Comments? Is it safe or not to assume that by the time the Python has started, only fds 0,1,2 are open? /Peter > I think this is the core of the problem. The test_close_fds > test works like this: > > All file descriptors in the forked child (except 0,1,2) are > closed. Then the Python binary is executed via execvp(). A > small test program is passed to the Python binary via the -c > command line option. If the OS and subprocess module works > correctly, we can be sure of that by the time of the > execve() system call, only file descriptors (0,1,2) are open > (well, the errpipe as well, but let's leave that out for > now). But, by the time the Python binary starts executing > the small program, all sorts of things may have happened. > I'm not really sure we can trust Python not to open files > during startup. For example, if we have a PYTHONSTARTUP > file, that open file will have a file descriptor, perhaps 3. > > On one hand, this bug could indicate a bug in the Python > interpreter itself: perhaps a file descriptor leak. On the > other hand, this test might be a bit too unsafe. > > So probably, this test should be removed.
RetroSearch is an open source project built by @garambo | Open a GitHub Issue
Search and Browse the WWW like it's 1997 | Search results from DuckDuckGo
HTML:
3.2
| Encoding:
UTF-8
| Version:
0.7.4