def main():
# todo:
# destination dir vorbereiten (kopiere generatoren und dateien vom euclidwf)
# executables laden und parsen
# fuer jedes executable einen ordner machen
# erstelle test exec Datei
args = parse_cmd_args()
destdir = args.destdir
executables = exec_loader.get_all_executables(args.pkgdefs)
# Be aware that copy_modules_recursive will remove the destdir if it exists
# copy euclidwf source files to destination dir
copy_modules_recursive(destdir, euclidwf, "*.pyc", ".svn")
# todo: Why all generators?
copy_generators(destdir)
for command, executable in executables.iteritems():
execpath = os.path.join(destdir, command)
if not os.path.exists(destdir):
os.makedirs(destdir)
if check_output_for_list(executable):
create_test_exec(executable, execpath, 'TestExecListOutput')
else:
tester = 'TestExecXmlOutput' if args.xml else 'TestExec'
create_test_exec(executable, execpath, tester)
def uploaded_file(filename):
executables = exec_loader.get_all_executables(packageDefs)
file_path = os.path.join(app.config['UPLOAD_FOLDER'], filename)
pydron_graph = controller.build_graph_from_file(file_path)
# from euclidwf.utilities import visualizer
# visualizer.visualize_graph(pydron_graph)
files = controller.get_all_start_inputs_from_graph(pydron_graph)
filtered_execs = controller.filter_executables_with_graph(
pydron_graph, executables
) #dict({(k, v) for k, v in executables.items() if k in task_names})
controller.setDefaultComputingResources(executables, filtered_execs)
# set session variables
session['files'] = files
session['pipeline_name'] = os.path.splitext(filename)[0]
session['execs'] = pickle.dumps(filtered_execs)
return render_template("euclid.html",
files=files,
executables=filtered_execs)
def uploaded_file(filename):
#Load all Package Definitions from the packageDef folder
executables = exec_loader.get_all_executables(packageDefs)
file_path = os.path.join(app.config['UPLOAD_FOLDER'], filename)
pydron_graph = controller.build_graph_from_file(file_path)
# Following uncommented code could plot the pydron graph:
# from euclidwf.utilities import visualizer
# visualizer.visualize_graph(pydron_graph)
files = controller.get_all_start_inputs_from_graph(pydron_graph)
filtered_execs = controller.filter_executables_with_graph(pydron_graph,
executables) # dict({(k, v) for k, v in executables.items() if k in task_names})
controller.setDefaultComputingResources(executables, filtered_execs)
# set session variables to use them in the generate method
session['files'] = files
session['pipeline_name'] = os.path.splitext(filename)[0]
session['execs'] = pickle.dumps(filtered_execs)
return render_template("euclid.html", files=files, executables=filtered_execs)
def main():
# todo:
# destination dir vorbereiten (kopiere generatoren und dateien vom euclidwf)
# executables laden und parsen
# fuer jedes executable einen ordner machen
# erstelle test exec Datei
args = parse_cmd_args()
destdir = args.destdir
executables = exec_loader.get_all_executables(args.pkgdefs)
# Be aware that copy_modules_recursive will remove the destdir if it exists
# copy euclidwf source files to destination dir
copy_modules_recursive(destdir, euclidwf, "*.pyc", ".svn")
# todo: Why all generators?
copy_generators(destdir)
for command, executable in executables.iteritems():
execpath = os.path.join(destdir, command)
if not os.path.exists(destdir):
os.makedirs(destdir)
if check_output_for_list(executable):
create_test_exec(executable, execpath, 'TestExecListOutput')
else:
tester = 'TestExecXmlOutput' if args.xml else 'TestExec'
create_test_exec(executable, execpath, tester)
def main():
args = parse_cmd_args()
generator = StubsGenerator(args.destdir)
executables = exec_loader.get_all_executables(args.pkgdefs)
test_pipeline_name = 'vis_split_quadrants'
executables = dict({(k, v) for k, v in executables.items() if
k == test_pipeline_name})
generator.generate_stubs(executables,
{test_pipeline_name: {'quadrants_list': 20}})
mock_output = os.path.join(args.destdir, 'mock')
mocker = MockGenerator(mock_output)
mocker.generate_mocks({'vis_split': 50, 'vis_combine': 100})
def main():
args = parse_cmd_args()
generator = StubsGenerator(args.destdir)
executables = exec_loader.get_all_executables(args.pkgdefs)
test_pipeline_name = 'vis_split_quadrants'
executables = dict({(k, v)
for k, v in executables.items()
if k == test_pipeline_name})
generator.generate_stubs(executables,
{test_pipeline_name: {
'quadrants_list': 20
}})
mock_output = os.path.join(args.destdir, 'mock')
mocker = MockGenerator(mock_output)
mocker.generate_mocks({'vis_split': 50, 'vis_combine': 100})
def __load_executables(self, package_definitions_directory):
# read all executables out of the files in the package defs
executables = exec_loader.get_all_executables(
package_definitions_directory)
return executables
def __load_executables(self, package_definitions_directory):
# read all executables out of the files in the package defs
executables = exec_loader.get_all_executables(package_definitions_directory)
return executables
