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模式特性总是首先出现。所以如果我们设置由属性命名的全局变量,然后我们可以

稍后在数据出来时检查这些。

“啊!position=“2622.53-716.503”!top_left=“2622.53-716.503”!bottom_right=“3372.53-766.503”!bounding rect=“2622.53-716.503 750 50”!订单=“5E + 14”!跟随anchor=“true”!info_node=“false”!colour=“1,1,0.784314,0.196078”!size_policy=“10”!COMMENT_TYPE="REGULAR"#!锚定的_node=“0”!>

我们把特征塞进

geometry Trait so that

当我们按属性分解时

我们可以留着这个

“啊!position=“1593.01-1434.26”!top_left=“1593.01-1434.26”!bottom_right=“1592.01-1433.26”!bounding rect=“1593.01-1434.26-1-1”!订单=“5E + 14”!跟随anchor=“true”!info_node=“false”!colour=“1,1,0.784314,0.196078”!size_policy=“8”!COMMENT_TYPE="REGULAR"#!锚定的_node=“22”!>

如果我们的

原来的功能没有

有几何学。否则,

我们需要这样做,所以我们

可以放回几何图形

在结尾处

“啊!position=“952.505-1338.26”!top_left=“952.505-1338.26”!bottom_right=“951.505-1337.26”!bounding rect=“952.505-1338.26-1-1”!订单=“5E + 14”!跟随anchor=“true”!info_node=“false”!colour=“1,1,0.784314,0.196078”!size_policy=“8”!COMMENT_TYPE="REGULAR"#!锚定的_node=“44”!>

Bring all the attributes

回到1个功能。

注意按组排序

is TRUE because we know we

获取每个功能的属性

连续地

“啊!position=“5617.79-1110.26”!top_left=“5617.79-1110.26”!BOTTOM_RIGHT="5616.79 -1109.26"#!bounding rect=“5617.79-1110.26-1-1”!订单=“5E + 14”!跟随anchor=“true”!info_node=“false”!colour=“1,1,0.784314,0.196078”!size_policy=“8”!COMMENT_TYPE="REGULAR"#!锚定的_node=“19”!>
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fme_python_版本27!启动头报文!启动_wb_headerreader_type nullreader_keyword null_source null_source_dataset nullwriter_type nullwriter_keyword null_dest null_dest_dataset null!Enth-WbHead头!启动“wb_header”!Enth-WbHead头!end_headerlog_filename“$(fme_mf_dir)dynamicdatatereformat.log”log_append nolog_max_features 200log_max_recorded_features 200fme_reprojection_engine fme fme_implicit_csmap_reprojection_mode autome_geometry_handling enhancedfme_stroke_max_deviation 0log_filter_mask-1---------------------------------------------------------------------多区域der_Continue_on_Reader_failure no诜诜诜系统;设置fme_coordsys_}宏创建器\u xml not \u activatedmacro creator \u classic not \u activatedmacro creator \u 2d3d 2d \u geometrymacro creator \u coords 包括[如果几何对象=几何对象放置宏创建者XML*]包括[如果几何对象=二维坐标列表放置宏创建者U 2D3D几何放置宏创建器经典]包括[如果几何对象=三维坐标列表放置宏创建器2d3d三维几何puts {MACRO Creator_CLASSIC *} } ]INCLUDE [ if { {Geometry Object} == {2D Min/Max Box} } { set comment { We need to turn the COORDS which are minX minY maxX maxY into a full polygon list of coordinates };设置splitcoords[split[string trim{ }[];如果[长度$splitcoords]>4设置trimmedcoordsforeach item$splitcoords如果$item!=lappend trimmedcoords$项目设置splitcoords$trimmedcoords;};如果[长$splitcoords]!=4错误创建者:坐标列表应该是一个由四个数字组成的空格分隔的列表,如“minx miny maxx maxy”-` “无效”};};设置minx[lindex$splitcoords 0];设置miny[lindex$splitcoords 1];set maxX [lindex $splitCoords 2];设置maxy[lindex$splitcoords 3];输入“macro creator_coords$minx$miny$minx$maxy$maxx$maxy$maxx$miny$minx$miny”;放置宏创建器_2d3d 2d_几何体将宏创建者经典工厂定义$(创建者_xml)创建工厂_名称创建者_xml _创建者创建_结束无输出功能_类型uuuuuuuuuuuuuuuuuuuuuuuuuuuuuuu创建几何体(从_编码u字符串, ?xml 版本= 1.0 编码= 乌斯阿斯契 standalone= 几何学 维数= 无效的 几何学 )工厂def$(创建者_经典)创意工厂_name创建者_经典_创建者$(创建者dd)$(创建者coords)创造_端无输出特征_类型\\\\uuuu\\\\\\\\\\\\\\\\\\\\\\\\\\实例“output feature_type creator_created@tcl2(creator_coordsysremover)@coordsys()fme_feature_type creatorfactory_def*branchingfactory factory_name”creator_created brancher-1 4“input feature_type creator_created target_factory”$(wb_current_context)_creator_branch_target“输出传递的功能”_type*@删除属性(“creator_created brancher-1 4”.branchingfactory.count)--------------------------------------factory_def*teefactory factory_name”$(wb_current_context)_creator_branch_target“输入功能\u type*输出功能\u type*-----------------------------------------------------macro featurereader_output_ports_encoded macro featurereader_directives_mitab_full_enhanced_geometry,yes,clip_to_envelope,no,use_search_envelope,no values come in encoded and out decoded.tcl2 proc featurereader_findinlistelesedefault valueencoded defaultvalue if[lsearch[split$(featurereader_output_encoded)]$valueencoded]>=0返回FeatureReader_[fme_decodeText$valueencoded]否则返回FeatureReader_$defaultValue始终提供交互,否则,工厂默认为信封交叉,包括[如果(无=={ })||(($interaction_options)=)puts macro fctquery_interaction_line fctquery_interaction none_}else puts macro fctquery_interaction_line fctquery_interaction“none”}]#将属性合并选项合并到工厂预期的默认值“Macro FeatureReader”合并“AttrsInclude”[如果结果仅=合并放置“Macro FeatureReader”合并“Attrs” “;}否则将“宏特征读取者”与“属性结果仅”合并;};]工厂定义*查询工厂名称FeatureReader输入功能_type creator_created$(fctquery_interaction_line)Combine_attributes$(FeatureReader_combine_attrs)queryfct_attribute_prefix 合并“几何结果”只启用“无读卡器缓存”类型Mitab读卡器“数据集”@evaluateexpression(fdiv,string_encoded,$(fme_mf_dir_encoded)mine.tab,featurereader)”queryfct_ids“”读卡器指令meta_macros,sourcefm_table_password Source_MITAB_FULL_ENHANCED_GEOMETRY 源编码 sourcepose_attrs_组 SourceMITAB_EXPOSE_FORMAT_ATTRS 源使用搜索信封 源搜索\信封\u minx 源搜索信封 源搜索\信封\最大值 源搜索\信封\最大值 源剪辑到信封 否,metafile,mitab queryfct_output“based_on_connections”continue_on_reader_error yes reader_params_wwjd$(featureReader_directives)output result feature_type*@supplyAttributes(fme_feature_type,@featureType())@tcl2(“set fme_featureType[featureReader_findinListelsedefault[fme_encodeText$fme_featureType]。{ }]") @Transform(MITAB,FME_GENERIC,ALIAS_GEOMETRY) OUTPUT SCHEMA FEATURE_TYPE FeatureReader_ #——————————————————————————————————————创建此转换器将使用的域名。——因为@count本身将计算表达式以计算域,我们不需要在tcl中为每一个特性做任何事情。如果全局=本地设置域前缀[FME编码文本生成唯一特性ID];};放入“macro makeuniquefeatureid_full_domain$domainprefix counter”;]FACTORY_DEF * TeeFactory FACTORY_NAME MakeUniqueFeatureID_Counter INPUT FEATURE_TYPE FeatureReader_ @renameattributes(FME_Strict,\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\你说什么?=“”输出传递的功能_type makeuniquefeatureid_ @removeattributes(uuufm_rejection_code_uuuuu)输出失败的功能_type makeuniquefeatureid_output@renameattributes(fm_strict,fm_rejection_code,uuufm_rejection_code_uuuuuuuuuu)工厂_def*teefactory工厂_name“makeuniquefeatureid output nuker“输入功能”makeuniquefeatureid_ #————————————————————————————————首先确定我们将要使用的函数——我们可以在分析时静态地执行该操作,以提高效率sakemacro saveoriggeom_的功能包括[if fmebinary=fmebinary puts macro saveoriggeom_function@geometry(to attribute_binary,”g\;125\\123;\125\123123;\\\125;\\\\\125;\\\125;;Elseif \125\\\\\\\123;;\\\123; fmebinary=折线{将macro saveoriggeom_function@geometry(to_attribute_polyline,“_geometry”, )}}elseif fmebinary=wkt puts macro saveoriggeom _function@ogcgeometry(to attribute,fmebinary,“_geometry”, ) } } elseif {{fmebinary} == {wkb} || {fmebinary} == {wkbhex} } { puts {MACRO SaveOrigGeom_Function @OGCGeometry(to_attribute,fmebinary,"_geometry", )}}elseif \123\\123\124124123\123;\123;123 Mebinary \ Mebinary \123\\123\125\125===\\123\123\123\123\\(到属性,“几何体”, )}}elseif fmebinary=georss puts macro saveoriggeom _function@georss geometry(to _attribute,fmebinary,“_geometry”, )}}elseif fmebinary=gml 2.1.2 fmebinary=gml 3.1.1 fmebinary=gml 3.2.1 puts macro saveoriggeom function@gmlgeometry(to_attribute,fmebinary,“几何体”, )}}elseif fmebinary=geohash puts macro saveoriggeom _function@geohash(to_attribute,“_geometry”, ) } } elseif {{fmebinary} == {ogeosms} } { puts {MACRO SaveOrigGeom_Function @OGCGeometry(to_attribute,fmebinary,"_geometry", )}}ELSEEIF 123123;123\123\\124\\123\=\123;\123; Mac宏保存规则MacMac宏保存规则123; MacMacMacMacMacMacMacMac保存规则123123\123\\\\\\\125\\\\123;\123 \如果你不愿意的话,@ MGRS(ToMGRs) ,“ “))elseif fmebinary=mssql puts macro saveoriggeom _function@serializegeometry(to_attribute,fmebinary,”_geometry“, “)]下一步确定是否应删除几何图形,并在分析时执行此操作默认情况下,宏没有任何内容,这意味着我们不会移除。如果我们想移除,然后,我们将宏设置为执行somacro saveoriggeom_geometryremovefunctioninclude[if no=yes puts macro saveoriggeom_geometryremovefunction@removegeometry()]factory teefactory factory_name saveoriggeom input feature_type makeuniquefeatureid_output feature_type uuuuuuu toresider__@renameattributes(fme-strict,uuuu-fme-rejection u code uuuuuuu,fme-rejection u code)$(saveoriggeom _geometryremovefunction)工厂定义*测试工厂名称saveoriggeom _rejector输入功能u type uuuuuu toremipener uuuuu test@value(fme _rejection _code)!=“”输出失败的功能_type saveoriggeom_output@renameattributes(fme_strict,fme_rejection_code,uuuuuu fme_rejection_code_uuuuuuuuuuuuu)--------------------------------------------tcl2 proc savefeatureid_c36b3f44_f188_11e5_a8a9_28373700892c9_createdomain in_域名设置域名$in_域名;如果{{ } != {Global} } { set xFormName [FME_EncodeText {SaveFeatureID_}];设置域名$XFormName$DomainName;};返回$domainname;}包括[set macroline“macro savefeatureid_src_attrs_exp”;foreach attr[拆分“_count”]追加macroline“,$attr”;};卖出$macroline;]FACTORY_DEF * GQueryFactory FACTORY_NAME SaveFeatureID_GQuery INPUT FEATURE_TYPE SaveOrigGeom_OUTPUT ACTION SET_TRAITS PARAMETER yes _count OUTPUT RESULT FEATURE_TYPE SaveFeatureID___RemoveAttrs___FACTORY_DEF NOT_THIS_TIME TeeFactory FACTORY_NAME SaveFeatureID_AttrRemover INPUT FEATURE_TYPE SaveFeatureID___RemoveAttrs___ OUTPUT FEATURE_TYPE * @RemoveAttributes(fme_encoded"$(SaveFeatureID_SRC_ATTRS_EXP)")FACTORY_DEF * TeeFactory FACTORY_NAME SaveFeatureID_Outputter INPUT FEATURE_TYPE SaveFeatureID___RemoveAttrs___ OUTPUT FEATURE_TYPE SaveFeatureID_SET# -------------------------------------------------------------------------FACTORY_DEF * AttributeFactory FACTORY_NAME AttributeExploder INPUT FEATURE_TYPE SaveFeatureID_SET ATTR_NAME_LABEL "_attr_name" ATTR_VALUE_LABEL "_attr_value" KEEP_GEOMETRY Yes KEEP_ATTRIBUTES No EXPLODING_TYPE EXPLODE_AS_FEATURES LIST_NAME " 输出分解特征_type attributeexploder_output--------------------------------------------default_macro retrievefeatureid_参数include[if no=yes puts macro retrievefeatureid_action extract_traits_prefixed}else puts macro retrieveFeatureID_action extract_traits_};如果提取特征=提取其他放置宏检索特征ID参数计数,否};]Factory_def*gqueryFactory Factory_name retrieveFeatureID_gquery input feature_type attributeexploder_output route_unmatched_features yes$(retrieveFeatureID_action)$(retrieveFeatureID_parameter)output result feature_type retrieveFeatureID_extracted------------------------------------default_macro wb_current_contextmacro retrievedateflag_var@evaluateexpression(fdiv,string_encoded, 价值 商标名 ,retrievedateflag)包括[if global=local puts macro retrievedateflag uvar$(wb _current context)u@evaluateexpression(fdiv,string _encoded, 价值 商标名 ,RetrieveDateFlag)};};factory_def*teefactory factory_name retrievedateflag input feature_type retrievefeatureid_extracted output feature_type retrievedateflag_output@globalvariable(fme_encoded,$(retrievedateflag_var),fme_result_attribute,_dateornot)35;--------------------------------------------------------factory_def*teefactory工厂名称testfilter_2 input feature_type retrievedateflag_output feature_type testfilter_2_testfilterinputline_0工厂定义*测试工厂名称testfilter_2_testfilter_0 input feature_type testfilter_2_testfilterinputline_0 test@evaluateexpression(fdiv,string_encoded, 价值 第二日期 ,testfilter_2)=isdate编码的布尔运算符或复合表达式 OUTPUT PASSED FEATURE_TYPE TestFilter_2_IsADate OUTPUT FAILED FEATURE_TYPE TestFilter_2_TESTFILTERINPUTLINE_1FACTORY_DEF * TeeFactory FACTORY_NAME TestFilter_2_NotDate INPUT FEATURE_TYPE TestFilter_2_TESTFILTERINPUTLINE_1 OUTPUT FEATURE_TYPE TestFilter_2_NotDate# -------------------------------------------------------------------------Tcl2 proc DateFormatter_formatter {invalidValue} { set dateFormat {Locale Date (%c)};if[字符串比较$dateformat fme日期/时间(%y%m%d%h%m%s)]==0设置日期格式%y%m%d%h%m%s}elseif[字符串比较$dateformat FME日期(%y%m%d)]==0设置日期格式%y%m%d}elseif[字符串比较$dateformat fme时间(%h%m%s)]==0设置日期格式%h%m%s}elseif[字符串比较$dateformat ISO日期(%y-%m-%d)]==0设置日期格式%y-%m-%d} elseif { [string compare $dateFormat {ISO DateTime (%Y-%m-%dT%H:%M:%S)}] == 0} { set dateFormat {%Y-%m-%dT%H:%M:%S};}elseif[字符串比较$dateformat ISO时间(%h:%m:%s)]==0设置日期格式%h:%m:%s}elseif[字符串比较$dateformat区域设置日期(%c)]==0设置日期格式%c};设置attrs[分割];foreach attr$attrs设置日期[string trim[fme_getattribute$attr];设置注释不要触摸空或空属性值如果[字符串长度$date]==0继续;};设置SRCFMT {};如果{{%y%M%D}!=fm_u automatic set srcfmt%y%m%d_}否则设置注释在自动模式下,我们忽略毫秒部分;regexp ^[^.]*$日期;设置注释如果在自动模式下为单个字符或所有数字,则出错;if[regexp ^.$日期][regexp ^[0-9]+$日期]设置日期};};设置注释此时空的$date无效,所以不要进一步处理;set datelen[字符串长度$date];if {$dateLen > 0} { if {[string length $srcfmt] == 0} { set attrFull $attr;追加attrfull.full;设置完整日期[fme_getattribute$attrfull];如果[字符串比较-长度$datelen$日期$fulldate]==0设置额外的[字符串范围$fulldate$datelen end]000000;设置日期[字符串范围\“$date$extra \”0 13];设置日期长度14;如果($dateLen==14)&&[regexp ^[0-9]*$日期]设置srcfmt%y%m%d%h%m%s;};};设置sourceformatoptif {[string length $srcfmt] > 0} { set sourceFormatOpt \"-format {$srcfmt}\";};设置注释计算输出值并捕获任何错误;设置错误[catch设置秒数[eval clock scan”$date“$sourceformatopt];设置输出[时钟格式$seconds-格式$dateform];}];设置注释如果有错误,请删除最后一个小数点后的数字再试一次。如果{ $错误!=0设置索引[最后一个字符串“.$date”);如果$index>0设置日期[评估字符串范围$date 0[expr$index-1]];set datelen[字符串长度$date];设置错误[catch设置秒数[eval clock scan”$date“$sourceformatopt];设置输出[时钟格式$seconds-格式$dateform];}];};};如果$error==0 fme_setattribute$attr$output;};};如果(0=$datelen)($error!=0)如果$invalidValue==fme_空值fme_setattributenull$attr;}Elseif$InvalidValue!=};};};}工厂定义*teefactory工厂名称dateformater输入功能_type testfilter_2_是日期输出功能_type dateformater_output@tcl2(“dateformater_formatter__fme_no_op”)工厂定义ure_type dateformater_output input feature_type testfilter_2_notdate multi_feature_mode no null_attr_mode no_op attrset_create_directives_propagate_missing_fdiv attr_action“”。 价值 商标名 “StIto to” 价值 α值 “输出输出功能_type attributeCreator_output诜诜attributeCreator_output mode one_level group_by_count$(aggregator_break_attr)remove_geometry yes accumulate_attributes all separator 输出聚合功能型聚合器Aggregate这确保了如果暴露FME_数据集,you will get it.READER_META_ATTRIBUTES fme_feature_type fme_dataset fme_basenameFACTORY_DEF * TeeFactory FACTORY_NAME AttributeExposer INPUT FEATURE_TYPE Aggregator_AGGREGATE OUTPUT FEATURE_TYPE AttributeExposer_OUTPUT# -------------------------------------------------------------------------# First determine which function we are going to be using -- we can do# this statically at parse time for efficiency sakeMACRO GeometryReplacer_SetTempAttrMACRO GeometryReplacer_FunctionMACRO GeometryReplacer_RemoveTempAttrMACRO GeometryReplacer_RemoveSourceAttrINCLUDE [ set sourceText {@EvaluateExpression(FDIV,STRING_ENCODED, 价值 几何体 ,GeometryReplacer)};设置decodedtext[fme_decodetext“$sourceText”];如果![regexp@evaluateexpression\([^)]*字符串\已编码,@value\(([^()]*),[^()]*\)“$decodedtext”虚拟geomsrcattr]放置“macro geometryreplacer\ u settempattr@supplyAttributes(已编码,\uu geometryreplacertemp\”,“$sourcetext\”);放置“macro geometryreplacer_removetempattr@removeattributes(uu geometryreplacertemp_uuuuuuu)”;设置几何替换位置} elseif {{Yes} == {Yes} } { puts "MACRO GeometryReplacer_RemoveSourceAttr @RemoveAttributes(\"$geomSrcAttr\")";};如果}elseif fmebinary=fmehex puts“macro geometryreplacer_function@geometry(from_attribute_binary_hex,\”$geomsrcattr\“)”;}elseif fmebinary=fmexml puts“macro geometryreplacer_function@geometry(from_attribute,\”$geomesrcattr\“)”;}elseif fmebinary=fmexmlcoded puts“macro geometryreplacer function@geometry(from encoded string,&\”$geomsrcattr\“)”;}elseif fmebinary=polyline puts“macro geometryreplacer_function@geometry(from_attribute_polyline,\”$geomsrcattr\“)”;}elseif fmebinary=wkt puts“macro geometryreplacer function@ogcgeometry(来自_attribute,fmebinary,\”$geomsrcattr\“, );}elseif}elseif fmebinary=geojson fmebinary=esrijson puts“macro geometryreplacer_function@jsongeometry(from_attribute,fmebinary,\”$geomsrcattr\“)”;}elseif fmebinary=georss puts“macro geometryreplacer_function@georssgeometry(from_attribute,\”$geomsrcattr\“)”;}elseif fmebinary=kml puts“macro geometryreplacer_function@kmlgeometry(from_attribute,\”$geomsrcattr\“)”;}elseif fmebinary=gml puts“macro geometryreplacer_function@gmlgeometry(从attribute,\”$geomsrcattr\“, );} elseif {{fmebinary} == {geohash} } { puts "MACRO GeometryReplacer_Function @GeoHash(FROM_ATTRIBUTE,\"$geomSrcAttr\", );}elseif fmebinary=ogeosms fmebinary=geoms fmebinary=geo puts“macro geometryreplacer_function@ogcgeometry(from_attribute,fmebinary,\”$geomsrcattr\“)”;}elseif fmebinary=mgrs puts“macro geometryreplacer”function@mgrs(来自mgrs, ,\“@evaluateexpression(fdiv,string_encoded, 价值 几何体 ,geometryreplacer)“”elseif fmebinary==msql puts“macro geometryreplacer_function@serializegeometry(from_attribute,fmebinary,\“$geomesrcpattr\”, );};]工厂定义*teefactory工厂名称geometryreplacer输入特征_type attributeexposer _输出特征_type uuuuu torestering uuuuuuuuuuuuux renameattributes(fm u strict,uuuuufm u rejection uuuuuu code,fm u rejection u code)$(geometryreplacer _settempattr)$(geometryreplacer _function)$(geometryreplacer _removetempattr)$(geometryreplacer_removesourceattr)工厂定义*测试工厂名称geometryreplacer_rejector input feature_type_uuuuu torestering_uuuu test@value(fme_rejection_code)!=“”输出失败功能_type geometryreplacer_output@renameattributes(fme_strict,fme_rejection_code,uuuu fme_rejection_code_uuuuuuuuu)35;-----------------------------------------------------------------------------这只是一个简单的延迟,在[expr round($seconds*1000)]之后,给stalltcl2 proc减速器延迟秒未使用秒;}Tcl2 set Decelerator_clockMillisecondsWhenLastFeatureWentBy [clock clicks -milliseconds];# This proc ensures that no more than some maximum number of features get through each secondTcl2 proc Decelerator_maxpersecond {unused maxFeaturesPerSecond} { global Decelerator_clockMillisecondsWhenLastFeatureWentBy;设置最小延迟毫秒[expr 1000.0/$maxFeaturesPersecond];设置clockmillisecondsnow[时钟滴答声-毫秒];set milliSecondsSinceLastFeature [expr $clockMillisecondsNow - [set Decelerator_clockMillisecondsWhenLastFeatureWentBy]];if$millisecondsinceLastFeature<$minimumDelayInmillises after[expr round($minimumDelayInmillises-$millisecondsinceLastFeature)];};通过[时钟点击-毫秒]设置减速器时钟毫秒}#现在,通过将要使用的两个延迟过程中的哪一个重命名为“减速器服务员”,来设置我们将实际使用的延迟过程,然后,当一个功能经过时,我们将实际调用该过程。tcl2如果每个功能延迟=每个功能延迟重命名减速器延迟减速器服务员;}否则重命名减速器_maxpersecond decelerator _waiter;};工厂定义*Teefactory工厂名称减速器输入功能_类型几何替换器_输出功能_类型减速器_输出@tcl2(“减速器2”{ }“)----------------------------------------------------------------工厂定义*teefactory工厂名称记录器输入功能U型减速器输出功能U型记录器记录@log(“记录器:功能为:”,“20”,“20”)@功能类型(记录器记录)工厂定义*teefactory工厂名称”e“记录器记录的输出nuker”输入功能_类型记录器记录------------------------------------------------------------------工厂定义*元素工厂名称列表爆炸器输入功能_类型特征读取器_ LIST_NAME "attribute{}" ELEMENT_NUMBER_FIELD "_element_index" CLONE_GEOMETRY ATTR_ACCUM_MODE "HANDLE_CONFLICT" ATTR_CONFLICT_RES "INCOMING_IF_CONFLICT" INCOMING_PREFIX " “输出元素功能_type lisexploder_elements@removeattributes(elementfactory.basecloned)------------------------------------------------------工厂_def*teefactory工厂_name testfilter输入功能_type lisexploder _elements输出功能_type testfilter _testfilter inputline _0工厂_def*testfactory factory_name testfilter_testfilter_0 input feature_type testfilter_testfilterinputline_0 test@evaluateexpression(fdiv,string_encoded, 价值 FMYDATA型 ,testfilter)包含日期编码的布尔运算符或复合表达式 输出通过功能_type testfilter_isadate输出失败功能_type testfilter_testfilter inputline_1factory_def*teefactory factory_name testfilter_notdate输入功能_type testfilter_testfilter inputline_1输出功能_type testfilter_notdate-----------------------------------------------------------默认_macro wb_currenent_contextmacro notdatesetter_var@evaluateexpression(fdiv,string_encoded, 价值 名称 ,notdatesetter)包括[if global=local puts macro notdatesetter _var$(wb _current _context)u@evaluateexpression(fdiv,string _encoded, 价值 名称 ,NotDateSetter)};}]工厂\u def*teefactory工厂\u name notdatesetter输入功能\u type testfilter \u notdate输出功能\u type notdatesetter \u output@globalvariable(fme_encoded,$(notdatesetter_var),“notdate”)工厂\u def*teefactory工厂\u name“notdatesetter输出nuker”输入功能\u type notdatesetter \u output-———————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————— 价值 名称 ,datesetter)包括[if global=local puts macro datesetter var$(wb _current context)u@evaluateexpression(fdiv,string _encoded, 价值 名称 ,DateSetter)};}]工厂定义*teefactory工厂名称datesetter输入功能\u type testfilter \u isadate输出功能\u type datesetter \u output@globalvariable(fme_encoded,$(datesetter_var),“isdate”)工厂定义*teefactory工厂名称“datesetter output nuker”输入功能\u type datesetter_output---————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————属性FME_-template_-feature_-type]818060 818061 FME_-warn”)------------------------------------------------------工厂_-def*teefactory工厂_-name“final output nuker”输入功能_-type uu nuke_-me__