--- /dev/null
+# Complex numbers
+# ---------------
+
+# This module represents complex numbers as instances of the class Complex.
+# A Complex instance z has two data attribues, z.re (the real part) and z.im
+# (the imaginary part). In fact, z.re and z.im can have any value -- all
+# arithmetic operators work regardless of the type of z.re and z.im (as long
+# as they support numerical operations).
+#
+# The following functions exist (Complex is actually a class):
+# Complex([re [,im]) -> creates a complex number from a real and an imaginary part
+# IsComplex(z) -> true iff z is a complex number (== has .re and .im attributes)
+# Polar([r [,phi [,fullcircle]]]) ->
+# the complex number z for which r == z.radius() and phi == z.angle(fullcircle)
+# (r and phi default to 0)
+#
+# Complex numbers have the following methods:
+# z.abs() -> absolute value of z
+# z.radius() == z.abs()
+# z.angle([fullcircle]) -> angle from positive X axis; fullcircle gives units
+# z.phi([fullcircle]) == z.angle(fullcircle)
+#
+# These standard functions and unary operators accept complex arguments:
+# abs(z)
+# -z
+# +z
+# not z
+# repr(z) == `z`
+# str(z)
+# hash(z) -> a combination of hash(z.re) and hash(z.im) such that if z.im is zero
+# the result equals hash(z.re)
+# Note that hex(z) and oct(z) are not defined.
+#
+# These conversions accept complex arguments only if their imaginary part is zero:
+# int(z)
+# long(z)
+# float(z)
+#
+# The following operators accept two complex numbers, or one complex number
+# and one real number (int, long or float):
+# z1 + z2
+# z1 - z2
+# z1 * z2
+# z1 / z2
+# pow(z1, z2)
+# cmp(z1, z2)
+# Note that z1 % z2 and divmod(z1, z2) are not defined,
+# nor are shift and mask operations.
+#
+# The standard module math does not support complex numbers.
+# (I suppose it would be easy to implement a cmath module.)
+#
+# Idea:
+# add a class Polar(r, phi) and mixed-mode arithmetic which
+# chooses the most appropriate type for the result:
+# Complex for +,-,cmp
+# Polar for *,/,pow
+
+
+import types, math
+
+if not hasattr(math, 'hypot'):
+ def hypot(x, y):
+ # XXX I know there's a way to compute this without possibly causing
+ # overflow, but I can't remember what it is right now...
+ return math.sqrt(x*x + y*y)
+ math.hypot = hypot
+
+twopi = math.pi*2.0
+halfpi = math.pi/2.0
+
+def IsComplex(obj):
+ return hasattr(obj, 're') and hasattr(obj, 'im')
+
+def Polar(r = 0, phi = 0, fullcircle = twopi):
+ phi = phi * (twopi / fullcircle)
+ return Complex(math.cos(phi)*r, math.sin(phi)*r)
+
+class Complex:
+
+ def __init__(self, re=0, im=0):
+ if IsComplex(re):
+ im = im + re.im
+ re = re.re
+ if IsComplex(im):
+ re = re - im.im
+ im = im.re
+ self.re = re
+ self.im = im
+
+ def __setattr__(self, name, value):
+ if hasattr(self, name):
+ raise TypeError, "Complex numbers have set-once attributes"
+ self.__dict__[name] = value
+
+ def __repr__(self):
+ if not self.im:
+ return 'Complex(%s)' % `self.re`
+ else:
+ return 'Complex(%s, %s)' % (`self.re`, `self.im`)
+
+ def __str__(self):
+ if not self.im:
+ return `self.re`
+ else:
+ return 'Complex(%s, %s)' % (`self.re`, `self.im`)
+
+ def __coerce__(self, other):
+ if IsComplex(other):
+ return self, other
+ return self, Complex(other) # May fail
+
+ def __cmp__(self, other):
+ return cmp(self.re, other.re) or cmp(self.im, other.im)
+
+ def __hash__(self):
+ if not self.im: return hash(self.re)
+ mod = sys.maxint + 1L
+ return int((hash(self.re) + 2L*hash(self.im) + mod) % (2L*mod) - mod)
+
+ def __neg__(self):
+ return Complex(-self.re, -self.im)
+
+ def __pos__(self):
+ return self
+
+ def __abs__(self):
+ return math.hypot(self.re, self.im)
+ ##return math.sqrt(self.re*self.re + self.im*self.im)
+
+
+ def __int__(self):
+ if self.im:
+ raise ValueError, "can't convert Complex with nonzero im to int"
+ return int(self.re)
+
+ def __long__(self):
+ if self.im:
+ raise ValueError, "can't convert Complex with nonzero im to long"
+ return long(self.re)
+
+ def __float__(self):
+ if self.im:
+ raise ValueError, "can't convert Complex with nonzero im to float"
+ return float(self.re)
+
+ def __nonzero__(self):
+ return not (self.re == self.im == 0)
+
+ abs = radius = __abs__
+
+ def angle(self, fullcircle = twopi):
+ return (fullcircle/twopi) * ((halfpi - math.atan2(self.re, self.im)) % twopi)
+
+ phi = angle
+
+ def __add__(self, other):
+ return Complex(self.re + other.re, self.im + other.im)
+
+ __radd__ = __add__
+
+ def __sub__(self, other):
+ return Complex(self.re - other.re, self.im - other.im)
+
+ def __rsub__(self, other):
+ return Complex(other.re - self.re, other.im - self.im)
+
+ def __mul__(self, other):
+ return Complex(self.re*other.re - self.im*other.im,
+ self.re*other.im + self.im*other.re)
+
+ __rmul__ = __mul__
+
+ def __div__(self, other):
+ # Deviating from the general principle of not forcing re or im
+ # to be floats, we cast to float here, otherwise division
+ # of Complex numbers with integer re and im parts would use
+ # the (truncating) integer division
+ d = float(other.re*other.re + other.im*other.im)
+ if not d: raise ZeroDivisionError, 'Complex division'
+ return Complex((self.re*other.re + self.im*other.im) / d,
+ (self.im*other.re - self.re*other.im) / d)
+
+ def __rdiv__(self, other):
+ return other / self
+
+ def __pow__(self, n, z=None):
+ if z is not None:
+ raise TypeError, 'Complex does not support ternary pow()'
+ if IsComplex(n):
+ if n.im: raise TypeError, 'Complex to the Complex power'
+ n = n.re
+ r = pow(self.abs(), n)
+ phi = n*self.angle()
+ return Complex(math.cos(phi)*r, math.sin(phi)*r)
+
+ def __rpow__(self, base):
+ return pow(base, self)
+
+
+# Everything below this point is part of the test suite
+
+def checkop(expr, a, b, value, fuzz = 1e-6):
+ import sys
+ print ' ', a, 'and', b,
+ try:
+ result = eval(expr)
+ except:
+ result = sys.exc_type
+ print '->', result
+ if (type(result) == type('') or type(value) == type('')):
+ ok = result == value
+ else:
+ ok = abs(result - value) <= fuzz
+ if not ok:
+ print '!!\t!!\t!! should be', value, 'diff', abs(result - value)
+
+
+def test():
+ testsuite = {
+ 'a+b': [
+ (1, 10, 11),
+ (1, Complex(0,10), Complex(1,10)),
+ (Complex(0,10), 1, Complex(1,10)),
+ (Complex(0,10), Complex(1), Complex(1,10)),
+ (Complex(1), Complex(0,10), Complex(1,10)),
+ ],
+ 'a-b': [
+ (1, 10, -9),
+ (1, Complex(0,10), Complex(1,-10)),
+ (Complex(0,10), 1, Complex(-1,10)),
+ (Complex(0,10), Complex(1), Complex(-1,10)),
+ (Complex(1), Complex(0,10), Complex(1,-10)),
+ ],
+ 'a*b': [
+ (1, 10, 10),
+ (1, Complex(0,10), Complex(0, 10)),
+ (Complex(0,10), 1, Complex(0,10)),
+ (Complex(0,10), Complex(1), Complex(0,10)),
+ (Complex(1), Complex(0,10), Complex(0,10)),
+ ],
+ 'a/b': [
+ (1., 10, 0.1),
+ (1, Complex(0,10), Complex(0, -0.1)),
+ (Complex(0, 10), 1, Complex(0, 10)),
+ (Complex(0, 10), Complex(1), Complex(0, 10)),
+ (Complex(1), Complex(0,10), Complex(0, -0.1)),
+ ],
+ 'pow(a,b)': [
+ (1, 10, 1),
+ (1, Complex(0,10), 'TypeError'),
+ (Complex(0,10), 1, Complex(0,10)),
+ (Complex(0,10), Complex(1), Complex(0,10)),
+ (Complex(1), Complex(0,10), 'TypeError'),
+ (2, Complex(4,0), 16),
+ ],
+ 'cmp(a,b)': [
+ (1, 10, -1),
+ (1, Complex(0,10), 1),
+ (Complex(0,10), 1, -1),
+ (Complex(0,10), Complex(1), -1),
+ (Complex(1), Complex(0,10), 1),
+ ],
+ }
+ exprs = testsuite.keys()
+ exprs.sort()
+ for expr in exprs:
+ print expr + ':'
+ t = (expr,)
+ for item in testsuite[expr]:
+ apply(checkop, t+item)
+
+
+if __name__ == '__main__':
+ test()
--- /dev/null
+#!/usr/local/bin/python
+#
+# A class for wrapping the WWW Forms Common Gateway Interface (CGI)
+# Michael McLay, NIST mclay@eeel.nist.gov 6/14/94
+#
+# modified by Steve Majewski <sdm7g@Virginia.EDU> 12/5/94
+#
+
+# Several classes to parse the name/value pairs that are passed to
+# a server's CGI by GET, POST or PUT methods by a WWW FORM. This
+# module is based on Mike McLay's original cgi.py after discussing
+# changes with him and others on the comp.lang.python newsgroup, and
+# at the NIST Python workshop.
+#
+# The rationale for changes was:
+# The original FormContent class was almost, but not quite like
+# a dictionary object. Besides adding some extra access methods,
+# it had a values() method with different arguments and semantics
+# from the standard values() method of a mapping object. Also,
+# it provided several different access methods that may be necessary
+# or useful, but made it a little more confusing to figure out how
+# to use. Also, we wanted to make the most typical cases the simplest
+# and most convenient access methods. ( Most form fields just return
+# a single value, and in practice, a lot of code was just assuming
+# a single value and ignoring all others. On the other hand, the
+# protocol allows multiple values to be returned.
+#
+# The new base class (FormContentDict) is just like a dictionary.
+# In fact, if you just want a dictionary, all of the stuff that was
+# in __init__ has been extracted into a cgi.parse() function that will
+# return the "raw" dictionary, but having a class allows you to customize
+# it further.
+# Mike McLay's original FormContent class is reimplemented as a
+# subclass of FormContentDict.
+# There are two additional sub-classes, but I'm not yet too sure
+# whether they are what I want.
+#
+
+import string,regsub,sys,os,urllib
+# since os.environ may often be used in cgi code, we name it in this module.
+from os import environ
+
+
+def parse():
+ if environ['REQUEST_METHOD'] == 'POST':
+ qs = sys.stdin.read(string.atoi(environ['CONTENT_LENGTH']))
+ environ['QUERY_STRING'] = qs
+ else:
+ qs = environ['QUERY_STRING']
+ name_value_pairs = string.splitfields(qs, '&')
+ dict = {}
+ for name_value in name_value_pairs:
+ nv = string.splitfields(name_value, '=')
+ if len(nv) != 2:
+ continue
+ name = nv[0]
+ value = urllib.unquote(regsub.gsub('+',' ',nv[1]))
+ if len(value):
+ if dict.has_key (name):
+ dict[name].append(value)
+ else:
+ dict[name] = [value]
+ return dict
+
+
+
+# The FormContent constructor creates a dictionary from the name/value pairs
+# passed through the CGI interface.
+
+
+#
+# form['key']
+# form.__getitem__('key')
+# form.has_key('key')
+# form.keys()
+# form.values()
+# form.items()
+# form.dict
+
+class FormContentDict:
+ def __init__( self ):
+ self.dict = parse()
+ self.query_string = environ['QUERY_STRING']
+ def __getitem__(self,key):
+ return self.dict[key]
+ def keys(self):
+ return self.dict.keys()
+ def has_key(self, key):
+ return self.dict.has_key(key)
+ def values(self):
+ return self.dict.values()
+ def items(self):
+ return self.dict.items()
+ def __len__( self ):
+ return len(self.dict)
+
+
+# This is the "strict" single-value expecting version.
+# IF you only expect a single value for each field, then form[key]
+# will return that single value ( the [0]-th ), and raise an
+# IndexError if that expectation is not true.
+# IF you expect a field to have possible multiple values, than you
+# can use form.getlist( key ) to get all of the values.
+# values() and items() are a compromise: they return single strings
+# where there is a single value, and lists of strings otherwise.
+
+class SvFormContentDict(FormContentDict):
+ def __getitem__( self, key ):
+ if len( self.dict[key] ) > 1 :
+ raise IndexError, 'expecting a single value'
+ return self.dict[key][0]
+ def getlist( self, key ):
+ return self.dict[key]
+ def values( self ):
+ lis = []
+ for each in self.dict.values() :
+ if len( each ) == 1 :
+ lis.append( each[0] )
+ else: lis.append( each )
+ return lis
+ def items( self ):
+ lis = []
+ for key,value in self.dict.items():
+ if len(value) == 1 :
+ lis.append( (key,value[0]) )
+ else: lis.append( (key,value) )
+ return lis
+
+
+# And this sub-class is similar to the above, but it will attempt to
+# interpret numerical values. This is here as mostly as an example,
+# but I think the real way to handle typed-data from a form may be
+# to make an additional table driver parsing stage that has a table
+# of allowed input patterns and the output conversion types - it
+# would signal type-errors on parse, not on access.
+class InterpFormContentDict(SvFormContentDict):
+ def __getitem__( self, key ):
+ v = SvFormContentDict.__getitem__( self, key )
+ if v[0] in string.digits+'+-.' :
+ try: return string.atoi( v )
+ except ValueError:
+ try: return string.atof( v )
+ except ValueError: pass
+ return string.strip(v)
+ def values( self ):
+ lis = []
+ for key in self.keys():
+ try:
+ lis.append( self[key] )
+ except IndexError:
+ lis.append( self.dict[key] )
+ return lis
+ def items( self ):
+ lis = []
+ for key in self.keys():
+ try:
+ lis.append( (key, self[key]) )
+ except IndexError:
+ lis.append( (key, self.dict[key]) )
+ return lis
+
+
+# class FormContent parses the name/value pairs that are passed to a
+# server's CGI by GET, POST, or PUT methods by a WWW FORM. several
+# specialized FormContent dictionary access methods have been added
+# for convenience.
+
+# function return value
+#
+# form.keys() all keys in dictionary
+# form.has_key('key') test keys existance
+# form[key] returns list associated with key
+# form.values('key') key's list (same as form.[key])
+# form.indexed_value('key' index) nth element in key's value list
+# form.value(key) key's unstripped value
+# form.length(key) number of elements in key's list
+# form.stripped(key) key's value with whitespace stripped
+# form.pars() full dictionary
+
+
+
+class FormContent(FormContentDict):
+# This is the original FormContent semantics of values,
+# not the dictionary like semantics.
+ def values(self,key):
+ if self.dict.has_key(key):return self.dict[key]
+ else: return None
+ def indexed_value(self,key, location):
+ if self.dict.has_key(key):
+ if len (self.dict[key]) > location:
+ return self.dict[key][location]
+ else: return None
+ else: return None
+ def value(self,key):
+ if self.dict.has_key(key):return self.dict[key][0]
+ else: return None
+ def length(self,key):
+ return len (self.dict[key])
+ def stripped(self,key):
+ if self.dict.has_key(key):return string.strip(self.dict[key][0])
+ else: return None
+ def pars(self):
+ return self.dict
+
+
+
+
+
+
+def print_environ_usage():
+ print """
+<H3>These operating system environment variables could have been
+set:</H3> <UL>
+<LI>AUTH_TYPE
+<LI>CONTENT_LENGTH
+<LI>CONTENT_TYPE
+<LI>DATE_GMT
+<LI>DATE_LOCAL
+<LI>DOCUMENT_NAME
+<LI>DOCUMENT_ROOT
+<LI>DOCUMENT_URI
+<LI>GATEWAY_INTERFACE
+<LI>LAST_MODIFIED
+<LI>PATH
+<LI>PATH_INFO
+<LI>PATH_TRANSLATED
+<LI>QUERY_STRING
+<LI>REMOTE_ADDR
+<LI>REMOTE_HOST
+<LI>REMOTE_IDENT
+<LI>REMOTE_USER
+<LI>REQUEST_METHOD
+<LI>SCRIPT_NAME
+<LI>SERVER_NAME
+<LI>SERVER_PORT
+<LI>SERVER_PROTOCOL
+<LI>SERVER_ROOT
+<LI>SERVER_SOFTWARE
+</UL>
+"""
+
+def print_environ():
+ skeys = environ.keys()
+ skeys.sort()
+ print '<h3> The following environment variables were set by the CGI script: </H3>'
+ print '<dl>'
+ for key in skeys:
+ print '<dt>',key, '<dd>', environ[key]
+ print '</dl>'
+
+def print_form( form ):
+ print '<h3> The following name/value pairs were entered in the form:</h3>'
+ print '<dl>'
+ skeys = form.keys()
+ skeys.sort()
+ for key in skeys:
+ print '<dt>',key, ' : <i> ',escape(`type(form[key])`),' </i>','<dd>', form[key]
+ print '</dl>'
+
+def escape( s ):
+ return regsub.gsub( '<', '<', regsub.gsub( '>' , '>', s ))
+
+def test( what ):
+ label = escape(str(what))
+ print 'Content-type: text/html\n\n'
+ print '<HEADER>\n<TITLE>' + label + '</TITLE>\n</HEADER>\n'
+ print '<BODY>\n'
+ print "<H1>" + label +"</H1>\n"
+ form = what()
+ print_form( form )
+ print_environ()
+ print_environ_usage()
+ print '</body>'
+
+if __name__ == '__main__' :
+ test_classes = ( FormContent, FormContentDict, SvFormContentDict, InterpFormContentDict )
+ test( test_classes[0] ) # by default, test compatibility with
+ # old version, change index to test others.
--- /dev/null
+import os
+import sys
+import string
+
+MAXFD = 100 # Max number of file descriptors (os.getdtablesize()???)
+
+def popen2(cmd):
+ cmd = string.split(cmd)
+ p2cread, p2cwrite = os.pipe()
+ c2pread, c2pwrite = os.pipe()
+ pid = os.fork()
+ if pid == 0:
+ # Child
+ os.close(0)
+ os.close(1)
+ if os.dup(p2cread) <> 0:
+ sys.stderr.write('popen2: bad read dup\n')
+ if os.dup(c2pwrite) <> 1:
+ sys.stderr.write('popen2: bad write dup\n')
+ for i in range(3, MAXFD):
+ try:
+ os.close(i)
+ except:
+ pass
+ try:
+ os.execv(cmd[0], cmd)
+ finally:
+ os._exit(1)
+ # Shouldn't come here, I guess
+ os._exit(1)
+ os.close(p2cread)
+ tochild = os.fdopen(p2cwrite, 'w')
+ os.close(c2pwrite)
+ fromchild = os.fdopen(c2pread, 'r')
+ return fromchild, tochild
--- /dev/null
+# Implement restricted execution of Python code
+
+import __builtin__
+import new
+import os
+import sys
+import types
+
+def trace(fmt, *args):
+ if 0:
+ sys.stderr.write(fmt % args + '\n')
+
+def copydict(src, dst, exceptions = [], only = None):
+ if only is None:
+ for key in src.keys():
+ if key not in exceptions:
+ dst[key] = src[key]
+ else:
+ for key in only:
+ dst[key] = src[key]
+
+def copymodule(src, dst, exceptions = [], only = None):
+ copydict(src.__dict__, dst.__dict__, exceptions, only)
+
+safe_path = ['/ufs/guido/lib/python']
+safe_modules = ['array', 'math', 'regex', 'strop', 'time']
+unsafe_builtin_names = ['open', 'reload', '__import__',
+ 'eval', 'execfile', 'dir', 'vars',
+ 'raw_input', 'input']
+safe_posix_names = ['error', 'fstat', 'listdir', 'lstat', 'readlink', 'stat',
+ 'times', 'uname', 'getpid', 'getppid', 'getcwd',
+ 'getuid', 'getgid', 'geteuid', 'getegid']
+
+safe_sys = new.module('sys')
+safe_sys.modules = {}
+safe_sys.modules['sys'] = safe_sys
+safe_sys.path = safe_path[:]
+safe_sys.argv = ['-']
+safe_sys.builtin_module_names = safe_modules[:] + ['posix']
+safe_sys.builtin_module_names.sort()
+safe_sys.copyright = sys.copyright
+safe_sys.version = sys.version + ' [restricted mode]'
+safe_sys.exit = sys.exit
+
+def new_module(name):
+ safe_sys.modules[name] = m = new.module(name)
+ return m
+
+safe_builtin = new_module('__builtin__')
+copymodule(__builtin__, safe_builtin, unsafe_builtin_names)
+
+safe_main = new_module('__main__')
+
+safe_posix = new_module('posix')
+import posix
+copymodule(posix, safe_posix, None, safe_posix_names)
+safe_posix.environ = {}
+copydict(posix.environ, safe_posix.environ)
+
+safe_types = new_module('types')
+copymodule(types, safe_types)
+
+def safe_import(name):
+ if safe_sys.modules.has_key(name):
+ return safe_sys.modules[name]
+ if name in safe_modules:
+ temp = {}
+ exec "import "+name in temp
+ m = new_module(name)
+ copymodule(temp[name], m)
+ return m
+ for dirname in safe_path:
+ filename = os.path.join(dirname, name + '.py')
+ try:
+ f = open(filename, 'r')
+ f.close()
+ except IOError:
+ continue
+ m = new_module(name)
+ rexecfile(filename, m.__dict__)
+ return m
+ raise ImportError, name
+safe_builtin.__import__ = safe_import
+
+def safe_open(file, mode = 'r'):
+ if type(file) != types.StringType or type(mode) != types.StringType:
+ raise TypeError, 'open argument(s) must be string(s)'
+ if mode not in ('r', 'rb'):
+ raise IOError, 'open for writing not allowed'
+ if '/' in file:
+ raise IOError, 'open pathname not allowed'
+ return open(file, mode)
+safe_builtin.open = safe_open
+
+def safe_dir(object = safe_main):
+ keys = object.__dict__.keys()
+ keys.sort()
+ return keys
+safe_builtin.dir = safe_dir
+
+def safe_vars(object = safe_main):
+ keys = safe_dir(object)
+ dict = {}
+ copydict(object.__dict__, dict, None, keys)
+ return dict
+safe_builtin.vars = safe_vars
+
+
+def exterior():
+ """Return env of caller's caller, as triple: (name, locals, globals).
+
+ Name will be None if env is __main__, and locals will be None if same
+ as globals, ie local env is global env."""
+
+ import sys, __main__
+
+ bogus = 'bogus' # A locally usable exception
+ try: raise bogus # Force an exception
+ except bogus:
+ at = sys.exc_traceback.tb_frame.f_back # The external frame.
+ if at.f_back: at = at.f_back # And further, if any.
+ where, globals, locals = at.f_code, at.f_globals, at.f_locals
+ if locals == globals: # Exterior is global?
+ locals = None
+ if where:
+ where = where.co_name
+ return (where, locals, globals)
+
+
+def rexec(str, globals = None, locals = None):
+ trace('rexec(%s, ...)', `str`)
+ if globals is None:
+ globals = locals = exterior()[2]
+ elif locals is None:
+ locals = globals
+ globals['__builtins__'] = safe_builtin.__dict__
+ safe_sys.stdout = sys.stdout
+ safe_sys.stderr = sys.stderr
+ exec str in globals, locals
+
+def rexecfile(file, globals = None, locals = None):
+ trace('rexecfile(%s, ...)', `file`)
+ if globals is None:
+ globals = locals = exterior()[2]
+ elif locals is None:
+ locals = globals
+ globals['__builtins__'] = safe_builtin.__dict__
+ safe_sys.stdout = sys.stdout
+ safe_sys.stderr = sys.stderr
+ return execfile(file, globals, locals)
+
+def reval(str, globals = None, locals = None):
+ trace('reval(%s, ...)', `str`)
+ if globals is None:
+ globals = locals = exterior()[2]
+ elif locals is None:
+ locals = globals
+ globals['__builtins__'] = safe_builtin.__dict__
+ safe_sys.stdout = sys.stdout
+ safe_sys.stderr = sys.stderr
+ return eval(str, globals, locals)
+safe_builtin.eval = reval
+
+
+def test():
+ import traceback
+ g = {}
+ while 1:
+ try:
+ s = raw_input('--> ')
+ except EOFError:
+ break
+ try:
+ try:
+ c = compile(s, '', 'eval')
+ except:
+ rexec(s, g)
+ else:
+ print reval(c, g)
+ except:
+ traceback.print_exc()
+
+if __name__ == '__main__':
+ test()
projects / thirdparty / Python / cpython.git / commitdiff
