How to use gds_format_float method in autotest

Best Python code snippet using autotest_python

sisxmlparser2_2_py3.py

Source:sisxmlparser2_2_py3.py

...186    def gds_format_integer(self, input_data):187        return '%d' % input_data188    def gds_validate_integer(self, input_data, node):189        return input_data190    def gds_format_float(self, input_data):191        # #362 - Shorten the display for the zeros.192        if input_data == 0.0:193            return '%.1f' % input_data194        return '%.12E' % input_data195    def gds_validate_float(self, input_data, node):196        return input_data197    def gds_format_double(self, input_data):198        # #362 - Shorten the display for the zeros.199        if input_data == 0.0:200            return '%.1f' % input_data201        return '%.12E' % input_data202    def gds_validate_double(self, input_data, node):203        return input_data204    def gds_format_decimal(self, input_data):205        return '%s' % input_data206    def gds_validate_decimal(self, input_data, node):207        return input_data208    def gds_format_boolean(self, input_data):209        return ('%s' % input_data).lower()210    def gds_validate_boolean(self, input_data, node):211        return input_data212    def gds_validate_datetime(self, input_data, node):213        return input_data214    def gds_format_datetime(self, input_data):215        if input_data.microsecond == 0:216            _svalue = '%04d-%02d-%02dT%02d:%02d:%02d' % (217                input_data.year,218                input_data.month,219                input_data.day,220                input_data.hour,221                input_data.minute,222                input_data.second,223            )224        else:225            _svalue = '%04d-%02d-%02dT%02d:%02d:%02d.%s' % (226                input_data.year,227                input_data.month,228                input_data.day,229                input_data.hour,230                input_data.minute,231                input_data.second,232                ('%f' % (float(input_data.microsecond) / 1000000))[2:],233            )234        if input_data.tzinfo is not None:235            tzoff = input_data.tzinfo.utcoffset(input_data)236            if tzoff is not None:237                total_seconds = tzoff.seconds + (86400 * tzoff.days)238                if total_seconds == 0:239                    _svalue += 'Z'240                else:241                    if total_seconds < 0:242                        _svalue += '-'243                        total_seconds *= -1244                    else:245                        _svalue += '+'246                    hours = total_seconds // 3600247                    minutes = (total_seconds - (hours * 3600)) // 60248                    _svalue += '{0:02d}:{1:02d}'.format(hours, minutes)249        else:250            # assume it is in UTC if no timezone info is specified.251            _svalue += 'Z'252        return _svalue253    def gds_parse_datetime(cls, input_data):254        '''Parse an xml date string with timezone information.255           Return a datetime object with time in UTC'''256        tzoff_pattern = re_.compile(r'(\+|-)((0\d|1[0-3]):[0-5]\d|14:00)$')257        tzoff = 0258        if input_data[-1] == 'Z':259            # it is in UTC260            input_data = input_data[:-1]261        else:262            # not in UTC. Get the offset in minutes263            results = tzoff_pattern.search(input_data)264            if results is not None:265                tzoff_parts = results.group(2).split(':')266                tzoff = int(tzoff_parts[0]) * 60 + int(tzoff_parts[1])267                if results.group(1) == '-':268                    tzoff *= -1269                input_data = input_data[:-6]270        if len(input_data.split('.')) > 1:271            dt = datetime_.datetime.strptime(272                input_data, '%Y-%m-%dT%H:%M:%S.%f')273        else:274            dt = datetime_.datetime.strptime(275                input_data, '%Y-%m-%dT%H:%M:%S')276        dt = dt - datetime_.timedelta(minutes=tzoff)277        return dt278class SISBase(MyBase):279    '''Base class for the extended FDSN StationXML.'''280    EOL = '\n'281    INDENT = '  '282    ELEMS = () #for each element create a tuple with name, datatype, isrequired, ismultivalue283    ATTRIBS = (('xsi:type', 'text', False, False), )284    NS = '' #Set the XML namespace for each class. Set 'fsx' for types in FDSNStationXML and 'sis' for the types in the SIS extension.285    EXTNS = ''  # Set a value only when the extension is in a different namespace from the super class286    EXTTYPE = '' # Set a value only for the sis types that extend from types defined in FDSNStationXML. Use EXTNS:EXTTYPE to set the value for xsi:type287    SUPERCLASS = '' #Set a value only when the extension is in a different namespace from the super class288    def __init__(self, **kw):289        self.elemdict = dict([(e[0], e[1:]) for e in self.ELEMS])290        self.attribdict = dict([(e[0], e[1:]) for e in self.ATTRIBS])291        for e in list(self.elemdict.keys()) + list(self.attribdict.keys()):292            if e in kw:293                setattr(self, e, kw.pop(e))294        if kw:295            raise SISError('Unexpected keys %s' % kw)296    def settype(self, type):297        setattr(self, 'xsi:type', type)298    def build(self, node):299        '''Read and set the attributes for this node and call function to read child nodes '''300        self.ns, self.nodename = get_ns_nodename(node)301        for k, v in list(node.attrib.items()):302            #remove the namespaceuris and replace with the namespaceprefix303            for uri,prefix in list(insd.items()):304                k = k.replace('{'+uri+'}', prefix + ':')305            if k in self.attribdict:306                if k == 'xsi:type':307                    #store the remapped prefix:type308                    val = get_remapped_type(v)309                else:310                    datatype, isreqd, ismulti = self.attribdict[k]311                    if datatype == 'text':312                        val = v313                    elif datatype == 'float' or datatype == 'decimal':314                        val = cast_to_float(v, None)315                    elif datatype == 'integer':316                        val = cast_to_integer(v, None)317                    elif datatype == 'boolean':318                        val = cast_to_bool(v, None)319                    elif datatype == 'date':320                        val = self.gds_parse_datetime(v)321                    else:322                        raise SISError ('Unknown datatype %s for attribute %s' %(datatype, k))323                self.__dict__[k] = val324        for child in node:325            self.buildchildren(child, node)326    def buildchildren(self, child, node):327        '''Parse the child node and save all elements to the instance of this class and call function to read its child nodes'''328        cns, cname, ctype = get_ns_name_type(child)329        # If unknown namespace ignore the element/node330        if cns is None:331            return332        if cname in self.elemdict:333            datatype, isreqd, ismulti = self.elemdict[cname]334            if datatype == 'text':335                val = get_text(child)336            elif datatype == 'float' or datatype == 'decimal':337                val = cast_to_float(get_text(child), child)338            elif datatype == 'integer':339                val = cast_to_integer(get_text(child), child)340            elif datatype == 'boolean':341                val = cast_to_bool(get_text(child), child)342            elif datatype == 'date':343                val = self.gds_parse_datetime(get_text(child))344            #handle the objects345            else:346                val = datatype()347                #Get the type defined in xml in the attribute xsi:type. Note this type value has been remapped.348                nstype = None349                if val.EXTNS and val.EXTTYPE:350                    nstype = '%s:%s' % (val.EXTNS, val.EXTTYPE)351                #Verify that the type defined in xml uses the correponding class in python352                if ctype  and ctype != nstype:353                    print(('Type defined in xml %s, using class %s' % (ctype, datatype)))354                val.build(child)355            # Note that val might contain a simple value or an object. If this element can have multiple values make a list.356            if ismulti:357                if not hasattr(self, cname):358                    self.__dict__[cname] = []359                self.__dict__[cname].append(val)360            else:361                self.__dict__[cname] = val362        else:363            #unknown or unexpected element. raise error.364            raise SISError ('Unknown element %s:%s under node %s'% (cns, cname, self.nodename))365    def validate(self):366        # this function is to be extended in the classes where applicable.367        pass368    def exportdict(self):369        '''Return a python dictionary of this object's elements '''370        exp ={}371        #validate the content of this object372        self.validate()373        all = dict(list(self.elemdict.items()) + list(self.attribdict.items()))374        for k, v in list(all.items()):375            datatype, isreqd, ismulti = v376            if hasattr(self, k):377                if getattr(self, k) is None and isreqd:378                    raise SISError('Expected non-null value for required element or attribute %s'%k)379                if isinstance(datatype, str):380                    # The builtin datatypes of str/float/integer/date are listed as string literals. Single or multivalues both are handled simply.381                    exp[k] = getattr(self, k)382                else:383                    # Datatype is a type matching the xml complex type.384                    # Export the contents as a dictionary385                    if ismulti:386                        # Multivalue possible, stored as a list. Export a list of dictionaries387                        exp[k] = []388                        objs = getattr(self, k)389                        for o in objs:390                            exp[k].append(o.exportdict())391                    else:392                        obj = getattr(self, k)393                        exp[k] = obj.exportdict()394            else:395                if isreqd:396                    raise SISError('Missing required element or attribute %s'% (k))397        return exp398    def getattrxml (self):399        '''400        Return a string containing all the attribute key value pairs with a leading space401        or an empty string if there are no attributes.402        '''403        alist = []404        for k, datatype, isreqd, ismulti in self.ATTRIBS:405            if hasattr(self, k):406                v = getattr(self, k)407                if datatype == 'text':408                    val = self.gds_format_string(quote_attrib(v))409                elif datatype == 'float':410                    val = self.gds_format_float(v)411                elif datatype == 'decimal':412                    val = self.gds_format_decimal(v)413                elif datatype == 'integer':414                    val = self.gds_format_integer(v)415                elif datatype == 'date':416                    val = self.gds_format_datetime(v)417                elif datatype == 'boolean':418                    val = self.gds_format_boolean(v)419                alist.append('%s="%s"' % (k,val))420        axml = ''421        if alist:422            axml = ' ' + ' '.join(alist)423        return axml424    def exportxml(self, outfile, tag, tagns, level):425        '''Write the xml for this object and its subelements. '''426        # Get an xml string with attributes formatted as key='val'427        axml = self.getattrxml()428        if level == 0:429            #write the xxml doctype430            outfile.write('<?xml version="1.0" ?>\n')431            #write out the namespaces and prefixes in the attribute list432            for prefix, uri in list(nsd.items()):433                axml = axml + ' xmlns:%s="%s"' % (prefix, uri)434        #validate the content of this object435        self.validate()436        outfile.write('%s<%s:%s%s>%s' % (self.INDENT*level, tagns, tag, axml, self.EOL))437        sublevel = level + 1438        #use the tuple self.ELEMS because the order is important439        for k, datatype, isreqd, ismulti in self.ELEMS:440            # in case the extended type is in a different namespace then self.EXTNS has been set441            ns = self.NS442            if self.EXTNS:443                sup = self.SUPERCLASS444                #if element is not in the superclass then use self.EXTNS as the namespace prefix445                if k not in [e[0] for e in sup.ELEMS]:446                    ns = self.EXTNS447            if hasattr(self, k):448                if getattr(self,k) is None:449                    if isreqd:450                        raise SISError('Expected non-null value for required element or attribute %s in %s'% (k, tag))451                else:452                    #TODO check encoding and formatting. Does double and float need to be handled differently?453                    if not ismulti:454                        v = getattr(self, k)455                        if isinstance(datatype, str):456                            if datatype == 'text':457                                #TODO check encoding for string458                                val = self.gds_format_string(quote_xml(v))459                            elif datatype == 'float':460                                val = self.gds_format_float(v)461                            elif datatype == 'decimal':462                                val = self.gds_format_decimal(v)463                            elif datatype == 'integer':464                                val = self.gds_format_integer(v)465                            elif datatype == 'date':466                                val = self.gds_format_datetime(v)467                            elif datatype == 'boolean':468                                val = self.gds_format_boolean(v)469                            outfile.write('%s<%s:%s>%s</%s:%s>%s' % (self.INDENT*sublevel, ns, k, val, ns, k, self.EOL))470                        else:471                            v.exportxml(outfile, k, ns, level+1)472                    else:473                        vlist = getattr(self, k)474                        for v in vlist:475                            if isinstance(datatype, str):476                                if datatype == 'text':477                                    #TODO check encoding for string478                                    val = self.gds_format_string(quote_xml(v))479                                elif datatype == 'float':480                                    val = self.gds_format_float(v)481                                elif datatype == 'decimal':482                                    val = self.gds_format_decimal(v)483                                elif datatype == 'integer':484                                    val = self.gds_format_integer(v)485                                elif datatype == 'date':486                                    val = self.gds_format_datetime(v)487                                elif datatype == 'boolean':488                                    val = self.gds_format_boolean(v)489                                outfile.write('%s<%s:%s>%s</%s:%s>%s' % (self.INDENT*sublevel, ns, k, val, ns, k, self.EOL))490                            else:491                                v.exportxml(outfile, k, ns, sublevel)492            else:493                if isreqd:494                    raise SISError('Missing required element or attribute %s in %s'% (k, tag))495        outfile.write('%s</%s:%s>%s' % (self.INDENT*level, tagns, tag, self.EOL))496    def exportobj(self, outfile, level):497        '''Write out a python object representation. '''498        self.validate()499        if level == 0:500            #For the outer most class add its name501            outfile.write('%s=%s(%s' % ('rootobj', self.__class__.__name__, self.EOL))502            level = level +1503        for (k, datatype, isreqd, ismulti) in self.ATTRIBS + self.ELEMS:504            if k in self.__dict__:505                v = getattr(self, k)506                if isinstance(datatype, str):507                    if datatype == 'text' and not ismulti:508                        outfile.write("%s%s='%s',%s" % (self.INDENT*level, k, v, self.EOL))509                    else:510                        outfile.write('%s%s=%s,%s' % (self.INDENT*level, k, v, self.EOL))511                else:512                    if ismulti:513                        outfile.write('%s%s=[%s' % (self.INDENT*level, k, self.EOL))514                        level = level+1515                        for elem in v:516                            outfile.write('%s%s(%s' %(self.INDENT*level, elem.__class__.__name__, self.EOL))517                            elem.exportobj(outfile, level+1)518                            outfile.write ('%s),%s' %(self.INDENT*level, self.EOL))519                        outfile.write('%s],%s' %(self.INDENT*level, self.EOL))520                        level = level - 1521                    else:522                        outfile.write('%s%s=%s(%s' %(self.INDENT*level, k, v.__class__.__name__, self.EOL))523                        v.exportobj(outfile, level+1)524                        outfile.write ('%s),%s' %(self.INDENT*level, self.EOL))525        if level == 1:526            #close the outer most class527            outfile.write(')%s'%(self.EOL,))528class SISSimpleType(SISBase):529    '''530    Use this class for simple types that have no sub-elements, but have attributes.531    Redefine ElEMS if not of type text. Should be a tuple containing info for only532    one element named ValueOf.533    '''534    ELEMS = (('ValueOf', 'text', True, False),)535    NS = 'fsx'536    def build(self, node):537        self.ns, self.nodename = get_ns_nodename(node)538        ndatatype = self.ELEMS[0][1]539        v = node.text.strip()540        if ndatatype == 'text':541            val = v542        elif ndatatype == 'float' or ndatatype == 'decimal':543            val = cast_to_float(v, None)544        elif ndatatype == 'integer':545            val = cast_to_integer(v, None)546        elif ndatatype == 'boolean':547            val = cast_to_bool(v, None)548        elif ndatatype == 'date':549            val = self.gds_parse_datetime(v)550        else:551            raise SISError ('Unknown datatype %s' %datatype)552        self.ValueOf = val553        for k, v in list(node.attrib.items()):554            if k in self.attribdict:555                datatype, isreqd, ismulti = self.attribdict[k]556                if datatype == 'text':557                    val = v558                elif datatype == 'float' or datatype =='decimal':559                    val = cast_to_float(v, None)560                elif datatype == 'integer':561                    val = cast_to_integer(v, None)562                elif datatype == 'boolean':563                    val = cast_to_bool(v, None)564                elif datatype == 'date':565                    val = self.gds_parse_datetime(v)566                else:567                    raise SISError ('Unknown datatype %s' %datatype)568                self.__dict__[k] = val569            else:570                raise SISError ('Unexpected attribute %s=%s in node %s in class%s' %(k, v, self.nodename, self.__class__.__name__))571    def buildchildren(self, child, node):572        pass573    def exportxml(self, outfile, tag, tagns, level):574        '''Export the value in ValueOf as the content of the passed in tag. '''575        axml = self.getattrxml()576        #validate the content of this object577        self.validate()578        (ndatatype, isreqd) = self.ELEMS[0][1:3]579        if isreqd and self.ValueOf is None:580            raise SISError('Expected non-null value for required element %s'% (tag))581        if ndatatype == 'text':582            val = self.gds_format_string(quote_xml(self.ValueOf))583        elif ndatatype == 'float':584            val = self.gds_format_float(self.ValueOf)585        elif ndatatype == 'decimal':586            val = self.gds_format_decimal(self.ValueOf)587        elif ndatatype == 'integer':588            val = self.gds_format_integer(self.ValueOf)589        elif ndatatype == 'date':590            val = self.gds_format_datetime(self.ValueOf)591        elif ndatatype == 'boolean':592            val = self.gds_format_boolean(self.ValueOf)593        outfile.write('%s<%s:%s%s>%s</%s:%s>%s' % (self.INDENT*level, tagns, tag, axml, val, tagns, tag, self.EOL))594class UnitsType(SISBase):595    ELEMS = (('Name', 'text', True, False),596             ('Description', 'text', False, False),597            )598    NS = 'fsx'599class FloatNoUnitType(SISSimpleType):600    '''601    This is a SimpleType node602    '''603    ELEMS = (('ValueOf', 'float', True, False),)604    ATTRIBS = SISSimpleType.ATTRIBS + (('plusError', 'float', False , False),605                ('minusError', 'float', False , False),606                ('number', 'integer', False , False),607              )608    NS = 'fsx'609    def validate(self):610        plus = getattr(self, 'plusError', None)611        minus = getattr(self, 'minusError', None)612        if plus != minus:613            raise SISError ('The plus error and minus error are different. The loader requires them to be the same. Class %s, plus error %s, minus error %s'%(self.__class__.__name__, plus, minus))614        super(FloatNoUnitType, self).validate()615class FloatType(FloatNoUnitType):616    ATTRIBS = FloatNoUnitType.ATTRIBS + (('unit', 'text', False, False),617                ('i', 'integer', False, False),)618    NS = 'fsx'619class FrequencyType(FloatType):620    def validate(self):621        if hasattr(self, 'unit') and self.unit != 'HERTZ':622            raise SISError ('Frequency unit should be HERTZ. It is specified as %s' % self.unit)623        super(FrequencyType, self).validate()624class DecimationType(SISBase):625    ELEMS = (('InputSampleRate', FrequencyType, True, False),626             ('Factor', 'integer', True, False),627             ('Offset', 'integer', True, False),628             ('Delay', 'float', True, False),629             ('Correction', 'float', True, False),630             )631    NS = 'fsx'632class GainType(SISBase):633    ELEMS = (('Value', 'float', True, False),634             ('Frequency', 'float', True, False),635             )636    NS = 'fsx'637class SensitivityType(GainType):638    ELEMS = GainType.ELEMS + (('InputUnits', UnitsType, True, False),639            ('OutputUnits', UnitsType, True, False),640            ('FrequencyStart', 'float', False, False),641            ('FrequencyEnd', 'float', False, False),642            ('FrequencyDBVariation', 'float', False, False),643            )644    NS = 'fsx'645class SISGainType (GainType):646    ELEMS = GainType.ELEMS + (('InputUnits', UnitsType, False, False),647            ('OutputUnits', UnitsType, False, False),648            )649    EXTNS = 'sis'650    EXTTYPE = 'GainType' # Use EXTNS:EXTTYPE to set the value for xsi:type651    SUPERCLASS = GainType652class PoleZeroType(SISBase):653    ELEMS = (('Real', FloatNoUnitType, True, False),654             ('Imaginary', FloatNoUnitType, True, False),655             )656    ATTRIBS = SISBase.ATTRIBS + (('number', 'integer', False, False),)657    NS = 'fsx'658class BaseFilterType(SISBase):659    #Units are required in XSD, but not required for the loader.660    ELEMS = (('Description', 'text', False, False),661             ('InputUnits', UnitsType, False, False),662             ('OutputUnits', UnitsType, False, False),663            )664    ATTRIBS = SISBase.ATTRIBS + (('resourceid', 'text', False, False),665               ('name', 'text', False, False),666               )667    NS = 'fsx'668class PolesZerosType(BaseFilterType):669    ELEMS =  BaseFilterType.ELEMS + (('PzTransferFunctionType', 'text', True, False),670             ('NormalizationFactor', 'float', True, False),671             ('NormalizationFrequency', 'float', True, False),672             ('Zero', PoleZeroType, False, True),673             ('Pole', PoleZeroType, False, True),674            )675    NS = 'fsx'676class SISPolesZerosType(PolesZerosType):677    ATTRIBS = PolesZerosType.ATTRIBS + (('SISNamespace', 'text', True, False),)678    EXTNS = 'sis'679    EXTTYPE = 'PolesZerosType' # Use EXTNS:EXTTYPE to set the value for xsi:type680    SUPERCLASS = PolesZerosType681class CoefficientsType (BaseFilterType):682    ELEMS = BaseFilterType.ELEMS + (('CfTransferFunctionType', 'text', True, False),683            ('Numerator', FloatType, False, True),684            ('Denominator', FloatType, False, True),685            )686    NS = 'fsx'687class SISCoefficientsType(CoefficientsType):688    ATTRIBS = CoefficientsType.ATTRIBS + (('SISNamespace', 'text', True, False),)689    EXTNS = 'sis'690    EXTTYPE = 'CoefficientsType' # Use EXTNS:EXTTYPE to set the value for xsi:type691    SUPERCLASS = CoefficientsType692class FIRType(BaseFilterType):693    ELEMS = BaseFilterType.ELEMS + (('Symmetry', 'text', True, False),694            ('NumeratorCoefficient', FloatType, False, True),695            )696    NS = 'fsx'697class SISFIRType(FIRType):698    ATTRIBS = FIRType.ATTRIBS + (('SISNamespace', 'text', True, False),)699    EXTNS = 'sis'700    EXTTYPE = 'FIRType' # Use EXTNS:EXTTYPE to set the value for xsi:type701    SUPERCLASS = FIRType702class PolynomialType(BaseFilterType):703    ELEMS = BaseFilterType.ELEMS + (('ApproximationType', 'text', True, False),704            ('FrequencyLowerBound', FrequencyType, True, False),705            ('FrequencyUpperBound', FrequencyType, True, False),706            ('ApproximationLowerBound', 'decimal', True, False),707            ('ApproximationUpperBound', 'decimal', True, False),708            ('MaximumError', 'decimal', True, False),709            ('Coefficient', FloatNoUnitType, True, True),710            )711    NS = 'fsx'712class SISPolynomialType(PolynomialType):713    ATTRIBS = PolynomialType.ATTRIBS + (('SISNamespace', 'text', True, False),)714    EXTNS = 'sis'715    EXTTYPE = 'PolynomialType' # Use EXTNS:EXTTYPE to set the value for xsi:type716    SUPERCLASS = PolynomialType717class PersonType(SISBase):718    ELEMS = (('Name', 'text', False, True),719            ('Agency', 'text', False, True),720            ('Email', 'text', False, True),721            ('Phone', 'text', False, True),722            )723    NS = 'fsx'724class CommentType(SISBase):725    ELEMS = (('Value', 'text', True, False),726            ('BeginEffectiveTime', 'date', False, False),727            ('EndEffectiveTime', 'date', False, False),728            ('Author', PersonType, False, True),729            )730    NS = 'fsx'731class BaseNodeType (SISBase):732    ELEMS = (('Description', 'text', False, False),733            ('Comment', CommentType, False, True),734            )735    ATTRIBS = SISBase.ATTRIBS + (('code', 'text', True, False),736               ('startDate', 'date', False, False),737               ('endDate', 'date', False, False),738               ('restrictedStatus', 'text', False, False),739               ('alternateCode', 'text', False, False),740               ('historicalCode', 'text', False, False),)741    NS = 'fsx'742class LatitudeType(FloatType):743    ATTRIBS = FloatType.ATTRIBS + (('datum', 'text', False, False),)744    NS = 'fsx'745    def validate(self):746        if hasattr(self, 'unit') and self.unit != 'DEGREES':747            raise SISError ('Latitude should be in DEGREES. It is specified as %s'% self.unit)748        if self.ValueOf <-90 or self.ValueOf > 90:749            raise SISError('Invalid Latitude %s'% self.ValueOf)750        super(LatitudeType, self).validate()751    #Override default exponential out format and precision defined for FloatType752    def gds_format_float(self, input_data):753        return '%.6f' % input_data754class LongitudeType(FloatType):755    ATTRIBS = FloatType.ATTRIBS + (('datum', 'text', False, False),)756    NS = 'fsx'757    def validate(self):758        if hasattr(self, 'unit') and self.unit != 'DEGREES':759            raise SISError ('Longitude should be in DEGREES. It is specified as %s'% self.unit)760        if self.ValueOf <-180 or self.ValueOf > 180:761            raise SISError('Invalid Longitude %s'% self.ValueOf)762        super(LongitudeType, self).validate()763    #Override default exponential out format and precision defined for FloatType764    def gds_format_float(self, input_data):765        return '%.6f' % input_data766class AzimuthType(FloatType):767    NS = 'fsx'768    def validate(self):769        if hasattr(self, 'unit') and self.unit != 'DEGREES':770            raise SISError ('Azimuth should be in DEGREES. It is specified as %s'% self.unit)771        if self.ValueOf <0 or self.ValueOf > 360:772            raise SISError('Invalid Azimuth %s'% self.ValueOf)773        super(AzimuthType, self).validate()774    #Override default exponential out format and precision defined for FloatType775    def gds_format_float(self, input_data):776        return '%.1f' % input_data777class DipType(FloatType):778    NS = 'fsx'779    def validate(self):780        if hasattr(self, 'unit') and self.unit != 'DEGREES':781            raise SISError ('Dip should be in DEGREES. It is specified as %s'% self.unit)782        if self.ValueOf < -90 or self.ValueOf > 90:783            raise SISError('Invalid Dip %s'% self.ValueOf)784        super(DipType, self).validate()785    #Override default exponential out format and precision defined for FloatType786    def gds_format_float(self, input_data):787        return '%.1f' % input_data788class DistanceType(FloatType):789    NS = 'fsx'790    def validate(self):791        if hasattr(self, 'unit') and self.unit != 'METERS':792            raise SISError ('Distance should be in METERS. It is specified as %s'% self.unit)793        super(DistanceType, self).validate()794    #Override default exponential out format and precision defined for FloatType795    def gds_format_float(self, input_data):796        return '%.1f' % input_data797class ExternalReferenceType(SISBase):798    ELEMS = (('URI', 'text', True, False),799            ('Description', 'text', True, False),800            )801    NS = 'fsx'802class SampleRateRatioType(SISBase):803    ELEMS = (('NumberSamples', 'integer', True, False),804            ('NumberSeconds', 'integer', True, False),805            )806    NS = 'fsx'807class EquipmentType(SISBase):808    ELEMS = (('Type', 'text', False, False),809            ('Description', 'text', False, False),...

emdb_user_methods.py

Source:emdb_user_methods.py

...125# Replace the following method specifications with your own.126#127# Sample method specification #1128#129method1 = MethodSpec(name='gds_format_float', source='''def gds_format_float(self,input_data, input_name="" ): return ("%%g" %% input_data)''',130                     class_names=r'^resolutionType$|^contourType$|^contourLevelType$|^chamber_humidityType$|^eWindowType$|^vitrifType$|^imgType$|^originType$|^limitType$',131                     )132#133# Provide a list of your method specifications.134#   This list of specifications must be named METHOD_SPECS.135#136METHOD_SPECS = (method1,)137def test():138    """139    TO DO:140    """141    for spec in METHOD_SPECS:142        spec.show()143def main():...

Coordinates.py

Source:Coordinates.py

...31            outfile.write('/>\n')32    def exportAttributes(self, outfile, level, already_processed, namespace_='', name_='coord'):33        if self.y is not None and 'y' not in already_processed:34            already_processed.append('y')35            outfile.write(' %sy="%s"' % (namespace_,self.gds_format_float(self.y, input_name='y')))36        if self.x is not None and 'x' not in already_processed:37            already_processed.append('x')38            outfile.write(' %sx="%s"' % (namespace_,self.gds_format_float(self.x, input_name='x')))39        if self.z is not None and 'z' not in already_processed:40            already_processed.append('z')41            outfile.write(' %sz="%s"' % (namespace_,self.gds_format_float(self.z, input_name='z')))42    def exportChildren(self, outfile, level, namespace_='', name_='coord', fromsubclass_=False):43        pass44    def hasContent_(self):45        if (46            ):47            return True48        else:49            return False50    def exportLiteral(self, outfile, level, name_='coord'):51        level += 152        self.exportLiteralAttributes(outfile, level, [], name_)53        if self.hasContent_():54            self.exportLiteralChildren(outfile, level, name_)55    def exportLiteralAttributes(self, outfile, level, already_processed, name_):...

Automation Testing Tutorials

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