Hey everyone,
I am messing around with the ctypes package, and I wasn wondering how
I go about defining a new type, where I essentially call an int foo.
For example in C, I would use the following statement:
typedef int foo;
Is there an equivalent statement using ctypes, or is there another way
I perform: python setup.py install and it compiles and installs without error,
but when I try the following:
import python_foo
from python_foo import foo_interface
It says it can not find the module.
Thanks for any help in advance,
Adam
On 5/11/07, Adam Pridgen <[EMAIL PROTECTED]> wrote:
Hello everyone,
I am trying to create a python package that includes both a native
python module and then a python module created using the Python/C API.
I have several questions pertaining to this area. First, how do I
make the C API module aware of the python module. Specifically, I
have dec
Disregard this email, gmail mis-fired.
On 4/21/07, Adam Pridgen <[EMAIL PROTECTED]> wrote:
> I guess the problem I am trying to quell really revolves around style
> and the proper way to do application programming with Python. So one
> of the things I found out the hard way a
process works when a class is
instantiated.
class Foo:
string = ""
int = 0
On 4/21/07, Kent Johnson <[EMAIL PROTECTED]> wrote:
> Adam Pridgen wrote:
> > Hello everyone,
> >
> > I have pretty much finished hacking on my Thesis and I have come to
&g
Hello everyone,
I have pretty much finished hacking on my Thesis and I have come to
the conclusion,
I really do not know how to use Python to it "full" extent. Some of
the things I have really messed up in my implementation are
serialization (specifically sub-classes), classes, and instantiating
Hello,
Sorry for the long email, but thanks in advance.
I am not quite sure what is happening, so I have not been able to
adequately seek a solution via Google, so if this answer is fairly
easy to find on Google, let me know. I am not sure how to produce an
example of my problem without using th
Hello,
I am having a difficult time understanding the whole "def
function(*args, **kwds):" business, and I have not really found a
clear or concise explanation via Google.
My question is pretty much this, is **kwds a dictionary and can I use
it like a dictionary, and what is the deal with the * o
here's the magic you are looking for:
func_str = \
'''
def some_func(value):
# youwould check value instance here and do something to it
print "Hello World", value
return "Done"
'''
exec(func_str)
f = locals()["some_func"]
print f("wasn't that cool!")
When you exec the str, it will create
You are getting these errors because the API for Python varies by
release (e.g. 2.4 to 2.5) due to additions, bug fixes, etc.. The
warning you are receiving is letting you know that it was compiled and
meant to be run on Python 2.4, and also subtly warning that problems
may arise when you run or
Hello,
When I have a tuple with a single string in a dictionary entry and
try to iterate over the tuple and it breaks the string into individual
characters. Is this supposed to be happening?
This problem is a little tricky to explain so I have included the
output and the corresponding example c
Thanks in advance for your help.
I am trying to pickle a class, but I want to exclude function objects
for obvious reasons. How do I determine if a python object is a
function, specifically when using isinstance()? I am not sure what a
type or instance a Python 'function' originates from.
The be
Sorry for the long email, and thanks in advance.
In the below example, is the list foo supposed to retain the value
after the function, Bar(), returns?
Is the list foo supposed to reinitialized on each call to Bar(),
meaning len(foo) == 0, and when Bar() returns len(foo) (when Bar() is
called w/
Hello,
I am having problems with unpickling data after I pass the data through
a socket. Right now, I am pickling a basic string base 64 encoding and
sending the data over the network. After the recipient client/server
receives the data, it is decoded and then unpickled. The unpickling
fai
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