def create_root():
myRoot = Node(storeCat(request.args.get("name")))
roots.append(myRoot)
print "There were " + str(len(Tree.query().fetch(None))) + " entries."
Tree(tree=str(myRoot.convertTree())).put()
print "Now there are " + str(len(Tree.query().fetch(None))) + " entries."
return get_tree()
def test_crud_node(self):
""" It tests the basic CRUD operations of an Node class """
# We verify the object is not in the db after creating it
node = Node()
node.name = "node1"
node.information_retrieved = True
self.assertIsNone(node.id)
# We store the object in the db
db.session.add(node)
# We recover the node from the db
node = db.session.query(Node).filter_by(name='node1').first()
self.assertIsNotNone(node.id)
self.assertEquals("node1", node.name)
self.assertTrue(node.information_retrieved)
# We update the node
node.information_retrieved = False
db.session.commit()
node = db.session.query(Node).filter_by(name='node1').first()
self.assertFalse(node.information_retrieved)
# We check the deletion
db.session.delete(node)
count = db.session.query(Node).filter_by(name='node1').count()
self.assertEquals(0, count)
def post(self, urlname):
node = Node.get(urlname=urlname)
if not node:
return self.redirect_next_url()
user = self.current_user
kwargs = self.request.arguments
try:
selected = kwargs.get('parent_name')
print(selected)
except:
selected = [n.name for n in node.parent_nodes]
kwargs = {
'name': [node.name],
'urlname': [node.urlname],
'description': [node.description],
'style': [node.style]
}
form = NodeEditForm.init(Node.get_node_choices(),
selected,
node=node,
**kwargs)
if form.validate():
node = form.save(user, node=node)
result = {
'status': 'success',
'message': '节点修改成功',
'node_url': node.url
}
if self.is_ajax:
return self.write(result)
self.flash_message(**result)
return self.redirect(node.url)
if self.is_ajax:
return self.write(form.result)
return self.render("node/edit.html", form=form, node=node)
def creatNet(G,net):
# G = snap.LoadEdgeList(snap.PUNGraph,"d:\\networkdata\\show\\facebook.txt",0,1)
# for NI in G.Nodes():
# print "node: %d, out-degree %d, in-degree %d" % ( NI.GetId(), NI.GetOutDeg(), NI.GetInDeg())
nodeIDs = set()
nodes = []
edges = []
for EI in G.Edges():
# print "edge (%d, %d)" % (EI.GetSrcNId(), EI.GetDstNId())
id = EI.GetDstNId()
if id not in nodeIDs:
nodeIDs.append(id)
inNode = Node(nodeId=id,net=net)
nodes.append(inNode)
id = EI.GetSrcNId()
if id not in nodeIDs:
nodeIDs.append(id)
outNode = Node(nodeId=id,net=net)
nodes.append(outNode)
edge = Edge(nodeIn=inNode,nodeOut=outNode)
edges.append(edge)
# edge.save()
# for NI in G.Nodes():
# for Id in NI.GetOutEdges():
# print "edge (%d %d)" % (NI.GetId(), Id)
Node.objects.bulk_create(nodes)
Edge.objects.bulk_create(edges)
def page_path(slug, **kwargs):
p = Node.all().filter('abs_path = ', slug).get()
if p is None:
p = Node.all().filter('slug = ', slug).get()
if p is None:
return u''
return p.get_absolute_url(**kwargs)
def menu(abs_path=''):
base = Node.all().filter('abs_path = ', abs_path).get()
qs = Node.all().filter('active = ', True).filter('state = ', PUBLISHED)
l = len(base.abs_path)
nodes = dict([(n.get_key(), n) for n in qs if n.abs_path.startswith(base.abs_path)])
node = simple_rec(base, nodes)
return node
def post(self,request, *args, **kwargs):
# check name is free
if Node.objects.filter(parent=request.POST.get('parent'), name=request.POST.get('name')).count() > 0:
return HttpResponse("This name already exists", status=400)
node = Node(parent_id=request.POST.get('parent'), name=request.POST.get('name'))
node.save()
if use_cacheops:
print 'invalidate'
invalidate_model(Node)
node = Node.objects.get(pk=node.pk)
return HttpResponse(simplejson.dumps({
'name' : node.name,
'icon' : 'default',
'loaded' : True,
'pk' : node.pk,
'position' : list(node.parent.get_children()).index(node),
'children' : [],
'parent' : node.parent.pk if node.parent is not None else None
}), content_type="application/json", status=201)
def test_insert_nodes(self):
nodes_args = [
(1, -1.4513525, -48.4689927, 'Av. Alm. Barroso x São Brás'),
(2, -1.4053284, -48.4330374, 'Av. Alm. Barroso x Entroncamento'),
(3, -1.4049556, -48.4326765, 'Av. Alm. Barroso x Entroncamento'),
(4, -1.4510252, -48.4690023, 'Av. Alm. Barroso x São Brás')
]
for (id_, lat, lon, name) in nodes_args:
self.session.add(Node(lat, lon, name))
self.session.commit()
self.assertEqual(self.session.query(Node).count(), len(nodes_args))
for (id_, lat, lon, name) in nodes_args:
self.assertEqual(self.session.query(
Node).get(id_), Node(lat, lon, name))
self.session.add(Node(lat=-1.4538671, lon=-48.4925673,
name='Av. Assis de Vasconcelos x Av. Nazaré'))
self.session.add(Node(-1.4606754, -48.4826942,
'Av. Assis de Vasconcelos x Av. Mal. Hermes'))
self.session.commit()
self.assertEqual(self.session.query(Node).count(), len(nodes_args)+2)
self.assertIsNotNone(self.session.query(Node).get(5))
self.assertIsNotNone(self.session.query(Node).get(6))
for index in range(7, 10):
self.assertIsNone(self.session.query(Node).get(index))
self.session.commit()
def p_identifier_or_brackets_br(p):
'''
identifier_or_brackets : LEFT_BRACKET RIGHT_BRACKET IDENTIFIER
'''
dim_node = Node('dim', children=[1])
id_node = Node('identifier', children=[p[3]])
p[0] = [dim_node, id_node]
def delete(self, node_id = None): node = Node.query.filter_by(id = node_id).first() if node: Node.delete(id = node.id) return jsonify(ApiObjects(node.json())) else: jsonify(ApiObjects())
def p_int_statement(p):
'''
statement : INT identifier_or_brackets SEMICOLON
'''
type_node = Node('type', children=[p[2][0], p[1]])
var_node = Node('variable', children=[type_node, p[2][1]])
p[0] = Node('statement', children=[var_node])
def p_identifier_or_brackets_id(p):
'''
identifier_or_brackets : IDENTIFIER
'''
dim_node = Node('dim', children=[0])
id_node = Node('identifier', children=[p[1]])
p[0] = [dim_node, id_node]
def node_add(request):
form = NodeForm(request.POST or None)
if form.is_valid():
data = {
'nid': uuid.uuid4().hex,
'title': str(form.cleaned_data['title']),
'body': str(form.cleaned_data['body']),
'author': str(form.cleaned_data['author']),
'node_timestamp': int(time.time()),
'revision_log': str(form.cleaned_data['revision_log']),
'is_front_page': form.cleaned_data['is_front_page'],
'is_sticky': form.cleaned_data['is_sticky'],
'is_published': form.cleaned_data['is_published'],
'can_comment': form.cleaned_data['can_comment'],
# 'tags': str(form.cleaned_data['tags']),
'node_type': str(form.cleaned_data['node_type'])
}
query = Node().insert(data)
node = query.execute()
#Increase the views count
# count = {'views' : 'views+1'
# }
# count_query = NodeCount().update().where('nid', data['nid'], '=', True)
# nodecount = count_query.execute()
return HttpResponseRedirect(reverse('node_index'))
context = {
'form': form,
}
return render_to_response('addNode.html',
context,
context_instance=RequestContext(request))
def test_node_gpu_relation(self):
"""
Unit test that verifies that the correct relation between
the GPU class and the node class is built
"""
# We create a node
node = Node()
node.name = "node1"
node.information_retrieved = True
# We add several CPUs to it
node.gpus = [
GPU("Nvidia", "GeForce"),
GPU("AMD", "Raedon")
]
# We save everything to the db
db.session.add(node)
db.session.commit()
# We retrived and verify that the gpus are there
node = db.session.query(Node).filter_by(name='node1').first()
self.assertEquals(2, len(node.gpus))
self.assertEquals("Nvidia", node.gpus[0].vendor_id)
self.assertEquals("AMD", node.gpus[1].vendor_id)
# Lets delete a gpu directly from the session
db.session.delete(node.gpus[1])
db.session.commit()
node = db.session.query(Node).filter_by(name='node1').first()
self.assertEquals(1, len(node.gpus))
self.assertEquals("Nvidia", node.gpus[0].vendor_id)
def test_node_memory_relation(self):
"""
Unit test that verifies that the correct relation between
the Memory class and the node class is built
"""
# We create a node
node = Node()
node.name = "node1"
node.information_retrieved = True
# We add several CPUs to it
node.memories = [
Memory(11111, "bytes"),
Memory(11211, "bytes")
]
# We save everything to the db
db.session.add(node)
db.session.commit()
# We retrived and verify that the gpus are there
node = db.session.query(Node).filter_by(name='node1').first()
self.assertEquals(2, len(node.memories))
self.assertEquals(11111, node.memories[0].size)
self.assertEquals(11211, node.memories[1].size)
# Lets delete a gpu directly from the session
db.session.delete(node.memories[1])
db.session.commit()
node = db.session.query(Node).filter_by(name='node1').first()
self.assertEquals(1, len(node.memories))
self.assertEquals(11111, node.memories[0].size)
def post(self, urlname):
if not self.has_permission:
return
if not self.current_user.is_admin:
return self.redirect_next_url()
node = Node.get(urlname=urlname)
if not node:
return self.redirect_next_url()
user = self.current_user
args = self.request.arguments
try:
selected = args.get('parent_name')
print(selected)
except:
selected = [n.name for n in node.parent_nodes]
args = {'name': [node.name], 'urlname': [node.urlname],
'description': [node.description], 'style': [node.style]}
form = NodeEditForm.init(Node.get_node_choices(), selected, args=args,
node=node)
if form.validate():
node = form.save(user, node=node)
result = {'status': 'success', 'message': '节点修改成功',
'node_url': node.url}
if self.is_ajax:
return self.write(result)
self.flash_message(result)
return self.redirect(node.url)
if self.is_ajax:
return self.write(form.result)
return self.render("node/edit.html", form=form, node=node)
def p_identifier_or_assignment_array_element_assign(p):
'''
identifier_or_assignment : LEFT_BRACKET expression RIGHT_BRACKET ASSIGNMENT expression
'''
index_node = Node('index', children=[p[2]])
right_part_node = Node('rignt_part', children=[p[5]])
p[0] = ('assign', index_node, right_part_node)
def node_register(caller_identity):
payload = request.get_json(force=True)
proposal = payload.get('service_proposal', None)
if proposal is None:
return jsonify(error='missing service_proposal'), 400
node_key = proposal.get('provider_id', None)
if node_key is None:
return jsonify(error='missing provider_id'), 400
if node_key.lower() != caller_identity:
message = 'provider_id does not match current identity'
return jsonify(error=message), 403
node = Node.query.get(node_key)
if not node:
node = Node(node_key)
node.ip = request.remote_addr
node.proposal = json.dumps(proposal)
node.updated_at = datetime.utcnow()
db.session.add(node)
db.session.commit()
return jsonify({})
def get_next_moves(current):
moves = []
zeroY, zeroX = position(current.grid, 0)
gridsize = len(current.grid[0])
if zeroY + 1 < gridsize:
a = copy.deepcopy(current.grid)
a[zeroY + 1][zeroX], a[zeroY][zeroX] = a[zeroY][zeroX], a[zeroY +
1][zeroX]
if a != current.grid:
moves.append(Node(a))
if zeroY - 1 > -1:
b = copy.deepcopy(current.grid)
b[zeroY - 1][zeroX], b[zeroY][zeroX] = b[zeroY][zeroX], b[zeroY -
1][zeroX]
if b != current.grid:
moves.append(Node(b))
if zeroX + 1 < gridsize:
c = copy.deepcopy(current.grid)
c[zeroY][zeroX +
1], c[zeroY][zeroX] = c[zeroY][zeroX], c[zeroY][zeroX + 1]
if c != current.grid:
moves.append(Node(c))
if zeroX - 1 > -1:
d = copy.deepcopy(current.grid)
d[zeroY][zeroX -
1], d[zeroY][zeroX] = d[zeroY][zeroX], d[zeroY][zeroX - 1]
if d != current.grid:
moves.append(Node(d))
for node in moves:
node.parent = current
return (moves)
def test_node_cpu_relation(self):
"""
Unit test that verifies that the correct relation between
the testbed class and the node class is built
"""
# We create a node
node = Node()
node.name = "node1"
node.information_retrieved = True
# We add several CPUs to it
node.cpus = [
CPU("Intel", "Xeon", "x86_64", "e6333", "2600Mhz", True, 2, "cache", "111"),
CPU("AMD", "Zen", "x86_64", "xxxxx", "2600Mhz", True, 2, "cache", "111")
]
# We save everything to the db
db.session.add(node)
db.session.commit()
# We retrived and verify that the cpus are there
node = db.session.query(Node).filter_by(name='node1').first()
self.assertEquals(2, len(node.cpus))
self.assertEquals("Intel", node.cpus[0].vendor_id)
self.assertEquals("AMD", node.cpus[1].vendor_id)
# Lets delete a cpu directly from the session
db.session.delete(node.cpus[1])
db.session.commit()
node = db.session.query(Node).filter_by(name='node1').first()
self.assertEquals(1, len(node.cpus))
self.assertEquals("Intel", node.cpus[0].vendor_id)
def bbs_add_node():
form = NodeForm(request.form)
form.section.query_factory = Section.query.all
if request.method == 'POST' and form.validate():
section = form.data["section"]
print section, type(section)
if not section:
form.section.errors.append(u"Section不存在！")
return render_template("add_node.html", form=form)
node = Node(section=section,
name=form.data["node_name"].strip(),
title=form.data["node_title"],
descp=form.data["descp"],
item_per_page=form.data["item_per_page"],
header=form.data["header"],
footer=form.data["footer"],
sidebar=form.data["sidebar"],
sidebar_ads=form.data["sidebar_ads"],
avatar_url=form.data["avatar_url"])
node.created = datetime.now()
section.node_count += 1
db.session.add_all([node, section])
db.session.commit()
return redirect(url_for(".bbs_node",
node_name=urllib.quote(node.name)))
return render_template("add_node.html", form=form)
def calculate_connected_component(index, graph, top_artists, talky=False):
"""
Takes the given graph and computes the following measures:
- size (number of nodes)
[- diameter]
- density
- degree
- closeness_centrality
[- betweenness_centrality]
[- eccentricity]
The first three measures are computed for each connected component.
The remaining ones are computed for each node.
The result is written to a database (see tricorder.models).
"""
is_real_graph = graph.number_of_edges() > 0
num_artists = 0
num_top_artists = 0
# calculate measures (only if we have edges!)
density = nx.density(graph) if is_real_graph else 0
# print "diameter..."
# diameter = nx.diameter(graph) if is_real_graph else 0
degree = sc.degree_centrality(graph) if is_real_graph else {}
closeness = sc.closeness_centrality(graph) if is_real_graph else {}
# betweenness = sc.betweenness_centrality(graph) if is_real_graph else {}
# print "eccentricity..."
# eccentricity = sc.eccentricity(graph) if is_real_graph else {}
# create Node DB entries
for id, attrs in graph.node.items():
if attrs["type"] == "artist":
num_artists += 1
if attrs["name"] in top_artists:
num_top_artists += 1
# ecc = 1/eccentricity[id] if id in eccentricity else 0 # need an extra variable here since division by zero is evil
Node.create(
nid=int(id),
pid=graph.graph["pid"],
node_type=attrs["type"],
name=attrs["name"],
degree=degree.get(id, 0),
closeness=closeness.get(id, 0),
)
# eccentricity=ecc)#, betweenness=betweenness.get(id, 0))
# create Partition DB entry
Partition.create(
pid=graph.graph["pid"], # diameter=diameter,
num_nodes=graph.number_of_nodes(),
num_edges=graph.number_of_edges(),
num_artists=num_artists,
num_top_artists=num_top_artists,
density=density,
)
if talky and index % 500 == 0:
print index
def _create_node(self, node_key):
node = Node(node_key)
node.proposal = json.dumps({
"id": 1,
"format": "service-proposal/v1",
"provider_id": node_key,
})
db.session.add(node)
def test_automata_without_final_states(self):
initial = Node()
final = Node()
initial.add_transition('a', final)
automata = Automata([initial, final], ['a'], initial, [])
#assert para que haya alguno, la idea es que si no tendría que tirar excepción.
self.assertTrue(automata.initial == initial)
def p_unary_expression(p):
'''
unary_expression : MINUS expression %prec UMINUS
| NOT expression
'''
operation_node = Node('operation', children=[p[1]])
operand_node = Node('operand', children=[p[2]])
p[0] = Node('unary_expression', children=[operation_node, operand_node])
def p_boolean_single_or_array_var(p):
'''
single_or_array_var : BOOLEAN IDENTIFIER
'''
dim_node = Node('dim', children=[0])
type_node = Node('type', children=[dim_node, p[1]])
id_node = Node('identifier', children=[p[2]])
p[0] = Node('variable', children=[type_node, id_node])
def p_boolean_return_type_and_name(p):
'''
return_type_and_name : BOOLEAN IDENTIFIER
'''
dim_node = Node('dim', children=[0])
type_node = Node('type', children=[dim_node, p[1]])
id_node = Node('identifier', children=[p[2]])
p[0] = [type_node, id_node]
def p_method(p):
"""
method : PUBLIC return_type_and_name LEFT_PARENTHESIS params_list RIGHT_PARENTHESIS LEFT_BRACE statements_list RETURN expression SEMICOLON RIGHT_BRACE
"""
return_node = Node('return', children=[p[9]])
children = [p[4], p[7], return_node]
children.extend(p[2])
p[0] = Node('method', children=children)
def get(self):
node_id = int(self.get_argument('node_id', 0))
node = Node.get(id=node_id)
if node:
selected = [node.name]
else:
selected = []
form = NodeForm.init(Node.get_node_choices(), selected)
return self.render("node/create.html", form=form)
def setNode(stub, raddr): fChar = stub[:1] if fChar.isalpha(): fChar = fChar.lower() else: fChar = "else" a = Node(stub = stub, remoteaddrs = raddr, f = fChar) a.put()
def get(self):
node_id = int(self.get_argument('node_id', 0))
node = Node.get(id=node_id)
if node:
selected = [node.name]
else:
selected = []
form = NodeForm.init(Node.get_node_choices(), selected)
return self.render("node/create.html", form=form)
def create_structureNode(long_title, text="", authors=()):
structure = Node(node_type=Node.STRUCTURE_NODE, title=long_title)
structure.save()
text_obj = Text(node=structure, text=text)
text_obj.save()
for author in authors:
text_obj.authors.add(author)
text_obj.save()
return structure
def test_node_get_dict():
copy_list = copy.deepcopy(EXAMPLE_INPUT)
new_node = Node(copy_list, True)
node_dict = new_node._get_dict()
assert node_dict.get("number of children") == EXAMPLE_INPUT[0]
assert node_dict.get("metadata") == EXAMPLE_INPUT[-3:]
assert node_dict.get("amount of metadata") == EXAMPLE_INPUT[1]
assert node_dict.get("total") == 138
assert len(node_dict.get("childrens")) == EXAMPLE_INPUT[0]
def p_main_method(p):
'''
main_method : PUBLIC STATIC VOID MAIN LEFT_PARENTHESIS STRING LEFT_BRACKET RIGHT_BRACKET IDENTIFIER RIGHT_PARENTHESIS LEFT_BRACE statements_list RIGHT_BRACE
'''
dim_node = Node('dim', children=[1])
type_node = Node('type', children=[dim_node, p[6]])
id_node = Node('identifier', children=[p[9]])
arg_node = Node('arg', children=[type_node, id_node])
p[0] = Node('main_method', children=[arg_node, p[12]])
def p_single_or_array_var_ref(p):
'''
single_or_array_var : IDENTIFIER IDENTIFIER
'''
dim_node = Node('dim', children=[0])
type_id_node = Node('identifier', children=[p[1]])
type_node = Node('type', children=[dim_node, type_id_node])
id_node = Node('identifier', children=[p[2]])
p[0] = Node('variable', children=[type_node, id_node])
def add(request, key):
""" add a new page
to the set"""
to = key # lame but it does the trick for now
blocks = []
form = PageForm(request.form)
add = BlockAddForm(request.form, prefix='_add')
form.layout.choices = Layout.get_key_to_path()
if request.method == 'POST':
# some logic to find __block elements.
for key in request.form:
if key.startswith('__block:'):
name = key.split('__',2)[1][6:]
blocks.append((name, BlockForm(request.form, prefix='__block:%s__' % name)))
if add.validate() and add.add.data is True:
blocks.append((add.name.data, BlockForm(prefix='__block:%s__' % add.name.data)))
add = BlockAddForm(prefix='_add')
elif form.validate() and all([block.validate() for _, block in blocks]):
name = form.name.data
slug = form.slug.data
breadcrumb = form.breadcrumb.data
state = form.state.data
active = form.active.data
if len(slug) < 1:
slug = slugify(name)
author = users.get_current_user()
updated = datetime.now()
description = form.description.data
keywords = form.keywords.data
body = form.body.data
content_type = form.content_type.data
if form.layout.data == 'Layout:None':
layout = None
else:
layout = Layout.get(form.layout.data.split(':',1)[1])
page = Node.add(to=to, name=name, slug=slug, breadcrumb=breadcrumb,
updated=updated, author=author, body=body,
description=description, keywords=keywords, layout=layout,
content_type=content_type,
state=state, active=active, type=PAGE)
done = []
try:
for name, block in blocks:
b = Block(node=page, name=name, body=block.body.data)
b.put()
done.append(b)
except:
db.delete(done)
Node.drop(page.get_key())
if form.save.data is True:
return redirect(url_for('nut:pages/list_pages'), 301)
if form.cont.data is True:
return redirect(url_for('nut:pages/edit', key=page.get_key()), 301)
return render_template('app:pages/form.html', form=form, add=add, blocks=blocks)
def p_id_return_type_and_name(p):
'''
return_type_and_name : IDENTIFIER IDENTIFIER
'''
dim_node = Node('dim', children=[0])
type_id_node = Node('identifier', children=[p[1]])
type_node = Node('type', children=[dim_node, type_id_node])
id_node = Node('identifier', children=[p[2]])
p[0] = [type_node, id_node]
def p_bool_statement(p):
'''
statement : BOOLEAN IDENTIFIER SEMICOLON
'''
dim_node = Node('dim', children=[0])
type_node = Node('type', children=[dim_node, p[1]])
id_node = Node('identifier', children=[p[2]])
var_node = Node('variable', children=[type_node, id_node])
p[0] = Node('statement', children=[var_node])
def test_is_deterministic_automata__det(self):
initial = Node()
final = Node()
other_node = Node()
initial.add_transition('a', final)
automata = Automata([initial, final, other_node], ['a'], initial, [final])
self.assertTrue(automata.is_deterministic())
self.assertFalse(automata.has_lambda())
def get(self):
node_id = force_int(self.get_argument('node_id', 0), 0)
node = Node.get(id=node_id)
if node:
selected = node.name
else:
selected = None
choices = Node.get_node_choices()
form = TopicForm.init(choices=choices, selected=selected)
return self.render("topic/create.html", form=form, node=node)
def test_build_child_tree_path(self):
node = Node.objects.get(pk=6)
child_node = Node(parent=node)
self.assert_empty_tree_path(child_node)
child_node.save()
self.assertEquals(
node.tree_path+PATH_SEPARATOR+child_node.zerro_filled_pk,
child_node.tree_path
)
def node_index(request):
query = Node().select('nid', 'title')
query.compare('is_published', True, '=',
True).compare('node_timestamp', int(time.time()), '<=',
True).allowFiltering()
node_list = query.execute()
context = {
'node_list': node_list,
}
return render_to_response('nodes.html', context)
def test_is_deterministic_node__not_det(self):
tested = Node()
target1 = Node()
target3 = Node()
s = 'a'
tested.add_transition(s, target1)
tested.add_transition(s, target3)
self.assertFalse(tested.is_deterministic())
def test_add_transition__existing_symbol(self):
tested = Node()
target1 = Node()
target2 = Node()
s = 'a'
tested.add_transition(s, target1)
tested.add_transition(s, target2)
self.assertEqual(set([target1, target2]), set(tested.transitions[s]))
def test_add_transition__new_symbol(self):
tested = Node()
target = Node()
s = 'a'
self.assertFalse(s in tested.transitions)
tested.add_transition(s, target)
self.assertTrue(s in tested.transitions)
self.assertEqual([target], tested.transitions[s])
def test_filter_active_nodes(self):
node1 = Node("node1")
node1.mark_activity()
db.session.add(node1)
node2 = Node("node2")
db.session.add(node2)
nodes = filter_active_nodes().all()
self.assertEqual([node1], nodes)
def test_construction_automata__extra_final(self):
initial = Node()
final = Node()
initial.add_transition('a', final)
states = [initial, final]
symbols = ['a']
with self.assertRaises(FinalsNotInStatesException):
Automata(states, symbols, initial, [final, Node()])
def get(self):
node_id = force_int(self.get_argument('node_id', 0), 0)
node = Node.get(id=node_id)
if node:
selected = node.name
else:
selected = None
choices = Node.get_node_choices()
form = TopicForm.init(choices=choices, selected=selected)
return self.render("topic/create.html", form=form, node=node)
def get(self, urlname):
node = Node.get(urlname=urlname)
if node:
selected = [n.name for n in node.parent_nodes]
else:
return self.redirect_next_url()
kwargs = {'name': [node.name], 'urlname': [node.urlname],
'description': [node.description], 'style': [node.style]}
form = NodeEditForm.init(Node.get_node_choices(), selected, node=node, **kwargs)
return self.render("node/edit.html", form=form, node=node)
def test_add_terminal_node__ejemplo_simple(self):
q0 = Node('q0')
q1 = Node('q1')
q2 = Node('q2')
q0.add_transition('a', q1)
q1.add_transition('b', q2)
q2.add_transition('a', q2)
q2.add_transition('b', q2)
symbols = ['a', 'b']
automata = Automata([q0, q1, q2], symbols, q0, [q2])
with_terminal_node = add_terminal_node(automata)
self.assertEqual(automata.symbols, with_terminal_node.symbols)
self.assertEqual(len(automata.states) + 1, len(with_terminal_node.states))
q0T = with_terminal_node.state_by_name("q0")
q1T = with_terminal_node.state_by_name("q1")
q2T = with_terminal_node.state_by_name("q2")
qT = with_terminal_node.state_by_name("qT")
self.assertEqual(symbols, q0T.transitions.keys())
self.assertEqual([q1T], q0T.transitions['a'])
self.assertEqual([qT], q0T.transitions['b'])
self.assertEqual(symbols, q1T.transitions.keys())
self.assertEqual([qT], q1T.transitions['a'])
self.assertEqual([q2T], q1T.transitions['b'])
self.assertEqual(symbols, q2T.transitions.keys())
self.assertEqual([q2T], q2T.transitions['a'])
self.assertEqual([q2T], q2T.transitions['b'])
self.assertEqual(symbols, qT.transitions.keys())
self.assertEqual([qT], qT.transitions['a'])
self.assertEqual([qT], qT.transitions['b'])
def test_accept__ejemplo_enunciado(self):
q0 = Node('q0')
q1 = Node('q1')
q2 = Node('q2')
symbols = ['a', 'b', 'c', 'd', 'e', 'f']
q0.add_transition('a', q1)
q1.add_transition('b', q2)
q1.add_transition('c', q1)
q2.add_transition('f', q2)
tested = Automata([q0, q1, q2], symbols, q0, [q1, q2])
self.assertTrue(tested.accepts("a"))
self.assertTrue(tested.accepts("ac"))
self.assertTrue(tested.accepts("accc"))
self.assertTrue(tested.accepts("ab"))
self.assertTrue(tested.accepts("acccb"))
self.assertTrue(tested.accepts("acccbf"))
self.assertTrue(tested.accepts("acccbfff"))
self.assertFalse(tested.accepts(""))
self.assertFalse(tested.accepts("b"))
self.assertFalse(tested.accepts("c"))
self.assertFalse(tested.accepts("d"))
self.assertFalse(tested.accepts("e"))
self.assertFalse(tested.accepts("f"))
self.assertFalse(tested.accepts("Z"))
self.assertFalse(tested.accepts("abb"))
self.assertFalse(tested.accepts("af"))
self.assertFalse(tested.accepts("acca"))
def to_automata(self):
content_automata = self.content.to_automata()
q0 = Node()
qf = Node()
states = [q0, qf] + content_automata.states
q0.add_transition(LAMBDA, qf)
q0.add_transition(LAMBDA, content_automata.initial)
for q in content_automata.finals:
q.add_transition(LAMBDA, qf)
return Automata(states, content_automata.symbols, q0, [qf])
def post(self):
if not (session and session.get('uid')):
return jsonify({'error': 'Not logged in'})
node = Node(title=request.form['title'])
node.url = request.form['url']
node.score = 1
node.save()
space = Space.objects(id=ObjectId(request.form['sid']))[0]
space.nodes.append(node)
space.save(cascade=True)
return jsonify({'success':1})
def test_reachable_nodes(self):
q0 = Node("q0")
q1 = Node("q1")
q2 = Node("q2")
q0.add_transition(0, q1)
q0.add_transition(1, q2)
q2.add_transition(1, q1)
self.assertEqual(set([q1, q2]), q0.reachable_nodes())
self.assertEqual(set([]), q1.reachable_nodes())
self.assertEqual(set([q1]), q2.reachable_nodes())
def get(self):
if not self.has_permission:
return
if not self.current_user.is_admin:
return self.redirect_next_url()
node_id = int(self.get_argument('node_id', 0))
node = Node.get(id=node_id)
if node:
selected = [node.name]
else:
selected = []
form = NodeForm.init(Node.get_node_choices(), selected)
return self.render("node/create.html", form=form)
def create_structureNode(long_title, text="", authors=()):
structure = Node()
structure.node_type = 'structureNode'
structure.title = long_title
structure.save()
text_obj = Text()
text_obj.node = structure
text_obj.text = text
text_obj.save()
for author in authors:
text_obj.authors.add(author)
text_obj.save()
return structure
def create_textNode(long_title, text="", authors=()):
text_node = Node()
text_node.node_type = Node.STRUCTURE_NODE
text_node.title = long_title
text_node.save()
text_obj = Text()
text_obj.node = text_node
text_obj.text = text
text_obj.save()
for author in authors:
text_obj.authors.add(author)
text_obj.save()
return text_node
def transaction():
q = Node.all()
q.ancestor(project)
q.filter('title =', title)
node = q.get()
if node is None:
node = Node(
parent=project,
title=title,
)
node.put()
return node
def get(self, urlname):
if not self.has_permission:
return
if not self.current_user.is_admin:
return self.redirect_next_url()
node = Node.get(urlname=urlname)
if node:
selected = [n.name for n in node.parent_nodes]
else:
return self.redirect_next_url()
args = {'name': [node.name], 'urlname': [node.urlname],
'description': [node.description], 'style': [node.style]}
form = NodeEditForm.init(Node.get_node_choices(), selected, args=args,
node=node)
return self.render("node/edit.html", form=form, node=node)
def activate_node(payload = None):
"""
Activate Node
Called by node to activate itself on the hub
---
tags:
- nodes
responses:
200:
description: Returns a list of sensors
"""
global nodes
id = int(request.args.get("id"))
ip = str(request.args.get("ip"))
port = int(request.args.get("port", 80))
log = hub.log
listener = hub.node_listeners
node = Node.get_by_id(id)
if node:
node.update(ip=ip)
if not listener.is_alive(id):
t = NodeCollector(id, hub.Webapi, hub.log)
t.start()
listener.add_thread(id, t)
log.log("Node " + str(id) + " is now online.")
return json.jsonify({'message': "Node " + str(id)
+ " is now online."}),201
if listener.is_alive(id):
log.log("Node " + str(id)
+ " is already online but tried"
+ " to activate again, Updated it's data")
return json.jsonify({'message': "Node " + str(id)
+ " was already online"}),201
else:
node = Node(id, ip)
t = NodeCollector(id, hub.Webapi, hub.log)
t.start()
listener.add_thread(id, t)
updates = {"nodes": []}
node_updates = updates.get("nodes")
for node in Node.get_all(fresh=True):
if node.printer_id == None:
node_updates.append(node.id)
t = threading.Thread(target=hub.Webapi.update_nodes,args=updates)
t.start()
return json.jsonify({"message": str(id) + " has been activated."}),201