# ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! # ! FME_PYTHON_VERSION 27 GUI忽略DestDataset_FFS_1 FFS_OUT_FME_GROUP_NAMED1_FFS_1、FFS_OUT_PASSPHRASE_FFS_1 FFS_OUT_FME_GROUP_NAMED2_FFS_1, FFS_OUT_INDEXED_FFS_1, FFS_OUT_COMPRESSION_LEVEL_FFS_1, FFS_OUT_REQUIRES_FEATURE_TABLES_FFS_1, FFS_OUT_STORE_SCANNED_SCHEMA_FFS_1, FFS_OUT_ATTRIBUTE_TYPE_SCANNING_FFS_1, FFS_OUT_STORE_SCANNED_METADATA_FFS_1, FFS_OUT_ADVANCED_GROUP_FFS_1, FFS_OUT_MAX_FILE_SIZE_FFS_1, FFS_OUT_TARGET_ENCODING_FFS_1 DEFAULT_MACRO几何GUI文本几何几何:DEFAULT_MACRO DestDataset_FFS $ (FME_MF_DIR)的结果。ffs GUI FILENAME DestDataset_FFS FME_Feature_Store_Files(*.ffs)|*.ffs|All_Files|* Destination FME Feature Store (FFS) File: DEFAULT_MACRO KIND_LONG OGC Well Known Text GUI CHOICE KIND_LONG "Encoded Polyline"%"Esri JSON"%"FME Binary"%"FME XML"%"Geo (Microformat)"%Geohash%GeoJSON%GeoRSS%"Geotagging GeoSMS (RFC 5870)"%GML%"Hex Encoded FME Binary"%"Hex Encoded OGC Well Known Binary"%"ISO 6709 Geographic Point"%KML%MGRS%"Microsoft SQL Server Binary"%"OGC Open GeoSMS"%"OGC Well Known Binary"%"OGC Well Known Text"%"Parseable Encoded FME XML"%"QlikMaps Encoded Polyline" Geometry Encoding: INCLUDE [ if {{$(GEOMETRY)} == {}} { puts_real {Parameter 'GEOMETRY' must be given a value.};退出1;};[if {{$(DestDataset_FFS)} == {}} {puts_real{参数'DestDataset_FFS'必须有一个值。};退出1;};[if {{$(KIND_LONG)} == {}} {puts_real {Parameter 'KIND_LONG'必须有一个值。};退出1;};)# !START_HEADER # !MULTI_WRITER_TYPE MULTI_READER WRITER_TYPE MULTI_WRITER MULTI_WRITER_DATASET_ORDER BY_ID MULTI_WRITER_FIRST_WRITER_ID 0 MULTI_WRITER_TYPE{0} FFS MULTI_WRITER_KEYWORD{0} FFS_1 #!END_WB_HEADER # !宏WB_KEYWORD "FFS_1" #!END_WB_HEADER # !START_DEST_HEADER FFS FFS_1 # = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = #下面的GUI行提示输入一个文件夹作为# FME特性的目的地:存储文件。# !END_DEST_HEADER # !START_WB_HEADER DEFAULT_MACRO DestDataset包含[if {"$(DestDataset)"] != ""} { \ puts {DEFAULT_MACRO DestDataset_FFS_1 $(DestDataset)} \ } ] #!END_WB_HEADER # !$(DestDataset_FFS) GUI文件名DestDataset_FFS_1 FME_Feature_Store_Files(*. FFS) |*。ffs|All_Files|* Destination FME Feature Store (FFS) File: DEFAULT_MACRO FFS_OUT_FME_GROUP_NAMED1_FFS_1 GUI OPTIONAL DISCLOSUREGROUP FFS_OUT_FME_GROUP_NAMED1_FFS_1 FFS_OUT_PASSPHRASE_FFS_1 File Parameters # ============================================================================ # Set the passphrase (which is optional) DEFAULT_MACRO FFS_OUT_PASSPHRASE_FFS_1 FFS_1_PASSPHRASE "$(FFS_OUT_PASSPHRASE_FFS_1)" GUI OPTIONAL PASSWORD_ENCODED FFS_OUT_PASSPHRASE_FFS_1 Password: DEFAULT_MACRO FFS_OUT_FME_GROUP_NAMED2_FFS_1 GUI OPTIONAL DISCLOSUREGROUP FFS_OUT_FME_GROUP_NAMED2_FFS_1 FFS_OUT_INDEXED_FFS_1%FFS_OUT_COMPRESSION_LEVEL_FFS_1%FFS_OUT_REQUIRES_FEATURE_TABLES_FFS_1%FFS_OUT_STORE_SCANNED_SCHEMA_FFS_1%FFS_OUT_ATTRIBUTE_TYPE_SCANNING_FFS_1%FFS_OUT_STORE_SCANNED_METADATA_FFS_1 Additional Parameters # ============================================================================ # Ask if we should make a spatial index DEFAULT_MACRO FFS_OUT_INDEXED_FFS_1 no FFS_1_INDEXED "$(FFS_OUT_INDEXED_FFS_1)" GUI ACTIVECHOICE FFS_OUT_INDEXED_FFS_1 Yes,FFS_OUT_COMPRESSION_LEVEL_FFS_1%no Create Spatial Index: # ============================================================================ # Set the compression level # BUG10851: Change default from 6 to 0.DEFAULT_MACRO FFS_OUT_COMPRESSION_LEVEL_FFS_1 0 FFS_1_COMPRESSION_LEVEL "$(FFS_OUT_COMPRESSION_LEVEL_FFS_1)" GUI CHOICE FFS_OUT_COMPRESSION_LEVEL_FFS_1 0%1%2%3%4%5%6%7%8%9 Compression Level: # ======================================================================== # The following parameter indicates if features should have all user # attributes not listed on the DEF line removed before they are saved.如果是，则剥离未列出的属性。DEFAULT_MACRO ffs_out_requires_featres_tables_ffs_1 No FFS_1_REQUIRES_FEATURE_TABLES "$(FFS_OUT_REQUIRES_FEATURE_TABLES_FFS_1)" GUI CHOICE FFS_OUT_REQUIRES_FEATURE_TABLES_FFS_1 Yes%No Enforce Strict Schema # ======================================================================== # The following parameter indicates if we should store scanned # schema(s) of all input attributes not listed on the defline.DEFAULT_MACRO FFS_OUT_STORE_SCANNED_SCHEMA_FFS_1 No FFS_1_STORE_SCANNED_SCHEMA "$(FFS_OUT_STORE_SCANNED_SCHEMA_FFS_1)" GUI ACTIVECHOICE FFS_OUT_STORE_SCANNED_SCHEMA_FFS_1 Yes%No,FFS_OUT_ATTRIBUTE_TYPE_SCANNING_FFS_1 Store Scanned Schema # ======================================================================== # The following parameter indicates how we should store scanned # types of all input attributes not listed on the defline.DEFAULT_MACRO FFS_OUT_ATTRIBUTE_TYPE_SCANNING_FFS_1 一扫一扫一扫一扫一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸不一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸一摸以下参数指示是否应存储扫描的元数据并将其与数据集一起存储。默认的宏ffs_out_store_scanned_metadata_ffs_1否ffs_1_store_scanned_metadata“$（ffs_out_store_scanned_metadata_ffs_1）”gui选择ffs_out_store_scanned_metadata_ffs_1是的%no store scanned metadata默认的宏ffs_out_advanced_group_ffs_1 gui可选的披露组ffs_out_advanced_group_ffs_1FMEX-RealOffice FuxSuxFax，Fass1，FFS1，FFS1，FFS1，FFS1，FFS1，FFS1，FFS1，FFS1，FFS1。如果指定了，ffs编写器会将输出拆分为多个ffs文件。DeFultFuxsFuxSuxMax，FixSeFixF1，FFSy11Max，FieleSead“$（FFSXOUTXMAX FILEX SIZEZFFSY1）”GUI可选整数FFSXOUTXMAXFILEXSIZYFFSU1最大FFS文件大小，以字节为单位的訛訛訛訛訛訛訛_訙在目前的情况下，对于一个具体的情况，在目前的情况下，在一个具体的情况，在一个具体的情况下，在一个具体的字节訛以字节为单位的訛在一个字节訛以字节为单位的宏訛以字节为单位的訛以字节为单位的以字节为单位的訛在字节_1）“gui可选编码ffs_out_target_encoding_ffs_1*目标字符串转码：#对于这一点，目前还还没有一个够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够够“默认”宏FFS_OUT_COORDINATE_SYSTEM_GRANULARITY_FFS_1 FEATURE FFS_1_COORDINATE_SYSTEM_GRANULARITY "$(FFS_OUT_COORDINATE_SYSTEM_GRANULARITY_FFS_1)" DEFAULT_MACRO FFS_OUT_FILE_DEST_DATASET_FFS_1 yes FFS_1_FILE_DEST_DATASET "$(FFS_OUT_FILE_DEST_DATASET_FFS_1)" # ============================================================================ ffs_1_generate_fme_build_num 18547 ffs_1_feature_table_format_attrs fme_color fme_fill_color ffs_1_dataset“$（destdataset_ffs_1）”！END_DEST_HEADER # !开始_wb_header！END_WB_HEADER # !end_header log_filename“$（fme_mf_dir）2_receive.log”log_append no log_filter_mask-1 log_max_features 200 log_max_recorded_features 200 fme_reprojection_engine fme fme_implicit_csmap_reprojection_mode auto fme_geometry_处理增强的fme_stroke_max_deviation 0默认的宏数据集u keyword ffs_1 ffs_1#-----------------------------------多读卡器继续读卡器故障否----------宏工作区名称2接收宏fme查看器应用fmedatainspector默认宏wb当前上下文#--------------TCL2过程创建者{u coordsysremover{}{全局fme{u coordsys；设置fme_coordsys{}；}宏创建者XML未激活宏创建者Classic未激活宏创建者2d3d几何宏创建者Coords 包含[如果{geometry object}={geometry object}{puts{macro creator{xml*}}]包含[如果{geometry object}={2d coordinate list}}{puts{macro creator{2d3d 2d'u geometry}；puts{macro creator{classic*}]包含[如果{geometry object}={3d坐标列表}}{puts{macro creator{2d3d}geometry}；放入{macro creator{classic*}]include[如果{geometry object}={2d min/max box}{设置注释{我们需要将minx miny maxx maxy的坐标转换成一个完整的多边形坐标列表}；设置splitcoords[split[string trim{ }]]；如果{[llength$splitcoords]>4}{设置trimmedcoords{}；foreach item$splitcoords{如果{$item！={}{lappend trimmedcoords$item}；设置splitcoords$trimmedcoords；};如果{[长$splitcoords]！=4}{错误{creator:坐标列表应该是一个由四个数字组成的以空格分隔的列表，名为“minx miny maxx maxy”-` '无效}；};设置minx[lindex$splitcoords 0]；设置miny[lindex$splitcoords 1]；设置maxx[lindex$splitcoords 2]；设置maxy[lindex$splitcoords 3]；放置“宏创建器”coords$minx$miny$minx$maxy$maxx$maxy$maxx$miny$minx$miny”；放置{macro creator\u2d3d 2d\u geometry}；看跌期权{MACRO Creator_CLASSIC *}}] FACTORY_DEF $（Creator_XML）CreationFactory FACTORY_NAME Creator_XML_Creator CREATE_AT_END没有输出FEATURE_TYPE _____CREATED______ @Geometry（FROM_ENCODED_STRING， ？XML 版本= 1.0 编码= US_ASCII 独立= 没有 ？ 几何 尺寸= 2 空值 几何 ）FACTORY_DEF $（Creator_CLASSIC）CreationFactory FACTORY_NAME Creator_CLASSIC_Creator $（Creator_2D3D）$（Creator_COORDS）CREATE_AT_END无输出FEATURE_TYPE _____CREATED______ FACTORY_DEF * TeeFactory FACTORY_NAME Creator_Cloner INPUT FEATURE_TYPE _____CREATED______ @ TCL2（Creator_CoordSysRemover）@CoordSys（）NUMBER_OF_COPIES 1 COPY_NUMBER_ATTRIBUTE “_creation_instance” 输出FEATURE_TYPE Creator_CREATED fme_feature_type造物主 FACTORY_DEF * BranchingFactory FACTORY_NAME "Creator_CREATED Brancher -1 4" INPUT FEATURE_TYPE Creator_CREATED TARGET_FACTORY "$(WB_CURRENT_CONTEXT)_CREATOR_BRANCH_TARGET" MAXIMUM_COUNT None OUTPUT PASSED FEATURE_TYPE * # ------------------------------------------------------------------------- FACTORY_DEF * TeeFactory FACTORY_NAME "$(WB_CURRENT_CONTEXT)_CREATOR_BRANCH_TARGET" INPUT FEATURE_TYPE * OUTPUT FEATURE_TYPE * # ------------------------------------------------------------------------- INCLUDE [ switch {$(KIND_LONG)} { {OGC Well Known Binary} { puts "MACRO c2d1422e_fb6b_4dfb_aabc_0afd763f97bfKIND wkb";} {KML} {看跌期权 “MACRO c2d1422e_fb6b_4dfb_aabc_0afd763f97bfKIND KML”;} {编码折线} {看跌期权 “MACRO c2d1422e_fb6b_4dfb_aabc_0afd763f97bfKIND折线”;} {的GeoRSS} {看跌期权 “MACRO c2d1422e_fb6b_4dfb_aabc_0afd763f97bfKIND的GeoRSS”;} {ESRI的JSON} {把 “MACRO c2d1422e_fb6b_4dfb_aabc_0afd763f97bfKIND ESRIJSON”;} {Microsoft SQL Server的二进制} {提出 “宏观c2d1422e_fb6b_4dfb_aabc_0afd763f97bfKIND MSSQL”;} {可解析的编码FME XML} {看跌期权 “MACRO c2d1422e_fb6b_4dfb_aabc_0afd763f97bfKIND fmexmlencoded”;} {QlikMaps编码折线} {看跌期权 “MACRO c2d1422e_fb6b_4dfb_aabc_0afd763f97bfKIND qlikmaps”;} {地理散列} {把 “MACRO c2d1422e_fb6b_4dfb_aabc_0afd763f97bfKIND地理散列”;} {GML} {看跌期权 “MACRO c2d1422e_fb6b_4dfb_aabc_0afd763f97bfKIND GML”;} {MGRS} {把 “MACRO c2d1422e_fb6b_4dfb_aabc_0afd763f97bfKIND MGRS”;} {地理标记GeoSMS（RFC 5870）} {看跌期权 “MACRO c2d1422e_fb6b_4dfb_aabc_0afd763f97bfKIND geosms”;} {OGC打开GeoSMS} {看跌期权 “MACRO c2d1422e_fb6b_4dfb_aabc_0afd763f97bfKIND ogeosms”;} {以GeoJSON} {把 “MACRO c2d1422e_fb6b_4dfb_aabc_0afd763f97bfKIND GeoJSON的”;} {FME XML} {把 “MACRO c2d1422e_fb6b_4dfb_aabc_0afd763f97bfKIND fmexml”;} {地理位置（微格式）} {把 “MACRO c2d1422e_fb6b_4dfb_aabc_0afd763f97bfKIND地理”;} {十六进制编码的二进制FME} {提出 “宏观c2d1422e_fb6b_4dfb_aabc_0afd763f97bfKIND fmehex”;} {OGC知名文本} {提出 “宏观c2d1422e_fb6b_4dfb_aabc_0afd763f97bfKIND WKT”;} {ISO 6709地理点} {放 “MACRO c2d1422e_fb6b_4dfb_aabc_0afd763f97bfKIND iso6709”;} {十六进制编码OGC驰名二进制} {提出 “宏观c2d1422e_fb6b_4dfb_aabc_0afd763f97bfKIND wkbhex”;} {FME二进制} {提出 “宏观c2d1422e_fb6b_4dfb_aabc_0afd763f97bfKIND fmebinary”;} {} {puts_real “GeometryReplacer - '几何编码：' 必须给予的值。”;退出1;} {默认} {放 “MACRO c2d1422e_fb6b_4dfb_aabc_0afd763f97bfKIND $（KIND_LONG）”;}}]＃首先确定哪些功能我们将使用 - 我们可以做这样＃静态在分析时为了提高效率，万家乐GeometryReplacer_SetTempAttr MACRO GeometryReplacer_Function MACRO GeometryReplacer_RemoveTempAttr MACRO GeometryReplacer_RemoveSourceAttr有[设置sourceText {@EvaluateExpression（FDIV，STRING_ENCODED，$（几何$编码），GeometryReplacer）};设置decodedText [FME_DecodeText “$ sourceText”];如果！[正则表达式{@EvaluateExpression \（[^）] * STRING_ENCODED，@值\（（[^（）] *）\）[^（）] * \）} “$ decodedText” 虚拟geomSrcAttr] {看跌期权“MACRO GeometryReplacer_SetTempAttr @SupplyAttributes（编码，__ __ GeometryReplacerTemp，\ “$ sourceText \”）“;提出 “MACRO GeometryReplacer_RemoveTempAttr @RemoveAttributes（__ GeometryReplacerTemp__）”;设置geomSrcAttr __GeometryReplacerTemp__;} ELSEIF {{是} {==是}} {放 “MACRO GeometryReplacer_RemoveSourceAttr @RemoveAttributes（\” $ geomSrcAttr \ “）”;};如果{{$（c2d1422e_fb6b_4dfb_aabc_0afd763f97bfKIND）} == {fmebinary}} {提出 “宏观GeometryReplacer_Function @Geometry（FROM_ATTRIBUTE_BINARY，\” $ geomSrcAttr \ “）”;} elseif的{{$（c2d1422e_fb6b_4dfb_aabc_0afd763f97bfKIND）} {== fmehex}} {把 “MACRO GeometryReplacer_Function @Geometry（FROM_ATTRIBUTE_BINARY_HEX，\” $ geomSrcAttr \ “）”;} elseif的{{$（c2d1422e_fb6b_4dfb_aabc_0afd763f97bfKIND）} {== fmexml}} {把 “MACRO GeometryReplacer_Function @Geometry（FROM_ATTRIBUTE，\” $ geomSrcAttr \ “）”;} elseif的{{$（c2d1422e_fb6b_4dfb_aabc_0afd763f97bfKIND）} {== fmexmlencoded}} {看跌期权 “MACRO GeometryReplacer_Function @Geometry（FROM_ENCODED_STRING，＆\” $ geomSrcAttr \ “）”;}elseif{{$（c2d1422e_fb6b_4dfb_aabc_0afd763f97bfkind）}={polyline}}{放置“宏geometryreplacer_function@几何体（来自_attribute_polyline，“$geomesrcatr\”）”；}elseif{{$（c2d1422e_fb6b_4dfb_aabc_0afd763f97bfkind）}={wkt}{将“宏geometryreplacer_function@ogcgeometry（从属性，$（c2d1422e_fb6b_4dfb_aabc_0afd763f97bkind）”，“$geomesrcatr\”，float_64）；}elseif{{{{{{{{{{{{{{{{wkb}{{{{{{{{{{{{{{{{{{{{{{{{{{{{{wkbhex}}{{{{{{{{{{{宏geometr取代{u功能@ogcgeometry（来自{u属性，$（C2D1422e{{{{{{{{{{{{{{{{{{0afd763f97bfkind），“$geomsrcatrt\”；}elseif{{{{{{{{{{{{C2D1422E{C2D1422E{{{{}{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{{宏geometr取代器{u功能@jsong计量学（来自{u属性，$（C2D1422E{C2D1422E{{{C2D1422E{{{{{{{{C2D1422E{0afd763f97bfkind），“$geomsrcatrt\”；}elseif{$（c2d1422e_fb6b_4dfb_aabc_0afd763f97bfkind）}={georss}}{放置“宏geometryreplacer_function@georssgeometry（从属性“$geomsrcatr\”）”；}elseif{{$（c2d1422e_fb6b_4dfb_aabc_0afd763f97bfkind）}={kml}}{将“宏geometryreplacer_function@kmlgeometry（从属性“$geomesrcatrt\”）放入；}elseif{{$（c2d1422e_fb6b_4dfb_aabc_0afd763f97bfkind）}={gml}{放置“宏geometryreplacer_function@gmlgeometry（来自于属性，“$geomesrcatrt\”，）”；}elseif{{$（c2d1422e_fb6b_4dfb_aabc_0afd763f97bfkind）}={geohash}}{放置“宏geometryreplacer_function@geohash（来自属性，“$geomsrcatr\”，yes）”；} elseif {{$(c2d1422e_fb6b_4dfb_aabc_0afd763f97bfKIND)} == {ogeosms} || {$(c2d1422e_fb6b_4dfb_aabc_0afd763f97bfKIND)} == {geosms} || {$(c2d1422e_fb6b_4dfb_aabc_0afd763f97bfKIND)} == {geo} } { puts "MACRO GeometryReplacer_Function @OGCGeometry(from_attribute,$(c2d1422e_fb6b_4dfb_aabc_0afd763f97bfKIND),\"$geomSrcAttr\")";}elseif{{$（c2d1422e_fb6b_4dfb_aabc_0afd763f97bfkind）}={mgrs}{放置“宏geometryreplacer_function@mgrs（来自于mgrs，wgs84，wgs84_letting，\”@evaluateexpression（fdiv，string_encoded，$（geometry$encode），geometryreplacer）\”）“}elseif{{$（c2d1422e_fb6b_4dfb_aabc_0afd763f97bfkind）}={mssql}}{放置“宏geometryreplacer_函数@serializegeometry（来自于属性，$（c2d422e_fb6b_4dfb_aabc_0afd763f97bkind）”，“$geomesrcatr\”，geometry）；}elseif{{$（c2d1422e_fb6b_4dfb_aabc_0afd763f97bfkind）}={iso6709}{将“宏geometryreplacer_function@geographicpoint（从属性“$geomesrcatr\”）”；}elseif{{$（c2d1422e_fb6b_4dfb_aabc_0afd763f97bfkind）}={qlikmaps}}{将“宏geometryreplacer_function@几何体（从属性qlikmaps_polyline，“$geomesrcatr\”）”；};]工厂定义*teefactory工厂名称geometryreplacer输入功能创建器创建的输出功能返回对象重命名属性（fme严格，fme拒绝代码，fme_拒绝代码）$（geometryreplacer_settempattr）$（geometryreplacer_function）$（geometryreplacer_removetempattr）factory_def*testfactory_name geometryreplacer_rejector input feature_type_uu torejector_uuuuu test@value（fme_拒绝代码）！“”输出传递的功能\u类型geometryreplacer_ @RemoveAttributes（u fme_rejection_code_uu）输出失败功能_type geometryreplacer_output@renameattributes（fme_strict，fme_rejection_code，u fme_rejection_u code）$（geometryreplacer_removesourceattr）默认宏_wb_bypass_termination no factory_u def*teefactory factory_u name geometryreplacer_ 输入功能_-type geometryreplacer_ 输出失败的功能类型*@abort（编码，geometryreplacer 输出 一 拒绝 功能特色 到 持续 翻译 什么时候 特征 是 拒绝 改变 工作区 参数 翻译 拒绝 特色 处理 到 继续 翻译 ）---------------------------------------FasyY-DEF*TraceFieldFaskyNo.Noest-Type Type PrimulalRealRealCudio PrimeDyPARMY评估单程输入特征-Type Type Type *路由FMEG-通用几何置换输出到FFS.GoytotoFialalOutPuthRouTeRuxMulyWuthReuler-ID，0， 供应属性 编码的 _ wb_out_feat_类型__ 新功能类型 几何特征_type_u attribute_u wb_u out_u feat_u type_u output routed feature_u type*output not_u routed feature_u type_u nuke_u me_uuuu@tcl2（“fme_statmessage 818059[fme_getattribute fme_template_u feature_u type]818060 818061 fme_u warn”）詿——output nuker“输入特征类型新特征类型创建实例varchar（200）