def test_get_assets(self):
model = core.Model(
tuple()) # getting away with an empty model for this step
cache = self.cls_to_test(self.cache_file.name,
model,
force_create=True)
class Activities(core.Enum):
DATETIME = 'Give date/time'
PythonTime = self.PythonTime
python = PythonTime('python')
stepvariant_db_id = cache.id_step_variant(python,
(Activities.DATETIME, ))
# 2-elements sources
SrcCls = core.assetfactory('Source', [
core.AssetAttr('reference', rnaseq.FASTAFile, ''),
core.AssetAttr('otherreference', rnaseq.FASTAFile, ''),
core.AssetAttr('listoffiles', rnaseq.CSVFileSequence, '')
])
sources = SrcCls(
rnaseq.FASTAFile('foo.fasta'), rnaseq.FASTAFile('bar.fasta'),
rnaseq.CSVFileSequence(
(rnaseq.CSVFile('baz.csv'), rnaseq.CSVFile('baz2.csv'))))
targets = core.AssetSet() # targets
parameters = tuple()
db_id = cache.id_stepconcrete(stepvariant_db_id.id, sources, targets,
parameters)
for storedthing in cache.get_srcassets(db_id.id):
thing = storedthing.resurrect(rnaseq)
def test_nconcrete_steps(self):
model = core.Model(
tuple()) # getting away with an empty model for this step
cache = self.cls_to_test(self.cache_file.name,
model,
force_create=True)
class Activities(core.Enum):
DATETIME = 'Give date/time'
PythonTime = self.PythonTime
python = PythonTime('python')
stepvariant_db_id = cache.id_step_variant(python,
(Activities.DATETIME, ))
sources = core.AssetSet() # source
targets = core.AssetSet() # targets
parameters = tuple()
self.assertEqual(0, cache.nconcrete_steps)
taskstatuscount = cache.nconcrete_steps_status
self.assertEqual(0, len(taskstatuscount))
db_id = cache.id_stepconcrete(stepvariant_db_id.id, sources, targets,
parameters)
self.assertEqual(1, cache.nconcrete_steps)
taskstatuscount = cache.nconcrete_steps_status
self.assertEqual(taskstatuscount[0].label, hortator._TASK_TODO)
self.assertEqual(taskstatuscount[0].count, 1)
def test_id_step_variant_noexecutable(self):
model = core.Model(
tuple()) # getting away with an empty model for this step
cache = self.cls_to_test(self.cache_file.name,
model,
force_create=True)
class Activities(core.Enum):
NOODLE = 'Noodle'
class Foo(core.StepAbstract):
_name = 'foo'
_default_execpath = None
activities = (core.DEFAULT_ACTIVITY.MISC, )
Assets = None
def __init__(self, executable):
if executable is not None:
raise ValueError('No executable needed. Should be None.')
self._execpath = None
@property
def version(self):
return '0.1.0'
def run(self):
pass
foo = Foo(None)
db_id = cache.id_step_variant(foo, (Activities.NOODLE, ))
self.assertTrue(db_id.new)
self.assertTrue(isinstance(db_id.id, int))
db_id_same = cache.id_step_variant(foo, (Activities.NOODLE, ))
self.assertFalse(db_id_same.new)
self.assertEqual(db_id.id, db_id_same.id)
def setUp(self):
self.cache_file = tempfile.NamedTemporaryFile()
model = core.Model(
tuple()) # getting away with an empty model for this step
self.cache = hortator.PersistentTaskGraph(self.cache_file.name,
model,
force_create=True)
def test_id_step_variant(self):
model = core.Model(
tuple()) # getting away with an empty model for this step
cache = self.cls_to_test(self.cache_file.name,
model,
force_create=True)
class Activities(core.Enum):
COMPRESS = 'Compress'
class GZip(core.StepAbstract):
_name = 'gzip'
_default_execpath = 'gzip'
activities = (core.DEFAULT_ACTIVITY.MISC, )
Assets = None
def __init__(self, executable=None):
if executable is None:
self._execpath = _default_execpath
else:
self._execpath = executable
@property
def version(self):
res = subprocess.check_output([self._execpath, '--version'])
version = res.split(linesep)[0]
return version
def run(self):
pass
gzip = GZip('gzip')
db_id = cache.id_step_variant(gzip, (Activities.COMPRESS, ))
self.assertTrue(isinstance(db_id.id, int))
def test_statuslist(self):
model = core.Model(
tuple()) # getting away with an empty model for this step
cache = self.cls_to_test(self.cache_file.name,
model,
force_create=True)
statuslist = cache.statuslist
self.assertEqual(
set((y, x) for x, y in hortator._TASK_STATUS_LIST.items()),
set(statuslist))
def test_gettargetsofactivity(self):
model = core.Model(
tuple()) # getting away with an empty model for this step
cache = self.cls_to_test(self.cache_file.name,
model,
force_create=True)
split = Split(None)
parameters = tuple()
input_file = tempfile.NamedTemporaryFile(mode='w+')
input_file.write('123')
input_file.flush()
head_file = tempfile.NamedTemporaryFile(mode='w+')
tail_file = tempfile.NamedTemporaryFile(mode='w+')
sources = split.Assets.Source(core.File(input_file.name))
targets = split.Assets.Target(core.File(head_file.name),
core.File(tail_file.name))
self.assertRaises(ValueError, cache.get_targetsofactivity,
ActivitiesSplit.HEADTAIL)
# ensure that step variant is tracked
stepvariant_db_id = cache.id_step_variant(split, split.activities)
self.assertRaises(ValueError, cache.get_targetsofactivity,
ActivitiesSplit.FOO)
# get the targets of the activity (obviously there are not any yet)
res = cache.get_targetsofactivity(ActivitiesSplit.HEADTAIL)
self.assertEqual(0, len(res))
# create a new task
task_id = cache.id_stepconcrete(stepvariant_db_id.id, sources, targets,
parameters)
# there is only one such
res = cache.get_targetsofactivity(ActivitiesSplit.HEADTAIL)
self.assertEqual(2, len(res))
#
head_file = tempfile.NamedTemporaryFile(mode='w+')
tail_file = tempfile.NamedTemporaryFile(mode='w+')
targets_other = split.Assets.Target(core.File(head_file.name),
core.File(tail_file.name))
task_id_other = cache.id_stepconcrete(stepvariant_db_id.id,
sources,
targets_other,
parameters=(1, ))
res = cache.get_targetsofactivity(ActivitiesSplit.HEADTAIL)
self.assertEqual(4, len(res))
# --
cat = Cat(None)
concat = tempfile.NamedTemporaryFile(mode='w+')
sources = cat.Assets.Source(
core.FileSequence((targets.head, targets_other.head)))
targets = cat.Assets.Target(core.File(concat.name))
# ensure that step variant is tracked
stepvariant_db_id = cache.id_step_variant(cat, cat.activities)
task_id_cat = cache.id_stepconcrete(stepvariant_db_id.id, sources,
targets, parameters)
res = cache.get_targetsofactivity(ActivitiesSplit.MERGE)
self.assertEqual(1, len(res))
def test_PersistentTaskGraph(self):
model = core.Model(
tuple()) # getting away with an empty model for this step
# test the initialization
cache = self.cls_to_test(self.cache_file.name,
model,
force_create=True)
# check that it was created
self.assertTrue(cache.created)
# empty set of steps
s = tuple(cache.iter_steps())
self.assertEqual(0, len(s))
def test_reopen(self):
model = core.Model(
tuple()) # getting away with an empty model for this step
#create
cache = self.cls_to_test(self.cache_file.name,
model,
force_create=True)
#reopen
cache_2 = self.cls_to_test(self.cache_file.name, model)
# check that it was not created
self.assertFalse(cache_2.created)
# check that the statuslist is matching (as it also means that the inserts
# to set up the DB were committed.
self.assertEqual(cache.statuslist, cache_2.statuslist)
def test_id_stored_sequence_len1(self):
model = core.Model(
tuple()) # getting away with an empty model for this step
cache = self.cls_to_test(self.cache_file.name,
rnaseq,
force_create=True)
db_id = cache.id_stored_sequence(core.FileSequence,
((core.File, 'hohoho.fastq'), ))
self.assertTrue(db_id.new)
self.assertEqual(1, db_id.id)
# same will give the same id.
db_id_same = cache.id_stored_sequence(core.FileSequence,
((core.File, 'hohoho.fastq'), ))
self.assertFalse(db_id_same.new)
self.assertEqual(db_id.id, db_id_same.id)
# different will give a different id.
db_id_differ = cache.id_stored_sequence(
core.FileSequence, ((core.File, 'hahaha.fastq'), ))
self.assertTrue(db_id_differ.new)
self.assertNotEqual(db_id.id, db_id_differ.id)
def test_id_stored_entity(self):
model = core.Model(
tuple()) # getting away with an empty model for this step
cache = self.cls_to_test(self.cache_file.name,
rnaseq,
force_create=True)
db_id = cache.id_stored_entity(rnaseq.FASTQPossiblyGzipCompressed,
'hohoho.fastq')
self.assertTrue(db_id.new)
self.assertEqual(1, db_id.id)
# same will give the same id.
db_id_same = cache.id_stored_entity(rnaseq.FASTQPossiblyGzipCompressed,
'hohoho.fastq')
self.assertFalse(db_id_same.new)
self.assertEqual(db_id.id, db_id_same.id)
# different will give a different id.
db_id_differ = cache.id_stored_entity(
rnaseq.FASTQPossiblyGzipCompressed, 'hahaha.fastq')
self.assertTrue(db_id_differ.new)
self.assertNotEqual(db_id.id, db_id_differ.id)
def test_Step(self):
#'id label classname entityname'
fh = tempfile.NamedTemporaryFile(mode='w+')
fh.write('foobarbaz')
fh.flush()
out_fh = tempfile.NamedTemporaryFile(suffix='.csv')
src = (hortator.StoredEntity(1, 'file', 'File', fh.name), )
targets = (hortator.StoredEntity(1, 'crc', 'CSVFile', out_fh.name), )
#id status steptype_id executable clsname version
sc = hortator.StepConcrete_DbEntry(1, hortator._TASK_TODO, 1, 1, None,
'CRCHeadTail', None, ())
parameters = tuple()
step = hortator.Step(sc, src, targets, parameters, rnaseq)
self.assertFalse(step.iscomplete())
returncode = step.run()
self.assertEqual(0, returncode)
sc = hortator.StepConcrete_DbEntry(1, hortator._TASK_DONE, 1, 1, None,
'CRCHeadTail', None, ())
model = core.Model(
tuple()) # getting away with an empty model for this step
step = hortator.Step(sc, src, targets, parameters, model)
self.assertTrue(step.iscomplete())
def test_gettargetsoftype(self):
model = core.Model(
tuple()) # getting away with an empty model for this step
cache = self.cls_to_test(self.cache_file.name,
model,
force_create=True)
class SplitCSV(Split):
_name = 'split'
activities = (core.DEFAULT_ACTIVITY.MISC, )
version = '0.1'
_default_execpath = 'None'
class Assets(core.AssetsStep):
Source = core.assetfactory('Source', [
core.AssetAttr('file', railroadtracks.model.files.CSVFile,
'')
])
Target = core.assetfactory('Target', [
core.AssetAttr('head', railroadtracks.model.files.CSVFile,
''),
core.AssetAttr('tail', railroadtracks.model.files.CSVFile,
'')
])
def run(self, assets, parameters=()):
with open(assets.source.file, 'rb') as fh_in:
csv_r = csv.reader(fh_in)
with open(assets.target.head, 'wb') as fh_out:
csv_w = csv.writer(fh_out)
head = next(csv_r)
csv_w.writerow(head)
with open(assets.target.tail, 'wb') as fh_out:
csv_w = csv.writer(fh_out)
for row in csv_r:
csv_w.writerow(row)
cmd = None
returncode = 1
return cmd, returncode
split = Split(None)
parameters = tuple()
input_file = tempfile.NamedTemporaryFile(mode='w+')
input_file.write('123')
input_file.flush()
head_file = tempfile.NamedTemporaryFile(mode='w+')
tail_file = tempfile.NamedTemporaryFile(mode='w+')
sources = split.Assets.Source(core.File(input_file.name))
targets = split.Assets.Target(core.File(head_file.name),
core.File(tail_file.name))
stepvariant_db_id = cache.id_step_variant(split, split.activities)
res = cache.get_targetsoftype(core.File.__name__)
self.assertEqual(0, len(res))
task_id = cache.id_stepconcrete(stepvariant_db_id.id, sources, targets,
parameters)
res = cache.get_targetsoftype(core.File.__name__)
self.assertEqual(2, len(res))
splitcsv = SplitCSV(None)
parameters = tuple()
input_file = tempfile.NamedTemporaryFile(suffix=".csv", mode='w+')
input_file.write('123')
input_file.flush()
head_file = tempfile.NamedTemporaryFile(suffix=".csv", mode='w+')
tail_file = tempfile.NamedTemporaryFile(suffix=".csv", mode='w+')
sources = splitcsv.Assets.Source(
railroadtracks.model.files.CSVFile(input_file.name))
targets = splitcsv.Assets.Target(
railroadtracks.model.files.CSVFile(head_file.name),
railroadtracks.model.files.CSVFile(tail_file.name))
stepvariant_db_id = cache.id_step_variant(splitcsv,
splitcsv.activities)
res = cache.get_targetsoftype(
railroadtracks.model.files.CSVFile.__name__)
self.assertEqual(0, len(res))
task_id = cache.id_stepconcrete(stepvariant_db_id.id, sources, targets,
parameters)
res = cache.get_targetsoftype(
railroadtracks.model.files.CSVFile.__name__)
self.assertEqual(2, len(res))
head_file = tempfile.NamedTemporaryFile(mode='w+')
tail_file = tempfile.NamedTemporaryFile(mode='w+')
targets = split.Assets.Target(core.File(head_file.name),
core.File(tail_file.name))
task_id_other = cache.id_stepconcrete(stepvariant_db_id.id,
sources,
targets,
parameters=(1, ))
res = cache.get_targetsoftype(core.File.__name__)
self.assertEqual(4, len(res))
def test_get_parenttask_of_storedentity(self):
model = core.Model(
tuple()) # getting away with an empty model for this step
cache = self.cls_to_test(self.cache_file.name,
model,
force_create=True)
split = Split(None)
parameters = tuple()
input_file = tempfile.NamedTemporaryFile(mode='w+')
input_file.write('123')
input_file.flush()
head_file = tempfile.NamedTemporaryFile(mode='w+')
tail_file = tempfile.NamedTemporaryFile(mode='w+')
sources = split.Assets.Source(core.File(input_file.name))
targets = split.Assets.Target(core.File(head_file.name),
core.File(tail_file.name))
# ensure that step variant is tracked
stepvariant_db_id = cache.id_step_variant(split, split.activities)
# create a new task
task_id = cache.id_stepconcrete(stepvariant_db_id.id, sources, targets,
parameters)
for sa in cache.get_srcassets(task_id):
# all are root nodes
res = cache.get_parenttask_of_storedentity(sa)
self.assertTrue(res is None)
for sa in cache.get_targetassets(task_id):
res = cache.get_parenttask_of_storedentity(sa)
self.assertEqual(task_id.id, res.id)
#
head_file_other = tempfile.NamedTemporaryFile(mode='w+')
tail_file_other = tempfile.NamedTemporaryFile(mode='w+')
targets_other = split.Assets.Target(core.File(head_file_other.name),
core.File(tail_file_other.name))
task_id_other = cache.id_stepconcrete(stepvariant_db_id.id,
split.Assets.Source(
targets.tail),
targets_other,
parameters=(1, ))
for sa in cache.get_srcassets(task_id_other):
res = cache.get_parenttask_of_storedentity(sa)
self.assertEqual(task_id.id, res.id)
for sa in cache.get_targetassets(task_id_other):
res = cache.get_parenttask_of_storedentity(sa)
self.assertEqual(task_id_other.id, res.id)
# --
cat = Cat(None)
sources_cat = cat.Assets.Source(
core.FileSequence((targets.head, targets_other.head)))
concat = tempfile.NamedTemporaryFile(mode='w+')
targets_cat = cat.Assets.Target(core.File(concat.name))
# ensure that step variant is tracked
stepvariant_db_id_cat = cache.id_step_variant(cat, cat.activities)
task_id_cat = cache.id_stepconcrete(stepvariant_db_id_cat.id,
sources_cat, targets_cat,
parameters)
for sa in cache.get_srcassets(task_id_cat):
if hasattr(sa, 'iter_storedentities'):
for sa_sub, t in zip(sa.iter_storedentities(),
(task_id, task_id_other)):
res = cache.get_parenttask_of_storedentity(sa_sub)
self.assertEqual(t.id, res.id)
else:
res = cache.get_parenttask_of_storedentity(sa)
self.assertEqual(task_id_cat.id, res.id)
head_file_other = tempfile.NamedTemporaryFile(mode='w+')
tail_file_other = tempfile.NamedTemporaryFile(mode='w+')
targets_other = split.Assets.Target(core.File(head_file_other.name),
core.File(tail_file_other.name))
task_id = cache.id_stepconcrete(
stepvariant_db_id.id, split.Assets.Source(targets_cat.result),
targets_other, tuple())
for sa in cache.get_srcassets(task_id):
res = cache.get_parenttask_of_storedentity(sa)
self.assertEqual(task_id_cat.id, res.id)
def test_id_stepconcrete(self):
model = core.Model(
tuple()) # getting away with an empty model for this step
cache = self.cls_to_test(self.cache_file.name,
model,
force_create=True)
class Activities(core.Enum):
DATETIME = 'Give date/time'
PythonTime = self.PythonTime
python = PythonTime('python')
stepvariant_db_id = cache.id_step_variant(python,
(Activities.DATETIME, ))
# empty sources is a special case
sources = core.AssetSet() # source
targets = core.AssetSet() # targets
parameters = tuple()
db_id = cache.id_stepconcrete(stepvariant_db_id.id, sources, targets,
parameters)
db_id_same = cache.id_stepconcrete(stepvariant_db_id.id, sources,
targets, parameters)
self.assertEqual(db_id.id, db_id_same.id)
db_id_notthesame = cache.id_stepconcrete(stepvariant_db_id.id,
sources,
targets,
parameters,
tag=2)
self.assertNotEqual(db_id.id, db_id_notthesame.id)
# 1-element sources
sources = railroadtracks.model.aligners.AssetsIndexer.Source(
rnaseq.FASTAFile('foo.fasta'))
db_id_nothesame = cache.id_stepconcrete(stepvariant_db_id.id, sources,
targets, parameters)
self.assertNotEqual(db_id.id, db_id_nothesame.id)
db_id_sameagain = cache.id_stepconcrete(stepvariant_db_id.id, sources,
targets, parameters)
self.assertEqual(db_id_sameagain.id, db_id_nothesame.id)
db_id_nothesameagain = cache.id_stepconcrete(stepvariant_db_id.id,
sources, targets,
("%Y", ))
self.assertNotEqual(db_id.id, db_id_nothesameagain.id)
self.assertNotEqual(db_id_sameagain.id, db_id_nothesameagain.id)
# 1-element sources, several parameters
db_id_2params = cache.id_stepconcrete(stepvariant_db_id.id, sources,
targets, ("%Y", "Z"))
db_id_same2params = cache.id_stepconcrete(stepvariant_db_id.id,
sources, targets,
("%Y", "Z"))
self.assertEqual(db_id_2params.id, db_id_same2params.id)
db_id_2otherparams = cache.id_stepconcrete(stepvariant_db_id.id,
sources, targets,
("%Y", "W"))
self.assertNotEqual(db_id_2params.id, db_id_2otherparams.id)
# 2-elements sources
SrcCls = core.assetfactory('Source', [
core.AssetAttr('reference', rnaseq.FASTAFile, ''),
core.AssetAttr('otherreference', rnaseq.FASTAFile, '')
])
sources = SrcCls(rnaseq.FASTAFile('foo.fasta'),
rnaseq.FASTAFile('bar.fasta'))
db_id_notthesame = cache.id_stepconcrete(stepvariant_db_id.id, sources,
targets, parameters)
self.assertNotEqual(db_id.id, db_id_notthesame.id)
db_id_sameagain = cache.id_stepconcrete(stepvariant_db_id.id, sources,
targets, parameters)
self.assertEqual(db_id_sameagain.id, db_id_notthesame.id)
# 1-element source / 1-element target
sources = railroadtracks.model.aligners.AssetsIndexer.Source(
rnaseq.FASTAFile('foo.fasta'))
targets = railroadtracks.model.aligners.AssetsIndexer.Target(
rnaseq.FilePattern('foo_idx'))
foo_sh = rnaseq.Anyscript()
stepvariant_db_id = cache.id_step_variant(foo_sh,
(Activities.DATETIME, ))
db_id_nothesame = cache.id_stepconcrete(stepvariant_db_id.id, sources,
targets, parameters)
self.assertNotEqual(db_id.id, db_id_nothesame.id)
db_id_sameagain = cache.id_stepconcrete(stepvariant_db_id.id, sources,
targets, parameters)
self.assertEqual(db_id_sameagain.id, db_id_nothesame.id)
# fail if target assets are suddenly different
targets_bar = railroadtracks.model.aligners.AssetsIndexer.Target(
rnaseq.FilePattern('bar_idx'))
self.assertRaises(ValueError, cache.id_stepconcrete,
stepvariant_db_id.id, sources, targets_bar,
parameters)
