build/jam/UserBuildConfig.ReadMe

# UserBuildConfig ReadMe
# ----------------------

# UserBuildConfig can be used to customize the build according to your needs.
# If existent it is included by the build system, but it is ignored by svn.
# This file documents a few examples, what can be done. Don't just rename it
# to UserBuildConfig -- you don't want all the things to happen, that are
# specified here. Rather create an empty UserBuildConfig and copy the lines
# you really want, or start out with UserBuildConfig.sample.
# Of course, noone reads ReadMe files, so they will just get an error here
# when copying it and jamming:
Exit You must NOT copy UserBuildConfig.ReadMe directly but use parts of it! ;


# Adjusting Build Variables

# The following variables can be configured per subdirectory (or subtree) or
# even per object file:
#
#	CCFLAGS C++FLAGS DEBUG DEFINES HDRS LINKFLAGS OPTIM OPTIMIZE SYSHDRS
#	WARNINGS
#	HOST_WARNING_CCFLAGS HOST_WARNING_C++FLAGS
#	TARGET_WARNING_CCFLAGS TARGET_WARNING_C++FLAGS
#	PLATFORM SUPPORTED_PLATFORMS
#
# The following examples would work analogously for any of these variables.

# Turn off warnings in directory src/system/kernel. As fourth (scope) parameter
# "local" is specified, which means, that this setting applies only to the
# given directory, but not any of its subdirectories.
SetConfigVar WARNINGS : HAIKU_TOP src system kernel : 0 : local ;

# Set the debug level for directory src/system/boot/loader and recursively all
# of its subdirectories (scope is "global") to 1. All affected generated files
# will be put into another subtree of the "generated" directory, which allows
# for fast switching between normal and debug builds.
SetConfigVar DEBUG : HAIKU_TOP src system boot loader : 1 : global ;

# Add "RUN_WITHOUT_REGISTRAR" to the DEFINES for the directory src/kits and
# all of its subdirectories.
AppendToConfigVar DEFINES : HAIKU_TOP src kits : RUN_WITHOUT_REGISTRAR
	: global ;

# Set the debug level for file src/bin/gdb/gdb/haiku-nat.c (note, that
# the object file must be specified) to 1. It is worth mentioning, that the
# executable the object file is linked into (gdb), will still be placed in
# generated/objects/.../release/... Only when setting DEBUG for the executable,
# too, it will be placed in .../debug_1/.... Apart from that, the DEBUG variable
# has no effect on executables or other shared objects.
DEBUG on <src!bin!gdb!gdb!>haiku-nat.o = 1 ;

# Enables the SSL build feature. Several targets will be compiled with SSL
# support. Adding the OpenSSL optional package will automatically enable this
# feature.
HAIKU_BUILD_FEATURE_SSL = 1 ;


# Haiku Image Related Modifications

# Create a 100 MB image at /tmp/walter.image.
HAIKU_IMAGE_NAME	= walter.image ;
HAIKU_IMAGE_DIR		= /tmp ;
HAIKU_IMAGE_SIZE	= 100 ;

# Enable stripping the debug symbols from optional packages.
HAIKU_STRIP_DEBUG_FROM_OPTIONAL_PACKAGES = 1 ;

# Set image volume label to "Walter". Default label is "Haiku".
HAIKU_IMAGE_LABEL	= Walter ;

# Name the VMWare image walter.vmdk (in directory $(HAIKU_IMAGE_DIR)).
HAIKU_VMWARE_IMAGE_NAME	= walter.vmdk ;

# Install Haiku in directory /Haiku.
HAIKU_INSTALL_DIR = /Haiku ;

# If the image does already exist it won't be zeroed out. It will nevertheless
# freshly be initialized with BFS. Useful when installing Haiku on a partition.
HAIKU_DONT_CLEAR_IMAGE = 1 ;


# Affects the haiku-image, haiku-vmware-image, and install-haiku targets. Only
# targets on which the HAIKU_INCLUDE_IN_IMAGE variable has been set will be
# updated in the image file/installation directory.
# The update-image, update-vmware-image, and update-install targets always invoke
# this rule, so one likely doesn't ever need to do it manually.
SetUpdateHaikuImageOnly 1 ;

# libbe.so and the kernel will be updated on image updates. Note that this
# generally doesn't work for pseudo targets (it does where special support
# has been added, like for "kernel").
HAIKU_INCLUDE_IN_IMAGE on libbe.so kernel = 1 ;

# Add "crashing_app" to the system/bin directory of the Haiku image/installation.
# Note, that this also makes the image depend on the target, i.e. it is
# automatically updated when the image is built.
AddFilesToHaikuImage system bin : crashing_app ;

# Make a symlink to home/config/bin/crash.
AddSymlinkToHaikuImage home config bin : /bin/crashing_app : crash ;

# Add keymap settings.
AddFilesToHaikuImage home config settings : <keymap>US-International : Key_map ;

# Adds the source directories src/kits/storage and src/tests/servers/debug
# (recursively) to the image (as /boot/home/HaikuSources/src/kits/storage
# and /boot/home/HaikuSources/src/tests/servers/debug respectively).
# Note that the second directory will also be copied, if the image will only
# be updated; the first one won't in that case.
AddSourceDirectoryToHaikuImage src/kits/storage ;
AddSourceDirectoryToHaikuImage src/tests/servers/debug : 1 ;

# Copy the jam sources (assuming they are located ../buildtools/jam relatively
# to your Haiku sources) to the image as /boot/home/Desktop/jam-src, excluding
# any file or directory named ".svn" and any source path that matches the
# pattern "*/jam/./bin.*". Note that the "*" character needs to be escaped with
# two backslashes (one because it goes through a shell and one to quote the
# first one in jam), and that the build system always appends "/." to the source
# path (hence this pattern). Just as AddSourceDirectoryToHaikuImage this rule
# can also take another optional parameter indicating whether the directory shall
# also be copied in update mode.
CopyDirectoryToHaikuImage home Desktop
	: $(HAIKU_TOP)/../buildtools/jam
	: "jam-src" : -x .svn -X \\*/jam/./bin.\\* ;

# Extracts the given archive onto the image under /boot/develop/tools.
ExtractArchiveToHaikuImage develop tools
	: /home/bonefish/develop/haiku/misc/gcc-2.95.3-beos-070218/gcc-2.95.3_binutils-2.17_rel-070218.zip ;

# Add the optional package WonderBrush to the image. The package is downloaded
# via wget (i.e. wget must be installed).
AddOptionalHaikuImagePackages WonderBrush ;

# Add the optional package WebPositive to the image but don't add its
# dependent SQLite optional package to the image. WebPositive still needs
# SQLite to run, this allows you to test a different version of it though.
AddOptionalHaikuImagePackages WebPositive ;
SuppressOptionalHaikuImagePackages SQLite ;

# Don't add the libraries built with the alternative gcc version.
# If the alternative gcc generated directory has been specified via the
# configure option --alternative-gcc-output-dir, the libraries for the
# alternative gcc version are added by default. Unsetting this variable disables
# building and adding the libraries. Ignored, if --alternative-gcc-output-dir
# was not specified.
HAIKU_ADD_ALTERNATIVE_GCC_LIBS = 0 ;

# Specify scripts that shall be run when populating the image/installation
# directory. The "early" script is run before anything has been copied onto
# the image/into the installation directory. The "late" script is run after
# everything has been copied, but before the MIME database is installed.
HAIKU_IMAGE_EARLY_USER_SCRIPTS	= $(HAIKU_TOP)/../early-image-script.sh ;
HAIKU_IMAGE_LATE_USER_SCRIPTS	= $(HAIKU_TOP)/../late-image-script.sh ;

# Set name and real name of the root user. Defaults to "baron" and "Root User".
HAIKU_ROOT_USER_NAME = bond  ;
HAIKU_ROOT_USER_REAL_NAME = "James Bond" ;

# Set host name to "mybox". By default the installation doesn't have a host
# name.
HAIKU_IMAGE_HOST_NAME = mybox ;

# Add user "walter" with user ID 1000 and group ID 100 (note, that a group with
# that ID should exist -- 100 already exists and is the "users" group), home
# directory "/boot/home", shell "/bin/bash", and real name "Just Walter" to the
# image.
AddUserToHaikuImage walter : 1000 : 100 : /boot/home : /bin/bash
	: "Just Walter" ;

# Add group "party" with group ID 101 and members "baron" and "walter" to the
# image.
AddGroupToHaikuImage party : 101 : baron walter ;


# Build Profiles

# A build profile is a named set of settings for building a Haiku image or
# installation. The following lines define five different build profiles:
# disk    - Installation on device /dev/sda57. A lengthy list of optional
#           packages will be included. Profile type "disk" implies
#           "HAIKU_DONT_CLEAR_IMAGE = 1".
# qemu    - A plain 200 MB disk image (type "image") named "haiku-qemu.image".
#           Since only the image name is given, the default location will be
#           chosen for the image, unless HAIKU_IMAGE_DIR has been set
#           beforehand.
# vmware  - A 400 MB VMware image (type "vmware-image"). It will not be zeroed,
#           if not necessary. The optional packages Development and Pe will be
#           installed. No image name or path is given, so the defaults
#            ("haiku.vmdk" in the generated directory) will be used, unless the
#           respective variables are set.
# anyboot - A custom image (type "anyboot-image"), its size will be 4 MB larger
#           than the value of HAIKU_IMAGE_SIZE, named haiku-anyboot.image.
# crash   - Similar to the vmware profile, but created at a specific location
#           and 1 GB size. Furthermore a "crash-tests" directory will be copied
#           to the image.
# install - Installation in directory "/Haiku2" (type "install").

DefineBuildProfile disk : disk : "/dev/sda57" ;
DefineBuildProfile qemu : image : "haiku-qemu.image" ;
DefineBuildProfile vmware : vmware-image ;
DefineBuildProfile anyboot : anyboot-image : "haiku-anyboot.image" ;
DefineBuildProfile crash : vmware-image
	: "/home/foobar/vmware/Virtual Machines/CrashOMatic/CrashOMatic.vmdk" ;
DefineBuildProfile install : install : /Haiku2 ;

switch $(HAIKU_BUILD_PROFILE) {
	case "disk" : {
		AddOptionalHaikuImagePackages BeBook BeHappy BePDF Bluetooth CVS
			Development Firefox OpenSSH OpenSSL P7zip Pe Subversion Vision
			Welcome WonderBrush ;
	}

	case "qemu" : {
		HAIKU_IMAGE_SIZE = 200 ;
	}

	case "vmware" : {
		HAIKU_IMAGE_SIZE = 400 ;
		HAIKU_DONT_CLEAR_IMAGE = 1 ;
		AddOptionalHaikuImagePackages Development Pe ;
	}

	case "anyboot" : {
		HAIKU_IMAGE_SIZE = 400 ;
	}

	case "crash" : {
		HAIKU_IMAGE_SIZE = 1024 ;
		HAIKU_DONT_CLEAR_IMAGE = 1 ;
		AddOptionalHaikuImagePackages Development Pe ;
		CopyDirectoryToHaikuImage home Desktop : $(HAIKU_TOP)/../crash-tests ;
	}
}

# By specifying the build profile name as first (non-option) parameter on the
# jam command line prefixed by an "@" character, the profile will be selected.
# The second parameter specifies the action to be performed, further optional
# parameters may follow. Jam command line examples:
#
# jam -q @disk build
#	-> Equivalent to running "jam -q haiku-image" with the settings for the
#      "disk" profile. "build" is the default action, so it could even be
#      omitted.
# jam -q @vmware update kernel
#	-> Equivalent to running "jam -q update-vmware-image kernel" with the
#      settings for the "vmware" profile.
# jam -q @crash mount
#	-> Enters the bfs_shell mounting the image specified by the "crash" profile.
#
# Note, that the build system will automatically define the build profiles
# "image", "vmware-image", and "install", unless they are already defined in
# the UserBuildConfig. They correspond to the respective build profile types
# and use the values of the variables HAIKU[_VMWARE]_IMAGE_NAME,
# HAIKU_IMAGE_DIR, HAIKU_INSTALL_DIR, respectively their default values.
# "jam -q @image" will therefore be equivalent to "jam -q haiku-image".


# Creating Sourceable Shell Scripts

# If you use shell scripts (e.g. for testing) that need to access targets or
# build system properties, you can tell the build system to generate a
# variables defining shell script you can source from your shell script.

# General setup for the shell script to generate. Name is test.inc, located
# in the output directory.
MakeLocate test.inc : $(HAIKU_OUTPUT_DIR) ;
Always test.inc ;

# Define variable "outputDir" in the shell script, with the value of
# HAIKU_OUTPUT_DIR.
AddVariableToScript test.inc : outputDir : $(HAIKU_OUTPUT_DIR) ;

# Define variables "bfsShell" and "fsShellCommand" referring to the
# generated bfs_shell and fs_shell_command respectively.
AddTargetVariableToScript test.inc : bfs_shell : bfsShell ;
AddTargetVariableToScript test.inc : fs_shell_command : fsShellCommand ;

# If no variable name is given, the name (without grist) of the target is
# used, i.e. a variable "rc" referring to the rc command built for the host
# platform is defined in the script.
AddTargetVariableToScript test.inc : <build>rc ;


# Optimizing Jamfile Parsing Times / Third Party Inclusion

# Setting this variable will prevent the root Jamfile to include the Jamfile
# in the src directory. Instead only the directories required for building the
# build tools are included. Only useful in combination with DeferredSubInclude.
HAIKU_DONT_INCLUDE_SRC = 1 ;

# Schedule the given subdirectory for inclusion at the end of the root
# Jamfile (directly using SubInclude here is not possible). Using this
# feature together with HAIKU_DONT_INCLUDE_SRC allows developers working
# only on a subproject to reduce Jamfile parsing times considerably.
DeferredSubInclude HAIKU_TOP src tests add-ons kernel file_systems
	userlandfs ;

# Schedule src/3rdparty/myproject/Jamfile.haiku for later inclusion. The "local"
# parameter specifies that the alternative Jamfile name shall not be used for
# any subdirectory of the given directory (i.e. "Jamfile" will be used as
# usual). Omitting this parameter or specifying "global" will cause the given
# name to be used recursively.
DeferredSubInclude HAIKU_TOP src 3rdparty myproject : Jamfile.haiku : local ;

# The following rules can be overriden to do things at different points of
# the build system execution by jam (note: we're talking about execution of
# Jamfiles, not the build actions they define):
#
# UserBuildConfigRulePostBuildTargets:
#	Executed after the complete Jamfile tree has been processed. I.e. all build
#	targets are known and located at this point.
# UserBuildConfigRulePreImage:
#	Executed after the contents of the Haiku image has been defined, but before
#	the scripts generating the images are defined.
# UserBuildConfigRulePostImage:
#	Executed after the Haiku image build target has been fully defined.
#
# E.g. making use of the fact that all targets have already been located when
# UserBuildConfigRulePostBuildTargets is called, we can print the directory
# where the StyledEdit executable will be generated.
rule UserBuildConfigRulePostBuildTargets
{
	Echo "StyledEdit will appear here:" [ on StyledEdit return $(LOCATE) ] ;
}