def build_library_trees():
"""Builds the DependencyTrees for the LibraryActions."""
nodes = __build_library_nodes()
trees = {}
for node in nodes:
if (
node.unlock_condition == "True"
or node.unlock_condition.find("or True") != -1
or node.unlock_condition == "False"
or node.unlock_condition.find("and False") != -1
):
t = DependencyTree()
t.create_node(node.action, level=node.level, identifier=node.identifier)
trees[node.identifier] = t
for node in nodes:
slugs = __get_dependent_action_slugs(node)
for slug in slugs:
for k in list(trees):
if trees[k].get_node(slug):
trees[k].add_node(node, slug)
for node in nodes:
slugs = __get_dependent_action_slugs(node)
for slug in slugs:
for k in list(trees):
if trees[k].get_node(slug):
trees[k].add_node(node, slug)
return trees
def build_designer_grid_trees(draft):
"""Builds the DependencyTrees for the DesignerActions in the DesignerGrid."""
nodes = __build_designer_grid_nodes(draft)
trees = {}
for node in nodes:
if node.unlock_condition:
if (
node.unlock_condition == "True"
or node.unlock_condition.find("or True") != -1
or node.unlock_condition == "False"
or node.unlock_condition.find("and False") != -1
):
t = DependencyTree()
t.create_node(node.action, level=node.level, identifier=node.identifier)
trees[node.identifier] = t
for i in range(10):
_ = i
for node in nodes:
slugs = __get_dependent_action_slugs(node)
for slug in slugs:
for k in list(trees):
if trees[k].get_node(slug):
trees[k].add_node(node, slug)
sorted_trees = OrderedDict(sorted(trees.items(), key=lambda t: -len(t[1])))
return sorted_trees
def build_designer_grid_trees(draft):
"""Builds the DependencyTrees for the DesignerActions in the DesignerGrid."""
nodes = __build_designer_grid_nodes(draft)
trees = {}
for node in nodes:
if node.unlock_condition:
if node.unlock_condition == "True" or node.unlock_condition.find("or True") != -1 \
or node.unlock_condition == "False" or node.unlock_condition.find("and False") != -1:
t = DependencyTree()
t.create_node(node.action, level=node.level, identifier=node.identifier)
trees[node.identifier] = t
for i in range(10):
_ = i
for node in nodes:
slugs = __get_dependent_action_slugs(node)
for slug in slugs:
for k in list(trees):
if trees[k].get_node(slug):
trees[k].add_node(node, slug)
sorted_trees = OrderedDict(sorted(trees.items(), key=lambda t: -len(t[1])))
return sorted_trees
def build_library_trees():
"""Builds the DependencyTrees for the LibraryActions."""
nodes = __build_library_nodes()
trees = {}
for node in nodes:
if node.unlock_condition == "True" or node.unlock_condition.find("or True") != -1 \
or node.unlock_condition == "False" or node.unlock_condition.find("and False") != -1:
t = DependencyTree()
t.create_node(node.action, level=node.level, identifier=node.identifier)
trees[node.identifier] = t
for node in nodes:
slugs = __get_dependent_action_slugs(node)
for slug in slugs:
for k in list(trees):
if trees[k].get_node(slug):
trees[k].add_node(node, slug)
for node in nodes:
slugs = __get_dependent_action_slugs(node)
for slug in slugs:
for k in list(trees):
if trees[k].get_node(slug):
trees[k].add_node(node, slug)
return trees
