deleted old unused python tests

test/testStreams.py

-from cdo import *
-def createInputFiles(nfiles,resolution,cdo,cdoOptions):
-  timeDefaults  = '-settunits,days -settaxis,20010101,12:00:00'
-  randomEnlarge = lambda  resolution: '-mul -random,'+resolution+' -enlarge,'+resolution
-  fileList      = {}
-  cdo.debug     = False
-
-  FileKeys = ['1d','2d','3d','1d_withTime','2d_withTime','3d_withTime']
-  for i,key in enumerate(FileKeys):
-    fileList[key] = []
-    if '1d' == key:
-      # vertical levels only
-      for j in xrange(0,nfiles):
-        fileList[key].append(cdo.stdatm(0,10,20,50, options = cdoOptions))
-
-    elif '2d' == key:
-      for j in xrange(0,nfiles):
-	fileList[key].append(cdo.setcode(130,input = "-setname,'T' -random,"+resolution, options = cdoOptions))
-
-    elif '3d' == key:
-      for j in xrange(0,nfiles):
-	fileList[key].append(cdo.enlarge(resolution, input = '-stdatm,0,10,20,50', options = cdoOptions))
-
-    elif '1d_withTime' == key:
-      # temporal axis only
-      for j in xrange(0,nfiles):
-	fileList[key].append(cdo.setcode(130,input = cdo.setname('T',input = timeDefaults+' -for,1,400', options = cdoOptions)))
-
-    elif '2d_withTime' == key:
-      for j in xrange(0,nfiles):
-	fileList[key].append(cdo.setcode(130,input = cdo.setname('T',input = randomEnlarge(resolution) +' ' +timeDefaults+ ' -for,1,400', options = cdoOptions)))
-
-    elif '3d_withTime' == key:
-      for j in xrange(0,nfiles):
-	fileList[key].append(cdo.enlarge(resolution, input = '-mul '+timeDefaults+ ' -stdatm,0,10,20 -for,1,400', options = cdoOptions))
-
-  return fileList
-
-
-if __name__ == '__main__':
-  cdo = Cdo()
-  a = createInputFiles(5,'r36x18',cdo,'-f nc')
-  for i,value in enumerate(a):
-    files = a[value]
-    for f in files:
-      print(' '.join([value,f,os.path.exists(f).__str__()]))

test/test_Arith.py

-#!/usr/bin/env python
-import unittest
-from cdo import *
-import testStreams
-
-class TestArith(unittest.TestCase):
-
-  def test_add(self):
-    cdo = Cdo()
-    cdo.debug = True
-    testFiles = testStreams.createInputFiles(4,'r2x2',cdo,'-f nc')
-    for i,value in enumerate(testFiles):
-      files = testFiles[value]
-      result = cdo.add(input = ' '.join(files[0:2]))
-      self.assertEqual("","")
-
-
-  def test_sub(self):
-    cdo = Cdo()
-    cdo.debug = True
-    testFiles = testStreams.createInputFiles(4,'r2x2',cdo,'-f nc')
-    for i,value in enumerate(testFiles):
-      files = testFiles[value]
-      result = cdo.sub(input = ' '.join(files[0:2]))
-      self.assertEqual("","")
-
-
-  def test_mul(self):
-    cdo = Cdo()
-    cdo.debug = True
-    testFiles = testStreams.createInputFiles(4,'r2x2',cdo,'-f nc')
-    for i,value in enumerate(testFiles):
-      files = testFiles[value]
-      result = cdo.mul(input = ' '.join(files[0:2]))
-      self.assertEqual("","")
-
-
-  def test_div(self):
-    cdo = Cdo()
-    cdo.debug = True
-    testFiles = testStreams.createInputFiles(4,'r2x2',cdo,'-f nc')
-    for i,value in enumerate(testFiles):
-      files = testFiles[value]
-      result = cdo.div(input = ' '.join(files[0:2]))
-      self.assertEqual("","")
-
-
-  def test_min(self):
-    cdo = Cdo()
-    cdo.debug = True
-    testFiles = testStreams.createInputFiles(4,'r2x2',cdo,'-f nc')
-    for i,value in enumerate(testFiles):
-      files = testFiles[value]
-      result = cdo.min(input = ' '.join(files[0:2]))
-      self.assertEqual("","")
-
-
-  def test_max(self):
-    cdo = Cdo()
-    cdo.debug = True
-    testFiles = testStreams.createInputFiles(4,'r2x2',cdo,'-f nc')
-    for i,value in enumerate(testFiles):
-      files = testFiles[value]
-      result = cdo.max(input = ' '.join(files[0:2]))
-      self.assertEqual("","")
-
-
-  def test_atan2(self):
-    cdo = Cdo()
-    cdo.debug = True
-    testFiles = testStreams.createInputFiles(4,'r2x2',cdo,'-f nc')
-    for i,value in enumerate(testFiles):
-      files = testFiles[value]
-      result = cdo.atan2(input = ' '.join(files[0:2]))
-      self.assertEqual("","")
-
-
-if __name__ == '__main__':
-  unittest.main()

test/test_Arithc.py

-#!/usr/bin/env python
-import unittest
-from cdo import *
-import testStreams
-
-class TestArithc(unittest.TestCase):
-
-  def test_addc(self):
-    cdo = Cdo()
-    testFiles = testStreams.createInputFiles(4,'r2x2',cdo,'-f nc')
-    for i,value in enumerate(testFiles):
-      files = testFiles[value]
-      result = cdo.addc('2.718281828459045',input = ' '.join(files[0:1]))
-      self.assertEqual("","")
-
-
-  def test_subc(self):
-    cdo = Cdo()
-    testFiles = testStreams.createInputFiles(4,'r2x2',cdo,'-f nc')
-    for i,value in enumerate(testFiles):
-      files = testFiles[value]
-      result = cdo.subc('2.718281828459045',input = ' '.join(files[0:1]))
-      self.assertEqual("","")
-
-
-  def test_mulc(self):
-    cdo = Cdo()
-    testFiles = testStreams.createInputFiles(4,'r2x2',cdo,'-f nc')
-    for i,value in enumerate(testFiles):
-      files = testFiles[value]
-      result = cdo.mulc('2.718281828459045',input = ' '.join(files[0:1]))
-      self.assertEqual("","")
-
-
-  def test_divc(self):
-    cdo = Cdo()
-    testFiles = testStreams.createInputFiles(4,'r2x2',cdo,'-f nc')
-    for i,value in enumerate(testFiles):
-      files = testFiles[value]
-      result = cdo.divc('2.718281828459045',input = ' '.join(files[0:1]))
-      self.assertEqual("","")
-
-
-if __name__ == '__main__':
-  unittest.main()

test/test_Selvar.py

-#!/usr/bin/env python
-import unittest
-from cdo import *
-import testStreams
-
-class TestSelvar(unittest.TestCase):
-
-  def test_selparam(self):
-    cdo = Cdo()
-    cdo.debug = True
-    testFiles = testStreams.createInputFiles(4,'r2x2',cdo,'-f nc')
-    for i,value in enumerate(testFiles):
-      files = testFiles[value]
-      result = cdo.selparam('130',input = ' '.join(files[0:1]))
-      self.assertEqual("","")
-
-
-  def test_delparam(self):
-    cdo = Cdo()
-    cdo.debug = True
-    testFiles = testStreams.createInputFiles(4,'r2x2',cdo,'-f nc')
-    for i,value in enumerate(testFiles):
-      files = testFiles[value]
-      result = cdo.delparam('130',input = ' '.join(files[0:1]))
-      self.assertEqual("","")
-
-
-  def test_selcode(self):
-    cdo = Cdo()
-    cdo.debug = True
-    testFiles = testStreams.createInputFiles(4,'r2x2',cdo,'-f nc')
-    for i,value in enumerate(testFiles):
-      files = testFiles[value]
-      result = cdo.selcode('130',input = ' '.join(files[0:1]))
-      self.assertEqual("","")
-
-
-  def test_delcode(self):
-    cdo = Cdo()
-    cdo.debug = True
-    testFiles = testStreams.createInputFiles(4,'r2x2',cdo,'-f nc')
-    for i,value in enumerate(testFiles):
-      files = testFiles[value]
-      result = cdo.delcode('130',input = ' '.join(files[0:1]))
-      self.assertEqual("","")
-
-
-  def test_selname(self):
-    cdo = Cdo()
-    cdo.debug = True
-    testFiles = testStreams.createInputFiles(4,'r2x2',cdo,'-f nc')
-    for i,value in enumerate(testFiles):
-      files = testFiles[value]
-      result = cdo.selname('T',input = ' '.join(files[0:1]))
-      self.assertEqual("","")
-
-
-  def test_delname(self):
-    cdo = Cdo()
-    testFiles = testStreams.createInputFiles(4,'r2x2',cdo,'-f nc')
-    for i,value in enumerate(testFiles):
-      files = testFiles[value]
-      result = cdo.delname('T',input = ' '.join(files[0:1]))
-      self.assertEqual("","")
-
-
-  def test_selstdname(self):
-    cdo = Cdo()
-    cdo.debug = True
-    testFiles = testStreams.createInputFiles(4,'r2x2',cdo,'-f nc')
-    for i,value in enumerate(testFiles):
-      files = testFiles[value]
-      result = cdo.selstdname('T',input = ' '.join(files[0:1]))
-      self.assertEqual("","")
-
-
-  def test_sellevel(self):
-    cdo = Cdo()
-    cdo.debug = True
-    testFiles = testStreams.createInputFiles(4,'r2x2',cdo,'-f nc')
-    for i,value in enumerate(testFiles):
-      files = testFiles[value]
-      if '1d_withTime' == value:
-        continue
-      result = cdo.sellevel('0,10,20,50,100,200,500,1000,2000,5000,10000',input = ' '.join(files[0:1]))
-      self.assertEqual("","")
-
-
-  def test_sellevidx(self):
-    cdo = Cdo()
-    cdo.debug = True
-    testFiles = testStreams.createInputFiles(4,'r2x2',cdo,'-f nc')
-    for i,value in enumerate(testFiles):
-      files = testFiles[value]
-      if '1d_withTime' == value:
-        continue
-      result = cdo.sellevidx('1',input = ' '.join(files[0:1]))
-      self.assertEqual("","")
-
-
-  def test_selgrid(self):
-    cdo = Cdo()
-    cdo.debug = True
-    testFiles = testStreams.createInputFiles(4,'r2x2',cdo,'-f nc')
-    for i,value in enumerate(testFiles):
-      files = testFiles[value]
-      result = cdo.selgrid('1',input = ' '.join(files[0:1]))
-      self.assertEqual("","")
-
-
-  def test_selzaxis(self):
-    cdo = Cdo()
-    cdo.debug = True
-    testFiles = testStreams.createInputFiles(4,'r2x2',cdo,'-f nc')
-    for i,value in enumerate(testFiles):
-      files = testFiles[value]
-      if '1d_withTime' == value:
-        continue
-      result = cdo.selzaxis('1',input = ' '.join(files[0:1]))
-      self.assertEqual("","")
-
-
-  def test_selltype(self):
-    cdo = Cdo()
-    cdo.debug = True
-    testFiles = testStreams.createInputFiles(4,'r2x2',cdo,'-f nc')
-    for i,value in enumerate(testFiles):
-      files = testFiles[value]
-      if '1d_withTime' == value:
-        continue
-      result = cdo.selltype('105',input = ' '.join(files[0:1]))
-      self.assertEqual("","")
-
-
-  def test_seltabnum(self):
-    cdo = Cdo()
-    cdo.debug = True
-    testFiles = testStreams.createInputFiles(4,'r2x2',cdo,'-f nc')
-    for i,value in enumerate(testFiles):
-      files = testFiles[value]
-      result = cdo.seltabnum('128',input = ' '.join(files[0:1]))
-      self.assertEqual("","")
-
-
-if __name__ == '__main__':
-  unittest.main()

test/test_diff.py

-#!/usr/bin/env python
-import unittest
-from cdo import *
-
-
-class TestDiff(unittest.TestCase):
-
-    def test_diff(self):
-        cdo = Cdo()
-        diffv = cdo.diffn(input = "-const,4,r1x1 -const,2,r1x1")
-        self.assertEqual(diffv[1].split(' ')[-1],"const")
-        self.assertEqual(diffv[1].split(' ')[-3],"0.50000")
-        diff  = cdo.diff(input = "-const,4,r1x1 -const,2,r1x1")
-        self.assertEqual(diff[1].split(' ')[-3],"0.50000")
-
-
-if __name__ == '__main__':
-    unittest.main()

test/test_info.py

-#!/usr/bin/env python
-import unittest
-from cdo import *
-
-
-class TestInfo(unittest.TestCase):
-
-    # check operators: (s)infov,showlevel
-    def test_info(self):
-        cdo  = Cdo()
-
-        info = cdo.sinfo(input = "-stdatm,0")
-        self.assertEqual("File format: GRIB",info[0])
-
-        sinfov = cdo.sinfov(input = "-stdatm,0,10,20,50,100,500,1000",options = "-f nc")
-        self.assertEqual("P",sinfov[2].split(' ')[-1])
-        self.assertEqual("T",sinfov[3].split(' ')[-1])
-
-        infov  = cdo.infov( input = "-stdatm,0,10,20,50,100,500,1000",options = "-f nc")
-        self.assertEqual("1013.2", infov[1].split(' ')[-15])
-        self.assertEqual("T", infov[-1].split(' ')[-1])
-
-        units  = cdo.showunit( input = "-stdatm,0", options = "-f nc")
-        self.assertEqual(["hPa","K"],units[0].split(' '))
-
-        levels = cdo.showlevel(input = "-stdatm,0")
-        self.assertEqual([0,0],map(float,levels))
-        levels = cdo.showlevel(input = "-stdatm,10,20,30")[0].split(' ')
-        self.assertEqual([10,20,30],map(float,levels))
-
-        code = cdo.showcode(input="-topo,r1x1")
-        self.assertEqual("-1",code[0])
-        code = cdo.showcode(input="-setcode,111 -topo,r1x1")
-        self.assertEqual("111",code[0])
-
-if __name__ == '__main__':
-    unittest.main()

test/test_intgridbil.py

-#!/usr/bin/env python
-import unittest
-from cdo import *
-
-
-class TestIntgridbil(unittest.TestCase):
-
-    def test_intrgidbil(self):
-        # dummy
-        self.assertEqual(0,0)
-
-    def test_global(self):
-        # cdo cmd:
-        # cdo -f nc intgridbil,global_.1 -topo result.nc
-        cdo = Cdo()
-        cdo.intgridbil('global_.1',input="-topo",output="result.nc",options="-f nc")
-        # dummy, TODO cdo diff
-        self.assertEqual(0,0)
-
-
-if __name__ == '__main__':
-    unittest.main()