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Showing content from https://github.com/NETMF/llilum-pr/wiki/LLILUM-Compiler-Frontend below:

LLILUM Compiler Frontend · NETMF/llilum Wiki · GitHub

The compiler tool in the Zelig system is located at the FrontEnd project.

A typical configuration file for the compiler looks like a list of instructions, path and assembly references. This is the configuration file for the LLVM Demo for LPC1768 Mbed dev board named mbed_simple.FrontEndConfig:

###
### Location of the Zelig assemblies.
###
-HostAssemblyDir   ..\..\..\..\ZeligBuild\Host\bin\Debug
-DeviceAssemblyDir ..\..\..\..\ZeligBuild\Target\bin\Debug

-CompilationSetup Microsoft.Zelig.Configuration.Environment.LPC1768MBEDHostedCompilationSetup
#-CompilationSetup Microsoft.Zelig.Configuration.Environment.K64FMBEDHostedCompilationSetup


###
### We need to include this assembly to get the right drivers.
###
-Reference Microsoft.CortexM3OnMBED
-Reference Microsoft.CortexM3OnCMSISCore
-Reference Microsoft.DeviceModels.ModelForCortexM3
-Reference LPC1768

#-Reference Microsoft.CortexM4OnMBED
#-Reference Microsoft.CortexM4OnCMSISCore
#-Reference Microsoft.DeviceModels.ModelForCortexM4
#-Reference K64F


###
### Add compilation phases, in order
###
#-CompilationPhaseDisabled ReduceNumberOfTemporaries
#-CompilationPhaseDisabled TransformFinallyBlocksIntoTryBlocks
#-CompilationPhaseDisabled ApplyClassExtensions
#-CompilationPhaseDisabled PrepareImplementationOfInternalMethods  
#-CompilationPhaseDisabled CrossReferenceTypeSystem
#-CompilationPhaseDisabled ApplyConfigurationSettings
-CompilationPhaseDisabled ResourceManagerOptimizations
#-CompilationPhaseDisabled HighLevelTransformations
#-CompilationPhaseDisabled PropagateCompilationConstraints
#-CompilationPhaseDisabled ComputeCallsClosure
#-CompilationPhaseDisabled EstimateTypeSystemReduction
#-CompilationPhaseDisabled CompleteImplementationOfInternalMethods
#-CompilationPhaseDisabled ReduceTypeSystem
-CompilationPhaseDisabled PrepareExternalMethods
#-CompilationPhaseDisabled DetectNonImplementedInternalCalls
#-CompilationPhaseDisabled OrderStaticConstructors
#-CompilationPhaseDisabled LayoutTypes
#-CompilationPhaseDisabled HighLevelToMidLevelConversion
-CompilationPhaseDisabled FromImplicitToExplictExceptions
-CompilationPhaseDisabled MidLevelToLowLevelConversion
-CompilationPhaseDisabled ConvertUnsupportedOperatorsToMethodCalls
-CompilationPhaseDisabled ExpandAggregateTypes
-CompilationPhaseDisabled SplitComplexOperators
-CompilationPhaseDisabled FuseOperators
-CompilationPhaseDisabled Optimizations
-CompilationPhaseDisabled ConvertToSSA
#-CompilationPhaseDisabled GenerateImage
-CompilationPhaseDisabled PrepareForRegisterAllocation
-CompilationPhaseDisabled CollectRegisterAllocationConstraints
-CompilationPhaseDisabled AllocateRegisters
-CompilationPhaseDisabled ConvertToLLVMIntermediateRepresentation
#-CompilationPhaseDisabled Done

###
### The program to compile.
###
..\..\..\..\ZeligBuild\Target\bin\Debug\Microsoft.Zelig.Test.mbed.Simple.exe

###
### Where to put the results.
###
-OutputName Microsoft.Zelig.Test.mbed.Simple
-OutputDir  ..\..\..\..\LLVM2IR_results\mbed\simple

-DumpIR
#-DumpIRpre
#-DumpIRpost
#-DumpIRXML
-DumpLLVMIR
#-ReloadState
-DumpLLVMIR_TextRepresentation

-MaxProcs 1

-NoSDK

• #: marks the start of a comment line
• -Reference <assembly>: Instruct Zelig to load _assembly _as a reference for the application. This includes device drivers as well as system assemblies.
• -HostAssemblyDir <directory>: location of assemblies to be used for by the compiler, e.g. for loading phases or code transformations.
• -DeviceAssemblyDir <directory>: location of assemblies to be used for by the compiler, e.g. for loading phases or code transformations.
• -CompilationPhaseDisabled <phase>: instructs the compiler to skip the phase phase.
• -OutputName <name>: output image name
• -OutputDir <dir>: output directory
• -DumpIR: instructs the compiler to dump the IR after generating the image
• -DumpIRpre: instructs the compiler to dump the IR before applying any code transformation
• -DumpIRpost: instructs the compiler to dump the IR after applying all transformations, inclusive of the full TS
• -DumpLLVMIR: instructs the compiler to dump the IR after applying all transformations
• -ReloadState: instructs the compiler to reload the last persisted IR. Useful to debug and develop LLVM IR translation.
• -DumpLLVMIR_TextRepresentation: instructs the compiler to dump the LLVM IR in readable format.
• -MaxProcs <n>: instructs the compiler to use n threads to compile

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