# Coverage for pygeodesy/interns.py : 95%

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''' _COMMASPACE_ = ', ' # overriden below _pl2List = None # cached _platform2 lists _Py3List = None # cached _pythonarchine lists class _Dash(str): '''(INTERNAL) Extended C{str} for prefix_DASH_. ''' def __call__(self, *args): '''Join C{self} plus all B{C{args}} like C{'-'.join((self,) + B{args})}. ''' return _DASH_(self, *args) # re-callable class _Int(int): '''(INTERNAL) Unique C{int}. ''' pass class Str_(str): '''Extended, I{callable} C{str} class, not nameable. @see: Nameable and callable class L{pygeodesy.Str}. ''' def join_(self, *args): '''Join all positional B{C{args}} like C{self.join(B{args})}. @return: All B{C{args}} joined by this instance (L{Str_}). @note: An other L{Str_} instance is returned to make the result re-callable. ''' return Str_(str.join(self, map(str, args))) # re-callable __call__ = join_ class _Prefix(Str_): '''(INTERNAL) Extended C{str} for prefix. ''' def __call__(self, *args): '''Join C{self} plus all B{C{args}} like C{" ".join((self,) + B{args})}. ''' return _SPACE_.join_(self, *args) # re-callable class _Python_(str): # overwritten by singleton below '''(INTERNAL) Extended C{str} for C{"Python"} and version. ''' def __call__(self, version=None): '''Return C{"Python <version>"}. ''' if not version: from sys import version return _SPACE_(self, version.split(None, 1)[0]) class _Range(str): '''(INTERNAL) Extended C{str} for C{range} strings. ''' def __call__(self, lo, hi, lopen=False, ropen=False, prec=0, sep=_COMMASPACE_): '''Return the range as C{"(lo, hi)"}, C{"(lo, hi]"}, C{"[lo, hi)"} or C{"[lo, hi]"}. ''' from pygeodesy.streprs import Fmt r = NN(Fmt.f(lo, prec=prec), sep, Fmt.f(hi, prec=prec)) if lopen: r = Fmt.PAREN(r) if ropen else Fmt.LOPEN(r) else: r = Fmt.ROPEN(r) if ropen else Fmt.SQUARE(r) return r class _Slicer(str): '''(INTERNAL) String slicer C{.fromX} or C{.tillY}. ''' def __getattr__(self, name): # .fromX, .tillY if name.startswith(_till_): i = self.find(name[len(_till_):]) if 0 < i < len(self): return _Slicer(self[:i + 1]) elif name.startswith(_from_): i = self.find(name[len(_from_):]) if 0 < (i + 1) < len(self): return _Slicer(self[i:]) else: return getattr(str, name) return self class MISSING(object): '''(INTERNAL) Singleton C{str}. ''' def toRepr(self, **unused): return self.__class__.__name__ __repr__ = toRepr __str__ = toRepr toStr = toRepr MISSING = MISSING() # PYCHOK singleton MISSING.__name__ = str(MISSING) NN = Str_('') # Nomen Nescio <https://Wiktionary.org/wiki/N.N.> # __DUNDER__-style names would get mangled in classes _0_ = '0' # PYCHOK 'zero' _0to9_ = '0123456789' # PYCHOK OK _1_ = '1' # PYCHOK OK _2_ = '2' # PYCHOK OK _3_ = '3' # PYCHOK OK _4_ = '4' # PYCHOK OK _a_ = 'a' # PYCHOK OK _A_ = 'A' # PYCHOK OK _a12_ = 'a12' # PYCHOK OK _area_ = 'area' # PYCHOK OK _Airy1830_ = 'Airy1830' # PYCHOK OK _AiryModified_ = 'AiryModified' # PYCHOK OK _ambiguous_ = 'ambiguous' # PYCHOK OK _AMPERSAND_ = Str_('&') # PYCHOK OK _an_ = 'an' # PYCHOK OK _and_ = 'and' # PYCHOK OK # _AND_ = _AMPERSAND_ # PYCHOK OK _angle_ = 'angle' # PYCHOK OK _antipodal_ = 'antipodal' # PYCHOK OK _areaOf_ = 'areaOf' # PYCHOK OK _arg_ = 'arg' # PYCHOK OK _at_ = 'at' # PYCHOK OK _AT_ = Str_('@') # PYCHOK OK _AtoZnoIO_ = _Slicer('ABCDEFGHJKLMNPQRSTUVWXYZ') # PYCHOK in C{gars}, C{mgrs} and C{wgrs} _attribute_ = 'attribute' # PYCHOK OK _azi1_ = 'azi1' # PYCHOK OK _azi12_ = 'azi12' # PYCHOK OK _azi2_ = 'azi2' # PYCHOK OK _azimuth_ = 'azimuth' # PYCHOK OK _b_ = 'b' # PYCHOK OK _B_ = 'B' # PYCHOK OK _BACKSLASH_ = Str_('\\') # PYCHOK OK _band_ = 'band' # PYCHOK OK _BANG_ = Str_('!') # PYCHOK OK _BAR_ = Str_('|') # PYCHOK OK _bearing_ = 'bearing' # PYCHOK OK _Bessel1841_ = 'Bessel1841' # PYCHOK OK _box_ = 'box' # PYCHOK OK _by_ = 'by' # PYCHOK OK _c_ = 'c' # PYCHOK OK _C_ = 'C' # PYCHOK OK _cartesian_ = 'cartesian' # PYCHOK OK _center_ = 'center' # PYCHOK OK # _CIRCUMFLEX_ = '^' # PYCHOK OK _Clarke1866_ = 'Clarke1866' # PYCHOK OK _Clarke1880IGN_ = 'Clarke1880IGN' # PYCHOK OK _clip_ = 'clip' # PYCHOK OK _coincident_ = 'coincident' # PYCHOK OK _colinear_ = 'colinear' # PYCHOK OK _COLON_ = Str_(':') # PYCHOK OK _COLONSPACE_ = Str_(': ') # PYCHOK OK _COMMA_ = Str_(',') # PYCHOK OK _COMMASPACE_ = Str_(_COMMASPACE_) # PYCHOK OK _concentric_ = 'concentric' # PYCHOK OK _convergence_ = _Prefix('convergence') # PYCHOK OK _conversion_ = 'conversion' # PYCHOK OK _convex_ = 'convex' # PYCHOK OK _cubic_ = 'cubic' # PYCHOK OK _d_ = 'd' # PYCHOK OK _D_ = 'D' # PYCHOK OK _DASH_ = Str_('-') # PYCHOK == _MINUS_ _datum_ = 'datum' # PYCHOK OK _decode3_ = 'decode3' # PYCHOK OK _deg_ = 'deg' # PYCHOK OK _degrees_ = 'degrees' # PYCHOK OK _degrees2_ = 'degrees2' # PYCHOK SQUARED _DEPRECATED_ = 'DEPRECATED' # PYCHOK OK _DEQUALSPACED_ = Str_(' == ') # PYCHOK OK _distance_ = 'distance' # PYCHOK OK _distanceTo_ = 'distanceTo' # PYCHOK OK _distant_ = _Prefix('distant') # PYCHOK OK _doesn_t_exist_ = "doesn't exist" # PYCHOK OK _DOT_ = Str_('.') # PYCHOK OK _down_ = 'down' # PYCHOK OK _e_ = 'e' # PYCHOK OK _E_ = 'E' # PYCHOK OK _east_ = 'east' # PYCHOK OK _easting_ = 'easting' # PYCHOK OK _ecef_ = 'ecef' # PYCHOK OK _edge_ = 'edge' # PYCHOK OK _elevation_ = 'elevation' # PYCHOK OK _ELLIPSIS_ = Str_('...') # PYCHOK OK _ELLIPSIS4_ = Str_('....') # PYCHOK OK # _ELLIPSISPACED_ = Str_(' ... ') # PYCHOK <https://www.ThePunctuationGuide.com/ellipses.html> _ellipsoid_ = 'ellipsoid' # PYCHOK OK _ellipsoidal_ = 'ellipsoidal' # PYCHOK OK _enabled_ = 'enabled' # PYCHOK OK _encode_ = 'encode' # PYCHOK OK _end_ = 'end' # PYCHOK OK _epoch_ = 'epoch' # PYCHOK OK _EQUAL_ = Str_('=') # PYCHOK OK _EQUALSPACED_ = Str_(' = ') # PYCHOK OK _Error_ = 'Error' # PYCHOK OK _exceed_PI_radians_ = 'exceed PI radians' # PYCHOK OK _exceeds_ = _Prefix('exceeds') # PYCHOK OK # _EXCLAMATION_ = _BANG_ # PYCHOK OK _exists_ = 'exists' # PYCHOK OK _f_ = 'f' # PYCHOK OK _F_ = 'F' # PYCHOK OK _feet_ = 'feet' # PYCHOK OK _few_ = 'few' # PYCHOK OK _fi_ = 'fi' # PYCHOK OK _finite_ = 'finite' # PYCHOK OK _from_ = 'from' # PYCHOK OK _g_ = 'g' # PYCHOK OK _gamma_ = 'gamma' # PYCHOK OK _GRS80_ = 'GRS80' # PYCHOK OK _h_ = 'h' # PYCHOK OK _H_ = 'H' # PYCHOK OK _height_ = 'height' # PYCHOK OK _hemipole_ = 'hemipole' # PYCHOK OK _i_ = 'i' # PYCHOK OK _iadd_ = '+=' # PYCHOK OK _immutable_ = 'immutable' # PYCHOK OK _in_ = 'in' # PYCHOK OK _incompatible_ = 'incompatible' # PYCHOK OK _INF_ = 'INF' # PYCHOK OK _infinite_ = 'infinite' # PYCHOK _not_finite_ _initial_ = 'initial' # PYCHOK OK _inside_ = 'inside' # PYCHOK OK _intersection_ = 'intersection' # PYCHOK OK _Intl1924_ = 'Intl1924' # PYCHOK OK _invalid_ = 'invalid' # PYCHOK OK _isclockwise_ = 'isclockwise' # PYCHOK OK _ispolar_ = 'ispolar' # PYCHOK OK _j_ = 'j' # PYCHOK OK _k0_ = 'k0' # PYCHOK OK _kind_ = 'kind' # PYCHOK OK _knots_ = 'knots' # PYCHOK OK _Krassovski1940_ = 'Krassovski1940' # PYCHOK OK _Krassowsky1940_ = 'Krassowsky1940' # PYCHOK OK _LANGLE_ = '<' # PYCHOK OK _lam_ = 'lam' # PYCHOK OK _lat_ = 'lat' # PYCHOK OK _lat0_ = 'lat0' # PYCHOK OK _lat1_ = 'lat1' # PYCHOK OK _lat2_ = 'lat2' # PYCHOK OK _latlon_ = 'latlon' # PYCHOK OK _LatLon_ = 'LatLon' # PYCHOK OK _LCURLY_ = '{' # PYCHOK LBRACE _len_ = 'len' # PYCHOK OK _linear_ = 'linear' # PYCHOK OK _LPAREN_ = '(' # PYCHOK OK _lon_ = 'lon' # PYCHOK OK _lon0_ = 'lon0' # PYCHOK OK _lon1_ = 'lon1' # PYCHOK OK _lon2_ = 'lon2' # PYCHOK OK _LSQUARE_ = '[' # PYCHOK LBRACK _ltp_ = 'ltp' # PYCHOK OK _m_ = 'm' # PYCHOK OK _M_ = 'M' # PYCHOK OK _m12_ = 'm12' # PYCHOK OK _M12_ = 'M12' # PYCHOK OK _M21_ = 'M21' # PYCHOK OK _MANT_DIG_ = 'MANT_DIG' # PYCHOK OK _MAX_ = 'MAX' # PYCHOK OK _mean_ = 'mean' # PYCHOK OK _meanOf_ = 'meanOf' # PYCHOK OK _meridional_ = 'meridional' # PYCHOK OK _meter_ = 'meter' # PYCHOK OK _meter2_ = 'meter2' # PYCHOK SQUARED _MGRS_ = 'MGRS' # PYCHOK OK _MIN_ = 'MIN' # PYCHOK OK _MINUS_ = _DASH_ # PYCHOK OK _module_ = 'module' # PYCHOK OK _n_ = 'n' # PYCHOK OK _N_ = 'N' # PYCHOK OK _n_a_ = 'n/a' # PYCHOK OK _N_A_ = 'N/A' # PYCHOK OK _NAD27_ = 'NAD27' # PYCHOK OK _NAD83_ = 'NAD83' # PYCHOK OK _name_ = 'name' # PYCHOK OK _NAN_ = 'NAN' # PYCHOK OK _near_ = _Dash('near') # PYCHOK OK _nearestOn2_ = 'nearestOn2' # PYCHOK OK _negative_ = 'negative' # PYCHOK OK _NL_ = Str_('\n') # PYCHOK OK _NLATvar_ = Str_(_NL_ + '@var ') # PYCHOK OK _NLHASH_ = Str_(_NL_ + '# ') # PYCHOK OK # _NLNL_ = _DNL_ # PYCHOK OK _NN_ = 'NN' # PYCHOK OK _no_ = _Prefix('no') # PYCHOK OK _north_ = 'north' # PYCHOK OK _northing_ = 'northing' # PYCHOK OK _NorthPole_ = 'NorthPole' # PYCHOK OK _not_ = _Prefix('not') # PYCHOK OK _NOTEQUAL_ = _BANG_ + _EQUAL_ # PYCHOK OK _not_finite_ = 'not finite' # PYCHOK _not_(_finite_), _infinite_ _not_scalar_ = 'not scalar' # PYCHOK _not_(_scalar_) _NTF_ = 'NTF' # PYCHOK OK _null_ = 'null' # PYCHOK OK _number_ = 'number' # PYCHOK OK _numpy_ = 'numpy' # PYCHOK OK _Nv00_ = 'Nv00' # PYCHOK OK _on_ = 'on' # PYCHOK OK _opposite_ = 'opposite' # PYCHOK OK _or_ = 'or' # PYCHOK OK _other_ = 'other' # PYCHOK OK _outside_ = 'outside' # PYCHOK OK _overlap_ = 'overlap' # PYCHOK OK _PERCENT_ = '%' # PYCHOK OK _PERCENTDOTSTAR_ = '%.*' # PYCHOK _DOT_(_PERCENT_, _STAR_) _perimeterOf_ = 'perimeterOf' # PYCHOK OK _phi_ = 'phi' # PYCHOK OK _PLUS_ = Str_('+') # PYCHOK OK _PLUSMINUS_ = _PLUS_ + _MINUS_ # PYCHOK OK _point_ = 'point' # PYCHOK OK _points_ = 'points' # PYCHOK OK _pole_ = 'pole' # PYCHOK OK _precision_ = 'precision' # PYCHOK OK _prime_vertical_ = 'prime_vertical' # PYCHOK OK _pygeodesy_abspath_ = 'pygeodesy_abspath' # PYCHOK OK _PyPy__ = 'PyPy ' # PYCHOK + _SPACE_ _Python_ = _Python_('Python') # PYCHOK singleton _python_ = 'python' # PYCHOK OK _QUOTE1_ = "'" # PYCHOK OK _QUOTE2_ = '"' # PYCHOK OK # _QUOTE3_ = "'''" # PYCHOK OK # _QUOTE6_ = '"""' # PYCHOK OK _R_ = 'R' # PYCHOK OK _radians_ = 'radians' # PYCHOK OK _radians2_ = 'radians2' # PYCHOK SQUARED _radius_ = 'radius' # PYCHOK OK _radius1_ = 'radius1' # PYCHOK OK _radius2_ = 'radius2' # PYCHOK OK _range_ = _Range('range') # PYCHOK OK _RANGLE_ = '>' # PYCHOK OK _RCURLY_ = '}' # PYCHOK RBRACE _reciprocal_ = 'reciprocal' # PYCHOK OK _reframe_ = 'reframe' # PYCHOK OK _region_ = 'region' # PYCHOK OK _resolution_ = 'resolution' # PYCHOK OK _rIn_ = 'rIn' # PYCHOK OK _RPAREN_ = ')' # PYCHOK OK _RSQUARE_ = ']' # PYCHOK RBRACK _s_ = 's' # PYCHOK OK _S_ = 'S' # PYCHOK OK _s12_ = 's12' # PYCHOK OK _S12_ = 'S12' # PYCHOK OK _scalar_ = 'scalar' # PYCHOK OK _scale_ = 'scale' # PYCHOK OK _scale0_ = 'scale0' # PYCHOK OK _scipy_ = 'scipy' # PYCHOK OK _semi_circular_ = 'semi-circular' # PYCHOK OK _sep_ = 'sep' # PYCHOK OK _sets_ = 'sets' # PYCHOK OK _singular_ = 'singular' # PYCHOK OK _SLASH_ = Str_('/') # PYCHOK OK _small_ = 'small' # PYCHOK OK _Sphere_ = 'Sphere' # PYCHOK OK _spherical_ = 'spherical' # PYCHOK OK _SouthPole_ = 'SouthPole' # PYCHOK OK _SPACE_ = Str_(' ') # PYCHOK OK _specified_ = 'specified' # PYCHOK OK _STAR_ = Str_('*') # PYCHOK OK _start_ = 'start' # PYCHOK OK _std_ = 'std' # PYCHOK OK _stdev_ = 'stdev' # PYCHOK OK _supported_ = 'supported' # PYCHOK OK _sx_ = 'sx' # PYCHOK OK _sy_ = 'sy' # PYCHOK OK _sz_ = 'sz' # PYCHOK OK _tbd_ = 'tbd' # PYCHOK OK _TILDE_ = '~' # PYCHOK OK _till_ = 'till' # PYCHOK OK _to_ = 'to' # PYCHOK OK _tolerance_ = _Prefix('tolerance') # PYCHOK OK _too_ = _Prefix('too') # PYCHOK OK _transform_ = 'transform' # PYCHOK OK _tx_ = 'tx' # PYCHOK OK _ty_ = 'ty' # PYCHOK OK _tz_ = 'tz' # PYCHOK OK _UNDER_ = Str_('_') # PYCHOK OK def _UNDER(name): # PYCHOK in .datums, .rhumbx, .ups, .utm, .utmupsBase '''(INTERNAL) Prefix C{name} with I{underscore}. ''' return name if name.startswith(_UNDER_) else NN(_UNDER_, name) _units_ = 'units' # PYCHOK OK _up_ = 'up' # PYCHOK OK _UPS_ = 'UPS' # PYCHOK OK _utf_8_ = 'utf-8' # PYCHOK OK _UTM_ = 'UTM' # PYCHOK OK _V_ = 'V' # PYCHOK OK _valid_ = 'valid' # PYCHOK OK _value_ = 'value' # PYCHOK OK _version_ = 'version' # PYCHOK OK _vs_ = 'vs' # PYCHOK OK _W_ = 'W' # PYCHOK OK _WGS72_ = 'WGS72' # PYCHOK OK _WGS84_ = 'WGS84' # PYCHOK OK _width_ = 'width' # PYCHOK OK _with_ = 'with' # PYCHOK OK _x_ = 'x' # PYCHOK OK _X_ = 'X' # PYCHOK OK _xyz_ = 'xyz' # PYCHOK OK _y_ = 'y' # PYCHOK OK _Y_ = 'Y' # PYCHOK OK _z_ = 'z' # PYCHOK OK _Z_ = 'Z' # PYCHOK OK _zone_ = 'zone' # PYCHOK OK _EW_ = _E_ + _W_ # PYCHOK common cardinals _NE_ = _N_ + _E_ # PYCHOK positive ones _NS_ = _N_ + _S_ # PYCHOK OK _NSEW_ = _NS_ + _EW_ # PYCHOK OK _NW_ = _N_ + _W_ # PYCHOK OK _SE_ = _S_ + _E_ # PYCHOK OK _SW_ = _S_ + _W_ # PYCHOK negative ones # _NESW_ = _NE_ + _SW_ # PYCHOK clockwise _DDOT_ = Str_(_DOT_ * 2) # PYCHOK OK # _DEQUAL_ = Str_(_EQUAL_ * 2) # PYCHOK OK _DNL_ = Str_(_NL_ * 2) # PYCHOK OK # _DSLASH_ = Str_(_SLASH_ * 2) # PYCHOK OK # _DSTAR_ = Str_(_STAR_ * 2) # PYCHOK OK _DUNDER_ = Str_(_UNDER_ * 2) # PYCHOK OK _LR_PAIRS = {_LANGLE_: _RANGLE_, _LCURLY_: _RCURLY_, _LPAREN_: _RPAREN_, _LSQUARE_: _RSQUARE_} # PYCHOK OK def _dunder_nameof(inst, *dflt): '''(INTERNAL) Get the double_underscore __name__ attr. ''' try: return inst.__name__ except AttributeError: pass return dflt[0] if dflt else inst.__class__.__name__ def _enquote(strs, quote=_QUOTE2_): # in .basics '''(INTERNAL) Enquote a string containing whitespace. ''' if len(strs.split()) > 1: strs = NN(quote, strs, quote) return strs def _load_lib(name): '''(INTERNAL) Load a C{dylib}, B{C{name}} must startwith('lib'). ''' # macOS 11+ (aka 10.16) no longer provides direct loading of # system libraries, instead it installs the library after a # low-level dlopen(name) call where name is the library base # name. As a result, ctypes.util.find_library can not find # any library not previously dlopen'ed. from ctypes import CDLL from ctypes.util import find_library from sys import platform ns = find_library(name), name if platform[:6] == 'darwin': # and os.name == 'posix' from ctypes import _dlopen from os.path import join ns += (_DOT_(name, 'dylib'), _DOT_(name, 'framework'), join( _DOT_(name, 'framework'), name)) else: # non-macOS def _dlopen(unused): return True for n in ns: try: if n and _dlopen(n): # handle lib = CDLL(n) # == ctypes.cdll.LoadLibrary(n) if lib._name: # has a qualified name return lib except (AttributeError, OSError): pass return None # raise OSError def machine(): '''Return standard C{platform.machine}, but distinguishing Intel I{native} from Intel I{emulation} on Apple Silicon (on macOS only). @return: Machine C{'arm64'} for Apple Silicon I{native}, C{'x86_64'} for Intel I{native}, C{"arm64_x86_64"} for Intel I{emulation}, etc. (C{str} with C{comma}s replaced by C{underscore}s). ''' return _platform2()[1] def _platform2(sep=NN): '''(INTERNAL) Get platform architecture and machine as C{2-list} or C{str}. ''' global _pl2List if _pl2List is None: import platform m = platform.machine() # ARM64, arm64, x86_64, iPhone13,2, etc. m = m.replace(_COMMA_, _UNDER_) if m.lower() == 'x86_64': # on Intel or Rosetta2 ... v = platform.mac_ver() # ... and only on macOS ... if v and _version2(v[0]) > (10, 15): # ... 11+ aka 10.16 # <https://Developer.Apple.com/forums/thread/659846> if _sysctl_uint('sysctl.proc_translated') == 1: # and \ \ # _sysctl_uint('hw.optional.arm64') == 1: # PYCHOK indent m = _UNDER_('arm64', m) # Apple Si emulating Intel x86-64 _pl2List = [platform.architecture()[0], # bits m] # arm64, arm64_x86_64, x86_64, etc. return sep.join(_pl2List) if sep else _pl2List # 2-list() def _pythonarchine(sep=NN): # in test/base.py versions '''(INTERNAL) Get PyPy and Python versions and C{_platform2} as C{3-} or C{4-list} or C{str}. ''' global _Py3List if _Py3List is None: from sys import version # XXX shadows? _Py3List = [_Python_(version)] + _platform2() if _PyPy__ in version: # see test/base.py v = version.split(_PyPy__)[1].split(None, 1)[0] _Py3List.insert(0, NN(_PyPy__, v)) return sep.join(_Py3List) if sep else _Py3List # 3- or 4-list def _splituple(strs, *sep_splits): # in .basics, .mgrs '''(INTERNAL) Split a C{comma}- or C{whitespace}-separated string into a C{tuple} of stripped strings. ''' t = (strs.split(*sep_splits) if sep_splits else strs.replace(_COMMA_, _SPACE_).split()) if strs else () return tuple(s.strip() for s in t if s) def _sysctl_uint(name): '''(INTERNAL) Get an unsigned int sysctl item by name, use on macOS ONLY! ''' libc = _load_lib('libc') if libc: # <https://StackOverflow.com/questions/759892/python-ctypes-and-sysctl> from ctypes import byref, c_char_p, c_size_t, c_uint, sizeof # get_errno n = name if str is bytes else bytes(name, _utf_8_) # PYCHOK isPython2 = str is bytes u = c_uint(0) z = c_size_t(sizeof(u)) r = libc.sysctlbyname(c_char_p(n), byref(u), byref(z), None, c_size_t(0)) else: # could find or load 'libc' r = -2 return int(r if r else u.value) # -1 ENOENT error, -2 no libc def _usage(file_py, *args): # in .etm '''(INTERNAL) Build "usage: python -m ..." cmd line for module B{C{file_py}}. ''' import os, sys # PYCHOK imports p = NN(_python_, sys.version_info[0]) m = os.path.dirname(file_py).replace(os.getcwd(), _ELLIPSIS_) \ .replace(os.sep, _DOT_).strip() b, x = os.path.splitext(os.path.basename(file_py)) if x == '.py' and b != '__main__': m = _DOT_(m, b) return NN('usage', _SPACE_(_COLON_, p, '-m', _enquote(m), *args)) def _version2(version, n=2): '''(INTERNAL) Split C{B{version} str} into 1-, 2- or 3-tuple of C{int}s. ''' def _int(*vs): for v in vs: try: yield int(v) except (TypeError, ValueError): pass t = tuple(_int(*_splituple(version, _DOT_, 2))) + (0,) * n return t[:n] __all__ = (_NN_, # not MISSING! Str_.__name__, # classes machine.__name__) # in .lazily __version__ = '23.03.09' if __name__ == '__main__': from pygeodesy.errors import itemsorted from pygeodesy.lazily import printf t = b = 0 for n, v in itemsorted(locals(), asorted=False, reverse=True): if n.startswith(_UNDER_) and n.endswith(_UNDER_) and \ not n.startswith(_DUNDER_): t += 1 b += len(v) m = n[1:-1] if m != v and m.replace(_UNDER_, _SPACE_) != v: printf('%4d: %s = %r', t, n, v) n = len(locals()) printf('%4d (%d) names, %s chars total, %.2f chars avg', t, n, b, float(b) / t, nl=1) # **) MIT License # # Copyright (C) 2016-2023 -- mrJean1 at Gmail -- All Rights Reserved. # # Permission is hereby granted, free of charge, to any person obtaining a # copy of this software and associated documentation files (the "Software"), # to deal in the Software without restriction, including without limitation # the rights to use, copy, modify, merge, publish, distribute, sublicense, # and/or sell copies of the Software, and to permit persons to whom the # Software is furnished to do so, subject to the following conditions: # # The above copyright notice and this permission notice shall be included # in all copies or substantial portions of the Software. # # THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS # OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, # FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL # THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR # OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, # ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR # OTHER DEALINGS IN THE SOFTWARE.