lcsname = os.path.join(os.path.dirname(self.output), 'ukernel.lcs')
fo = open(lcsname, 'w')
fo.write('SECTIONS {\n')
for S in sections:
fo.write(S.get_section_spec())
fo.write('}\n')
fo.close()
rangesname = os.path.join(os.path.dirname(self.output),
'ukernel_ranges.s')
fo = open(rangesname, 'w')
for S in sections:
fo.write(S.get_range_code())
fo.close()
cmd = [
self.compiler, self.machine, '-o', self.output, '-T', lcsname,
'-Wl,-r', '-nostdlib', rangesname
] + self.args + ['-lgcc']
run_program(cmd)
return 0
if __name__ == '__main__':
from lib.qurt import run_script
run_script(BuildKernel().main)
# Signatures of the files that this depends on
# 46a31eb420b1999d63d43a1df42e94ca /local/mnt/workspace/CRMBuilds/CDSP.VT.2.0-00249-SDM710-2_20201030_052916/b/cdsp_proc/core/kernel/qurt/build/face_cdsp_user/qdsp6/670.cdsp.prod/install/computev65_SRM/scripts/lib/qurt.py
shdr2 = Elf32SectionHeader(None,
sh_name=strtab.index('.rodata\0'),
sh_type=Elf32SectionHeader.SHT_PROGBITS,
sh_flags=Elf32SectionHeader.SHF_ALLOC,
sh_addr=self.physaddr,
sh_offset=4096,
sh_size=totalsize,
sh_link=0,
sh_info=0,
sh_addralign=4096,
sh_entsize=0)
outfile.write(ehdr.output())
outfile.write(phdr.output())
outfile.write(shdr0.output())
outfile.write(shdr1.output())
outfile.write(shdr2.output())
outfile.write(strtab)
outfile.flush()
outfile.close()
return 0
if __name__ == '__main__':
from lib.qurt import run_script
run_script(QurtRamfsBuilder().main)
# Signatures of the files that this depends on
# 46a31eb420b1999d63d43a1df42e94ca /local/mnt/workspace/CRMBuilds/ADSP.VT.5.0-00526-SDM710-1_20201217_021900/b/adsp_proc/core/kernel/qurt/build/sensor_img/qdsp6/670.adsp.prod/install/ADSPv65MP/scripts/lib/qurt.py
str(target[0]), '-s',
str(target[1]), '-o',
str(target[2])
] + [str(s) for s in source])
def CheckEmitter(target, source, env):
return target, source
def Checker(env, *ls):
return env.ObjCheckBuilder(
['$BUILD_DIR/result', '$BUILD_DIR/stats.txt', '$BUILD_DIR/out'],
env.Flatten([get_objects(str(d)) for d in ls]))
def exists(env):
return env.Detect('obj_check_alignment')
def generate(env):
env.AddMethod(Checker, 'ObjCheckAlignment')
env['BUILDERS']['ObjCheckBuilder'] = env.Builder(action=env.Action(
CheckAction, cmdstr='Checking object alignment'),
emitter=CheckEmitter)
if __name__ == '__main__':
from lib.qurt import run_script
run_script(ObjCheckAlignment().main)
# If you are looking for the actual implementation of qurt-image-build.py:
# qurt-image-build0.py: for non-secure builds
# qurt-image-build1.py: for secure builds
#
import os, sys
sys.path.append(os.path.dirname(__file__))
from lib.qurt import multiscript
#
# Import the definitions in qurt-image-build0.py under module name QIB0
# Import the definitions in qurt-image-build1.py under module name QIB1
#
multiscript_args = multiscript(globals(),
QIB0='qurt-image-build0.py',
QIB1='qurt-image-build1.py')
if multiscript_args:
#
# We are being run as a script.
# multiscript_args is the value of sys.argv
#
from lib.qurt import run_script
run_script(QIB0.QurtElfPatch().main)
else:
#
# We are being imported
#
from QIB0 import *