def post(self):
find_key = db.Key.from_path('Spec', 1)
key_batch = db.allocate_ids(find_key, 1)
spec = Spec(id=key_batch[0])
new_id = spec.put().id()
if self.request.body != '':
self.put(new_id)
self.response.headers['Content-Type'] = 'application/json'
self.response.write(json.dumps({'id': new_id}))
def receiveInput(request):
ConvForm = ConversionForm(request.REQUEST, request.FILES)
if ConvForm.is_valid():
conv = Spec(upload=ConvForm.cleaned_data['upload'],
url=ConvForm.cleaned_data['url'] )
conv.save(force_insert=True)
# start the work in the background
bg = DoWork(conv)
bg.start()
# give it a second, so we might skip the
# waiting-page for quick transforms
sleep(2)
return HttpResponseRedirect(APPURL+'result/spec_%s.json'%(conv.pk))
else:
return HttpResponseRedirect(APPURL)
def add_item(self, name, brand, category, product_code, **kwargs):
item = Item(user=self.user)
self.session.add(item)
spec_names = {
'name': name,
'brand': brand,
'category': category,
'product_code': product_code
}
spec_names.update(kwargs)
spec_names = dict((k.lower(), v) for k, v in spec_names.items())
specs = Spec.ensure(self.session, self.user, spec_names.keys())
for (name, value) in spec_names.items():
spec = select(specs, 'name', name)
assert (spec is not None)
item_spec = ItemSpec(item=item,
spec=spec,
value=value,
user=self.user)
self.session.add(item_spec)
self.session.commit()
return item
def delete(self, id=None):
if id is None:
self.response.set_status('404')
return
spec = Spec.get_by_id(int(id))
if spec:
spec.key.delete()
else:
self.response.set_status('404')
def addSpec():
info = request.get_json() or {}
entity = Spec(title=info["title"],
category=info["category"],
body=info["body"],
picture=info["picture"])
db.session.add(entity)
db.session.commit()
return jsonify({"response": "ok"})
def get(self, id=None):
self.response.headers.add_header('Access-Control-Allow-Origin', '*')
self.response.headers.add_header('Access-Control-Allow-Methods',
'POST, GET, PUT, DELETE, OPTIONS')
self.response.headers.add_header('Access-Control-Allow-Headers',
'X-Requested-With, content-type')
if id:
spec = Spec.get_by_id(int(id))
if spec:
self.response.write(spec.json)
else:
self.response.set_status('404')
else:
group = self.request.get('group')
sort_by = self.request.get('sortby')
owner = self.request.get('owner')
specs = Spec.get_infos(
1000, group, sort_by, owner
) # TODO: Increased output from 100 to 1000, must implement pagination eventually
self.response.write(json.dumps(specs))
def edit_variant(self, variant1, **kwargs):
variant_specs = variant1.variant_specs
specs = Spec.ensure(self.session, self.user, kwargs.keys())
for (name, value) in kwargs.items():
variant_spec = select(variant_specs, lambda x: x.spec.name, name)
spec = select(specs, 'name', name)
if variant_spec is not None:
if variant_spec.value == value: continue
variant_spec.active = False
variant_spec.expired_at = _get_datetime()
new_variant_spec = VariantSpec(variant=variant1,
spec=spec,
value=value,
user=self.user)
self.session.add(new_variant_spec)
self.session.commit()
def edit_item(self, item, **kwargs):
item_specs = item.item_specs
specs = Spec.ensure(self.session, self.user, kwargs.keys())
for (name, value) in kwargs.items():
item_spec = select(item_specs, lambda x: x.spec.name, name)
spec = select(specs, 'name', name)
if item_spec is not None:
if item_spec.value == value: continue
item_spec.active = False
item_spec.expired_at = _get_datetime()
item_spec = ItemSpec(item=item,
spec=spec,
value=value,
user=self.user)
self.session.add(item_spec)
self.session.commit()
def put(self, id=None):
if id is None:
self.response.set_status('404')
return
spec = Spec.get_by_id(int(id))
if spec:
# Spec Owner
payload = json.loads(self.request.body)
owner = payload['permissions']['owner']
# Current User
user = users.get_current_user()
if user and user.nickname() == owner:
spec.load_json_with_id(self.request.body, id)
spec.put()
else:
self.response.set_status('403')
else:
self.response.set_status('404')
def add_variant(self, item, cost_price, selling_price, quantity, **kwargs):
variant = Variant(item=item, user=self.user)
self.session.add(variant)
spec_names = {
'cost_price': cost_price,
'selling_price': selling_price,
'quantity': quantity
}
spec_names.update(kwargs)
specs = Spec.ensure(self.session, self.user, spec_names.keys())
for (name, value) in spec_names.items():
spec = select(specs, 'name', name)
assert (spec is not None)
variant_spec = VariantSpec(variant=variant,
spec=spec,
value=value,
user=self.user)
self.session.add(variant_spec)
self.session.commit()
return variant
print("Initializing Datastore")
init()
print("Basic Models" + "\r\n")
print("Character Roles: ")
for role in CharacterRole:
print (role)
print()
print("Character Classes: ")
for cclass in CharacterClass:
print (cclass)
print()
spriest = Spec(character_class=CharacterClass.Priest, name="Shadow", role=CharacterRole.Caster)
print("Created First Spec: ")
print(str(spriest))
print()
print("Initializing all specs ")
models.seedSpecs()
print("Specs seeded!")
print()
print("Dumping Specs: ")
session = models.Session()
for entry in session.query(Spec).all():
print(entry)
print("All Specs dumped from DB!")
def add_spec(self, name):
spec = Spec.Spec(name=name, user=self.user)
self.session.add(spec)
self.session.commit()
def main():
# this is a test
version1 = SemanticVersion('1.0')
version2 = SemanticVersion('5.3-alpha')
version3 = SemanticVersion('5.3-alpha1')
version4 = SemanticVersion('2.1.12')
version5 = SemanticVersion('2.3.12-beta1021')
version6 = SemanticVersion('4.4_build_4.4.000')
version7 = SemanticVersion('11.6.5.1.1-20161213')
version8 = SemanticVersion('3.0b1')
version9 = SemanticVersion('2.0alpha1-20020829')
version10 = SemanticVersion('0.94.5a-mapr')
version11 = SemanticVersion('1.4.0rc3')
version12 = SemanticVersion('1.2.rc1')
print(f'{version1}: {version1.version}')
print(f'{version2}: {version2.version}')
print(f'{version3}: {version3.version}')
print(f'{version4}: {version4.version}')
print(f'{version5}: {version5.version}')
print(f'{version6}: {version6.version}')
print(f'{version7}: {version7.version}')
print(f'{version8}: {version8.version}')
print(f'{version9}: {version9.version}')
print(f'{version10}: {version10.version}')
print(f'{version11}: {version11.version}')
print(f'{version12}: {version12.version}')
# Begin tests
print(" Begin Spec Tests ...")
s = Spec('>=0.1.1') # At least 0.1.1
assert s.match(version2) == True
s2 = Spec('>=2.1.1,<2.3.0')
assert s2.match(version5) == False
assert len(s2.specs) == 2
# Match all versions
s3 = Spec('*')
assert s3.match(version5) == True
result = check_version_in_criteria([s, s2], version5)
assert result == False
# Tests for match_version_ranges
assert match_version_ranges('1.3.3', ['<2.0.0,>1.0.0']) == True # True
assert match_version_ranges('1.3.3', ['<2.0.0,>1.0.0'],
['>1.5.0']) == True # True
assert match_version_ranges('1.3.3', ['<2.0.0,>1.0.0'],
['>1.3.0']) == False # False
assert match_version_ranges('1.3.3b', ['>1.3.3']) == False # False
assert match_version_ranges('1.3.3b', ['>1.3.3'],
language='c') == True # True
# Multiple version specs for the same major+minor versions
assert match_version_ranges('1.0.1d', ['>=1.0.1a', '>=1.0.2,<1.0.2h'],
language='c') == True # True
assert match_version_ranges(
'1.2.3', ['>=1.2.5,<1.2.8', '>=0.5.0']) == False # False
# Uses exact match for non standard version spec
# True, prints exception for invalid version string
print("Test Exception")
assert match_version_ranges('version_1_3_3',
['version_1_3_3', 'version_1_4_4']) == True
# Fix unclean versions in db
assert match_version_ranges('1.2####alpha', ['<1.3']) == True # True
assert match_version_ranges('1', ['<1.3']) == True # True
# Test error handling for unclean versions
# Prints exception for invalid version string in range
print("Test Exception")
assert match_version_ranges('1.2', ['<1.3', '>4.2:alpha']) == True # True
# Prints exception for invalid version number
print("Test Exception")
assert match_version_ranges('4.2:beta',
['<1.3', '>4.2-alpha']) == False # False
# Version cleaning tests
assert clean_ver('2_7') == '2.7.0' # True
assert clean_ver('2.7Alpha1') == '2.7.0-alpha1' # True
assert clean_ver('.7') == '0.7.0' # True
# Match Version Ranges
assert match_version_ranges("4.9.0", [">4.8.0"]) == True #True
assert match_version_ranges("4.8.0", [">= 4.8.0"]) == True #True
assert match_version_ranges("5.1.0", [">=4.8.0"]) == True #True
assert match_version_ranges("4.7.0", ["<4.8.0"]) == True #True
assert match_version_ranges("4.6.0", ["<=4.8.0"]) == True #True
assert match_version_ranges("4.8.0", ["<=4.8.0"]) == True #True
assert match_version_ranges("0.1.0", [">1.0.2 <=2.3.4"]) == False #False
assert match_version_ranges("1.1.0", [">1.0.2 <=2.3.4"]) == True #True
assert match_version_ranges("1.1.0", ["1.0.0 - 2.3.1"]) == True #True
assert match_version_ranges("3.0.1", ["<1.0.0 || >=2.3.1"]) == True #True
print(
" Testing ranges with 'v' in first or second postion followed by version"
)
assert match_version_ranges("4.0.0", ["~v4"]) == True #True
assert match_version_ranges("3.0.0", ["^v4.0.0"]) == False #False
assert match_version_ranges("0.0.2", ["^0.0.2"]) == True #True
assert match_version_ranges("3.1.1", ["^3.1.1"]) == True # True
assert match_version_ranges("1.0.2", ["~0.15.7"]) == False #False
assert match_version_ranges("1.1.0", ["~1.0.0"]) == False # False
print(" Testing range containing x with operator in front ")
assert match_version_ranges("2.3.1", ["~2.3.x"]) == True # True
assert match_version_ranges("2.4.0", ["~2.3.x"]) == False # False
assert match_version_ranges("2.4.0", ["^2.3.x"]) == True #True
assert match_version_ranges("3.0.0", ["^2.3.x"]) == False #False
print(" Testing range containing only x with no operator in front ")
assert match_version_ranges("1.1.1", ["1.1.x"]) == True #True
assert match_version_ranges("1.2.1", ["1.x.x"]) == True # True
assert match_version_ranges("1.2.1", ["1.x"]) == True # True
assert match_version_ranges("2.2.1", ["1.x.x"]) == False # False
assert match_version_ranges("2.2.1", ["1.x"]) == False # False
print(" Testing range containing * with operator in front ")
assert match_version_ranges("2.3.1", ["~2.3.*"]) == True #True
assert match_version_ranges("2.4.0", ["~2.3.*"]) == False #False
assert match_version_ranges("2.4.0", ["^2.3.*"]) == True #True
assert match_version_ranges("3.0.0", ["^2.3.*"]) == False #False
print(" Testing range containing only * with no operator in front ")
assert match_version_ranges("1.1.1", ["1.1.*"]) == True #True
assert match_version_ranges("1.2.1", ["1.*.*"]) == True # True
assert match_version_ranges("1.2.1", ["1.*"]) == True # True
assert match_version_ranges("2.2.1", ["1.*.*"]) == False # False
assert match_version_ranges("2.2.1", ["1.*"]) == False # False
print(" Testing range with no minor and patch ")
assert match_version_ranges("1.2.0", ["1"]) == True # True
assert match_version_ranges("1.2.1", ["^1"]) == True # True
assert match_version_ranges("1.2.1", ["~1"]) == True # True
assert match_version_ranges("2.0.0", ["^1"]) == False # False
print(" Testing range containing all the versions ")
assert match_version_ranges("4.6.0", ["*"]) == True #True
assert match_version_ranges("5.6.0", [""]) == True #True
assert match_version_ranges("5.6.0", ["^x"]) == True # True
assert match_version_ranges("5.6.0", ["*.*.*"]) == True # True
assert match_version_ranges("5.6.0", ["^*"]) == True # True
assert match_version_ranges("1.2.0", ["x.x.x"]) == True # True
assert match_version_ranges("1.2.0", ["x.*"]) == True # True
assert match_version_ranges("1.2.0", ["x.x"]) == True # True
assert match_version_ranges("1.2.0", ["^x.x.x"]) == True # True
assert match_version_ranges("1.2.0", ["~*"]) == True # True
assert match_version_ranges("1.2.0", ["*.*"]) == True # True
print(" Testing range containing multiple || and , ")
assert match_version_ranges(
"1.8.0", [">=1.8.0,<2.0.0||>=2.1.0,<3.0.0"]) == True #True
assert match_version_ranges(
"3.1.0", [">=1.8.0,<2.0.0||>=2.1.0,<3.0.0"]) == False #False
assert match_version_ranges(
"2.2.0", [">=1.8.0,<2.0.0||>=2.1.0,<3.0.0"]) == True #True
print(
" Testing range containing multiple || and , with no patch version specified "
)
assert match_version_ranges("1.2.0", [">=2.3 || >=1.2,<2"]) == True #True
print(" Testing range containing && ")
assert match_version_ranges("1.2.0",
[">=0.7.25 && <4.0.0"]) == True # True
assert match_version_ranges("4.2.0",
[">=0.7.25 && <4.0.0"]) == False # False
print(
" Testing ranges containing - in between with operator in range parts "
)
assert match_version_ranges("4.2.0", ["^3.0.0 - ^4.1.0"]) == True # True
assert match_version_ranges("2.2.0", ["^3.0.0 - 4.1.0"]) == False # False
assert match_version_ranges("3.2.0", ["3.0.0 - ^4.1.0"]) == True # True
assert match_version_ranges("4.1.0", ["*4.1.0"]) == True # True
assert match_version_ranges("4.2.0", ["*4.1.0"]) == False # False
assert match_version_ranges("1.9.2", [">=1.9.1 - 1.9.7"]) == True # True
print(" Testing ranges containing ~>= in front ")
assert match_version_ranges("9.0.4", ["~>=9.0.3"]) == True # True
assert match_version_ranges("9.1.2", ["~>=9.0.3"]) == False # False
print(" Testing ranges containing ^= in front ")
assert match_version_ranges("6.2.4", ["^=6.0.3"]) == True # True
assert match_version_ranges("7.1.2", ["^=6.0.3"]) == False # False
print(" Testing version cleaning ", clean_ver("1.4.0.SNAPSHOT"))
assert clean_ver("1.4.0.SNAPSHOT") == "1.4.0-snapshot"
assert clean_ver("1.4.0.RC") == "1.4.0-rc"
assert clean_ver("1.4.0.RC1") == "1.4.0-rc1"
assert clean_ver("1.4.0.RELEASE") == "1.4.0-release"
assert clean_ver("1.0.0.cr") == "1.0.0-cr"
assert clean_ver("1.0.0.b1", 'maven') == "1.0.0-b1"
assert clean_ver("1.0.0.SEC", 'maven') == "1.0.0-sec"
assert clean_ver("1.4.0.m1", 'maven') == "1.4.0-m1"
print(
" Testing range cleaning and matching version in range with official pre-released tags "
)
assert clean_ranges(["^2.0.0-rc.17"]) == ['>=2.0.0-rc.17,<3.0.0']
assert clean_ranges(["~2.0.0-rc.17"]) == ['>=2.0.0-rc.17,<2.1.0']
assert match_version_ranges("3.0.0-rc.17", ["^2.0.0-rc.17"],
language="npm") == False
assert match_version_ranges("2.0.0-rc.17", ["^2.0.0-rc.17"],
language="npm") == True
assert match_version_ranges("2.0.0-alpha.17", ["^2.0.0-rc.17"],
language="npm") == False
assert match_version_ranges("2.0.0-rc.18", ["^2.0.0-rc.17"],
language="npm") == True
assert match_version_ranges("2.0.0-rc.16", ["^2.0.0-rc.17"],
language="npm") == False
assert match_version_ranges("2.0.0", ["^2.0.0-rc.17"],
language="npm") == True
assert match_version_ranges("3.0.0", ["^2.0.0-rc.17"],
language="npm") == False
print(
" Testing range cleaning and matching version in range with non-official pre-released tags "
)
assert clean_ranges(["^2.0.0-z.17"]) == ['>=2.0.0-z.17,<3.0.0']
assert clean_ranges(["~2.0.0-a.17"]) == ['>=2.0.0-a.17,<2.1.0']
assert match_version_ranges("3.0.0-z.17", ["^2.0.0-a.17"],
language="npm") == False
assert match_version_ranges("2.0.0-z.17", ["^2.0.0-a.17"],
language="npm") == True
assert match_version_ranges("2.0.0-m.17", ["^2.0.0-r.17"],
language="npm") == False
assert match_version_ranges(
"2.0.0", ["^2.0.0-z.17"],
language="npm") == True #Testing with released version
assert match_version_ranges(
"3.0.0", ["^2.0.0-z.17"],
language="npm") == False #Testing with released version
assert match_version_ranges("4.0.0", [">=2.0.0-z.17,<5.0.0"],
language="npm") == True
assert match_version_ranges("2.0.0-rc.17", ["^2.0.0-rc.17"],
language="npm") == True
assert match_version_ranges("2.1.0-rc.17", ["~2.0.0-rc.17"],
language="npm") == False
assert match_version_ranges("2.0.0-rc.17", ["~2.0.0-rc.17"],
language="npm") == True
assert match_version_ranges("2.0.0-rc.18", ["~2.0.0-rc.17"],
language="npm") == True
assert match_version_ranges("2.1.0-alpha", ["~2.0.0-rc.17"],
language="npm") == False
assert match_version_ranges('3.0.0-cee', ['^2.4.1'],
language='npm') == False
assert match_version_ranges('2.5.0-cee', ['~2.4.1'],
language='npm') == False
assert match_version_ranges('5.0.0-a', ['>=2.0.0 <5.0.0-rc'],
language='npm') == True
assert match_version_ranges('2.0.0-a', ['>=2.0.0 <5.0.0-rc'],
language='npm') == False
assert match_version_ranges('3.0.0-a', ['>=2.0.0 <5.0.0-rc'],
language='npm') == False
assert match_version_ranges('5.0.0-alpha.1', ['^4.14.1'],
language='npm') == False
print(
" Testing comparison between prereleased versions and prereleased with released versions"
)
assert compare("1.2.0-z", "1.2.0-s", language='npm') == True
assert compare("1.2.0", "1.2.0-rc", language="npm") == True
assert compare("1.2.0-rc", "1.2.0-alpha", language="npm") == True
assert compare("1.2.0-rc.18", "1.2.0-rc.17", language="npm") == True
assert compare("1.2.0-rc", "1.2.0-final", language="npm") == True
print(" Testing comparison between released versions ")
assert compare("2.2.0", "1.2.0", language='npm') == True
assert compare("1.2.0.2", "1.2.0.1", language='npm') == True
assert compare("1.2.0.2", "1.2.0.1", language='npm') == True
print(
" Testing sorting of versions(asc) having both prereleased and released versions "
)
print(sort_versions_asc(["1.2.0-final", "1.2.0-rc"], language='npm'))
print(
sort_versions_asc(
["1.2.0-final.17", "1.2.0-final.16", "1.2.0-final.1"],
language='npm'))
print(
sort_versions_asc([
"1.2.0", "1.2.0-rc", "2.0.0", "2.0.0-z", "2.0.0-f", "2.0.0-f.2",
"2.0.0-f.1"
],
language='npm'))
print(
sort_versions_asc(["1.2.0", "1.2.0.1", "2.0.0.1", "2.0.0", "3.0.0"],
language="npm"))