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383a76d223
On Windows, we added paths containing backslashes to skeleton headers, while the expected test data contains unix-style paths. Now in tests these paths are normalized to forward-slashes regardless of the platform. It wasn't noticed before 575f96b1d5f72c5159eac8a6a368806f34d9734e because earlier we didn't test modules containing more than one component in their relative path to the corresponding test root. GitOrigin-RevId: 6ad3436c26d4d8e7e693e37dcfa5d3ecdab59e83
1140 lines
52 KiB
Python
1140 lines
52 KiB
Python
from generator3.core import OriginType
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from generator3.util_methods import *
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from generator3.util_methods import get_portable_test_module_path
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from generator3.docstring_parsing import *
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class emptylistdict(dict):
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"""defaultdict not available before 2.5; simplest reimplementation using [] as default"""
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def __getitem__(self, item):
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if item in self:
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return dict.__getitem__(self, item)
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else:
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it = []
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self.__setitem__(item, it)
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return it
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class Buf(object):
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"""Buffers data in a list, can write to a file. Indentation is provided externally."""
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def __init__(self, indenter):
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self.data = []
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self.indenter = indenter
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def put(self, data):
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if data:
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self.data.append(ensureUnicode(data))
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def out(self, indent, *what):
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"""Output the arguments, indenting as needed, and adding an eol"""
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self.put(self.indenter.indent(indent))
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for item in what:
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self.put(item)
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self.put("\n")
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def flush_bytes(self, outfile):
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for data in self.data:
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outfile.write(data.encode(OUT_ENCODING, "replace"))
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def flush_str(self, outfile):
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for data in self.data:
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outfile.write(data)
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if version[0] < 3:
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flush = flush_bytes
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else:
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flush = flush_str
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def isEmpty(self):
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return len(self.data) == 0
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class ClassBuf(Buf):
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def __init__(self, name, indenter):
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super(ClassBuf, self).__init__(indenter)
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self.name = name
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#noinspection PyBroadException
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class ModuleRedeclarator(object):
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def __init__(self, module, mod_qname, mod_filename, cache_dir, indent_size=4, doing_builtins=False):
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"""
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@param module: module object
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@param mod_qname: module qualified name
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@param mod_filename: filename of binary module (the .dll or .so). Can be None for modules
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that don't have corresponding binary files (e.g. builtins)
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@param cache_dir: per-binary cache directory where the generated stub will be stored.
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Normally, it's "<IDE system dir>/python_stubs/cache/<sha256 digest>/".
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@param indent_size: amount of space characters per indent
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"""
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import generator3.core
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self.test_mode = generator3.core.is_test_mode()
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self.gen_version = generator3.core.version()
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self.module = module
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self.qname = mod_qname
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self.cache_dir = cache_dir
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self.mod_filename = mod_filename
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# we write things into buffers out-of-order
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self.header_buf = Buf(self)
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self.imports_buf = Buf(self)
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self.functions_buf = Buf(self)
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self.classes_buf = Buf(self)
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self.classes_buffs = list()
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self.footer_buf = Buf(self)
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self.indent_size = indent_size
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self._indent_step = " " * self.indent_size
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self.split_modules = False
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#
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self.imported_modules = {"": the_builtins} # explicit module imports: {"name": module}
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self.hidden_imports = {} # {'real_mod_name': 'alias'}; we alias names with "__" since we don't want them exported
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# ^ used for things that we don't re-export but need to import, e.g. certain base classes in gnome.
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self._defined = {} # stores True for every name defined so far, to break circular refs in values
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self.doing_builtins = doing_builtins
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self.ret_type_cache = {}
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self.used_imports = emptylistdict() # qual_mod_name -> [imported_names,..]: actually used imported names
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def _initializeQApp4(self):
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try: # QtGui should be imported _before_ QtCore package.
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# This is done for the QWidget references from QtCore (such as QSignalMapper). Known bug in PyQt 4.7+
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# Causes "TypeError: C++ type 'QWidget*' is not supported as a native Qt signal type"
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import PyQt4.QtGui
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except ImportError:
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pass
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# manually instantiate and keep reference to singleton QCoreApplication (we don't want it to be deleted during the introspection)
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# use QCoreApplication instead of QApplication to avoid blinking app in Dock on Mac OS
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try:
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from PyQt4.QtCore import QCoreApplication
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self.app = QCoreApplication([])
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return
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except ImportError:
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pass
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def _initializeQApp5(self):
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try:
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from PyQt5.QtCore import QCoreApplication
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self.app = QCoreApplication([])
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return
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except ImportError:
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pass
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def indent(self, level):
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"""Return indentation whitespace for given level."""
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return self._indent_step * level
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def flush(self):
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qname_parts = self.qname.split('.')
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if self.split_modules:
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last_pkg_dir = build_pkg_structure(self.cache_dir, self.qname)
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with fopen(os.path.join(last_pkg_dir, "__init__.py"), "w") as init:
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for buf in (self.header_buf, self.imports_buf, self.functions_buf, self.classes_buf):
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buf.flush(init)
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data = ""
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for buf in self.classes_buffs:
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with fopen(os.path.join(last_pkg_dir, buf.name) + '.py', "w") as dummy:
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self.header_buf.flush(dummy)
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self.imports_buf.flush(dummy)
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buf.flush(dummy)
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data += self.create_local_import(buf.name)
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init.write(data)
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self.footer_buf.flush(init)
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else:
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last_pkg_dir = build_pkg_structure(self.cache_dir, '.'.join(qname_parts[:-1]))
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# In some rare cases submodules of a binary might have been generated earlier than the module
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# for the binary itself. For instance, it happens for "pyexpat" built-in module which
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# submodules "pyexpat.errors" and "pyexpat.model" are processed together with "_elementtree"
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# and "pickle" before "pyexpat" and thus empty pyexpat/__init__.py for them should be replaced
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# with the skeleton for the main module itself later on.
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existing_pkg_init = os.path.join(last_pkg_dir, qname_parts[-1], '__init__.py')
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if os.path.exists(existing_pkg_init):
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skeleton_path = existing_pkg_init
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else:
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skeleton_path = os.path.join(last_pkg_dir, qname_parts[-1] + '.py')
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with fopen(skeleton_path, "w") as mod:
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for buf in (self.header_buf, self.imports_buf, self.functions_buf, self.classes_buf):
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buf.flush(mod)
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for buf in self.classes_buffs:
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buf.flush(mod)
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self.footer_buf.flush(mod)
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# Some builtin classes effectively change __init__ signature without overriding it.
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# This callable serves as a placeholder to be replaced via REDEFINED_BUILTIN_SIGS
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def fake_builtin_init(self):
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pass # just a callable, sig doesn't matter
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fake_builtin_init.__doc__ = object.__init__.__doc__ # this forces class's doc to be used instead
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def create_local_import(self, name):
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if len(name.split(".")) > 1: return ""
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data = "from "
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if version[0] >= 3:
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data += "."
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data += name + " import " + name + "\n"
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return data
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def find_imported_name(self, item):
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"""
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Finds out how the item is represented in imported modules.
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@param item what to check
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@return qualified name (like "sys.stdin") or None
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"""
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# TODO: return a pair, not a glued string
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if not isinstance(item, SIMPLEST_TYPES):
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for mname in self.imported_modules:
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m = self.imported_modules[mname]
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for inner_name in m.__dict__:
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suspect = getattr(m, inner_name)
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if suspect is item:
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if mname:
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mname += "."
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elif self.module is the_builtins: # don't short-circuit builtins
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return None
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return mname + inner_name
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return None
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_initializers = (
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(dict, "{}"),
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(tuple, "()"),
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(list, "[]"),
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)
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def invent_initializer(self, a_type):
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"""
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Returns an innocuous initializer expression for a_type, or "None"
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"""
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for initializer_type, r in self._initializers:
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if initializer_type == a_type:
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return r
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# NOTE: here we could handle things like defaultdict, sets, etc if we wanted
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return "None"
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def fmt_value(self, out, p_value, indent, prefix="", postfix="", as_name=None, seen_values=None):
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"""
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Formats and outputs value (it occupies an entire line or several lines).
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@param out function that does output (a Buf.out)
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@param p_value the value.
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@param indent indent level.
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@param prefix text to print before the value
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@param postfix text to print after the value
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@param as_name hints which name are we trying to print; helps with circular refs.
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@param seen_values a list of keys we've seen if we're processing a dict
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"""
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SELF_VALUE = "<value is a self-reference, replaced by this string>"
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ERR_VALUE = "<failed to retrieve the value>"
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if isinstance(p_value, SIMPLEST_TYPES):
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out(indent, prefix, reliable_repr(p_value), postfix)
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else:
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if sys.platform == "cli":
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imported_name = None
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else:
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imported_name = self.find_imported_name(p_value)
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if imported_name:
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out(indent, prefix, imported_name, postfix)
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# TODO: kind of self.used_imports[imported_name].append(p_value) but split imported_name
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# else we could potentially return smth we did not otherwise import. but not likely.
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else:
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if isinstance(p_value, (list, tuple)):
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if not seen_values:
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seen_values = [p_value]
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if len(p_value) == 0:
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out(indent, prefix, repr(p_value), postfix)
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else:
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if isinstance(p_value, list):
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lpar, rpar = "[", "]"
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else:
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lpar, rpar = "(", ")"
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out(indent, prefix, lpar)
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for value in p_value:
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if value in seen_values:
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value = SELF_VALUE
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elif not isinstance(value, SIMPLEST_TYPES):
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seen_values.append(value)
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self.fmt_value(out, value, indent + 1, postfix=",", seen_values=seen_values)
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out(indent, rpar, postfix)
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elif isinstance(p_value, dict):
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if len(p_value) == 0:
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out(indent, prefix, repr(p_value), postfix)
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else:
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if not seen_values:
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seen_values = [p_value]
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out(indent, prefix, "{")
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keys = list(p_value.keys())
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try:
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keys.sort()
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except TypeError:
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pass # unsortable keys happen, e,g, in py3k _ctypes
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for k in keys:
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value = p_value[k]
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try:
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is_seen = value in seen_values
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except:
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is_seen = False
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value = ERR_VALUE
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if is_seen:
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value = SELF_VALUE
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elif not isinstance(value, SIMPLEST_TYPES):
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seen_values.append(value)
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if isinstance(k, SIMPLEST_TYPES):
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self.fmt_value(out, value, indent + 1, prefix=repr(k) + ": ", postfix=",",
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seen_values=seen_values)
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else:
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# both key and value need fancy formatting
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self.fmt_value(out, k, indent + 1, postfix=": ", seen_values=seen_values)
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self.fmt_value(out, value, indent + 2, seen_values=seen_values)
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out(indent + 1, ",")
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out(indent, "}", postfix)
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else: # something else, maybe representable
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# look up this value in the module.
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if sys.platform == "cli":
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out(indent, prefix, "None", postfix)
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return
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found_name = ""
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for inner_name in self.module.__dict__:
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if self.module.__dict__[inner_name] is p_value:
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found_name = inner_name
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break
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if self._defined.get(found_name, False):
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out(indent, prefix, found_name, postfix)
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elif hasattr(self, "app"):
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return
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else:
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# a forward / circular declaration happens
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notice = ""
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try:
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representation = repr(p_value)
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except Exception:
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import traceback
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traceback.print_exc(file=sys.stderr)
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return
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if not self.test_mode:
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real_value = cleanup(representation)
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else:
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# Don't rely on repr() output in tests, as it may contain memory layout dependent id
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real_value = ''
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if found_name:
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if found_name == as_name:
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notice = " # (!) real value is %r" % real_value
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real_value = "None"
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else:
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notice = " # (!) forward: %s, real value is %r" % (found_name, real_value)
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if SANE_REPR_RE.match(real_value) and is_valid_expr(real_value):
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out(indent, prefix, real_value, postfix, notice)
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else:
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if not found_name:
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notice = " # (!) real value is %r" % real_value
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out(indent, prefix, "None", postfix, notice)
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def get_ret_type(self, attr):
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"""
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Returns a return type string as given by T_RETURN in tokens, or None
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"""
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if attr:
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ret_type = RET_TYPE.get(attr, None)
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if ret_type:
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return ret_type
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thing = getattr(self.module, attr, None)
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if thing:
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if not isinstance(thing, type) and is_callable(thing): # a function
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return None # TODO: maybe divinate a return type; see pygame.mixer.Channel
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return attr
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# adds no noticeable slowdown, I did measure. dch.
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for im_name, im_module in self.imported_modules.items():
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cache_key = (im_name, attr)
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cached = self.ret_type_cache.get(cache_key, None)
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if cached:
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return cached
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ret_type = getattr(im_module, attr, None)
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if ret_type:
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if isinstance(ret_type, type):
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# detect a constructor
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constr_args = detect_constructor(ret_type)
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if constr_args is None:
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constr_args = "*(), **{}" # a silly catch-all constructor
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reference = "%s(%s)" % (attr, constr_args)
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elif is_callable(ret_type): # a function, classes are ruled out above
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return None
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else:
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reference = attr
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if im_name:
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result = "%s.%s" % (im_name, reference)
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else: # built-in
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result = reference
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self.ret_type_cache[cache_key] = result
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return result
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# TODO: handle things like "[a, b,..] and (foo,..)"
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return None
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SIG_DOC_NOTE = "restored from __doc__"
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SIG_DOC_UNRELIABLY = "NOTE: unreliably restored from __doc__ "
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def restore_by_docstring(self, signature_string, class_name, deco=None, ret_hint=None):
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"""
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@param signature_string: parameter list extracted from the doc string.
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@param class_name: name of the containing class, or None
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@param deco: decorator to use
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@param ret_hint: return type hint, if available
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@return (reconstructed_spec, return_type, note) or (None, _, _) if failed.
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"""
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action("restoring func %r of class %r", signature_string, class_name)
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# parse
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parsing_failed = False
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ret_type = None
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try:
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# strict parsing
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tokens = paramSeqAndRest.parseString(signature_string, True)
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ret_name = None
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if tokens:
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ret_t = tokens[-1]
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if ret_t[0] is T_RETURN:
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ret_name = ret_t[1]
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ret_type = self.get_ret_type(ret_name) or self.get_ret_type(ret_hint)
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except ParseException:
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# it did not parse completely; scavenge what we can
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parsing_failed = True
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tokens = []
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try:
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# most unrestrictive parsing
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tokens = paramSeq.parseString(signature_string, False)
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except ParseException:
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pass
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#
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seq = transform_seq(tokens)
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# add safe defaults for unparsed
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if parsing_failed:
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doc_node = self.SIG_DOC_UNRELIABLY
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starred = None
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double_starred = None
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for one in seq:
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if type(one) is str:
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if one.startswith("**"):
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double_starred = one
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elif one.startswith("*"):
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starred = one
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if not starred:
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seq.append("*args")
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if not double_starred:
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seq.append("**kwargs")
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else:
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doc_node = self.SIG_DOC_NOTE
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# add 'self' if needed YYY
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if class_name and (not seq or seq[0] != 'self'):
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first_param = propose_first_param(deco)
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if first_param:
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seq.insert(0, first_param)
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seq = make_names_unique(seq)
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return (seq, ret_type, doc_node)
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|
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def parse_func_doc(self, func_doc, func_id, func_name, class_name, deco=None, sip_generated=False):
|
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"""
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|
@param func_doc: __doc__ of the function.
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|
@param func_id: name to look for as identifier of the function in docstring
|
|
@param func_name: name of the function.
|
|
@param class_name: name of the containing class, or None
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|
@param deco: decorator to use
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|
@return (reconstructed_spec, return_literal, note) or (None, _, _) if failed.
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|
"""
|
|
if sip_generated:
|
|
overloads = []
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|
for part in func_doc.split('\n'):
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signature = func_id + '('
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i = part.find(signature)
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if i >= 0:
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overloads.append(part[i + len(signature):])
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if len(overloads) > 1:
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docstring_results = [self.restore_by_docstring(overload, class_name, deco) for overload in overloads]
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ret_types = []
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for result in docstring_results:
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rt = result[1]
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|
if rt and rt not in ret_types:
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|
ret_types.append(rt)
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|
if ret_types:
|
|
ret_literal = " or ".join(ret_types)
|
|
else:
|
|
ret_literal = None
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|
param_lists = [result[0] for result in docstring_results]
|
|
spec = build_signature(func_name, restore_parameters_for_overloads(param_lists))
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|
return (spec, ret_literal, "restored from __doc__ with multiple overloads")
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|
|
|
# find the first thing to look like a definition
|
|
prefix_re = re.compile(r"\s*(?:(\w+)[ \t]+)?" + func_id + r"\s*\(") # "foo(..." or "int foo(..."
|
|
match = prefix_re.search(func_doc) # Note: this and previous line may consume up to 35% of time
|
|
# parse the part that looks right
|
|
if match:
|
|
ret_hint = match.group(1)
|
|
params, ret_literal, doc_note = self.restore_by_docstring(func_doc[match.end():], class_name, deco, ret_hint)
|
|
spec = func_name + flatten(params)
|
|
return (spec, ret_literal, doc_note)
|
|
else:
|
|
return (None, None, None)
|
|
|
|
|
|
def is_predefined_builtin(self, module_name, class_name, func_name):
|
|
return self.doing_builtins and module_name == BUILTIN_MOD_NAME and (
|
|
class_name, func_name) in PREDEFINED_BUILTIN_SIGS
|
|
|
|
def redo_function(self, out, p_func, p_name, indent, p_class=None, p_modname=None, classname=None, seen=None):
|
|
"""
|
|
Restore function argument list as best we can.
|
|
@param out output function of a Buf
|
|
@param p_func function or method object
|
|
@param p_name function name as known to owner
|
|
@param indent indentation level
|
|
@param p_class the class that contains this function as a method
|
|
@param p_modname module name
|
|
@param seen {id(func): name} map of functions already seen in the same namespace;
|
|
id() because *some* functions are unhashable (eg _elementtree.Comment in py2.7)
|
|
"""
|
|
action("redoing func %r of class %r", p_name, p_class)
|
|
if seen is not None:
|
|
other_func = seen.get(id(p_func), None)
|
|
if other_func and getattr(other_func, "__doc__", None) is getattr(p_func, "__doc__", None):
|
|
# _bisect.bisect == _bisect.bisect_right in py31, but docs differ
|
|
out(indent, p_name, " = ", seen[id(p_func)])
|
|
out(indent, "")
|
|
return
|
|
else:
|
|
seen[id(p_func)] = p_name
|
|
# real work
|
|
if classname is None:
|
|
classname = p_class and p_class.__name__ or None
|
|
if p_class and hasattr(p_class, '__mro__'):
|
|
sip_generated = [base_t for base_t in p_class.__mro__ if 'sip.simplewrapper' in str(base_t)]
|
|
else:
|
|
sip_generated = False
|
|
deco = None
|
|
deco_comment = ""
|
|
mod_class_method_tuple = (p_modname, classname, p_name)
|
|
ret_literal = None
|
|
is_init = False
|
|
# any decorators?
|
|
action("redoing decos of func %r of class %r", p_name, p_class)
|
|
if self.doing_builtins and p_modname == BUILTIN_MOD_NAME:
|
|
deco = KNOWN_DECORATORS.get((classname, p_name), None)
|
|
if deco:
|
|
deco_comment = " # known case"
|
|
elif p_class and p_name in p_class.__dict__:
|
|
# detect native methods declared with METH_CLASS flag
|
|
descriptor = p_class.__dict__[p_name]
|
|
if p_name != "__new__" and type(descriptor).__name__.startswith('classmethod'):
|
|
# 'classmethod_descriptor' in Python 2.x and 3.x, 'classmethod' in Jython
|
|
deco = "classmethod"
|
|
elif type(p_func).__name__.startswith('staticmethod'):
|
|
deco = "staticmethod"
|
|
if p_name == "__new__":
|
|
deco = "staticmethod"
|
|
deco_comment = " # known case of __new__"
|
|
|
|
action("redoing innards of func %r of class %r", p_name, p_class)
|
|
if deco and HAS_DECORATORS:
|
|
out(indent, "@", deco, deco_comment)
|
|
if inspect and inspect.isfunction(p_func):
|
|
out(indent, "def ", p_name, restore_by_inspect(p_func), ": # reliably restored by inspect", )
|
|
out_doc_attr(out, p_func, indent + 1, p_class)
|
|
elif self.is_predefined_builtin(*mod_class_method_tuple):
|
|
spec, sig_note = restore_predefined_builtin(classname, p_name)
|
|
out(indent, "def ", spec, ": # ", sig_note)
|
|
out_doc_attr(out, p_func, indent + 1, p_class)
|
|
elif sys.platform == 'cli' and is_clr_type(p_class):
|
|
is_static, spec, sig_note = restore_clr(p_name, p_class)
|
|
if is_static:
|
|
out(indent, "@staticmethod")
|
|
if not spec: return
|
|
if sig_note:
|
|
out(indent, "def ", spec, ": #", sig_note)
|
|
else:
|
|
out(indent, "def ", spec, ":")
|
|
if not p_name in ['__gt__', '__ge__', '__lt__', '__le__', '__ne__', '__reduce_ex__', '__str__']:
|
|
out_doc_attr(out, p_func, indent + 1, p_class)
|
|
elif mod_class_method_tuple in PREDEFINED_MOD_CLASS_SIGS:
|
|
sig, ret_literal = PREDEFINED_MOD_CLASS_SIGS[mod_class_method_tuple]
|
|
if classname:
|
|
ofwhat = "%s.%s.%s" % mod_class_method_tuple
|
|
else:
|
|
ofwhat = "%s.%s" % (p_modname, p_name)
|
|
out(indent, "def ", p_name, sig, ": # known case of ", ofwhat)
|
|
out_doc_attr(out, p_func, indent + 1, p_class)
|
|
else:
|
|
# __doc__ is our best source of arglist
|
|
sig_note = "real signature unknown"
|
|
spec = ""
|
|
is_init = (p_name == "__init__" and p_class is not None)
|
|
funcdoc = None
|
|
if is_init and hasattr(p_class, "__doc__"):
|
|
if hasattr(p_func, "__doc__"):
|
|
funcdoc = p_func.__doc__
|
|
if funcdoc == object.__init__.__doc__:
|
|
funcdoc = p_class.__doc__
|
|
elif hasattr(p_func, "__doc__"):
|
|
funcdoc = p_func.__doc__
|
|
sig_restored = False
|
|
action("parsing doc of func %r of class %r", p_name, p_class)
|
|
if isinstance(funcdoc, STR_TYPES):
|
|
(spec, ret_literal, more_notes) = self.parse_func_doc(funcdoc, p_name, p_name, classname, deco,
|
|
sip_generated)
|
|
if spec is None and p_name == '__init__' and classname:
|
|
(spec, ret_literal, more_notes) = self.parse_func_doc(funcdoc, classname, p_name, classname, deco,
|
|
sip_generated)
|
|
sig_restored = spec is not None
|
|
if more_notes:
|
|
if sig_note:
|
|
sig_note += "; "
|
|
sig_note += more_notes
|
|
if not sig_restored:
|
|
# use an allow-all declaration
|
|
decl = []
|
|
if p_class:
|
|
first_param = propose_first_param(deco)
|
|
if first_param:
|
|
decl.append(first_param)
|
|
decl.append("*args")
|
|
decl.append("**kwargs")
|
|
spec = p_name + "(" + ", ".join(decl) + ")"
|
|
out(indent, "def ", spec, ": # ", sig_note)
|
|
# to reduce size of stubs, don't output same docstring twice for class and its __init__ method
|
|
if not is_init or funcdoc != p_class.__doc__:
|
|
out_docstring(out, funcdoc, indent + 1)
|
|
# body
|
|
if ret_literal and not is_init:
|
|
out(indent + 1, "return ", ret_literal)
|
|
else:
|
|
out(indent + 1, "pass")
|
|
if deco and not HAS_DECORATORS:
|
|
out(indent, p_name, " = ", deco, "(", p_name, ")", deco_comment)
|
|
out(0, "") # empty line after each item
|
|
|
|
def redo_class(self, out, p_class, p_name, indent, p_modname=None, seen=None, inspect_dir=False):
|
|
"""
|
|
Restores a class definition.
|
|
@param out output function of a relevant buf
|
|
@param p_class the class object
|
|
@param p_name class name as known to owner
|
|
@param indent indentation level
|
|
@param p_modname name of module
|
|
@param seen {class: name} map of classes already seen in the same namespace
|
|
"""
|
|
action("redoing class %r of module %r", p_name, p_modname)
|
|
if seen is not None:
|
|
if p_class in seen:
|
|
out(indent, p_name, " = ", seen[p_class])
|
|
out(indent, "")
|
|
return
|
|
else:
|
|
seen[p_class] = p_name
|
|
bases = get_bases(p_class)
|
|
base_def = ""
|
|
skipped_bases = []
|
|
if bases:
|
|
skip_qualifiers = [p_modname, BUILTIN_MOD_NAME, 'exceptions']
|
|
skip_qualifiers.extend(KNOWN_FAKE_REEXPORTERS.get(p_modname, ()))
|
|
bases_list = [] # what we'll render in the class decl
|
|
for base in bases:
|
|
if [1 for (cls, mdl) in KNOWN_FAKE_BASES if cls == base and mdl != self.module]:
|
|
# our base is a wrapper and our module is not its defining module
|
|
skipped_bases.append(str(base))
|
|
continue
|
|
# somehow import every base class
|
|
base_name = base.__name__
|
|
qual_module_name = qualifier_of(base, skip_qualifiers)
|
|
got_existing_import = False
|
|
if qual_module_name:
|
|
if qual_module_name in self.used_imports:
|
|
import_list = self.used_imports[qual_module_name]
|
|
if base in import_list:
|
|
bases_list.append(base_name) # unqualified: already set to import
|
|
got_existing_import = True
|
|
if not got_existing_import:
|
|
mangled_qualifier = "__" + qual_module_name.replace('.', '_') # foo.bar -> __foo_bar
|
|
bases_list.append(mangled_qualifier + "." + base_name)
|
|
self.hidden_imports[qual_module_name] = mangled_qualifier
|
|
else:
|
|
bases_list.append(base_name)
|
|
base_def = "(" + ", ".join(bases_list) + ")"
|
|
|
|
if self.split_modules:
|
|
for base in bases_list:
|
|
local_import = self.create_local_import(base)
|
|
if local_import:
|
|
out(indent, local_import)
|
|
out(indent, "class ", p_name, base_def, ":",
|
|
skipped_bases and " # skipped bases: " + ", ".join(skipped_bases) or "")
|
|
out_doc_attr(out, p_class, indent + 1)
|
|
# inner parts
|
|
methods = {}
|
|
properties = {}
|
|
others = {}
|
|
we_are_the_base_class = p_modname == BUILTIN_MOD_NAME and p_name == "object"
|
|
field_source = {}
|
|
try:
|
|
if hasattr(p_class, "__dict__") and not inspect_dir:
|
|
field_source = p_class.__dict__
|
|
field_keys = field_source.keys() # Jython 2.5.1 _codecs fail here
|
|
else:
|
|
field_keys = dir(p_class) # this includes unwanted inherited methods, but no dict + inheritance is rare
|
|
except:
|
|
field_keys = ()
|
|
for item_name in field_keys:
|
|
item_qname = p_modname + '.' + p_name + '.' + item_name
|
|
if item_name in ("__doc__", "__module__"):
|
|
if we_are_the_base_class:
|
|
item = "" # must be declared in base types
|
|
else:
|
|
continue # in all other cases must be skipped
|
|
elif keyword.iskeyword(item_name): # for example, PyQt4 contains definitions of methods named 'exec'
|
|
continue
|
|
elif item_qname in CLASS_ATTR_BLACKLIST:
|
|
note('skipping blacklisted attribute ' + item_qname)
|
|
item = field_source.get(item_name)
|
|
else:
|
|
try:
|
|
item = getattr(p_class, item_name) # let getters do the magic
|
|
except AttributeError:
|
|
item = field_source.get(item_name) # have it raw
|
|
if item is None:
|
|
continue
|
|
except Exception:
|
|
continue
|
|
if is_callable(item) and not isinstance(item, type):
|
|
methods[item_name] = item
|
|
elif is_property(item):
|
|
properties[item_name] = item
|
|
else:
|
|
others[item_name] = item
|
|
#
|
|
if we_are_the_base_class:
|
|
others["__dict__"] = {} # force-feed it, for __dict__ does not contain a reference to itself :)
|
|
# add fake __init__s to have the right sig
|
|
if p_class in FAKE_BUILTIN_INITS:
|
|
methods["__init__"] = self.fake_builtin_init
|
|
note("Faking init of %s", p_name)
|
|
elif '__init__' not in methods:
|
|
init_method = getattr(p_class, '__init__', None)
|
|
if init_method:
|
|
methods['__init__'] = init_method
|
|
|
|
#
|
|
seen_funcs = {}
|
|
for item_name in sorted_no_case(methods.keys()):
|
|
item = methods[item_name]
|
|
try:
|
|
self.redo_function(out, item, item_name, indent + 1, p_class, p_modname, classname=p_name, seen=seen_funcs)
|
|
except:
|
|
handle_error_func(item_name, out)
|
|
#
|
|
known_props = KNOWN_PROPS.get(p_modname, {})
|
|
a_setter = "lambda self, v: None"
|
|
a_deleter = "lambda self: None"
|
|
for item_name in sorted_no_case(properties.keys()):
|
|
item = properties[item_name]
|
|
prop_docstring = getattr(item, '__doc__', None)
|
|
prop_key = (p_name, item_name)
|
|
if prop_key in known_props:
|
|
prop_descr = known_props.get(prop_key, None)
|
|
if prop_descr is None:
|
|
continue # explicitly omitted
|
|
acc_line, getter_and_type = prop_descr
|
|
if getter_and_type:
|
|
getter, prop_type = getter_and_type
|
|
else:
|
|
getter, prop_type = None, None
|
|
out(indent + 1, item_name,
|
|
" = property(", format_accessors(acc_line, getter, a_setter, a_deleter), ")"
|
|
)
|
|
if prop_type:
|
|
if prop_docstring:
|
|
out(indent + 1, '"""', prop_docstring)
|
|
out(0, "")
|
|
out(indent + 1, ':type: ', prop_type)
|
|
out(indent + 1, '"""')
|
|
else:
|
|
out(indent + 1, '""":type: ', prop_type, '"""')
|
|
out(0, "")
|
|
else:
|
|
out(indent + 1, item_name, " = property(lambda self: object(), lambda self, v: None, lambda self: None) # default")
|
|
if prop_docstring:
|
|
out(indent + 1, '"""', prop_docstring, '"""')
|
|
out(0, "")
|
|
if properties:
|
|
out(0, "") # empty line after the block
|
|
#
|
|
for item_name in sorted_no_case(others.keys()):
|
|
item = others[item_name]
|
|
self.fmt_value(out, item, indent + 1, prefix=item_name + " = ")
|
|
if p_name == "object":
|
|
out(indent + 1, "__module__ = ''")
|
|
if others:
|
|
out(0, "") # empty line after the block
|
|
#
|
|
if not methods and not properties and not others:
|
|
out(indent + 1, "pass")
|
|
|
|
def redo_simple_header(self, p_name):
|
|
"""Puts boilerplate code on the top"""
|
|
out = self.header_buf.out # 1st class methods rule :)
|
|
out(0, "# encoding: %s" % OUT_ENCODING) # line 1
|
|
# NOTE: maybe encoding should be selectable
|
|
if hasattr(self.module, "__name__"):
|
|
self_name = self.module.__name__
|
|
if self_name != p_name:
|
|
mod_name = " calls itself " + self_name
|
|
else:
|
|
mod_name = ""
|
|
else:
|
|
mod_name = " does not know its name"
|
|
out(0, "# module ", p_name, mod_name) # line 2
|
|
|
|
origin_type = OriginType.FILE
|
|
import generator3.core
|
|
if generator3.core.is_pregeneration_mode():
|
|
origin = origin_type = OriginType.PREGENERATED
|
|
elif self.mod_filename:
|
|
origin = self.mod_filename
|
|
elif p_name in sys.builtin_module_names:
|
|
origin = origin_type = OriginType.BUILTIN
|
|
else:
|
|
try:
|
|
origin = getattr(self.module, "__file__")
|
|
except AttributeError:
|
|
origin = origin_type = OriginType.BUILTIN
|
|
|
|
if self.test_mode and origin_type == OriginType.FILE:
|
|
origin = get_portable_test_module_path(origin, self.qname)
|
|
|
|
|
|
out(0, "# from %s" % origin) # line 3
|
|
out(0, "# by generator %s" % self.gen_version) # line 4
|
|
if p_name == BUILTIN_MOD_NAME and version[0] == 2 and version[1] >= 6:
|
|
out(0, "from __future__ import print_function")
|
|
out_doc_attr(out, self.module, 0)
|
|
|
|
def redo_imports(self):
|
|
module_type = type(sys)
|
|
for item_name in self.module.__dict__.keys():
|
|
try:
|
|
item = self.module.__dict__[item_name]
|
|
except:
|
|
continue
|
|
if type(item) is module_type: # not isinstance, py2.7 + PyQt4.QtCore on windows have a bug here
|
|
self.imported_modules[item_name] = item
|
|
self.add_import_header_if_needed()
|
|
ref_notice = getattr(item, "__file__", str(item)) if not self.test_mode else '<ref>'
|
|
if hasattr(item, "__name__"):
|
|
self.imports_buf.out(0, "import ", item.__name__, " as ", item_name, " # ", ref_notice)
|
|
else:
|
|
self.imports_buf.out(0, item_name, " = None # ??? name unknown; ", ref_notice)
|
|
|
|
def add_import_header_if_needed(self):
|
|
if self.imports_buf.isEmpty():
|
|
self.imports_buf.out(0, "")
|
|
self.imports_buf.out(0, "# imports")
|
|
|
|
def redo(self, p_name, inspect_dir):
|
|
"""
|
|
Restores module declarations.
|
|
Intended for built-in modules and thus does not handle import statements.
|
|
@param p_name name of module
|
|
"""
|
|
action("redoing header of module %r %r", p_name, str(self.module))
|
|
|
|
if "pyqt4" in p_name.lower(): # qt4 specific patch
|
|
self._initializeQApp4()
|
|
elif "pyqt5" in p_name.lower(): # qt5 specific patch
|
|
self._initializeQApp5()
|
|
|
|
self.redo_simple_header(p_name)
|
|
|
|
# find whatever other self.imported_modules the module knows; effectively these are imports
|
|
action("redoing imports of module %r %r", p_name, str(self.module))
|
|
try:
|
|
self.redo_imports()
|
|
except:
|
|
pass
|
|
|
|
action("redoing innards of module %r %r", p_name, str(self.module))
|
|
|
|
module_type = type(sys)
|
|
# group what we have into buckets
|
|
vars_simple = {}
|
|
vars_complex = {}
|
|
funcs = {}
|
|
classes = {}
|
|
module_dict = self.module.__dict__
|
|
if inspect_dir:
|
|
module_dict = dir(self.module)
|
|
for item_name in module_dict:
|
|
note("looking at %s", item_name)
|
|
# Python/C API can declare a symbol with an arbitrary name
|
|
if not is_identifier(item_name): # noqa
|
|
continue
|
|
if item_name in (
|
|
"__dict__", "__doc__", "__module__", "__file__", "__name__", "__builtins__", "__package__"):
|
|
continue # handled otherwise
|
|
if self.test_mode and item_name in ('__loader__', '__spec__', '__cached__'):
|
|
continue
|
|
try:
|
|
item = getattr(self.module, item_name) # let getters do the magic
|
|
except AttributeError:
|
|
if not item_name in self.module.__dict__: continue
|
|
item = self.module.__dict__[item_name] # have it raw
|
|
# check if it has percolated from an imported module
|
|
except NotImplementedError:
|
|
if not item_name in self.module.__dict__: continue
|
|
item = self.module.__dict__[item_name] # have it raw
|
|
|
|
# unless we're adamantly positive that the name was imported, we assume it is defined here
|
|
mod_name = None # module from which p_name might have been imported
|
|
# IronPython has non-trivial reexports in System module, but not in others:
|
|
skip_modname = sys.platform == "cli" and p_name != "System"
|
|
surely_not_imported_mods = KNOWN_FAKE_REEXPORTERS.get(p_name, ())
|
|
## can't figure weirdness in some modules, assume no reexports:
|
|
#skip_modname = skip_modname or p_name in self.KNOWN_FAKE_REEXPORTERS
|
|
if not skip_modname:
|
|
try:
|
|
mod_name = getattr(item, '__module__', None)
|
|
except:
|
|
pass
|
|
# we assume that module foo.bar never imports foo; foo may import foo.bar. (see pygame and pygame.rect)
|
|
maybe_import_mod_name = mod_name if isinstance(mod_name, type(p_name)) else ''
|
|
import_is_from_top = len(p_name) > len(maybe_import_mod_name) and p_name.startswith(maybe_import_mod_name)
|
|
note("mod_name = %s, prospective = %s, from top = %s", mod_name, maybe_import_mod_name, import_is_from_top)
|
|
want_to_import = False
|
|
if (mod_name
|
|
and mod_name != BUILTIN_MOD_NAME
|
|
and mod_name != p_name
|
|
and mod_name not in surely_not_imported_mods
|
|
and not import_is_from_top
|
|
):
|
|
# import looks valid, but maybe it's a .py file? we're certain not to import from .py
|
|
# e.g. this rules out _collections import collections and builtins import site.
|
|
try:
|
|
imported = __import__(mod_name) # ok to repeat, Python caches for us
|
|
if imported:
|
|
qualifiers = mod_name.split(".")[1:]
|
|
for qual in qualifiers:
|
|
imported = getattr(imported, qual, None)
|
|
if not imported:
|
|
break
|
|
imported_path = (getattr(imported, '__file__', False) or "").lower()
|
|
want_to_import = not (imported_path.endswith('.py') or imported_path.endswith('.pyc'))
|
|
imported_name = getattr(imported, "__name__", None)
|
|
if imported_name == p_name:
|
|
want_to_import = False
|
|
note("path of %r is %r, want? %s", mod_name, imported_path, want_to_import)
|
|
except ImportError:
|
|
want_to_import = False
|
|
# NOTE: if we fail to import, we define 'imported' names here lest we lose them at all
|
|
if want_to_import:
|
|
import_list = self.used_imports[mod_name]
|
|
if item_name not in import_list:
|
|
import_list.append(item_name)
|
|
if not want_to_import:
|
|
if isinstance(item, type) or type(item).__name__ == 'classobj':
|
|
classes[item_name] = item
|
|
elif is_callable(item): # some classes are callable, check them before functions
|
|
funcs[item_name] = item
|
|
elif isinstance(item, module_type):
|
|
continue # self.imported_modules handled above already
|
|
else:
|
|
if isinstance(item, SIMPLEST_TYPES):
|
|
vars_simple[item_name] = item
|
|
else:
|
|
vars_complex[item_name] = item
|
|
|
|
# sort and output every bucket
|
|
action("outputting innards of module %r %r", p_name, str(self.module))
|
|
#
|
|
omitted_names = OMIT_NAME_IN_MODULE.get(p_name, [])
|
|
if vars_simple:
|
|
out = self.functions_buf.out
|
|
prefix = "" # try to group variables by common prefix
|
|
PREFIX_LEN = 2 # default prefix length if we can't guess better
|
|
out(0, "# Variables with simple values")
|
|
for item_name in sorted_no_case(vars_simple.keys()):
|
|
if item_name in omitted_names:
|
|
out(0, "# definition of " + item_name + " omitted")
|
|
continue
|
|
item = vars_simple[item_name]
|
|
# track the prefix
|
|
if len(item_name) >= PREFIX_LEN:
|
|
prefix_pos = string.rfind(item_name, "_") # most prefixes end in an underscore
|
|
if prefix_pos < 1:
|
|
prefix_pos = PREFIX_LEN
|
|
beg = item_name[0:prefix_pos]
|
|
if prefix != beg:
|
|
out(0, "") # space out from other prefix
|
|
prefix = beg
|
|
else:
|
|
prefix = ""
|
|
# output
|
|
replacement = REPLACE_MODULE_VALUES.get((p_name, item_name), None)
|
|
if replacement is not None:
|
|
out(0, item_name, " = ", replacement, " # real value of type ", str(type(item)), " replaced")
|
|
elif is_skipped_in_module(p_name, item_name):
|
|
t_item = type(item)
|
|
out(0, item_name, " = ", self.invent_initializer(t_item), " # real value of type ", str(t_item),
|
|
" skipped")
|
|
else:
|
|
self.fmt_value(out, item, 0, prefix=item_name + " = ")
|
|
self._defined[item_name] = True
|
|
out(0, "") # empty line after vars
|
|
#
|
|
if funcs:
|
|
out = self.functions_buf.out
|
|
out(0, "# functions")
|
|
out(0, "")
|
|
seen_funcs = {}
|
|
for item_name in sorted_no_case(funcs.keys()):
|
|
if item_name in omitted_names:
|
|
out(0, "# definition of ", item_name, " omitted")
|
|
continue
|
|
item = funcs[item_name]
|
|
try:
|
|
self.redo_function(out, item, item_name, 0, p_modname=p_name, seen=seen_funcs)
|
|
except:
|
|
handle_error_func(item_name, out)
|
|
else:
|
|
self.functions_buf.out(0, "# no functions")
|
|
#
|
|
if classes:
|
|
self.classes_buf.out(0, "# classes")
|
|
self.classes_buf.out(0, "")
|
|
seen_classes = {}
|
|
# sort classes so that inheritance order is preserved
|
|
cls_list = [] # items are (class_name, mro_tuple)
|
|
for cls_name in sorted_no_case(classes.keys()):
|
|
cls = classes[cls_name]
|
|
ins_index = len(cls_list)
|
|
for i in range(ins_index):
|
|
maybe_child_bases = cls_list[i][1]
|
|
if cls in maybe_child_bases:
|
|
ins_index = i # we could not go farther than current ins_index
|
|
break # ...and need not go fartehr than first known child
|
|
cls_list.insert(ins_index, (cls_name, get_mro(cls)))
|
|
self.split_modules = self.mod_filename and len(cls_list) >= 30
|
|
for item_name in [cls_item[0] for cls_item in cls_list]:
|
|
buf = ClassBuf(item_name, self)
|
|
self.classes_buffs.append(buf)
|
|
out = buf.out
|
|
if item_name in omitted_names:
|
|
out(0, "# definition of ", item_name, " omitted")
|
|
continue
|
|
item = classes[item_name]
|
|
self.redo_class(out, item, item_name, 0, p_modname=p_name, seen=seen_classes, inspect_dir=inspect_dir)
|
|
self._defined[item_name] = True
|
|
out(0, "") # empty line after each item
|
|
|
|
if self.doing_builtins and p_name == BUILTIN_MOD_NAME and version[0] < 3:
|
|
# classobj still supported
|
|
txt = classobj_txt
|
|
self.classes_buf.out(0, txt)
|
|
|
|
if self.doing_builtins and p_name == BUILTIN_MOD_NAME:
|
|
txt = create_generator()
|
|
self.classes_buf.out(0, txt)
|
|
txt = create_async_generator()
|
|
self.classes_buf.out(0, txt)
|
|
txt = create_function()
|
|
self.classes_buf.out(0, txt)
|
|
txt = create_method()
|
|
self.classes_buf.out(0, txt)
|
|
txt = create_coroutine()
|
|
self.classes_buf.out(0, txt)
|
|
|
|
# Fake <type 'namedtuple'>
|
|
if version[0] >= 3 or (version[0] == 2 and version[1] >= 6):
|
|
namedtuple_text = create_named_tuple()
|
|
self.classes_buf.out(0, namedtuple_text)
|
|
|
|
else:
|
|
self.classes_buf.out(0, "# no classes")
|
|
#
|
|
if vars_complex:
|
|
out = self.footer_buf.out
|
|
out(0, "# variables with complex values")
|
|
out(0, "")
|
|
for item_name in sorted_no_case(vars_complex.keys()):
|
|
if item_name in omitted_names:
|
|
out(0, "# definition of " + item_name + " omitted")
|
|
continue
|
|
item = vars_complex[item_name]
|
|
if str(type(item)) == "<type 'namespace#'>":
|
|
continue # this is an IronPython submodule, we mustn't generate a reference for it in the base module
|
|
replacement = REPLACE_MODULE_VALUES.get((p_name, item_name), None)
|
|
if replacement is not None:
|
|
out(0, item_name + " = " + replacement + " # real value of type " + str(type(item)) + " replaced")
|
|
elif is_skipped_in_module(p_name, item_name):
|
|
t_item = type(item)
|
|
out(0, item_name + " = " + self.invent_initializer(t_item) + " # real value of type " + str(
|
|
t_item) + " skipped")
|
|
else:
|
|
self.fmt_value(out, item, 0, prefix=item_name + " = ", as_name=item_name)
|
|
self._defined[item_name] = True
|
|
out(0, "") # empty line after each item
|
|
values_to_add = ADD_VALUE_IN_MODULE.get(p_name, None)
|
|
if values_to_add:
|
|
self.footer_buf.out(0, "# intermittent names")
|
|
for value in values_to_add:
|
|
self.footer_buf.out(0, value)
|
|
# imports: last, because previous parts could alter used_imports or hidden_imports
|
|
self.output_import_froms()
|
|
if self.imports_buf.isEmpty():
|
|
self.imports_buf.out(0, "# no imports")
|
|
self.imports_buf.out(0, "") # empty line after imports
|
|
|
|
def output_import_froms(self):
|
|
"""Mention all imported names known within the module, wrapping as per PEP."""
|
|
out = self.imports_buf.out
|
|
if self.used_imports:
|
|
self.add_import_header_if_needed()
|
|
for mod_name in sorted_no_case(self.used_imports.keys()):
|
|
import_names = self.used_imports[mod_name]
|
|
if import_names:
|
|
self._defined[mod_name] = True
|
|
right_pos = 0 # tracks width of list to fold it at right margin
|
|
import_heading = "from % s import (" % mod_name
|
|
right_pos += len(import_heading)
|
|
names_pack = [import_heading]
|
|
indent_level = 0
|
|
import_names = list(import_names)
|
|
import_names.sort()
|
|
for n in import_names:
|
|
self._defined[n] = True
|
|
len_n = len(n)
|
|
if right_pos + len_n >= 78:
|
|
out(indent_level, *names_pack)
|
|
names_pack = [n, ", "]
|
|
if indent_level == 0:
|
|
indent_level = 1 # all but first line is indented
|
|
right_pos = self.indent_size + len_n + 2
|
|
else:
|
|
names_pack.append(n)
|
|
names_pack.append(", ")
|
|
right_pos += (len_n + 2)
|
|
# last line is...
|
|
if indent_level == 0: # one line
|
|
names_pack[0] = names_pack[0][:-1] # cut off lpar
|
|
names_pack[-1] = "" # cut last comma
|
|
else: # last line of multiline
|
|
names_pack[-1] = ")" # last comma -> rpar
|
|
out(indent_level, *names_pack)
|
|
|
|
out(0, "") # empty line after group
|
|
|
|
if self.hidden_imports:
|
|
self.add_import_header_if_needed()
|
|
for mod_name in sorted_no_case(self.hidden_imports.keys()):
|
|
out(0, 'import ', mod_name, ' as ', self.hidden_imports[mod_name])
|
|
out(0, "") # empty line after group
|
|
|
|
|