# Template makeoptionfile to build SDT R-T library 'MySpecialSDTLibrary'.
# Copy this file to your library-build directory, and modify it to your needs.

# The 'make' may now be run from your library-build directory as follows:
#  nmake /f ..\path_to_run-time-source_directory\Makefile SDTlib <ret>
# to build a run-time library without environment, or
#  nmake /f ..\path_to_run-time-source_directory\Makefile SDTlibE <ret> to
# build a library with a dummy environment module.
# 

# sctLIBNAME     = MySpecialSDTLibrary
# String to identify this makeoption file

# sctIFDEF       = -DSCTDEBCOM -DIC86 -D_Windows
# The definitions to be replaced above are found in scttypes.h
# Example:   -DSCTlibrarydefinition -Dcompilerdefinition

sctEXTENSION   = _smc.exe
# Set this extension to the generated executable filename
# Example: _smc.exe for a simulator generated by compiler 'cl'
#                          - -

sctOEXTENSION  = _smc.obj
# objectfile extension, as above

sctuseinclude  = .
# The generated makefile(s) will look here for *.h files.

sctlinkdir     = .
# This is your library-build directory.

sctLINKKERNEL  = $(sctlinkdir)\sctworld.lib
# This is the default name for the created SDT R-T library.

sctCC          = cl
# C-compiler is set to 'cl'.

sctCPPFLAGS    = -I$(sctuseinclude)
# Compiler needs to know where to find *.h files.

sctCCFLAGS     = -c -ML 
# Run compilation with optimization pass.
# Use single-threaded run-time library

sctLD          = lib
# Use 'lib' for final system linking.

sctLDFLAGS     = -subsystem:console
# Options to pass to final system linker.

sctLIBFLAGS    = 
# Surpress symbol visibility in pre-linked library.