Macros for Build Commands and Properties (zz)

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本文详细介绍了MSBuild中使用的各种宏，这些宏可以帮助开发者在不同版本的Visual Studio环境中配置项目属性和构建命令。从Visual Studio .NET到2013年版本，文章列举了如$(RemoteMachine)、$(ConfigurationName)等宏的作用及用法。

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Macros for Build Commands and Properties 

//z 2014-04-15 11:13:18 T2942755302.K.F349938301 [T2,L62,R1,V17]
Macro Description

$(RemoteMachine)

Set to the value of the Remote Machine property on the Debug property page. See Changing Project Settings for a C/C++ Debug Configuration for more information.

$(References)

A semicolon delimited list of references added to the project.

$(ConfigurationName)

The name of the current project configuration (for example, "Debug").

$(PlatformName)

The name of current project platform (for example, "Win32").

$(Inherit)

Specifies the order in which inherited properties appear in the command line composed by the project build system. By default, inherited properties appear at the end of the current property.1

$(NoInherit)

Causes any properties that would otherwise be inherited, to not be inherited. To also prevent evaluation at the sibling level, use $(StopEvaluating). The use of $(NoInherit) causes any occurrences of $(Inherit) to be ignored for the same property.1

$(StopEvaluating)

Immediately stops the evaluation of a macro in the evaluation chain. Any values that appear after $(StopEvaluating) will not appear in the evaluated value of the macro. If $(StopEvaluating) precedes $(Inherit), the inherited value at the current location in the evaluation chain will not be concatenated to the macro value. $(StopEvaluating) is a superset of the functionality of $(NoInherit).

$(ParentName)

Name of the item containing this project item. This will be the parent folder name, or project name.

$(RootNameSpace)

The namespace, if any, containing the application.

$(IntDir)

Path to the directory specified for intermediate files relative to the project directory. This resolves to the value for the Intermediate Directory property.

$(OutDir)

Path to the output file directory, relative to the project directory. This resolves to the value for the Output Directory property.

$(DevEnvDir)

The installation directory of Visual Studio .NET (defined as drive + path); includes the trailing backslash '\'.

$(InputDir)

The directory of the input file (defined as drive + path); includes the trailing backslash '\'. If the project is the input, then this macro is equivalent to $(ProjectDir).

$(InputPath)

The absolute path name of the input file (defined as drive + path + base name + file extension). If the project is the input, then this macro is equivalent to $(ProjectPath).

$(InputName)

The base name of the input file. If the project is the input, then this macro is equivalent to $(ProjectName).

$(InputFileName)

The file name of the input file (defined as base name + file extension). If the project is the input, then this macro is equivalent to $(ProjectFileName).

$(InputExt)

The file extension of the input file. It includes the '.' before the file extension. If the project is the input, then this macro is equivalent to $(ProjectExt).

$(ProjectDir)

The directory of the project (defined as drive + path); includes the trailing backslash '\'.

$(ProjectPath)

The absolute path name of the project (defined as drive + path + base name + file extension).

$(ProjectName)

The base name of the project.

$(ProjectFileName)

The file name of the project (defined as base name + file extension).

$(ProjectExt)

The file extension of the project. It includes the '.' before the file extension.

$(SolutionDir)

The directory of the solution (defined as drive + path); includes the trailing backslash '\'.

$(SolutionPath)

The absolute path name of the solution (defined as drive + path + base name + file extension).

$(SolutionName)

The base name of the solution.

$(SolutionFileName)

The file name of the solution (defined as base name + file extension).

$(SolutionExt)

The file extension of the solution. It includes the '.' before the file extension.

$(TargetDir)

The directory of the primary output file for the build (defined as drive + path); includes the trailing backslash '\'.

$(TargetPath)

The absolute path name of the primary output file for the build (defined as drive + path + base name + file extension).

$(TargetName)

The base name of the primary output file for the build.

$(TargetFileName)

The file name of the primary output file for the build (defined as base name + file extension).

$(TargetExt)

The file extension of the primary output file for the build. It includes the '.' before the file extension.

$(VSInstallDir)

The directory into which you installed Visual Studio .NET.

$(VCInstallDir)

The directory into which you installed Visual C++ .NET.

$(FrameworkDir)

The directory into which the .NET Framework was installed.

$(FrameworkVersion)

The version of the .NET Framework used by Visual Studio. Combined with $(FrameworkDir), the full path to the version of the .NET Framework use by Visual Studio.

$(FrameworkSDKDir)

The directory into which you installed the .NET Framework SDK. The .NET Framework SDK could have been installed as part of Visual Studio .NET or separately.

$(WebDeployPath)

The relative path from the web deployment root to where the project outputs belong. Returns the same value as RelativePath.

$(WebDeployRoot)

The absolute path to the location of <localhost>. For example, c:\inetpub\wwwroot.

$(SafeParentName)

The name of the immediate parent in valid name format. For example, a form is the parent of a .resx file.

$(SafeInputName)

The name of the file as a valid class name, minus file extension.

$(SafeRootNamespace)

The namespace name in which the project wizards will add code. This namespace name will only contain characters that would be permitted in a valid C++ identifier.

$(FxCopDir)

The path to the fxcop.cmd file. The fxcop.cmd file is not installed with all Visual C++ editions.


2008

Macro

Description

$(RemoteMachine)

Set to the value of the Remote Machine property on the Debug property page. See Changing Project Settings for a C/C++ Debug Configuration for more information.

$(References)

A semicolon delimited list of references added to the project.

$(ConfigurationName)

The name of the current project configuration (for example, "Debug").

$(PlatformName)

The name of current project platform (for example, "Win32").

$(Inherit)

Specifies the order in which inherited properties appear in the command line composed by the project build system. By default, inherited properties appear at the end of the current property.1

$(NoInherit)

Causes any properties that would otherwise be inherited, to not be inherited. To also prevent evaluation at the sibling level, use $(StopEvaluating). The use of $(NoInherit) causes any occurrences of $(Inherit) to be ignored for the same property.1

$(StopEvaluating)

Immediately stops the evaluation of a macro in the evaluation chain. Any values that appear after $(StopEvaluating) will not appear in the evaluated value of the macro. If $(StopEvaluating) precedes $(Inherit), the inherited value at the current location in the evaluation chain will not be concatenated to the macro value. $(StopEvaluating) is a superset of the functionality of $(NoInherit).

$(ParentName)

Name of the item containing this project item. This will be the parent folder name, or project name.

$(RootNameSpace)

The namespace, if any, containing the application.

$(IntDir)

Path to the directory specified for intermediate files relative to the project directory. This resolves to the value for the Intermediate Directory property.

$(OutDir)

Path to the output file directory, relative to the project directory. This resolves to the value for the Output Directory property.

$(DevEnvDir)

The installation directory of Visual Studio .NET (defined as drive + path); includes the trailing backslash '\'.

$(InputDir)

The directory of the input file (defined as drive + path); includes the trailing backslash '\'. If the project is the input, then this macro is equivalent to $(ProjectDir).

$(InputPath)

The absolute path name of the input file (defined as drive + path + base name + file extension). If the project is the input, then this macro is equivalent to $(ProjectPath).

$(InputName)

The base name of the input file. If the project is the input, then this macro is equivalent to $(ProjectName).

$(InputFileName)

The file name of the input file (defined as base name + file extension). If the project is the input, then this macro is equivalent to $(ProjectFileName).

$(InputExt)

The file extension of the input file. It includes the '.' before the file extension. If the project is the input, then this macro is equivalent to $(ProjectExt).

$(ProjectDir)

The directory of the project (defined as drive + path); includes the trailing backslash '\'.

$(ProjectPath)

The absolute path name of the project (defined as drive + path + base name + file extension).

$(ProjectName)

The base name of the project.

$(ProjectFileName)

The file name of the project (defined as base name + file extension).

$(ProjectExt)

The file extension of the project. It includes the '.' before the file extension.

$(SolutionDir)

The directory of the solution (defined as drive + path); includes the trailing backslash '\'.

$(SolutionPath)

The absolute path name of the solution (defined as drive + path + base name + file extension).

$(SolutionName)

The base name of the solution.

$(SolutionFileName)

The file name of the solution (defined as base name + file extension).

$(SolutionExt)

The file extension of the solution. It includes the '.' before the file extension.

$(TargetDir)

The directory of the primary output file for the build (defined as drive + path); includes the trailing backslash '\'.

$(TargetPath)

The absolute path name of the primary output file for the build (defined as drive + path + base name + file extension).

$(TargetName)

The base name of the primary output file for the build.

$(TargetFileName)

The file name of the primary output file for the build (defined as base name + file extension).

$(TargetExt)

The file extension of the primary output file for the build. It includes the '.' before the file extension.

$(VSInstallDir)

The directory into which you installed Visual Studio .NET.

$(VCInstallDir)

The directory into which you installed Visual C++ .NET.

$(FrameworkDir)

The directory into which the .NET Framework was installed.

$(FrameworkVersion)

The version of the .NET Framework used by Visual Studio. Combined with $(FrameworkDir), the full path to the version of the .NET Framework use by Visual Studio.

$(FrameworkSDKDir)

The directory into which you installed the .NET Framework. The .NET Framework could have been installed as part of Visual Studio .NET or separately.

$(WebDeployPath)

The relative path from the web deployment root to where the project outputs belong. Returns the same value as RelativePath.

$(WebDeployRoot)

The absolute path to the location of <localhost>. For example, c:\inetpub\wwwroot.

$(SafeParentName)

The name of the immediate parent in valid name format. For example, a form is the parent of a .resx file.

$(SafeInputName)

The name of the file as a valid class name, minus file extension.

$(SafeRootNamespace)

The namespace name in which the project wizards will add code. This namespace name will only contain characters that would be permitted in a valid C++ identifier.

$(FxCopDir)

The path to the fxcop.cmd file. The fxcop.cmd file is not installed with all Visual C++ editions.


2010

Macro

Description

$(RemoteMachine)

Set to the value of the Remote Machine property on the Debug property page. See Changing Project Settings for a C/C++ Debug Configuration for more information.

$(Configuration)

The name of the current project configuration (for example, "Debug").

$(Platform)

The name of current project platform (for example, "Win32").

$(ParentName)

(Deprecated.) Name of the item containing this project item. This will be the parent folder name, or project name.

$(RootNameSpace)

The namespace, if any, containing the application.

$(IntDir)

Path to the directory specified for intermediate files relative to the project directory. This path should have a trailing slash. This resolves to the value for the Intermediate Directory property.

$(OutDir)

Path to the output file directory, relative to the project directory. This path should have a trailing slash. This resolves to the value for the Output Directory property.

$(DevEnvDir)

The installation directory of Visual Studio 2010 (defined as drive + path); includes the trailing backslash '\'.

$(InputDir)

(Deprecated; migrated.) The directory of the input file (defined as drive + path); includes the trailing backslash '\'. If the project is the input, then this macro is equivalent to $(ProjectDir).

$(InputPath)

(Deprecated; migrated.) The absolute path name of the input file (defined as drive + path + base name + file extension). If the project is the input, then this macro is equivalent to $(ProjectPath).

$(InputName)

(Deprecated; migrated.) The base name of the input file. If the project is the input, then this macro is equivalent to $(ProjectName).

$(InputFileName)

(Deprecated; migrated.) The file name of the input file (defined as base name + file extension). If the project is the input, then this macro is equivalent to $(ProjectFileName).

$(InputExt)

(Deprecated; migrated.) The file extension of the input file. It includes the '.' before the file extension. If the project is the input, then this macro is equivalent to $(ProjectExt).

$(ProjectDir)

The directory of the project (defined as drive + path); includes the trailing backslash '\'.

$(ProjectPath)

The absolute path name of the project (defined as drive + path + base name + file extension).

$(ProjectName)

The base name of the project.

$(ProjectFileName)

The file name of the project (defined as base name + file extension).

$(ProjectExt)

The file extension of the project. It includes the '.' before the file extension.

$(SolutionDir)

The directory of the solution (defined as drive + path); includes the trailing backslash '\'.

$(SolutionPath)

The absolute path name of the solution (defined as drive + path + base name + file extension).

$(SolutionName)

The base name of the solution.

$(SolutionFileName)

The file name of the solution (defined as base name + file extension).

$(SolutionExt)

The file extension of the solution. It includes the '.' before the file extension.

$(TargetDir)

The directory of the primary output file for the build (defined as drive + path); includes the trailing backslash '\'.

$(TargetPath)

The absolute path name of the primary output file for the build (defined as drive + path + base name + file extension).

$(TargetName)

The base name of the primary output file for the build.

$(TargetFileName)

The file name of the primary output file for the build (defined as base name + file extension).

$(TargetExt)

The file extension of the primary output file for the build. It includes the '.' before the file extension.

$(VSInstallDir)

The directory into which you installed Visual Studio 2010. 

This property contains the version of the targeted Visual Studio, which might be different that the host Visual Studio. For example, when building with $(PlatformToolset) = v90, $(VSInstallDir) contains the path to the Visual Studio 2008 installation.

$(VCInstallDir)

The directory into which you installed Visual C++ 2010. 

This property contains the version of the targeted Visual C++, which might be different that the host Visual Studio. For example, when building with $(PlatformToolset) = v90, $(VCInstallDir) contains the path to the Visual C++ 2008 installation.

$(FrameworkDir)

The directory into which the .NET Framework was installed.

$(FrameworkVersion)

The version of the .NET Framework used by Visual Studio. Combined with $(FrameworkDir), the full path to the version of the .NET Framework use by Visual Studio.

$(FrameworkSDKDir)

The directory into which you installed the .NET Framework. The .NET Framework could have been installed as part of Visual Studio 2010 or separately.

$(WebDeployPath)

The relative path from the web deployment root to where the project outputs belong. Returns the same value as RelativePath.

$(WebDeployRoot)

The absolute path to the location of <localhost>. For example, c:\inetpub\wwwroot.

$(SafeParentName)

(Deprecated.) The name of the immediate parent in valid name format. For example, a form is the parent of a .resx file.

$(SafeInputName)

(Deprecated.) The name of the file as a valid class name, minus file extension.

$(SafeRootNamespace)

(Deprecated.) The namespace name in which the project wizards will add code. This namespace name will only contain characters that would be permitted in a valid C++ identifier.

$(FxCopDir)

The path to the fxcop.cmd file. The fxcop.cmd file is not installed with all Visual C++ editions.


2012

Macro

Description

$(RemoteMachine)

Set to the value of the Remote Machine property on the Debug property page. See Changing Project Settings for a C/C++ Debug Configuration for more information.

$(Configuration)

The name of the current project configuration (for example, "Debug").

$(Platform)

The name of current project platform (for example, "Win32").

$(ParentName)

(Deprecated.) Name of the item containing this project item. This will be the parent folder name, or project name.

$(RootNameSpace)

The namespace, if any, containing the application.

$(IntDir)

Path to the directory specified for intermediate files relative to the project directory. This path should have a trailing slash. This resolves to the value for the Intermediate Directory property.

$(OutDir)

Path to the output file directory, relative to the project directory. This path should have a trailing slash. This resolves to the value for the Output Directory property.

$(DevEnvDir)

The installation directory of Visual Studio 2010 (defined as drive + path); includes the trailing backslash '\'.

$(InputDir)

(Deprecated; migrated.) The directory of the input file (defined as drive + path); includes the trailing backslash '\'. If the project is the input, then this macro is equivalent to $(ProjectDir).

$(InputPath)

(Deprecated; migrated.) The absolute path name of the input file (defined as drive + path + base name + file extension). If the project is the input, then this macro is equivalent to $(ProjectPath).

$(InputName)

(Deprecated; migrated.) The base name of the input file. If the project is the input, then this macro is equivalent to $(ProjectName).

$(InputFileName)

(Deprecated; migrated.) The file name of the input file (defined as base name + file extension). If the project is the input, then this macro is equivalent to $(ProjectFileName).

$(InputExt)

(Deprecated; migrated.) The file extension of the input file. It includes the '.' before the file extension. If the project is the input, then this macro is equivalent to $(ProjectExt).

$(ProjectDir)

The directory of the project (defined as drive + path); includes the trailing backslash '\'.

$(ProjectPath)

The absolute path name of the project (defined as drive + path + base name + file extension).

$(ProjectName)

The base name of the project.

$(ProjectFileName)

The file name of the project (defined as base name + file extension).

$(ProjectExt)

The file extension of the project. It includes the '.' before the file extension.

$(SolutionDir)

The directory of the solution (defined as drive + path); includes the trailing backslash '\'.

$(SolutionPath)

The absolute path name of the solution (defined as drive + path + base name + file extension).

$(SolutionName)

The base name of the solution.

$(SolutionFileName)

The file name of the solution (defined as base name + file extension).

$(SolutionExt)

The file extension of the solution. It includes the '.' before the file extension.

$(TargetDir)

The directory of the primary output file for the build (defined as drive + path); includes the trailing backslash '\'.

$(TargetPath)

The absolute path name of the primary output file for the build (defined as drive + path + base name + file extension).

$(TargetName)

The base name of the primary output file for the build.

$(TargetFileName)

The file name of the primary output file for the build (defined as base name + file extension).

$(TargetExt)

The file extension of the primary output file for the build. It includes the '.' before the file extension.

$(VSInstallDir)

The directory into which you installed Visual Studio 2010. 

This property contains the version of the targeted Visual Studio, which might be different that the host Visual Studio. For example, when building with $(PlatformToolset) = v90, $(VSInstallDir) contains the path to the Visual Studio 2008 installation.

$(VCInstallDir)

The directory into which you installed Visual C++ 2010. 

This property contains the version of the targeted Visual C++, which might be different that the host Visual Studio. For example, when building with $(PlatformToolset) = v90, $(VCInstallDir) contains the path to the Visual C++ 2008 installation.

$(FrameworkDir)

The directory into which the .NET Framework was installed.

$(FrameworkVersion)

The version of the .NET Framework used by Visual Studio. Combined with $(FrameworkDir), the full path to the version of the .NET Framework use by Visual Studio.

$(FrameworkSDKDir)

The directory into which you installed the .NET Framework. The .NET Framework could have been installed as part of Visual Studio 2010 or separately.

$(WebDeployPath)

The relative path from the web deployment root to where the project outputs belong. Returns the same value as RelativePath.

$(WebDeployRoot)

The absolute path to the location of <localhost>. For example, c:\inetpub\wwwroot.

$(SafeParentName)

(Deprecated.) The name of the immediate parent in valid name format. For example, a form is the parent of a .resx file.

$(SafeInputName)

(Deprecated.) The name of the file as a valid class name, minus file extension.

$(SafeRootNamespace)

(Deprecated.) The namespace name in which the project wizards will add code. This namespace name will only contain characters that would be permitted in a valid C++ identifier.

$(FxCopDir)

The path to the fxcop.cmd file. The fxcop.cmd file is not installed with all Visual C++ editions.


2013

Macro

Description

$(RemoteMachine)

Set to the value of the Remote Machine property on the Debug property page. See Changing Project Settings for a C/C++ Debug Configuration for more information.

$(Configuration)

The name of the current project configuration (for example, "Debug").

$(Platform)

The name of current project platform (for example, "Win32").

$(ParentName)

(Deprecated.) Name of the item containing this project item. This will be the parent folder name, or project name.

$(RootNameSpace)

The namespace, if any, containing the application.

$(IntDir)

Path to the directory specified for intermediate files relative to the project directory. This path should have a trailing slash. This resolves to the value for the Intermediate Directory property.

$(OutDir)

Path to the output file directory, relative to the project directory. This path should have a trailing slash. This resolves to the value for the Output Directory property.

$(DevEnvDir)

The installation directory of Visual Studio 2010 (defined as drive + path); includes the trailing backslash '\'.

$(InputDir)

(Deprecated; migrated.) The directory of the input file (defined as drive + path); includes the trailing backslash '\'. If the project is the input, then this macro is equivalent to $(ProjectDir).

$(InputPath)

(Deprecated; migrated.) The absolute path name of the input file (defined as drive + path + base name + file extension). If the project is the input, then this macro is equivalent to $(ProjectPath).

$(InputName)

(Deprecated; migrated.) The base name of the input file. If the project is the input, then this macro is equivalent to $(ProjectName).

$(InputFileName)

(Deprecated; migrated.) The file name of the input file (defined as base name + file extension). If the project is the input, then this macro is equivalent to $(ProjectFileName).

$(InputExt)

(Deprecated; migrated.) The file extension of the input file. It includes the '.' before the file extension. If the project is the input, then this macro is equivalent to $(ProjectExt).

$(ProjectDir)

The directory of the project (defined as drive + path); includes the trailing backslash '\'.

$(ProjectPath)

The absolute path name of the project (defined as drive + path + base name + file extension).

$(ProjectName)

The base name of the project.

$(ProjectFileName)

The file name of the project (defined as base name + file extension).

$(ProjectExt)

The file extension of the project. It includes the '.' before the file extension.

$(SolutionDir)

The directory of the solution (defined as drive + path); includes the trailing backslash '\'.

$(SolutionPath)

The absolute path name of the solution (defined as drive + path + base name + file extension).

$(SolutionName)

The base name of the solution.

$(SolutionFileName)

The file name of the solution (defined as base name + file extension).

$(SolutionExt)

The file extension of the solution. It includes the '.' before the file extension.

$(TargetDir)

The directory of the primary output file for the build (defined as drive + path); includes the trailing backslash '\'.

$(TargetPath)

The absolute path name of the primary output file for the build (defined as drive + path + base name + file extension).

$(TargetName)

The base name of the primary output file for the build.

$(TargetFileName)

The file name of the primary output file for the build (defined as base name + file extension).

$(TargetExt)

The file extension of the primary output file for the build. It includes the '.' before the file extension.

$(VSInstallDir)

The directory into which you installed Visual Studio 2010. 

This property contains the version of the targeted Visual Studio, which might be different that the host Visual Studio. For example, when building with $(PlatformToolset) = v90, $(VSInstallDir) contains the path to the Visual Studio 2008 installation.

$(VCInstallDir)

The directory into which you installed Visual C++ 2010. 

This property contains the version of the targeted Visual C++, which might be different that the host Visual Studio. For example, when building with $(PlatformToolset) = v90, $(VCInstallDir) contains the path to the Visual C++ 2008 installation.

$(FrameworkDir)

The directory into which the .NET Framework was installed.

$(FrameworkVersion)

The version of the .NET Framework used by Visual Studio. Combined with $(FrameworkDir), the full path to the version of the .NET Framework use by Visual Studio.

$(FrameworkSDKDir)

The directory into which you installed the .NET Framework. The .NET Framework could have been installed as part of Visual Studio 2010 or separately.

$(WebDeployPath)

The relative path from the web deployment root to where the project outputs belong. Returns the same value as RelativePath.

$(WebDeployRoot)

The absolute path to the location of <localhost>. For example, c:\inetpub\wwwroot.

$(SafeParentName)

(Deprecated.) The name of the immediate parent in valid name format. For example, a form is the parent of a .resx file.

$(SafeInputName)

(Deprecated.) The name of the file as a valid class name, minus file extension.

$(SafeRootNamespace)

(Deprecated.) The namespace name in which the project wizards will add code. This namespace name will only contain characters that would be permitted in a valid C++ identifier.

$(FxCopDir)

The path to the fxcop.cmd file. The fxcop.cmd file is not installed with all Visual C++ editions.

//z 2014-04-15 11:13:18 T2942755302.K.F349938301 [T2,L62,R1,V17]






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物联网环境下智能农业监控系统设计.docx
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# settings.mk is not under source control. Put variables into this # file to avoid having to adding the to the make command line. -include settings.mk # ============================================================================== # Uncomment or add the design to run # ============================================================================== DESIGN_CONFIG=./designs/nangate45/counter/config.mk # DESIGN_CONFIG=./designs/nangate45/aes/config.mk # DESIGN_CONFIG=./designs/nangate45/ariane133/config.mk # DESIGN_CONFIG=./designs/nangate45/ariane136/config.mk # DESIGN_CONFIG=./designs/nangate45/black_parrot/config.mk # DESIGN_CONFIG=./designs/nangate45/bp_be_top/config.mk # DESIGN_CONFIG=./designs/nangate45/bp_fe_top/config.mk # DESIGN_CONFIG=./designs/nangate45/bp_multi_top/config.mk # DESIGN_CONFIG=./designs/nangate45/bp_quad/config.mk # DESIGN_CONFIG=./designs/nangate45/dynamic_node/config.mk # DESIGN_CONFIG=./designs/nangate45/gcd/config.mk # DESIGN_CONFIG=./designs/nangate45/ibex/config.mk # DESIGN_CONFIG=./designs/nangate45/jpeg/config.mk # DESIGN_CONFIG=./designs/nangate45/mempool_group/config.mk # DESIGN_CONFIG=./designs/nangate45/swerv/config.mk # DESIGN_CONFIG=./designs/nangate45/swerv_wrapper/config.mk # DESIGN_CONFIG=./designs/nangate45/tinyRocket/config.mk # DESIGN_CONFIG=./designs/gf12/aes/config.mk # DESIGN_CONFIG=./designs/gf12/ariane/config.mk # DESIGN_CONFIG=./designs/gf12/ca53/config.mk # DESIGN_CONFIG=./designs/gf12/coyote/config.mk # DESIGN_CONFIG=./designs/gf12/gcd/config.mk # DESIGN_CONFIG=./designs/gf12/ibex/config.mk # DESIGN_CONFIG=./designs/gf12/jpeg/config.mk # DESIGN_CONFIG=./designs/gf12/swerv_wrapper/config.mk # DESIGN_CONFIG=./designs/gf12/tinyRocket/config.mk # DESIGN_CONFIG=./designs/gf12/ariane133/config.mk # DESIGN_CONFIG=./designs/gf12/bp_dual/config.mk # DESIGN_CONFIG=./designs/gf12/bp_quad/config.mk # DESIGN_CONFIG=./designs/gf12/bp_single/config.mk # DESIGN_CONFIG=./designs/sky130hd/aes/config.mk # DESIGN_CONFIG=./designs/sky130hd/chameleon/config.mk # DESIGN_CONFIG=./designs/sky130hd/gcd/config.mk # DESIGN_CONFIG=./designs/sky130hd/ibex/config.mk # DESIGN_CONFIG=./designs/sky130hd/jpeg/config.mk # DESIGN_CONFIG=./designs/sky130hd/microwatt/config.mk # DESIGN_CONFIG=./designs/sky130hd/riscv32i/config.mk # DESIGN_CONFIG=./designs/sky130hs/aes/config.mk # DESIGN_CONFIG=./designs/sky130hs/gcd/config.mk # DESIGN_CONFIG=./designs/sky130hs/ibex/config.mk # DESIGN_CONFIG=./designs/sky130hs/jpeg/config.mk # DESIGN_CONFIG=./designs/sky130hs/riscv32i/config.mk # DESIGN_CONFIG=./designs/asap7/aes/config.mk # DESIGN_CONFIG=./designs/asap7/ethmac/config.mk # DESIGN_CONFIG=./designs/asap7/gcd/config.mk # DESIGN_CONFIG=./designs/asap7/ibex/config.mk # DESIGN_CONFIG=./designs/asap7/jpeg/config.mk # DESIGN_CONFIG=./designs/asap7/megaboom/config.mk # DESIGN_CONFIG=./designs/asap7/mock-array/config.mk # DESIGN_CONFIG=./designs/asap7/riscv32i/config.mk # DESIGN_CONFIG=./designs/asap7/swerv_wrapper/config.mk # DESIGN_CONFIG=./designs/asap7/uart/config.mk # DESIGN_CONFIG=./designs/intel16/aes/config.mk # DESIGN_CONFIG=./designs/intel16/gcd/config.mk # DESIGN_CONFIG=./designs/intel22/ibex/config.mk # DESIGN_CONFIG=./designs/intel22/jpeg/config.mk # DESIGN_CONFIG=./designs/gf180/aes/config.mk # DESIGN_CONFIG=./designs/gf180/ibex/config.mk # DESIGN_CONFIG=./designs/gf180/jpeg/config.mk # DESIGN_CONFIG=./designs/gf180/riscv32i/config.mk # DESIGN_CONFIG=./designs/gf180/uart-blocks/config.mk #DESIGN_CONFIG=./designs/ihp-sg13g2/aes/config.mk #DESIGN_CONFIG=./designs/ihp-sg13g2/ibex/config.mk #DESIGN_CONFIG=./designs/ihp-sg13g2/gcd/config.mk #DESIGN_CONFIG=./designs/ihp-sg13g2/spi/config.mk #DESIGN_CONFIG=./designs/ihp-sg13g2/riscv32i/config.mk #DESIGN_CONFIG=./designs/ihp-sg13g2/i2c-gpio-expander/config.mk # Default design DESIGN_CONFIG ?= ./designs/nangate45/gcd/config.mk export DESIGN_CONFIG include $(DESIGN_CONFIG) export DESIGN_DIR = $(dir $(DESIGN_CONFIG)) # default value "base" is duplicated from variables.yaml because we need it # earlier in the flow for BLOCKS. BLOCKS is a feature specific to the # ORFS Makefile. export FLOW_VARIANT?=base # BLOCKS is a ORFS make flow specific feature. ifneq ($(BLOCKS),) # Normally this comes from variables.yaml, but we need it here to set up these variables # which are part of the DESIGN_CONFIG. BLOCKS is a Makefile specific concept. $(foreach block,$(BLOCKS),$(eval BLOCK_LEFS += ./results/$(PLATFORM)/$(DESIGN_NICKNAME)_$(block)/$(FLOW_VARIANT)/${block}.lef)) $(foreach block,$(BLOCKS),$(eval BLOCK_LIBS += ./results/$(PLATFORM)/$(DESIGN_NICKNAME)_$(block)/$(FLOW_VARIANT)/${block}.lib)) $(foreach block,$(BLOCKS),$(eval BLOCK_GDS += ./results/$(PLATFORM)/$(DESIGN_NICKNAME)_$(block)/$(FLOW_VARIANT)/6_final.gds)) $(foreach block,$(BLOCKS),$(eval BLOCK_CDL += ./results/$(PLATFORM)/$(DESIGN_NICKNAME)_$(block)/$(FLOW_VARIANT)/6_final.cdl)) $(foreach block,$(BLOCKS),$(eval BLOCK_LOG_FOLDERS += ./logs/$(PLATFORM)/$(DESIGN_NICKNAME)_$(block)/$(FLOW_VARIANT)/)) export ADDITIONAL_LEFS += $(BLOCK_LEFS) export ADDITIONAL_LIBS += $(BLOCK_LIBS) export ADDITIONAL_GDS += $(BLOCK_GDS) export GDS_FILES += $(BLOCK_GDS) ifneq ($(CDL_FILES),) export CDL_FILES += $(BLOCK_CDL) endif endif # ============================================================================== # ____ _____ _____ _ _ ____ # / ___|| ____|_ _| | | | _ \ # \___ \| _| | | | | | | |_) | # ___) | |___ | | | |_| | __/ # |____/|_____| |_| \___/|_| # # ============================================================================== # Disable make's implicit rules MAKEFLAGS += --no-builtin-rules .SUFFIXES: #------------------------------------------------------------------------------- # Default target when invoking without specific target. .DEFAULT_GOAL := finish #------------------------------------------------------------------------------- # Proper way to initiate SHELL for make SHELL := /usr/bin/env bash .SHELLFLAGS := -o pipefail -c #------------------------------------------------------------------------------- # Setup variables to point to root / head of the OpenROAD directory # - the following settings allowed user to point OpenROAD binaries to different # location # - default is current install / clone directory ifeq ($(origin FLOW_HOME), undefined) FLOW_HOME := $(abspath $(dir $(firstword $(MAKEFILE_LIST)))) endif export FLOW_HOME include $(FLOW_HOME)/scripts/variables.mk define GENERATE_ABSTRACT_RULE ifeq ($(wildcard $(3)),) # There is no unique config.mk for this module, use the shared # block.mk that, by convention, is in the same folder as config.mk # of the parent macro. # # At an early stage, before refining each of the macros, a shared # block.mk file can be useful to run through the flow to explore # more global concerns instead of getting mired in the details of # each macro. block := $(patsubst ./designs/$(PLATFORM)/$(DESIGN_NICKNAME)/%,%,$(dir $(3))) $(1) $(2) &: $$(UNSET_AND_MAKE) DESIGN_NAME=${block} DESIGN_NICKNAME=$$(DESIGN_NICKNAME)_${block} DESIGN_CONFIG=$$(shell dirname $$(DESIGN_CONFIG))/block.mk generate_abstract else # There is a unique config.mk for this Verilog module $(1) $(2) &: $$(UNSET_AND_MAKE) DESIGN_CONFIG=$(3) generate_abstract endif endef # Targets to harden Blocks in case of hierarchical flow is triggered .PHONY: build_macros build_macros: $(BLOCK_LEFS) $(BLOCK_LIBS) $(foreach block,$(BLOCKS),$(eval $(call GENERATE_ABSTRACT_RULE,./results/$(PLATFORM)/$(DESIGN_NICKNAME)_$(block)/$(FLOW_VARIANT)/${block}.lef,./results/$(PLATFORM)/$(DESIGN_NICKNAME)_$(block)/$(FLOW_VARIANT)/${block}.lib,$(shell dirname $(DESIGN_CONFIG))/${block}/config.mk))) $(foreach block,$(BLOCKS),$(eval ./results/$(PLATFORM)/$(DESIGN_NICKNAME)_$(block)/$(FLOW_VARIANT)/6_final.gds: ./results/$(PLATFORM)/$(DESIGN_NICKNAME)_$(block)/$(FLOW_VARIANT)/${block}.lef)) # Utility to print tool version information #------------------------------------------------------------------------------- .PHONY: versions.txt versions.txt: mkdir -p $(OBJECTS_DIR) @if [ -z "$(YOSYS_EXE)" ]; then \ echo >> $(OBJECTS_DIR)/$@ "yosys not installed"; \ else \ $(YOSYS_EXE) -V > $(OBJECTS_DIR)/$@; \ fi @echo openroad `$(OPENROAD_EXE) -version` >> $(OBJECTS_DIR)/$@ @if [ -z "$(KLAYOUT_CMD)" ]; then \ echo >> $(OBJECTS_DIR)/$@ "klayout not installed"; \ else \ $(KLAYOUT_CMD) -zz -v >> $(OBJECTS_DIR)/$@; \ fi # Pre-process libraries # ============================================================================== # Create temporary Liberty files which have the proper dont_use properties set # For use with Yosys and ABC .SECONDEXPANSION: $(DONT_USE_LIBS): $$(filter %$$(@F) %$$(@F).gz,$(LIB_FILES)) @mkdir -p $(OBJECTS_DIR)/lib $(UTILS_DIR)/preprocessLib.py -i $^ -o $@ $(OBJECTS_DIR)/lib/merged.lib: $(DONT_USE_LIBS) $(UTILS_DIR)/mergeLib.pl $(PLATFORM)_merged $(DONT_USE_LIBS) > $@ # Pre-process KLayout tech # ============================================================================== $(OBJECTS_DIR)/klayout_tech.lef: $(TECH_LEF) $(UNSET_AND_MAKE) do-klayout_tech .PHONY: do-klayout_tech do-klayout_tech: @mkdir -p $(OBJECTS_DIR) cp $(TECH_LEF) $(OBJECTS_DIR)/klayout_tech.lef $(OBJECTS_DIR)/klayout.lyt: $(KLAYOUT_TECH_FILE) $(OBJECTS_DIR)/klayout_tech.lef $(UNSET_AND_MAKE) do-klayout .PHONY: do-klayout do-klayout: ifeq ($(KLAYOUT_ENV_VAR_IN_PATH),valid) SC_LEF_RELATIVE_PATH="$$\(env('FLOW_HOME')\)/$(shell realpath --relative-to=$(FLOW_HOME) $(SC_LEF))"; \ OTHER_LEFS_RELATIVE_PATHS=$$(echo "$(foreach file, $(OBJECTS_DIR)/klayout_tech.lef $(ADDITIONAL_LEFS),<lef-files>$$(realpath --relative-to=$(RESULTS_DIR) $(file))</lef-files>)"); \ sed 's,<lef-files>.*</lef-files>,<lef-files>'"$$SC_LEF_RELATIVE_PATH"'</lef-files>'"$$OTHER_LEFS_RELATIVE_PATHS"',g' $(KLAYOUT_TECH_FILE) > $(OBJECTS_DIR)/klayout.lyt else sed 's,<lef-files>.*</lef-files>,$(foreach file, $(OBJECTS_DIR)/klayout_tech.lef $(SC_LEF) $(ADDITIONAL_LEFS),<lef-files>$(shell realpath --relative-to=$(RESULTS_DIR) $(file))</lef-files>),g' $(KLAYOUT_TECH_FILE) > $(OBJECTS_DIR)/klayout.lyt endif sed -i 's,<map-file>.*</map-file>,$(foreach file, $(FLOW_HOME)/platforms/$(PLATFORM)/*map,<map-file>$(shell realpath $(file))</map-file>),g' $(OBJECTS_DIR)/klayout.lyt $(OBJECTS_DIR)/klayout_wrap.lyt: $(KLAYOUT_TECH_FILE) $(OBJECTS_DIR)/klayout_tech.lef $(UNSET_AND_MAKE) do-klayout_wrap .PHONY: do-klayout_wrap do-klayout_wrap: sed 's,<lef-files>.*</lef-files>,$(foreach file, $(OBJECTS_DIR)/klayout_tech.lef $(WRAP_LEFS),<lef-files>$(shell realpath --relative-to=$(OBJECTS_DIR)/def $(file))</lef-files>),g' $(KLAYOUT_TECH_FILE) > $(OBJECTS_DIR)/klayout_wrap.lyt $(WRAPPED_LEFS): mkdir -p $(OBJECTS_DIR)/lef $(OBJECTS_DIR)/def util/cell-veneer/wrap.tcl -cfg $(WRAP_CFG) -macro $(filter %$(notdir $(@:_mod.lef=.lef)),$(WRAP_LEFS)) mv $(notdir $@) $@ mv $(notdir $(@:lef=def)) $(dir $@)../def/$(notdir $(@:lef=def)) $(WRAPPED_LIBS): mkdir -p $(OBJECTS_DIR)/lib sed 's/library(\(.*\))/library(\1_mod)/g' $(filter %$(notdir $(@:_mod.lib=.lib)),$(WRAP_LIBS)) | sed 's/cell(\(.*\))/cell(\1_mod)/g' > $@ # ============================================================================== # ______ ___ _ _____ _ _ _____ ____ ___ ____ # / ___\ \ / / \ | |_ _| | | | ____/ ___|_ _/ ___| # \___ \\ V /| \| | | | | |_| | _| \___ \| |\___ \ # ___) || | | |\ | | | | _ | |___ ___) | | ___) | # |____/ |_| |_| \_| |_| |_| |_|_____|____/___|____/ # .PHONY: synth synth: $(RESULTS_DIR)/1_synth.v .PHONY: synth-report synth-report: synth $(UNSET_AND_MAKE) do-synth-report .PHONY: do-synth-report do-synth-report: ($(TIME_CMD) $(OPENROAD_CMD) $(SCRIPTS_DIR)/synth_metrics.tcl) 2>&1 | tee $(abspath $(LOG_DIR)/1_1_yosys_metrics.log) .PHONY: memory memory: if [ -f $(RESULTS_DIR)/mem_hierarchical.json ]; then \ python3 $(SCRIPTS_DIR)/mem_dump.py $(RESULTS_DIR)/mem_hierarchical.json; \ fi python3 $(SCRIPTS_DIR)/mem_dump.py $(RESULTS_DIR)/mem.json # ============================================================================== # Run Synthesis using yosys #------------------------------------------------------------------------------- $(SDC_FILE_CLOCK_PERIOD): $(SDC_FILE) mkdir -p $(dir $@) echo $(ABC_CLOCK_PERIOD_IN_PS) > $@ .PHONY: yosys-dependencies yosys-dependencies: $(YOSYS_DEPENDENCIES) .PHONY: do-yosys do-yosys: $(DONT_USE_SC_LIB) $(SCRIPTS_DIR)/synth.sh $(SYNTH_SCRIPT) $(LOG_DIR)/1_1_yosys.log .PHONY: do-yosys-canonicalize do-yosys-canonicalize: yosys-dependencies $(DONT_USE_SC_LIB) $(SCRIPTS_DIR)/synth.sh $(SCRIPTS_DIR)/synth_canonicalize.tcl $(LOG_DIR)/1_1_yosys_canonicalize.log $(RESULTS_DIR)/1_synth.rtlil: $(YOSYS_DEPENDENCIES) $(UNSET_AND_MAKE) do-yosys-canonicalize $(RESULTS_DIR)/1_1_yosys.v: $(RESULTS_DIR)/1_synth.rtlil $(UNSET_AND_MAKE) do-yosys .PHONY: do-synth do-synth: mkdir -p $(RESULTS_DIR) $(LOG_DIR) $(REPORTS_DIR) cp $(RESULTS_DIR)/1_1_yosys.v $(RESULTS_DIR)/1_synth.v $(RESULTS_DIR)/1_synth.v: $(RESULTS_DIR)/1_1_yosys.v $(UNSET_AND_MAKE) do-synth .PHONY: clean_synth clean_synth: rm -f $(RESULTS_DIR)/1_* $(RESULTS_DIR)/mem*.json rm -f $(REPORTS_DIR)/synth_* rm -f $(LOG_DIR)/1_* rm -f $(SYNTH_STATS) rm -f $(SDC_FILE_CLOCK_PERIOD) rm -rf _tmp_yosys-abc-* # ============================================================================== # _____ _ ___ ___ ____ ____ _ _ _ _ # | ___| | / _ \ / _ \| _ \| _ \| | / \ | \ | | # | |_ | | | | | | | | | |_) | |_) | | / _ \ | \| | # | _| | |__| |_| | |_| | _ <| __/| |___ / ___ \| |\ | # |_| |_____\___/ \___/|_| \_\_| |_____/_/ \_\_| \_| # .PHONY: floorplan floorplan: $(RESULTS_DIR)/2_floorplan.odb \ $(RESULTS_DIR)/2_floorplan.sdc # ============================================================================== UNSET_VARS = for var in $(UNSET_VARIABLES_NAMES); do unset $$var; done # FILE_MAKEFILE is needed when ORFS is invoked with # `make --file=$FLOW_DIR/Makefile` or `make --directory $FLOW_DIR`. # # However, on some versions of make, MAKEFILE_LIST can be empty, so # don't expand it in that case. FILE_MAKEFILE ?= $(if $(firstword $(MAKEFILE_LIST)),--file=$(firstword $(MAKEFILE_LIST)),) SUB_MAKE = $(MAKE) $(foreach V,$(COMMAND_LINE_ARGS), $(if $($V),$V=$(shell echo "$($V)" | $(FLOW_HOME)/scripts/escape.sh),$V='')) --no-print-directory $(FILE_MAKEFILE) DESIGN_CONFIG=$(DESIGN_CONFIG) UNSET_AND_MAKE = @bash -c '$(UNSET_VARS); $(SUB_MAKE) $$@' -- $(OBJECTS_DIR)/copyright.txt: @$(OPENROAD_CMD) $(SCRIPTS_DIR)/noop.tcl mkdir -p $(OBJECTS_DIR) @touch $(OBJECTS_DIR)/copyright.txt define OPEN_GUI_SHORTCUT .PHONY: gui_$(1) open_$(1) gui_$(1): gui_$(2) open_$(1): open_$(2) endef define OPEN_GUI .PHONY: open_$(1) gui_$(1) open_$(1): $(2)=$(RESULTS_DIR)/$(1) $(OPENROAD_NO_EXIT_CMD) $(SCRIPTS_DIR)/open.tcl gui_$(1): $(2)=$(RESULTS_DIR)/$(1) $(OPENROAD_GUI_CMD) $(SCRIPTS_DIR)/open.tcl endef # Separate dependency checking and doing a step. This can # be useful to retest a stage without having to delete the # target, or when building a wafer thin layer on top of # ORFS using CMake, Ninja, Bazel, etc. where makefile # dependency checking only gets in the way. # # Note that there is no "do-synth" step as it is a special # first step that for usecases such as Bazel where it should # always be built when invoked. Latter stages in the build process # are conditionally built by the Bazel implementation. # # A "do-synth" step would be welcomed, but it isn't strictly necessary # for the Bazel use-case. # # do-floorplan, do-place, do-cts, do-route, do-finish are the # supported interface to execute those stages without checking # for dependencies. # # The do- substeps of each of these stages are subject to change. # # $(1) stem, e.g. 2_1_floorplan # $(2) dependencies # $(3) tcl script step # $(4) extension of result, default .odb # $(5) folder of target, default $(RESULTS_DIR) define do-step $(if $(5),$(5),$(RESULTS_DIR))/$(1)$(if $(4),$(4),.odb): $(2) $$(UNSET_AND_MAKE) do-$(1) ifeq ($(if $(4),$(4),.odb),.odb) .PHONY: $(1) $(1): $(RESULTS_DIR)/$(1).odb $(eval $(call OPEN_GUI_SHORTCUT,$(1),$(1).odb)) endif .PHONY: do-$(1) do-$(1): $(OBJECTS_DIR)/copyright.txt $(SCRIPTS_DIR)/flow.sh $(1) $(3) endef # generate make rules to copy a file, if a dependency change and # a do- sibling rule that copies the file unconditionally. # # The file is copied within the $(RESULTS_DIR) # # $(1) stem of target, e.g. 2_1_floorplan # $(2) basename of file to be copied # $(3) further dependencies # $(4) target extension, default .odb define do-copy $(RESULTS_DIR)/$(1)$(if $(4),$(4),.odb): $(RESULTS_DIR)/$(2) $(3) $$(UNSET_AND_MAKE) do-$(1)$(if $(4),$(4),) .PHONY: do-$(1)$(if $(4),$(4),) do-$(1)$(if $(4),$(4),): cp $(RESULTS_DIR)/$(2) $(RESULTS_DIR)/$(1)$(if $(4),$(4),.odb) endef # STEP 1: Translate verilog to odb #------------------------------------------------------------------------------- $(eval $(call do-step,2_1_floorplan,$(RESULTS_DIR)/1_synth.v $(RESULTS_DIR)/1_synth.sdc $(TECH_LEF) $(SC_LEF) $(ADDITIONAL_LEFS) $(FOOTPRINT) $(SIG_MAP_FILE) $(FOOTPRINT_TCL) $(DONT_USE_SC_LIB),floorplan)) $(eval $(call do-copy,2_floorplan,2_1_floorplan.sdc,,.sdc)) # STEP 2: Macro Placement #------------------------------------------------------------------------------- $(eval $(call do-step,2_2_floorplan_macro,$(RESULTS_DIR)/2_1_floorplan.odb $(RESULTS_DIR)/1_synth.v $(RESULTS_DIR)/1_synth.sdc $(MACRO_PLACEMENT) $(MACRO_PLACEMENT_TCL),macro_place)) # STEP 3: Tapcell and Welltie insertion #------------------------------------------------------------------------------- $(eval $(call do-step,2_3_floorplan_tapcell,$(RESULTS_DIR)/2_2_floorplan_macro.odb $(TAPCELL_TCL),tapcell)) # STEP 4: PDN generation #------------------------------------------------------------------------------- $(eval $(call do-step,2_4_floorplan_pdn,$(RESULTS_DIR)/2_3_floorplan_tapcell.odb $(PDN_TCL),pdn)) $(eval $(call do-copy,2_floorplan,2_4_floorplan_pdn.odb,)) $(RESULTS_DIR)/2_floorplan.sdc: $(RESULTS_DIR)/2_1_floorplan.odb .PHONY: do-floorplan do-floorplan: $(UNSET_AND_MAKE) do-2_1_floorplan do-2_2_floorplan_macro do-2_3_floorplan_tapcell do-2_4_floorplan_pdn do-2_floorplan do-2_floorplan.sdc .PHONY: clean_floorplan clean_floorplan: rm -f $(RESULTS_DIR)/2_*floorplan*.odb $(RESULTS_DIR)/2_floorplan.sdc $(RESULTS_DIR)/2_*.v $(RESULTS_DIR)/2_*.def rm -f $(REPORTS_DIR)/2_* rm -f $(LOG_DIR)/2_* # ============================================================================== # ____ _ _ ____ _____ # | _ \| | / \ / ___| ____| # | |_) | | / _ \| | | _| # | __/| |___ / ___ \ |___| |___ # |_| |_____/_/ \_\____|_____| # .PHONY: place place: $(RESULTS_DIR)/3_place.odb \ $(RESULTS_DIR)/3_place.sdc # ============================================================================== # STEP 1: Global placement without placed IOs, timing-driven, and routability-driven. #------------------------------------------------------------------------------- $(eval $(call do-step,3_1_place_gp_skip_io,$(RESULTS_DIR)/2_floorplan.odb $(RESULTS_DIR)/2_floorplan.sdc $(LIB_FILES),global_place_skip_io)) $(eval $(call do-step,3_2_place_iop,$(RESULTS_DIR)/3_1_place_gp_skip_io.odb $(IO_CONSTRAINTS),io_placement)) # STEP 3: Global placement with placed IOs, timing-driven, and routability-driven. #------------------------------------------------------------------------------- $(eval $(call do-step,3_3_place_gp,$(RESULTS_DIR)/3_2_place_iop.odb $(RESULTS_DIR)/2_floorplan.sdc $(LIB_FILES),global_place)) # STEP 4: Resizing & Buffering #------------------------------------------------------------------------------- $(eval $(call do-step,3_4_place_resized,$(RESULTS_DIR)/3_3_place_gp.odb $(RESULTS_DIR)/2_floorplan.sdc,resize)) .PHONY: clean_resize clean_resize: rm -f $(RESULTS_DIR)/3_4_place_resized.odb # STEP 5: Detail placement #------------------------------------------------------------------------------- $(eval $(call do-step,3_5_place_dp,$(RESULTS_DIR)/3_4_place_resized.odb,detail_place)) $(eval $(call do-copy,3_place,3_5_place_dp.odb,)) $(eval $(call do-copy,3_place,2_floorplan.sdc,,.sdc)) .PHONY: do-place do-place: $(UNSET_AND_MAKE) do-3_1_place_gp_skip_io do-3_2_place_iop do-3_3_place_gp do-3_4_place_resized do-3_5_place_dp do-3_place do-3_place.sdc # Clean Targets #------------------------------------------------------------------------------- .PHONY: clean_place clean_place: rm -f $(RESULTS_DIR)/3_*place*.odb rm -f $(RESULTS_DIR)/3_place.sdc rm -f $(RESULTS_DIR)/3_*.def $(RESULTS_DIR)/3_*.v rm -f $(REPORTS_DIR)/3_* rm -f $(LOG_DIR)/3_* # ============================================================================== # ____ _____ ____ # / ___|_ _/ ___| # | | | | \___ \ # | |___ | | ___) | # \____| |_| |____/ # .PHONY: cts cts: $(RESULTS_DIR)/4_cts.odb \ $(RESULTS_DIR)/4_cts.sdc # ============================================================================== # Run TritonCTS # ------------------------------------------------------------------------------ $(eval $(call do-step,4_1_cts,$(RESULTS_DIR)/3_place.odb $(RESULTS_DIR)/3_place.sdc,cts)) $(RESULTS_DIR)/4_cts.sdc: $(RESULTS_DIR)/4_cts.odb $(eval $(call do-copy,4_cts,4_1_cts.odb)) .PHONY: do-cts do-cts: $(UNSET_AND_MAKE) do-4_1_cts do-4_cts .PHONY: clean_cts clean_cts: rm -rf $(RESULTS_DIR)/4_*cts*.odb $(RESULTS_DIR)/4_cts.sdc $(RESULTS_DIR)/4_*.v $(RESULTS_DIR)/4_*.def rm -f $(REPORTS_DIR)/4_* rm -rf $(LOG_DIR)/4_* # ============================================================================== # ____ ___ _ _ _____ ___ _ _ ____ # | _ \ / _ \| | | |_ _|_ _| \ | |/ ___| # | |_) | | | | | | | | | | || \| | | _ # | _ <| |_| | |_| | | | | || |\ | |_| | # |_| \_\\___/ \___/ |_| |___|_| \_|\____| # .PHONY: route route: $(RESULTS_DIR)/5_route.odb \ $(RESULTS_DIR)/5_route.sdc .PHONY: grt grt: $(RESULTS_DIR)/5_1_grt.odb # ============================================================================== # STEP 1: Run global route #------------------------------------------------------------------------------- $(eval $(call do-step,5_1_grt,$(RESULTS_DIR)/4_cts.odb $(FASTROUTE_TCL) $(PRE_GLOBAL_ROUTE),global_route)) # STEP 2: Run detailed route #------------------------------------------------------------------------------- $(eval $(call do-step,5_2_route,$(RESULTS_DIR)/5_1_grt.odb,detail_route)) $(eval $(call do-step,5_3_fillcell,$(RESULTS_DIR)/5_2_route.odb,fillcell)) $(eval $(call do-copy,5_route,5_3_fillcell.odb)) $(eval $(call do-copy,5_route,5_1_grt.sdc,,.sdc)) .PHONY: do-route do-route: $(UNSET_AND_MAKE) do-5_1_grt do-5_2_route do-5_3_fillcell do-5_route do-5_route.sdc .PHONY: do-grt do-grt: $(UNSET_AND_MAKE) do-5_1_grt .PHONY: clean_route clean_route: rm -rf output*/ results*.out.dmp layer_*.mps rm -rf *.gdid *.log *.met *.sav *.res.dmp rm -rf $(RESULTS_DIR)/route.guide $(RESULTS_DIR)/output_guide.mod $(RESULTS_DIR)/updated_clks.sdc rm -rf $(RESULTS_DIR)/5_*.odb $(RESULTS_DIR)/5_route.sdc $(RESULTS_DIR)/5_*.def $(RESULTS_DIR)/5_*.v rm -f $(REPORTS_DIR)/5_* rm -f $(LOG_DIR)/5_* .PHONY: klayout_tr_rpt klayout_tr_rpt: $(RESULTS_DIR)/5_route.def $(OBJECTS_DIR)/klayout.lyt $(call KLAYOUT_FOUND) $(KLAYOUT_CMD) -rd in_drc="$(REPORTS_DIR)/5_route_drc.rpt" \ -rd in_def="$<" \ -rd tech_file=$(OBJECTS_DIR)/klayout.lyt \ -rm $(UTILS_DIR)/viewDrc.py .PHONY: klayout_guides klayout_guides: $(RESULTS_DIR)/5_route.def $(OBJECTS_DIR)/klayout.lyt $(call KLAYOUT_FOUND) $(KLAYOUT_CMD) -rd in_guide="$(RESULTS_DIR)/route.guide" \ -rd in_def="$<" \ -rd net_name=$(GUIDE_NET) \ -rd tech_file=$(OBJECTS_DIR)/klayout.lyt \ -rm $(UTILS_DIR)/viewGuide.py # ============================================================================== # _____ ___ _ _ ___ ____ _ _ ___ _ _ ____ # | ___|_ _| \ | |_ _/ ___|| | | |_ _| \ | |/ ___| # | |_ | || \| || |\___ \| |_| || || \| | | _ # | _| | || |\ || | ___) | _ || || |\ | |_| | # |_| |___|_| \_|___|____/|_| |_|___|_| \_|\____| # .PHONY: finish finish: $(LOG_DIR)/6_report.log \ $(RESULTS_DIR)/6_final.v \ $(RESULTS_DIR)/6_final.sdc \ $(GDS_FINAL_FILE) $(UNSET_AND_MAKE) elapsed .PHONY: elapsed elapsed: -@$(UTILS_DIR)/genElapsedTime.py -d $(BLOCK_LOG_FOLDERS) $(LOG_DIR) # Useful when working with macros, see elapsed time for all macros in platform .PHONY: elapsed-all elapsed-all: @$(UTILS_DIR)/genElapsedTime.py -d $(shell find $(WORK_HOME)/logs/$(PLATFORM)/*/*/ -type d) $(eval $(call do-step,6_1_fill,$(RESULTS_DIR)/5_route.odb $(RESULTS_DIR)/5_route.sdc $(FILL_CONFIG),density_fill)) $(eval $(call do-copy,6_1_fill,5_route.sdc,,.sdc)) $(eval $(call do-copy,6_final,5_route.sdc,,.sdc)) $(eval $(call do-step,6_report,$(RESULTS_DIR)/6_1_fill.odb $(RESULTS_DIR)/6_1_fill.sdc,final_report,.log,$(LOG_DIR))) $(RESULTS_DIR)/6_final.def: $(LOG_DIR)/6_report.log # The final results are called 6_final.*, so it is convenient when scripting # to have the names of the artifacts match the name of the target .PHONY: do-final do-final: do-finish .PHONY: final final: finish .PHONY: do-finish do-finish: $(UNSET_AND_MAKE) do-6_1_fill do-6_1_fill.sdc do-6_final.sdc do-6_report do-gds elapsed .PHONY: generate_abstract generate_abstract: $(RESULTS_DIR)/6_final.gds $(RESULTS_DIR)/6_final.def $(RESULTS_DIR)/6_final.v $(RESULTS_DIR)/6_final.sdc $(UNSET_AND_MAKE) do-generate_abstract # Set ABSTRACT_SOURCE if you want to create an abstract from another stage than 6_final. .PHONY: do-generate_abstract do-generate_abstract: mkdir -p $(LOG_DIR) $(REPORTS_DIR) ($(TIME_CMD) $(OPENROAD_CMD) $(SCRIPTS_DIR)/generate_abstract.tcl -metrics $(LOG_DIR)/generate_abstract.json) 2>&1 | tee $(abspath $(LOG_DIR)/generate_abstract.log) .PHONY: clean_abstract clean_abstract: rm -f $(RESULTS_DIR)/$(DESIGN_NAME).lib $(RESULTS_DIR)/$(DESIGN_NAME).lef # Merge wrapped macros using Klayout #------------------------------------------------------------------------------- $(WRAPPED_GDSOAS): $(OBJECTS_DIR)/klayout_wrap.lyt $(WRAPPED_LEFS) $(call KLAYOUT_FOUND) ($(TIME_CMD) $(KLAYOUT_CMD) -zz -rd design_name=$(basename $(notdir $@)) \ -rd in_def=$(OBJECTS_DIR)/def/$(notdir $(@:$(STREAM_SYSTEM_EXT)=def)) \ -rd in_files="$(ADDITIONAL_GDSOAS)" \ -rd config_file=$(FILL_CONFIG) \ -rd seal_file="" \ -rd out_file=$@ \ -rd tech_file=$(OBJECTS_DIR)/klayout_wrap.lyt \ -rd layer_map=$(GDS_LAYER_MAP) \ -r $(UTILS_DIR)/def2stream.py) 2>&1 | tee $(abspath $(LOG_DIR)/6_merge_$(basename $(notdir $@)).log) # Merge GDS using Klayout #------------------------------------------------------------------------------- $(GDS_MERGED_FILE): $(RESULTS_DIR)/6_final.def $(OBJECTS_DIR)/klayout.lyt $(GDSOAS_FILES) $(WRAPPED_GDSOAS) $(SEAL_GDSOAS) $(UNSET_AND_MAKE) do-gds-merged .PHONY: do-gds-merged do-gds-merged: $(call KLAYOUT_FOUND) ($(TIME_CMD) $(STDBUF_CMD) $(KLAYOUT_CMD) -zz -rd design_name=$(DESIGN_NAME) \ -rd in_def=$(RESULTS_DIR)/6_final.def \ -rd in_files="$(GDSOAS_FILES) $(WRAPPED_GDSOAS)" \ -rd seal_file="$(SEAL_GDSOAS)" \ -rd out_file=$(GDS_MERGED_FILE) \ -rd tech_file=$(OBJECTS_DIR)/klayout.lyt \ -rd layer_map=$(GDS_LAYER_MAP) \ -r $(UTILS_DIR)/def2stream.py) 2>&1 | tee $(abspath $(LOG_DIR)/6_1_merge.log) $(RESULTS_DIR)/6_final.v: $(LOG_DIR)/6_report.log .PHONY: do-gds do-gds: $(UNSET_AND_MAKE) do-klayout_tech do-klayout do-klayout_wrap do-gds-merged cp $(GDS_MERGED_FILE) $(GDS_FINAL_FILE) $(GDS_FINAL_FILE): $(GDS_MERGED_FILE) cp $< $@ .PHONY: drc drc: $(REPORTS_DIR)/6_drc.lyrdb $(REPORTS_DIR)/6_drc.lyrdb: $(GDS_FINAL_FILE) $(KLAYOUT_DRC_FILE) ifneq ($(KLAYOUT_DRC_FILE),) $(call KLAYOUT_FOUND) ($(TIME_CMD) $(KLAYOUT_CMD) -zz -rd in_gds="$<" \ -rd report_file=$(abspath $@) \ -r $(KLAYOUT_DRC_FILE)) 2>&1 | tee $(abspath $(LOG_DIR)/6_drc.log) # Hacky way of getting DRV count (don't error on no matches) grep -c "<value>" $@ > $(REPORTS_DIR)/6_drc_count.rpt || [[ $$? == 1 ]] else echo "DRC not supported on this platform" > $@ endif $(RESULTS_DIR)/6_final.cdl: $(RESULTS_DIR)/6_final.v ($(TIME_CMD) $(OPENROAD_CMD) $(SCRIPTS_DIR)/cdl.tcl) 2>&1 | tee $(abspath $(LOG_DIR)/6_cdl.log) $(OBJECTS_DIR)/6_final_concat.cdl: $(RESULTS_DIR)/6_final.cdl $(CDL_FILE) cat $^ > $@ .PHONY: lvs lvs: $(RESULTS_DIR)/6_lvs.lvsdb $(RESULTS_DIR)/6_lvs.lvsdb: $(GDS_FINAL_FILE) $(KLAYOUT_LVS_FILE) $(OBJECTS_DIR)/6_final_concat.cdl ifneq ($(KLAYOUT_LVS_FILE),) $(call KLAYOUT_FOUND) ($(TIME_CMD) $(KLAYOUT_CMD) -b -rd in_gds="$<" \ -rd cdl_file=$(abspath $(OBJECTS_DIR)/6_final_concat.cdl) \ -rd report_file=$(abspath $@) \ -r $(KLAYOUT_LVS_FILE)) 2>&1 | tee $(abspath $(LOG_DIR)/6_lvs.log) else echo "LVS not supported on this platform" > $@ endif .PHONY: clean_finish clean_finish: rm -rf $(RESULTS_DIR)/6_*.gds $(RESULTS_DIR)/6_*.oas $(RESULTS_DIR)/6_*.odb $(RESULTS_DIR)/6_*.v $(RESULTS_DIR)/6_*.def $(RESULTS_DIR)/6_*.sdc $(RESULTS_DIR)/6_*.spef rm -rf $(REPORTS_DIR)/6_*.rpt rm -f $(LOG_DIR)/6_* # ============================================================================== # __ __ ___ ____ ____ # | \/ |_ _/ ___| / ___| # | |\/| || |\___ \| | # | | | || | ___) | |___ # |_| |_|___|____/ \____| # # ============================================================================== .PHONY: all all: synth floorplan place cts route finish .PHONY: clean clean: @echo @echo "Make clean disabled." @echo "Use make clean_all or clean individual steps:" @echo " clean_synth clean_floorplan clean_place clean_cts clean_route clean_finish" @echo .PHONY: clean_all clean_all: clean_synth clean_floorplan clean_place clean_cts clean_route clean_finish clean_metadata clean_abstract rm -rf $(OBJECTS_DIR) .PHONY: nuke nuke: clean_test clean_issues rm -rf ./results ./logs ./reports ./objects rm -rf layer_*.mps macrocell.list *best.plt *_pdn.def rm -rf *.rpt *.rpt.old *.def.v pin_dumper.log rm -f $(OBJECTS_DIR)/versions.txt $(OBJECTS_DIR)/copyright.txt dummy.guide # DEF/GDS/OAS viewer shortcuts #------------------------------------------------------------------------------- .PHONY: $(foreach file,$(RESULTS_DEF) $(RESULTS_GDS) $(RESULTS_OAS),klayout_$(file)) $(foreach file,$(RESULTS_DEF) $(RESULTS_GDS) $(RESULTS_OAS),klayout_$(file)): klayout_%: $(OBJECTS_DIR)/klayout.lyt $(KLAYOUT_CMD) -nn $(OBJECTS_DIR)/klayout.lyt $(RESULTS_DIR)/$* .PHONY: gui_synth gui_synth: $(OPENROAD_GUI_CMD) $(SCRIPTS_DIR)/sta-synth.tcl .PHONY: open_synth open_synth: $(OPENROAD_NO_EXIT_CMD) $(SCRIPTS_DIR)/sta-synth.tcl $(eval $(call OPEN_GUI_SHORTCUT,floorplan,2_floorplan.odb)) $(eval $(call OPEN_GUI_SHORTCUT,place,3_place.odb)) $(eval $(call OPEN_GUI_SHORTCUT,cts,4_cts.odb)) $(eval $(call OPEN_GUI_SHORTCUT,route,5_route.odb)) $(eval $(call OPEN_GUI_SHORTCUT,grt,5_1_grt.odb)) $(eval $(call OPEN_GUI_SHORTCUT,final,6_final.odb)) $(foreach file,$(RESULTS_DEF),$(eval $(call OPEN_GUI,$(file),DEF_FILE))) $(foreach file,$(RESULTS_ODB),$(eval $(call OPEN_GUI,$(file),ODB_FILE))) # Write a def for the corresponding odb $(foreach file,$(RESULTS_ODB),$(file).def): %.def: ODB_FILE=$(RESULTS_DIR)/$* DEF_FILE=$(RESULTS_DIR)/$@ $(OPENROAD_CMD) $(SCRIPTS_DIR)/write_def.tcl # # Write a verilog for the corresponding odb $(foreach file,$(RESULTS_ODB),$(file).v): %.v: ODB_FILE=$(RESULTS_DIR)/$* VERILOG_FILE=$(RESULTS_DIR)/$@ $(OPENROAD_CMD) $(SCRIPTS_DIR)/write_verilog.tcl # Drop into yosys with all environment variables, useful to for instance # debug synthesis, or run other commands aftewards, such as "show" to # generate a .dot file of the design to visualize designs. .PHONY: yosys yosys: $(YOSYS_EXE) # Drop into a bash shell with all environment variables, useful for debugging .PHONY: bash bash: bash --init-file <(echo "PS1='\[\e[32m\]Makefile Environment \[\e[0m\] \w $ '") .PHONY: all_defs all_defs : $(foreach file,$(RESULTS_ODB),$(file).def) .PHONY: all_verilog all_verilog : $(foreach file,$(RESULTS_ODB),$(file).v) .PHONY: handoff handoff : all_defs all_verilog .PHONY: test-unset-and-make-% test-unset-and-make-%: ; $(UNSET_AND_MAKE) $* .phony: klayout klayout: $(KLAYOUT_CMD) .phony: run run: @mkdir -p $(RESULTS_DIR) $(LOG_DIR) $(REPORTS_DIR) $(OBJECTS_DIR) ($(OPENROAD_CMD) -no_splash $(if $(filter %.py,$(RUN_SCRIPT)),-python) $(RUN_SCRIPT) 2>&1 | tee $(abspath $(LOG_DIR)/$(RUN_LOG_NAME_STEM).log)) export RUN_YOSYS_ARGS ?= -c $(SCRIPTS_DIR)/yosys_keep.tcl .phony: run-yosys run-yosys: $(YOSYS_EXE) $(RUN_YOSYS_ARGS) # Utilities #------------------------------------------------------------------------------- include $(UTILS_DIR)/utils.mk export PRIVATE_DIR ?= ../../private_tool_scripts -include $(PRIVATE_DIR)/private.mk 找到YOSYS_EXE定义的位置
07-16
<think>我们正在分析一个Makefile，目标是查找其中变量YOSYS_EXE的定义位置。 在Makefile中，变量的定义通常使用赋值运算符，如`=`、`:=`、`?=`、`+=`等。变量名通常出现在行的开头，后面跟着赋值运算符和值。 由于Makefile可能包含多个文件（通过include指令），但用户的问题中只提到了“给定的Makefile”，所以我们假设只在当前Makefile中查找。 步骤： 1. 打开Makefile文件。 2. 逐行扫描，查找以`YOSYS_EXE`开头的赋值语句（注意可能有空格或制表符，但Makefile中变量名通常从行首开始，或者前面有空格但会被忽略？实际上，在Makefile中，变量赋值必须从行首开始（可以有前导的空白，但通常是制表符或空格，但要注意，在规则中的变量赋值可能有不同的上下文））。 然而，在Makefile中，变量赋值可以在任何位置（只要不在规则命令中）？实际上，全局变量赋值通常从行首开始（可以有空格，但通常没有，因为缩进通常用于规则中的命令）。 更准确地说： - 变量赋值语句的格式是：`<变量名><赋值运算符><值>`，其中变量名前面可以有空格（但通常没有，除非在条件语句中或续行时），但为了简单起见，我们查找以`YOSYS_EXE`开头的行，或者前面有空格但紧接着是`YOSYS_EXE`的行（但要注意，Makefile中变量名是大小写敏感的）。 但是，Makefile中的变量赋值也可以出现在条件语句中（如ifdef等），或者被包含在其他文件中。不过，用户要求在当前给定的Makefile中查找。 3. 另外，变量可能通过`?=`（条件赋值）或`:=`（立即赋值）等方式定义。 因此，我们需要查找的行可能是这样的： YOSYS_EXE = ... YOSYS_EXE := ... YOSYS_EXE ?= ... YOSYS_EXE += ... 也可能有前导的空格（但通常不会太多，因为Makefile中通常用制表符来缩进规则中的命令，而变量赋值一般不在命令中）。注意：在Makefile中，变量赋值也可以出现在规则的目标和依赖之间，但这种情况较少见。 4. 另外，变量可能被注释掉，所以我们要避免找到注释中的内容。 5. 由于Makefile中可以使用`define`定义多行变量，但这里我们只查找简单赋值。 根据用户提供的引用内容，我们注意到在引用中提到了Makefile，但没有直接给出Makefile的内容。因此，我们无法直接看到YOSYS_EXE的定义。 但是，用户的问题是“在给定的Makefile中查找”，所以我们需要指导用户如何查找。 回答建议： 我们可以告诉用户使用文本编辑器打开Makefile，然后搜索匹配的行。由于Makefile的语法，我们可以给出搜索模式。 具体步骤： 1. 打开Makefile。 2. 搜索包含“YOSYS_EXE”的行，注意大小写（Makefile变量名通常是大写的，并且大小写敏感）。 3. 检查该行是否是一个赋值语句（即包含`=`, `:=`, `?=`或`+=`）。 4. 注意：有可能该变量是通过环境变量设置的，或者通过命令行传入，此时在Makefile中可能没有显式定义。但用户要求查找定义的位置，所以我们只关注文件中显式的定义。 如果用户没有找到，可能需要考虑： - 是否在包含的其他Makefile片段中（通过include指令）？ - 是否通过条件语句定义？ 但根据问题，我们只查找当前Makefile。 因此，我们这样回答： 在给定的Makefile中查找YOSYS_EXE变量定义的位置，您可以按照以下步骤操作： 1. 使用文本编辑器（如vim, nano, VS Code等）打开Makefile文件。 2. 在编辑器中搜索字符串`YOSYS_EXE`（注意大小写）。 3. 查找匹配的行，这些行应该包含赋值运算符（`=`, `:=`, `?=`, `+=`）中的一个，并且变量名是`YOSYS_EXE`。 4. 如果找到，则该行即为定义位置。 5. 如果没有找到，则可能是通过环境变量传入，或者在Makefile的其他部分通过条件语句定义（如ifdef），或者包含在其他文件中（通过include指令）。此时，您可以搜索`include`关键字，查看是否包含其他文件，并在这些文件中查找。 由于用户没有提供Makefile的内容，我们无法直接给出具体位置。 另外，根据用户提供的引用[2]：“Makefile 中主要定义了项目名称，verilog 代码文件以及设备相关的属性。”，其中可能包含变量定义，但引用中并没有具体内容。 因此，我们只能提供查找方法。 生成相关问题： 1. 如何理解Makefile中的变量赋值？ 2. Makefile中变量定义的作用域是怎样的？ 3. 如何通过命令行覆盖Makefile中定义的变量？</think>### 在 Makefile 中查找变量定义位置的方法 在 Makefile 中查找 `YOSYS_EXE` 变量定义的位置，可通过以下步骤操作： 1. **直接搜索变量名** 在 Makefile 中搜索 `YOSYS_EXE`（区分大小写），重点关注以下格式的行： ```makefile YOSYS_EXE = ... # 基本赋值 YOSYS_EXE := ... # 立即展开赋值 YOSYS_EXE ?= ... # 条件赋值（仅当未定义时生效） YOSYS_EXE += ... # 追加赋值 ``` 2. **检查包含文件** 若当前 Makefile 中有 `include` 指令（如 `include config.mk`），需在引入的文件中继续搜索： ```makefile include ./tools.mk # 检查 tools.mk 等被包含文件 ``` 3. **环境变量覆盖检查** 若 Makefile 中未显式定义，可能是通过环境变量传入： ```bash # 终端执行查看环境变量 echo $YOSYS_EXE ``` 4. **命令行覆盖检查** 运行 `make` 时可能通过参数覆盖： ```bash make YOSYS_EXE=/custom/path/yosys ``` --- ### 典型定位示例 假设 Makefile 内容片段： ```makefile # 工具路径配置 (通常在文件开头) YOSYS_EXE ?= yosys # 默认使用系统路径[^1] # 设备相关配置 include ice40.mk # 综合目标 synth: $(SOURCE) $(YOSYS_EXE) -p "synth_ice40" $^ ``` 此时 `YOSYS_EXE` 定义在**主 Makefile 的开头**，且通过 `?=` 允许被环境变量或命令行覆盖[^2]。 --- ### 操作建议 - 使用 `grep` 快速定位： ```bash grep -n "YOSYS_EXE" Makefile *.* # 搜索当前目录所有文件 ``` - 编辑器搜索：在 VS Code/Vim 等编辑器中按 <kbd>Ctrl</kbd>+<kbd>F</kbd> 搜索 `YOSYS_EXE` ---
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