class PlanAppTest(unittest.TestCase):
def setUp(self):
self.c = arlo.MockClerk(DBMAP)
self.r = weblib.RequestBuilder().build()
self.p = PlanApp(self.c, self.r)
def test_viewListProject(self):
m = self.p.viewListProject()
assert m['projects'] == []
self.c.store(Node(name="top", ntype="project"))
m = self.p.viewListProject()
assert len(m["projects"]) == 1
assert m['projects'][0]["name"] == "top"
def test_formEditNode(self):
m = self.p.formEditNode()
assert m["nodes"] == [(0, "/")]
assert m["ntype"] == "task"
def test_formEditNode_child(self):
t = self.c.store(Node(ntype="task", name="a task"))
p = Node(ntype="project", name="project")
p.name = "project" ; self.c.store(p) # :/ ... see NodeTest
self.p.input["parent"] = p.ID
m = self.p.formEditNode()
self.assertEquals(m["nodes"], [(0, "/"), (p.ID, "/project")])
assert m["ntype"] == "task"
def test_postSaveNode(self):
assert len(self.c.match(Node)) == 0
self.p.input["name"] = "post me"
self.p.input["parent"] = 0
self.assertRaises(weblib.Redirect, self.p.postSaveNode)
nodes = self.c.match(Node)
assert len(nodes) == 1
self.assertEquals("post me", nodes[0].name)
def test_viewNode_root(self):
self.p.input["ID"] = 0
m = self.p.viewNode()
self.assertEquals("root", m["name"])
self.assertEquals(0, len(m["children"]))
n = self.c.store(Node(name="abc"))
self.p.input["ID"] = 0
m = self.p.viewNode()
self.assertEquals("root", m["name"])
self.assertEquals(1, len(m["children"]))
def test_viewNode_node(self):
n = self.c.store(Node(name="abc"))
self.p.input["ID"] = n.ID
m = self.p.viewNode()
assert m["name"] == "abc"
self.assertEquals([], m["crumbs"])
self.assertEquals(0, len(m["comments"]))
def test_viewNode_comment(self):
n = Node(name="abc")
n.comments << Comment(content="a", posted=Date("today")-1)
n.comments << Comment(content="c", posted=Date("today")-3)
n.comments << Comment(content="b", posted=Date("today")-2)
self.c.store(n)
self.p.input["ID"] = n.ID
m = self.p.viewNode()
self.assertEquals(3, len(m["comments"]))
# and we want newest first:
self.assertEquals(["a","b","c"], [c["content"] for c in m["comments"]])
def test_viewPlate(self):
# mmm... vowels...
self.c.store(Node(name="a", isOnPlate=True, importance=6))
self.c.store(Node(name="b"))
self.c.store(Node(name="c"))
self.c.store(Node(name="d"))
self.c.store(Node(name="e", isOnPlate=True, importance=3))
self.c.store(Node(name="f"))
self.c.store(Node(name="g"))
self.c.store(Node(name="h"))
self.c.store(Node(name="i", isOnPlate=True, importance=9))
m = self.p.viewPlate()
assert len(m["nodes"]) == 3
self.assertEquals(["e","a","i"],
[n["name"] for n in m["nodes"]])
def test_postComment(self):
n = self.c.store(Node(name="adsf"))
self.p.input["node"] = n.ID
self.p.input["content"] = "your ad here"
self.assertRaises(weblib.Redirect, self.p.postComment)
n = self.c.fetch(Node, ID=n.ID)
assert len( n.comments ) == 1
assert n.comments[0].content == "your ad here"
assert Date(n.comments[0].posted.toSQL()) == Date("today")
def setUp(self):
self.c = arlo.MockClerk(DBMAP)
self.r = weblib.RequestBuilder().build()
self.p = PlanApp(self.c, self.r)
def setUp(self):
self.c = arlo.MockClerk(DBMAP)
self.r = weblib.RequestBuilder().build()
self.p = PlanApp(self.c, self.r)
class PlanAppTest(unittest.TestCase):
def setUp(self):
self.c = arlo.MockClerk(DBMAP)
self.r = weblib.RequestBuilder().build()
self.p = PlanApp(self.c, self.r)
def test_viewListProject(self):
m = self.p.viewListProject()
assert m['projects'] == []
self.c.store(Node(name="top", ntype="project"))
m = self.p.viewListProject()
assert len(m["projects"]) == 1
assert m['projects'][0]["name"] == "top"
def test_formEditNode(self):
m = self.p.formEditNode()
assert m["nodes"] == [(0, "/")]
assert m["ntype"] == "task"
def test_formEditNode_child(self):
t = self.c.store(Node(ntype="task", name="a task"))
p = Node(ntype="project", name="project")
p.name = "project"
self.c.store(p) # :/ ... see NodeTest
self.p.input["parent"] = p.ID
m = self.p.formEditNode()
self.assertEquals(m["nodes"], [(0, "/"), (p.ID, "/project")])
assert m["ntype"] == "task"
def test_postSaveNode(self):
assert len(self.c.match(Node)) == 0
self.p.input["name"] = "post me"
self.p.input["parent"] = 0
self.assertRaises(weblib.Redirect, self.p.postSaveNode)
nodes = self.c.match(Node)
assert len(nodes) == 1
self.assertEquals("post me", nodes[0].name)
def test_viewNode_root(self):
self.p.input["ID"] = 0
m = self.p.viewNode()
self.assertEquals("root", m["name"])
self.assertEquals(0, len(m["children"]))
n = self.c.store(Node(name="abc"))
self.p.input["ID"] = 0
m = self.p.viewNode()
self.assertEquals("root", m["name"])
self.assertEquals(1, len(m["children"]))
def test_viewNode_node(self):
n = self.c.store(Node(name="abc"))
self.p.input["ID"] = n.ID
m = self.p.viewNode()
assert m["name"] == "abc"
self.assertEquals([], m["crumbs"])
self.assertEquals(0, len(m["comments"]))
def test_viewNode_comment(self):
n = Node(name="abc")
n.comments << Comment(content="a", posted=Date("today") - 1)
n.comments << Comment(content="c", posted=Date("today") - 3)
n.comments << Comment(content="b", posted=Date("today") - 2)
self.c.store(n)
self.p.input["ID"] = n.ID
m = self.p.viewNode()
self.assertEquals(3, len(m["comments"]))
# and we want newest first:
self.assertEquals(["a", "b", "c"],
[c["content"] for c in m["comments"]])
def test_viewPlate(self):
# mmm... vowels...
self.c.store(Node(name="a", isOnPlate=True, importance=6))
self.c.store(Node(name="b"))
self.c.store(Node(name="c"))
self.c.store(Node(name="d"))
self.c.store(Node(name="e", isOnPlate=True, importance=3))
self.c.store(Node(name="f"))
self.c.store(Node(name="g"))
self.c.store(Node(name="h"))
self.c.store(Node(name="i", isOnPlate=True, importance=9))
m = self.p.viewPlate()
assert len(m["nodes"]) == 3
self.assertEquals(["e", "a", "i"], [n["name"] for n in m["nodes"]])
def test_postComment(self):
n = self.c.store(Node(name="adsf"))
self.p.input["node"] = n.ID
self.p.input["content"] = "your ad here"
self.assertRaises(weblib.Redirect, self.p.postComment)
n = self.c.fetch(Node, ID=n.ID)
assert len(n.comments) == 1
assert n.comments[0].content == "your ad here"
assert Date(n.comments[0].posted.toSQL()) == Date("today")