def test_major_minor_release_build(self):
pkg = {
"product": "foo-bar",
"major_version": "1",
"minor_version": "3",
"release_version": "62",
"build_version": "876"
}
expected = "foo-bar 1.3.62.876"
self.assertEqual(ptree.to_name(pkg), expected)
def test_major_only(self):
pkg = {
"product": "foo-bar",
"major_version": "1",
"minor_version": "",
"release_version": "",
"build_version": ""
}
expected = "foo-bar 1"
self.assertEqual(ptree.to_name(pkg), expected)
def update(obj, data_block):
"""
Rebuilds the clarisse_version menu.
Args:
obj (ConductorJob): Item on which to rebuild menu.
data_block (ConductorDataBlock): Singleton object containing software package data.
"""
clarisse_version_att = obj.get_attribute("clarisse_version")
tree_data = data_block.package_tree().tree
names = sorted([str(pt.to_name(t)) for t in tree_data["children"]])
for i, name in enumerate(names):
clarisse_version_att.add_preset(name, str(i))
def _build_ui(self, tree_data, parent_item):
for child_tree in tree_data["children"]:
name = str(pt.to_name(child_tree))
child_tree_item = PackageTreeItem(parent_item, name)
if parent_item == self.root_item:
self.child_list.append(child_tree_item)
else:
parent_item.child_list.append(child_tree_item)
self._build_ui(child_tree, child_tree_item)
if tree_data["children"]:
parent_item.set_expandable(True)
parent_item.expand()
def test_find_plugin_level_high_limit(self):
name = "arnold-houdini 2.0.2.2"
result = self.pt.find_by_name(name, 2)
self.assertEqual(ptree.to_name(result), name)
def test_find_root_when_limit_1(self):
name = 'houdini 16.5.323'
result = self.pt.find_by_name(name, 1)
self.assertEqual(ptree.to_name(result), name)
def test_find_leaf_path(self):
path = "houdini 16.0.736/arnold-houdini 2.0.2.2/al-shaders 1.0"
pkg = self.pt.find_by_path(path)
self.assertEqual(ptree.to_name(pkg), "al-shaders 1.0")
def test_find_root_path(self):
path = "houdini 16.0.736"
pkg = self.pt.find_by_path(path)
self.assertEqual(ptree.to_name(pkg), path)