[T106][ZXW-22]7520V3SCV2.01.01.02P42U09_VEC_V0.8_AP_VEC origin source commit
Change-Id: Ic6e05d89ecd62fc34f82b23dcf306c93764aec4b
diff --git a/cap/zx297520v3/sources/poky/scripts/runqemu b/cap/zx297520v3/sources/poky/scripts/runqemu
new file mode 100755
index 0000000..10880ba
--- /dev/null
+++ b/cap/zx297520v3/sources/poky/scripts/runqemu
@@ -0,0 +1,1548 @@
+#!/usr/bin/env python3
+
+# Handle running OE images standalone with QEMU
+#
+# Copyright (C) 2006-2011 Linux Foundation
+# Copyright (c) 2016 Wind River Systems, Inc.
+#
+# SPDX-License-Identifier: GPL-2.0-only
+#
+
+import os
+import sys
+import logging
+import subprocess
+import re
+import fcntl
+import shutil
+import glob
+import configparser
+import signal
+
+class RunQemuError(Exception):
+ """Custom exception to raise on known errors."""
+ pass
+
+class OEPathError(RunQemuError):
+ """Custom Exception to give better guidance on missing binaries"""
+ def __init__(self, message):
+ super().__init__("In order for this script to dynamically infer paths\n \
+kernels or filesystem images, you either need bitbake in your PATH\n \
+or to source oe-init-build-env before running this script.\n\n \
+Dynamic path inference can be avoided by passing a *.qemuboot.conf to\n \
+runqemu, i.e. `runqemu /path/to/my-image-name.qemuboot.conf`\n\n %s" % message)
+
+
+def create_logger():
+ logger = logging.getLogger('runqemu')
+ logger.setLevel(logging.INFO)
+
+ # create console handler and set level to debug
+ ch = logging.StreamHandler()
+ ch.setLevel(logging.DEBUG)
+
+ # create formatter
+ formatter = logging.Formatter('%(name)s - %(levelname)s - %(message)s')
+
+ # add formatter to ch
+ ch.setFormatter(formatter)
+
+ # add ch to logger
+ logger.addHandler(ch)
+
+ return logger
+
+logger = create_logger()
+
+def print_usage():
+ print("""
+Usage: you can run this script with any valid combination
+of the following environment variables (in any order):
+ KERNEL - the kernel image file to use
+ BIOS - the bios image file to use
+ ROOTFS - the rootfs image file or nfsroot directory to use
+ DEVICE_TREE - the device tree blob to use
+ MACHINE - the machine name (optional, autodetected from KERNEL filename if unspecified)
+ Simplified QEMU command-line options can be passed with:
+ nographic - disable video console
+ sdl - choose the SDL UI frontend
+ gtk - choose the Gtk UI frontend
+ gl - enable virgl-based GL acceleration (also needs gtk or sdl options)
+ gl-es - enable virgl-based GL acceleration, using OpenGL ES (also needs gtk or sdl options)
+ egl-headless - enable headless EGL output; use vnc (via publicvnc option) or spice to see it
+ serial - enable a serial console on /dev/ttyS0
+ serialstdio - enable a serial console on the console (regardless of graphics mode)
+ slirp - enable user networking, no root privileges is required
+ snapshot - don't write changes to back to images
+ kvm - enable KVM when running x86/x86_64 (VT-capable CPU required)
+ kvm-vhost - enable KVM with vhost when running x86/x86_64 (VT-capable CPU required)
+ publicvnc - enable a VNC server open to all hosts
+ audio - enable audio
+ [*/]ovmf* - OVMF firmware file or base name for booting with UEFI
+ tcpserial=<port> - specify tcp serial port number
+ qemuparams=<xyz> - specify custom parameters to QEMU
+ bootparams=<xyz> - specify custom kernel parameters during boot
+ help, -h, --help: print this text
+ -d, --debug: Enable debug output
+ -q, --quiet: Hide most output except error messages
+
+Examples:
+ runqemu
+ runqemu qemuarm
+ runqemu tmp/deploy/images/qemuarm
+ runqemu tmp/deploy/images/qemux86/<qemuboot.conf>
+ runqemu qemux86-64 core-image-sato ext4
+ runqemu qemux86-64 wic-image-minimal wic
+ runqemu path/to/bzImage-qemux86.bin path/to/nfsrootdir/ serial
+ runqemu qemux86 iso/hddimg/wic.vmdk/wic.qcow2/wic.vdi/ramfs/cpio.gz...
+ runqemu qemux86 qemuparams="-m 256"
+ runqemu qemux86 bootparams="psplash=false"
+ runqemu path/to/<image>-<machine>.wic
+ runqemu path/to/<image>-<machine>.wic.vmdk
+""")
+
+def check_tun():
+ """Check /dev/net/tun"""
+ dev_tun = '/dev/net/tun'
+ if not os.path.exists(dev_tun):
+ raise RunQemuError("TUN control device %s is unavailable; you may need to enable TUN (e.g. sudo modprobe tun)" % dev_tun)
+
+ if not os.access(dev_tun, os.W_OK):
+ raise RunQemuError("TUN control device %s is not writable, please fix (e.g. sudo chmod 666 %s)" % (dev_tun, dev_tun))
+
+def get_first_file(cmds):
+ """Return first file found in wildcard cmds"""
+ for cmd in cmds:
+ all_files = glob.glob(cmd)
+ if all_files:
+ for f in all_files:
+ if not os.path.isdir(f):
+ return f
+ return ''
+
+class BaseConfig(object):
+ def __init__(self):
+ # The self.d saved vars from self.set(), part of them are from qemuboot.conf
+ self.d = {'QB_KERNEL_ROOT': '/dev/vda'}
+
+ # Supported env vars, add it here if a var can be got from env,
+ # and don't use os.getenv in the code.
+ self.env_vars = ('MACHINE',
+ 'ROOTFS',
+ 'KERNEL',
+ 'BIOS',
+ 'DEVICE_TREE',
+ 'DEPLOY_DIR_IMAGE',
+ 'OE_TMPDIR',
+ 'OECORE_NATIVE_SYSROOT',
+ 'MULTICONFIG',
+ )
+
+ self.qemu_opt = ''
+ self.qemu_opt_script = ''
+ self.qemuparams = ''
+ self.clean_nfs_dir = False
+ self.nfs_server = ''
+ self.rootfs = ''
+ # File name(s) of a OVMF firmware file or variable store,
+ # to be added with -drive if=pflash.
+ # Found in the same places as the rootfs, with or without one of
+ # these suffices: qcow2, bin.
+ self.ovmf_bios = []
+ # When enrolling default Secure Boot keys, the hypervisor
+ # must provide the Platform Key and the first Key Exchange Key
+ # certificate in the Type 11 SMBIOS table.
+ self.ovmf_secboot_pkkek1 = ''
+ self.qemuboot = ''
+ self.qbconfload = False
+ self.kernel = ''
+ self.bios = ''
+ self.kernel_cmdline = ''
+ self.kernel_cmdline_script = ''
+ self.bootparams = ''
+ self.dtb = ''
+ self.fstype = ''
+ self.kvm_enabled = False
+ self.vhost_enabled = False
+ self.slirp_enabled = False
+ self.net_bridge = None
+ self.nfs_instance = 0
+ self.nfs_running = False
+ self.serialconsole = False
+ self.serialstdio = False
+ self.cleantap = False
+ self.saved_stty = ''
+ self.audio_enabled = False
+ self.tcpserial_portnum = ''
+ self.taplock = ''
+ self.taplock_descriptor = None
+ self.portlocks = {}
+ self.bitbake_e = ''
+ self.snapshot = False
+ self.wictypes = ('wic', 'wic.vmdk', 'wic.qcow2', 'wic.vdi')
+ self.fstypes = ('ext2', 'ext3', 'ext4', 'jffs2', 'nfs', 'btrfs',
+ 'cpio.gz', 'cpio', 'ramfs', 'tar.bz2', 'tar.gz')
+ self.vmtypes = ('hddimg', 'iso')
+ self.fsinfo = {}
+ self.network_device = "-device e1000,netdev=net0,mac=@MAC@"
+ self.cmdline_ip_slirp = "ip=dhcp"
+ self.cmdline_ip_tap = "ip=192.168.7.@CLIENT@::192.168.7.@GATEWAY@:255.255.255.0"
+ # Use different mac section for tap and slirp to avoid
+ # conflicts, e.g., when one is running with tap, the other is
+ # running with slirp.
+ # The last section is dynamic, which is for avoiding conflicts,
+ # when multiple qemus are running, e.g., when multiple tap or
+ # slirp qemus are running.
+ self.mac_tap = "52:54:00:12:34:"
+ self.mac_slirp = "52:54:00:12:35:"
+ # pid of the actual qemu process
+ self.qemupid = None
+ # avoid cleanup twice
+ self.cleaned = False
+
+ def acquire_taplock(self, error=True):
+ logger.debug("Acquiring lockfile %s..." % self.taplock)
+ try:
+ self.taplock_descriptor = open(self.taplock, 'w')
+ fcntl.flock(self.taplock_descriptor, fcntl.LOCK_EX|fcntl.LOCK_NB)
+ except Exception as e:
+ msg = "Acquiring lockfile %s failed: %s" % (self.taplock, e)
+ if error:
+ logger.error(msg)
+ else:
+ logger.info(msg)
+ if self.taplock_descriptor:
+ self.taplock_descriptor.close()
+ self.taplock_descriptor = None
+ return False
+ return True
+
+ def release_taplock(self):
+ if self.taplock_descriptor:
+ logger.debug("Releasing lockfile for tap device '%s'" % self.tap)
+ fcntl.flock(self.taplock_descriptor, fcntl.LOCK_UN)
+ self.taplock_descriptor.close()
+ os.remove(self.taplock)
+ self.taplock_descriptor = None
+
+ def check_free_port(self, host, port, lockdir):
+ """ Check whether the port is free or not """
+ import socket
+ from contextlib import closing
+
+ lockfile = os.path.join(lockdir, str(port) + '.lock')
+ if self.acquire_portlock(lockfile):
+ with closing(socket.socket(socket.AF_INET, socket.SOCK_STREAM)) as sock:
+ if sock.connect_ex((host, port)) == 0:
+ # Port is open, so not free
+ self.release_portlock(lockfile)
+ return False
+ else:
+ # Port is not open, so free
+ return True
+ else:
+ return False
+
+ def acquire_portlock(self, lockfile):
+ logger.debug("Acquiring lockfile %s..." % lockfile)
+ try:
+ portlock_descriptor = open(lockfile, 'w')
+ self.portlocks.update({lockfile: portlock_descriptor})
+ fcntl.flock(self.portlocks[lockfile], fcntl.LOCK_EX|fcntl.LOCK_NB)
+ except Exception as e:
+ msg = "Acquiring lockfile %s failed: %s" % (lockfile, e)
+ logger.info(msg)
+ if lockfile in self.portlocks.keys() and self.portlocks[lockfile]:
+ self.portlocks[lockfile].close()
+ del self.portlocks[lockfile]
+ return False
+ return True
+
+ def release_portlock(self, lockfile=None):
+ if lockfile != None:
+ logger.debug("Releasing lockfile '%s'" % lockfile)
+ fcntl.flock(self.portlocks[lockfile], fcntl.LOCK_UN)
+ self.portlocks[lockfile].close()
+ os.remove(lockfile)
+ del self.portlocks[lockfile]
+ elif len(self.portlocks):
+ for lockfile, descriptor in self.portlocks.items():
+ logger.debug("Releasing lockfile '%s'" % lockfile)
+ fcntl.flock(descriptor, fcntl.LOCK_UN)
+ descriptor.close()
+ os.remove(lockfile)
+ self.portlocks = {}
+
+ def get(self, key):
+ if key in self.d:
+ return self.d.get(key)
+ elif os.getenv(key):
+ return os.getenv(key)
+ else:
+ return ''
+
+ def set(self, key, value):
+ self.d[key] = value
+
+ def is_deploy_dir_image(self, p):
+ if os.path.isdir(p):
+ if not re.search('.qemuboot.conf$', '\n'.join(os.listdir(p)), re.M):
+ logger.debug("Can't find required *.qemuboot.conf in %s" % p)
+ return False
+ if not any(map(lambda name: '-image-' in name, os.listdir(p))):
+ logger.debug("Can't find *-image-* in %s" % p)
+ return False
+ return True
+ else:
+ return False
+
+ def check_arg_fstype(self, fst):
+ """Check and set FSTYPE"""
+ if fst not in self.fstypes + self.vmtypes + self.wictypes:
+ logger.warning("Maybe unsupported FSTYPE: %s" % fst)
+ if not self.fstype or self.fstype == fst:
+ if fst == 'ramfs':
+ fst = 'cpio.gz'
+ if fst in ('tar.bz2', 'tar.gz'):
+ fst = 'nfs'
+ self.fstype = fst
+ else:
+ raise RunQemuError("Conflicting: FSTYPE %s and %s" % (self.fstype, fst))
+
+ def set_machine_deploy_dir(self, machine, deploy_dir_image):
+ """Set MACHINE and DEPLOY_DIR_IMAGE"""
+ logger.debug('MACHINE: %s' % machine)
+ self.set("MACHINE", machine)
+ logger.debug('DEPLOY_DIR_IMAGE: %s' % deploy_dir_image)
+ self.set("DEPLOY_DIR_IMAGE", deploy_dir_image)
+
+ def check_arg_nfs(self, p):
+ if os.path.isdir(p):
+ self.rootfs = p
+ else:
+ m = re.match('(.*):(.*)', p)
+ self.nfs_server = m.group(1)
+ self.rootfs = m.group(2)
+ self.check_arg_fstype('nfs')
+
+ def check_arg_path(self, p):
+ """
+ - Check whether it is <image>.qemuboot.conf or contains <image>.qemuboot.conf
+ - Check whether is a kernel file
+ - Check whether is a image file
+ - Check whether it is a nfs dir
+ - Check whether it is a OVMF flash file
+ """
+ if p.endswith('.qemuboot.conf'):
+ self.qemuboot = p
+ self.qbconfload = True
+ elif re.search('\.bin$', p) or re.search('bzImage', p) or \
+ re.search('zImage', p) or re.search('vmlinux', p) or \
+ re.search('fitImage', p) or re.search('uImage', p):
+ self.kernel = p
+ elif os.path.exists(p) and (not os.path.isdir(p)) and '-image-' in os.path.basename(p):
+ self.rootfs = p
+ # Check filename against self.fstypes can hanlde <file>.cpio.gz,
+ # otherwise, its type would be "gz", which is incorrect.
+ fst = ""
+ for t in self.fstypes:
+ if p.endswith(t):
+ fst = t
+ break
+ if not fst:
+ m = re.search('.*\.(.*)$', self.rootfs)
+ if m:
+ fst = m.group(1)
+ if fst:
+ self.check_arg_fstype(fst)
+ qb = re.sub('\.' + fst + "$", '', self.rootfs)
+ qb = '%s%s' % (re.sub('\.rootfs$', '', qb), '.qemuboot.conf')
+ if os.path.exists(qb):
+ self.qemuboot = qb
+ self.qbconfload = True
+ else:
+ logger.warning("%s doesn't exist" % qb)
+ else:
+ raise RunQemuError("Can't find FSTYPE from: %s" % p)
+
+ elif os.path.isdir(p) or re.search(':', p) and re.search('/', p):
+ if self.is_deploy_dir_image(p):
+ logger.debug('DEPLOY_DIR_IMAGE: %s' % p)
+ self.set("DEPLOY_DIR_IMAGE", p)
+ else:
+ logger.debug("Assuming %s is an nfs rootfs" % p)
+ self.check_arg_nfs(p)
+ elif os.path.basename(p).startswith('ovmf'):
+ self.ovmf_bios.append(p)
+ else:
+ raise RunQemuError("Unknown path arg %s" % p)
+
+ def check_arg_machine(self, arg):
+ """Check whether it is a machine"""
+ if self.get('MACHINE') == arg:
+ return
+ elif self.get('MACHINE') and self.get('MACHINE') != arg:
+ raise RunQemuError("Maybe conflicted MACHINE: %s vs %s" % (self.get('MACHINE'), arg))
+ elif re.search('/', arg):
+ raise RunQemuError("Unknown arg: %s" % arg)
+
+ logger.debug('Assuming MACHINE = %s' % arg)
+
+ # if we're running under testimage, or similarly as a child
+ # of an existing bitbake invocation, we can't invoke bitbake
+ # to validate the MACHINE setting and must assume it's correct...
+ # FIXME: testimage.bbclass exports these two variables into env,
+ # are there other scenarios in which we need to support being
+ # invoked by bitbake?
+ deploy = self.get('DEPLOY_DIR_IMAGE')
+ bbchild = deploy and self.get('OE_TMPDIR')
+ if bbchild:
+ self.set_machine_deploy_dir(arg, deploy)
+ return
+ # also check whether we're running under a sourced toolchain
+ # environment file
+ if self.get('OECORE_NATIVE_SYSROOT'):
+ self.set("MACHINE", arg)
+ return
+
+ self.bitbake_e = self.run_bitbake_env(arg)
+ # bitbake -e doesn't report invalid MACHINE as an error, so
+ # let's check DEPLOY_DIR_IMAGE to make sure that it is a valid
+ # MACHINE.
+ s = re.search('^DEPLOY_DIR_IMAGE="(.*)"', self.bitbake_e, re.M)
+ if s:
+ deploy_dir_image = s.group(1)
+ else:
+ raise RunQemuError("bitbake -e %s" % self.bitbake_e)
+ if self.is_deploy_dir_image(deploy_dir_image):
+ self.set_machine_deploy_dir(arg, deploy_dir_image)
+ else:
+ logger.error("%s not a directory valid DEPLOY_DIR_IMAGE" % deploy_dir_image)
+ self.set("MACHINE", arg)
+
+ def check_args(self):
+ for debug in ("-d", "--debug"):
+ if debug in sys.argv:
+ logger.setLevel(logging.DEBUG)
+ sys.argv.remove(debug)
+
+ for quiet in ("-q", "--quiet"):
+ if quiet in sys.argv:
+ logger.setLevel(logging.ERROR)
+ sys.argv.remove(quiet)
+
+ unknown_arg = ""
+ for arg in sys.argv[1:]:
+ if arg in self.fstypes + self.vmtypes + self.wictypes:
+ self.check_arg_fstype(arg)
+ elif arg == 'nographic':
+ if ('sdl' in sys.argv):
+ raise RunQemuError('Option nographic makes no sense alongside the sdl option.' % (arg))
+ if ('gtk' in sys.argv):
+ raise RunQemuError('Option nographic makes no sense alongside the gtk option.' % (arg))
+ self.qemu_opt_script += ' -nographic'
+ self.kernel_cmdline_script += ' console=ttyS0'
+ elif arg == 'sdl':
+ if 'gl' in sys.argv[1:]:
+ self.qemu_opt_script += ' -vga virtio -display sdl,gl=on'
+ elif 'gl-es' in sys.argv[1:]:
+ self.qemu_opt_script += ' -vga virtio -display sdl,gl=es'
+ else:
+ self.qemu_opt_script += ' -display sdl'
+ elif arg == 'gtk':
+ if 'gl' in sys.argv[1:]:
+ self.qemu_opt_script += ' -vga virtio -display gtk,gl=on'
+ elif 'gl-es' in sys.argv[1:]:
+ self.qemu_opt_script += ' -vga virtio -display gtk,gl=es'
+ else:
+ self.qemu_opt_script += ' -display gtk'
+ elif arg == 'gl' or arg == 'gl-es':
+ # These args are handled inside sdl or gtk blocks above
+ if ('gtk' not in sys.argv) and ('sdl' not in sys.argv):
+ raise RunQemuError('Option %s also needs gtk or sdl option.' % (arg))
+ elif arg == 'egl-headless':
+ self.qemu_opt_script += ' -vga virtio -display egl-headless'
+ # As runqemu can be run within bitbake (when using testimage, for example),
+ # we need to ensure that we run host pkg-config, and that it does not
+ # get mis-directed to native build paths set by bitbake.
+ try:
+ del os.environ['PKG_CONFIG_PATH']
+ del os.environ['PKG_CONFIG_DIR']
+ del os.environ['PKG_CONFIG_LIBDIR']
+ del os.environ['PKG_CONFIG_SYSROOT_DIR']
+ except KeyError:
+ pass
+ try:
+ dripath = subprocess.check_output("PATH=/bin:/usr/bin:$PATH pkg-config --variable=dridriverdir dri", shell=True)
+ except subprocess.CalledProcessError as e:
+ raise RunQemuError("Could not determine the path to dri drivers on the host via pkg-config.\nPlease install Mesa development files (particularly, dri.pc) on the host machine.")
+ os.environ['LIBGL_DRIVERS_PATH'] = dripath.decode('utf-8').strip()
+ elif arg == 'serial':
+ self.kernel_cmdline_script += ' console=ttyS0'
+ self.serialconsole = True
+ elif arg == "serialstdio":
+ self.kernel_cmdline_script += ' console=ttyS0'
+ self.serialstdio = True
+ elif arg == 'audio':
+ logger.info("Enabling audio in qemu")
+ logger.info("Please install sound drivers in linux host")
+ self.audio_enabled = True
+ elif arg == 'kvm':
+ self.kvm_enabled = True
+ elif arg == 'kvm-vhost':
+ self.vhost_enabled = True
+ elif arg == 'slirp':
+ self.slirp_enabled = True
+ elif arg.startswith('bridge='):
+ self.net_bridge = '%s' % arg[len('bridge='):]
+ elif arg == 'snapshot':
+ self.snapshot = True
+ elif arg == 'publicvnc':
+ self.qemu_opt_script += ' -vnc :0'
+ elif arg.startswith('tcpserial='):
+ self.tcpserial_portnum = '%s' % arg[len('tcpserial='):]
+ elif arg.startswith('qemuparams='):
+ self.qemuparams = ' %s' % arg[len('qemuparams='):]
+ elif arg.startswith('bootparams='):
+ self.bootparams = arg[len('bootparams='):]
+ elif os.path.exists(arg) or (re.search(':', arg) and re.search('/', arg)):
+ self.check_arg_path(os.path.abspath(arg))
+ elif re.search(r'-image-|-image$', arg):
+ # Lazy rootfs
+ self.rootfs = arg
+ elif arg.startswith('ovmf'):
+ self.ovmf_bios.append(arg)
+ else:
+ # At last, assume it is the MACHINE
+ if (not unknown_arg) or unknown_arg == arg:
+ unknown_arg = arg
+ else:
+ raise RunQemuError("Can't handle two unknown args: %s %s\n"
+ "Try 'runqemu help' on how to use it" % \
+ (unknown_arg, arg))
+ # Check to make sure it is a valid machine
+ if unknown_arg and self.get('MACHINE') != unknown_arg:
+ if self.get('DEPLOY_DIR_IMAGE'):
+ machine = os.path.basename(self.get('DEPLOY_DIR_IMAGE'))
+ if unknown_arg == machine:
+ self.set("MACHINE", machine)
+
+ self.check_arg_machine(unknown_arg)
+
+ if not (self.get('DEPLOY_DIR_IMAGE') or self.qbconfload):
+ self.load_bitbake_env()
+ s = re.search('^DEPLOY_DIR_IMAGE="(.*)"', self.bitbake_e, re.M)
+ if s:
+ self.set("DEPLOY_DIR_IMAGE", s.group(1))
+
+ def check_kvm(self):
+ """Check kvm and kvm-host"""
+ if not (self.kvm_enabled or self.vhost_enabled):
+ self.qemu_opt_script += ' %s %s' % (self.get('QB_MACHINE'), self.get('QB_CPU'))
+ return
+
+ if not self.get('QB_CPU_KVM'):
+ raise RunQemuError("QB_CPU_KVM is NULL, this board doesn't support kvm")
+
+ self.qemu_opt_script += ' %s %s' % (self.get('QB_MACHINE'), self.get('QB_CPU_KVM'))
+ yocto_kvm_wiki = "https://wiki.yoctoproject.org/wiki/How_to_enable_KVM_for_Poky_qemu"
+ yocto_paravirt_kvm_wiki = "https://wiki.yoctoproject.org/wiki/Running_an_x86_Yocto_Linux_image_under_QEMU_KVM"
+ dev_kvm = '/dev/kvm'
+ dev_vhost = '/dev/vhost-net'
+ if self.qemu_system.endswith(('i386', 'x86_64')):
+ with open('/proc/cpuinfo', 'r') as f:
+ kvm_cap = re.search('vmx|svm', "".join(f.readlines()))
+ if not kvm_cap:
+ logger.error("You are trying to enable KVM on a cpu without VT support.")
+ logger.error("Remove kvm from the command-line, or refer:")
+ raise RunQemuError(yocto_kvm_wiki)
+
+ if not os.path.exists(dev_kvm):
+ logger.error("Missing KVM device. Have you inserted kvm modules?")
+ logger.error("For further help see:")
+ raise RunQemuError(yocto_kvm_wiki)
+
+ if os.access(dev_kvm, os.W_OK|os.R_OK):
+ self.qemu_opt_script += ' -enable-kvm'
+ if self.get('MACHINE') == "qemux86":
+ # Workaround for broken APIC window on pre 4.15 host kernels which causes boot hangs
+ # See YOCTO #12301
+ # On 64 bit we use x2apic
+ self.kernel_cmdline_script += " clocksource=kvm-clock hpet=disable noapic nolapic"
+ else:
+ logger.error("You have no read or write permission on /dev/kvm.")
+ logger.error("Please change the ownership of this file as described at:")
+ raise RunQemuError(yocto_kvm_wiki)
+
+ if self.vhost_enabled:
+ if not os.path.exists(dev_vhost):
+ logger.error("Missing virtio net device. Have you inserted vhost-net module?")
+ logger.error("For further help see:")
+ raise RunQemuError(yocto_paravirt_kvm_wiki)
+
+ if not os.access(dev_kvm, os.W_OK|os.R_OK):
+ logger.error("You have no read or write permission on /dev/vhost-net.")
+ logger.error("Please change the ownership of this file as described at:")
+ raise RunQemuError(yocto_kvm_wiki)
+
+ def check_fstype(self):
+ """Check and setup FSTYPE"""
+ if not self.fstype:
+ fstype = self.get('QB_DEFAULT_FSTYPE')
+ if fstype:
+ self.fstype = fstype
+ else:
+ raise RunQemuError("FSTYPE is NULL!")
+
+ # parse QB_FSINFO into dict, e.g. { 'wic': ['no-kernel-in-fs', 'a-flag'], 'ext4': ['another-flag']}
+ wic_fs = False
+ qb_fsinfo = self.get('QB_FSINFO')
+ if qb_fsinfo:
+ qb_fsinfo = qb_fsinfo.split()
+ for fsinfo in qb_fsinfo:
+ try:
+ fstype, fsflag = fsinfo.split(':')
+
+ if fstype == 'wic':
+ if fsflag == 'no-kernel-in-fs':
+ wic_fs = True
+ elif fsflag == 'kernel-in-fs':
+ wic_fs = False
+ else:
+ logger.warn('Unknown flag "%s:%s" in QB_FSINFO', fstype, fsflag)
+ continue
+ else:
+ logger.warn('QB_FSINFO is not supported for image type "%s"', fstype)
+ continue
+
+ if fstype in self.fsinfo:
+ self.fsinfo[fstype].append(fsflag)
+ else:
+ self.fsinfo[fstype] = [fsflag]
+ except Exception:
+ logger.error('Invalid parameter "%s" in QB_FSINFO', fsinfo)
+
+ # treat wic images as vmimages (with kernel) or as fsimages (rootfs only)
+ if wic_fs:
+ self.fstypes = self.fstypes + self.wictypes
+ else:
+ self.vmtypes = self.vmtypes + self.wictypes
+
+ def check_rootfs(self):
+ """Check and set rootfs"""
+
+ if self.fstype == "none":
+ return
+
+ if self.get('ROOTFS'):
+ if not self.rootfs:
+ self.rootfs = self.get('ROOTFS')
+ elif self.get('ROOTFS') != self.rootfs:
+ raise RunQemuError("Maybe conflicted ROOTFS: %s vs %s" % (self.get('ROOTFS'), self.rootfs))
+
+ if self.fstype == 'nfs':
+ return
+
+ if self.rootfs and not os.path.exists(self.rootfs):
+ # Lazy rootfs
+ self.rootfs = "%s/%s-%s.%s" % (self.get('DEPLOY_DIR_IMAGE'),
+ self.rootfs, self.get('MACHINE'),
+ self.fstype)
+ elif not self.rootfs:
+ cmd_name = '%s/%s*.%s' % (self.get('DEPLOY_DIR_IMAGE'), self.get('IMAGE_NAME'), self.fstype)
+ cmd_link = '%s/%s*.%s' % (self.get('DEPLOY_DIR_IMAGE'), self.get('IMAGE_LINK_NAME'), self.fstype)
+ cmds = (cmd_name, cmd_link)
+ self.rootfs = get_first_file(cmds)
+ if not self.rootfs:
+ raise RunQemuError("Failed to find rootfs: %s or %s" % cmds)
+
+ if not os.path.exists(self.rootfs):
+ raise RunQemuError("Can't find rootfs: %s" % self.rootfs)
+
+ def setup_pkkek1(self):
+ """
+ Extract from PEM certificate the Platform Key and first Key
+ Exchange Key certificate string. The hypervisor needs to provide
+ it in the Type 11 SMBIOS table
+ """
+ pemcert = '%s/%s' % (self.get('DEPLOY_DIR_IMAGE'), 'OvmfPkKek1.pem')
+ try:
+ with open(pemcert, 'r') as pemfile:
+ key = pemfile.read().replace('\n', ''). \
+ replace('-----BEGIN CERTIFICATE-----', ''). \
+ replace('-----END CERTIFICATE-----', '')
+ self.ovmf_secboot_pkkek1 = key
+
+ except FileNotFoundError:
+ raise RunQemuError("Can't open PEM certificate %s " % pemcert)
+
+ def check_ovmf(self):
+ """Check and set full path for OVMF firmware and variable file(s)."""
+
+ for index, ovmf in enumerate(self.ovmf_bios):
+ if os.path.exists(ovmf):
+ continue
+ for suffix in ('qcow2', 'bin'):
+ path = '%s/%s.%s' % (self.get('DEPLOY_DIR_IMAGE'), ovmf, suffix)
+ if os.path.exists(path):
+ self.ovmf_bios[index] = path
+ if ovmf.endswith('secboot'):
+ self.setup_pkkek1()
+ break
+ else:
+ raise RunQemuError("Can't find OVMF firmware: %s" % ovmf)
+
+ def check_kernel(self):
+ """Check and set kernel"""
+ # The vm image doesn't need a kernel
+ if self.fstype in self.vmtypes:
+ return
+
+ # See if the user supplied a KERNEL option
+ if self.get('KERNEL'):
+ self.kernel = self.get('KERNEL')
+
+ # QB_DEFAULT_KERNEL is always a full file path
+ kernel_name = os.path.basename(self.get('QB_DEFAULT_KERNEL'))
+
+ # The user didn't want a kernel to be loaded
+ if kernel_name == "none" and not self.kernel:
+ return
+
+ deploy_dir_image = self.get('DEPLOY_DIR_IMAGE')
+ if not self.kernel:
+ kernel_match_name = "%s/%s" % (deploy_dir_image, kernel_name)
+ kernel_match_link = "%s/%s" % (deploy_dir_image, self.get('KERNEL_IMAGETYPE'))
+ kernel_startswith = "%s/%s*" % (deploy_dir_image, self.get('KERNEL_IMAGETYPE'))
+ cmds = (kernel_match_name, kernel_match_link, kernel_startswith)
+ self.kernel = get_first_file(cmds)
+ if not self.kernel:
+ raise RunQemuError('KERNEL not found: %s, %s or %s' % cmds)
+
+ if not os.path.exists(self.kernel):
+ raise RunQemuError("KERNEL %s not found" % self.kernel)
+
+ def check_dtb(self):
+ """Check and set dtb"""
+ # Did the user specify a device tree?
+ if self.get('DEVICE_TREE'):
+ self.dtb = self.get('DEVICE_TREE')
+ if not os.path.exists(self.dtb):
+ raise RunQemuError('Specified DTB not found: %s' % self.dtb)
+ return
+
+ dtb = self.get('QB_DTB')
+ if dtb:
+ deploy_dir_image = self.get('DEPLOY_DIR_IMAGE')
+ cmd_match = "%s/%s" % (deploy_dir_image, dtb)
+ cmd_startswith = "%s/%s*" % (deploy_dir_image, dtb)
+ cmd_wild = "%s/*.dtb" % deploy_dir_image
+ cmds = (cmd_match, cmd_startswith, cmd_wild)
+ self.dtb = get_first_file(cmds)
+ if not os.path.exists(self.dtb):
+ raise RunQemuError('DTB not found: %s, %s or %s' % cmds)
+
+ def check_bios(self):
+ """Check and set bios"""
+
+ # See if the user supplied a BIOS option
+ if self.get('BIOS'):
+ self.bios = self.get('BIOS')
+
+ # QB_DEFAULT_BIOS is always a full file path
+ bios_name = os.path.basename(self.get('QB_DEFAULT_BIOS'))
+
+ # The user didn't want a bios to be loaded
+ if (bios_name == "" or bios_name == "none") and not self.bios:
+ return
+
+ if not self.bios:
+ deploy_dir_image = self.get('DEPLOY_DIR_IMAGE')
+ self.bios = "%s/%s" % (deploy_dir_image, bios_name)
+
+ if not self.bios:
+ raise RunQemuError('BIOS not found: %s' % bios_match_name)
+
+ if not os.path.exists(self.bios):
+ raise RunQemuError("BIOS %s not found" % self.bios)
+
+
+ def check_mem(self):
+ """
+ Both qemu and kernel needs memory settings, so check QB_MEM and set it
+ for both.
+ """
+ s = re.search('-m +([0-9]+)', self.qemuparams)
+ if s:
+ self.set('QB_MEM', '-m %s' % s.group(1))
+ elif not self.get('QB_MEM'):
+ logger.info('QB_MEM is not set, use 256M by default')
+ self.set('QB_MEM', '-m 256')
+
+ # Check and remove M or m suffix
+ qb_mem = self.get('QB_MEM')
+ if qb_mem.endswith('M') or qb_mem.endswith('m'):
+ qb_mem = qb_mem[:-1]
+
+ # Add -m prefix it not present
+ if not qb_mem.startswith('-m'):
+ qb_mem = '-m %s' % qb_mem
+
+ self.set('QB_MEM', qb_mem)
+
+ mach = self.get('MACHINE')
+ if not mach.startswith('qemumips'):
+ self.kernel_cmdline_script += ' mem=%s' % self.get('QB_MEM').replace('-m','').strip() + 'M'
+
+ self.qemu_opt_script += ' %s' % self.get('QB_MEM')
+
+ def check_tcpserial(self):
+ if self.tcpserial_portnum:
+ ports = self.tcpserial_portnum.split(':')
+ port = ports[0]
+ if self.get('QB_TCPSERIAL_OPT'):
+ self.qemu_opt_script += ' ' + self.get('QB_TCPSERIAL_OPT').replace('@PORT@', port)
+ else:
+ self.qemu_opt_script += ' -serial tcp:127.0.0.1:%s' % port
+
+ if len(ports) > 1:
+ for port in ports[1:]:
+ self.qemu_opt_script += ' -serial tcp:127.0.0.1:%s' % port
+
+ def check_and_set(self):
+ """Check configs sanity and set when needed"""
+ self.validate_paths()
+ if not self.slirp_enabled and not self.net_bridge:
+ check_tun()
+ # Check audio
+ if self.audio_enabled:
+ if not self.get('QB_AUDIO_DRV'):
+ raise RunQemuError("QB_AUDIO_DRV is NULL, this board doesn't support audio")
+ if not self.get('QB_AUDIO_OPT'):
+ logger.warning('QB_AUDIO_OPT is NULL, you may need define it to make audio work')
+ else:
+ self.qemu_opt_script += ' %s' % self.get('QB_AUDIO_OPT')
+ os.putenv('QEMU_AUDIO_DRV', self.get('QB_AUDIO_DRV'))
+ else:
+ os.putenv('QEMU_AUDIO_DRV', 'none')
+
+ self.check_qemu_system()
+ self.check_kvm()
+ self.check_fstype()
+ self.check_rootfs()
+ self.check_ovmf()
+ self.check_kernel()
+ self.check_dtb()
+ self.check_bios()
+ self.check_mem()
+ self.check_tcpserial()
+
+ def read_qemuboot(self):
+ if not self.qemuboot:
+ if self.get('DEPLOY_DIR_IMAGE'):
+ deploy_dir_image = self.get('DEPLOY_DIR_IMAGE')
+ else:
+ logger.warning("Can't find qemuboot conf file, DEPLOY_DIR_IMAGE is NULL!")
+ return
+
+ if self.rootfs and not os.path.exists(self.rootfs):
+ # Lazy rootfs
+ machine = self.get('MACHINE')
+ if not machine:
+ machine = os.path.basename(deploy_dir_image)
+ self.qemuboot = "%s/%s-%s.qemuboot.conf" % (deploy_dir_image,
+ self.rootfs, machine)
+ else:
+ cmd = 'ls -t %s/*.qemuboot.conf' % deploy_dir_image
+ logger.debug('Running %s...' % cmd)
+ try:
+ qbs = subprocess.check_output(cmd, shell=True).decode('utf-8')
+ except subprocess.CalledProcessError as err:
+ raise RunQemuError(err)
+ if qbs:
+ for qb in qbs.split():
+ # Don't use initramfs when other choices unless fstype is ramfs
+ if '-initramfs-' in os.path.basename(qb) and self.fstype != 'cpio.gz':
+ continue
+ self.qemuboot = qb
+ break
+ if not self.qemuboot:
+ # Use the first one when no choice
+ self.qemuboot = qbs.split()[0]
+ self.qbconfload = True
+
+ if not self.qemuboot:
+ # If we haven't found a .qemuboot.conf at this point it probably
+ # doesn't exist, continue without
+ return
+
+ if not os.path.exists(self.qemuboot):
+ raise RunQemuError("Failed to find %s (wrong image name or BSP does not support running under qemu?)." % self.qemuboot)
+
+ logger.debug('CONFFILE: %s' % self.qemuboot)
+
+ cf = configparser.ConfigParser()
+ cf.read(self.qemuboot)
+ for k, v in cf.items('config_bsp'):
+ k_upper = k.upper()
+ if v.startswith("../"):
+ v = os.path.abspath(os.path.dirname(self.qemuboot) + "/" + v)
+ elif v == ".":
+ v = os.path.dirname(self.qemuboot)
+ self.set(k_upper, v)
+
+ def validate_paths(self):
+ """Ensure all relevant path variables are set"""
+ # When we're started with a *.qemuboot.conf arg assume that image
+ # artefacts are relative to that file, rather than in whatever
+ # directory DEPLOY_DIR_IMAGE in the conf file points to.
+ if self.qbconfload:
+ imgdir = os.path.realpath(os.path.dirname(self.qemuboot))
+ if imgdir != os.path.realpath(self.get('DEPLOY_DIR_IMAGE')):
+ logger.info('Setting DEPLOY_DIR_IMAGE to folder containing %s (%s)' % (self.qemuboot, imgdir))
+ self.set('DEPLOY_DIR_IMAGE', imgdir)
+
+ # If the STAGING_*_NATIVE directories from the config file don't exist
+ # and we're in a sourced OE build directory try to extract the paths
+ # from `bitbake -e`
+ havenative = os.path.exists(self.get('STAGING_DIR_NATIVE')) and \
+ os.path.exists(self.get('STAGING_BINDIR_NATIVE'))
+
+ if not havenative:
+ if not self.bitbake_e:
+ self.load_bitbake_env()
+
+ if self.bitbake_e:
+ native_vars = ['STAGING_DIR_NATIVE']
+ for nv in native_vars:
+ s = re.search('^%s="(.*)"' % nv, self.bitbake_e, re.M)
+ if s and s.group(1) != self.get(nv):
+ logger.info('Overriding conf file setting of %s to %s from Bitbake environment' % (nv, s.group(1)))
+ self.set(nv, s.group(1))
+ else:
+ # when we're invoked from a running bitbake instance we won't
+ # be able to call `bitbake -e`, then try:
+ # - get OE_TMPDIR from environment and guess paths based on it
+ # - get OECORE_NATIVE_SYSROOT from environment (for sdk)
+ tmpdir = self.get('OE_TMPDIR')
+ oecore_native_sysroot = self.get('OECORE_NATIVE_SYSROOT')
+ if tmpdir:
+ logger.info('Setting STAGING_DIR_NATIVE and STAGING_BINDIR_NATIVE relative to OE_TMPDIR (%s)' % tmpdir)
+ hostos, _, _, _, machine = os.uname()
+ buildsys = '%s-%s' % (machine, hostos.lower())
+ staging_dir_native = '%s/sysroots/%s' % (tmpdir, buildsys)
+ self.set('STAGING_DIR_NATIVE', staging_dir_native)
+ elif oecore_native_sysroot:
+ logger.info('Setting STAGING_DIR_NATIVE to OECORE_NATIVE_SYSROOT (%s)' % oecore_native_sysroot)
+ self.set('STAGING_DIR_NATIVE', oecore_native_sysroot)
+ if self.get('STAGING_DIR_NATIVE'):
+ # we have to assume that STAGING_BINDIR_NATIVE is at usr/bin
+ staging_bindir_native = '%s/usr/bin' % self.get('STAGING_DIR_NATIVE')
+ logger.info('Setting STAGING_BINDIR_NATIVE to %s' % staging_bindir_native)
+ self.set('STAGING_BINDIR_NATIVE', '%s/usr/bin' % self.get('STAGING_DIR_NATIVE'))
+
+ def print_config(self):
+ logoutput = ['Continuing with the following parameters:']
+ if not self.fstype in self.vmtypes:
+ logoutput.append('KERNEL: [%s]' % self.kernel)
+ if self.bios:
+ logoutput.append('BIOS: [%s]' % self.bios)
+ if self.dtb:
+ logoutput.append('DTB: [%s]' % self.dtb)
+ logoutput.append('MACHINE: [%s]' % self.get('MACHINE'))
+ try:
+ fstype_flags = ' (' + ', '.join(self.fsinfo[self.fstype]) + ')'
+ except KeyError:
+ fstype_flags = ''
+ logoutput.append('FSTYPE: [%s%s]' % (self.fstype, fstype_flags))
+ if self.fstype == 'nfs':
+ logoutput.append('NFS_DIR: [%s]' % self.rootfs)
+ else:
+ logoutput.append('ROOTFS: [%s]' % self.rootfs)
+ if self.ovmf_bios:
+ logoutput.append('OVMF: %s' % self.ovmf_bios)
+ if (self.ovmf_secboot_pkkek1):
+ logoutput.append('SECBOOT PKKEK1: [%s...]' % self.ovmf_secboot_pkkek1[0:100])
+ logoutput.append('CONFFILE: [%s]' % self.qemuboot)
+ logoutput.append('')
+ logger.info('\n'.join(logoutput))
+
+ def setup_nfs(self):
+ if not self.nfs_server:
+ if self.slirp_enabled:
+ self.nfs_server = '10.0.2.2'
+ else:
+ self.nfs_server = '192.168.7.1'
+
+ # Figure out a new nfs_instance to allow multiple qemus running.
+ ps = subprocess.check_output(("ps", "auxww")).decode('utf-8')
+ pattern = '/bin/unfsd .* -i .*\.pid -e .*/exports([0-9]+) '
+ all_instances = re.findall(pattern, ps, re.M)
+ if all_instances:
+ all_instances.sort(key=int)
+ self.nfs_instance = int(all_instances.pop()) + 1
+
+ nfsd_port = 3049 + 2 * self.nfs_instance
+ mountd_port = 3048 + 2 * self.nfs_instance
+
+ # Export vars for runqemu-export-rootfs
+ export_dict = {
+ 'NFS_INSTANCE': self.nfs_instance,
+ 'NFSD_PORT': nfsd_port,
+ 'MOUNTD_PORT': mountd_port,
+ }
+ for k, v in export_dict.items():
+ # Use '%s' since they are integers
+ os.putenv(k, '%s' % v)
+
+ self.unfs_opts="nfsvers=3,port=%s,tcp,mountport=%s" % (nfsd_port, mountd_port)
+
+ # Extract .tar.bz2 or .tar.bz if no nfs dir
+ if not (self.rootfs and os.path.isdir(self.rootfs)):
+ src_prefix = '%s/%s' % (self.get('DEPLOY_DIR_IMAGE'), self.get('IMAGE_LINK_NAME'))
+ dest = "%s-nfsroot" % src_prefix
+ if os.path.exists('%s.pseudo_state' % dest):
+ logger.info('Use %s as NFS_DIR' % dest)
+ self.rootfs = dest
+ else:
+ src = ""
+ src1 = '%s.tar.bz2' % src_prefix
+ src2 = '%s.tar.gz' % src_prefix
+ if os.path.exists(src1):
+ src = src1
+ elif os.path.exists(src2):
+ src = src2
+ if not src:
+ raise RunQemuError("No NFS_DIR is set, and can't find %s or %s to extract" % (src1, src2))
+ logger.info('NFS_DIR not found, extracting %s to %s' % (src, dest))
+ cmd = ('runqemu-extract-sdk', src, dest)
+ logger.info('Running %s...' % str(cmd))
+ if subprocess.call(cmd) != 0:
+ raise RunQemuError('Failed to run %s' % cmd)
+ self.clean_nfs_dir = True
+ self.rootfs = dest
+
+ # Start the userspace NFS server
+ cmd = ('runqemu-export-rootfs', 'start', self.rootfs)
+ logger.info('Running %s...' % str(cmd))
+ if subprocess.call(cmd) != 0:
+ raise RunQemuError('Failed to run %s' % cmd)
+
+ self.nfs_running = True
+
+ def setup_net_bridge(self):
+ self.set('NETWORK_CMD', '-netdev bridge,br=%s,id=net0,helper=%s -device virtio-net-pci,netdev=net0 ' % (
+ self.net_bridge, os.path.join(self.bindir_native, 'qemu-oe-bridge-helper')))
+
+ def setup_slirp(self):
+ """Setup user networking"""
+
+ if self.fstype == 'nfs':
+ self.setup_nfs()
+ netconf = " " + self.cmdline_ip_slirp
+ logger.info("Network configuration:%s", netconf)
+ self.kernel_cmdline_script += netconf
+ # Port mapping
+ hostfwd = ",hostfwd=tcp::2222-:22,hostfwd=tcp::2323-:23"
+ qb_slirp_opt_default = "-netdev user,id=net0%s,tftp=%s" % (hostfwd, self.get('DEPLOY_DIR_IMAGE'))
+ qb_slirp_opt = self.get('QB_SLIRP_OPT') or qb_slirp_opt_default
+ # Figure out the port
+ ports = re.findall('hostfwd=[^-]*:([0-9]+)-[^,-]*', qb_slirp_opt)
+ ports = [int(i) for i in ports]
+ mac = 2
+
+ lockdir = "/tmp/qemu-port-locks"
+ if not os.path.exists(lockdir):
+ # There might be a race issue when multi runqemu processess are
+ # running at the same time.
+ try:
+ os.mkdir(lockdir)
+ os.chmod(lockdir, 0o777)
+ except FileExistsError:
+ pass
+
+ # Find a free port to avoid conflicts
+ for p in ports[:]:
+ p_new = p
+ while not self.check_free_port('localhost', p_new, lockdir):
+ p_new += 1
+ mac += 1
+ while p_new in ports:
+ p_new += 1
+ mac += 1
+ if p != p_new:
+ ports.append(p_new)
+ qb_slirp_opt = re.sub(':%s-' % p, ':%s-' % p_new, qb_slirp_opt)
+ logger.info("Port forward changed: %s -> %s" % (p, p_new))
+ mac = "%s%02x" % (self.mac_slirp, mac)
+ self.set('NETWORK_CMD', '%s %s' % (self.network_device.replace('@MAC@', mac), qb_slirp_opt))
+ # Print out port foward
+ hostfwd = re.findall('(hostfwd=[^,]*)', qb_slirp_opt)
+ if hostfwd:
+ logger.info('Port forward: %s' % ' '.join(hostfwd))
+
+ def setup_tap(self):
+ """Setup tap"""
+
+ # This file is created when runqemu-gen-tapdevs creates a bank of tap
+ # devices, indicating that the user should not bring up new ones using
+ # sudo.
+ nosudo_flag = '/etc/runqemu-nosudo'
+ self.qemuifup = shutil.which('runqemu-ifup')
+ self.qemuifdown = shutil.which('runqemu-ifdown')
+ ip = shutil.which('ip')
+ lockdir = "/tmp/qemu-tap-locks"
+
+ if not (self.qemuifup and self.qemuifdown and ip):
+ logger.error("runqemu-ifup: %s" % self.qemuifup)
+ logger.error("runqemu-ifdown: %s" % self.qemuifdown)
+ logger.error("ip: %s" % ip)
+ raise OEPathError("runqemu-ifup, runqemu-ifdown or ip not found")
+
+ if not os.path.exists(lockdir):
+ # There might be a race issue when multi runqemu processess are
+ # running at the same time.
+ try:
+ os.mkdir(lockdir)
+ os.chmod(lockdir, 0o777)
+ except FileExistsError:
+ pass
+
+ cmd = (ip, 'link')
+ logger.debug('Running %s...' % str(cmd))
+ ip_link = subprocess.check_output(cmd).decode('utf-8')
+ # Matches line like: 6: tap0: <foo>
+ possibles = re.findall('^[0-9]+: +(tap[0-9]+): <.*', ip_link, re.M)
+ tap = ""
+ for p in possibles:
+ lockfile = os.path.join(lockdir, p)
+ if os.path.exists('%s.skip' % lockfile):
+ logger.info('Found %s.skip, skipping %s' % (lockfile, p))
+ continue
+ self.taplock = lockfile + '.lock'
+ if self.acquire_taplock(error=False):
+ tap = p
+ logger.info("Using preconfigured tap device %s" % tap)
+ logger.info("If this is not intended, touch %s.skip to make runqemu skip %s." %(lockfile, tap))
+ break
+
+ if not tap:
+ if os.path.exists(nosudo_flag):
+ logger.error("Error: There are no available tap devices to use for networking,")
+ logger.error("and I see %s exists, so I am not going to try creating" % nosudo_flag)
+ raise RunQemuError("a new one with sudo.")
+
+ gid = os.getgid()
+ uid = os.getuid()
+ logger.info("Setting up tap interface under sudo")
+ cmd = ('sudo', self.qemuifup, str(uid), str(gid), self.bindir_native)
+ try:
+ tap = subprocess.check_output(cmd).decode('utf-8').strip()
+ except subprocess.CalledProcessError as e:
+ logger.error('Setting up tap device failed:\n%s\nRun runqemu-gen-tapdevs to manually create one.' % str(e))
+ sys.exit(1)
+ lockfile = os.path.join(lockdir, tap)
+ self.taplock = lockfile + '.lock'
+ self.acquire_taplock()
+ self.cleantap = True
+ logger.debug('Created tap: %s' % tap)
+
+ if not tap:
+ logger.error("Failed to setup tap device. Run runqemu-gen-tapdevs to manually create.")
+ sys.exit(1)
+ self.tap = tap
+ tapnum = int(tap[3:])
+ gateway = tapnum * 2 + 1
+ client = gateway + 1
+ if self.fstype == 'nfs':
+ self.setup_nfs()
+ netconf = " " + self.cmdline_ip_tap
+ netconf = netconf.replace('@CLIENT@', str(client))
+ netconf = netconf.replace('@GATEWAY@', str(gateway))
+ logger.info("Network configuration:%s", netconf)
+ self.kernel_cmdline_script += netconf
+ mac = "%s%02x" % (self.mac_tap, client)
+ qb_tap_opt = self.get('QB_TAP_OPT')
+ if qb_tap_opt:
+ qemu_tap_opt = qb_tap_opt.replace('@TAP@', tap)
+ else:
+ qemu_tap_opt = "-netdev tap,id=net0,ifname=%s,script=no,downscript=no" % (self.tap)
+
+ if self.vhost_enabled:
+ qemu_tap_opt += ',vhost=on'
+
+ self.set('NETWORK_CMD', '%s %s' % (self.network_device.replace('@MAC@', mac), qemu_tap_opt))
+
+ def setup_network(self):
+ if self.get('QB_NET') == 'none':
+ return
+ if sys.stdin.isatty():
+ self.saved_stty = subprocess.check_output(("stty", "-g")).decode('utf-8').strip()
+ self.network_device = self.get('QB_NETWORK_DEVICE') or self.network_device
+ if self.net_bridge:
+ self.setup_net_bridge()
+ elif self.slirp_enabled:
+ self.cmdline_ip_slirp = self.get('QB_CMDLINE_IP_SLIRP') or self.cmdline_ip_slirp
+ self.setup_slirp()
+ else:
+ self.cmdline_ip_tap = self.get('QB_CMDLINE_IP_TAP') or self.cmdline_ip_tap
+ self.setup_tap()
+
+ def setup_rootfs(self):
+ if self.get('QB_ROOTFS') == 'none':
+ return
+ if 'wic.' in self.fstype:
+ self.fstype = self.fstype[4:]
+ rootfs_format = self.fstype if self.fstype in ('vmdk', 'qcow2', 'vdi') else 'raw'
+
+ qb_rootfs_opt = self.get('QB_ROOTFS_OPT')
+ if qb_rootfs_opt:
+ self.rootfs_options = qb_rootfs_opt.replace('@ROOTFS@', self.rootfs)
+ else:
+ self.rootfs_options = '-drive file=%s,if=virtio,format=%s' % (self.rootfs, rootfs_format)
+
+ qb_rootfs_extra_opt = self.get("QB_ROOTFS_EXTRA_OPT")
+ if qb_rootfs_extra_opt and not qb_rootfs_extra_opt.startswith(","):
+ qb_rootfs_extra_opt = "," + qb_rootfs_extra_opt
+
+ if self.fstype in ('cpio.gz', 'cpio'):
+ self.kernel_cmdline = 'root=/dev/ram0 rw debugshell'
+ self.rootfs_options = '-initrd %s' % self.rootfs
+ else:
+ vm_drive = ''
+ if self.fstype in self.vmtypes:
+ if self.fstype == 'iso':
+ vm_drive = '-drive file=%s,if=virtio,media=cdrom' % self.rootfs
+ elif self.get('QB_DRIVE_TYPE'):
+ drive_type = self.get('QB_DRIVE_TYPE')
+ if drive_type.startswith("/dev/sd"):
+ logger.info('Using scsi drive')
+ vm_drive = '-drive if=none,id=hd,file=%s,format=%s -device virtio-scsi-pci,id=scsi -device scsi-hd,drive=hd%s' \
+ % (self.rootfs, rootfs_format, qb_rootfs_extra_opt)
+ elif drive_type.startswith("/dev/hd"):
+ logger.info('Using ide drive')
+ vm_drive = "-drive file=%s,format=%s" % (self.rootfs, rootfs_format)
+ elif drive_type.startswith("/dev/vdb"):
+ logger.info('Using block virtio drive');
+ vm_drive = '-drive id=disk0,file=%s,if=none,format=%s -device virtio-blk-device,drive=disk0%s' \
+ % (self.rootfs, rootfs_format,qb_rootfs_extra_opt)
+ else:
+ # virtio might have been selected explicitly (just use it), or
+ # is used as fallback (then warn about that).
+ if not drive_type.startswith("/dev/vd"):
+ logger.warning("Unknown QB_DRIVE_TYPE: %s" % drive_type)
+ logger.warning("Failed to figure out drive type, consider define or fix QB_DRIVE_TYPE")
+ logger.warning('Trying to use virtio block drive')
+ vm_drive = '-drive if=virtio,file=%s,format=%s' % (self.rootfs, rootfs_format)
+
+ # All branches above set vm_drive.
+ self.rootfs_options = '%s -no-reboot' % vm_drive
+ self.kernel_cmdline = 'root=%s rw' % (self.get('QB_KERNEL_ROOT'))
+
+ if self.fstype == 'nfs':
+ self.rootfs_options = ''
+ k_root = '/dev/nfs nfsroot=%s:%s,%s' % (self.nfs_server, os.path.abspath(self.rootfs), self.unfs_opts)
+ self.kernel_cmdline = 'root=%s rw' % k_root
+
+ if self.fstype == 'none':
+ self.rootfs_options = ''
+
+ self.set('ROOTFS_OPTIONS', self.rootfs_options)
+
+ def guess_qb_system(self):
+ """attempt to determine the appropriate qemu-system binary"""
+ mach = self.get('MACHINE')
+ if not mach:
+ search = '.*(qemux86-64|qemux86|qemuarm64|qemuarm|qemumips64|qemumips64el|qemumipsel|qemumips|qemuppc).*'
+ if self.rootfs:
+ match = re.match(search, self.rootfs)
+ if match:
+ mach = match.group(1)
+ elif self.kernel:
+ match = re.match(search, self.kernel)
+ if match:
+ mach = match.group(1)
+
+ if not mach:
+ return None
+
+ if mach == 'qemuarm':
+ qbsys = 'arm'
+ elif mach == 'qemuarm64':
+ qbsys = 'aarch64'
+ elif mach == 'qemux86':
+ qbsys = 'i386'
+ elif mach == 'qemux86-64':
+ qbsys = 'x86_64'
+ elif mach == 'qemuppc':
+ qbsys = 'ppc'
+ elif mach == 'qemumips':
+ qbsys = 'mips'
+ elif mach == 'qemumips64':
+ qbsys = 'mips64'
+ elif mach == 'qemumipsel':
+ qbsys = 'mipsel'
+ elif mach == 'qemumips64el':
+ qbsys = 'mips64el'
+ elif mach == 'qemuriscv64':
+ qbsys = 'riscv64'
+ elif mach == 'qemuriscv32':
+ qbsys = 'riscv32'
+ else:
+ logger.error("Unable to determine QEMU PC System emulator for %s machine." % mach)
+ logger.error("As %s is not among valid QEMU machines such as," % mach)
+ logger.error("qemux86-64, qemux86, qemuarm64, qemuarm, qemumips64, qemumips64el, qemumipsel, qemumips, qemuppc")
+ raise RunQemuError("Set qb_system_name with suitable QEMU PC System emulator in .*qemuboot.conf.")
+
+ return 'qemu-system-%s' % qbsys
+
+ def check_qemu_system(self):
+ qemu_system = self.get('QB_SYSTEM_NAME')
+ if not qemu_system:
+ qemu_system = self.guess_qb_system()
+ if not qemu_system:
+ raise RunQemuError("Failed to boot, QB_SYSTEM_NAME is NULL!")
+ self.qemu_system = qemu_system
+
+ def setup_final(self):
+ qemu_bin = os.path.join(self.bindir_native, self.qemu_system)
+
+ # It is possible to have qemu-native in ASSUME_PROVIDED, and it won't
+ # find QEMU in sysroot, it needs to use host's qemu.
+ if not os.path.exists(qemu_bin):
+ logger.info("QEMU binary not found in %s, trying host's QEMU" % qemu_bin)
+ for path in (os.environ['PATH'] or '').split(':'):
+ qemu_bin_tmp = os.path.join(path, self.qemu_system)
+ logger.info("Trying: %s" % qemu_bin_tmp)
+ if os.path.exists(qemu_bin_tmp):
+ qemu_bin = qemu_bin_tmp
+ if not os.path.isabs(qemu_bin):
+ qemu_bin = os.path.abspath(qemu_bin)
+ logger.info("Using host's QEMU: %s" % qemu_bin)
+ break
+
+ if not os.access(qemu_bin, os.X_OK):
+ raise OEPathError("No QEMU binary '%s' could be found" % qemu_bin)
+
+ self.qemu_opt = "%s %s %s %s" % (qemu_bin, self.get('NETWORK_CMD'), self.get('ROOTFS_OPTIONS'), self.get('QB_OPT_APPEND'))
+
+ for ovmf in self.ovmf_bios:
+ format = ovmf.rsplit('.', 1)[-1]
+ if format == "bin":
+ format = "raw"
+ self.qemu_opt += ' -drive if=pflash,format=%s,file=%s' % (format, ovmf)
+
+ self.qemu_opt += ' ' + self.qemu_opt_script
+
+ if self.ovmf_secboot_pkkek1:
+ # Provide the Platform Key and first Key Exchange Key certificate as an
+ # OEM string in the SMBIOS Type 11 table. Prepend the certificate string
+ # with "application prefix" of the EnrollDefaultKeys.efi application
+ self.qemu_opt += ' -smbios type=11,value=4e32566d-8e9e-4f52-81d3-5bb9715f9727:' \
+ + self.ovmf_secboot_pkkek1
+
+ # Append qemuparams to override previous settings
+ if self.qemuparams:
+ self.qemu_opt += ' ' + self.qemuparams
+
+ if self.snapshot:
+ self.qemu_opt += " -snapshot"
+
+ if self.serialconsole:
+ if sys.stdin.isatty():
+ subprocess.check_call(("stty", "intr", "^]"))
+ logger.info("Interrupt character is '^]'")
+
+ first_serial = ""
+ if not re.search("-nographic", self.qemu_opt):
+ first_serial = "-serial mon:vc"
+ # We always want a ttyS1. Since qemu by default adds a serial
+ # port when nodefaults is not specified, it seems that all that
+ # would be needed is to make sure a "-serial" is there. However,
+ # it appears that when "-serial" is specified, it ignores the
+ # default serial port that is normally added. So here we make
+ # sure to add two -serial if there are none. And only one if
+ # there is one -serial already.
+ serial_num = len(re.findall("-serial", self.qemu_opt))
+ if serial_num == 0:
+ self.qemu_opt += " %s %s" % (first_serial, self.get("QB_SERIAL_OPT"))
+ elif serial_num == 1:
+ self.qemu_opt += " %s" % self.get("QB_SERIAL_OPT")
+
+ # We always wants ttyS0 and ttyS1 in qemu machines (see SERIAL_CONSOLES),
+ # if not serial or serialtcp options was specified only ttyS0 is created
+ # and sysvinit shows an error trying to enable ttyS1:
+ # INIT: Id "S1" respawning too fast: disabled for 5 minutes
+ serial_num = len(re.findall("-serial", self.qemu_opt))
+ if serial_num == 0:
+ if re.search("-nographic", self.qemu_opt) or self.serialstdio:
+ self.qemu_opt += " -serial mon:stdio -serial null"
+ else:
+ self.qemu_opt += " -serial mon:vc -serial null"
+
+ def start_qemu(self):
+ import shlex
+ if self.kernel:
+ kernel_opts = "-kernel %s -append '%s %s %s %s'" % (self.kernel, self.kernel_cmdline,
+ self.kernel_cmdline_script, self.get('QB_KERNEL_CMDLINE_APPEND'),
+ self.bootparams)
+ if self.bios:
+ kernel_opts += " -bios %s" % self.bios
+ if self.dtb:
+ kernel_opts += " -dtb %s" % self.dtb
+ else:
+ kernel_opts = ""
+ cmd = "%s %s" % (self.qemu_opt, kernel_opts)
+ cmds = shlex.split(cmd)
+ logger.info('Running %s\n' % cmd)
+ pass_fds = []
+ if self.taplock_descriptor:
+ pass_fds = [self.taplock_descriptor.fileno()]
+ if len(self.portlocks):
+ for descriptor in self.portlocks.values():
+ pass_fds.append(descriptor.fileno())
+ process = subprocess.Popen(cmds, stderr=subprocess.PIPE, pass_fds=pass_fds)
+ self.qemupid = process.pid
+ retcode = process.wait()
+ if retcode:
+ if retcode == -signal.SIGTERM:
+ logger.info("Qemu terminated by SIGTERM")
+ else:
+ logger.error("Failed to run qemu: %s", process.stderr.read().decode())
+
+ def cleanup(self):
+ if self.cleaned:
+ return
+
+ # avoid dealing with SIGTERM when cleanup function is running
+ signal.signal(signal.SIGTERM, signal.SIG_IGN)
+
+ logger.info("Cleaning up")
+ if self.cleantap:
+ cmd = ('sudo', self.qemuifdown, self.tap, self.bindir_native)
+ logger.debug('Running %s' % str(cmd))
+ subprocess.check_call(cmd)
+ self.release_taplock()
+ self.release_portlock()
+
+ if self.nfs_running:
+ logger.info("Shutting down the userspace NFS server...")
+ cmd = ("runqemu-export-rootfs", "stop", self.rootfs)
+ logger.debug('Running %s' % str(cmd))
+ subprocess.check_call(cmd)
+
+ if self.saved_stty:
+ subprocess.check_call(("stty", self.saved_stty))
+
+ if self.clean_nfs_dir:
+ logger.info('Removing %s' % self.rootfs)
+ shutil.rmtree(self.rootfs)
+ shutil.rmtree('%s.pseudo_state' % self.rootfs)
+
+ self.cleaned = True
+
+ def run_bitbake_env(self, mach=None):
+ bitbake = shutil.which('bitbake')
+ if not bitbake:
+ return
+
+ if not mach:
+ mach = self.get('MACHINE')
+
+ multiconfig = self.get('MULTICONFIG')
+ if multiconfig:
+ multiconfig = "mc:%s" % multiconfig
+
+ if mach:
+ cmd = 'MACHINE=%s bitbake -e %s' % (mach, multiconfig)
+ else:
+ cmd = 'bitbake -e %s' % multiconfig
+
+ logger.info('Running %s...' % cmd)
+ return subprocess.check_output(cmd, shell=True).decode('utf-8')
+
+ def load_bitbake_env(self, mach=None):
+ if self.bitbake_e:
+ return
+
+ try:
+ self.bitbake_e = self.run_bitbake_env(mach=mach)
+ except subprocess.CalledProcessError as err:
+ self.bitbake_e = ''
+ logger.warning("Couldn't run 'bitbake -e' to gather environment information:\n%s" % err.output.decode('utf-8'))
+
+ def validate_combos(self):
+ if (self.fstype in self.vmtypes) and self.kernel:
+ raise RunQemuError("%s doesn't need kernel %s!" % (self.fstype, self.kernel))
+
+ @property
+ def bindir_native(self):
+ result = self.get('STAGING_BINDIR_NATIVE')
+ if result and os.path.exists(result):
+ return result
+
+ cmd = ['bitbake', '-e']
+ multiconfig = self.get('MULTICONFIG')
+ if multiconfig:
+ cmd.append('mc:%s:qemu-helper-native' % multiconfig)
+ else:
+ cmd.append('qemu-helper-native')
+
+ logger.info('Running %s...' % str(cmd))
+ out = subprocess.check_output(cmd).decode('utf-8')
+
+ match = re.search('^STAGING_BINDIR_NATIVE="(.*)"', out, re.M)
+ if match:
+ result = match.group(1)
+ if os.path.exists(result):
+ self.set('STAGING_BINDIR_NATIVE', result)
+ return result
+ raise RunQemuError("Native sysroot directory %s doesn't exist" % result)
+ else:
+ raise RunQemuError("Can't find STAGING_BINDIR_NATIVE in '%s' output" % cmd)
+
+
+def main():
+ if "help" in sys.argv or '-h' in sys.argv or '--help' in sys.argv:
+ print_usage()
+ return 0
+ try:
+ config = BaseConfig()
+
+ renice = os.path.expanduser("~/bin/runqemu-renice")
+ if os.path.exists(renice):
+ logger.info('Using %s to renice' % renice)
+ subprocess.check_call([renice, str(os.getpid())])
+
+ def sigterm_handler(signum, frame):
+ logger.info("SIGTERM received")
+ os.kill(config.qemupid, signal.SIGTERM)
+ config.cleanup()
+ # Deliberately ignore the return code of 'tput smam'.
+ subprocess.call(["tput", "smam"])
+ signal.signal(signal.SIGTERM, sigterm_handler)
+
+ config.check_args()
+ config.read_qemuboot()
+ config.check_and_set()
+ # Check whether the combos is valid or not
+ config.validate_combos()
+ config.print_config()
+ config.setup_network()
+ config.setup_rootfs()
+ config.setup_final()
+ config.start_qemu()
+ except RunQemuError as err:
+ logger.error(err)
+ return 1
+ except Exception as err:
+ import traceback
+ traceback.print_exc()
+ return 1
+ finally:
+ config.cleanup()
+ # Deliberately ignore the return code of 'tput smam'.
+ subprocess.call(["tput", "smam"])
+
+if __name__ == "__main__":
+ sys.exit(main())