https://www.cnblogs.com/yeungchie/ 常见的集成电路版图数据库文件格式有 GDSII 和 OASIS，virtuoso 提供了下面两个工具，可以用来通过命令行导出版图数据。 strmout (导出为 GDSII 格式) strmout -help
https://www.cnblogs.com/yeungchie/
常见的集成电路版图数据库文件格式有 GDSII 和 OASIS，virtuoso 提供了下面两个工具，可以用来通过命令行导出版图数据。
-
strmout (导出为 GDSII 格式)
strmout -help
Usage: Usage: strmout -library <Input Library> -strmFile <Output Stream File> [-strmVersion] <Stream Version Number> [-runDir] <Run Directory> [-topCell] <Toplevel Cells to Translate> [-view] <Toplevel Cell View Name> [-logFile] <Output Log File Name> [-summaryFile] <Output Summary File> [-techLib] <Technology Library> [-hierDepth] <Hierarchical Depth to Translate to> [-layerMap] <Quoted List of Layer Map Files> [-translateUnmappedLPP] <Allow undefined LPP to be translated by incrementally mapping LPP using layerMap file, SKILL hook poLayerMap, and automatic layer mapping> [-labelMap] <Input Label Map File> [-labelDepth] <Hierarchical Depth to Add Labels to> [-replaceBusBitChar] <Replace "<>" With "[]"> [-cellMap] <Input Cell Map File> [-fontMap] <Input Font Map File> [-propMap] <Input Property Map File> [-objectMap] <Quoted List of Object Mapping Files> [-viaMap] <Via Mapping File> [-viaCutArefThreshold] <Threshold Value For Creating AREF For Cut Geometries For Via> [-userSkillFile] <User Skill File> [-refLibList] <Name of The File Containing Refliblist > [-arrayInstToScalar] [-cellNamePrefix] <Cell Name Prefix> [-cellNameSuffix] <Cell Name Suffix> [-ignoreTopCellPrefixSuffix] <Ignores cellName Prefix and Suffix for topCell> [-case] <upper | lower | preserve > [-labelCase] <upper | lower | preserve > [-ignoreLines] [-noOutputTextDisplays] [-noOutputUnplacedInst] <Do not Output Unplaced Instances> [-convertDot] <node | polygon | ignore > [-convertPin] <geometry | text | geometryAndText | ignore > [-pinAttNum] <Stream Attribute Num (1-127) For Preserving Pins> [-pathToPolygon] <Convert Paths to Polygons> [-diagonalPathToPolygon] <Convert Paths with non-orthogonal segments to polygons> [-propValueOnly] <Output Property Values Only> [-rectToBox] [-respectGDSIINameLimit] [-gdsCellNameLength] <Truncate GDS Cell/STRUCT name length to specified value (>=10)> [-flattenPcells] [-flattenVias] [-outputViaShapesToViaPurp] <Output Shapes of Via to Via Purpose> [-doNotPreservePcellPins] [-snapToGrid] [-dbuPerUU] <DB Units per user units> [-reportPrecisionLoss] <Report Precision Loss Because of dbuPerUU Value> [-noObjectProp] [-ignorePcellEvalFail] [-mergePathSegsToPath] <Merging pathSegs into a single PATH> [-noConvertHalfWidthPath] <Do not Convert The Half Width Path to Boundary> [-checkPolygon] <Report Bad Polygons And Paths> [-backupGdsLogFiles] <Backup GDSII and LOG files, if they already exist> [-maxVertices] <Maximum Limit of Vertices (5-4000) Allowed in Stream File> [-strmTextNS] <NameSpace of The TEXT Records in The Stream File> [-templateFile] <Name of The File Containing Option Names And Values> [-cellListFile] <Name of the file containing cellList> [-outputDir] <output directory> [-noInfo] <Quoted List of Info Message Ids> [-noWarn] <Quoted List of Warning Message Ids> [-warnToErr] <Quoted List of warning Message Ids> [-infoToWarn] <Quoted List of Info Message Ids> [-donutNumSides] <Number of sides (4-131072) for the BOUNDARY of donut> [-ellipseNumSides] <Number of sides (4-131072) for the BOUNDAR of ellipse> [-wildCardInCellMap] <Wild Card in cell map file> [-ignoreMissingCells] <Ignores Missing cellViews During Translation and Continue Translation> [-ignoreMissingVias] <Ignores Missing standard/custom vias During Translation and Continue Translation> [-subMasterSeparator] <Separator to used for sub-master naming (default: "_CDNS_")> [-convertPcellPin] <geometry | text | geometryAndText | ignore (default: convertPin value)> [-guiHistory] <Use options of last successful translation from the XStream Out GUI> [-ignoreZeroWidthPathSeg] <Ignores zero width PathSeg during translation> [-ignoreObjectMapFromTech] <Ignores object map file from technology> [-ignoreCurrentTimestamp] <Ignores current timestamp> [-verbose] <Generate detailed information in the log and summary files>ose] <Generate detailed information in the log and summary files> -
oasisout (导出为 OASIS 格式)
oasisout -help
Usage: oasisout -library <Input Library> -oasisFile <Output OASIS File> [-arrayInstToScalar] <Convert Arrays to Scalar Instances> [-backupOasisLogFiles] <Backup OASIS and LOG files, if they already exist> [-case] <upper | lower | preserve> [-cellMap] <Input cell map file> [-cellListFile] <Name of the file containing cellList> [-cellNamePrefix] <Cell name prefix> [-cellNameSuffix] <Cell name suffix> [-checkPolygon] <Report bad polygons and paths> [-circleToPolygon] <Convert Cricle/Ellipse object to Polygon> [-compress] <Enable CBLOCK compression> [-compressLevel] <Set the compression level for CBLOCK compression> [-convertDot] <polygon | circle | ignore> [-convertPcellPin] <geometry | text | geometryAndText | ignore (default: convertPin value)> [-convertPin] <geometry | text | geometryAndText | ignore> [-dbuPerUU] <DB Units per user units> [-diagonalPathToPolygon] <Convert Paths with non-orthogonal segments to Polygons> [-doNotPreservePcellPins] <Do not preserve the PCell Pins> [-donutNumSides] <Number of sides (4-131072) for the BOUNDARY of Donut> [-ellipseNumSides] <Number of sides (4-131072) for the BOUNDAR of Circle/Ellipse> [-flattenPcells] <Flatten the PCell Instances> [-flattenViaShapesToViaPurp] <Flatten Vias' Shapes to Via Purpose> [-flattenVias] <Flatten the Vias> [-GDSIICompatible] <Generate the OASIS file with GDSII specific limits> [-guiHistory] <Use options of last successful translation from the XOasis Out GUI> [-hierDepth] <Hierarchical depth to translate to> [-ignoreLines] <Ignore Line objects> [-ignoreMissingCells] <Ignore missing cellViews during translation and continue translation> [-ignoreMissingVias] <Ignore missing standard/custom vias during translation and continue translation> [-ignoreObjectMapFromTech] <Ignore object map file from technology> [-ignorePcellEvalFail] <Ignore the PCell evaluation failure> [-ignoreRoutes] <Ignore Route objects> [-ignoreZeroWidthPathSeg] <Ignore zero width PathSeg during translation> [-infoToWarn] <Quoted list of Info message Ids> [-labelMap] <Input label map file> [-labelDepth] <Hierarchical depth to add labels to> [-layerMap] <Quoted list of layer map files> [-logFile] <Output log file name> [-mergePathSegsToPath] <Merge pathSegs into a single PATH> [-noConvertHalfWidthPath] <Do not convert the half width Path to Boundary> [-noInfo] <Quoted list of info message Ids> [-noObjectProp] <Do not write the special object properties> [-noOutputTextDisplays] <Do not output Text Displays> [-noOutputUnplacedInst] <Do not output Unplaced Instances> [-noWarn] <Quoted list of warning message Ids> [-objectMap] <Quoted list of object mapping files> [-outputDir] <output directory> [-pathToPolygon] <Convert Path object to Polygon> [-preservePinAtt] <Preserve Pin connectivity information> [-preserveTextAtt] <Preserve Text attributes as properties> [-propMap] <Input property map file> [-refLibList] <Name of the file containing reference libraries list> [-replaceBusBitChar] <Replace "<>" with "[]"> [-runDir] <Run directory> [-snapToGrid] <Snap to grid> [-subMasterSeparator] <Separator to used for sub-master naming (default: "_CDNS_")> [-summaryFile] <Output summary file> [-techLib] <Technology library> [-templateFile] <Name of the file containing option names And values> [-textCase] <upper | lower | preserve> [-topCell] <Toplevel cells to translate> [-translateUnmappedLPP] <Allow undefined LPP to be translated by incrementally mapping LPP using layerMap file, SKILL hook poLayerMap, and automatic layer mapping> [-userSkillFile] <User skill file> [-verbose] <Generate detailed information in the log and summary files> [-viaMap] <Via mapping file> [-view] <Toplevel cell view name> [-warnToErr] <Quoted list of warning message Ids> [-wildCardInCellMap] <Wild card in cell map file>
OASIS 的文件体积声称可以比 GDSII 小 10~50 倍，实际在我的使用中这个数字可以到 20+（以项目情况而定），当项目数据较大的情况下，文件小了确实可以加快运行速度、节省时间（估计是硬盘读写环节拖累了整体运行时间）。
oasisout 和 strmout 几个常用的参数都是相同的，下面讲下如何使用。
参数解释 必要的另外，命令的运行路径必须在 virtuoso 启动路径（能在当前路径下找得到 cds.lib 文件）。
首先有几个必要的运行条件和参数。
-
-library
这个参数用来指定导出的单元库 (library) 名。
-
-strmFile
当使用
strmout时，这个参数用来指定导出的 GDSII 文件名称。 -
-oasisFile
当使用
oasisout时，这个参数用来指定导出的 OASIS 文件名称。
其次还有几个是可选的参数，但是建议也指定一下。
-
-topCell
指定导出单元的顶层 Cell 名称，指定了顶层 Cell 就不会导出该顶层没有调用的单元，否则会导出当前库下的所有 Cell 。
-
-view
指定导出单元的顶层 View 名称，默认为
layout。 -
-runDir
指定运行路径。
注意这里的 运行路径 不同于前面提到的命令的运行路径。
当定义了-runDir后-strmFile、-oasisFile、-logFile、-summaryFile等参数如果定义的是相对路径，则会以-runDir为参考。 -
-logFile
生成 log 文件，默认生成文件名为
strmOut.log、oasisOut.log。 -
-summaryFile
生成 summary 文件，默认不生成。
-
-layerMap
指定 layermap 文件，默认情况是调用 attach tech 中的 layermap，当对层次转换有特殊要求时可以通过这个参数来指定自定义的 layermap 。
下面写个脚本优化一下这个运行方式。
点击查看完整代码
#!/bin/bash
#--------------------------
# Program : export_layout.sh
# Language : Bash
# Author : YEUNGCHIE
# Version : 2022.04.05
#--------------------------
HelpInfo(){
cat <<EOF
-------------------------------------------------
Export Layout ( GDSII or OASIS ) File
-------------------------------------------------
Usage: export_layout -path cdslibDir -lib libName -cell cellName [ OPTIONS ]
-path Path where the cds.lib file is located
-lib Layout top cell libName
-cell Layout top cell cellName
-view Layout top cell viewName ( Default: layout )
-file Output file name ( Default: <cellName>.gds or <cellName>.oasis )
-log Log file ( Default: export_layout.log )
-sum Summary file
-layermap Specified the layermap file
-oasis Specified the file format is OASIS, and GDSII if not specified
-h, -help Display this help
Examples: export_layout\\
-path \$project/work/
-lib Xeon
-cell X999
-oasis
Output: OASIS file - X999.oasis
EOF
}
viewName='layout'
logFile='export_layout.log'
# 命令行参数分析
while [[ -n $1 ]]; do
if [[ -n $opt ]]; then
case $opt in
lib_opt) libName=$1 ;;
cell_opt) cellName=$1 ;;
view_opt) viewName=$1 ;;
file_opt) file=$1 ;;
path_opt) path=$1 ;;
log_opt) logFile=$1 ;;
map_opt)
mapCmd="-layerMap $1"
;;
sum_opt)
sumCmd="-summaryFile $1"
;;
esac
unset opt
else
case $1 in
-lib) opt='lib_opt' ;;
-cell) opt='cell_opt' ;;
-view) opt='view_opt' ;;
-file) opt='file_opt' ;;
-path) opt='path_opt' ;;
-log) opt='log_opt' ;;
-sum) opt='sum_opt' ;;
-layermap) opt='map_opt' ;;
-oasis) OASIS=1 ;;
-h|-help)
HelpDoc >&2
exit 1
;;
*)
echo "Invalid option - '$1'" >&2
echo "Try -h or -help for more infomation." >&2
exit 1
;;
esac
fi
shift
done
# 记录当前路径
runDir=$(pwd -P)
# 参数检查
if [[ ! ( $path && $libName && $cellName ) ]]; then
# 缺少必要参数时，打印 help 并退出
HelpInfo >&2
exit 1
elif [[ -d $path ]]; then
cd $path
else
# 找不到目标路径文件，打印报错
echo "No such directory - $path" >&2
echo "Try -h or -help for more infomation." >&2
exit 1
fi
## 不同的文件格式
if [[ $OASIS ]]; then
if [[ ! $file ]]; then file="${cellName}.oasis" ; fi
command="oasisout -oasisFile $file"
else
if [[ ! $file ]]; then file="${cellName}.gds" ; fi
command="strmout -strmFile $file"
fi
command="$command -runDir $runDir -library $libName -topCell $cellName -view $viewName -logFile $logFile $sumCmd $mapCmd"
# 运行
exec $command
优化后的脚本有三个必要的参数需要指定
- -path
指定 cds.lib 文件所在的文件夹路径 - -lib
指定导出单元的顶层 Library 名称 - -cell
指定导出单元的顶层 Cell 名称
运行实例通过 -path 参数来定义 virtuoso 启动路径，实现在任意路径下可运行，生成的文件都在当前路径下。
例：cdslib 文件所在路径为 ../project
-
导出版图
verify/ad01d0/layout单元为 GDSII 文件。export_layout -path ../project -lib verify -cell ad01d0 -
导出版图
verify/inv0d0/layout单元为 OASIS 文件，指定输出文件名inv.oasis，指定 log 文件为inv.log。export_layout -path ../project -lib verify -cell inv0d0 -file inv.oasis -oasis -log inv.log
-
版图数据导入
- strmin
- oasisin
顾名思义，用法和导出过程大同小异，这里就不赘述了。
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