def runErrorFromThread(self,errorMessage):
self.running = False
self.paused = False
self.pbnStartModel.setText(QString("Start Simulation Run..."))
MessageBox.warning(mainwindow = self.mainwindow,
text = "There was a problem running the simulation.",
detailed_text = errorMessage)
def on_buttonBox_accepted(self):
viz_params = self._get_viz_spec()
if viz_params is None:
self.close()
return
dataset_name = viz_params['dataset_name']
viz_type = viz_params['visualization_type']
close = True
if (viz_type == 'mapnik_map' or viz_type == 'mapnik_animated_map') and dataset_name not in self.spatial_datasets:
MessageBox.warning(mainwindow = self.mainwindow,
text = "That indicator cannot be visualized as a map.",
detailed_text = ('The dataset %s is either not spatial or cannot be '
'rendered as a grid. If the latter, please try '
'exporting to an external GIS tool.'%dataset_name))
close = False
else:
self._update_xml_from_dict(self.base_node, viz_params)
update_batch_indicator_visualization(self.base_node)
if close:
self.close()
def init_for_variable(self, variable, validator, existing_variables):
''' Prepare the editor to edit a variable.
@param variable The variable to edit (dict)
@param validator A VariableValidator object used for data/syntax checking
@param existing_variables a list of tuples with (dataset, variable name) for all existing
variables. Used for checking for unique names.
'''
self.original_variable = variable # keep a reference to the original node...
self.variable = variable.copy(
) # ...but manipulate a temporary variable
self.validator = validator
self.existing_variables = existing_variables or []
self.leVarName.setText(variable['name'])
index = self.cboVarType.findText(variable['source'])
if index < 0: # variable source was not in the combo box
text = 'Failed to edit variable %s' % variable['name']
details = (
'Variable "%s" (dataset: %s) has an unknown type value (%s).\n'
'Please select a new type and update/save the variable.' %
(variable['name'], variable['dataset'], variable['source']))
MessageBox.warning(self, text, details)
self.cboVarType.setCurrentIndex(index)
if variable['use'] == 'model variable':
self.rbUseModel.setChecked(True)
elif variable['use'] == 'indicator':
self.rbUseIndicator.setChecked(True)
else:
self.rbUseBoth.setChecked(True)
self.le_var_def.document().setPlainText(variable['definition'])
self.leVarName.selectAll()
self.leVarName.setFocus()
def _scanForRuns(self):
data_path = self.project.data_path()
if not os.path.exists(data_path):
MessageBox.warning(mainwindow = self.base_widget,
text="Project data path %s doesn't exist. " % data_path + \
"Simulation runs in the Results tab cannot be updated." )
return
run_manager = get_run_manager()
run_manager.clean_runs()
self._sync_base_year_data(run_manager)
run_manager.close()
added_runs, removed_runs = sync_available_runs(self.project)
added_msg = removed_msg = None
if len(added_runs) > 0:
added_msg = ('The following simulation runs have been '
'automatically added to the results manager:\n\n%s'
% '\n'.join(added_runs))
if len(removed_runs) > 0:
removed_msg = ('The following simulation runs have been '
'automatically removed from the results manager:\n\n%s'
% '\n'.join(removed_runs))
if added_msg or removed_msg:
## The idea is to leave the run information to services db & cache, and
## we don't need to save the newly added runs, once we set the temporary
# self.project.dirty = True
text = 'The list of simulation runs has been automatically updated.'
detailed_text = '%s\n%s' % (added_msg or '', removed_msg or '')
logger.log_status(text+'\n'+detailed_text)
def check_variable(self, check='syntax'):
'''
validate the variable and display the result in i dialog box
if check_syntax is True a syntax check is performed, otherwise a data
check is performed.
'''
if check == 'syntax':
func = batch_check_syntax
elif check == 'data':
func = batch_check_data
else:
raise ValueError(
'check_variable() got an unknown value for argument "check"; "%s"'
% check)
self._update_variable_from_fields()
dummy, result, msgs = func([
self.variable,
], self.validator)[0]
if result is True:
text = '%s check OK' % check
MessageBox.information(mainwindow=self, text=text)
else:
text = 'Encountered a %s error' % check
MessageBox.warning(mainwindow=self,
text=text,
detailed_text='\n '.join(msgs))
def on_buttonBox_accepted(self):
viz_params = self._get_viz_spec()
if viz_params is None:
self.close()
return
dataset_name = viz_params['dataset_name']
viz_type = viz_params['visualization_type']
close = True
if (viz_type == 'mapnik_map' or viz_type == 'mapnik_animated_map'
) and dataset_name not in self.spatial_datasets:
MessageBox.warning(
mainwindow=self.mainwindow,
text="That indicator cannot be visualized as a map.",
detailed_text=(
'The dataset %s is either not spatial or cannot be '
'rendered as a grid. If the latter, please try '
'exporting to an external GIS tool.' % dataset_name))
close = False
else:
self._update_xml_from_dict(self.base_node, viz_params)
update_batch_indicator_visualization(self.base_node)
if close:
self.close()
def runErrorFromThread(self, errorMessage):
self.running = False
self.paused = False
self.pbnStartModel.setText(QString("Start Estimation..."))
MessageBox.warning(mainwindow=self,
text="There was a problem with the estimation.",
detailed_text=errorMessage)
def init_for_variable(self, variable, validator, existing_variables):
''' Prepare the editor to edit a variable.
@param variable The variable to edit (dict)
@param validator A VariableValidator object used for data/syntax checking
@param existing_variables a list of tuples with (dataset, variable name) for all existing
variables. Used for checking for unique names.
'''
self.original_variable = variable # keep a reference to the original node...
self.variable = variable.copy() # ...but manipulate a temporary variable
self.validator = validator
self.existing_variables = existing_variables or []
self.leVarName.setText(variable['name'])
self.le_var_def.document().setPlainText(variable['definition'])
index = self.cboVarType.findText(variable['source'])
if index < 0: # variable source was not in the combo box
text = 'Failed to edit variable %s' % variable['name']
details = ('Variable "%s" (dataset: %s) has an unknown type value (%s).\n'
'Please select a new type and update/save the variable.' %
(variable['name'], variable['dataset'], variable['source']))
MessageBox.warning(self, text, details)
# This triggers _update_variable_from_fields and hence requires
# name and definition to be set already
self.cboVarType.setCurrentIndex(index)
if variable['use'] == 'model variable':
self.rbUseModel.setChecked(True)
elif variable['use'] == 'indicator':
self.rbUseIndicator.setChecked(True)
else:
self.rbUseBoth.setChecked(True)
self.leVarName.selectAll()
self.leVarName.setFocus()
def delete_run(self, run_node, force=False):
'''
Remove a run both from the services database and from the model.
@param run_node (Element): the node to remove.
'''
# Prevent the user from removing base years
cache_directory = run_node.find('cache_directory').text
if cache_directory.endswith('base_year_data') and not force:
msg = ('Removing the base year data directory is restricted from '
'within OpusGUI since doing so will make it impossible to '
'run any simulations or estimations.')
MessageBox.warning(mainwindow = self.view,
text = 'Cannot remove base year data',
detailed_text = msg)
return
try:
run_manager = get_run_manager()
run_id = run_node.get('run_id')
try:
run_id = int(run_id)
except:
run_id = -1
run_manager.delete_everything_for_this_run(run_id, cache_directory)
run_manager.close()
self.project.delete_node(run_node)
# self.model.remove_node(run_node)
except Exception, ex: # TODO catch more specific error?
MessageBox.warning(self.view, 'Could not remove run', str(ex))
def on_buttonBox_accepted(self):
path = str(self.lePath.text())
if not os.path.exists(path):
msg = 'Cannot import run from %s: path does not exist' % path
logger.log_warning(msg)
MessageBox.warning(mainwindow=self, text=msg, detailed_text='')
else:
self.resultManagerBase.import_run(path)
self.close()
def import_run(self, cache_directory, run_info={}):
run_manager = get_run_manager()
retval, retmsg = run_manager.import_run_from_cache(cache_directory)
if not retval:
MessageBox.warning(mainwindow = self.base_widget,
text = retmsg,
detailed_text = '')
else:
sync_available_runs(self.project)
def on_buttonBox_accepted(self):
path = str(self.lePath.text())
if not os.path.exists(path):
msg = 'Cannot import run from %s: path does not exist' % path
logger.log_warning(msg)
MessageBox.warning(mainwindow = self,
text = msg,
detailed_text = '')
else:
self.resultManagerBase.import_run(path)
self.close()
def on_buttonBox_accepted(self):
path = str(self.lePath.text())
if not os.path.exists(path):
msg = 'Cannot import, %s does not exist' % path
logger.log_warning(msg)
MessageBox.warning(mainwindow=self, text=msg, detailed_text='')
else:
cache_directory = path
years = []
for dir in os.listdir(cache_directory):
if len(dir) == 4 and dir.isdigit():
years.append(int(dir))
if years == []:
msg = 'Cannot import, %s has no run data' % path
logger.log_warning(msg)
MessageBox.warning(mainwindow=self, text=msg, detailed_text='')
else:
start_year = min(years)
end_year = max(years)
project_name = os.environ['OPUSPROJECTNAME']
run_name = os.path.basename(path)
server_config = ServicesDatabaseConfiguration()
run_manager = RunManager(server_config)
run_id = run_manager._get_new_run_id()
resources = {
'cache_directory': cache_directory,
'description': '',
'years': (start_year, end_year),
'project_name': project_name
}
try:
run_manager.add_row_to_history(run_id=run_id,
resources=resources,
status='done',
run_name=run_name)
update_available_runs(self.project)
logger.log_status(
'Added run %s of project %s to run_activity table' %
(run_name, project_name))
except:
errorInfo = formatExceptionInfo()
logger.log_error(errorInfo)
MessageBox.error(
mainwindow=self,
text=
'Could not add run %s of project %s to run_activity table'
% (run_name, project_name),
detailed_text=errorInfo)
self.close()
def on_buttonBox_accepted(self):
path = str(self.lePath.text())
if not os.path.exists(path):
msg = 'Cannot import, %s does not exist' % path
logger.log_warning(msg)
MessageBox.warning(mainwindow = self,
text = msg,
detailed_text = '')
else:
cache_directory = path
years = []
for dir in os.listdir(cache_directory):
if len(dir) == 4 and dir.isdigit():
years.append(int(dir))
if years == []:
msg = 'Cannot import, %s has no run data'%path
logger.log_warning(msg)
MessageBox.warning(mainwindow = self,
text = msg,
detailed_text = '')
else:
start_year = min(years)
end_year = max(years)
project_name = os.environ['OPUSPROJECTNAME']
run_name = os.path.basename(path)
server_config = ServicesDatabaseConfiguration()
run_manager = RunManager(server_config)
run_id = run_manager._get_new_run_id()
resources = {
'cache_directory': cache_directory,
'description': '',
'years': (start_year, end_year),
'project_name': project_name
}
try:
run_manager.add_row_to_history(run_id = run_id,
resources = resources,
status = 'done',
run_name = run_name)
update_available_runs(self.project)
logger.log_status('Added run %s of project %s to run_activity table'%(run_name, project_name))
except:
errorInfo = formatExceptionInfo()
logger.log_error(errorInfo)
MessageBox.error(mainwindow = self,
text = 'Could not add run %s of project %s to run_activity table'%(run_name, project_name),
detailed_text = errorInfo)
self.close()
def _validate_names(self, show_error_message=False):
''' go through all nest and equation names and ensure that there are no collisions.
Returns True if all the names are valid and False otherwise.
If @param show_error_message is True an error message of the name errors is displayed.'''
# Check for colliding names among the nest and equations
colliding_names = set()
nodes_to_inspect = self.submodel_node.findall('.//nest')
nodes_to_inspect.extend(self.submodel_node.findall('.//equation'))
for inspected_node in nodes_to_inspect:
# get all sibling names with the same tag
sibling_names = [
node.get('name') for node in inspected_node.getparent() if
node is not inspected_node and node.tag == inspected_node.tag
]
# if there is a name collision, add the name to the set of found colliding names
if inspected_node.get('name') in sibling_names:
parent_node = inspected_node.getparent()
if parent_node.tag == 'nest':
desc = '<%s>/%s' % (parent_node.get('name'),
inspected_node.get('name'))
else:
desc = '%s' % inspected_node.get('name')
colliding_names.add(desc)
# the concept of colliding names might be confusing so we want to be clear on what is
# happening and (more importantly) how to solve it
if colliding_names:
if not show_error_message:
return False
str_collide_list = ''.join(
['<li>%s</li>\n' % name for name in colliding_names])
short_msg = 'Name collisions found.'
longer_msg = ''' <qt> Colliding names:
<b> <ul> %s </ul> </b>
<p>A name collision is when there are two items with the same name, the same type and the same level.</p>
For example:
<ul>
<li>MY_NEST</li>
<li><ul><li>MY_EQUATION</li><li>MY_EQUATION</li></ul></li>
</ul>
<p>will cause a name collision, while this example;</p>
<ul>
<li>MY_NEST</li>
<li><ul><li>MY_EQUATION</li></ul></li>
<li>MY_OTHER_NEST</li> <li>
<ul><li>MY_EQUATION</li></ul></li>
</ul>
<p>is fine since the two equations with the same name are on different levels.</p>
<p>To correct this error please give unique names for the above mentioned equations
and/or nests.</p></qt>''' % str_collide_list
MessageBox.warning(self, short_msg, longer_msg)
return False
return True
def on_indicatorBox(self):
indicator_name = str(self.diagnostic_indicator_name.currentText())
dataset_name = self.diagnostic_dataset_name.currentText()
indicator_type = str(self.diagnostic_indicator_type.currentText())
year = str(self.diagnostic_year.currentText())
if year == '': return
year = int(year)
if dataset_name not in self.spatial_datasets and indicator_type == 'map':
MessageBox.warning(
mainwindow=self.mainwindow,
text="That indicator cannot be visualized as a map.",
detailed_text=(
'The dataset %s is either not spatial or cannot be '
'rendered as a grid. If the latter, please try '
'exporting to an external GIS tool.' % dataset_name))
return
cache_directory = self.model.config['cache_directory']
params = {'indicators': [indicator_name]}
if indicator_type == 'table':
indicator_type = 'tab'
params['output_type'] = 'tab'
# JLM > commented this out for when implemented animations
# else:
# indicator_type = 'mapnik_map'
visualizations = [(indicator_type, str(dataset_name), params)]
self.batch_processor = BatchProcessor(self.project)
self.batch_processor.guiElement = self
self.batch_processor.set_data(visualizations=visualizations,
source_data_name=self.model.run_name,
years=[year, year],
cache_directory=cache_directory)
self.diagnosticThread = OpusGuiThread(
parentThread=self.mainwindow,
parentGuiElement=self,
thread_object=self.batch_processor)
# Use this signal from the thread if it is capable of producing its own status signal
QObject.connect(self.diagnosticThread,
SIGNAL("runFinished(PyQt_PyObject)"),
self.visualizationsCreated)
QObject.connect(self.diagnosticThread,
SIGNAL("runError(PyQt_PyObject)"),
self.runErrorFromThread)
self.diagnosticThread.start()
def load_table(self, visualization, limit=10000):
storage = StorageFactory().get_storage(
type='%s_storage' % visualization.output_type,
storage_location=visualization.storage_location)
table_data = storage.load_table(table_name=visualization.table_name)
try:
primary_keys = visualization.indicators[0].primary_keys
except:
primary_keys = []
keys = primary_keys + [
key for key in table_data.keys() if key not in primary_keys
]
num_rows = min(len(table_data[keys[0]]), limit)
num_cols = len(keys)
self.tableWidget.clear()
self.tableWidget.setColumnCount(num_cols)
self.tableWidget.setRowCount(num_rows)
j = 0
for key in keys:
col = QTableWidgetItem()
col.setText(QString(key))
self.tableWidget.setHorizontalHeaderItem(j, col)
j += 1
self.tableWidget.resizeColumnsToContents()
order = sorted(enumerate(table_data[keys[0]]), lambda (i, v),
(j, v2): int(v * 100) - int(v2 * 100))
for i, (idx, v) in enumerate(order):
row = QTableWidgetItem()
self.tableWidget.setVerticalHeaderItem(i, row)
j = 0
for key in keys:
item = QTableWidgetItem()
item.setText(QString(str(table_data[key][idx])))
self.tableWidget.setItem(i, j, item)
j += 1
if i > limit:
msg = 'The table %s has been truncated to %i rows because of memory limitations.' % (
visualization.table_name, limit)
detailed_msg = '<qt>To view the full results, open the following file:<br><br><small>%s</small></qt>' % visualization.get_file_path(
)
MessageBox.warning(mainwindow=self,
text=msg,
detailed_text=detailed_msg)
break
def on_indicatorBox(self):
indicator_name = str(self.diagnostic_indicator_name.currentText())
dataset_name = self.diagnostic_dataset_name.currentText()
indicator_type = str(self.diagnostic_indicator_type.currentText())
year = str(self.diagnostic_year.currentText())
if year == "":
return
year = int(year)
if dataset_name not in self.spatial_datasets and indicator_type == "map":
MessageBox.warning(
mainwindow=self.mainwindow,
text="That indicator cannot be visualized as a map.",
detailed_text=(
"The dataset %s is either not spatial or cannot be "
"rendered as a grid. If the latter, please try "
"exporting to an external GIS tool." % dataset_name
),
)
return
cache_directory = self.model.config["cache_directory"]
params = {"indicators": [indicator_name]}
if indicator_type == "table":
indicator_type = "tab"
params["output_type"] = "tab"
# JLM > commented this out for when implemented animations
# else:
# indicator_type = 'mapnik_map'
visualizations = [(indicator_type, str(dataset_name), params)]
self.batch_processor = BatchProcessor(self.project)
self.batch_processor.guiElement = self
self.batch_processor.set_data(
visualizations=visualizations,
source_data_name=self.model.run_name,
years=[year, year],
cache_directory=cache_directory,
)
self.diagnosticThread = OpusGuiThread(
parentThread=self.mainwindow, parentGuiElement=self, thread_object=self.batch_processor
)
# Use this signal from the thread if it is capable of producing its own status signal
QObject.connect(self.diagnosticThread, SIGNAL("runFinished(PyQt_PyObject)"), self.visualizationsCreated)
QObject.connect(self.diagnosticThread, SIGNAL("runError(PyQt_PyObject)"), self.runErrorFromThread)
self.diagnosticThread.start()
def _show_problem_variables(self):
''' shows the current list of problem variables '''
if not self.problem_variables:
MessageBox.information(self, 'All tested variables passed.')
return
msg = '<qt>'
for dummy, err_msg in self.problem_variables:
msg += '<br/>'.join(err_msg)
msg += '<br/><br/>'
msg += '</qt>'
txt = 'Found problems with %d of the variables' % len(self.problem_variables)
MessageBox.warning(self, txt, msg)
def _show_problem_variables(self):
''' shows the current list of problem variables '''
if not self.problem_variables:
MessageBox.information(self, 'All tested variables passed.')
return
msg = '<qt>'
for dummy, err_msg in self.problem_variables:
msg += '<br/>'.join(err_msg)
msg += '<br/><br/>'
msg += '</qt>'
txt = 'Found problems with %d of the variables' % len(
self.problem_variables)
MessageBox.warning(self, txt, msg)
def load_table(self, visualization, limit = 10000):
storage = StorageFactory().get_storage(
type = '%s_storage'%visualization.output_type,
storage_location = visualization.storage_location)
table_data = storage.load_table(
table_name = visualization.table_name)
try:
primary_keys = visualization.indicators[0].primary_keys
except:
primary_keys = []
keys = primary_keys + [key for key in table_data.keys()
if key not in primary_keys]
num_rows = min(len(table_data[keys[0]]), limit)
num_cols = len(keys)
self.tableWidget.clear()
self.tableWidget.setColumnCount(num_cols)
self.tableWidget.setRowCount(num_rows)
j = 0
for key in keys:
col = QTableWidgetItem()
col.setText(QString(key))
self.tableWidget.setHorizontalHeaderItem(j,col)
j += 1
self.tableWidget.resizeColumnsToContents()
order = sorted(enumerate(table_data[keys[0]]), lambda (i,v),(j,v2): int(v*100)-int(v2*100))
for i, (idx,v) in enumerate(order):
row = QTableWidgetItem()
self.tableWidget.setVerticalHeaderItem(i,row)
j = 0
for key in keys:
item = QTableWidgetItem()
item.setText(QString(str(table_data[key][idx])))
self.tableWidget.setItem(i,j,item)
j += 1
if i > limit:
msg = 'The table %s has been truncated to %i rows because of memory limitations.'%(visualization.table_name,limit)
detailed_msg = '<qt>To view the full results, open the following file:<br><br><small>%s</small></qt>'%visualization.get_file_path()
MessageBox.warning(mainwindow = self,
text = msg,
detailed_text = detailed_msg)
break
def _validate_names(self, show_error_message = False):
''' go through all nest and equation names and ensure that there are no collisions.
Returns True if all the names are valid and False otherwise.
If @param show_error_message is True an error message of the name errors is displayed.'''
# Check for colliding names among the nest and equations
colliding_names = set()
nodes_to_inspect = self.submodel_node.findall('.//nest')
nodes_to_inspect.extend(self.submodel_node.findall('.//equation'))
for inspected_node in nodes_to_inspect:
# get all sibling names with the same tag
sibling_names = [node.get('name') for node in inspected_node.getparent() if
node is not inspected_node and node.tag == inspected_node.tag]
# if there is a name collision, add the name to the set of found colliding names
if inspected_node.get('name') in sibling_names:
parent_node = inspected_node.getparent()
if parent_node.tag == 'nest':
desc = '<%s>/%s' % (parent_node.get('name'), inspected_node.get('name'))
else:
desc = '%s' % inspected_node.get('name')
colliding_names.add(desc)
# the concept of colliding names might be confusing so we want to be clear on what is
# happening and (more importantly) how to solve it
if colliding_names:
if not show_error_message:
return False
str_collide_list = ''.join(['<li>%s</li>\n' % name for name in colliding_names])
short_msg = 'Name collisions found.'
longer_msg = ''' <qt> Colliding names:
<b> <ul> %s </ul> </b>
<p>A name collision is when there are two items with the same name, the same type and the same level.</p>
For example:
<ul>
<li>MY_NEST</li>
<li><ul><li>MY_EQUATION</li><li>MY_EQUATION</li></ul></li>
</ul>
<p>will cause a name collision, while this example;</p>
<ul>
<li>MY_NEST</li>
<li><ul><li>MY_EQUATION</li></ul></li>
<li>MY_OTHER_NEST</li> <li>
<ul><li>MY_EQUATION</li></ul></li>
</ul>
<p>is fine since the two equations with the same name are on different levels.</p>
<p>To correct this error please give unique names for the above mentioned equations
and/or nests.</p></qt>'''% str_collide_list
MessageBox.warning(self, short_msg, longer_msg)
return False
return True
def check_variable(self, check = 'syntax'):
'''
validate the variable and display the result in i dialog box
if check_syntax is True a syntax check is performed, otherwise a data
check is performed.
'''
if check == 'syntax':
func = batch_check_syntax
elif check == 'data':
func = batch_check_data
else:
raise ValueError('check_variable() got an unknown value for argument "check"; "%s"' % check)
self._update_variable_from_fields()
dummy, result, msgs = func([self.variable,], self.validator)[0]
if result is True:
text = '%s check OK' % check
MessageBox.information(mainwindow = self, text = text)
else:
text = 'Encountered a %s error' % check
MessageBox.warning(mainwindow = self, text = text, detailed_text = '\n '.join(msgs))
def runErrorFromThread(self,errorMessage):
MessageBox.warning(mainwindow = self.mainwindow,
text = "There was a problem running the batch.",
detailed_text = errorMessage)
def _sync_base_year_data(self, run_manager=None):
"""
synchronize base_year_data information in xml_configuration with
run_activity table. Information in xml_configuration takes
precedent, because we assume users don't directly modify data in
serivecs.run_activity table
"""
# TODO baseyear_dir is somewhat hard-coded; it would be better to read
# from xml_configuration instead, but there is no such node currently
run_name = 'base_year_data'
baseyear_dir = os.path.join(self.project.data_path(), run_name)
baseyear_dir = os.path.normpath(baseyear_dir)
if not os.path.exists(baseyear_dir):
MessageBox.warning(mainwindow = self.base_widget,
text="base_year_data directory %s doesn't exist. " % baseyear_dir
)
return
import glob
years = [int(os.path.basename(year_dir)) for year_dir in
glob.glob(os.path.join(baseyear_dir, '[0-9][0-9][0-9][0-9]'))]
if not years:
MessageBox.warning(mainwindow = self.base_widget,
text="base_year_data directory %s doesn't contain any year sub-directory. " % baseyear_dir
)
return
start_year = min(years)
end_year = max(years)
base_year = end_year # default to the last year in baseyear_dir
# and update it with information found in scenario_manager
scenario_manager_node = self.project.find('scenario_manager')
for base_year_node in scenario_manager_node.findall('.//base_year'):
try:
base_year = int(base_year_node.text.strip())
break
except (TypeError, ValueError):
continue
resources = {
'cache_directory': baseyear_dir,
'description': 'base year data',
'base_year': base_year,
'years': (start_year, end_year)
}
if run_manager is None: run_manager = get_run_manager()
base_year_data_db = run_manager.get_runs(run_name=run_name,
process_name=get_host_name())
if len(base_year_data_db) == 0:
run_id = run_manager._get_new_run_id()
elif len(base_year_data_db) >= 1:
for idx, row in enumerate(base_year_data_db):
if idx==0:
run_id = row[0]
else:
run_manager.delete_everything_for_this_run(row[0])
resources_db = run_manager.get_resources_for_run_id_from_history(run_id)
if resources_db.get('cache_directory', '') == baseyear_dir and \
resources_db.get('base_year', -1) == base_year:
#all good, we don't need to do anything
return
else:
resources_db.merge(resources)
resources = resources_db
run_manager.add_row_to_history(run_id = run_id,
resources = resources,
status = 'done',
run_name = run_name)
def runErrorFromThread(self,errorMessage):
MessageBox.warning(mainwindow = self.mainwindow,
text = "There was a problem running the batch.",
detailed_text = errorMessage)
