本文整理汇总了Python中sumatra.projects.Project类的典型用法代码示例。如果您正苦于以下问题:Python Project类的具体用法?Python Project怎么用?Python Project使用的例子?那么恭喜您, 这里精选的类代码示例或许可以为您提供帮助。
在下文中一共展示了Project类的15个代码示例,这些例子默认根据受欢迎程度排序。您可以为喜欢或者感觉有用的代码点赞,您的评价将有助于系统推荐出更棒的Python代码示例。
示例1: test_launch
def test_launch(self):
self.write_test_script("test.py")
proj = Project("test_project",
default_executable=MockExecutable(),
default_repository=MockRepository(),
default_launch_mode=MockLaunchMode(),
record_store=MockRecordStore())
proj.launch(main_file="test.py")
示例2: test__backup
def test__backup(self):
def fake_copytree(source, target):
pass
orig_copytree = shutil.copytree
shutil.copytree = fake_copytree
proj = Project("test_project",
record_store=MockRecordStore())
backup_dir = proj.backup()
shutil.copytree = orig_copytree
assert "backup" in backup_dir
示例3: test__repeat
def test__repeat(self):
orig_gwc = sumatra.projects.get_working_copy
sumatra.projects.get_working_copy = MockWorkingCopy
orig_launch = Project.launch
Project.launch = lambda self, **kwargs: "new_record"
proj = Project("test_project", record_store=MockRecordStore())
proj.add_record(MockRecord("record1"))
proj.add_record(MockRecord("record2"))
self.assertEqual(proj.repeat("record1")[0], "new_record")
sumatra.projects.get_working_copy = orig_gwc
Project.launch = orig_launch
示例4: test_new_record_with_minimal_args_should_set_defaults
def test_new_record_with_minimal_args_should_set_defaults(self):
self.write_test_script("test.py")
proj = Project("test_project",
record_store=MockRecordStore(),
default_main_file="test.py",
default_executable=MockExecutable(),
default_launch_mode=MockLaunchMode(),
default_repository=MockRepository())
rec = proj.new_record()
self.assertEqual(rec.repository, proj.default_repository)
self.assertEqual(rec.main_file, "test.py")
示例5: test_new_record_with_uuid_label_generator_should_generate_unique_id
def test_new_record_with_uuid_label_generator_should_generate_unique_id(self):
self.write_test_script("test.py")
proj = Project("test_project",
record_store=MockRecordStore(),
default_main_file="test.py",
default_executable=MockExecutable(),
default_launch_mode=MockLaunchMode(),
default_repository=MockRepository(),
label_generator='uuid')
rec1 = proj.new_record()
rec2 = proj.new_record()
self.assertNotEqual(rec1.label, rec2.label)
示例6: delete_record__should_update_most_recent
def delete_record__should_update_most_recent(self):
"""see ticket:36."""
proj = Project("test_project",
record_store=MockRecordStore())
proj.add_record(MockRecord("record1"))
self.assertEqual(proj._most_recent, "record1")
proj.add_record(MockRecord("record2"))
self.assertEqual(proj._most_recent, "record2")
proj.delete_record("record2")
self.assertEqual(proj._most_recent, "last") # should really be "record1", but we are not testing RecordStore here
示例7: test_format_records
def test_format_records(self):
self.write_test_script("test.py")
proj = Project("test_project",
record_store=MockRecordStore(),
default_main_file="test.py",
default_executable=MockExecutable(),
default_launch_mode=MockLaunchMode(),
default_repository=MockRepository(),
label_generator='uuid')
rec1 = proj.new_record()
rec2 = proj.new_record()
self.assertEqual(proj.format_records('text'), 'foo_labelfoo_label\nbar_labelbar_label')
self.assertEqual(proj.format_records('html'), '<ul>\n<li>foo_labelfoo_label</li>\n<li>bar_labelbar_label</li>\n</ul>')
# TODO: Find a good way to check the output of the following formatters
# (currently we only check that we can call them without errors).
proj.format_records('latex', 'long')
proj.format_records('shell')
proj.format_records('json')
示例8: test__show_diff
def test__show_diff(self):
proj = Project("test_project",
record_store=MockRecordStore())
proj.show_diff("foo", "bar")
示例9: test__remove_tag__should_call_remove_on_the_tags_attibute_of_the_record
def test__remove_tag__should_call_remove_on_the_tags_attibute_of_the_record(self):
proj = Project("test_project",
record_store=MockRecordStore())
proj.remove_tag("foo", "new_tag")
示例10: test__add_comment__should_set_the_outcome_attribute_of_the_record
def test__add_comment__should_set_the_outcome_attribute_of_the_record(self):
proj = Project("test_project",
record_store=MockRecordStore())
proj.add_comment("foo", "comment goes here")
示例11: test__delete_by_tag__calls_delete_by_tag_on_the_record_store
def test__delete_by_tag__calls_delete_by_tag_on_the_record_store(self):
proj = Project("test_project",
record_store=MockRecordStore())
self.assertEqual(proj.delete_by_tag("foo"), "oof")
示例12: test__delete_record__calls_delete_on_the_record_store
def test__delete_record__calls_delete_on_the_record_store(self):
proj = Project("test_project",
record_store=MockRecordStore())
proj.delete_record("foo")
self.assertEqual(proj.record_store.deleted, "foo")
示例13: test__get_record__calls_get_on_the_record_store
def test__get_record__calls_get_on_the_record_store(self):
proj = Project("test_project",
record_store=MockRecordStore())
self.assertEqual(proj.get_record("foo").label, "foofoo")
示例14: init
def init(argv):
"""Create a new project in the current directory."""
usage = "%(prog)s init [options] NAME"
description = "Create a new project called NAME in the current directory."
parser = ArgumentParser(usage=usage,
description=description)
parser.add_argument('project_name', metavar='NAME', help="a short name for the project; should not contain spaces.")
parser.add_argument('-d', '--datapath', metavar='PATH', default='./Data', help="set the path to the directory in which smt will search for output datafiles generated by the simulation/analysis. Defaults to %(default)s.")
parser.add_argument('-i', '--input', metavar='PATH', default='/', help="set the path to the directory relative to which input datafile paths will be given. Defaults to the filesystem root.")
parser.add_argument('-l', '--addlabel', choices=['cmdline', 'parameters', None], metavar='OPTION',
default=None, help="If this option is set, smt will append the record label either to the command line (option 'cmdline') or to the parameter file (option 'parameters'), and will add the label to the datapath when searching for datafiles. It is up to the user to make use of this label inside their program to ensure files are created in the appropriate location.")
parser.add_argument('-e', '--executable', metavar='PATH', help="set the path to the executable. If this is not set, smt will try to infer the executable from the value of the --main option, if supplied, and will try to find the executable from the PATH environment variable, then by searching various likely locations on the filesystem.")
parser.add_argument('-r', '--repository', help="the URL of a Subversion or Mercurial repository containing the code. This will be checked out/cloned into the current directory.")
parser.add_argument('-m', '--main', help="the name of the script that would be supplied on the command line if running the simulation or analysis normally, e.g. init.hoc.")
parser.add_argument('-c', '--on-changed', default='error', help="the action to take if the code in the repository or any of the depdendencies has changed. Defaults to %(default)s") # need to add list of allowed values
parser.add_argument('-s', '--store', help="Specify the path, URL or URI to the record store (must be specified). This can either be an existing record store or one to be created. {0} Not using the `--store` argument defaults to a DjangoRecordStore with Sqlite in `.smt/records`".format(store_arg_help))
parser.add_argument('-g', '--labelgenerator', choices=['timestamp', 'uuid'], default='timestamp', metavar='OPTION', help="specify which method Sumatra should use to generate labels (options: timestamp, uuid)")
parser.add_argument('-t', '--timestamp_format', help="the timestamp format given to strftime", default=TIMESTAMP_FORMAT)
parser.add_argument('-L', '--launch_mode', choices=['serial', 'distributed', 'slurm-mpi'], default='serial', help="how computations should be launched. Defaults to %(default)s")
parser.add_argument('-o', '--launch_mode_options', help="extra options for the given launch mode")
datastore = parser.add_mutually_exclusive_group()
datastore.add_argument('-W', '--webdav', metavar='URL', help="specify a webdav URL (with [email protected]: if needed) as the archiving location for data")
datastore.add_argument('-A', '--archive', metavar='PATH', help="specify a directory in which to archive output datafiles. If not specified, or if 'false', datafiles are not archived.")
datastore.add_argument('-M', '--mirror', metavar='URL', help="specify a URL at which your datafiles will be mirrored.")
args = parser.parse_args(argv)
try:
project = load_project()
parser.error("A project already exists in directory '{0}'.".format(project.path))
except Exception:
pass
if not os.path.exists(".smt"):
os.mkdir(".smt")
if args.repository:
repository = get_repository(args.repository)
repository.checkout()
else:
repository = get_working_copy().repository # if no repository is specified, we assume there is a working copy in the current directory.
if args.executable:
executable_path, executable_options = parse_executable_str(args.executable)
executable = get_executable(path=executable_path)
executable.args = executable_options
elif args.main:
try:
executable = get_executable(script_file=args.main)
except Exception: # assume unrecognized extension - really need more specific exception type
# should warn that extension unrecognized
executable = None
else:
executable = None
if args.store:
record_store = get_record_store(args.store)
else:
record_store = 'default'
if args.webdav:
# should we care about archive migration??
output_datastore = get_data_store("DavFsDataStore", {"root": args.datapath, "dav_url": args.webdav})
args.archive = '.smt/archive'
elif args.archive and args.archive.lower() != 'false':
if args.archive.lower() == "true":
args.archive = ".smt/archive"
args.archive = os.path.abspath(args.archive)
output_datastore = get_data_store("ArchivingFileSystemDataStore", {"root": args.datapath, "archive": args.archive})
elif args.mirror:
output_datastore = get_data_store("MirroredFileSystemDataStore", {"root": args.datapath, "mirror_base_url": args.mirror})
else:
output_datastore = get_data_store("FileSystemDataStore", {"root": args.datapath})
input_datastore = get_data_store("FileSystemDataStore", {"root": args.input})
if args.launch_mode_options:
args.launch_mode_options = args.launch_mode_options.strip()
launch_mode = get_launch_mode(args.launch_mode)(options=args.launch_mode_options)
project = Project(name=args.project_name,
default_executable=executable,
default_repository=repository,
default_main_file=args.main, # what if incompatible with executable?
default_launch_mode=launch_mode,
data_store=output_datastore,
record_store=record_store,
on_changed=args.on_changed,
data_label=args.addlabel,
input_datastore=input_datastore,
label_generator=args.labelgenerator,
timestamp_format=args.timestamp_format)
if os.path.exists('.smt') and project.record_store.has_project(project.name):
f = open('.smt/labels', 'w')
f.writelines(project.format_records(tags=None, mode='short', format='text', reverse=False))
f.close()
project.save()
示例15: SerialLaunchMode
from sumatra.recordstore import django_store
from sumatra.programs import PythonExecutable
from sumatra.launch import SerialLaunchMode
from sumatra.datastore import FileSystemDataStore
from sumatra.parameters import SimpleParameterSet
from sumatra.versioncontrol._git import GitRepository
import random
from datetime import datetime
serial = SerialLaunchMode()
executable = PythonExecutable("/usr/bin/python", version="2.7")
repos = GitRepository('.')
datastore = FileSystemDataStore("/path/to/datastore")
project = Project("test_project",
default_executable=executable,
default_repository=repos,
default_launch_mode=serial,
data_store=datastore,
record_store=django_store.DjangoRecordStore())
parameters = SimpleParameterSet({'a': 2, 'b': 3})
for i in range(50):
record = Record(executable=executable, repository=repos,
main_file="main.py", version="99863a9dc5f",
launch_mode=serial, datastore=datastore,
parameters=parameters, input_data=[], script_arguments="",
label="fake_record%00d" % i,
reason="testing", diff='', user='michaelpalin',
on_changed='store-diff', stdout_stderr='srgvrgvsgverhcser')
record.duration = random.gammavariate(1.0, 1000.0)
record.outcome = "lghsvdghsg zskjdcghnskdjgc ckdjshcgndsg"
record.data_key = "['output.data']"