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＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！＃！FME_PYTHON_版本27#！开始ɻ标题ɻ！启动WB_HEADER READER_TYPE MULTI_READER WRITER_TYPE NULL WRITER_KEYWORD NULL_DEST NULL_DEST_DATASET NULL#！结束_WB_HEADER#！开始_WB_HEADER#！结束_WB_HEADER#！结束头日志文件名“$（FME_MF_DIR）1_发送日志“LOG_APPEND NO LOG_FILTER_MASK-1 LOG_MAX_FEATURES 200 LOG_MAX_RECORDED_FEATURES 200 FME_REPROJECTION_ENGINE FME FME_IMPLICIT_CSMAP_REPROJECTION_MODE Auto FME_GEOMETRY_HANDLING Enhanced FME_STROKE_MAX_DEVIATION 0——多读卡器继续打开读卡器失败否-宏工作区名1发送宏FME查看器默认宏WB当前上下文FME_CoordSys；设置FME_CoordSys{}；}宏创建者XML未激活宏创建者CLASSIC未激活宏创建者2D3D 2D几何宏创建者COORDS 0 0 100 100 INCLUDE[如果{2D Min/Max Box}={GEOMETRY Object}{puts{MACRO Creator XML*}]INCLUDE[如果{2D Min/Max Box}={2D Coordinate List}{puts{MACRO Creator 2D3D 2D几何体}；puts{MACRO Creator经典*}}]INCLUDE[如果{2D Min/Max Box}={3D坐标列表}}{puts{MACRO Creator{2D3D 3D_GEOMETRY}；puts{MACRO Creator{u CLASSIC*}]INCLUDE[如果{2D Min/Max Box}={2D Min/Max Box}{设置注释{我们需要将minX minY maxX的坐标转换成一个完整的多边形坐标列表}；设置split COORDS[分割[字符串修剪{00 100 100}]]；如果{[llength$splitCoords]>4}{设置trimmedCoords{}；对于每个项$splitCoords{如果{$item！={}{lappend trimmedCoords$item}；设置splitCoords$trimmedCoords；}；如果{[llength$splitCoords]！=4}{错误{创建者：坐标列表应该是一个用空格分隔的四个数字的列表，因为“minx miny maxx maxy”—“0 0 100 100”无效}；}；设置minx[lindex$splitCoords 0]；设置miny[lindex$splitCoords 1]；设置maxx[lindex$splitCoords 2]；设置maxy[lindex$splitCoords 3]；将“宏创建者坐标$minX$minX$minX$maxY$maxX$maxY$maxX$minX$minX$minY”；将{MACRO Creator二维几何体}；将{MACRO Creator经典*}]FACTORY DEF$（Creator XML）CreationFactory工厂名称Creator XML Creator CREATE放置在{END no OUTPUT FEATURE TYPE}创建的{，）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分支器-1 4” INPUT FEATURE_TYPE Creator_CREATED TARGET_FACTORY “$（WB_CURRENT_CONTEXT）_CREATOR_BRANCH_TARGET” MAXIMUM_COUNT无的Passed FEATURE_TYPE *＃------------------------------------------------------------------------ FACTORY_DEF * TeeFactory FACTORY_NAME “$（WB_CURRENT_CONTEXT）_CREATOR_BRANCH_TARGET” INPUT FEATURE_TYPE * OUTPUT FEATURE_TYPE *＃-------------------------------------------------------------------------＃首先确定哪些功能我们将使用 - 我们可以做这＃静态在分析时为了效率起见MACRO GeometryExtractor_Function INCLUDE [如果{{WKT} == {fmebinary}} {{放MACRO GeometryExtractor_Function @Geometry（TO_ATTRIBUTE_BINARY， “_几何”）}} elseif的{{WKT} == {fmehex}} {{放MACRO GeometryExtractor_Function @Geometry（TO_ATTRIBUTE_BINARY_HEX， “_几何”）}} elseif的{{WKT} == {fmexml}} {{放MACRO GeometryExtractor_Function @Geometry（TO_ATTRIBUTE， “_几何”）}} elseif的{{WKT}== {折线}} {{放MACRO GeometryExtractor_Function @Geometry（TO_ATTRIBUTE_POLYLINE， “_几何”，）}} elseif的{{WKT} == {WKT}} {{放MACRO GeometryExtractor_Function @OGCGeometry（to_attribute，WKT， “_几何”，1.2，FLOAT_64）}} elseif的{{WKT} == {} WKB ||{WKT} == {wkbhex}} {{放MACRO GeometryExtractor_Function @OGCGeometry（to_attribute，WKT， “_几何”，1.2）}} elseif的{{WKT} == {}以GeoJSON ||{WKT} == {ESRIJSON}} {{放MACRO GeometryExtractor_Function @JSONGeometry（TO_ATTRIBUTE，WKT， “_几何”， )}elseif{{wkt}={KML}{将{MACRO GeometryExtractor\u函数@KML geometry（TO\u属性，“\u几何”， )}elseif{{wkt}={GEORSS_SIMPLE}{将{MACRO GeometryExtractor_Function@GEORSS geometry（TO_ATTRIBUTE，wkt，“\u geometry”， )}elseif{{wkt}=={GML_2.1.2}{{{wkt}=={GML_3.1.1}{wkt}={GML_3.2.1}}{puts{MACRO GeometryExtractor@GML geometry（TO_ATTRIBUTE，wkt，“\u geometry”，，NO）}} elseif的{{WKT} == {地理散列}} {{放MACRO GeometryExtractor_Function @GeoHash（TO_ATTRIBUTE， “_几何”， )}elseif{{wkt}={ogeosms}{将{MACRO GeometryExtractor\u函数@OGCGeometry（to\u attribute，wkt，“\u geometry”，）}} elseif的{{WKT} == {} geosms ||{WKT} == {地理}} {{放MACRO GeometryExtractor_Function @OGCGeometry（to_attribute，WKT， “_几何”）}} elseif的{{WKT} == {MGRS}} {{放MACRO GeometryExtractor_Function @SupplyAttributes（_geometry，@MGRS（TO_MGRS，， “ “）}elseif{{wkt}={mssql}{puts{MACRO GeometryExtractor@SerializeGeometry（to_attribute，wkt，”“u geometry，” “}}elseif{{wkt}={iso6709}{将{MACRO GeometryExtractor@GeographicPoint函数放入{geographic属性，”“geometry” “” “）}} elseif的{{WKT} == {qlikmaps}} {{放MACRO GeometryExtractor_Function @Geometry（TO_ATTRIBUTE_QLIKMAPS_POLYLINE，” _几何”， )}}]#下一步确定是否应该删除几何体，并在解析时执行此操作一次#默认情况下，宏没有任何内容，这意味着我们不删除。如果我们想移除，然后，我们将设置宏以执行此操作宏GeometryExtractor GeometryRemoveFunction INCLUDE[如果{No}={Yes}{puts{macro GeometryExtractor GeometryRemoveFunction@RemoveGeometry（）}]FACTORY\u DEF*TeeFactory FACTORY\u NAME GeometryExtractor INPUT FEATURE\u TYPE Creator创建的输出FEATURE\u TYPE\uUuUuUuUuUuUuUuUuUuUuUuUuUuUuUu@RenameAttributes（FME\u STRICT，___fme_拒绝代码，fme_拒绝代码）$（GeometryExtractor_函数）$（GeometryExtractor_GeometryRemoveFunction）FACTORY_DEF*TestFactory_NAME GeometryExtractor_Rejector INPUT FEATURE_TYPE_uuutorejector_uuuuuutest@Value（fme_拒绝代码）！“”输出传递的特征类型GeometryExtractor_ @RemoveAttributes（___ fme_rejection_code___）OUTPUT失败FEATURE_TYPE GeometryExtractor_OUTPUT @RenameAttributes（FME_STRICT，fme_rejection_code，___ fme_rejection_code___）DEFAULT_MACRO _WB_BYPASS_TERMINATION没有FACTORY_DEF * TeeFactory FACTORY_NAME GeometryExtractor_ 输入特征型GeometryExtractor_ 输出失败FEATURE_TYPE * @Abort（编码GeometryExtractor 输出一个拒绝特色。至继续翻译什么时候特征是拒绝更改工作区参数翻译拒绝特色处理至继续翻译）＃-------------------------------------------------------------------------＃------------------------------------------------------------------------------＃确定“NULL”设备，所以我们可以保证，我们没有得到杂散输出＃搞乱我们的标准输出，如果我们在后台运行＃工作区见http://wiki.tcl.tk/1649了在tcl_platform＃变量的说明中， “平台” 的一部分似乎已经有效值在Windows，Unix，和Macintosh的＃（后者是实际的前OS X）TCL2如果{$ tcl_platform（平台）== {窗}}{设定:: null_device {NUL：};组:: __ WR_ENV_HELPER__ {};}其他{集:: null_device {的/ dev / null的};组:: __ WR_ENV_HELPER__ {的/ usr / bin中/ env的FME_SUBPROCESS_RUN_DETACHED = 1};};＃------------------------------------------------------------------------------＃逃生现有双引号，然后在双引号包裹TCL2 PROC quotifyForParameterFileV3 {sourceString} {如果{[字符串长度$ sourceString] == 0} {返回{\ “\”}; }; set doQuote 0; if {[string first { } $sourceString] != -1} { set doQuote 1; }; set sourceString [string map {{\"} {\\"}} $sourceString]; if {$doQuote == 1} { set sourceString \\"$sourceString\\"; }; return $sourceString; }; # ------------------------------------------------------------------------------ # Main runner procedure, takes in a parameter list as string which is delimited # by \x07 (BELL) character and the workspace to run Tcl2 proc WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_runner { parmListString workspaceFile } { global WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_commands; global WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_batch_count; incr WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_batch_count 0; if { [info exists WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_commands] == 0 } { set WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_commands {}; }; set workspaceFileUnix [regsub -all {\\} $workspaceFile {/}]; set parmListString [string range $parmListString 1 end-1]; set comment { Build up the command line in a list, which we'll write it out to a parameter file. }; set commandArguments {}; set commandArgumentsToLog {}; set workspaceToRun [quotifyForParameterFileV3 $workspaceFileUnix]; lappend commandArguments $workspaceToRun; lappend commandArgumentsToLog $workspaceToRun; set parameterList [split $parmListString \x07]; set parmTypes [split {TEXT,FILENAME,CHOICE} {,}]; foreach {parmName parmValue} $parameterList {parmType} $parmTypes { set parmValue [quotifyForParameterFileV3 $parmValue]; lappend commandArguments --$parmName; lappend commandArgumentsToLog --$parmName; lappend commandArguments $parmValue; if { [string first {PASSWORD} $parmType] != -1 } { lappend commandArgumentsToLog {*********}; } else { lappend commandArgumentsToLog $parmValue; }; }; lappend WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_commands [join $commandArguments " "]; incr WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_batch_count; if { {No} == {No} && {1} > 1 && $WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_batch_count <= {1} } { FME_LogMessage fme_inform 933450 WorkspaceRunner $commandArgumentsToLog; } else { FME_LogMessage fme_inform 933451 WorkspaceRunner $commandArgumentsToLog; }; if { {No} != {No} || $WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_batch_count == {1} } { set WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_batch_count 0; set commandFile [WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_writeCommandFile $WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_commands]; if { $commandFile == {} } { return FAILURE; }; set WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_commands {}; lappend cmdArgs {*}$::__WR_ENV_HELPER__ {$(FME_HOME_UNIX)/fme} COMMAND_FILE $commandFile; } else { return SUCCESS; }; return [WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_runCommand $cmdArgs $workspaceFileUnix]; } # ------------------------------------------------------------------------------ # When batching commands, any overflow commands will be run at the end. Say you # batch by 2 and there are 5 incoming features. Then we will have 2 batches with # 2 commands each and 1 overflow batch with 1 command Tcl2 proc WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_flushPending { } { global WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_commands; if { [info exists WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_commands] == 1 && [llength $WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_commands] > 0 } { set workspaceToRun [lindex $WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_commands 0]; set commandFile [WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_writeCommandFile $WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_commands]; if { $commandFile == {} } { return FAILURE; }; set WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_commands {}; lappend commandArguments {*}$::__WR_ENV_HELPER__ {$(FME_HOME_UNIX)/fme} COMMAND_FILE $commandFile; return [WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_runCommand $commandArguments $workspaceToRun]; }; return SUCCESS; } # ------------------------------------------------------------------------------ # Build and run the command Tcl2 proc WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_runCommand {commandArguments workspaceFileUnix} { if { {No} == {No} } { lappend commandArguments \">$::null_device\"; lappend commandArguments \"<$::null_device\"; }; set comment { The below 2>@1 forces any standard error output to go into the msg variable or to NULL if we're running in the background. }; lappend commandArguments {2>@1}; if { {No} == {No} } { lappend commandArguments {&}; }; if { {No} == {No} } { after 1000; while { [FME_CanSpawnFme ] == {0} } { after 2000; }; }; if { No == {No} && {1} > 1 } { FME_LogMessage fme_inform 933452 WorkspaceRunner $commandArguments; } else { FME_LogMessage fme_inform 933453 WorkspaceRunner $commandArguments; }; if {[catch {eval [concat exec $commandArguments] } msg ]} { set msg [regsub {\015*\012child[^\012]*$} $msg {}]; FME_LogMessage fme_warn 933454 WorkspaceRunner $workspaceFileUnix "\n\n$msg\n"; FME_SetAttribute _failure_message $msg; return FAILURE; } else { global WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_process_count; incr WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_process_count; if { {No} == {No} } { FME_LogMessage fme_inform 933455 WorkspaceRunner $workspaceFileUnix; global WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_all_processes; lappend WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_all_processes $msg; } else { FME_LogMessage fme_inform 933456 WorkspaceRunner $workspaceFileUnix; }; return SUCCESS; }; } # ------------------------------------------------------------------------------ # Create and write commands to command file Tcl2 proc WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_writeCommandFile { commands } { set commandFile [FME_TempFilename wsr_cm_]; if { [catch { set cmdFileId [open $commandFile "w"] } msg ] } { FME_LogMessage fme_warn 933457 WorkspaceRunner $commandFile "\n\n$msg\n"; FME_SetAttribute _failure_message $msg; return {}; }; fconfigure $cmdFileId -encoding utf-8; puts $cmdFileId {#! encoding=\"utf-8\"}; puts $cmdFileId DELETE_FILE_AFTER_LOAD; foreach {command} $commands { puts $cmdFileId $command; }; close $cmdFileId; return $commandFile; } # ------------------------------------------------------------------------------ # Use \x07 (BELL) character as the delimiter when writing WORKSPACE_PARAMETERS # to mapping file FACTORY_DEF * TestFactory FACTORY_NAME WorkspaceRunner_ExecutorAndRouter INPUT FEATURE_TYPE GeometryExtractor_OUTPUT TEST @Tcl2("WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_runner {(GEOMETRY@EvaluateExpression(FDIV,STRING, 值 _几何，工作区Runner)DestDataset_FFS@EvaluateExpression(FDIV,STRING,$(FME_MF_DIR_USERTYPED$encode)result.ffs,WorkspaceRunner)KIND_LONGOGC Well Known Text)} {@EvaluateExpression(FDIV,STRING,$(FME_MF_DIR$encode)2_receive.fmw,WorkspaceRunner)}") == SUCCESS OUTPUT PASSED FEATURE_TYPE WorkspaceRunner_SUCCEEDED OUTPUT FAILED FEATURE_TYPE WorkspaceRunner_FAILED Tcl2 proc WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_summarizer { } { global WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_process_count; set comment { incr 0 creates the variable if it wasn't present }; incr WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_process_count 0; FME_SetAttribute _proc_count [set WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_process_count]; global WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_all_processes; if {[info exists WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_all_processes]} { set index 0; foreach pid [set WorkspaceRunner_3f4ef0df_02d3_4106_a63f_691b3e099d404_all_processes] { FME_SetAttribute \"_processes{$index}\" $pid; incr index; } } } FACTORY_DEF * CreationFactory FACTORY_NAME WorkspaceRunner_SummaryMaker CREATE_AT_END yes # ------------------------------------------------------------------------- FACTORY_DEF * TeeFactory FACTORY_NAME WorkspaceRunner_Failed_Logger INPUT FEATURE_TYPE WorkspaceRunner_FAILED OUTPUT FEATURE_TYPE WorkspaceRunner_Failed_LOGGED @Log(ENCODED, "WorkspaceRunner_Failed: 特征是：”， “20”， “20”， “”，INFO，LOG_ONLY，WorkspaceRunner_Failed_1a5bc19d_819e_464b_881a_9244a14057dc4）FACTORY_DEF * TeeFactory FACTORY_NAME “WorkspaceRunner_Failed LOGGED变压器输出Nuker” INPUT FEATURE_TYPE WorkspaceRunner_Failed_LOGGED＃------------------------------------------------------------------------- FACTORY_DEF * TeeFactory FACTORY_NAME WorkspaceRunner_Succeeded_Logger INPUT FEATURE_TYPE WorkspaceRunner_SUCCEEDED输出FEATURE_TYPE WorkspaceRunner_Succeeded_LOGGED @Log（编码，“WorkspaceRunner_Succeeded：特征是：”， “20”， “20”， “”，INFO，LOG_ONLY，WorkspaceRunner_Succeeded_8272566c_2276_461f_bd28_8edf7c3c12064）FACTORY_DEF * TeeFactory FACTORY_NAME “WorkspaceRunner_Succeeded LOGGED变压器输出Nuker” INPUT FEATURE_TYPE WorkspaceRunner_Succeeded_LOGGED＃------------------------------------------------------------------------- FACTORY_DEF * RoutingFactory FACTORY_NAME “目标要素类型路由相关器” COMMAND_PARM_EVALUATION SINGLE_PASS INPUT FEATURE_TYPE * FEATURE_TYPE_ATTRIBUTE __wb_out_feat_type__输出连FEATURE_TYPE * OUTPUT NOT_ROUTED FEATURE_TYPE __nuke_me__ @ TCL2（ “FME_StatMessage 818059 [FME_GetAttribute fme_template_feature_type] 818060 818061 fme_warn”）＃------------------------------------------------------------------------- FACTORY_DEF * TeeFactory FACTORY_NAME “最终输出Nuker” INPUT FEATURE_TYPE __nuke_me__