def test_parse_one_level(self):
data = """\
... one
# Comment on two
... two
*** line with some data
... three
"""
parser = TreeParser(data)
assert parser._text_generated() == """\
... one
# Comment on two
... two
*** line with some data
... three
... ~end-marker~
"""
assert parser.as_nested_list == ['one', '# Comment on two', 'two',
'line with some data', 'three']
##pprint(parser.as_json)
assert parser.as_json == {
'_leaves': ['one', 'three', 'two', 'z-2cf54f23'],
'_root': {'members': ['one', 'two', 'z-2cf54f23', 'three']},
'_tree': [u'... one',
' # Comment on two',
'... two',
'*** line with some data',
'... three'],
'one': {'groups': ['_root']},
'three': {'groups': ['_root']},
'two': {'comments': ['# Comment on two'], 'groups': ['_root']},
'z-2cf54f23': {'data': 'line with some data', 'groups': ['_root']}
}
assert parser.as_tree == data
def test_parse_one_level_initial_indent(self):
# Blank line is ignored
data = """\
... one
... two
... three
"""
parser = TreeParser(data)
assert parser._text_generated() == """\
... one
... two
... three
... ~end-marker~
"""
assert parser.as_nested_list == ['one', 'two', 'three']
# No need to keep the initial indent in the data
assert parser.as_tree == """\
... one
... two
... three
"""
print("+++++++++++++++++++++++++++++++++++++++++++++++++")
pprint(parser.as_json)
assert parser.as_json == {
u'_leaves': [u'one', u'three', u'two'],
u'_root': {u'members': [u'one', u'two', u'three']},
u'_tree': [u'... one', u'... two', u'... three'],
u'one': {u'groups': [u'_root']},
u'three': {u'groups': [u'_root']},
u'two': {u'groups': [u'_root']}
}
def test_parse_to_nested_list(self):
data = """\
... one
... alpha
... two
... beta
... beta_01
... gamma
... three
... delta
... four
"""
parser = TreeParser(data)
assert parser._text_generated() == """\
... one
... alpha
... two
... beta
... beta_01
... gamma
... three
... delta
... four
... ~end-marker~
"""
assert parser.as_nested_list == [
'one', ['alpha'],
'two', ['beta', ['beta_01'], 'gamma'],
'three', ['delta'],
'four'
]
##print("+=" * 35)
##pprint(parser.as_json)
assert parser.as_json == {
'_leaves': ['alpha', 'beta_01', 'delta', 'four', 'gamma'],
'_root': {'members': ['one', 'two', 'three', 'four']},
'_tree': ['... one',
' ... alpha',
'... two',
' ... beta',
' ... beta_01',
' ... gamma',
'... three',
' ... delta',
'... four'],
'alpha': {'groups': ['one']},
'beta': {'groups': ['two'], 'members': ['beta_01']},
'beta_01': {'groups': ['beta']},
'delta': {'groups': ['three']},
'four': {'groups': ['_root']},
'gamma': {'groups': ['two']},
'one': {'groups': ['_root'], 'members': ['alpha']},
'three': {'groups': ['_root'], 'members': ['delta']},
'two': {'groups': ['_root'], 'members': ['beta', 'gamma']},
}
assert parser.as_tree == data
def load(cls, data, data_format='tree'):
"""Load riders, ponies and latches from text file in the chosen
format. Acceptable formats:
json
tree
# bson
# xml
"""
cls.validate_format(data_format)
if data_format == 'tree':
parser = TreeParser(data)
json_dict = parser.to_json()
meta_data_list = json_dict['doc']['members']
meta_data_dict = {} # TO-DO Dictionary comprehension
for meta_data in meta_data_list:
key, value = meta_data.split(':', 1)
meta_data_dict[key.strip()] = value.strip()
elif data_format == 'json':
pass
#try:
#data2 = json.loads(data + '') # OK if data is a string
#except TypeError:
#data2 = data.copy() # data is already a dictionary;
## copy for safety
# data is now a Python dict of simple data types
# TO-DO Organisation missing should be an error -- remove default
##competition = cls(org_id=data.get('org_id', 'default_org_id2'),
##name=data['name'], created=data.get('created'))
competition = cls(**meta_data_dict)
# Add competitors and latches
# ==================================
for creator_class in [Rider, Pony, Action]:
##for name, adict in data[creator_class.collection_name].iteritems():
##competition.add(creator_class(name, **adict))
for adict in data[creator_class.collection_name]:
competition.add(creator_class(**adict))
for latch_key in data[Latch.collection_name]:
if latch_key != LATCH_DENY_ALL:
competition.add(Latch(latch_key))
# Calculate members and validate integrity of graph
competition.validate()
return competition
def test_parse_one_level_tree_from_json(self):
json_str = """\
{
"_leaves": ["one", "three", "two"],
"_root": {"members": ["one", "two", "three"]},
"_tree": ["... one",
"... two",
"... three"],
"one": {"groups": ["_root"]},
"three": {"groups": ["_root"]},
"two": {"groups": ["_root"]}
}
"""
parser = TreeParser(json_str)
assert parser.to_json() == json.loads(json_str)
return # <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
def test_parse_one_level_with_comments(self):
# Check nested list, and that tree formed is identical
data = """\
# Comment on one
... one
... two # Inline comment on two
# Comment on three
... three
"""
parser = TreeParser(data)
assert parser._text_generated() == """\
# Comment on one
... one
# Inline comment on two
... two
# Comment on three
... three
... ~end-marker~
"""
assert parser.as_nested_list == ['# Comment on one', 'one',
'# Inline comment on two', 'two',
'# Comment on three', 'three']
##pprint(parser.as_json)
assert parser.as_json == {
'_leaves': ['one', 'three', 'two'],
'_root': {'members': ['one', 'two', 'three']},
'_tree': [' # Comment on one',
'... one',
' # Inline comment on two',
'... two',
' # Comment on three',
'... three'],
'one': {'comments': ['# Comment on one'], 'groups': ['_root']},
'three': {'comments': ['# Comment on three'], 'groups': ['_root']},
'two': {'comments': ['# Inline comment on two'],
'groups': ['_root']}}
assert parser.as_tree == """\