Mike wrote:
I think the answer is that 'def' is an executable statement in python
rather than a definition that the compiler interprets at compile time.
As a result the compiler can evaluate 'foo()' when it defines 'bar', so
it does.
The following works as expected:
def bar():
print
On Tue, Jul 25, 2006 at 08:08:32PM +0200, Sch?le Daniel wrote:
[EMAIL PROTECTED] schrieb:
cnt = 1
def foo():
global cnt
cnt += 1
return cnt
def bar(x=foo()):
print x
bar() # 2
bar() # 2
bar() # 2
Looks to me like you want to use the
Schüle Daniel wrote:
Hi all,
given python description below
import random
class Node:
def __init__(self):
self.nachbarn = []
class Graph(object):
# more code here
def randomizeEdges(self, low=1, high=self.n):
pass
graph =
Hi all,
given python description below
import random
class Node:
def __init__(self):
self.nachbarn = []
class Graph(object):
# more code here
def randomizeEdges(self, low=1, high=self.n):
pass
graph = Graph(20)
cnt = 1
def foo():
global cnt
cnt += 1
return cnt
def bar(x=foo()):
print x
bar() # 2
bar() # 2
bar() # 2
Looks to me like you want to use the following programming pattern to
get dynamic default arguments:
cnt = 1
def foo():
global cnt
cnt +=
[EMAIL PROTECTED] schrieb:
cnt = 1
def foo():
global cnt
cnt += 1
return cnt
def bar(x=foo()):
print x
bar()# 2
bar()# 2
bar()# 2
Looks to me like you want to use the following programming pattern to
get dynamic default arguments:
cnt
correction :)
class Graph:
settings = {
NumNodes : 10,
MinNodes : 2,
MaxNodes : 5
}
def randomizeEdges(self,
lowhigh = (settings[MinNodes], settings[MaxNodes])):
of course this should be
Graph.settings[MinNodes], Graph.settings[MaxNodes])
--
