def testAddModDelDiff(self):
a = {'some': ['dict'],
'with': 'some',
'key':{'s': 'that',
'are': ['nes', 'ted']}}
b = dict(a)
b['extra'] = 'cool stuff'
b['with'] = 'new stuff'
del b['some']
ddo_a = DictDiff.create(a, b)
add_str = ddo_a.additions_expr(par='obj')
self.assertEqual(add_str, ["obj['extra'] = 'cool stuff'"])
self.assertEqual(["del obj['some']"], ddo_a.deletions_expr(par='obj'))
self.assertEqual(["obj['with'] = 'new stuff'"], ddo_a.modification_expr(par='obj'))
ddo_d = DictDiff.create(b, a)
self.assertEqual(ddo_d.deletions_expr(par='obj'), ["del obj['extra']"])
self.assertEqual(["obj['some'] = ['dict']"], ddo_d.additions_expr(par='obj'))
self.assertEqual(["obj['with'] = 'some'"], ddo_d.modification_expr(par='obj'))
c_a = copy.deepcopy(a)
self.assertEqual(a, c_a)
c_b = copy.deepcopy(b)
self.assertEqual(b, c_b)
ddo_a.patch(c_a)
self.assertEqual(b, c_a)
ddo_d.patch(c_b)
self.assertEqual(a, c_b)
def testSecondLevelAddModDelDiff(self):
a = {'some': ['dict'],
'with': 'some',
'key':{'s': 'that',
'are': ['nes', 'ted']}}
b = copy.deepcopy(a)
b['key']['a'] = 'cool stuff'
b['key']['s'] = 'this'
del b['key']['are']
ddo_a = DictDiff.create(a, b)
self.assertEqual(ddo_a.additions_expr(par='obj'), [])
self.assertEqual([], ddo_a.deletions_expr(par='obj'))
self.assertEqual(["obj['key']['a'] = 'cool stuff'",
"del obj['key']['are']",
"obj['key']['s'] = 'this'",
], ddo_a.modification_expr(par='obj'))
ddo_d = DictDiff.create(b, a)
self.assertEqual(ddo_d.deletions_expr(par='obj'), [])
self.assertEqual([], ddo_d.additions_expr(par='obj'))
self.assertEqual(["obj['key']['are'] = ['nes', 'ted']",
"del obj['key']['a']",
"obj['key']['s'] = 'that'",
], ddo_d.modification_expr(par='obj'))
c_a = copy.deepcopy(a)
self.assertEqual(a, c_a)
c_b = copy.deepcopy(b)
self.assertEqual(b, c_b)
ddo_a.patch(c_a)
self.assertEqual(b, c_a)
ddo_d.patch(c_b)
self.assertEqual(a, c_b)
def testAddModDelDiff(self):
a = {'some': ['dict'],
'with': 'some',
'key': {'s': 'that',
'are': ['nes', 'ted']}}
b = dict(a)
b['extra'] = 'cool stuff'
b['with'] = 'new stuff'
del b['some']
ddo_a = DictDiff.create(a, b)
add_str = ddo_a.additions_expr(par='obj')
self.assertEqual(add_str, ["obj['extra'] = 'cool stuff'"])
self.assertEqual(["del obj['some']"], ddo_a.deletions_expr(par='obj'))
self.assertEqual(["obj['with'] = 'new stuff'"], ddo_a.modification_expr(par='obj'))
ddo_d = DictDiff.create(b, a)
self.assertEqual(ddo_d.deletions_expr(par='obj'), ["del obj['extra']"])
self.assertEqual(["obj['some'] = ['dict']"], ddo_d.additions_expr(par='obj'))
self.assertEqual(["obj['with'] = 'some'"], ddo_d.modification_expr(par='obj'))
c_a = copy.deepcopy(a)
self.assertEqual(a, c_a)
c_b = copy.deepcopy(b)
self.assertEqual(b, c_b)
ddo_a.patch(c_a)
self.assertEqual(b, c_a)
ddo_d.patch(c_b)
self.assertEqual(a, c_b)
def testListAddModDelDiff(self):
a = {'some': ['dict', 'bool'],
'with': 'some',
'key':{'s': 'that',
'are': ['nes', 'ted']}}
b = copy.deepcopy(a)
b['some'][0] = 'list'
b['some'].append('last')
ddo_a = DictDiff.create(a, b)
self.assertEqual(ddo_a.additions_expr(par='obj'), [])
self.assertEqual([], ddo_a.deletions_expr(par='obj'))
self.assertEqual(["obj['some'][0] = 'list'",
"obj['some'].insert(2, 'last')"
], ddo_a.modification_expr(par='obj'))
ddo_d = DictDiff.create(b, a)
self.assertEqual(ddo_d.deletions_expr(par='obj'), [])
self.assertEqual([], ddo_d.additions_expr(par='obj'))
self.assertEqual(["obj['some'][0] = 'dict'",
"obj['some'].pop(2)"
], ddo_d.modification_expr(par='obj'))
c_a = copy.deepcopy(a)
self.assertEqual(a, c_a)
c_b = copy.deepcopy(b)
self.assertEqual(b, c_b)
ddo_a.patch(c_a)
self.assertEqual(b, c_a)
ddo_d.patch(c_b)
self.assertEqual(a, c_b)
def testSecondLevelAddModDelDiff(self):
a = {'some': ['dict'],
'with': 'some',
'key': {'s': 'that',
'are': ['nes', 'ted']}}
b = copy.deepcopy(a)
b['key']['a'] = 'cool stuff'
b['key']['s'] = 'this'
del b['key']['are']
ddo_a = DictDiff.create(a, b)
self.assertEqual(ddo_a.additions_expr(par='obj'), [])
self.assertEqual([], ddo_a.deletions_expr(par='obj'))
self.assertEqual(["obj['key']['a'] = 'cool stuff'",
"del obj['key']['are']",
"obj['key']['s'] = 'this'",
], ddo_a.modification_expr(par='obj'))
ddo_d = DictDiff.create(b, a)
self.assertEqual(ddo_d.deletions_expr(par='obj'), [])
self.assertEqual([], ddo_d.additions_expr(par='obj'))
self.assertEqual(["obj['key']['are'] = ['nes', 'ted']",
"del obj['key']['a']",
"obj['key']['s'] = 'that'",
], ddo_d.modification_expr(par='obj'))
c_a = copy.deepcopy(a)
self.assertEqual(a, c_a)
c_b = copy.deepcopy(b)
self.assertEqual(b, c_b)
ddo_a.patch(c_a)
self.assertEqual(b, c_a)
ddo_d.patch(c_b)
self.assertEqual(a, c_b)
def testListAddModDelDiff(self):
a = {'some': ['dict', 'bool'],
'with': 'some',
'key': {'s': 'that',
'are': ['nes', 'ted']}}
b = copy.deepcopy(a)
b['some'][0] = 'list'
b['some'].append('last')
ddo_a = DictDiff.create(a, b)
self.assertEqual(ddo_a.additions_expr(par='obj'), [])
self.assertEqual([], ddo_a.deletions_expr(par='obj'))
self.assertEqual(["obj['some'][0] = 'list'",
"obj['some'].insert(2, 'last')"
], ddo_a.modification_expr(par='obj'))
ddo_d = DictDiff.create(b, a)
self.assertEqual(ddo_d.deletions_expr(par='obj'), [])
self.assertEqual([], ddo_d.additions_expr(par='obj'))
self.assertEqual(["obj['some'][0] = 'dict'",
"obj['some'].pop(2)"
], ddo_d.modification_expr(par='obj'))
c_a = copy.deepcopy(a)
self.assertEqual(a, c_a)
c_b = copy.deepcopy(b)
self.assertEqual(b, c_b)
ddo_a.patch(c_a)
self.assertEqual(b, c_a)
ddo_d.patch(c_b)
self.assertEqual(a, c_b)
def testEqualDiff(self):
a = {'some': ['dict'],
'with': 'some',
'key':{'s': 'that',
'are': ['nes', 'ted']}}
b = dict(a)
self.assertEqual(None, DictDiff.create(a, b))
def testEqualDiff(self):
a = {'some': ['dict'],
'with': 'some',
'key': {'s': 'that',
'are': ['nes', 'ted']}}
b = dict(a)
self.assertEqual(None, DictDiff.create(a, b))
def equal_blob_check(unit_test, diff_file_tag, first, second):
from peyotl.test.support import pathmap
if first != second:
dd = DictDiff.create(first, second)
ofn = pathmap.next_unique_scratch_filepath(diff_file_tag + '.obtained_rt')
efn = pathmap.next_unique_scratch_filepath(diff_file_tag + '.expected_rt')
write_as_json(first, ofn)
write_as_json(second, efn)
er = dd.edits_expr()
_LOG.info('\ndict diff: {d}'.format(d='\n'.join(er)))
if first != second:
m_fmt = "TreeBase conversion failed see files {o} and {e}"
m = m_fmt.format(o=ofn, e=efn)
unit_test.assertEqual("", m)
rc = 1
if rc == 1:
warn("tree added, but not not showing up in trees_in_synth response.")
# Remove our addition to return the testing corpus to its previous state.
try:
SUBMIT_URI = DOMAIN + '/v4/exclude_tree_in_synth'
r = test_http_json_method(SUBMIT_URI,
'POST',
data=change_synth_data,
expected_status=200,
return_bool_data=True)
assert r[0]
except:
msg = "ERROR: study_id, tree_id pair ({}, {}) was added to the default synth collection, but removal failed!"
msg = msg.format(study_id, tree_id)
sys.stderr.write(msg)
sys.exit(1)
restored_study_to_tree_list = fetch_current_synth_study2tree_mapping()
if tree_id in restored_study_to_tree_list.get(study_id, []):
warn("Tree excluded from synth, but still showing up in trees_in_synth response")
rc = 1
elif restored_study_to_tree_list != orig_study_to_tree_list:
from peyotl.struct_diff import DictDiff
dd = DictDiff.create(orig_study_to_tree_list, restored_study_to_tree_list)
msg = "Trees showing up in trees_in_synth response changed after restore:\n{}".format(dd.__dict__)
warn(msg)
sys.exit(rc)
# Remove our addition to return the testing corpus to its previous state.
try:
SUBMIT_URI = DOMAIN + '/v4/exclude_tree_in_synth'
r = test_http_json_method(SUBMIT_URI,
'POST',
data=change_synth_data,
expected_status=200,
return_bool_data=True)
assert r[0]
except:
msg = "ERROR: study_id, tree_id pair ({}, {}) was added to the default synth collection, but removal failed!"
msg = msg.format(study_id, tree_id)
sys.stderr.write(msg)
sys.exit(1)
restored_study_to_tree_list = fetch_current_synth_study2tree_mapping()
if tree_id in restored_study_to_tree_list.get(study_id, []):
warn(
"Tree excluded from synth, but still showing up in trees_in_synth response"
)
rc = 1
elif restored_study_to_tree_list != orig_study_to_tree_list:
from peyotl.struct_diff import DictDiff
dd = DictDiff.create(orig_study_to_tree_list, restored_study_to_tree_list)
msg = "Trees showing up in trees_in_synth response changed after restore:\n{}".format(
dd.__dict__)
warn(msg)
sys.exit(rc)
