
# selectedDataset, selectedMasterNetworkName, selectedScenarioName
getDataStructure = GetResourceStructure()
getInstances = GetInstancesBySenario()
getValuesAll = GetAllValuesByScenario()
log = logging.getLogger(__name__)
# STEP 1: connect to the Hydra server
# $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$
# Connect to the Hydra server on the local machine
# More info: http://umwrg.github.io/HydraPlatform/tutorials/plug-in/tutorial_json.html#creating-a-client
# url = "http://127.0.0.1:8080"
# conn = JsonConnection(url)
# # connects by default to 'localhost:8080'
# conn.login("root", "")
# Connect to the Hydra server on the local machine
# More info: http://umwrg.github.io/HydraPlatform/tutorials/plug-in/tutorial_json.html#creating-a-client
ur = "https://data.openagua.org"
conn = JsonConnection(ur)
login_response = conn.login('*****@*****.**',
'TestOpenAgua!')
get_all_dimensions = conn.call('get_all_dimensions', ({}))
# STEP 2: Import the WaMDaM workbook sheets
# $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$
# type_sheet = wamdam_data['2.1_ResourceTypes&ObjectTypes']
type_sheet_resourceTypes = getDataStructure.GetResourceType(
selectedResourceTypeAcro)
type_sheet_objectTypes = getDataStructure.GetObjectTypesByResource(
selectedResourceTypeAcro)
# Import the attributes
# attr_sheet = wamdam_data['2.2_Attributes']
attr_sheet = getDataStructure.GetAttributesByResource(
selectedResourceTypeAcro)
UnitsTable = GetUnits()
UnitsTable_df = UnitsTable.GetUnits_dims()
# STEP 3: Define a project in Hydra. Add the template "dataset name", Object Types and Attributes in Hydra
# $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$
# Use the 'get_projects' call to check for an existing project of this name by listing all available projects.
# The project concept does not exist in WaMDaM but it is needed in Hydra. We define it here
projects = conn.call('get_projects', {})
## Load the new Project name to the Hydra db
my_new_project = None
for p in projects:
if projectName == p.name:
my_new_project = p
projectID = p.id
break
if not my_new_project:
my_new_project = conn.call(
'add_project', {
'project': {
'name': projectName,
'description ': 'add pro description'
}
})
projectID = my_new_project.id
# Add the attribute:
# Attributes in Hydra are independent of ObjectTypes or templates types (they can be shared across object types)
# Look all the unique attributes in 2.2_Attributes sheet. Get the AttributeUnit for each attribute.
# The "UnitType" in WaMDaM is equivalent to "dimension" in Hydra
# my_new_attr_list = []
# my_new_attr = conn.call('add_attribute', {'attr': {'name': ['attr'], 'dimension': ['Volume']}})
all_attributes = conn.call('get_all_attributes', ({}))
all_attr_dict = {}
for a in all_attributes:
all_attr_dict[(a.name, a.dimen)] = {'id': a.id, 'dimension': a.dimen}
pd.DataFrame(all_attr_dict.items())
# -------------------------
# Create a new template (dataset)
# This will fail second time around due to a unique naming restriction.
# You should call 'get_templates' first and update an existing one if one with the same name is already there.
# 2.1_Datasets&ObjectTypes sheet, look in the Datasets_table
# DatasetName which is cell A10 in 2.1_Datasets&ObjectTypes sheet
template = {
'name': type_sheet_resourceTypes.values[0][1],
'description': 'add description here',
'types': []
} # insert the value of the "DatasetName" from excel
# A template is equivalent to a dataset in wamdam
# my_templates lists available templates. A template equates to the 'Dataset' in WaMDaM.
# Go through this worksheet, building a hydra template
my_templates = conn.call('get_template_attributes', {})
# -----------------------------
# Go through the excel sheet and pull out the template type definitions...
# a template type in Hydra is equivalent to an Object Type in WaMDaM
# resource_type in Hydra is equivalent to an ObjectTypology in WaMDaM
# typeAttrs (the same as Template Type Attributes) links attributes to their template
# 2.1_Datasets&ObjectTypes sheet, look in the ObjectTypes_table
# iterate to get the object types and their attributes
# start reading from row 16 because value is staring from 16 row.
Dataset_attr_Name_Dim_list = {}
for i in range(len(type_sheet_objectTypes.values)):
if type_sheet_objectTypes.values[i][0] == "" or str(
type_sheet_objectTypes.values[i][0]) == "None":
break
""""Raise an error message if the Unit Type is missing for any attribute"""
# type_sheet.values[i + 16][0]--ObjectType
# type_sheet.values[i + 16][1]--ObjectTypology
# Based on the link below, add a layout =Icon
# http://umwrg.github.io/HydraPlatform/devdocs/HydraServer/index.html?highlight=typeattrs#HydraServer.soap_server.hydra_complexmodels.TemplateType
# layout: {svg: "<svg>...</svg>"}
# read value of layout from "Layout" column in 2.1_Datasets&ObjectTypes.
value_of_layout_in_type_sheet = {}
# type_sheet.values[i + 16][4]--Layout
if type_sheet_objectTypes.values[i][4] != "" and str(
type_sheet_objectTypes.values[i][4]) != "None":
try:
value_of_layout_in_type_sheet = loads(
'{' + type_sheet_objectTypes.values[i][4] + '}')
except:
raise Exception(
'JSON parse ERROR:\n Can not parse layout data of {} column, {} row in 2.1_Datasets&ObjectTypes to JSON data. Please check.'
.format('4', str(i + 16)))
#----------reading end-------------------------#
mytemplatetype = {
'resource_type': type_sheet_objectTypes.values[i][1].upper(),
'name': type_sheet_objectTypes.values[i][0],
'typeattrs': [],
'type_id': i + 1
}
# insert the value of the ObjectTypology from excel. also insert the value of the ObjectType from excel
# add value of layout in mytemplatetype.
mytemplatetype['layout'] = value_of_layout_in_type_sheet
#-------- adding end ------------------#
# -------------------------------------
for j in range(len(attr_sheet.values)):
if type_sheet_objectTypes.values[i][0] == attr_sheet.values[j][0]:
if attr_sheet.values[j][6] == 'AttributeSeries':
continue # dont upload this attribute to the template. Its used in WaMDaM to keep track of the indiviual attributes
# for an array. But Hydra does not have it. Uploading it confused users.
ObjectType = attr_sheet.values[j][0] #ObjectType
attr_name = attr_sheet.values[j][1] #AttributeName
AttributeUnitCV = attr_sheet.values[j][5]
try:
# AttributeUnitCV = attr_sheet.values[j][5]
attr_dimension = UnitsTable_df.loc[
UnitsTable_df[0] == AttributeUnitCV].iloc[0, 1]
attr_unit = UnitsTable_df.loc[UnitsTable_df[0] ==
AttributeUnitCV].iloc[0, 2]
# attr_dimension = UnitsTable_df.loc[UnitsTable_df[2]==AttributeUnit].iloc[0,1]
except:
msg = "There is a problem with looking up units \n. Invalid Key : {} \n Objectype:{}".format(
AttributeUnitCV, ObjectType)
raise Exception(msg)
# attr_dimension = ''
# attr_unit=AttributeUnitCV
# attr_unit=AttributeUnit
# if not all_attr_dict.get(name,dimension) :
# if not all_attr_dict.get(attr_name,attr_dimension) :
if not (attr_name, attr_dimension) in all_attr_dict.keys(
): #and all_attr_dict[(attr_name, attr_dimension)]['dimension'] == attr_dimension):
attr_id = conn.call(
'add_attribute',
{'attr': {
'name': attr_name,
'dimen': attr_dimension
}})['id']
else:
tem = all_attr_dict[attr_name, attr_dimension]
# x=all_attr_dict.keys()
attr_id = tem['id']
# Build a list that has attribute id, name, dimension to use it later to look up dimensions for each atrribute below.
# Dataset_attr_Name_Dim=[ObjectType,attr_dimension,attr_name]
Dataset_attr_Name_Dim_list[(ObjectType,
attr_name)] = attr_dimension
# connect the Template Type (ObjectType) with its Attributes
# Based on the link below, add a unit =AttributeUnit, and a datatype=AttributeDataTypeCV
# http://umwrg.github.io/HydraPlatform/devdocs/HydraServer/index.html?highlight=typeattrs#HydraServer.soap_server.hydra_complexmodels.TypeAttr
# read value of unit from "AttributeUnit" column in 2.2_Attributes.
# attr_unit = attr_sheet.values[j][4]
AttributeCategory = attr_sheet.values[j][7]
# read value of datatype from "AttributeDataTypeCV" column in 2.2_Attributes.
attr_datatype = attr_sheet.values[j][6]
if not attr_datatype:
attr_datatype = ''
elif attr_datatype == 'MultiAttributeSeries':
attr_datatype = 'array'
elif attr_datatype == 'SeasonalNumericValues':
attr_datatype = 'periodic timeseries'
elif attr_datatype == 'NumericValues':
attr_datatype = 'scalar'
elif attr_datatype == 'TimeSeries':
attr_datatype = 'timeseries'
elif attr_datatype == 'FreeText':
attr_datatype = 'descriptor'
elif attr_datatype == 'CategoricalValues':
attr_datatype = 'descriptor'
#
elif attr_datatype == 'AttributeSeries':
attr_datatype = 'array'
AttributeScale = int(float(attr_sheet.values[j][10]))
mytemplatetype['typeattrs'].append({
'type_id': i + 1,
'attr_is_var': True,
'attr_id': attr_id,
'data_type': attr_datatype,
'unit': attr_unit,
'properties': {
'category': AttributeCategory,
'scale': AttributeScale
}
})
# ,
# --------------------------------------------
# ,
# Add some object types to the Template Type (resource type can be NODE, LINK, GROUP, NETWORK)
template['types'].append(mytemplatetype)
# print mytemplatetype
## Load the Template name and types to the Hydra db
tempDB = conn.call('get_templates', {})
flag_exist_template = False
for template_item in tempDB:
if template_item['name'] == template['name']:
print 'The template already exists in OpenAgua'
flag_exist_template = True
new_template = conn.call('get_template',
{'template_id': template_item['id']})
break
#print template
if not flag_exist_template:
# if not flag_exist_template:
# save template to csv to check if it has duplicates
new_template = conn.call('add_template', {'tmpl': template})
# print new_template
print 'new_template is uploaded to the server'
# STEP 4: Import WaMDaM Network, Nodes, and links
# $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$
network_sheet = getInstances.GetMasterNetworks(selectedResourceTypeAcro)
scenario_sheet = getInstances.GetScenarios(selectedResourceTypeAcro,
selectedMasterNetworkName)
for selectedScenarioName in selectedScenarioNames:
networkName = network_sheet.values[0][0] + '_' + selectedScenarioName
for templateType in new_template['types']:
if templateType['resource_type'] == 'NETWORK':
type_id = templateType['id']
break
network_template = {
'template': template['name'],
'name': networkName,
'description': network_sheet.values[0][4],
'project_id': projectID,
'types': [{
'id': type_id
}]
}
networkName = network_sheet.values[0][0]
# network_template
# add_nodes
# nodes_sheet = wamdam_data['3.2_Nodes']
nodes_sheet = getInstances.GetNodesByScenario(
selectedResourceTypeAcro, selectedMasterNetworkName,
selectedScenarioName)
list_node = []
node_lookup = {}
resource_attr_lookup = {}
dict_res_attr = {}
type_id = None
res_id = -1
# /////make dict_res_attr for network//////////
network_res_attr = []
for j in range(len(attr_sheet.values)):
# if j < 9: continue # Avoid headers before line 9 in the attribute sheet
for templateType in new_template['types']:
if templateType['resource_type'] == 'NETWORK':
if attr_sheet.values[j][0] == templateType['name']:
name = attr_sheet.values[j][1]
AttributeUnitCV = attr_sheet.values[j][5]
attr_dimension = UnitsTable_df.loc[
UnitsTable_df[0] == AttributeUnitCV].iloc[0, 1]
dimension = attr_dimension
res_attr = {
'ref_key': 'NETWORK',
'attr_id': all_attr_dict[(name, dimension)]['id'],
'id': res_id,
}
res_id -= 1
# resource_attr_lookup[('NETWORK', res_id)] = res_attr
network_res_attr.append(res_attr)
dict_res_attr[(networkName, name)] = res_attr
network_template['attributes'] = network_res_attr
# ///////////////////////////////////////////////////////////////////////////////////////
# Iterate over the node instances and assign the parent Object Attributes to each node instance = ResourceAttribute (as in Hydra)
for i in range(len(nodes_sheet.values)):
# Look up the type_id in Hydra for each type
for templateType in new_template['types']:
if nodes_sheet.values[i][0] == templateType['name']:
type_id = templateType['id']
break
if type_id is None:
raise Exception(
"Unable to find a type in the template for %s" %
nodes_sheet[i][0])
flag = False
for node_item in list_node:
if node_item['name'] == nodes_sheet.values[i][1]:
flag = True
if flag: continue
description = str(nodes_sheet.values[i][9])
if description == "None":
description = ""
fullname = nodes_sheet.values[i][1]
nameShort = nodes_sheet.values[i][1]
node = {
'id': i * -1,
'name': nameShort,
'description': description,
'layout': {
'display_name': fullname
},
'x': str(nodes_sheet.values[i][7]),
'y': str(nodes_sheet.values[i][8]),
'types': [{
'id': type_id
}]
}
node_res_attr = []
for j in range(len(attr_sheet)):
if nodes_sheet.values[i][0] == attr_sheet.values[j][0]:
name = attr_sheet.values[j][1]
AttributeUnitCV = attr_sheet.values[j][5]
attr_dimension = UnitsTable_df.loc[
UnitsTable_df[0] == AttributeUnitCV].iloc[0, 1]
dimension = attr_dimension
# res_id = (len(list_res_attr) + 1) * -1
if (name, dimension) in all_attr_dict.keys():
# look up the attribute id on the server based on the both name,dimension together
attr_id = all_attr_dict[(name, dimension)]['id']
else:
attr_id = conn.call(
'add_attribute',
{'attr': {
'name': name,
'dimen': dimension
}})['id']
res_attr = {
'ref_key': 'NODE',
'attr_id': attr_id,
'id': res_id,
}
res_id -= 1
resource_attr_lookup[('NODE', res_id)] = res_attr
node_res_attr.append(res_attr)
dict_res_attr[(nodes_sheet.values[i][1], name)] = res_attr
node['attributes'] = node_res_attr
list_node.append(node)
node_lookup[node['name']] = node
network_template['nodes'] = list_node
link_lookup = {}
links_sheet = getInstances.GetLinksByScenario(
selectedResourceTypeAcro, selectedMasterNetworkName,
selectedScenarioName)
list_link = []
type_id = None
lst_name = []
for i in range(len(links_sheet)):
# if i < 8: continue # Avoid headers before line 9 in the links sheet
for templateType in new_template['types']:
if links_sheet.values[i][0] == templateType['name']:
type_id = templateType['id']
break
if type_id is None:
raise Exception(
"Unable to find a type in the template for %s" %
links_sheet.values[i][0])
description = str(links_sheet.values[i][9])
if description == "None":
description = ""
name = links_sheet.values[i][1]
fullname = links_sheet.values[i][1]
if name in lst_name:
# print name
continue
else:
lst_name.append(name)
link = {
'id': i * -1,
'name': name,
'description': description,
'layout': {
'display_name': fullname
},
'types': [{
'id': type_id
}]
}
node_a = node_lookup.get(links_sheet.values[i][6])
if node_a is None:
raise Exception("Node %s could not be found" %
(links_sheet.values[i][6]))
link['node_1_id'] = node_a['id']
node_b = node_lookup.get(links_sheet.values[i][7])
if node_b is None:
raise Exception("Node %s could not be found" %
(links_sheet.values[i][7]))
link['node_2_id'] = node_b['id']
# ///// links resource atttribute///////
link_res_attr = []
for j in range(len(attr_sheet)):
if links_sheet.values[i][0] == attr_sheet.values[j][0]:
name = attr_sheet.values[j][1]
AttributeUnitCV = attr_sheet.values[j][5]
attr_dimension = UnitsTable_df.loc[
UnitsTable_df[0] == AttributeUnitCV].iloc[0, 1]
dimension = attr_dimension
# res_id = (len(list_res_attr) + 1) * -1
res_attr = {
'ref_key': 'LINK',
'attr_id': all_attr_dict[(name, dimension)]['id'],
'id': res_id,
}
res_id -= 1
# resource_attr_lookup[('NODE', res_id)] = res_attr
link_res_attr.append(res_attr)
dict_res_attr[(links_sheet.values[i][1], name)] = res_attr
link['attributes'] = link_res_attr
list_link.append(link)
link_lookup[link['name']] = link
network_template['links'] = list_link
network_template['resourcegroups'] = []
# STEP 5: Import Scenarios and Data Values of Attributes for Nodes and links
# $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$
# 5.1 add the scenario
list_scenario = []
for i in range(len(scenario_sheet)):
# only add the selected scenario, one at a time.
if scenario_sheet.values[i][0] == selectedScenarioName:
description = str(scenario_sheet.values[i][8])
if description == "None":
description = ""
###############################################################################################################
startdate = scenario_sheet.values[i][4].replace('-', '/')
try:
ScenarioStartDate = datetime.datetime.strptime(
str(startdate), "%Y/%m/%d").isoformat()
except:
ScenarioStartDate = startdate.isoformat()
# get month value from date (either numeric month like 1 or text month like January)
# we use the value later as a flag to check
ScenarioStartMonth = datetime.datetime.strptime(
ScenarioStartDate, '%Y-%m-%dT%H:%M:%S').month
print ScenarioStartMonth
###############################################################################################################
enddate = scenario_sheet.values[i][5].replace('-', '/')
try:
ScenarioEndDate = datetime.datetime.strptime(
str(enddate), "%Y/%m/%d").isoformat()
except:
ScenarioEndDate = enddate.isoformat()
TimeStep = str(scenario_sheet.values[i][7])
scenario = {
'name': selectedScenarioName,
'start_time': ScenarioStartDate,
'end_time': ScenarioEndDate,
'time_step': TimeStep,
'description': description,
'resourcescenarios': []
}
# Working with Datasets in Hydra which are equivalent to DataValues tables in WaMDaM
# http://umwrg.github.io/HydraPlatform/tutorials/webservice/datasets.html?highlight=datasets
# **************************************************
# 5.2 Numeric Values
numerical_sheet = getValuesAll.GetAllNumericValues(
selectedResourceTypeAcro, selectedMasterNetworkName,
selectedScenarioName)
list_rs_num = []
# Iterate over the rows in the Numeric Values sheet [scalars dataset] and associate the value with resource attribute (node instance and attribute)
for j in range(len(numerical_sheet)): # //8: reall value row in sheet
Attr_name = numerical_sheet.values[j][3]
ObjectType = numerical_sheet.values[j][0]
Source = numerical_sheet.values[j][4]
Method = numerical_sheet.values[j][5]
# look up the dimension using Dataset_attr_Name_Dim based on (attr_name, ObjectType)
dimension = Dataset_attr_Name_Dim_list[ObjectType, Attr_name]
if (numerical_sheet.values[j][1],
numerical_sheet.values[j][3]) in dict_res_attr.keys():
rs_num = {
'resource_attr_id':
dict_res_attr[(numerical_sheet.values[j][1],
numerical_sheet.values[j][3])]['id']
}
else:
raise Exception(
"Either the node or link names or the attribute provided in the numeric sheet are not defined earlier\n "
"Unable to find resource_attr_id in numerical_sheet for %s"
% numerical_sheet.values[j][3])
metadata = {'source': Source, 'method': Method}
dataset = {
'type': 'scalar',
'name': Attr_name,
'metadata': json.dumps(metadata, ensure_ascii=True),
'unit': attr_unit,
'dimension': dimension,
'hidden': 'N',
'value': str(numerical_sheet.values[j][6])
}
# The provided dimension here must match the attribute as defined earlier.
rs_num['value'] = dataset
list_rs_num.append(rs_num)
# associate the values, resources attributes to their scenario
scenario['resourcescenarios'] = list_rs_num
list_scenario.append(scenario)
print 'Done with numeric values'
# network_template['scenarios'] = list_scenario
# #
# network = conn.call('add_network', {'net':network_template})
# ****************************************************
# 5.3 4_FreeText Values (4_FreeText )
# Iterate over the rows in the 4_FreeText sheet and associate the value with its scenario, and resource attribute
Descriptor_sheet = getValuesAll.GetAllTextFree(
selectedResourceTypeAcro, selectedMasterNetworkName,
selectedScenarioName)
# Descriptor_sheet = wamdam_data['4_FreeText']
list_rs_desc = []
# Iterate over the rows in the Numeric Values sheet [scalars dataset] and associate the value with resource attribute (node instance and attribute)
for j in range(len(Descriptor_sheet.values)):
ObjectType = Descriptor_sheet.values[j][0] #ObjectType
Attr_name = Descriptor_sheet.values[j][3] #AttributeName
dimension = Dataset_attr_Name_Dim_list[ObjectType, Attr_name]
Source = numerical_sheet.values[j][4]
Method = numerical_sheet.values[j][5]
metadata = {'source': Source, 'method': Method}
if (Descriptor_sheet.values[j][1],
Descriptor_sheet.values[j][3]) in dict_res_attr.keys():
rs_desc = {
'resource_attr_id':
dict_res_attr[(Descriptor_sheet.values[j][1],
Descriptor_sheet.values[j][3])]['id']
}
else:
raise Exception(
"Either the node or link names or the attribute provided in the free text sheet are not defined earlier\n"
"Unable to find resource_attr_id in Free Text sheet for %s"
% Descriptor_sheet.values[j][3])
dataset = {
'type': 'descriptor',
'name': Attr_name,
'unit': attr_unit,
'dimension': dimension,
'metadata': json.dumps(metadata, ensure_ascii=True),
'hidden': 'N',
'value': str(Descriptor_sheet.values[j][6])
}
# print dataset
# The provided dimension here must match the attribute as defined earlier.
rs_desc['value'] = dataset
list_rs_desc.append(rs_desc)
# associate the values, resources attributes to their scenario
list_scenario[0]['resourcescenarios'].extend(list_rs_desc)
print 'Done with Free text'
# ******************************************************************************************************************
# 5.7 Seasonal
# http://umwrg.github.io/HydraPlatform/devdocs/techdocs/timeseries.html?highlight=seasonal#normal-time-series-and-seasonal-time-series
# SeasonalNumericValues_sheet = wamdam_data['4_SeasonalNumericValues']
SeasonalNumericValues_sheet = getValuesAll.GetAllSeasonalNumericValues(
selectedResourceTypeAcro, selectedMasterNetworkName,
selectedScenarioName)
# add new script here (see time series above)
seasonal_list = {}
list_rs_seas = []
for k in range(len(SeasonalNumericValues_sheet)):
attr_name = SeasonalNumericValues_sheet.values[k][3]
if (SeasonalNumericValues_sheet.values[k][1],
attr_name) in seasonal_list.keys():
seasonal_list[(SeasonalNumericValues_sheet.values[k][1],
attr_name)].append(
(SeasonalNumericValues_sheet.values[k][7],
SeasonalNumericValues_sheet.values[k][8]))
else:
values = []
values.append((SeasonalNumericValues_sheet.values[k][7],
SeasonalNumericValues_sheet.values[k][8]))
seasonal_list[(SeasonalNumericValues_sheet.values[k][1],
attr_name)] = values
# df = pd.DataFrame()
for key in seasonal_list.keys():
seasonals = {"Header": {}, "0": {}}
time_date = ''
for time, value in seasonal_list[key]:
try:
if time == 'October' and ScenarioStartMonth == 10:
time_date = '9998/10/1'
elif time == 'October' and ScenarioStartMonth == 1:
time_date = '9999/10/1'
elif time == 'November' and ScenarioStartMonth == 10:
time_date = '9998/11/1'
elif time == 'November' and ScenarioStartMonth == 1:
time_date = '9999/11/1'
elif time == 'December' and ScenarioStartMonth == 10:
time_date = '9998/12/1'
elif time == 'December' and ScenarioStartMonth == 1:
time_date = '9999/12/1'
elif time == 'January':
time_date = '9999/01/1'
elif time == 'February':
time_date = '9999/02/1'
elif time == 'March':
time_date = '9999/03/1'
elif time == 'April':
time_date = '9999/04/1'
elif time == 'May':
time_date = '9999/05/1'
elif time == 'June':
time_date = '9999/06/1'
elif time == 'July':
time_date = '9999/07/1'
elif time == 'August':
time_date = '9999/08/1'
elif time == 'September':
time_date = '9999/09/1'
t = datetime.datetime.strptime(str(time_date),
"%Y/%m/%d").isoformat()
except:
t = time_date.isoformat()
seasonals["0"][t] = value
# dimension = all_attr_dict[key[1]]['dimension']
Attr_name = SeasonalNumericValues_sheet.values[0][3]
ObjectType = SeasonalNumericValues_sheet.values[0][0]
dimension = Dataset_attr_Name_Dim_list[ObjectType, Attr_name]
Source = numerical_sheet.values[j][4]
Method = numerical_sheet.values[j][5]
metadata = {'source': Source, 'method': Method}
if key in dict_res_attr.keys():
rs_seas = {'resource_attr_id': dict_res_attr[key]['id']}
else:
raise Exception(
"Either the node or link names or the attribute provided in the seasonal sheet are not defined earlier\n"
"Unable to find resource_attr_id in seasonal sheet for %s"
% key)
# rs = {'resource_attr_id': all_attr_dict[attr_name]['id']}
# print 'done with '+ Attr_name
dataset = {
'type': 'timeseries',
'name': Attr_name,
'unit': attr_unit,
'dimension': dimension,
'metadata': json.dumps(metadata, ensure_ascii=True),
'hidden': 'N',
'value': json.dumps(seasonals)
}
# The provided dimension here must match the attribute as defined earlier.
rs_seas['value'] = dataset
list_rs_seas.append(rs_seas)
# associate the values, resources attributes to their scenario
list_scenario[0]['resourcescenarios'].extend(list_rs_seas)
print 'Done with seasonal values'
# 5.5 Time Series
# Iterate over the rows in the 4_TimeSeriesValues sheet and associate the value with its scenario, and resource attribute
# Reference for time series in Hydra: follow this logic
# http://umwrg.github.io/HydraPlatform/devdocs/techdocs/timeseries.html#an-example-in-python
# TimeSeriesValues_sheet = wamdam_data['4_TimeSeriesValues']
TimeSeriesValues_sheet = getValuesAll.GetAllTimeSeriesValues(
selectedResourceTypeAcro, selectedMasterNetworkName,
selectedScenarioName)
# Iterate over the rows in the TimeSeriesValues sheet [dataset] and associate the value with resource attribute
# (node instance and attribute)
timeseries_list = {}
list_rs_ts = []
for j in range(len(TimeSeriesValues_sheet.values)):
if not TimeSeriesValues_sheet.values[j][4]:
continue
attr_name = TimeSeriesValues_sheet.values[j][3]
if (TimeSeriesValues_sheet.values[j][1],
attr_name) in timeseries_list.keys():
timeseries_list[(TimeSeriesValues_sheet.values[j][1],
attr_name)].append(
(TimeSeriesValues_sheet.values[j][4],
TimeSeriesValues_sheet.values[j][5]))
else:
values = []
values.append((TimeSeriesValues_sheet.values[j][4],
TimeSeriesValues_sheet.values[j][5]))
timeseries_list[(TimeSeriesValues_sheet.values[j][1],
attr_name)] = values
for key in timeseries_list.keys():
timeseries = {"Header": {}, "0": {}}
for time, value in timeseries_list[key]:
if not time:
continue
if value == -9999:
value = ''
try:
if isinstance(time, datetime.datetime):
ts = time.isoformat()
else:
ts = datetime.datetime.strptime(
str(time), "%d/%m/%y").isoformat()
timeseries["0"][ts] = value
except:
ts = datetime.datetime.strptime(str(time),
"%Y-%m-%d").isoformat()
timeseries["0"][ts] = value
ObjectType = TimeSeriesValues_sheet.values[j][0]
Attr_name = TimeSeriesValues_sheet.values[j][3]
dimension = Dataset_attr_Name_Dim_list[ObjectType, Attr_name]
Source = TimeSeriesValues_sheet.values[j][6]
Method = TimeSeriesValues_sheet.values[j][7]
metadata = {'source': Source, 'method': Method}
if key in dict_res_attr.keys():
rs_ts = {'resource_attr_id': dict_res_attr[key]['id']}
else:
raise Exception(
"Either the node or link names or the attribute provided in the time series sheet are not defined earlier\n"
"Unable to find resource_attr_id in time series values sheet for %s"
% key)
dataset = {
'type': 'timeseries',
'name': Attr_name,
'unit': attr_unit,
'dimension': dimension,
'metadata': json.dumps(metadata, ensure_ascii=True),
'hidden': 'N',
'value': json.dumps(timeseries)
}
# The provided dimension here must match the attribute as defined earlier.
rs_ts['value'] = dataset
list_rs_ts.append(rs_ts)
# associate the values, resources attributes to their scenario
list_scenario[0]['resourcescenarios'].extend(list_rs_ts)
print 'Done with Time Series'
# ********************************************************
# 5.6 Arrays
# Iterate over the rows in the MultiColumns Series sheet and associate the value with its scenario, and resource attribute
# Reference for arrays in Hydra (not clear to me yet, an example would help)
# http://umwrg.github.io/HydraPlatform/tutorials/webservice/datasets.html?highlight=arrays#array-format
# Will add the array values for each attribute
# Will add the array values for each attribute
# Here Column D in excel starting row 19 has the attribute name that for the whole array (its just like the attribute for the descriptor)
# Columns G, H,....L, etc stwh have the names of the Array "items" or sub-attributes
# so each value belongs to an Attribute (array name) and a sub-attribute (array item) under an ObjectType and Instance name
multiAttr_sheet_up_df, multiAttr_sheet_bottom_df = getValuesAll.GetAllMultiAttributeSeries(
selectedResourceTypeAcro, selectedMasterNetworkName,
selectedScenarioName)
list_rs_multi = []
if not multiAttr_sheet_bottom_df.empty:
subsets = multiAttr_sheet_bottom_df.groupby(
['ObjectType', 'InstanceName', 'AttributeName'])
for subset in subsets.groups.keys():
dt = subsets.get_group(name=subset)
ObjectType = dt['ObjectType'].values[0]
InstanceName = dt['InstanceName'].values[0]
Attribute_name = dt['AttributeName'].values[0]
Source = dt['SourceName'].values[0]
Method = dt['MethodName'].values[0]
metadata = {'source': Source, 'method': Method}
ValuesNumColumns = len(dt.columns)
Values_df = dt[dt.columns[6:ValuesNumColumns]]
Values_df = Values_df.dropna(axis=1, how='all')
templist = Values_df.values.T.tolist()
if key in dict_res_attr.keys():
rs_ts = {'resource_attr_id': dict_res_attr[key]['id']}
else:
raise Exception(
"Either the node or link names or the attribute provided in the multicolumns sheet are not defined earlier\n"
"Unable to find resource_attr_id in multicolumns values sheet for %s"
% key)
if (InstanceName, Attribute_name) in dict_res_attr.keys():
dimension = Dataset_attr_Name_Dim_list[ObjectType,
Attribute_name]
rs_multi = {
'resource_attr_id':
dict_res_attr[(InstanceName, Attribute_name)]['id']
}
dataset = {
'type': 'array',
'name': Attribute_name,
'unit': attr_unit,
'dimension': dimension,
'metadata': json.dumps(metadata, ensure_ascii=True),
'hidden': 'N',
'value': json.dumps(templist)
}
rs_multi['value'] = dataset
list_rs_multi.append(rs_multi)
list_scenario[0]['resourcescenarios'].extend(list_rs_multi)
print 'Done with multi column arrays'
network_template['scenarios'] = list_scenario
network = conn.call('add_network', {'net': network_template})
print 'successfully uploaded a WaMDaM network and its data to OpenAgua'
def UploadToOpenAgua(selectedResourceTypeAcro, selectedMasterNetworkName,
selectedScenarioNames, projectName, username_oa,
password_oa):
# selectedResourceTypeAcro='WASH'
# selectedMasterNetworkName='Lower Bear River Network'
# selectedScenarioName='base case scenario 2003'
endpoint = 'https://www.openagua.org/api/v1/hydra/'
hydra = Hydra_OA(endpoint, username=username_oa, password=password_oa)
# default_network_name = ''
# selectedScenarioName = ''
# pass these as paramters input
# selectedDataset, selectedMasterNetworkName, selectedScenarioName
getDataStructure = GetResourceStructure()
getInstances = GetInstancesBySenario()
# STEP 1: connect to the Hydra server
# $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$
# Connect to the Hydra server on the local machine
# More info: http://umwrg.github.io/HydraPlatform/tutorials/plug-in/tutorial_json.html#creating-a-client
# url = "http://127.0.0.1:8080"
# conn = JsonConnection(url)
# # connects by default to 'localhost:8080'
# conn.login("root", "")
# Connect to the Hydra server on the local machine
# More info: http://umwrg.github.io/HydraPlatform/tutorials/plug-in/tutorial_json.html#creating-a-client
# Network = hydra_call(username_oa, password_oa, 'get_network',
# {'network_id': Selected_network_id, 'scenario_id': Selected_scenario_id, 'include_values': 'N',
# 'summary': 'Y'})
# get_all_dimensions=hydra_call(username_oa, password_oa,'get_all_dimensions',{})
Server_all_dimensions = hydra.call('get_dimensions')
# Server_all_dimensions_df=pd.DataFrame(Server_all_dimensions)
# STEP 2: Import the WaMDaM workbook sheets
# $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$
# type_sheet = wamdam_data['2.1_ResourceTypes&ObjectTypes']
type_sheet_resourceTypes = getDataStructure.GetResourceType(
selectedResourceTypeAcro)
type_sheet_objectTypes = getDataStructure.GetObjectTypesByResource(
selectedResourceTypeAcro)
# Import the attributes
# attr_sheet = wamdam_data['2.2_Attributes']
attr_sheet = getDataStructure.GetAttributesByResource(
selectedResourceTypeAcro)
UnitsTable = GetUnits()
UnitsTable_df = UnitsTable.GetUnits_dims()
# STEP 3: Define a project in Hydra. Add the template "dataset name", Object Types and Attributes in Hydra
# $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$
# Use the 'get_projects' call to check for an existing project of this name by listing all available projects.
# The project concept does not exist in WaMDaM but it is needed in Hydra. We define it here
projects = hydra.call('get_projects')
## Load the new Project name to the Hydra db
my_new_project = None
User5char = username_oa[0:4]
for p in projects:
if projectName == p['name']:
my_new_project = p
projectID = p['id']
break
if not my_new_project:
my_new_project = hydra._call('add_project', {
'name': projectName,
'description ': 'add pro description'
})
projectID = my_new_project['id']
# Add the attribute:
# Attributes in Hydra are independent of ObjectTypes or templates types (they can be shared across object types)
# Look all the unique attributes in 2.2_Attributes sheet. Get the AttributeUnit for each attribute.
# The "Category" in WaMDaM is equivalent to "dimension" in Hydra
# my_new_attr_list = []
# my_new_attr = conn.call('add_attribute', {'attr': {'name': ['attr'], 'dimension': ['Volume']}})
# all_attributes = hydra.call('get_attributes')
#
# all_attr_dict = {}
# for a in all_attributes:
# dimension_data = hydra.call('get_dimension',{'dimension_id': a['dimension_id']})
# all_attr_dict[(a['name'], dimension_data['name'])] = {'id': a['id'], 'dimension': dimension_data['name']}
#
# pd.DataFrame(all_attr_dict.items())
# -------------------------
# Create a new template (dataset)
# This will fail second time around due to a unique naming restriction.
# You should call 'get_templates' first and update an existing one if one with the same name is already there.
# 2.1_Datasets&ObjectTypes sheet, look in the Datasets_table
# DatasetName which is cell A10 in 2.1_Datasets&ObjectTypes sheet
# concatnate part of the user name into the project name to make globally unique in HydraPlatform
GlobalTemplate = type_sheet_resourceTypes.values[0][1] #+'_'+User5char
template = {
'name': GlobalTemplate,
'description': 'add description here',
'templatetypes': []
} # insert the value of the "DatasetName" from excel
# A template is equivalent to a dataset in wamdam
# my_templates lists available templates. A template equates to the 'Dataset' in WaMDaM.
# Go through this worksheet, building a hydra template
# my_templates = hydra._call('get_template_attributes', {})
# -----------------------------
# Go through the excel sheet and pull out the template type definitions...
# a template type in Hydra is equivalent to an Object Type in WaMDaM
# resource_type in Hydra is equivalent to an ObjectTypology in WaMDaM
# typeAttrs (the same as Template Type Attributes) links attributes to their template
# 2.1_Datasets&ObjectTypes sheet, look in the ObjectTypes_table
# iterate to get the object types and their attributes
# start reading from row 16 because value is staring from 16 row.
Dataset_attr_Name_Dim_list = {}
Dataset_attr_Name_Dim_unit = {}
attr_ID_by_Unit_attrName_list = {}
# use the unites later in the code
HydraUnits = hydra.call('get_units')
print 'looping through the object types'
for i in range(len(type_sheet_objectTypes.values)):
if type_sheet_objectTypes.values[i][0] == "" or str(
type_sheet_objectTypes.values[i][0]) == "None":
break
""""Raise an error message if the Unit Type is missing for any attribute"""
# type_sheet.values[i + 16][0]--ObjectType
# type_sheet.values[i + 16][1]--ObjectTypology
# Based on the link below, add a layout =Icon
# http://umwrg.github.io/HydraPlatform/devdocs/HydraServer/index.html?highlight=typeattrs#HydraServer.soap_server.hydra_complexmodels.TemplateType
# layout: {svg: "<svg>...</svg>"}
# read value of layout from "Layout" column in 2.1_Datasets&ObjectTypes.
value_of_layout_in_type_sheet = {}
# type_sheet.values[i + 16][4]--Layout
if type_sheet_objectTypes.values[i][4] != "" and str(
type_sheet_objectTypes.values[i][4]) != "None":
try:
value_of_layout_in_type_sheet = loads(
'{' + type_sheet_objectTypes.values[i][4] + '}')
except:
raise Exception(
'JSON parse ERROR:\n Can not parse layout data of {} column, {} row in 2.1_Datasets&ObjectTypes to JSON data. Please check.'
.format('4', str(i + 16)))
#----------reading end-------------------------#
mytemplatetype = {
'resource_type': type_sheet_objectTypes.values[i][1].upper(),
'name': type_sheet_objectTypes.values[i][0],
'typeattrs': [],
'type_id': i + 1
}
# insert the value of the ObjectTypology from excel. also insert the value of the ObjectType from excel
# add value of layout in mytemplatetype.
mytemplatetype['layout'] = value_of_layout_in_type_sheet
#-------- adding end ------------------#
# -------------------------------------
for j in range(len(attr_sheet.values)):
if type_sheet_objectTypes.values[i][0] == attr_sheet.values[j][0]:
# if attr_sheet.values[j][6] == 'AttributeSeries':
# continue # dont upload this attribute to the template. Its used in WaMDaM to keep track of the individual attributes
# for an array. But Hydra does not have it. Uploading it confused users.
ObjectType = attr_sheet.values[j][0] #ObjectType
attr_name = attr_sheet.values[j][1] #AttributeName
# if attr_name =='Elevation-Curve' or attr_name =='Volume-Curve':
# continue
AttributeUnitCV = attr_sheet.values[j][5]
try:
for server_dim in Server_all_dimensions:
units_on_server = server_dim['units']
for each_units_on_server in units_on_server:
server_unit_name = each_units_on_server['name']
if AttributeUnitCV == None:
print attr_name + 'for' + ObjectType + 'is required but not provided'
elif AttributeUnitCV == server_unit_name:
server_dim_name = server_dim['name']
server_unit_id = each_units_on_server['id']
server_dim_id = each_units_on_server[
'dimension_id']
# if server_unit_id == 243:
print ObjectType
print server_unit_name
print attr_name
print server_dim_name
print '------------------'
break
# if server_unit_id==243:
# print server_unit_name
# print attr_name
# break
except:
print 'there is a problem in units. The provided unit in WaMDaM does not exist in the Hydra Server'
# u'{\'message\': \'Unit 243 (abbreviation=unk) has dimension_id 23(name=dimensionless), but attribute has no dimension\', \'code\': \'0000\'}'
# try:
# # AttributeUnitCV = attr_sheet.values[j][5]
# # attr_dimension = UnitsTable_df.loc[UnitsTable_df[0]==AttributeUnitCV].iloc[0,1]
# #
# # attr_unit = UnitsTable_df.loc[UnitsTable_df[0]==AttributeUnitCV].iloc[0,0]
# #
# # # look up dimension id from its name
# # attr_dimension_id=Server_all_dimensions_df.loc[Server_all_dimensions_df['name'] == attr_dimension]['id'].item()
#
# # print attr_dimension_id
# # attr_dimension = UnitsTable_df.loc[UnitsTable_df[2]==AttributeUnit].iloc[0,1]
#
# # https://stackoverflow.com/questions/30787901/how-to-get-a-value-from-a-pandas-dataframe-and-not-the-index-and-object-type
#
# except:
# msg = "There is a problem with looking up units \n. Invalid Key : {} \n Objectype:{}".format(AttributeUnitCV , ObjectType)
# raise Exception(msg)
# attr_dimension = ''
# attr_unit=AttributeUnitCV
# attr_unit=AttributeUnit
# if not all_attr_dict.get(name,dimension) :
# if not all_attr_dict.get(attr_name,attr_dimension) :
# change this
# We need to add a try statement here. try to add an attribute. if it exists, then we look up the existing attribute id and its dimension
# try:
# https: // github.com / openagua / hydra - base / blob / master / hydra_base / lib / attributes.py # L120
# if not (attr_name, attr_dimension) in all_attr_dict.keys(): #and all_attr_dict[(attr_name, attr_dimension)]['dimension'] == attr_dimension):
try:
# add the attribute. If it exists, then get its id and reuse it
resp = hydra._call('add_attribute', {
'name': attr_name,
'dimension_id': server_dim_id
})
if resp and 'id' in resp.keys():
server_attr_id = resp['id']
else:
server_attr = hydra.call(
'get_attribute_by_name_and_dimension', {
'name': attr_name,
'dimen': server_dim_name
})
server_attr_id = server_attr['id']
except:
server_attr = hydra.call(
'get_attribute_by_name_and_dimension', {
'name': attr_name,
'dimen': server_dim_name
})
server_attr_id = server_attr['id']
# # append thr attribute, its diminsion and id to the all_attr_dict so we can use it later to look up attribute in the resource
# all_attr_dict
# Build a list that has attribute id, name, dimension to use it later to look up dimensions for each atrribute below.
# Dataset_attr_Name_Dim=[ObjectType,attr_dimension,attr_name]
Dataset_attr_Name_Dim_list[(ObjectType,
attr_name)] = server_dim_name
Dataset_attr_Name_Dim_unit[(ObjectType,
attr_name)] = server_unit_name
# create a dataframe for all these colums together. Now there is an issue in looking up them in these two seperate lists
attr_ID_by_Unit_attrName_list[(AttributeUnitCV,
attr_name)] = server_attr_id
# server_unit_id
# server_dim_id
# server_unit_name
# server_dim_name
# connect the Template Type (ObjectType) with its Attributes
# Based on the link below, add a unit =AttributeUnit, and a datatype=AttributeDataTypeCV
# http://umwrg.github.io/HydraPlatform/devdocs/HydraServer/index.html?highlight=typeattrs#HydraServer.soap_server.hydra_complexmodels.TypeAttr
# read value of unit from "AttributeUnit" column in 2.2_Attributes.
# attr_unit = attr_sheet.values[j][4]
AttributeCategory = attr_sheet.values[j][7]
# read value of datatype from "AttributeDataTypeCV" column in 2.2_Attributes.
attr_datatype = attr_sheet.values[j][6]
if not attr_datatype:
attr_datatype = ''
elif attr_datatype == 'MultiAttributeSeries':
attr_datatype = 'array'
elif attr_datatype == 'SeasonalNumericValues':
attr_datatype = 'periodic timeseries'
elif attr_datatype == 'NumericValues':
attr_datatype = 'scalar'
elif attr_datatype == 'TimeSeries':
attr_datatype = 'timeseries'
elif attr_datatype == 'FreeText':
attr_datatype = 'descriptor'
elif attr_datatype == 'CategoricalValues':
attr_datatype = 'descriptor'
#
elif attr_datatype == 'AttributeSeries':
attr_datatype = 'array'
AttributeScale = int(float(attr_sheet.values[j][10]))
ModelInputOrOutput = attr_sheet.values[j][8]
if ModelInputOrOutput == 'Output':
ModelInputOrOutput = 'Y' # "Y" (output)
Display_data = True
else:
ModelInputOrOutput = 'N' #"N" (input) By default its input
Display_data = False
#Get the unit_id from the Hydra server
# for uni in HydraUnits:
# if uni['name']==AttributeUnitCV and attr_dimension_id==uni['dimension_id']:
# unit_id=uni['id']
# else:
# print "this unit does not exist in Hydra"
# print AttributeUnitCV
mytemplatetype['typeattrs'].append({
'type_id': i + 1,
'is_var': ModelInputOrOutput,
'attr_id': server_attr_id,
'data_type': attr_datatype,
'unit_id': server_unit_id,
'properties': {
'category': AttributeCategory,
'scale': AttributeScale,
'save': Display_data
}
})
# ,
# --------------------------------------------
# ,
# Add some object types to the Template Type (resource type can be NODE, LINK, GROUP, NETWORK)
if 'templatetypes' in template.keys():
template['templatetypes'].append(mytemplatetype)
else:
print('there is no key- templatetypes.')
# print mytemplatetype
## Load the Template name and types to the Hydra db
tempDB = hydra._call('get_templates')
flag_exist_template = False
# here I want a dataframe from the above for loop that has all the columns with values together.
# Then, later in code, I need to look up these values based on one or two I know.
# now there is a confusion in values because I'm looking things up differently.
# temp = copy.deepcopy(Dataset_attr_Name_Dim_list)
# temp.update(Dataset_attr_Name_Dim_unit)
# [ObjectType, attr_name, server_dim_name, server_unit_name, server_attr_id]
for template_item in tempDB:
if template_item['name'] == template['name']:
template_item_id = template_item['id']
print 'The template already exists in OpenAgua'
flag_exist_template = True
new_template = hydra.call('get_template',
{'template_id': template_item['id']})
break
#print template
if not flag_exist_template:
# if not flag_exist_template:
template['project_id'] = projectID
# u'{\'message\': \'Unit 6 (abbreviation=ft) has dimension_id 1(name=Length), but attribute has dimension_id 23(name=dimensionless)\', \'code\': \'0000\'}'
# u'{\'message\': \'Unit 243 (abbreviation=unk) has dimension_id 23(name=dimensionless), but attribute has no dimension\', \'code\': \'0000\'}'
new_template = hydra._call(
'add_template', {
'name': template['name'],
'project_id': projectID,
'templatetypes': template['templatetypes'],
'description': template['description']
})
print new_template
print new_template['name']
template_item_id = new_template['id']
print 'is uploaded to the server as a new one'
# STEP 4: Import WaMDaM Network, Nodes, and links
# $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$
network_sheet = getInstances.GetMasterNetworks(selectedResourceTypeAcro)
NetworkDescription = ''
for i in range(len(
network_sheet.values)): # get the number of rows (i.e., networks)
if selectedMasterNetworkName == network_sheet.values[i][0]:
NetworkDescription = network_sheet.values[i][4]
# network_template
# add_nodes
# nodes_sheet = wamdam_data['3.2_Nodes']
for templateType in new_template['templatetypes']:
if templateType['resource_type'] == 'NETWORK':
type_id = templateType['id']
network_template = {
'name': selectedMasterNetworkName,
'description': NetworkDescription,
'project_id': projectID,
'types': [{
'id': type_id
}],
'layout': {
'active_template_id': template_item_id
}
}
break
list_node = []
node_lookup = {}
resource_attr_lookup = {}
dict_res_attr = {}
type_id = None
res_id = -1
# /////make dict_res_attr for network//////////
network_res_attr = []
for j in range(len(attr_sheet.values)):
for templateType in new_template['templatetypes']:
if templateType['resource_type'] == 'NETWORK':
ObjectType = attr_sheet.values[j][0]
if ObjectType == templateType['name']:
name = attr_sheet.values[j][1]
AttributeUnitCV = attr_sheet.values[j][5]
attribute_server_id = attr_ID_by_Unit_attrName_list[(
AttributeUnitCV, name)]
res_attr = {
'ref_key': 'NETWORK',
'attr_id':
attribute_server_id, # this look up is not working
'id': res_id,
'attr_is_var': 'Y'
}
res_id -= 1
# resource_attr_lookup[('NETWORK', res_id)] = res_attr
network_res_attr.append(res_attr)
dict_res_attr[(selectedMasterNetworkName, name)] = res_attr
network_template['attributes'] = network_res_attr
# ///////////////////////////////////////////////////////////////////////////////////////
# upload the network from one scenario only
# WaMDaM allows changing the network for its scenarios but Hydra does not.
# as a work around, we upload the network from the basline scenario in WaMDaM
# this solution only works if all the scenario networks are the same in WaMDaM
# otherwise, the user has to load the data into WaMDaM as many network
scenario_sheet = getInstances.GetScenarios(selectedResourceTypeAcro,
selectedMasterNetworkName)
print 'looping through scenarios and their networks (nodes and links)'
ScenarioType_flag = False
for selectedScenarioName in selectedScenarioNames:
for s in range(len(scenario_sheet)):
# only add the selected scenario, one at a time.
ScenarioParentName = str(scenario_sheet.values[s][8])
# TO DO: handle a case where two scenarios with "baseline" exist. Maybe raise an exception
if scenario_sheet.values[s][0] == selectedScenarioName and (
ScenarioParentName == 'Self'
or ScenarioParentName == 'self'):
nodes_sheet = getInstances.GetNodesByScenario(
selectedResourceTypeAcro, selectedMasterNetworkName,
selectedScenarioName)
# Iterate over the node instances and assign the parent Object Attributes to each node instance = ResourceAttribute (as in Hydra)
print 'looping through the nodes'
for n in range(len(nodes_sheet.values)):
# Look up the type_id in Hydra for each type
for templateType in new_template['templatetypes']:
if nodes_sheet.values[n][0] == templateType['name']:
type_id = templateType['id']
break
if type_id is None:
raise Exception(
"Unable to find a type in the template for %s" %
nodes_sheet[i][0])
flag = False
for node_item in list_node:
if node_item['name'] == nodes_sheet.values[n][1]:
flag = True
if flag: continue
description = str(nodes_sheet.values[n][9])
if description == "None":
description = ""
fullname = nodes_sheet.values[n][1]
nameShort = nodes_sheet.values[n][1]
node = {
'id': n * -1,
'name': nameShort,
'description': description,
'layout': {
'display_name': fullname
},
'x': str(nodes_sheet.values[n][7]),
'y': str(nodes_sheet.values[n][8]),
'types': [{
'id': type_id
}]
}
node_res_attr = []
for tn in range(len(attr_sheet)):
if nodes_sheet.values[n][0] == attr_sheet.values[tn][
0]:
name = attr_sheet.values[tn][1]
AttributeUnitCV = attr_sheet.values[tn][5]
# server_dim_name = UnitsTable_df.loc[UnitsTable_df[0] == AttributeUnitCV].iloc[0, 1]
# dimension = server_dim_name
attribute_server_id = attr_ID_by_Unit_attrName_list[
(AttributeUnitCV, name)]
#
# # res_id = (len(list_res_attr) + 1) * -1
# if (dimension, name) in Dataset_attr_ID_by_Dim_and_Name_list.keys():
# # look up the attribute id on the server based on the both name,dimension together
# attr_id = Dataset_attr_ID_by_Dim_and_Name_list[(dimension, name)]
# else:
# attr_id = hydra._call('add_attribute', {'name': name, 'dimen': dimension})['id']
res_attr = {
'ref_key': 'NODE',
'attr_id': attribute_server_id,
'id': res_id,
'attr_is_var': 'Y'
}
res_id -= 1
resource_attr_lookup[('NODE', res_id)] = res_attr
node_res_attr.append(res_attr)
dict_res_attr[(nodes_sheet.values[n][1],
name)] = res_attr
node['attributes'] = node_res_attr
list_node.append(node)
node_lookup[node['name']] = node
network_template['nodes'] = list_node
link_lookup = {}
links_sheet = getInstances.GetLinksByScenario(
selectedResourceTypeAcro, selectedMasterNetworkName,
selectedScenarioName)
list_link = []
type_id = None
lst_name = []
print 'looping through the links'
for l in range(len(links_sheet)):
for templateType in new_template['templatetypes']:
if links_sheet.values[l][0] == templateType['name']:
type_id = templateType['id']
break
if type_id is None:
print "there is a problem here at line 548"
# raise Exception("Unable to find a type in the template for %s" % links_sheet.values[i][0])
description = str(links_sheet.values[l][9])
if description == "None":
description = ""
name = links_sheet.values[l][1]
fullname = links_sheet.values[l][1]
if name in lst_name:
# print name
continue
else:
lst_name.append(name)
link = {
'id': l * -1,
'name': name,
'description': description,
'layout': {
'display_name': fullname
},
'types': [{
'id': type_id
}]
}
node_a = node_lookup.get(links_sheet.values[l][6])
if node_a is None:
print "there is a problem here at line 572"
# raise Exception("Node %s could not be found" % (links_sheet.values[i][6]))
link['node_1_id'] = node_a['id']
node_b = node_lookup.get(links_sheet.values[l][7])
if node_b is None:
print "there is a problem here at line 577"
# raise Exception("Node %s could not be found" % (links_sheet.values[i][7]))
link['node_2_id'] = node_b['id']
# ///// links resource attribute///////
link_res_attr = []
try:
for tl in range(len(attr_sheet)): # issue in l=11
if links_sheet.values[l][0] == attr_sheet.values[
tl][0]:
name = attr_sheet.values[tl][1]
AttributeUnitCV = attr_sheet.values[tl][5]
attribute_server_id = attr_ID_by_Unit_attrName_list[
(AttributeUnitCV, name)]
res_attr = {
'ref_key': 'LINK',
'attr_id': attribute_server_id,
'id': res_id,
'attr_is_var': 'Y'
}
res_id -= 1
# resource_attr_lookup[('NODE', res_id)] = res_attr
link_res_attr.append(res_attr)
dict_res_attr[(links_sheet.values[l][1],
name)] = res_attr
link['attributes'] = link_res_attr
list_link.append(link)
link_lookup[link['name']] = link
except:
print ' there is an issue in creating links resource attribute part'
network_template['links'] = list_link
network_template['resourcegroups'] = []
ScenarioType_flag = True
break
if not ScenarioType_flag:
print "there is a problem here at line 613"
# raise Exception("""None of the selected Scenarios types has a "Self" ScenarioParentName
# \n
# Make sure that one of the selected scenarios has is a parent scenario
# """)
# else:
# raise Exception("""None of the selected Scenarios types has a "Baseline" Scenario type \n
# Make sure that one of the selected scenarios has is a baseline scenario
# """)
print 'go through the scenarios data'
from Upload_ScenarioData import PrepareScenarioData
list_scenario = PrepareScenarioData(selectedResourceTypeAcro,
selectedMasterNetworkName,
selectedScenarioNames, scenario_sheet,
dict_res_attr,
Dataset_attr_Name_Dim_list,
Dataset_attr_Name_Dim_unit, HydraUnits)
# join all the scenarios into one indexed list [0][xxxxxxxxxxxx], [1][yyyyyyyyyyy], etc based on the # of scenarios jjj
#
network_template['scenarios'] = list_scenario
network = hydra._call('add_network', network_template)
print network
print 'Successfully uploaded a WaMDaM data to OpenAgua'
# active_template_id
# append the child scenarios to their parent
# first call just uploaded network and scenarios and get their IDs, names, and description
# commeted out all this block below
GetNetworks_metadata = hydra.call('get_networks', {
'project_id': projectID,
'include_data': 'N'
})
GetNetworks_metadata_df = json_normalize(GetNetworks_metadata)
for network_row in GetNetworks_metadata_df.iterrows():
if network_row[1]['name'] == selectedMasterNetworkName:
network_id = network_row[1]['id']
break
# Get all the scenarios inside the uploaded network
Get_scenarios_metadata = hydra.call('get_scenarios',
{'network_id': network_id})
Get_scenarios_metadata_df = json_normalize(Get_scenarios_metadata)
# Use the scenario name to look up its ID
print 'ready to relate scenarios'
if len(
scenario_sheet
) > 1: # if only once scenario is selected, then dont worry about the parent/child stuff
for i in range(len(scenario_sheet)):
for row in Get_scenarios_metadata_df.iterrows():
ScenarioName_sheet = scenario_sheet.values[i][0]
ScenarioParentName = scenario_sheet.values[i][8]
if ScenarioParentName == 'self' or ScenarioParentName == 'Self':
if ScenarioName_sheet == row[1][
'name']: # matching the spreadsheet with the online uploaded scenario
ScenarioParentID = row[1]['id']
for row in Get_scenarios_metadata_df.iterrows():
ScenarioName_sheet = scenario_sheet.values[i][0]
ScenarioParentName = scenario_sheet.values[i][8]
if not ScenarioParentName == 'self' and not ScenarioParentName == 'Self':
if ScenarioName_sheet == row[1][
'name']: # matching the spreadsheet with the online uploaded scenario
ChildScenarioID = row[1]['id']
ScenarioName_sheet = row[1]['name']
# Scenario_description = row[1]['description']
# ScenarioType = scenario_sheet.values[i][9].lower()
# if ScenarioType == '':
# ScenarioType = 'scenario'
scenario = hydra._call('get_scenario', ChildScenarioID)
scenario['parent_id'] = ScenarioParentID
# scenario['layout': {'class': ScenarioType }] = ScenarioType
result = hydra._call('update_scenario', scenario)
# print result
print 'updated scenario ' + ScenarioName_sheet
print 'done'
def btn_find_network_nodesLinksOnButtonClick(self, event):
# TODO: Implement btn_find_network_nodesLinksOnButtonClick
print 'this is starting'
selectedDataset = self.comboBox_selectModel.Value
selectedMasterNetworkName = self.comboBox_selectNetwork.Value
selectedScenarioName = self.comboBox_selectScenario.Value
message = ''
if (selectedDataset == None or selectedDataset == ''):
message = 'Select the model name in WamDam.'
elif selectedMasterNetworkName == None or selectedMasterNetworkName == '':
message = 'Select the MasterNetworkName.'
elif selectedScenarioName == None or selectedScenarioName == '':
message = 'Select the ScenarioName.'
elif not ['xls', 'xlsx', 'xlsm', 'xls'].__contains__(
self.path.split('.')[-1]):
message = 'And please select a valid excel file.'
if message != '':
messageDlg = msg_somethigWrong(None, msg=message)
messageDlg.Show()
raise Exception(message)
''' get nework, scenario, nodes, links'''
result = GetResourceStructure()
names, network_data_result = result.GetMasterNetworks(selectedDataset)
names, scenarios_data_result = result.GotScenario(
selectedDataset, selectedMasterNetworkName)
names, nodes_data_result = result.GotNodes(selectedDataset,
selectedMasterNetworkName,
selectedScenarioName)
links_data_result = result.GotLinks(selectedDataset,
selectedMasterNetworkName,
selectedScenarioName)
print '************8**'
try:
if self.path.split('.')[-1] == 'xls':
wb = open_workbook(self.path)
# workbook = copy(wb)
workbook = wb
try:
sheet = workbook.get_sheet(6)
sheetnodes = workbook.get_sheet(7)
sheetlinks = workbook.get_sheet(8)
except:
message = msg_somethigWrong(
None, msg="Please select a valid Excel File")
message.Show()
return
for row_id, row in enumerate(network_data_result):
for col_id, cell in enumerate(row):
sheet.write(row_id + 9, col_id + 0, cell)
for row_id, row in enumerate(scenarios_data_result):
for col_id, cell in enumerate(row):
sheet.write(row_id + 17, col_id + 0, cell)
for row_id, row in enumerate(nodes_data_result):
for col_id, cell in enumerate(row):
sheetnodes.write(row_id + 10, col_id + 0, cell)
for row_id, row in enumerate(links_data_result):
for col_id, cell in enumerate(row):
sheetlinks.write(row_id + 10, col_id + 0, cell)
workbook.save(self.path)
else:
book2 = load_workbook(self.path)
try:
sheet = book2.get_sheet_by_name("3.1_Networks&Scenarios")
nodes_sheet = book2.get_sheet_by_name("3.2_Nodes")
links_sheet = book2.get_sheet_by_name("3.3_Links")
except:
message = msg_somethigWrong(
None, msg="Please select a valid Excel File")
message.Show()
return
# raise Exception('Output Sheet {} not found in Excel File \n\n Please select valid Excel File'.format("3.1_Networks&Scenarios"))
for row_id, row in enumerate(network_data_result):
for col_id, cell in enumerate(row):
sheet.cell(row=row_id + 10,
column=col_id + 1,
value=cell)
for row_id, row in enumerate(scenarios_data_result):
for col_id, cell in enumerate(row):
sheet.cell(row=row_id + 20,
column=col_id + 1,
value=cell)
for row_id, row in enumerate(nodes_data_result):
for col_id, cell in enumerate(row):
nodes_sheet.cell(row=row_id + 11,
column=col_id + 1,
value=cell)
for row_id, row in enumerate(links_data_result):
for col_id, cell in enumerate(row):
links_sheet.cell(row=row_id + 11,
column=col_id + 1,
value=cell)
book2.save(self.path)
from viewer.Messages_forms.msg_successLoadDatabase import msg_successLoadDatabase
instance = msg_successLoadDatabase(None)
instance.m_staticText1.SetLabel("Success: exported excel file")
instance.ShowModal()
except Exception as e:
print e
messageDlg = msg_somethigWrong(None, msg=e.message)
messageDlg.Show()
raise Exception(e.message)
print 'Great so far....'
class dlg_query_network(viewer.WaMDaMWizard.dlg_query_network):
def __init__(self, parent):
viewer.WaMDaMWizard.dlg_query_network.__init__(self, parent)
self.path = ''
try:
if not DB_Setup().get_session():
msg = "\n\nWarning: Please connect to sqlite first."
raise Exception(msg)
self.dataStructure = GetResourceStructure()
self.datasets = self.dataStructure.GetResourceType()
list_acromy = list()
for row in self.datasets.values:
list_acromy.append(row[0])
if list_acromy.__len__() > 0:
self.comboBox_selectModel.SetItems(list_acromy)
except Exception as e:
message = msg_somethigWrong(None, msg=e.message)
message.ShowModal()
self.Destroy()
# Handlers for dlg_query_network events.
def comboBox_selectModelOnCombobox(self, event):
# TODO: Implement comboBox_selectModelOnCombobox
selectedDataset = self.comboBox_selectModel.Value
result = GetInstancesBySenario()
gotMasterNetwork = result.GetMasterNetworks(selectedDataset)
list_Networks = list()
for index, row in gotMasterNetwork.iterrows():
list_Networks.append(row["MasterNetworkName"])
if list_Networks.__len__() > 0:
self.comboBox_selectNetwork.SetItems(list_Networks)
def comboBox_selectNetworkOnCombobox(self, event):
selectedMasterNetworkName = self.comboBox_selectNetwork.Value
selectedDataset = self.comboBox_selectModel.Value
result = GetInstancesBySenario()
gotScenarioNames = result.GetScenarios(selectedDataset,
selectedMasterNetworkName)
list_Scenarios = list()
for index, row in gotScenarioNames.iterrows():
list_Scenarios.append(row["ScenarioName"])
if gotScenarioNames.__len__() <= 0:
return
self.comboBox_selectScenario.SetItems(list_Scenarios)
def comboBox_selectScenarioOnCombobox(self, event):
# TODO: Implement comboBox_selectScenarioOnCombobox
pass
def FilePicker_QueryNetworkOnFileChanged(self, event):
# TODO: Implement FilePicker_QueryNetworkOnFileChanged
valid_extension = ['xls', 'xlsx']
self.path = self.FilePicker_QueryNetwork.GetPath()
if not (self.path.split('.')[-1] in valid_extension):
message = msg_somethigWrong(None,
msg="Please select a valid Excel File")
message.Show()
return
print 'This is working just fine...'
print self.path
def btn_find_network_nodesLinksOnButtonClick(self, event):
# TODO: Implement btn_find_network_nodesLinksOnButtonClick
print 'this is starting'
selectedDataset = self.comboBox_selectModel.Value
selectedMasterNetworkName = self.comboBox_selectNetwork.Value
selectedScenarioName = self.comboBox_selectScenario.Value
message = ''
if (selectedDataset == None or selectedDataset == ''):
message = 'Select the model name in WamDam.'
elif selectedMasterNetworkName == None or selectedMasterNetworkName == '':
message = 'Select the MasterNetworkName.'
elif selectedScenarioName == None or selectedScenarioName == '':
message = 'Select the ScenarioName.'
elif not ['xls', 'xlsx', 'xlsm', 'xls'].__contains__(
self.path.split('.')[-1]):
message = 'And please select a valid excel file.'
if message != '':
messageDlg = msg_somethigWrong(None, msg=message)
messageDlg.Show()
raise Exception(message)
''' get nework, scenario, nodes, links'''
result = GetResourceStructure()
names, network_data_result = result.GetMasterNetworks(selectedDataset)
names, scenarios_data_result = result.GotScenario(
selectedDataset, selectedMasterNetworkName)
names, nodes_data_result = result.GotNodes(selectedDataset,
selectedMasterNetworkName,
selectedScenarioName)
links_data_result = result.GotLinks(selectedDataset,
selectedMasterNetworkName,
selectedScenarioName)
print '************8**'
try:
if self.path.split('.')[-1] == 'xls':
wb = open_workbook(self.path)
# workbook = copy(wb)
workbook = wb
try:
sheet = workbook.get_sheet(6)
sheetnodes = workbook.get_sheet(7)
sheetlinks = workbook.get_sheet(8)
except:
message = msg_somethigWrong(
None, msg="Please select a valid Excel File")
message.Show()
return
for row_id, row in enumerate(network_data_result):
for col_id, cell in enumerate(row):
sheet.write(row_id + 9, col_id + 0, cell)
for row_id, row in enumerate(scenarios_data_result):
for col_id, cell in enumerate(row):
sheet.write(row_id + 17, col_id + 0, cell)
for row_id, row in enumerate(nodes_data_result):
for col_id, cell in enumerate(row):
sheetnodes.write(row_id + 10, col_id + 0, cell)
for row_id, row in enumerate(links_data_result):
for col_id, cell in enumerate(row):
sheetlinks.write(row_id + 10, col_id + 0, cell)
workbook.save(self.path)
else:
book2 = load_workbook(self.path)
try:
sheet = book2.get_sheet_by_name("3.1_Networks&Scenarios")
nodes_sheet = book2.get_sheet_by_name("3.2_Nodes")
links_sheet = book2.get_sheet_by_name("3.3_Links")
except:
message = msg_somethigWrong(
None, msg="Please select a valid Excel File")
message.Show()
return
# raise Exception('Output Sheet {} not found in Excel File \n\n Please select valid Excel File'.format("3.1_Networks&Scenarios"))
for row_id, row in enumerate(network_data_result):
for col_id, cell in enumerate(row):
sheet.cell(row=row_id + 10,
column=col_id + 1,
value=cell)
for row_id, row in enumerate(scenarios_data_result):
for col_id, cell in enumerate(row):
sheet.cell(row=row_id + 20,
column=col_id + 1,
value=cell)
for row_id, row in enumerate(nodes_data_result):
for col_id, cell in enumerate(row):
nodes_sheet.cell(row=row_id + 11,
column=col_id + 1,
value=cell)
for row_id, row in enumerate(links_data_result):
for col_id, cell in enumerate(row):
links_sheet.cell(row=row_id + 11,
column=col_id + 1,
value=cell)
book2.save(self.path)
from viewer.Messages_forms.msg_successLoadDatabase import msg_successLoadDatabase
instance = msg_successLoadDatabase(None)
instance.m_staticText1.SetLabel("Success: exported excel file")
instance.ShowModal()
except Exception as e:
print e
messageDlg = msg_somethigWrong(None, msg=e.message)
messageDlg.Show()
raise Exception(e.message)
print 'Great so far....'
def btn_cancelOnButtonClick(self, event):
# TODO: Implement btn_cancelOnButtonClick
self.Close()
