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https://github.com/PowerShell/PowerShell
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258 lines
13 KiB
Makefile
258 lines
13 KiB
Makefile
.PHONY: all
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# this should go away and be automatically generated
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include assembly-load-context.mk
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# main references to the CoreCLR reference assemblies
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MONAD_EXT=../src/monad-ext
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TARGETING_PACK=$(MONAD_EXT)/coreclr/TargetingPack
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COREREF=$(addprefix -r:, $(shell ls $(TARGETING_PACK)/*.dll))
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CORECLR_ASSEMBLY_BASE=$(MONAD_EXT)/coreclr/Runtime
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# powershell-run is the main powershell executable
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include powershell-run.mk
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# this variable is needed by module specific include makefiles below
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ADMIN_GIT_ROOT=../src/monad
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# these are automatically generated from the PowerShell build sytem
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# - System.Management.Automation.dll (the main PS dll)
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# - commands/modules (they contain cmdlets): management and utility
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# - Microsoft.Management.Infrastructure.dll (the first dll in the remoting code paths)
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include system-automation.mk
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include commands-management.mk
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include commands-utility.mk
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include management-infrastructure.mk
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include security.mk
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MI_NATIVE_REF=-r:dotnetlibs/Microsoft.Management.Infrastructure.Native.dll
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MI_REF_ASSEMBLY=-r:$(MONAD_EXT)/PS/PS_refs_modil/microsoft.management.infrastructure.metadata_dll
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MI_ASSEMBLY=dotnetlibs/Microsoft.Management.Infrastructure.dll
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MI_REF=-r:$(MI_ASSEMBLY)
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PRODUCT_BASE_REFS=$(COREREF)
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PRODUCT_MI_REFS=$(COREREF) $(MI_NATIVE_REF)
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PRODUCT_PS_REFS=$(COREREF) $(MI_REF) -r:dotnetlibs/$(ASSEMBLY_LOAD_CONTEXT_TARGET)
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PRODUCT_COMMANDS_REFS=$(COREREF) -r:dotnetlibs/System.Management.Automation.dll
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# compilers
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# - Roslyn's csc is used for all the PS code
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# - Mono's mcs is used for build helper tools
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CSC=mono buildtemp/Microsoft.Net.Compilers.1.0.0/tools/csc.exe
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MCS=mcs
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CSCOPTS_BASE=-noconfig -nostdlib
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CSCOPTS_LIB=$(CSCOPTS_BASE) -target:library
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CSCOPTS_LIB_PS=$(CSCOPTS_LIB) -unsafe -define:CORECLR -define:_CORECLR /nowarn:CS1701,CS1702
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RUN_TARGETS=$(POWERSHELL_RUN_TARGETS) $(addprefix dotnetlibs/, Microsoft.PowerShell.Commands.Management.dll Microsoft.PowerShell.Commands.Utility.dll Microsoft.PowerShell.Security.dll api-ms-win-core-registry-l1-1-0.dll host_cmdline)
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all: dotnetlibs/System.Management.Automation.dll $(RUN_TARGETS) dotnetlibs/$(ASSEMBLY_LOAD_CONTEXT_TARGET)
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# this is the build rule for SMA.dll
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dotnetlibs/System.Management.Automation.dll: prepare $(SYS_AUTO_SRCS) dotnetlibs/Microsoft.Management.Infrastructure.dll ../src/assembly-info/System.Management.Automation.assembly-info.cs dotnetlibs/$(ASSEMBLY_LOAD_CONTEXT_TARGET) $(SYS_AUTO_RES_SRCS) $(SYS_AUTO_RES_CS_SRCS)
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$(CSC) -out:$@ $(CSCOPTS_LIB_PS) $(PRODUCT_PS_REFS) $(SYS_AUTO_SRCS) $(SYS_AUTO_RES_REF) $(SYS_AUTO_RES_CS_SRCS) ../src/assembly-info/System.Management.Automation.assembly-info.cs
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# this is the build rule for MMI.dll
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dotnetlibs/Microsoft.Management.Infrastructure.dll: prepare $(MAN_INFRA_SRCS) dotnetlibs/Microsoft.Management.Infrastructure.Native.dll ../src/assembly-info/Microsoft.Management.Infrastructure.assembly-info.cs $(MAN_INFRA_RES_SRCS) $(MAN_INFRA_RES_CS_SRCS)
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$(CSC) -out:$@ $(CSCOPTS_LIB_PS) $(PRODUCT_MI_REFS) $(MAN_INFRA_SRCS) $(MAN_INFRA_RES_REF) $(MAN_INFRA_RES_CS_SRCS) ../src/assembly-info/Microsoft.Management.Infrastructure.assembly-info.cs
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# Commands
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dotnetlibs/Microsoft.PowerShell.Commands.Management.dll: prepare $(COMMANDS_MANAGEMENT_SRCS) dotnetlibs/System.Management.Automation.dll dotnetlibs/Microsoft.PowerShell.Security.dll $(COMMANDS_MANAGEMENT_RES_SRCS) $(COMMANDS_MANAGEMENT_RES_CS_SRCS) $(MI_ASSEMBLY)
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$(CSC) -out:$@ $(CSCOPTS_LIB_PS) $(PRODUCT_COMMANDS_REFS) $(COMMANDS_MANAGEMENT_SRCS) $(COMMANDS_MANAGEMENT_RES_CS_SRCS) $(COMMANDS_MANAGEMENT_RES_REF) $(MI_REF) -r:dotnetlibs/Microsoft.PowerShell.Security.dll
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dotnetlibs/Microsoft.PowerShell.Commands.Utility.dll: prepare $(COMMANDS_UTILITY_SRCS) dotnetlibs/System.Management.Automation.dll $(COMMANDS_UTILITY_RES_SRCS) $(COMMANDS_UTILITY_RES_CS_SRCS)
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$(CSC) -out:$@ $(CSCOPTS_LIB_PS) $(PRODUCT_COMMANDS_REFS) $(COMMANDS_UTILITY_SRCS) $(COMMANDS_UTILITY_RES_CS_SRCS) $(COMMANDS_UTILITY_RES_REF)
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dotnetlibs/Microsoft.PowerShell.Security.dll: prepare $(SECURITY_SRCS) $(SECURITY_RES_SRCS) $(SECURITY_RES_CS_SRCS)
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$(CSC) -out:$@ $(CSCOPTS_LIB_PS) $(PRODUCT_COMMANDS_REFS) $(SECURITY_SRCS) $(SECURITY_RES_CS_SRCS) $(SECURITY_RES_REF)
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# assembly load context
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dotnetlibs/$(ASSEMBLY_LOAD_CONTEXT_TARGET): prepare $(ASSEMBLY_LOAD_CONTEXT_SRCS)
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$(CSC) -out:$@ $(CSCOPTS_LIB_PS) $(PRODUCT_BASE_REFS) $(ASSEMBLY_LOAD_CONTEXT_SRCS)
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# this one is built from stubs
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MI_STUBS=../src/stubs/Microsoft.Management.Infrastructure.Native-stub.cs ../src/stubs/Microsoft.Management.Infrastructure.Native-stub-assembly-info.cs
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dotnetlibs/Microsoft.Management.Infrastructure.Native.dll: prepare $(MI_STUBS)
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$(CSC) -out:$@ $(CSCOPTS_LIB_PS) $(PRODUCT_BASE_REFS) $(MI_STUBS)
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# this creates the type catalog generator
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MPATH=/usr/lib/mono/4.5/Facades
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REFLECTION_METADATA=buildtemp/System.Reflection.Metadata.1.0.22/lib/dotnet/System.Reflection.Metadata.dll
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COLLECTIONS_IMMUTABLE=buildtemp/System.Collections.Immutable.1.1.37/lib/dotnet/System.Collections.Immutable.dll
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buildtemp/TypeCatalogGen.exe: ../src/monad/monad/nttargets/assemblies/core/PSAssemblyLoadContext/TypeCatalogGen/TypeCatalogGen.cs $(REFLECTION_METADATA) $(COLLECTIONS_IMMUTABLE)
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$(MCS) -out:$@ -target:exe -pkg:dotnet $(addprefix -r:, $(REFLECTION_METADATA) $(COLLECTIONS_IMMUTABLE) $(MPATH)/System.Runtime.dll $(MPATH)/System.Reflection.Primitives.dll $(MPATH)/System.IO.dll) $<
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# this generates the necessary file of CoreCLR references that is an artifact of the Windows build process
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# since we don't have Make 4.1, we can't use $(file), and using @echo makes the escaping tricky
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# the list of references MUST be line-by-line, to match '^\$\(PS_PROFILE_REF_PATH\)\\(.+);\s*\\$'
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REFERENCE_ASSEMBLIES=$(notdir $(shell ls $(TARGETING_PACK)/*.dll))
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PROFILE_REFERENCES=$(addsuffix ;\\\n, $(addprefix $$(PS_PROFILE_REF_PATH)\, $(REFERENCE_ASSEMBLIES)))
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powershell.inc:
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@echo 'PROFILE_REF_PATH=$$(SDK_REF_PATH)\Profiles' > $@
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@echo 'PS_PROFILE_REF_PATH=$$(PROFILE_REF_PATH)\PowerShell' >> $@
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@echo 'PROFILE_REFERENCES=\\' >> $@
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@echo '$(PROFILE_REFERENCES)' >> $@
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# generate the Core PS type catalog
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# this comes from: ../src/monad/monad/nttargets/assemblies/core/PSAssemblyLoadContext/makefile.inc
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CorePsTypeCatalog.cs: powershell.inc buildtemp/TypeCatalogGen.exe
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MONO_PATH=$(dir $(REFLECTION_METADATA)):$(dir $(COLLECTIONS_IMMUTABLE)) mono buildtemp/TypeCatalogGen.exe $< $@ $(MONAD_EXT)/coreclr/TargetingPack
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# the pinvoke library libps.so
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LIBPS_BUILD=buildtemp/libps-build
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$(LIBPS_BUILD)/Makefile: ../src/monad-native/src/CMakeLists.txt
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mkdir -p $(LIBPS_BUILD)
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# cached files can change the path to be incorrect, this must be cleaned
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rm -f ../src/monad-native/src/CMakeCache.txt
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rm -f ../src/monad-native/src/cmake_install.cmake
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cd $(LIBPS_BUILD) && cmake ../../../src/monad-native/src/
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NATIVE_BINARIES=libps.so monad_native host_cmdline
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$(addprefix dotnetlibs/, $(NATIVE_BINARIES)): $(LIBPS_BUILD)/Makefile
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$(MAKE) -j -C $(LIBPS_BUILD)
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mkdir -p dotnetlibs
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cp $(addprefix $(LIBPS_BUILD)/, $(notdir $@)) dotnetlibs
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libps.so-test: $(addprefix dotnetlibs/, libps.so monad_native)
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cd dotnetlibs && LD_LIBRARY_PATH=. ./monad_native
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# this is a windows dll that is needed because CoreCLR tries to access
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# registry functions that don't exist on Linux and there is no other good
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# way of fixing this right now
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# (TODO linux: this should be removed by addressing it in CoreCLR)
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dotnetlibs/api-ms-win-core-registry-l1-1-0.dll: ../src/win-dll/lib-api-ms-win-core-registry-l1-1-0.c
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gcc -o $@ -fPIC -shared -Wall $^
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nuget.exe:
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wget 'https://dist.nuget.org/win-x86-commandline/latest/nuget.exe'
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buildtemp dotnetlibs:
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mkdir -p $@
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prepare: nuget.exe buildtemp dotnetlibs
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mono nuget.exe restore -PackagesDirectory buildtemp
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# this is the execution environment from which all managed code is run
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APP_BASE=exec_env/app_base
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# this is an internal target, it's not intended to be called manually
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#
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# it will:
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# - create necessary directories for deployment layout
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# - copy all the PowerShell stuff into PowerShell's app_base
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# - copy the custom host and other scripts into PowerShell's app_base
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# - copy PS modules
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#
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# This rule does not copy coreclr, because the selection of debug or
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# release CoreCLR depends on the actual run target.
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internal-prepare-exec_env: runps.sh $(POWERSHELL_RUN_TARGETS)
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rm -rf exec_env
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mkdir -p $(APP_BASE)/Modules
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cp ../src/monad/monad/miscfiles/display/*.ps1xml $(APP_BASE)
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cp ../src/monad/monad/miscfiles/types/CoreClr/*.ps1xml $(APP_BASE)
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cp -r ../src/monad/monad/miscfiles/modules/* $(APP_BASE)/Modules
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cp -r dotnetlibs/*.dll $(APP_BASE)
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cp -r dotnetlibs/*.exe $(APP_BASE)
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cp -r dotnetlibs/*.so $(APP_BASE)
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cp dotnetlibs/host_cmdline $(APP_BASE)
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cp -r ../ext-src/pester $(APP_BASE)/Modules/Pester
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cp runps*.sh $(APP_BASE)
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internal-prepare-clr:
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mkdir -p exec_env/coreclr
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cp -r $(CORECLR_ASSEMBLY_BASE)/* exec_env/coreclr/
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run: $(RUN_TARGETS) internal-prepare-exec_env internal-prepare-clr
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# execute a cmdlet, this will auto-load the utility module and print a, b and c in 3 lines
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$(APP_BASE)/runps-simple.sh '"a","b","c","a","a" | Select-Object -Unique'
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shell: $(RUN_TARGETS) internal-prepare-exec_env internal-prepare-clr
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$(APP_BASE)/runps.sh
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run-interactive: shell
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run-file: $(RUN_TARGETS) internal-prepare-exec_env internal-prepare-clr
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$(APP_BASE)/runps.sh --file $(PSSCRIPT)
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# easy way to run individual PowerShell scripts, `make script.ps1` where the path is relative to monad-linux/scripts (with TEMP set for Pester)
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%.ps1: $(RUN_TARGETS) internal-prepare-exec_env internal-prepare-clr
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TEMP=/tmp $(APP_BASE)/runps.sh --file ../../$@
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# compiles "Hello World" like executables using .NET Core
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%.exe: %.cs prepare internal-prepare-clr
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$(CSC) -out:$@ $(CSCOPTS_BASE) -target:exe $(COREREF) $<
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@echo run with monad-tty ./exec_env/coreclr/corerun ./$@
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run-debugclr: $(RUN_TARGETS) internal-prepare-exec_env internal-prepare-clr
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PAL_DBG_CHANNELS="+LOADER.TRACE" $(APP_BASE)/runps-simple.sh get-location
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native-tests: dotnetlibs/monad_native
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# execute the native C++ tests
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cd dotnetlibs && ./monad_native
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# xUnit tests
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TEST_FOLDER=../src/ps_test
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TEST_SRCS=$(addprefix $(TEST_FOLDER)/, test_*.cs)
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$(APP_BASE)/xunit%: $(MONAD_EXT)/xunit/xunit%
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cp -f $^ $@
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$(APP_BASE)/ps_test.dll: prepare $(TEST_SRCS) $(addprefix $(APP_BASE)/, xunit.core.dll xunit.assert.dll) $(addprefix dotnetlibs/, System.Management.Automation.dll Microsoft.PowerShell.Commands.Management.dll $(ASSEMBLY_LOAD_CONTEXT_TARGET))
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$(CSC) $(CSCOPTS_LIB) -out:$@ $(addprefix -r:$(APP_BASE)/, xunit.core.dll xunit.assert.dll) $(addprefix -r:dotnetlibs/, System.Management.Automation.dll $(ASSEMBLY_LOAD_CONTEXT_TARGET)) $(COREREF) $(TEST_SRCS)
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xunit-tests: $(RUN_TARGETS) internal-prepare-exec_env internal-prepare-clr $(addprefix $(APP_BASE)/, ps_test.dll xunit.console.netcore.exe xunit.runner.utility.dll xunit.abstractions.dll xunit.execution.dll)
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# execute the xUnit runner, with XML output
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$(APP_BASE)/runps-test.sh ps_test.dll -xml ../../xunittests.xml
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pester-tests: $(RUN_TARGETS) internal-prepare-exec_env internal-prepare-clr
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# execute the Pester tests, which needs a TEMP environment variable to be set
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$(APP_BASE)/runps-simple.sh 'cd ../../../src/pester-tests; $$env:TEMP="/tmp"; invoke-pester -OutputFile ../../scripts/pestertests.xml -OutputFormat NUnitXml'
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hashbang-tests: all
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# execute the 3rdparty/hashbang example
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PATH=$(PATH):$(shell pwd)/$(APP_BASE) $(shell pwd)/3rdparty/hashbang/script.ps1
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test: native-tests xunit-tests pester-tests hashbang-tests
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trace: $(RUN_TARGETS) internal-prepare-exec_env internal-prepare-clr
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$(APP_BASE)/runps-simple-trace.sh get-location
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debug: $(RUN_TARGETS) internal-prepare-exec_env internal-prepare-clr
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# quoting here is a bit special if strings are passed in, because lldb seems to forward arguments strangely
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$(APP_BASE)/runps-simple-debug.sh get-location
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# clean native library, libps
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clean-native:
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rm -rf buildtemp/libps-build
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clean:
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rm -rf dotnetlibs exec_env powershell.inc
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# clean built stuff + prepare step
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cleanall: clean clean-native
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rm -rf buildtemp xunittests.xml pestertests.xml
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docker-build:
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docker build --no-cache=false -t image_ps .
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$(eval INSTANCE_ID := $(shell docker inspect -f '{{.Id}}' image_ps))
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docker-run: docker-build
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# docker port is 4201 for shellinabox by default, but can be overridden
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$(eval SHELLINABOX_PORT := $(shell if [ "${SHELLINABOX_PORT}" = "" ]; then echo 4201; else echo ${SHELLINABOX_PORT}; fi))
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@echo "SHELLINABOX_PORT=${SHELLINABOX_PORT}"
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docker run -d -P -p $(SHELLINABOX_PORT):4201 --name test_ps image_ps
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# those two ports are container ports, so they can be hard-coded
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docker port test_ps 22
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docker port test_ps 4201
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$(eval HOST_IP := $(shell ifconfig eth0 | awk '/inet addr/{print substr($$2,6)}'))
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@echo "connect to docker at: http://${HOST_IP}:${SHELLINABOX_PORT}/"
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@echo "use username: 'test1' and password: 'pass' to connect"
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docker-stop:
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docker stop test_ps
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docker rm test_ps
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