def testaltwordcount(self):
opts = [('input', self.exdir+'brian.txt'), ('output', self.outfile)]
retval = cmd.start(self.exdir+'altwordcount.py', opts,
stdout=self.logfile, stderr=self.logfile)
self.assertEqual(0, retval)
output = dict(util.loadcode(open(self.outfile)))
self.assertEqual(6, int(output['Brian']))
def testitertwice(self):
opts = [('input', self.exdir+'brian.txt'), ('output', self.outfile)]
retval = cmd.start(self.exdir+'itertwice.py', opts,
stdout=self.logfile, stderr=self.logfile)
self.assertEqual(0, retval)
output = dict(util.loadcode(open(self.outfile)))
self.assertEqual(14, int(output['e']))
def testjoin(self):
opts = [('input', self.exdir+'hostnames.txt'),
('input', self.exdir+'logs.txt'),
('output', self.outfile)]
retval = cmd.start(self.exdir+'join.py', opts,
stdout=self.logfile, stderr=self.logfile)
self.assertEqual(0, retval)
output = dict(util.loadcode(open(self.outfile)))
self.assertEqual(5, int(output['node1']))
def testoowordcount(self):
opts = self.common_opts
opts += Options([('excludes', self.exdir+'excludes.txt'),
('input', self.exdir+'brian.txt'), ('output', self.outfile)])
retval = cmd.start(self.exdir+'oowordcount.py', opts,
stdout=self.logfile, stderr=self.logfile)
self.assertEquals(0, retval)
output = dict(util.loadcode(open(self.outfile)))
self.assertEquals(6, int(output['Brian']))
def testitertwice(self):
opts = self.common_opts
opts += [('input', self.exdir + 'brian.txt'), ('output', self.outfile)]
retval = cmd.start(self.exdir + 'itertwice.py',
opts,
stdout=self.logfile,
stderr=self.logfile)
self.assertEqual(0, retval)
output = dict(util.loadcode(open(self.outfile)))
self.assertEqual(14, int(output['e']))
def testmulticount(self):
opts = [('input', self.exdir+'brian.txt'),
('input', self.exdir+'eno.txt'),
('output', self.outfile)]
retval = cmd.start(self.exdir+'multicount.py', opts,
stdout=self.logfile, stderr=self.logfile)
self.assertEqual(0, retval)
output = dict(util.loadcode(open(self.outfile)))
self.assertEqual(6, int(output[('A', 'Brian')]))
self.assertEqual(6, int(output[('B', 'Eno')]))
def testjoin(self):
opts = self.common_opts
opts += [('input', self.exdir + 'hostnames.txt'),
('input', self.exdir + 'logs.txt'), ('output', self.outfile)]
retval = cmd.start(self.exdir + 'join.py',
opts,
stdout=self.logfile,
stderr=self.logfile)
self.assertEqual(0, retval)
output = dict(util.loadcode(open(self.outfile)))
self.assertEqual(5, int(output['node1']))
def testoowordcount(self):
opts = self.common_opts
opts += [('excludes', self.exdir + 'excludes.txt'),
('input', self.exdir + 'brian.txt'), ('output', self.outfile)]
retval = cmd.start(self.exdir + 'oowordcount.py',
opts,
stdout=self.logfile,
stderr=self.logfile)
self.assertEquals(0, retval)
output = dict(util.loadcode(open(self.outfile)))
self.assertEquals(6, int(output['Brian']))
def decodepipe(opts=None):
opts = opts or Options()
ofiles = opts.pop('file')
files = map(open, ofiles) if ofiles else [sys.stdin]
for _file in files:
outputs = loadcode(line[:-1] for line in _file)
for output in dumptext(outputs):
print '\t'.join(output)
_file.close()
return 0
def testaltwordcount(self):
opts = self.common_opts
opts += Options([('input', self.exdir + 'brian.txt'),
('output', self.outfile)])
retval = cmd.start(self.exdir + 'altwordcount.py',
opts,
stdout=self.logfile,
stderr=self.logfile)
self.assertEqual(0, retval)
output = dict(util.loadcode(open(self.outfile)))
self.assertEqual(6, int(output['Brian']))
def decodepipe(opts=None):
opts = opts or Options()
ofiles = opts.pop('file')
files = map(openFile, ofiles) if ofiles else [sys.stdin]
for _file in files:
outputs = loadcode(line[:-1] for line in _file)
for output in dumptext(outputs):
print '\t'.join(output)
_file.close()
return 0
def testmulticount(self):
opts = self.common_opts
opts += [('input', self.exdir + 'brian.txt'),
('input', self.exdir + 'eno.txt'), ('output', self.outfile)]
retval = cmd.start(self.exdir + 'multicount.py',
opts,
stdout=self.logfile,
stderr=self.logfile)
self.assertEqual(0, retval)
output = dict(util.loadcode(open(self.outfile)))
self.assertEqual(6, int(output[('A', 'Brian')]))
self.assertEqual(6, int(output[('B', 'Eno')]))
def normalize_unix(source, dest_dir):
return _normalize(loadcode(source), dest_dir)
def normalize_unix(source, dest_dir):
return _normalize(loadcode(source), dest_dir)
def dotest(self,data):
dumped = "\t".join(util.dumpcode([("dummy",data)]).next())
self.assertEqual(util.loadcode([dumped]).next()[1],data)
def dotest(self, data):
dumped = "\t".join(util.dumpcode([("dummy", data)]).next())
self.assertEqual(util.loadcode([dumped]).next()[1], data)
