import testly
from collections import defaultdict
from helpers import runBioprocs, getData, getOutput


def TestClassFactory(klass, datarows):

    def dataprovider_maker(self):
        for datarow in datarows:
            yield datarow

    def testit(self, proc, args, exptfiles=None, opt1=None, opt2=None):
        c = runBioprocs(proc, args)
        exptfiles = exptfiles or {}
        outfiles = getOutput(c)
        opt1 = opt1 or {}
        opt2 = opt2 or {}
        for key, val in exptfiles.items():
            if key in outfiles:
                self.assertFileEqual(val, outfiles[key], firstInopts=opt1,
                    secondInopts=opt2)
            else:
                self.assertFileEqual(val, key.format(**outfiles),
                    firstInopts=opt1, secondInopts=opt2)

    def __init__(self, *args, **kwargs):
        testly.TestCase.__init__(self, *args, **kwargs)
    members = {'__init__': __init__}
    proc = datarows[0].kwargs['proc'][len(klass) + 1:]
    proc = 'test' + proc
    dataprovider = 'dataProvider_' + proc
    members[dataprovider] = dataprovider_maker
    members[proc] = testit
    globals()['Test' + klass[0].upper() + klass[1:]] = type(klass, (testly.
        TestCase,), members)


DATAROWS = defaultdict(lambda : [])
for data in getData():
    klass = data.kwargs['proc'].split('.')[0]
    DATAROWS[klass].append(data)
for key, val in DATAROWS.items():
    TestClassFactory(key, val)
if __name__ == '__main__':
    testly.main(verbosity=2)

e33bb5cea5af06bf927fce30f4c78977e1228e21
<mask token>

<mask token>


def TestClassFactory(klass, datarows):

    def dataprovider_maker(self):
        for datarow in datarows:
            yield datarow

    def testit(self, proc, args, exptfiles=None, opt1=None, opt2=None):
        c = runBioprocs(proc, args)
        exptfiles = exptfiles or {}
        outfiles = getOutput(c)
        opt1 = opt1 or {}
        opt2 = opt2 or {}
        for key, val in exptfiles.items():
            if key in outfiles:
                self.assertFileEqual(val, outfiles[key], firstInopts=opt1,
                    secondInopts=opt2)
            else:
                self.assertFileEqual(val, key.format(**outfiles),
                    firstInopts=opt1, secondInopts=opt2)

    def __init__(self, *args, **kwargs):
        testly.TestCase.__init__(self, *args, **kwargs)
    members = {'__init__': __init__}
    proc = datarows[0].kwargs['proc'][len(klass) + 1:]
    proc = 'test' + proc
    dataprovider = 'dataProvider_' + proc
    members[dataprovider] = dataprovider_maker
    members[proc] = testit
    globals()['Test' + klass[0].upper() + klass[1:]] = type(klass, (testly.
        TestCase,), members)


<mask token>
for data in getData():
    klass = data.kwargs['proc'].split('.')[0]
    DATAROWS[klass].append(data)
for key, val in DATAROWS.items():
    TestClassFactory(key, val)
if __name__ == '__main__':
    testly.main(verbosity=2)

<mask token>


def TestClassFactory(klass, datarows):

    def dataprovider_maker(self):
        for datarow in datarows:
            yield datarow

    def testit(self, proc, args, exptfiles=None, opt1=None, opt2=None):
        c = runBioprocs(proc, args)
        exptfiles = exptfiles or {}
        outfiles = getOutput(c)
        opt1 = opt1 or {}
        opt2 = opt2 or {}
        for key, val in exptfiles.items():
            if key in outfiles:
                self.assertFileEqual(val, outfiles[key], firstInopts=opt1,
                    secondInopts=opt2)
            else:
                self.assertFileEqual(val, key.format(**outfiles),
                    firstInopts=opt1, secondInopts=opt2)

    def __init__(self, *args, **kwargs):
        testly.TestCase.__init__(self, *args, **kwargs)
    members = {'__init__': __init__}
    proc = datarows[0].kwargs['proc'][len(klass) + 1:]
    proc = 'test' + proc
    dataprovider = 'dataProvider_' + proc
    members[dataprovider] = dataprovider_maker
    members[proc] = testit
    globals()['Test' + klass[0].upper() + klass[1:]] = type(klass, (testly.
        TestCase,), members)


DATAROWS = defaultdict(lambda : [])
for data in getData():
    klass = data.kwargs['proc'].split('.')[0]
    DATAROWS[klass].append(data)
for key, val in DATAROWS.items():
    TestClassFactory(key, val)
if __name__ == '__main__':
    testly.main(verbosity=2)

import testly
from collections import defaultdict
from helpers import runBioprocs, getData, getOutput


def TestClassFactory(klass, datarows):

    def dataprovider_maker(self):
        for datarow in datarows:
            yield datarow

    def testit(self, proc, args, exptfiles=None, opt1=None, opt2=None):
        c = runBioprocs(proc, args)
        exptfiles = exptfiles or {}
        outfiles = getOutput(c)
        opt1 = opt1 or {}
        opt2 = opt2 or {}
        for key, val in exptfiles.items():
            if key in outfiles:
                self.assertFileEqual(val, outfiles[key], firstInopts=opt1,
                    secondInopts=opt2)
            else:
                self.assertFileEqual(val, key.format(**outfiles),
                    firstInopts=opt1, secondInopts=opt2)

    def __init__(self, *args, **kwargs):
        testly.TestCase.__init__(self, *args, **kwargs)
    members = {'__init__': __init__}
    proc = datarows[0].kwargs['proc'][len(klass) + 1:]
    proc = 'test' + proc
    dataprovider = 'dataProvider_' + proc
    members[dataprovider] = dataprovider_maker
    members[proc] = testit
    globals()['Test' + klass[0].upper() + klass[1:]] = type(klass, (testly.
        TestCase,), members)


DATAROWS = defaultdict(lambda : [])
for data in getData():
    klass = data.kwargs['proc'].split('.')[0]
    DATAROWS[klass].append(data)
for key, val in DATAROWS.items():
    TestClassFactory(key, val)
if __name__ == '__main__':
    testly.main(verbosity=2)
