def test_node_depth_of_with_file(isfile):
("Node#depth_of(path) should return the approriate number")
isfile.return_value = True
Node("/foo/bar/").depth_of("/foo/bar/another/dir/file.py").should.equal(2)
Node("/foo/bar").depth_of("/foo/bar/another/dir/file.py").should.equal(2)
Node("/foo/bar//").depth_of("/foo/bar/another/dir/file.py").should.equal(2)
def test_cd_enters_a_path_and_returns_a_node_representing_it_abs(exists):
("Node#cd should return a node representing the given path. "
"Testing with absolute path")
nd = Node("/foo/bar/")
other = nd.cd("/etc/")
other.path.should.equal('/etc')
def test_cd_enters_a_path_and_returns_a_node_representing_it_abs(exists):
("Node#cd should return a node representing the given path. "
"Testing with absolute path")
nd = Node("/foo/bar/")
other = nd.cd("/etc/")
other.path.should.equal('/etc')
def test_open(io):
("Node#open should return an open file")
io.open.return_value = 'an open file'
nd = Node('/foo/bar')
nd.open('wee.py').should.equal('an open file')
io.open.assert_called_once_with('/foo/bar/wee.py')
def test_open(io):
("Node#open should return an open file")
io.open.return_value = 'an open file'
nd = Node('/foo/bar')
nd.open('wee.py').should.equal('an open file')
io.open.assert_once_called_with('/foo/bar/wee.py')
def test_node_list(os):
("Node#list should return a list containing one node "
"per file found inside of the current node")
os.listdir.return_value = ['/foo/bar/items/whatever.py']
nd = Node('/foo/bar/items/')
nd.list().should.have.length_of(1)
os.listdir.assert_once_called_with('/foo/bar/items')
def test_node_could_be_updated_by_false(exists):
("Node#could_be_updated_by returns False if given "
"node has an older modification time")
nd = Node(__file__)
nd.metadata.mtime = 1000
other = Mock()
other.metadata.mtime = 0
nd.could_be_updated_by(other).should.be.false
def test_node_could_be_updated_by_false(exists):
("Node#could_be_updated_by returns False if given "
"node has an older modification time")
nd = Node(__file__)
nd.metadata.mtime = 1000
other = Mock()
other.metadata.mtime = 0
nd.could_be_updated_by(other).should.be.false
def test_contains_checks_if_path_exists(exists):
("Node#cd should return a node representing the given path.")
exists.return_value = True
nd = Node("/foo/bar/")
nd.contains("file.py").should.be.truthy
exists.assert_has_calls([
call('/foo/bar/file.py'),
])
exists.call_count.should.equal(1)
def test_contains_checks_if_path_exists(exists):
("Node#cd should return a node representing the given path.")
exists.return_value = True
nd = Node("/foo/bar/")
nd.contains("file.py").should.be.truthy
exists.assert_has_calls([
call('/foo/bar/file.py'),
])
exists.call_count.should.equal(1)
def test_node_list(os, isdir, dirname):
("Node#list should return a list containing one node "
"per file found inside of the current node")
dirname.return_value = '/foo/bar/items'
isdir.return_value = False
os.listdir.return_value = ['/foo/bar/items/whatever.py']
nd = Node('/foo/bar/items/')
nd.list().should.have.length_of(1)
os.listdir.assert_called_once_with('/foo/bar/items')
def test_trip_at_when_not_lazy_relative(os):
("Node#trip_at(path, lazy=False) returns a list when lazy=False "
"(testing with relative path)")
os.walk.return_value = [
("/foo/bar/somewhere", [], ["file1.py", "file2.py"]),
]
nd = Node("/foo/bar/")
nd.trip_at('somewhere', lazy=False).should.equal([
"/foo/bar/somewhere/file1.py",
"/foo/bar/somewhere/file2.py",
])
def test_trip_at_when_not_lazy_absolute(os):
("Node#trip_at(path, lazy=False) returns a list when lazy=False "
"(testing with absolute path)")
os.walk.return_value = [
("/dummy/", [], ["file1.py", "file2.py"]),
]
nd = Node("/foo/bar/")
nd.trip_at('/dummy/', lazy=False).should.equal([
"/dummy/file1.py",
"/dummy/file2.py",
])
def test_trip_at_when_not_lazy_absolute(os):
("Node#trip_at(path, lazy=False) returns a list when lazy=False "
"(testing with absolute path)")
os.walk.return_value = [
("/dummy/", [], ["file1.py", "file2.py"]),
]
nd = Node("/foo/bar/")
nd.trip_at('/dummy/', lazy=False).should.equal([
"/dummy/file1.py",
"/dummy/file2.py",
])
def test_trip_at_when_not_lazy_relative(os):
("Node#trip_at(path, lazy=False) returns a list when lazy=False "
"(testing with relative path)")
os.walk.return_value = [
("/foo/bar/somewhere", [], ["file1.py", "file2.py"]),
]
nd = Node("/foo/bar/")
nd.trip_at('somewhere', lazy=False).should.equal([
"/foo/bar/somewhere/file1.py",
"/foo/bar/somewhere/file2.py",
])
def test_trip_at_when_lazy_relative(os):
("Node#trip_at(path, lazy=True) returns a generator when lazy=True "
"(testing with relative path)")
os.walk.return_value = [
("/dummy/", [], ["file1.py", "file2.py"]),
]
nd = Node("/foo/bar/")
nd.trip_at('/dummy/', lazy=True).should.be.a('types.GeneratorType')
list(nd.trip_at('/dummy/', lazy=True)).should.equal([
"/dummy/file1.py",
"/dummy/file2.py",
])
def test_find_find_with_regexs_and_get_the_first_one_none(exists):
('Node#find returns the None if nothing is found')
nd = Node('/foo/bar')
nd.walk = Mock()
nd.walk.return_value = [
"/foo/wisdom/aaa.py",
"/foo/wisdom/bbb.txt",
"/foo/wisdom/ccc.php",
"/foo/wisdom/ddd.py",
]
ret = nd.find('^$')
ret.should.be.none
nd.walk.assert_once_called_with(lazy=True)
def test_find_find_with_regexs_and_get_the_first_one_none(exists):
('Node#find returns the None if nothing is found')
nd = Node('/foo/bar')
nd.walk = Mock()
nd.walk.return_value = [
"/foo/wisdom/aaa.py",
"/foo/wisdom/bbb.txt",
"/foo/wisdom/ccc.php",
"/foo/wisdom/ddd.py",
]
ret = nd.find('^$')
ret.should.be.none
nd.walk.assert_called_once_with(lazy=True)
def test_trip_at_when_lazy_relative(os):
("Node#trip_at(path, lazy=True) returns a generator when lazy=True "
"(testing with relative path)")
os.walk.return_value = [
("/dummy/", [], ["file1.py", "file2.py"]),
]
nd = Node("/foo/bar/")
nd.trip_at('/dummy/', lazy=True).should.be.a('types.GeneratorType')
list(nd.trip_at('/dummy/', lazy=True)).should.equal([
"/dummy/file1.py",
"/dummy/file2.py",
])
def test_find_find_with_regexs_and_get_the_first_one(exists):
('Node#find returns the first result from find_with_regex when found')
nd = Node('/foo/bar')
nd.walk = Mock()
nd.walk.return_value = [
"/foo/wisdom/aaa.py",
"/foo/wisdom/bbb.txt",
"/foo/wisdom/ccc.php",
"/foo/wisdom/ddd.py",
]
ret = nd.find('[.]\w{3}$')
ret.should.be.a(Node)
ret.should.equal(Node("/foo/wisdom/bbb.txt"))
nd.walk.assert_called_once_with(lazy=True)
def test_find_find_with_regexs_and_get_the_first_one(exists):
('Node#find returns the first result from find_with_regex when found')
nd = Node('/foo/bar')
nd.walk = Mock()
nd.walk.return_value = [
"/foo/wisdom/aaa.py",
"/foo/wisdom/bbb.txt",
"/foo/wisdom/ccc.php",
"/foo/wisdom/ddd.py",
]
ret = nd.find('[.]\w{3}$')
ret.should.be.a(Node)
ret.should.equal(Node("/foo/wisdom/bbb.txt"))
nd.walk.assert_once_called_with(lazy=True)
def __init__(self,
secret_key=settings.SECRET_KEY,
host='127.0.0.1',
port=None,
ssl=None):
app_node = Node(__file__).dir
super(Application, self).__init__(
__name__,
static_folder=settings.STATIC_FOLDER_PATH,
template_folder=settings.HTML_TEMPLATE_PATH,
static_url_path=settings.STATIC_URL_PREFIX,
)
self.scheme = ssl is None and 'http' or 'https'
self.host = host
self.port = int(port or get_free_tcp_port())
self.ssl = ssl
self.config.from_object('oldspeak.settings')
self.app_node = app_node
self.secret_key = os.environ.get('SECRET_KEY')
self.oauth = OAuth2Provider(self)
self.secret_key = secret_key
components = get_server_components()
if not components:
raise RuntimeError('no components found')
for bp in components:
logger.info('registering component {}'.format(bp))
self.register_blueprint(bp)
def test_find_with_regex_filters_results_from_walk_using_regex(exists):
('Node#find_with_regex returns a lazy list of nodes')
nd = Node('/foo/bar')
nd.walk = Mock()
nd.walk.return_value = [
"/foo/wisdom/aaa.py",
"/foo/wisdom/bbb.txt",
"/foo/wisdom/ccc.php",
"/foo/wisdom/ddd.py",
]
ret = nd.find_with_regex('[.]\w{3}$', lazy='passed-to-walk')
ret.should.be.a('types.GeneratorType')
list(ret).should.equal([
Node("/foo/wisdom/bbb.txt"),
Node("/foo/wisdom/ccc.php"),
])
nd.walk.assert_called_once_with(lazy='passed-to-walk')
def test_node_path_to_related():
("Node#path_to_related(path) should return the approriate path")
source_path = L('sandbox_simple/img/logo.png')
requesting_path = L('sandbox_simple/index.md')
result = Node(source_path).path_to_related(requesting_path)
result.should.equal("./img/logo.png")
def test_find_with_regex_filters_results_from_walk_using_regex_nonlazy(exists):
('Node#find_with_regex returns an evaluated list of nodes')
nd = Node('/foo/bar')
nd.walk = Mock()
nd.walk.return_value = [
"/foo/wisdom/aaa.py",
"/foo/wisdom/bbb.txt",
"/foo/wisdom/ccc.php",
"/foo/wisdom/ddd.py",
]
ret = nd.find_with_regex('[.]\w{3}$', lazy=False)
ret.should.be.a(list)
ret.should.equal([
Node("/foo/wisdom/bbb.txt"),
Node("/foo/wisdom/ccc.php"),
])
nd.walk.assert_once_called_with(lazy=False)
def test_glob_filters_results_from_walk_using_fnmatch_nonlazy(exists):
('Node#glob returns an evaluated list of nodes')
nd = Node('/foo/bar')
nd.walk = Mock()
nd.walk.return_value = [
"/foo/wisdom/aaa.py",
"/foo/wisdom/bbb.txt",
"/foo/wisdom/ccc.php",
"/foo/wisdom/ddd.py",
]
ret = nd.glob('*.py', lazy=False)
ret.should.be.a(list)
ret.should.equal([
Node("/foo/wisdom/aaa.py"),
Node("/foo/wisdom/ddd.py"),
])
nd.walk.assert_once_called_with(lazy=False)
def test_glob_filters_results_from_walk_using_fnmatch(exists):
('Node#glob returns a lazy list of nodes')
nd = Node('/foo/bar')
nd.walk = Mock()
nd.walk.return_value = [
"/foo/wisdom/aaa.py",
"/foo/wisdom/bbb.txt",
"/foo/wisdom/ccc.php",
"/foo/wisdom/ddd.py",
]
ret = nd.glob('*.py', lazy='passed-to-walk')
ret.should.be.a('types.GeneratorType')
list(ret).should.equal([
Node("/foo/wisdom/aaa.py"),
Node("/foo/wisdom/ddd.py"),
])
nd.walk.assert_once_called_with(lazy='passed-to-walk')
def test_node_path_to_related_in_subtree():
("Node#path_to_related(path) should return the "
"approriate number when in a subtree")
source_path = L('sandbox_simple/img/logo.png')
requesting_path = L('sandbox_simple/docs/strings.md')
result = Node(source_path).path_to_related(requesting_path)
result.should.equal("../img/logo.png")
def test_node_path_to_related_in_subtree_deep_in_it():
("Node#path_to_related(path) should return the "
"approriate number when really deep in a subtree")
source_path = L('sandbox_simple/img/logo.png')
requesting_path = L('sandbox_simple/docs/even/deeper/item.md')
result = Node(source_path).path_to_related(requesting_path)
result.should.equal("../../../img/logo.png")
def test_node_non_existing_path_to_related():
("Node#path_to_related(path) should return the approriate path"
"even when it does not exist")
source_path = L('sandbox_simple/img/404.png')
requesting_path = L('sandbox_simple/index.markdown')
result = Node(source_path).path_to_related(requesting_path)
result.should.equal("./img/404.png")
def test_node_non_existing_path_to_related_in_subtree():
("Node#path_to_related(path) should return the "
"approriate number when in a subtree"
"even when it does not exist")
source_path = L('sandbox_simple/img/404.png')
requesting_path = L('sandbox_simple/docs/strings.markdown')
result = Node(source_path).path_to_related(requesting_path)
result.should.equal("../img/404.png")
def test_node_depth_of():
("Node#depth_of(path) should return the approriate number")
path = L()
(Node(path).depth_of(L('sandbox_simple/img/logo.png')).should.equal(2))
(Node(path).depth_of(L('sandbox_simple/img/')).should.equal(2))
(Node(path).depth_of(L('sandbox_simple/img')).should.equal(2))
path = L().rstrip('/')
(Node(path).depth_of(L('sandbox_simple/img/logo.png')).should.equal(2))
(Node(path).depth_of(L('sandbox_simple/img/')).should.equal(2))
(Node(path).depth_of(L('sandbox_simple/img')).should.equal(2))
path = L() + "///"
(Node(path).depth_of(L('sandbox_simple/img/logo.png')).should.equal(2))
(Node(path).depth_of(L('sandbox_simple/img/')).should.equal(2))
(Node(path).depth_of(L('sandbox_simple/img')).should.equal(2))
def test_walk_trips_at_node_path():
("Node#walk() trips at node.path")
nd = Node("/foo/bar/")
nd.trip_at = Mock()
nd.walk()
nd.walk(lazy=True)
nd.trip_at.assert_has_calls([
call('/foo/bar', lazy=False),
call('/foo/bar', lazy=True),
])
def test_walk_trips_at_node_path():
("Node#walk() trips at node.path")
nd = Node("/foo/bar/")
nd.trip_at = Mock()
nd.walk()
nd.walk(lazy=True)
nd.trip_at.assert_has_calls([
call('/foo/bar', lazy=False),
call('/foo/bar', lazy=True),
])
class PipelineScanner(object):
def __init__(self, lookup_path):
self.node = Node(lookup_path)
self.found = self.find_python_files()
def find_python_files(self):
found = []
for node in self.node.find_with_regex("pipelines.py$"):
module_name = "{0}.{1}".format(
node.dir.basename,
node.basename.replace('.py', ''),
)
try:
found.append(imp.load_source(module_name, node.path))
except (ImportError, SystemError):
msg = "Failed to import \033[1;33m%s\033[0m"
logger.exception(msg, str(node.path))
return found
def get_pipelines(self):
return Registry.pipelines_by_name()
def test_find_with_regex_filters_results_from_walk_using_regex_nonlazy(exists):
('Node#find_with_regex returns an evaluated list of nodes')
nd = Node('/foo/bar')
nd.walk = Mock()
nd.walk.return_value = [
"/foo/wisdom/aaa.py",
"/foo/wisdom/bbb.txt",
"/foo/wisdom/ccc.php",
"/foo/wisdom/ddd.py",
]
ret = nd.find_with_regex('[.]\w{3}$', lazy=False)
ret.should.be.a(list)
ret.should.equal([
Node("/foo/wisdom/bbb.txt"),
Node("/foo/wisdom/ccc.php"),
])
nd.walk.assert_called_once_with(lazy=False)
def test_glob_filters_results_from_walk_using_fnmatch(exists):
('Node#glob returns a lazy list of nodes')
nd = Node('/foo/bar')
nd.walk = Mock()
nd.walk.return_value = [
"/foo/wisdom/aaa.py",
"/foo/wisdom/bbb.txt",
"/foo/wisdom/ccc.php",
"/foo/wisdom/ddd.py",
]
ret = nd.glob('*.py', lazy='passed-to-walk')
ret.should.be.a('types.GeneratorType')
list(ret).should.equal([
Node("/foo/wisdom/aaa.py"),
Node("/foo/wisdom/ddd.py"),
])
nd.walk.assert_called_once_with(lazy='passed-to-walk')
def test_glob_filters_results_from_walk_using_fnmatch_nonlazy(exists):
('Node#glob returns an evaluated list of nodes')
nd = Node('/foo/bar')
nd.walk = Mock()
nd.walk.return_value = [
"/foo/wisdom/aaa.py",
"/foo/wisdom/bbb.txt",
"/foo/wisdom/ccc.php",
"/foo/wisdom/ddd.py",
]
ret = nd.glob('*.py', lazy=False)
ret.should.be.a(list)
ret.should.equal([
Node("/foo/wisdom/aaa.py"),
Node("/foo/wisdom/ddd.py"),
])
nd.walk.assert_called_once_with(lazy=False)
def prepare_app(context):
context.node = Node(__file__)
context.app = Application(context.node)
@context.app.route('/html')
def html():
return context.app.template_response('index.html')
@context.app.route('/text')
def text():
return context.app.text_response('text')
@context.app.route('/json')
def json():
return context.app.json_response({
'name': 'p4rr0t007'
})
@context.app.route('/error')
def error():
raise IOError('emulating a 500')
context.http = context.app.test_client()
def get_js_nodes():
this_node = Node(__file__).dir
js_node = this_node.cd('static/js')
return js_node.glob('*.js')
# -*- coding: utf-8 -*-
import os
import shutil
from plant import Node
from gitgraph import GitGraph
from sure import scenario
node = Node(__file__).dir
sandbox = node.cd('sandbox')
def with_hexastore(name, **kw):
if not os.path.exists(sandbox.path):
os.makedirs(sandbox.path)
def create_store(context):
context.store_path = sandbox.join(name)
context.store = GitGraph(os.path.relpath(context.store_path), **kw)
def destroy_store(context):
if os.path.isdir(context.store_path):
shutil.rmtree(context.store_path)
return scenario(create_store, destroy_store)
def test_node_path_to_related(exists):
("Node#path_to_related takes a path and returns the relative way there")
nd = Node("/foo/bar/something.py")
result = nd.path_to_related("/foo/docs/assets/style.css")
result.should.equal('../../bar/something.py')
def test_node_dir_when_is_dir():
("Node#dir should return itself when the current "
"node is pointing to a file")
nd = Node('/foo/bar/items/')
nd.dir.path.should.equal('/foo/bar/items')
def test_cd_enters_a_path_and_returns_a_node_representing_it(exists):
("Node#cd should return a node representing the given path")
nd = Node("/foo/bar/")
other = nd.cd("awesome/")
other.path.should.equal('/foo/bar/awesome')
def test_cd_enters_a_path_and_returns_a_node_representing_it(exists):
("Node#cd should return a node representing the given path")
nd = Node("/foo/bar/")
other = nd.cd("awesome/")
other.path.should.equal('/foo/bar/awesome')
def get_upload_node():
return Node(settings.UPLOAD_PATH)
def test_node_path_to_related(exists):
("Node#path_to_related takes a path and returns the relative way there")
nd = Node("/foo/bar/something.py")
result = nd.path_to_related("/foo/docs/assets/style.css")
result.should.equal('../../bar/something.py')
#!/usr/bin/env python
# -*- coding: utf-8 -*-
#
# flake8: noqa
import os
import logging
from plant import Node
from carpentry import routes
from carpentry.server import CarpentryHttpServer
log_path = os.getenv('CARPENTRY_LOG_PATH', '/var/log/carpentry.log')
logging.basicConfig(
filename=log_path,
level=logging.INFO,
)
root_node = Node(__file__).dir
application = CarpentryHttpServer(
log_level=logging.INFO,
template_folder=root_node.join('templates'),
static_folder=root_node.join('static'),
static_url_path='/static',
use_sqlalchemy=False
)
# Note that not all possible configuration values are present in this
# autogenerated file.
#
# All configuration values have a default; values that are commented out
# serve to show the default.
# If extensions (or modules to document with autodoc) are in another directory,
# add these directories to sys.path here. If the directory is relative to the
# documentation root, use os.path.abspath to make it absolute, like shown here.
#
import sys
import sphinx_rtd_theme
from plant import Node
sys.path.insert(0, Node(__file__).dir.join('../..'))
from plural.version import version
# -- General configuration ------------------------------------------------
# If your documentation needs a minimal Sphinx version, state it here.
#
# needs_sphinx = '1.0'
# Add any Sphinx extension module names here, as strings. They can be
# extensions coming with Sphinx (named 'sphinx.ext.*') or your custom
# ones.
extensions = [
'sphinx.ext.autodoc',
'sphinx.ext.autosummary',
def __init__(self, lookup_path):
self.node = Node(lookup_path)
self.found = self.find_python_files()
# -*- coding: utf-8 -*-
from datetime import datetime
from plant import Node
from flask import request
from p4rr0t007.web import Application
here = Node(__file__).dir
server = Application(here, static_path='/dist', template_folder=here.path, static_folder=here.join('dist'))
@server.route('/')
def index():
return server.template_response("index.html", {
'user_token': request.cookies.get('bellyfeel_token') or ''
})
@server.route('/api/login')
def projects():
return server.json_response([
{
"name": "Foo",
"description": "The foo of the bar",
"tags": ["test", "local"],
"url": "http://foo.co",
"last_build": datetime.utcnow().strftime("%Y/%m/%d %H:%M:%S"),
},
{
"name": "Bar",
"description": "The bar whence the foo belongs",
"tags": ["example", "local"],
def test_node_relative(exists):
("Node#relative() returns a path relative to the base")
nd = Node("/foo/bar/")
nd.relative('/foo/bar/yes.py').should.equal('yes.py')
