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# IceCream distributed compiling support
#
# Stages directories with symlinks from gcc/g++ to icecc, for both
# native and cross compilers. Depending on each configure or compile,
# the directories are added at the head of the PATH list and ICECC_CXX
# and ICEC_CC are set.
#
# For the cross compiler, creates a tar.gz of our toolchain and sets
# ICECC_VERSION accordingly.
#
#The class now handles all 3 different compile 'stages' (i.e native ,cross-kernel and target) creating the
#necessary enviroment tar.gz file to be used by the remote machines.
#It also supports meta-toolchain generation
#
#If ICECC_PATH is not set in local.conf then the class will try to locate it using 'which'
#but nothing is sure ;)
#
#If ICECC_ENV_EXEC is set in local.conf should point to the icecc-create-env script provided by the user
#or the default one provided by icecc-create-env.bb will be used
#(NOTE that this is a modified version of the script need it and *not the one that comes with icecc*
#
#User can specify if specific packages or packages belonging to class should not use icecc to distribute
#compile jobs to remote machines, but handled localy, by defining ICECC_USER_CLASS_BL and ICECC_PACKAGE_BL
#with the appropriate values in local.conf
#########################################################################################
#Error checking is kept to minimum so double check any parameters you pass to the class
###########################################################################################
def icc_determine_gcc_version(gcc):
"""
Hack to determine the version of GCC
'i686-apple-darwin8-gcc-4.0.1 (GCC) 4.0.1 (Apple Computer, Inc. build 5363)'
"""
return os.popen("%s --version" % gcc ).readline().split()[2]
def create_cross_env(bb,d):
"""
Create a tar.bz2 of the current toolchain
"""
# Constin native-native compilation no environment needed if
# host prefix is empty (let us duplicate the query for ease)
prefix = bb.data.expand('${HOST_PREFIX}', d)
if len(prefix) == 0:
return ""
import tarfile, socket, time
ice_dir = bb.data.expand('${CROSS_DIR}', d)
prefix = bb.data.expand('${HOST_PREFIX}' , d)
distro = bb.data.expand('${DISTRO}', d)
target_sys = bb.data.expand('${TARGET_SYS}', d)
target_prefix = bb.data.expand('${TARGET_PREFIX}', d)
float = bb.data.getVar('TARGET_FPU', d) or "hard"
name = socket.gethostname()
# Stupid check to determine if we have built a libc and a cross
# compiler.
try:
os.stat(os.path.join(ice_dir, target_sys, 'lib', 'libstdc++.so'))
os.stat(os.path.join(ice_dir, target_sys, 'bin', 'g++'))
except: # no cross compiler built yet
return ""
VERSION = icc_determine_gcc_version( os.path.join(ice_dir,target_sys,"bin","g++") )
cross_name = prefix + distro + "-" + target_sys + "-" + float + "-" + VERSION + "-" + name
tar_file = os.path.join(ice_dir, 'ice', cross_name + '.tar.gz')
try:
os.stat(tar_file)
# tar file already exists
return tar_file
except:
try:
os.makedirs(os.path.join(ice_dir,'ice'))
except:
# directory already exists, continue
pass
#check if user has specified a specific icecc-create-env script
#if not use the OE provided one
cr_env_script = bb.data.expand('${ICECC_ENV_EXEC}', d)
if cr_env_script == "${ICECC_ENV_EXEC}":
cr_env_script = bb.data.expand('${STAGING_DIR}', d)+"/ice/icecc-create-env"
#call the modified create-env script
result=os.popen("%s %s %s %s %s %s" %(cr_env_script,
"--silent",
os.path.join(ice_dir, 'bin', "%s-gcc" % target_sys),
os.path.join(ice_dir, 'bin', "%s-g++" % target_sys),
os.path.join(ice_dir, 'bin', "%s-as" % target_sys),
os.path.join(ice_dir,"ice",cross_name) ) )
return tar_file
def create_native_env(bb,d):
import tarfile, socket, time
ice_dir = bb.data.expand('${CROSS_DIR}', d)
prefix = bb.data.expand('${HOST_PREFIX}' , d)
distro = bb.data.expand('${DISTRO}', d)
target_sys = bb.data.expand('${TARGET_SYS}', d)
target_prefix = bb.data.expand('${TARGET_PREFIX}', d)
float = bb.data.getVar('TARGET_FPU', d) or "hard"
name = socket.gethostname()
archive_name = "local-host-env" + "-" + name
tar_file = os.path.join(ice_dir, 'ice', archive_name + '.tar.gz')
try:
os.stat(tar_file)
# tar file already exists
return tar_file
except:
try:
#os.makedirs(os.path.join(ice_dir))
os.makedirs(os.path.join(ice_dir,'ice'))
except:
# directory already exists, continue
pass
#check if user has specified a specific icecc-create-env script
#if not use the OE provided one
cr_env_script = bb.data.expand('${ICECC_ENV_EXEC}', d)
if cr_env_script == "${ICECC_ENV_EXEC}":
cr_env_script = bb.data.expand('${STAGING_DIR}', d)+"/ice/icecc-create-env"
result=os.popen("%s %s %s %s %s %s" %(cr_env_script,
"--silent",
os.popen("%s gcc" % "which").read()[:-1],
os.popen("%s g++" % "which").read()[:-1],
os.popen("%s as" % "which").read()[:-1],
os.path.join(ice_dir,"ice",archive_name) ) )
return tar_file
def get_cross_kernel_cc(bb,d):
kernel_cc = bb.data.expand('${KERNEL_CC}', d)
kernel_cc = kernel_cc.replace('ccache', '').strip()
kernel_cc = kernel_cc.split(' ')[0]
kernel_cc = kernel_cc.strip()
return kernel_cc
def create_cross_kernel_env(bb,d):
import tarfile, socket, time
ice_dir = bb.data.expand('${CROSS_DIR}', d)
prefix = bb.data.expand('${HOST_PREFIX}' , d)
distro = bb.data.expand('${DISTRO}', d)
target_sys = bb.data.expand('${TARGET_SYS}', d)
target_prefix = bb.data.expand('${TARGET_PREFIX}', d)
float = bb.data.getVar('TARGET_FPU', d) or "hard"
name = socket.gethostname()
kernel_cc = get_cross_kernel_cc(bb, d)
# Stupid check to determine if we have built a libc and a cross
# compiler.
try:
os.stat(os.path.join(ice_dir, 'bin', kernel_cc))
except: # no cross compiler built yet
return ""
VERSION = icc_determine_gcc_version( os.path.join(ice_dir,"bin",kernel_cc) )
cross_name = prefix + distro + "-" + target_sys + "-" + float + "-" + VERSION + "-" + name
tar_file = os.path.join(ice_dir, 'ice', cross_name + '.tar.gz')
try:
os.stat(tar_file)
# tar file already exists
return tar_file
except:
try:
os.makedirs(os.path.join(ice_dir,'ice'))
except:
# directory already exists, continue
pass
#check if user has specified a specific icecc-create-env script
#if not use the OE provided one
cr_env_script = bb.data.getVar('ICECC_ENV_EXEC', d) or bb.data.expand('${STAGING_DIR}', d)+"/ice/icecc-create-env"
result=os.popen("%s %s %s %s %s %s" %(cr_env_script,
"--silent",
os.path.join(ice_dir, 'bin', kernel_cc),
os.path.join(ice_dir, 'bin', "%s-g++" % target_sys),
os.path.join(ice_dir, 'bin', "%s-as" % target_sys),
os.path.join(ice_dir, "ice", cross_name) ) )
return tar_file
def create_env(bb,d):
#return create_cross_kernel_env(bb,d)
if bb.data.inherits_class("native", d):
return create_native_env(bb,d)
elif bb.data.inherits_class("kernel", d):
return create_cross_kernel_env(bb,d)
elif bb.data.inherits_class("cross", d):
return create_native_env(bb,d)
elif bb.data.inherits_class("sdk", d):
return create_native_env(bb,d)
else:
return create_cross_env(bb,d)
def create_path(compilers, type, bb, d):
"""
Create Symlinks for the icecc in the staging directory
"""
staging = os.path.join(bb.data.expand('${STAGING_DIR}', d), "ice", type)
#check if the icecc path is set by the user
icecc = bb.data.getVar('ICECC_PATH', d) or os.popen("%s icecc" % "which").read()[:-1]
# Create the dir if necessary
try:
os.stat(staging)
except:
os.makedirs(staging)
for compiler in compilers:
gcc_path = os.path.join(staging, compiler)
try:
os.stat(gcc_path)
except:
os.symlink(icecc, gcc_path)
return staging + ":"
def use_icc_version(bb,d):
icecc_ver = "yes"
system_class_blacklist = [ "none" ]
for black in system_class_blacklist:
if bb.data.inherits_class(black, d):
icecc_ver = "no"
user_class_blacklist = bb.data.getVar('ICECC_USER_CLASS_BL', d) or "none"
user_class_blacklist = user_class_blacklist.split()
for black in user_class_blacklist:
if bb.data.inherits_class(black, d):
icecc_ver = "no"
return icecc_ver
def icc_path(bb,d):
package_tmp = bb.data.expand('${PN}', d)
#"system" package blacklist contains a list of packages that can not distribute compile tasks
#for one reason or the other
system_package_blacklist = [ "uclibc", "glibc", "gcc", "qemu", "bind", "u-boot", "dhcp-forwarder", "enchant", "connman" ]
user_package_blacklist = (bb.data.getVar('ICECC_USER_PACKAGE_BL', d) or "").split()
package_blacklist = system_package_blacklist + user_package_blacklist
for black in package_blacklist:
if black in package_tmp:
bb.note(package_tmp, ' found in blacklist, disable icecc')
bb.data.setVar("PARALLEL_MAKE" , "", d)
return ""
prefix = bb.data.expand('${HOST_PREFIX}', d)
if bb.data.inherits_class("cross", d):
return create_path( ["gcc", "g++"], "native", bb, d)
elif bb.data.inherits_class("native", d):
return create_path( ["gcc", "g++"], "native", bb, d)
elif bb.data.inherits_class("kernel", d):
return create_path( [get_cross_kernel_cc(bb,d), ], "cross-kernel", bb, d)
elif len(prefix) == 0:
return create_path( ["gcc", "g++"], "native", bb, d)
else:
return create_path( [prefix+"gcc", prefix+"g++"], "cross", bb, d)
def icc_version(bb,d):
return create_env(bb,d)
def check_for_kernel(bb,d):
if bb.data.inherits_class("kernel", d):
return "yes"
return "no"
set_icecc_env() {
ICE_PATH=${@icc_path(bb,d)}
if test x${ICE_PATH} != x; then
export PATH=${ICE_PATH}$PATH
export CCACHE_PATH=$PATH
#check if we are building a kernel and select gcc-cross-kernel
if [ "${@check_for_kernel(bb,d)}" = "yes" ]; then
export ICECC_CC="${@get_cross_kernel_cc(bb,d)}"
export ICECC_CXX="${HOST_PREFIX}g++"
else
export ICECC_CC="${HOST_PREFIX}gcc"
export ICECC_CXX="${HOST_PREFIX}g++"
fi
if [ "${@use_icc_version(bb,d)}" = "yes" ]; then
export ICECC_VERSION="${@icc_version(bb,d)}"
else
export -n ICECC_VERSION
fi
oenote "set the icecream environment variables: PATH=$PATH, CCACHE_PATH=$CCACHE_PATH, ICECC_CC=$ICECC_CC, ICECC_CXX=$ICECC_CXX, ICECC_VERSION=$ICECC_VERSION"
fi
}
do_configure_prepend() {
set_icecc_env
}
do_compile_prepend() {
set_icecc_env
}
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