def __setattr__(self, name, val): if name == 'special': return elif name in self.__class__.__dict__: fp = self.__class__.__dict__[name] fp.__set__(self, val) else: helpers.gen_setter(self.__dict__, name, val)
def __setattr__(self,name,val): if name is 'special': return elif name in self.__class__.__dict__: fp = self.__class__.__dict__[name] fp.__set__(self,val) else: helpers.gen_setter(self.__dict__,name,val)
def test_split_file_name(self): fpath,nums,fext = helpers.parse_run_file_name('MER10100.nxs') self.assertEqual(fpath,'') self.assertEqual(nums,10100) self.assertEqual(fext,'.nxs') fpath,nums,fext = helpers.parse_run_file_name('c:/somepath/MER1011,MER10100.nxs') self.assertEqual(len(nums),2) self.assertEqual(nums[0],1011) self.assertEqual(nums[1],10100) self.assertEqual(fpath[0],'c:/somepath') self.assertEqual(fpath[1],'') fpath,nums,fext = helpers.parse_run_file_name('c:/somepath/MER1011:MER1014.nxs,1046') self.assertEqual(len(nums),5)
def __init__(self): object.__setattr__(self,'A',helpers.ComplexProperty(['B','C'])) #kkdict['A']= kkdict = {} kkdict['B']=19 kkdict['C']=1000 self.__dict__.update(kkdict)
def testbuild_properties_dict(self): kkdict = {}; kkdict['first']='kkk1:kkk2'; kkdict['kkk1']=19; kkdict['kkk2']=1000; kkdict['other']='unrelated'; kkdict['second']='ssss1:ssss2:third'; kkdict['third']='Babara'; subst = {}; subst['ssss1']='kkk1'; subst['ssss2']='other'; subst_dict,descr = helpers.build_properties_dict(kkdict,subst) self.assertEqual(len(subst_dict),6); val = subst_dict['_first']; self.assertTrue(type(val) is helpers.ComplexProperty) #self.assertEqual(val[0],'kkk1'); #self.assertEqual(val[1],'kkk2'); val = subst_dict['other'] self.assertFalse(type(val) is helpers.ComplexProperty) self.assertEqual(val,'unrelated'); val = subst_dict['_second'] self.assertTrue(type(val) is helpers.ComplexProperty)
def testbuild_properties_dict(self): kkdict = {} kkdict['first']='kkk1:kkk2' kkdict['kkk1']=19 kkdict['kkk2']=1000 kkdict['other']='unrelated' kkdict['second']='ssss1:ssss2:third' kkdict['third']='Babara' subst = {} subst['ssss1']='kkk1' subst['ssss2']='other' subst_dict,descr = helpers.build_properties_dict(kkdict,subst) self.assertEqual(len(subst_dict),6) val = subst_dict['_first'] self.assertTrue(type(val) is helpers.ComplexProperty) #self.assertEqual(val[0],'kkk1') #self.assertEqual(val[1],'kkk2') val = subst_dict['other'] self.assertFalse(type(val) is helpers.ComplexProperty) self.assertEqual(val,'unrelated') val = subst_dict['_second'] self.assertTrue(type(val) is helpers.ComplexProperty)
def test_build_properties_dict_ksubst(self): kkdict = {}; kkdict['first']='kkk1:kkk2'; kkdict['kkk1']=19; kkdict['kkk2']=1000; kkdict['other']='unrelated'; kkdict['second']='ssss1:ssss2:third'; kkdict['third']='Babara'; subst = {}; subst['first']=1; subst['ssss1']='kkk1'; subst['ssss2']='other'; subst['third']=3; subst['second']=2; subst_dict,descr_dict = helpers.build_properties_dict(kkdict,subst) self.assertEqual(len(subst_dict),6); val = subst_dict['_1'] self.assertTrue(type(val) is helpers.ComplexProperty) #self.assertEqual(val[0],'kkk1'); #self.assertEqual(val[1],'kkk2'); val = subst_dict['other'] self.assertFalse(type(val) is helpers.ComplexProperty) self.assertEqual(val,'unrelated'); val = subst_dict['_2'] self.assertTrue(type(val) is helpers.ComplexProperty)
def testbuild_properties_dict(self): kkdict = {} kkdict['first'] = 'kkk1:kkk2' kkdict['kkk1'] = 19 kkdict['kkk2'] = 1000 kkdict['other'] = 'unrelated' kkdict['second'] = 'ssss1:ssss2:third' kkdict['third'] = 'Babara' subst = {} subst['ssss1'] = 'kkk1' subst['ssss2'] = 'other' subst_dict, descr = helpers.build_properties_dict(kkdict, subst) self.assertEqual(len(subst_dict), 6) val = subst_dict['_first'] self.assertEqual(type(val), helpers.ComplexProperty) # self.assertEqual(val[0],'kkk1') # self.assertEqual(val[1],'kkk2') val = subst_dict['other'] self.assertNotEqual(type(val), helpers.ComplexProperty) self.assertEqual(val, 'unrelated') val = subst_dict['_second'] self.assertEqual(type(val), helpers.ComplexProperty)
def test_build_subst_dictionary(self): self.assertEqual(dict(), helpers.build_subst_dictionary("")) self.assertEqual(dict(), helpers.build_subst_dictionary()) self.assertRaises(AttributeError, helpers.build_subst_dictionary, 10) self.assertRaises(AttributeError, helpers.build_subst_dictionary, "A=") self.assertRaises(AttributeError, helpers.build_subst_dictionary, "B=C;A=") rez = dict() rez['A'] = 'B' self.assertEqual(rez, helpers.build_subst_dictionary(rez)) myDict = helpers.build_subst_dictionary("A=B") self.assertEqual(myDict['B'], 'A') myDict = helpers.build_subst_dictionary("A=B;C=DD") self.assertEqual(myDict['B'], 'A') self.assertEqual(myDict['DD'], 'C') myDict = helpers.build_subst_dictionary("A=B=C=DD") self.assertEqual(myDict['B'], 'A') self.assertEqual(myDict['DD'], 'A') self.assertEqual(myDict['C'], 'A') myDict = helpers.build_subst_dictionary("A = B = C=DD") self.assertEqual(myDict['B'], 'A') self.assertEqual(myDict['DD'], 'A') self.assertEqual(myDict['C'], 'A')
def test_build_subst_dictionary(self): self.assertEqual(dict(), helpers.build_subst_dictionary("")) self.assertEqual(dict(), helpers.build_subst_dictionary()) self.assertRaises(AttributeError, helpers.build_subst_dictionary, 10) self.assertRaises(AttributeError, helpers.build_subst_dictionary, "A=") self.assertRaises(AttributeError, helpers.build_subst_dictionary, "B=C;A=") rez=dict() rez['A']='B' self.assertEqual(rez, helpers.build_subst_dictionary(rez)) myDict = helpers.build_subst_dictionary("A=B") self.assertEqual(myDict['B'],'A') myDict = helpers.build_subst_dictionary("A=B;C=DD") self.assertEqual(myDict['B'],'A') self.assertEqual(myDict['DD'],'C') myDict = helpers.build_subst_dictionary("A=B=C=DD") self.assertEqual(myDict['B'],'A') self.assertEqual(myDict['DD'],'A') self.assertEqual(myDict['C'],'A') myDict = helpers.build_subst_dictionary("A = B = C=DD") self.assertEqual(myDict['B'],'A') self.assertEqual(myDict['DD'],'A') self.assertEqual(myDict['C'],'A')
def test_get_default_idf_param_list(self): pInstr = self.getInstrument() param_list = helpers.get_default_idf_param_list(pInstr) self.assertTrue(isinstance(param_list, dict)) # check couple of parameters which are certainly in IDF self.assertTrue('deltaE-mode' in param_list) self.assertTrue('normalise_method' in param_list) self.assertTrue('diag_samp_lo' in param_list)
def test_get_default_idf_param_list(self): pInstr=self.getInstrument() param_list = helpers.get_default_idf_param_list(pInstr) self.assertTrue(isinstance(param_list,dict)) # check couple of parameters which are certainly in IDF self.assertTrue('deltaE-mode' in param_list) self.assertTrue('normalise_method' in param_list) self.assertTrue('diag_samp_lo' in param_list)
def __init__(self): kkdict = {} kkdict['_A'] = helpers.ComplexProperty(['B', 'C']) kkdict['B'] = 19 kkdict['C'] = 1000 class_decor = '_' + type(self).__name__ kkdict[class_decor + '__special'] = 'D' self.__dict__.update(kkdict)
def __getattribute__(self, name): if name[:2] == '__': attr = object.__getattribute__(self, name) return attr else: attr_dic = object.__getattribute__(self, '__dict__') if name == '__dict__': return attr_dic else: return helpers.gen_getter(attr_dic, name) pass
def __getattribute__(self,name): if name[:2] == '__': attr = object.__getattribute__(self,name) return attr else: attr_dic = object.__getattribute__(self,'__dict__') if name is '__dict__': return attr_dic else: return helpers.gen_getter(attr_dic,name) pass
def __init__(self): all_methods = dir(self) existing = [] for meth in all_methods: if meth[:1] != '_': existing.append(meth) kkdict = {} kkdict['_A'] = helpers.ComplexProperty(['B', 'C']) kkdict['B'] = 19 kkdict['C'] = 1000 class_decor = '_' + type(self).__name__ object.__setattr__(self, class_decor + '__exmeth', existing) self.__dict__.update(kkdict)
def testbuild_properties_dict_pref(self): kkdict = {} kkdict['first']='kkk1:kkk2' kkdict['kkk1']=19 kkdict['kkk2']=1000 kkdict['other']='unrelated' kkdict['second']='ssss1:ssss2:third' kkdict['third']='Babara' kkdict['descr1']='ddd' kkdict['descr2']='kkk1:kkk2' kkdict['descr3']=10 subst = {} subst['ssss1']='kkk1' subst['ssss2']='other' subst['descr2']='des222' prop_dict,desct = helpers.build_properties_dict(kkdict,subst,['descr1','des222','descr3']) self.assertEqual(len(desct),3) self.assertEqual(desct['descr3'],10) self.assertEqual(desct['descr1'],'ddd') self.assertTrue('des222' in desct.keys()) self.assertEqual(len(prop_dict),6) val = prop_dict['_first'] self.assertTrue(type(val) is helpers.ComplexProperty) #elf.assertEqual(val[0],'_kkk1') #self.assertEqual(val[1],'_kkk2') val = prop_dict['other'] self.assertFalse(type(val) is helpers.ComplexProperty) self.assertEqual(val,'unrelated') val = prop_dict['_second'] self.assertTrue(type(val) is helpers.ComplexProperty) #self.assertEqual(val[0],'_kkk1') #self.assertEqual(val[1],'_other') #self.assertEqual(val[2],'_third') val = prop_dict['third'] self.assertFalse(type(val) is helpers.ComplexProperty) self.assertEqual(val,'Babara')
def test_gen_setter(self): kkdict = {} kkdict['A'] = helpers.ComplexProperty(['B', 'C']) kkdict['B'] = 19 kkdict['C'] = 1000 helpers.gen_setter(kkdict, 'B', 0) self.assertEqual(kkdict['B'], 0) helpers.gen_setter(kkdict, 'C', 10) self.assertEqual(kkdict['C'], 10) self.assertRaises(KeyError, helpers.gen_setter, kkdict, 'A', 100) self.assertEqual(kkdict['B'], 0) helpers.gen_setter(kkdict, 'A', [1, 10]) self.assertEqual(kkdict['B'], 1) self.assertEqual(kkdict['C'], 10) helpers.gen_setter(kkdict, 'A', (2, 20)) self.assertEqual(kkdict['B'], 2) self.assertEqual(kkdict['C'], 20)
def testbuild_properties_dict_pref(self): kkdict = {} kkdict['first']='kkk1:kkk2' kkdict['kkk1']=19 kkdict['kkk2']=1000 kkdict['other']='unrelated' kkdict['second']='ssss1:ssss2:third' kkdict['third']='Babara' kkdict['descr1']='ddd' kkdict['descr2']='kkk1:kkk2' kkdict['descr3']=10 subst = {} subst['ssss1']='kkk1' subst['ssss2']='other' subst['descr2']='des222' prop_dict,desct = helpers.build_properties_dict(kkdict,subst,['descr1','des222','descr3']) self.assertEqual(len(desct),3) self.assertEqual(desct['descr3'],10) self.assertEqual(desct['descr1'],'ddd') self.assertTrue('des222' in desct.keys()) self.assertEqual(len(prop_dict),6) val = prop_dict['_first'] self.assertEqual(type(val), helpers.ComplexProperty) #elf.assertEqual(val[0],'_kkk1') #self.assertEqual(val[1],'_kkk2') val = prop_dict['other'] self.assertNotEqual(type(val), helpers.ComplexProperty) self.assertEqual(val,'unrelated') val = prop_dict['_second'] self.assertEqual(type(val), helpers.ComplexProperty) #self.assertEqual(val[0],'_kkk1') #self.assertEqual(val[1],'_other') #self.assertEqual(val[2],'_third') val = prop_dict['third'] self.assertNotEqual(type(val), helpers.ComplexProperty) self.assertEqual(val,'Babara')
def test_gen_setter(self): kkdict = {}; kkdict['A']=helpers.ComplexProperty(['B','C']); kkdict['B']=19; kkdict['C']=1000; helpers.gen_setter(kkdict,'B',0) self.assertEqual(kkdict['B'],0); helpers.gen_setter(kkdict,'C',10) self.assertEqual(kkdict['C'],10); self.assertRaises(KeyError,helpers.gen_setter,kkdict,'A',100) self.assertEqual(kkdict['B'],0); helpers.gen_setter(kkdict,'A',[1,10]) self.assertEqual(kkdict['B'],1); self.assertEqual(kkdict['C'],10);
def test_gen_setter(self): kkdict = {} kkdict['A']=helpers.ComplexProperty(['B','C']) kkdict['B']=19 kkdict['C']=1000 helpers.gen_setter(kkdict,'B',0) self.assertEqual(kkdict['B'],0) helpers.gen_setter(kkdict,'C',10) self.assertEqual(kkdict['C'],10) self.assertRaises(KeyError,helpers.gen_setter,kkdict,'A',100) self.assertEqual(kkdict['B'],0) helpers.gen_setter(kkdict,'A',[1,10]) self.assertEqual(kkdict['B'],1) self.assertEqual(kkdict['C'],10) helpers.gen_setter(kkdict,'A',(2,20)) self.assertEqual(kkdict['B'],2) self.assertEqual(kkdict['C'],20)
def test_gen_getter(self): kkdict = {} kkdict['first']='kkk1:kkk2' kkdict['kkk1']=19 kkdict['kkk2']=1000 kkdict['other']='unrelated' kkdict['second']='ssss1:ssss2:third' kkdict['third']='Babara' subst = {} subst['ssss1']='kkk1' subst['ssss2']='other' subst_dict,descr = helpers.build_properties_dict(kkdict,subst) self.assertEqual(helpers.gen_getter(subst_dict,'kkk1'),19) self.assertEqual(helpers.gen_getter(subst_dict,'kkk2'),1000) self.assertEqual(helpers.gen_getter(subst_dict,'first'),(19,1000)) self.assertEqual(helpers.gen_getter(subst_dict,'other'),'unrelated') self.assertEqual(helpers.gen_getter(subst_dict,'second'),[19,'unrelated','Babara']) self.assertEqual(helpers.gen_getter(subst_dict,'third'),'Babara')
def __getattr__(self, name): return helpers.gen_getter(self.__dict__, name)
def __get__(self,instance,type=None): if instance is None: return self return prop_helpers.gen_getter(instance.__dict__,'use_hard_mask_only')
def __getattr__(self,name): return helpers.gen_getter(self.__dict__,name)
def __setattr__(self,name,val): if name in self.__exmeth: object.__setattr__(self,name,val) else: helpers.gen_setter(self.__dict__,name,val)
def __getattr__(self, name): if name == 'special': return self.__special else: tDict = object.__getattribute__(self, '__dict__') return helpers.gen_getter(tDict, name)
def __getattr__(self,name): if name is 'special': return self.__special else: tDict = object.__getattribute__(self,'__dict__') return helpers.gen_getter(tDict,name)
def __setattr__(self, name, val): if name in self.__exmeth: object.__setattr__(self, name, val) else: helpers.gen_setter(self.__dict__, name, val)