from fastdebug.utils import *
from fastdebug.core import *05_test_sig
imports
from fastcore.meta import *
import fastcore.meta as fmsetups
whatinside(fm, dun=True)fastcore.meta has:
13 items in its __all__, and
43 user defined functions,
19 classes or class objects,
2 builtin funcs and methods, and
74 callables.
test_sig: function Test the signature of an object
FixSigMeta: metaclass, type A metaclass that fixes the signature on classes that override `__new__`
PrePostInitMeta: metaclass, type A metaclass that calls optional `__pre_init__` and `__post_init__` methods
AutoInit: class, PrePostInitMeta Same as `object`, but no need for subclasses to call `super().__init__`
NewChkMeta: metaclass, type Metaclass to avoid recreating object passed to constructor
BypassNewMeta: metaclass, type Metaclass: casts `x` to this class if it's of type `cls._bypass_type`
empty2none: function Replace `Parameter.empty` with `None`
anno_dict: function `__annotation__ dictionary with `empty` cast to `None`, returning empty if doesn't exist
use_kwargs_dict: decorator, function Decorator: replace `**kwargs` in signature with `names` params
use_kwargs: decorator, function Decorator: replace `**kwargs` in signature with `names` params
delegates: decorator, function Decorator: replace `**kwargs` in signature with params from `to`
method: function Mark `f` as a method
funcs_kwargs: decorator, function Replace methods in `cls._methods` with those from `kwargs`g = locals()
fdb = Fastdb(test_sig, outloc=g)fdb.print()========================================================= Investigating test_sig =========================================================
============================================================== on line None ==============================================================
============================================================= with example ==============================================================
def test_sig(f, b):=======================================================================(0)
"Test the signature of an object"=====================================================(1)
test_eq(str(inspect.signature(f)), b)=================================================(2)
(3)fdb.eg = """
def func_1(h,i,j): pass
test_sig(func_1, '(h, i, j)')
"""
fdb.eg = """
class T:
def __init__(self, a, b): pass
test_sig(T, '(a, b)')
"""
fdb.eg = """
def func_2(h,i=3, j=[5,6]): pass
test_sig(func_2, '(h, i=3, j=[5, 6])')
"""documents
fdb.docsrc(2, "test_sig is to test two strings with test_eq; how to turn a signature into a string;", "pprint(inspect.signature(f))", \
"inspect.signature(f)", "str(inspect.signature(f))")========================================================= Investigating test_sig =========================================================
=============================================================== on line 2 ================================================================
========================= with example
def func_2(h,i=3, j=[5,6]): pass
test_sig(func_2, '(h, i=3, j=[5, 6])')
=========================
print selected srcline with expands below--------
def test_sig(f, b): (0)
"Test the signature of an object" (1)
test_eq(str(inspect.signature(f)), b)===============================================================================================================(2)
test_sig is to test two strings with test_eq; how to turn a signature into a string;
(3)
==================================================================================================================Start of my srcline exploration:
<Signature (h, i=3, j=[5, 6])>
pprint(inspect.signature(f)) => pprint(inspect.signature(f)) : None
inspect.signature(f) => inspect.signature(f) : (h, i=3, j=[5, 6])
str(inspect.signature(f)) => str(inspect.signature(f)) : (h, i=3, j=[5, 6])
====================================================================================================================End of my srcline exploration:
Review srcode with all comments added so far======================================================================================================
def test_sig(f, b):=======================================================================(0)
"Test the signature of an object"=====================================================(1)
test_eq(str(inspect.signature(f)), b)=================================================(2) # test_sig is to test two strings with test_eq; how to turn a signature into a string;;
(3)
part No.1 out of 1 parts
snoop
fdb.snoop()21:28:55.21 >>> Call to test_sig in File "/tmp/test_sig.py", line 3
21:28:55.21 ...... f = <function func_2>
21:28:55.21 ...... b = '(h, i=3, j=[5, 6])'
21:28:55.21 3 | def test_sig(f, b):
21:28:55.21 5 | test_eq(str(inspect.signature(f)), b)
21:28:55.21 <<< Return value from test_sig: None========================================================= Investigating test_sig =========================================================
============================================================== on line None ==============================================================
========================= with example
def func_2(h,i=3, j=[5,6]): pass
test_sig(func_2, '(h, i=3, j=[5, 6])')
=========================
fdb.docsrc(1, "test_sig(f:FunctionType or ClassType, b:str); test_sig will get f's signature as a string; \
b is a signature in string provided by the user; in fact, test_sig is to compare two strings")========================================================= Investigating test_sig =========================================================
=============================================================== on line 1 ================================================================
========================= with example
def func_2(h,i=3, j=[5,6]): pass
test_sig(func_2, '(h, i=3, j=[5, 6])')
=========================
print selected srcline with expands below--------
def test_sig(f, b): (0)
"Test the signature of an object"===================================================================================================================(1)
test_sig(f:FunctionType or ClassType, b:str); test_sig will get f's signature as a string; b is a signature in string provided by the user; in fact, test_sig is to compare two strings
test_eq(str(inspect.signature(f)), b) (2)
(3)fdb.print()========================================================= Investigating test_sig =========================================================
=============================================================== on line 1 ================================================================
========================= with example
def func_2(h,i=3, j=[5,6]): pass
test_sig(func_2, '(h, i=3, j=[5, 6])')
=========================
def test_sig(f, b):=======================================================================(0)
"Test the signature of an object"=====================================================(1) # test_sig(f:FunctionType or ClassType, b:str); test_sig will get f's signature as a string; b is a signature in string provided by the user; in fact, test_sig is to compare two strings;
test_eq(str(inspect.signature(f)), b)=================================================(2) # test_sig is to test two strings with test_eq; how to turn a signature into a string;;
(3)