def get_ops_operators(container_name):
operators = []
documentation = get_documentation()
ops = documentation.get_operators_in_container(container_name)
for op in ops:
operators.append(ExtendWordOperator(op.name, additional_data = op))
return operators
def get_container_operators():
operators = []
documentation = get_documentation()
container_names = documentation.get_operator_container_names()
for name in container_names:
operators.append(ExtendWordOperator(name))
return operators
def get_ops_operators(container_name):
operators = []
documentation = get_documentation()
ops = documentation.get_operators_in_container(container_name)
for op in ops:
operators.append(ExtendWordOperator(op.name, additional_data=op))
return operators
def get_container_operators():
operators = []
documentation = get_documentation()
container_names = documentation.get_operator_container_names()
for name in container_names:
operators.append(ExtendWordOperator(name))
return operators
def draw(self, context):
layout = self.layout
if running:
layout.operator("script_auto_complete.stop_auto_completion", icon = "PANEL_CLOSE")
else: layout.operator("script_auto_complete.start_auto_completion", icon = "LIBRARY_DATA_DIRECT")
if get_documentation().is_build:
layout.operator("script_auto_complete.rebuild_documentation")
layout.operator("script_auto_complete.correct_whitespaces")
def draw(self, context):
layout = self.layout
if running:
layout.operator("script_auto_complete.stop_auto_completion",
icon="PANEL_CLOSE")
else:
layout.operator("script_auto_complete.start_auto_completion",
icon="LIBRARY_DATA_DIRECT")
if get_documentation().is_build:
layout.operator("script_auto_complete.rebuild_documentation")
layout.operator("script_auto_complete.correct_whitespaces")
def get_functions_from_path(path):
if "." not in path: return []
documentation = get_documentation()
op = documentation.get_operator_by_full_name(path)
if op is None:
attributes = documentation.get_best_matching_attributes_of_path(path)
else:
attributes = [op]
functions = []
for attribute in attributes:
if isinstance(attribute, (OperatorDocumentation, FunctionDocumentation)):
functions.append(attribute)
return functions
def get_api_context_operators(text_block):
documentation = get_documentation()
parent_path = text_block.get_current_parent_path()
attributes = documentation.get_best_matching_subattributes_of_path(parent_path)
current_word = text_block.current_word.lower()
operators = []
secondary_operators = []
for attribute in attributes:
attribute_name = attribute.name.lower()
if attribute_name.startswith(current_word):
operators.append(ExtendWordOperator(attribute.name, additional_data = attribute))
elif current_word in attribute_name:
secondary_operators.append(ExtendWordOperator(attribute.name, additional_data = attribute))
operators.sort(key = attrgetter("display_name"))
secondary_operators.sort(key = attrgetter("display_name"))
return operators + secondary_operators
def get_assign_or_compare_operators(text_block):
operators = []
assign_in_line_path = text_block.get_current_line_assign_variable_path()
compare_path = text_block.get_current_compare_variable_path()
doc = get_documentation()
if assign_in_line_path is not None:
attributes = doc.get_best_matching_attributes_of_path(assign_in_line_path)
enum_items = get_enum_items_from_attributes(attributes)
pattern = assign_in_line_path + "\s*=\s*(\"|\')"
word_start = text_block.get_current_text_after_pattern(pattern)
operators = get_operators_from_enum_items(enum_items, word_start)
elif compare_path is not None:
attributes = doc.get_best_matching_attributes_of_path(compare_path)
enum_items = get_enum_items_from_attributes(attributes)
pattern = compare_path + "\s*(==|<|>|!=|(not )?in \[)\s*(\"|\')"
word_start = text_block.get_current_text_after_pattern(pattern)
operators = get_operators_from_enum_items(enum_items, word_start)
return operators
def get_assign_or_compare_operators(text_block):
operators = []
assign_in_line_path = text_block.get_current_line_assign_variable_path()
compare_path = text_block.get_current_compare_variable_path()
doc = get_documentation()
if assign_in_line_path is not None:
attributes = doc.get_best_matching_attributes_of_path(
assign_in_line_path)
enum_items = get_enum_items_from_attributes(attributes)
pattern = assign_in_line_path + "\s*=\s*(\"|\')"
word_start = text_block.get_current_text_after_pattern(pattern)
operators = get_operators_from_enum_items(enum_items, word_start)
elif compare_path is not None:
attributes = doc.get_best_matching_attributes_of_path(compare_path)
enum_items = get_enum_items_from_attributes(attributes)
pattern = compare_path + "\s*(==|<|>|!=|(not )?in \[)\s*(\"|\')"
word_start = text_block.get_current_text_after_pattern(pattern)
operators = get_operators_from_enum_items(enum_items, word_start)
return operators
("TOOL_PROPS", "e.g. lower part of the left side part in 3D view"),
"PREVIEW"
]
suggestions["\s*bl_region_type *= *(\"|\')"] = region_types
suggestions["\s*bl_category *= *(\"|\')"] = [
"Tools", "Create", "Relations", "Animation", "Physics", "Grease Pencil"
]
suggestions[r"\s*bl_options *=.*\W(\"|\')"] = [
"REGISTER", "UNDO", "BLOCKING", "GRAB_POINTER", "PRESET", "INTERNAL"
]
suggestions["\s*return *\{ *(\"|\')"] = [
"RUNNING_MODAL", "CANCELLED", "FINISHED", "PASS_THROUGH"
]
suggestions["class \w*\("] = ["bpy", "Panel", "Menu", "Operator"]
suggestions["class \w*\(bpy\."] = ["types"]
suggestions["class \w*\(bpy\.types\."] = ["Panel", "Menu", "Operator"]
suggestions[".*bpy\."] = [
"context", "data", "ops", "types", "utils", "path", "app", "props"
]
suggestions[".*bpy\.props\."] = [
type_name for type_name in dir(bpy.props) if type_name[0] != "_"
]
suggestions["kmi\.properties\.name\s*=\s*(\"|\')"] = get_documentation(
).get_menu_names()
def execute(self, context):
get_documentation().build()
return {"FINISHED"}
def invoke(self, context, event):
get_documentation().build_if_necessary()
self.modal_handler = ModalHandler()
context.window_manager.modal_handler_add(self)
start()
return { "RUNNING_MODAL" }
def poll(cls, context):
return get_documentation().is_build
def invoke(self, context, event):
get_documentation().build_if_necessary()
self.modal_handler = ModalHandler()
context.window_manager.modal_handler_add(self)
start()
return {"RUNNING_MODAL"}
def poll(cls, context):
return get_documentation().is_build
elif suggestion.upper().startswith(word_start):
operators.append(ExtendWordOperator(suggestion))
suggestions = {}
space_types = [
"EMPTY", "VIEW_3D", "TIMELINE", "GRAPH_EDITOR", "DOPESHEET", "NLA_EDITOR", "IMAGE_EDITOR", "SEQUENCE_EDITOR", "CLIP_EDITOR",
"TEXT_EDITOR", "NODE_EDITOR", "LOGIC_EDITOR", "PROPERTIES", "OUTLINER", "USER_PREFERENCES", "INFO", "FILE_BROWSER", "CONSOLE" ]
suggestions["\sbl_space_type *= *(\"|\')"] = space_types
region_types = ["WINDOW", "HEADER", "CHANNELS", "TEMPORARY", "UI",
("TOOLS", "e.g. left sidebar in 3D view"), ("TOOL_PROPS", "e.g. lower part of the left side part in 3D view"), "PREVIEW"]
suggestions["\s*bl_region_type *= *(\"|\')"] = region_types
suggestions["\s*bl_category *= *(\"|\')"] = ["Tools", "Create", "Relations", "Animation", "Physics", "Grease Pencil"]
suggestions[r"\s*bl_options *=.*\W(\"|\')"] = ["REGISTER", "UNDO", "BLOCKING", "GRAB_POINTER", "PRESET", "INTERNAL"]
suggestions["\s*return *\{ *(\"|\')"] = ["RUNNING_MODAL", "CANCELLED", "FINISHED", "PASS_THROUGH"]
suggestions["class \w*\("] = ["bpy", "Panel", "Menu", "Operator"]
suggestions["class \w*\(bpy\."] = ["types"]
suggestions["class \w*\(bpy\.types\."] = ["Panel", "Menu", "Operator"]
suggestions[".*bpy\."] = ["context", "data", "ops", "types", "utils", "path", "app", "props"]
suggestions[".*bpy\.props\."] = [type_name for type_name in dir(bpy.props) if type_name[0] != "_"]
suggestions["kmi\.properties\.name\s*=\s*(\"|\')"] = get_documentation().get_menu_names()
def execute(self, context):
get_documentation().build()
return { "FINISHED" }
