def install_data(target_name, package_name, data, requirements):
if not package_name:
package_name = target_name
if option.get("prefix"):
# If --prefix is explicitly specified on the command line,
# then we need wipe away any settings of datarootdir
option.set("datarootdir", None)
prefix = get_prefix(package_name, requirements)
datadir = option.get("datarootdir", os.path.join(prefix, "share"))
stage.install(target_name, data,
requirements + ["<location>" + os.path.join(datadir, package_name)])
get_manager().projects().current().mark_targets_as_explicit([target_name])
def install_data(target_name, package_name, data, requirements):
if not package_name:
package_name = target_name
if option.get("prefix"):
# If --prefix is explicitly specified on the command line,
# then we need wipe away any settings of datarootdir
option.set("datarootdir", None)
prefix = get_prefix(package_name, requirements)
datadir = option.get("datarootdir", os.path.join(prefix, "share"))
stage.install(
target_name, data,
requirements + ["<location>" + os.path.join(datadir, package_name)])
get_manager().projects().current().mark_targets_as_explicit([target_name])
def get_prefix(package_name, requirements):
specified = property.select("install-default-prefix", requirements)
if specified:
specified = ungrist(specified[0])
prefix = option.get("prefix", specified)
requirements = property.change(requirements, "install-default-prefix", None)
# Or some likely defaults if neither is given.
if not prefix:
if os.name == "nt":
prefix = "C:\\" + package_name
elif os.name == "posix":
prefix = "/usr/local"
return prefix
def get_prefix(package_name, requirements):
specified = property.select("install-default-prefix", requirements)
if specified:
specified = ungrist(specified[0])
prefix = option.get("prefix", specified)
requirements = property.change(requirements, "install-default-prefix",
None)
# Or some likely defaults if neither is given.
if not prefix:
if os.name == "nt":
prefix = "C:\\" + package_name
elif os.name == "posix":
prefix = "/usr/local"
return prefix
def declare_targets(all_libraries, headers):
configure.register_components(all_libraries)
# Select the libraries to install.
libraries = libraries_to_install(all_libraries)
configure.components_building(libraries)
if option.get("show-libraries", None, True):
print "The following libraries require building:"
for l in libraries:
print " - " + l
sys.exit(0)
declare_top_level_targets(libraries, headers)
def declare_targets(all_libraries, headers):
configure.register_components(all_libraries)
# Select the libraries to install.
libraries = libraries_to_install(all_libraries)
configure.components_building(libraries)
if option.get("show-libraries", None, True):
print "The following libraries require building:"
for l in libraries:
print " - " + l
sys.exit(0)
declare_top_level_targets(libraries, headers)
def get_library_name(path):
path = path.replace("\\", "/")
match1 = __ln1.match(path)
match2 = __ln2.match(path)
match3 = __ln3.match(path)
if match1:
return match1.group(2)
elif match2:
return match2.group(2)
elif match3:
return ""
elif option.get("dump-tests", False, True):
# The 'run' rule and others might be used outside boost. In that case,
# just return the path, since the 'library name' makes no sense.
return path
def get_library_name(path):
path = path.replace("\\", "/")
match1 = __ln1.match(path)
match2 = __ln2.match(path)
match3 = __ln3.match(path)
if match1:
return match1.group(2)
elif match2:
return match2.group(2)
elif match3:
return ""
elif option.get("dump-tests", False, True):
# The 'run' rule and others might be used outside boost. In that case,
# just return the path, since the 'library name' makes no sense.
return path
def main_real():
global debug_config, out_xml
debug_config = "--debug-configuration" in sys.argv
out_xml = any(re.match("^--out-xml=(.*)$", a) for a in sys.argv)
engine = Engine()
global_build_dir = option.get("build-dir")
manager = Manager(engine, global_build_dir)
import b2.build.configure as configure
if "--version" in sys.argv:
version.report()
return
# This module defines types and generator and what not,
# and depends on manager's existence
import b2.tools.builtin
b2.tools.common.init(manager)
load_configuration_files()
# Load explicitly specified toolset modules.
extra_properties = process_explicit_toolset_requests()
# Load the actual project build script modules. We always load the project
# in the current folder so 'use-project' directives have any chance of
# being seen. Otherwise, we would not be able to refer to subprojects using
# target ids.
current_project = None
projects = get_manager().projects()
if projects.find(".", "."):
current_project = projects.target(projects.load("."))
# Load the default toolset module if no other has already been specified.
if not feature.values("toolset"):
dt = default_toolset
dtv = None
if default_toolset:
dtv = default_toolset_version
else:
dt = "gcc"
if os.name == 'nt':
dt = "msvc"
# FIXME:
# else if [ os.name ] = MACOSX
# {
# default-toolset = darwin ;
# }
print "warning: No toolsets are configured."
print "warning: Configuring default toolset '%s'." % dt
print "warning: If the default is wrong, your build may not work correctly."
print "warning: Use the \"toolset=xxxxx\" option to override our guess."
print "warning: For more configuration options, please consult"
print "warning: http://boost.org/boost-build2/doc/html/bbv2/advanced/configuration.html"
using(dt, dtv)
# Parse command line for targets and properties. Note that this requires
# that all project files already be loaded.
(target_ids,
properties) = build_request.from_command_line(sys.argv[1:] +
extra_properties)
# Expand properties specified on the command line into multiple property
# sets consisting of all legal property combinations. Each expanded property
# set will be used for a single build run. E.g. if multiple toolsets are
# specified then requested targets will be built with each of them.
if properties:
expanded = build_request.expand_no_defaults(properties)
else:
expanded = [property_set.empty()]
# Check that we actually found something to build.
if not current_project and not target_ids:
get_manager().errors(
)("no Jamfile in current directory found, and no target references specified."
)
# FIXME:
# EXIT
# Flags indicating that this build system run has been started in order to
# clean existing instead of create new targets. Note that these are not the
# final flag values as they may get changed later on due to some special
# targets being specified on the command line.
clean = "--clean" in sys.argv
cleanall = "--clean-all" in sys.argv
# List of explicitly requested files to build. Any target references read
# from the command line parameter not recognized as one of the targets
# defined in the loaded Jamfiles will be interpreted as an explicitly
# requested file to build. If any such files are explicitly requested then
# only those files and the targets they depend on will be built and they
# will be searched for among targets that would have been built had there
# been no explicitly requested files.
explicitly_requested_files = []
# List of Boost Build meta-targets, virtual-targets and actual Jam targets
# constructed in this build system run.
targets = []
virtual_targets = []
actual_targets = []
explicitly_requested_files = []
# Process each target specified on the command-line and convert it into
# internal Boost Build target objects. Detect special clean target. If no
# main Boost Build targets were explictly requested use the current project
# as the target.
for id in target_ids:
if id == "clean":
clean = 1
else:
t = None
if current_project:
t = current_project.find(id, no_error=1)
else:
t = find_target(id)
if not t:
print "notice: could not find main target '%s'" % id
print "notice: assuming it's a name of file to create "
explicitly_requested_files.append(id)
else:
targets.append(t)
if not targets:
targets = [projects.target(projects.module_name("."))]
# FIXME: put this BACK.
## if [ option.get dump-generators : : true ]
## {
## generators.dump ;
## }
# We wish to put config.log in the build directory corresponding
# to Jamroot, so that the location does not differ depending on
# directory where we do build. The amount of indirection necessary
# here is scary.
first_project = targets[0].project()
first_project_root_location = first_project.get('project-root')
first_project_root_module = manager.projects().load(
first_project_root_location)
first_project_root = manager.projects().target(first_project_root_module)
first_build_build_dir = first_project_root.build_dir()
configure.set_log_file(os.path.join(first_build_build_dir, "config.log"))
virtual_targets = []
global results_of_main_targets
# Now that we have a set of targets to build and a set of property sets to
# build the targets with, we can start the main build process by using each
# property set to generate virtual targets from all of our listed targets
# and any of their dependants.
for p in expanded:
manager.set_command_line_free_features(property_set.create(p.free()))
for t in targets:
try:
g = t.generate(p)
if not isinstance(t, ProjectTarget):
results_of_main_targets.extend(g.targets())
virtual_targets.extend(g.targets())
except ExceptionWithUserContext, e:
e.report()
except Exception:
raise
def main_real():
global debug_config, out_xml
debug_config = "--debug-configuration" in sys.argv
out_xml = any(re.match("^--out-xml=(.*)$", a) for a in sys.argv)
engine = Engine()
global_build_dir = option.get("build-dir")
manager = Manager(engine, global_build_dir)
import b2.build.configure as configure
if "--version" in sys.argv:
from b2.build import version
version.report()
return
# This module defines types and generator and what not,
# and depends on manager's existence
import b2.tools.builtin
b2.tools.common.init(manager)
load_configuration_files()
# Load explicitly specified toolset modules.
extra_properties = process_explicit_toolset_requests()
# Load the actual project build script modules. We always load the project
# in the current folder so 'use-project' directives have any chance of
# being seen. Otherwise, we would not be able to refer to subprojects using
# target ids.
current_project = None
projects = get_manager().projects()
if projects.find(".", "."):
current_project = projects.target(projects.load("."))
# Load the default toolset module if no other has already been specified.
if not feature.values("toolset"):
dt = default_toolset
dtv = None
if default_toolset:
dtv = default_toolset_version
else:
dt = "gcc"
if os.name == 'nt':
dt = "msvc"
# FIXME:
#else if [ os.name ] = MACOSX
#{
# default-toolset = darwin ;
#}
print "warning: No toolsets are configured."
print "warning: Configuring default toolset '%s'." % dt
print "warning: If the default is wrong, your build may not work correctly."
print "warning: Use the \"toolset=xxxxx\" option to override our guess."
print "warning: For more configuration options, please consult"
print "warning: http://boost.org/boost-build2/doc/html/bbv2/advanced/configuration.html"
using(dt, dtv)
# Parse command line for targets and properties. Note that this requires
# that all project files already be loaded.
(target_ids, properties) = build_request.from_command_line(sys.argv[1:] + extra_properties)
# Expand properties specified on the command line into multiple property
# sets consisting of all legal property combinations. Each expanded property
# set will be used for a single build run. E.g. if multiple toolsets are
# specified then requested targets will be built with each of them.
if properties:
expanded = build_request.expand_no_defaults(properties)
else:
expanded = [property_set.empty()]
# Check that we actually found something to build.
if not current_project and not target_ids:
get_manager().errors()("no Jamfile in current directory found, and no target references specified.")
# FIXME:
# EXIT
# Flags indicating that this build system run has been started in order to
# clean existing instead of create new targets. Note that these are not the
# final flag values as they may get changed later on due to some special
# targets being specified on the command line.
clean = "--clean" in sys.argv
cleanall = "--clean-all" in sys.argv
# List of explicitly requested files to build. Any target references read
# from the command line parameter not recognized as one of the targets
# defined in the loaded Jamfiles will be interpreted as an explicitly
# requested file to build. If any such files are explicitly requested then
# only those files and the targets they depend on will be built and they
# will be searched for among targets that would have been built had there
# been no explicitly requested files.
explicitly_requested_files = []
# List of Boost Build meta-targets, virtual-targets and actual Jam targets
# constructed in this build system run.
targets = []
virtual_targets = []
actual_targets = []
explicitly_requested_files = []
# Process each target specified on the command-line and convert it into
# internal Boost Build target objects. Detect special clean target. If no
# main Boost Build targets were explictly requested use the current project
# as the target.
for id in target_ids:
if id == "clean":
clean = 1
else:
t = None
if current_project:
t = current_project.find(id, no_error=1)
else:
t = find_target(id)
if not t:
print "notice: could not find main target '%s'" % id
print "notice: assuming it's a name of file to create " ;
explicitly_requested_files.append(id)
else:
targets.append(t)
if not targets:
targets = [projects.target(projects.module_name("."))]
# FIXME: put this BACK.
## if [ option.get dump-generators : : true ]
## {
## generators.dump ;
## }
# We wish to put config.log in the build directory corresponding
# to Jamroot, so that the location does not differ depending on
# directory where we do build. The amount of indirection necessary
# here is scary.
first_project = targets[0].project()
first_project_root_location = first_project.get('project-root')
first_project_root_module = manager.projects().load(first_project_root_location)
first_project_root = manager.projects().target(first_project_root_module)
first_build_build_dir = first_project_root.build_dir()
configure.set_log_file(os.path.join(first_build_build_dir, "config.log"))
virtual_targets = []
global results_of_main_targets
# Now that we have a set of targets to build and a set of property sets to
# build the targets with, we can start the main build process by using each
# property set to generate virtual targets from all of our listed targets
# and any of their dependants.
for p in expanded:
manager.set_command_line_free_features(property_set.create(p.free()))
for t in targets:
try:
g = t.generate(p)
if not isinstance(t, ProjectTarget):
results_of_main_targets.extend(g.targets())
virtual_targets.extend(g.targets())
except ExceptionWithUserContext, e:
e.report()
except Exception:
raise
## {
## __ACTION_RULE__ = build-system.out-xml.collect
## [ modules.peek build-system : .out-xml ] ;
## }
## IMPORT
## build-system :
## out-xml.collect
## out-xml.generate-action
## : :
## build-system.out-xml.collect
## build-system.out-xml.generate-action
## ;
## }
j = option.get("jobs")
if j:
bjam.call("set-variable", PARALLELISM, j)
k = option.get("keep-going", "true", "true")
if k in ["on", "yes", "true"]:
bjam.call("set-variable", "KEEP_GOING", "1")
elif k in ["off", "no", "false"]:
bjam.call("set-variable", "KEEP_GOING", "0")
else:
print "error: Invalid value for the --keep-going option"
sys.exit()
# The 'all' pseudo target is not strictly needed expect in the case when we
# use it below but people often assume they always have this target
# available and do not declare it themselves before use which may cause
match3 = __ln3.match(path)
if match1:
return match1.group(2)
elif match2:
return match2.group(2)
elif match3:
return ""
elif option.get("dump-tests", False, True):
# The 'run' rule and others might be used outside boost. In that case,
# just return the path, since the 'library name' makes no sense.
return path
# Was an XML dump requested?
__out_xml = option.get("out-xml", False, True)
# Takes a target (instance of 'basic-target') and prints
# - its type
# - its name
# - comments specified via the <test-info> property
# - relative location of all source from the project root.
#
def dump_test(target):
type = target.type()
name = target.name()
project = target.project()
project_root = project.get('project-root')
library = get_library_name(os.path.abspath(project.get('location')))
## {
## __ACTION_RULE__ = build-system.out-xml.collect
## [ modules.peek build-system : .out-xml ] ;
## }
## IMPORT
## build-system :
## out-xml.collect
## out-xml.generate-action
## : :
## build-system.out-xml.collect
## build-system.out-xml.generate-action
## ;
## }
j = option.get("jobs")
if j:
bjam.call("set-variable", 'PARALLELISM', j)
k = option.get("keep-going", "true", "true")
if k in ["on", "yes", "true"]:
bjam.call("set-variable", "KEEP_GOING", "1")
elif k in ["off", "no", "false"]:
bjam.call("set-variable", "KEEP_GOING", "0")
else:
print "error: Invalid value for the --keep-going option"
sys.exit()
# The 'all' pseudo target is not strictly needed expect in the case when we
# use it below but people often assume they always have this target
# available and do not declare it themselves before use which may cause
def install(name, package_name=None, requirements=[], binaries=[], libraries=[], headers=[]):
requirements = requirements[:]
binaries = binaries[:]
libraries
if not package_name:
package_name = name
if option.get("prefix"):
# If --prefix is explicitly specified on the command line,
# then we need wipe away any settings of libdir/includir that
# is specified via options in config files.
option.set("bindir", None)
option.set("libdir", None)
option.set("includedir", None)
# If <install-source-root> is not specified, all headers are installed to
# prefix/include, no matter what their relative path is. Sometimes that is
# what is needed.
install_source_root = property.select('install-source-root', requirements)
if install_source_root:
requirements = property.change(requirements, 'install-source-root', None)
install_header_subdir = property.select('install-header-subdir', requirements)
if install_header_subdir:
install_header_subdir = ungrist(install_header_subdir[0])
requirements = property.change(requirements, 'install-header-subdir', None)
# First, figure out all locations. Use the default if no prefix option
# given.
prefix = get_prefix(name, requirements)
# Architecture dependent files.
exec_locate = option.get("exec-prefix", prefix)
# Binaries.
bin_locate = option.get("bindir", os.path.join(prefix, "bin"))
# Object code libraries.
lib_locate = option.get("libdir", os.path.join(prefix, "lib"))
# Source header files.
include_locate = option.get("includedir", os.path.join(prefix, "include"))
stage.install(name + "-bin", binaries, requirements + ["<location>" + bin_locate])
alias(name + "-lib", [name + "-lib-shared", name + "-lib-static"])
# Since the install location of shared libraries differs on universe
# and cygwin, use target alternatives to make different targets.
# We should have used indirection conditioanl requirements, but it's
# awkward to pass bin-locate and lib-locate from there to another rule.
alias(name + "-lib-shared", [name + "-lib-shared-universe"])
alias(name + "-lib-shared", [name + "-lib-shared-cygwin"], ["<target-os>cygwin"])
# For shared libraries, we install both explicitly specified one and the
# shared libraries that the installed executables depend on.
stage.install(name + "-lib-shared-universe", binaries + libraries,
requirements + ["<location>" + lib_locate, "<install-dependencies>on",
"<install-type>SHARED_LIB"])
stage.install(name + "-lib-shared-cygwin", binaries + libraries,
requirements + ["<location>" + bin_locate, "<install-dependencies>on",
"<install-type>SHARED_LIB"])
# For static libraries, we do not care about executable dependencies, since
# static libraries are already incorporated into them.
stage.install(name + "-lib-static", libraries, requirements +
["<location>" + lib_locate, "<install-dependencies>on", "<install-type>STATIC_LIB"])
stage.install(name + "-headers", headers, requirements \
+ ["<location>" + os.path.join(include_locate, s) for s in install_header_subdir]
+ install_source_root)
alias(name, [name + "-bin", name + "-lib", name + "-headers"])
pt = get_manager().projects().current()
for subname in ["bin", "lib", "headers", "lib-shared", "lib-static", "lib-shared-universe", "lib-shared-cygwin"]:
pt.mark_targets_as_explicit([name + "-" + subname])
@bjam_signature((["version"], ))
def set_version(version):
global BOOST_VERSION, BOOST_VERSION_TAG
BOOST_VERSION = version
pieces = version.split(".")
if pieces[2] == "0":
pieces = pieces[0:2]
BOOST_VERSION_TAG = "_".join(pieces)
# Option to choose how many variants to build. The default is "minimal".
build_type = option.get("build-type", "minimal")
if not build_type in ["minimal", "complete"]:
get_manager().errors(
)("The value of the --build-type option should be either 'complete' or 'minimal'"
)
# What kind of layout are we doing?
layout = option.get("layout")
# On Windows, we used versioned layout by default in order to
# be compatible with autolink. On other systems, we use system
# layout which is what every other program uses. Note that windows
# check is static, and won't
if not layout:
if os.name == "nt":
layout = "versioned"
else:
print "HERE I AM"
@bjam_signature((["version"],))
def set_version(version):
global BOOST_VERSION, BOOST_VERSION_TAG
BOOST_VERSION = version
pieces = version.split(".")
if pieces[2] == "0":
pieces = pieces[0:2]
BOOST_VERSION_TAG = "_".join(pieces)
# Option to choose how many variants to build. The default is "minimal".
build_type = option.get("build-type", "minimal")
if not build_type in ["minimal", "complete"]:
get_manager().errors()("The value of the --build-type option should be either 'complete' or 'minimal'")
# What kind of layout are we doing?
layout = option.get("layout")
# On Windows, we used versioned layout by default in order to
# be compatible with autolink. On other systems, we use system
# layout which is what every other program uses. Note that windows
# check is static, and won't
if not layout:
if os.name == "nt":
layout = "versioned"
else:
layout = "system"
def install(name,
package_name=None,
requirements=[],
binaries=[],
libraries=[],
headers=[]):
requirements = requirements[:]
binaries = binaries[:]
libraries
if not package_name:
package_name = name
if option.get("prefix"):
# If --prefix is explicitly specified on the command line,
# then we need wipe away any settings of libdir/includir that
# is specified via options in config files.
option.set("bindir", None)
option.set("libdir", None)
option.set("includedir", None)
# If <install-source-root> is not specified, all headers are installed to
# prefix/include, no matter what their relative path is. Sometimes that is
# what is needed.
install_source_root = property.select('install-source-root', requirements)
if install_source_root:
requirements = property.change(requirements, 'install-source-root',
None)
install_header_subdir = property.select('install-header-subdir',
requirements)
if install_header_subdir:
install_header_subdir = ungrist(install_header_subdir[0])
requirements = property.change(requirements, 'install-header-subdir',
None)
# First, figure out all locations. Use the default if no prefix option
# given.
prefix = get_prefix(name, requirements)
# Architecture dependent files.
exec_locate = option.get("exec-prefix", prefix)
# Binaries.
bin_locate = option.get("bindir", os.path.join(prefix, "bin"))
# Object code libraries.
lib_locate = option.get("libdir", os.path.join(prefix, "lib"))
# Source header files.
include_locate = option.get("includedir", os.path.join(prefix, "include"))
stage.install(name + "-bin", binaries,
requirements + ["<location>" + bin_locate])
alias(name + "-lib", [name + "-lib-shared", name + "-lib-static"])
# Since the install location of shared libraries differs on universe
# and cygwin, use target alternatives to make different targets.
# We should have used indirection conditioanl requirements, but it's
# awkward to pass bin-locate and lib-locate from there to another rule.
alias(name + "-lib-shared", [name + "-lib-shared-universe"])
alias(name + "-lib-shared", [name + "-lib-shared-cygwin"],
["<target-os>cygwin"])
# For shared libraries, we install both explicitly specified one and the
# shared libraries that the installed executables depend on.
stage.install(
name + "-lib-shared-universe", binaries + libraries, requirements + [
"<location>" + lib_locate, "<install-dependencies>on",
"<install-type>SHARED_LIB"
])
stage.install(
name + "-lib-shared-cygwin", binaries + libraries, requirements + [
"<location>" + bin_locate, "<install-dependencies>on",
"<install-type>SHARED_LIB"
])
# For static libraries, we do not care about executable dependencies, since
# static libraries are already incorporated into them.
stage.install(
name + "-lib-static", libraries, requirements + [
"<location>" + lib_locate, "<install-dependencies>on",
"<install-type>STATIC_LIB"
])
stage.install(name + "-headers", headers, requirements \
+ ["<location>" + os.path.join(include_locate, s) for s in install_header_subdir]
+ install_source_root)
alias(name, [name + "-bin", name + "-lib", name + "-headers"])
pt = get_manager().projects().current()
for subname in [
"bin", "lib", "headers", "lib-shared", "lib-static",
"lib-shared-universe", "lib-shared-cygwin"
]:
pt.mark_targets_as_explicit([name + "-" + subname])
match2 = __ln2.match(path)
match3 = __ln3.match(path)
if match1:
return match1.group(2)
elif match2:
return match2.group(2)
elif match3:
return ""
elif option.get("dump-tests", False, True):
# The 'run' rule and others might be used outside boost. In that case,
# just return the path, since the 'library name' makes no sense.
return path
# Was an XML dump requested?
__out_xml = option.get("out-xml", False, True)
# Takes a target (instance of 'basic-target') and prints
# - its type
# - its name
# - comments specified via the <test-info> property
# - relative location of all source from the project root.
#
def dump_test(target):
type = target.type()
name = target.name()
project = target.project()
project_root = project.get('project-root')
library = get_library_name(os.path.abspath(project.get('location')))
if library:
