def preloop(self):
self.songs = list(ifiles(config.MUSICDIR,
lambda f: f.endswith(".mp3")))
self.tests = dict(
[i, TestProcess(i, strip_number(song), popencmd(song))]
for i, song in enumerate(self.songs))
self.started_tests = set()
self.do_show()
def asynchronous():
iters = map(count_gen,
ifiles("/home/micheles", lambda f: f.endswith(".txt")))
for it in iters: # do not iterate on exhausted iterators
it.next()
import test_pkg, doctest, os
import sys
from ms.file_utils import ifiles
pkg = __import__("test_pkg")
pkg_name = pkg.__name__
csd = os.path.dirname(test_pkg.__path__[0]) # current search directory
os.chdir(csd)
print "Testing package", pkg_name
total_fail, total_ok = 0, 0
for f in ifiles(pkg_name, lambda f: f.endswith(".py"), abs_path=True):
f = f[:-3].replace("/", ".")
fail, ok = doctest.testmod(__import__(f, globals(), locals(), [f]))
total_fail += fail
total_ok += ok
print "Failed %s, passed %s" % (total_fail, total_ok)
# doctest.testmod(test_pkg) # only tests __init__
# doctest.run_docstring_examples(test_pkg, globals()) # idem
def synchronous():
for f in ifiles("/home/micheles", lambda f: f.endswith(".txt")):
#print f, count(file(f))
count(file(f))
def threaded():
for f in ifiles("/home/micheles", lambda f: f.endswith(".txt")):
threading.Thread(None, count, args=(file(f), )).start()
import os, random, threading
from ms.file_utils import ifiles
from ms.concurrency import Popen, locked
PLAYER = "mplay32 /play /close".split()
MUSICDIR = os.environ.get("HOMEPATH", os.environ["HOME"]) + "/Desktop/Music"
songs = list(ifiles(MUSICDIR, lambda f : f.endswith(".mp3")))
def run(func, *args, **kw):
threading.Thread(None, func, args=args, kwargs=kw).start()
def gen_songs():
for i in range(2):
yield random.choice(songs)
def play(song):
return Popen(PLAYER + [song])
@locked
def play_many(user):
for song in gen_songs():
print user, song
player = play(song)
player.wait()
if __name__ == "__main__":
run(play_many, "user1")
run(play_many, "user2")
run(play_many, "user3")
from ms.file_utils import ifiles
import os
def gen(fname):
for line in file(fname):
yield line
def multi_iter(iters):
iters = list(iters) # to avoid side effects
while iters:
for it in iters:
try:
yield it.next()
except StopIteration:
iters.remove(it)
ci = multi_iter(
gen(f) for f in ifiles("/home/micheles/md/python/Timing",
lambda f: f.endswith(".txt")))
for line in ci:
print line,
from ms.file_utils import ifiles
import os
def gen(fname):
for line in file(fname):
yield line
def multi_iter(iters):
iters = list(iters) # to avoid side effects
while iters:
for it in iters:
try:
yield it.next()
except StopIteration:
iters.remove(it)
ci = multi_iter(gen(f) for f in ifiles("/home/micheles/md/python/Timing", lambda f: f.endswith(".txt")))
for line in ci:
print line,
def preloop(self):
self.songs = list(ifiles(config.MUSICDIR, lambda f: f.endswith(".mp3")))
self.tests = dict([i, TestProcess(i, strip_number(song), popencmd(song))] for i, song in enumerate(self.songs))
self.started_tests = set()
self.do_show()
def asynchronous():
iters = map(count_gen, ifiles("/home/micheles", lambda f: f.endswith(".txt")))
for it in iters: # do not iterate on exhausted iterators
it.next()
def threaded():
for f in ifiles("/home/micheles", lambda f: f.endswith(".txt")):
threading.Thread(None, count, args=(file(f),)).start()
def synchronous():
for f in ifiles("/home/micheles", lambda f: f.endswith(".txt")):
# print f, count(file(f))
count(file(f))
