genmake.stp

realview22.rar

# GENMAKE STP FILE. This is a settings Template for the 
# development tools used for projects. This provides basic
# knowledge and allows setting the information only once.

# 120 ; The PROC group contains the information on the location and
# base settings for the development tools. These are set once
# and used for each project unless you want to override them
# in the projects (such as to use a newer or older version).
[TEMPLATE=PROC]         \\ Defines processor specific settings
# 106 ; This is the path to the executable tools (compiler, assembler,
# linker). Normally, this will also be used for accessing
# libraries as well.
tool_dir=D<you must fill in>    \\ Base directory for compiler/assembler
# 129 ; This can be the name only or pathname of the compiler. It
# is set to the vendor default. You can change it if needed.
compiler=F              \\ Name and location of compiler
# 116 ; This can be the name only or pathname of the assembler. It
# is set to the vendor default. You can change it if needed.
assembler=F             \\ Name and location of assembler
# 113 ; This can be the name only or pathname of the C++ compiler
# if different than C. It will only be used when the vendor
# has a separate C++ compiler from C and that is supported
# by the RVDEBUG project. You can change it if needed.
cpp_compiler=F          \\ Name and location of C++ compiler
# 114 ; This can be the name only or pathname of the librarian. It
# is set to the vendor default. You can change it if needed.
librarian=F             \\ Name and location of librarian
# 131 ; This can be the name only or pathname of the linker. It
# is set to the vendor default. You can change it if needed.
linker=F                \\ Name and location of linker
# 109 ; This can be the name only or pathname of an alternate compiler. 
# It is only used if multiple compilers exist based on choices
# such as 16 vs. 32 bit code for example. It will only be used
# if the Project settings support this concept.
alt_compiler=F          \\ Name and location of alternate compiler
# 115 ; This can be the name only or pathname of an alternate assembler. 
# It is only used if multiple assemblers exist based on choices
# such as 16 vs. 32 bit code for example. It will only be used
# if the Project settings support this concept.
alt_assembler=F         \\ Name and location of alternate assembler
# 127 ; This can be the name only or pathname of an alternate C++ compiler. 
# It is only used if multiple C++ compilers exist based on choices
# such as 16 vs. 32 bit code for example. It will only be used
# if the Project settings support this concept.
alt_cpp_compiler=F      \\ Name and location of alternate C++ compiler
# 103 ; This field indicates the version of the tools that are
# in use.  The number is assigned by ARM and corresponds
# to an internal representation of the tool version.  
# (If a higher/invalid number is entered, it will be treated
# as a 0.)
version=V(0-6)          \\ Version of tools if needed.
# 105 ; Tool_env allows defining environment variables that should
# be set before running the development tools. The format is
# name=value. Default ones will be set based on vendor use.
tool_env=LS             \\ Environment variables to set
# 128 ; Tool_env_check is used to catch environment variables set
# before RVDEBUG is run. These may cause problems when building
# due to side-effects on the development tools.
tool_env_check=LS       \\ Environment variables to check
# 104 ; C_code rules are used when RVDEBUG detects C files used in 
# the project. These will use the default linker (or librarian) command files,
# runtime libraries, boot object files, etc. The default will
# point to the vendor provided default for the compiler. You
# can switch these to the files you use for your target.
{.C_code                \\ Rules when C used
  # 119 ; 
  def_cmd_file=F        \\ Default Linker command file
  # 112 ; 
  def_lib_cmd_file=F    \\ Default Librarian command file
  # 124 ; 
  def_lib_file=F        \\ Default library to load
  # 101 ; 
  def_obj_file=F        \\ Default object file to link in
  # 111 ; 
  def_lib_path=D        \\ Default library directory
  # 107 ; 
  def_link_args=S       \\ Default linker arguments to use
  # 121 ; 
  def_lib_args=S        \\ Default librarian arguments to use
}
# 126 ; ASM_code rules are used when RVDEBUG detects that no C/C++ files 
# are used in the project (only asm). These will use the default
# linker (or librarian) command files, runtime libraries, boot object files,
# etc. The default will point to the vendor provided default 
# for the assembler if any. You can switch these to the files
# you use for your target.
{.ASM_code              \\ Rules when assembly only (no C/C++)
  # 119 ; 
  def_cmd_file=F        \\ Default Linker command file
  # 112 ; 
  def_lib_cmd_file=F    \\ Default Librarian command file
  # 124 ; 
  def_lib_file=F        \\ Default library to load
  # 101 ; 
  def_obj_file=F        \\ Default object file to link in
  # 111 ; 
  def_lib_path=D        \\ Default library directory
  # 107 ; 
  def_link_args=S       \\ Default linker arguments to use
  # 121 ; 
  def_lib_args=S        \\ Default librarian arguments to use
}
# 108 ; Cpp_code rules are used when RVDEBUG detects C++ files used in 
# the project (usually from you selecting the compile mode as C++).
# These will use the default linker (or librarian) command files,
# runtime libraries, boot object files, etc. The default will
# point to the vendor provided default for the compiler. You
# can switch these to the files you use for your target.
{.Cpp_code              \\ Rules when C++ used
  # 119 ; 
  def_cmd_file=F        \\ Default Linker command file
  # 112 ; 
  def_lib_cmd_file=F    \\ Default Librarian command file
  # 124 ; 
  def_lib_file=F        \\ Default library to load
  # 101 ; 
  def_obj_file=F        \\ Default object file to link in
  # 111 ; 
  def_lib_path=D        \\ Default library directory
  # 107 ; 
  def_link_args=S       \\ Default linker arguments to use
  # 121 ; 
  def_lib_args=S        \\ Default librarian arguments to use
}
# 102 ; Windows 95/NT allow long filenames. These include files longer
# than 8.3 and files with spaces in them. The development tools
# may not support these, and so you can have them automatically
# converted. The default is to convert pathnames that have
# spaces in them.
dos_names=K(always,spaces,never)1 \\ Controls use of DOS vs. Long filenames \
                           \K Always convert long to short names,\
                              Only convert long filenames with spaces,\
                              Never convert long filenames
# 117 ; Dos_App is set to True when the devlopment tools (compiler,
# assembler, linker) are MSDOS applications that use extended
# memory. MS Windows cannot handle running these applications
# directly - they have to run from a "DOS box". If you have this
# off and the task bar shows "Winoldapp", you need to switch
# this on (set to True). If you are using 32 bit tools, you can
# switch this off (set to False).
dos_app=B0              \\ Set if development tools are pure MSDOS applications
# 118 ; Extensions allow coercion of the accepted source and object
# file extensions allowed. The defaults are based on the normal
# names used by the vendor's compiler/assembler tools. The names
# should be of the form "obj" and not ".obj".
{.Extensions
  # 130 ;
  objects=S             \\ object file extension (if not obj/o)
  # 110 ;
  asm_source=S          \\ assembly file extension (if not asm/s/src)
  # 123 ;
  cpp_source=S          \\ C++ file extension (if not cpp,cxx,cc)
}
# 125 ; Make_cmd is used to override the normal make command emitted
# for running the build. This is normally used to execute a
# different make program or to run a remote make (across the
# network). The string will only replace the "make" part of the
# command line unless you specify control chars. The control
# chars start with a $ and are followed by a letter. The allowed
# control chars are: $f is the makefile name, $a are the args
# for the command, $e is either "all" or "rebuild" or "clean"
# or an object file name to build (for build this file),
# $t is target name (file to build or rebuild/clean), and $p
# is the project directory. The default if no controls are
# given is " -f $f $a $e". Examples are "rsh host make" and 
# "nmake -xyz -f $f $a $e CONFIG=all".
Make_cmd=S              \\ Make command line to run.