def write_fstab(self, xml):
if not self.exists("etc"):
self.mkdir("etc")
f = self.open("etc/fstab", "w")
if xml.tgt.has("fstab"):
for fs in xml.tgt.node("fstab"):
fstab = fstabentry(xml, fs)
f.write(fstab.get_str())
f.close()
def write_fstab(self, xml):
if not self.exists("etc"):
self.mkdir("etc")
f = self.open("etc/fstab", "w")
if xml.tgt.has("fstab"):
for fs in xml.tgt.node("fstab"):
fstab = fstabentry(xml, fs)
f.write (fstab.get_str ())
f.close()
def do_hdimg(xml, target, rfs, grub_version, grub_fw_type=None):
# pylint: disable=too-many-arguments
# pylint: disable=too-many-locals
# pylint: disable=too-many-branches
# list of created files
img_files = []
# Check whether we have any images first
if not xml.tgt.has("images"):
return img_files
# Build a dictonary of mount points
fslabel = {}
mountpoints = mountpoint_dict()
for fs in xml.tgt.node("fstab"):
if fs.tag != "bylabel":
continue
# Create fstabentry Object
e = fstabentry(xml, fs)
# register it with mountpoints,
# this also sets the id field
mountpoints.register(e)
fslabel[fs.text("label")] = e
# Get the sorted list of mountpoints
fslist = mountpoints.depthlist()
# create directories, where we want our
# filesystems later
fspath = os.path.join(target, "filesystems")
do('mkdir -p %s' % fspath)
imagemnt = os.path.join(target, "imagemnt")
do('mkdir -p %s' % imagemnt)
# now move all mountpoints into own directories
# begin from deepest mountpoints
for l in reversed(fslist):
do('mkdir -p "%s"' % os.path.join(fspath, l.id))
do('mkdir -p "%s"' % rfs.fname('') + l.mountpoint)
if rfs.listdir(l.mountpoint):
do('mv "%s"/* "%s"' %
(rfs.fname(l.mountpoint), os.path.join(fspath, l.id)),
allow_fail=True)
try:
# Now iterate over all images and create filesystems and partitions
for i in xml.tgt.node("images"):
if i.tag == "msdoshd":
img = do_image_hd(i, fslabel, target, grub_version,
grub_fw_type)
img_files.append(img)
if i.tag == "gpthd":
img = do_image_hd(i, fslabel, target, grub_version,
grub_fw_type)
img_files.append(img)
if i.tag == "mtd":
imgs = mkfs_mtd(i, fslabel, target)
img_files.extend(imgs)
finally:
# Put back the filesystems into /target
# most shallow fs first...
for i in fslist:
if len(os.listdir(os.path.join(fspath, i.id))) > 0:
do('mv "%s"/* "%s"' %
(os.path.join(fspath, i.id), rfs.fname(i.mountpoint)),
allow_fail=True)
# Files are now moved back. ubinize needs files in place, so we run it now.
for i in xml.tgt.node("images"):
if i.tag == "mtd":
imgs = build_image_mtd(i, target)
img_files.extend(imgs)
# dd binary blobs onto images
for i in xml.tgt.node("images"):
if (i.tag == "msdoshd") or (i.tag == "gpthd"):
add_binary_blob(i, target)
# use set() to remove duplicates, but
# return a list
return list(set(img_files))
def do_hdimg(outf, xml, target, rfs, grub_version):
# list of created files
img_files = []
# Check whether we have any images first
if not xml.tgt.has("images"):
return img_files
# Build a dictonary of mount points
fslabel = {}
for fs in xml.tgt.node("fstab"):
if fs.tag != "bylabel":
continue
fslabel[fs.text("label")] = fstabentry(xml, fs)
# Build a sorted list of mountpoints
fslist = fslabel.values()
fslist.sort( key = lambda x: x.mountdepth() )
# now move all mountpoints into own directories
# begin from deepest mountpoints
fspath = os.path.join(target, "filesystems")
outf.do( 'mkdir -p %s' % fspath )
imagemnt = os.path.join(target, "imagemnt")
outf.do( 'mkdir -p %s' % imagemnt )
for l in reversed(fslist):
outf.do( 'mkdir -p "%s"' % os.path.join( fspath, l.label ) )
outf.do( 'mkdir -p "%s"' % rfs.fname('') + l.mountpoint )
if len(rfs.listdir( l.mountpoint )) > 0:
outf.do( 'mv "%s"/* "%s"' % ( rfs.fname(l.mountpoint), os.path.join(
fspath, l.label ) ), allow_fail=True )
try:
# Now iterate over all images and create filesystems and partitions
for i in xml.tgt.node("images"):
if i.tag == "msdoshd":
img = do_image_hd( outf, i, fslabel, target, grub_version )
img_files.append (img)
if i.tag == "gpthd":
img = do_image_hd( outf, i, fslabel, target, grub_version )
img_files.append (img)
if i.tag == "mtd":
imgs = mkfs_mtd( outf, i, fslabel, rfs, target )
img_files.extend (imgs)
finally:
# Put back the filesystems into /target
# most shallow fs first...
for i in fslist:
if len(os.listdir(os.path.join( fspath, i.label ))) > 0:
outf.do( 'mv "%s"/* "%s"' % ( os.path.join( fspath, i.label ),
rfs.fname(i.mountpoint) ), allow_fail=True )
# Files are now moved back. ubinize needs files in place, so we run it now.
for i in xml.tgt.node("images"):
if i.tag == "mtd":
imgs = build_image_mtd( outf, i, target )
img_files.extend (imgs)
gz_img_files = []
for i in set(img_files):
try:
outf.do ( 'gzip "%s"' % os.path.join (target, i))
# only add gz to gz_img_files, if no exception is thrown
gz_img_files.append( i+".gz" )
except CommandError:
pass
return gz_img_files
def do_hdimg(outf, xml, target, rfs, grub_version):
# list of created files
img_files = []
# Check whether we have any images first
if not xml.tgt.has("images"):
return img_files
# Build a dictonary of mount points
fslabel = {}
for fs in xml.tgt.node("fstab"):
if fs.tag != "bylabel":
continue
fslabel[fs.text("label")] = fstabentry(xml, fs)
# Build a sorted list of mountpoints
fslist = fslabel.values()
fslist.sort(key=lambda x: x.mountdepth())
# now move all mountpoints into own directories
# begin from deepest mountpoints
fspath = os.path.join(target, "filesystems")
outf.do('mkdir -p %s' % fspath)
imagemnt = os.path.join(target, "imagemnt")
outf.do('mkdir -p %s' % imagemnt)
for l in reversed(fslist):
outf.do('mkdir -p "%s"' % os.path.join(fspath, l.label))
outf.do('mkdir -p "%s"' % rfs.fname('') + l.mountpoint)
if len(rfs.listdir(l.mountpoint)) > 0:
outf.do('mv "%s"/* "%s"' %
(rfs.fname(l.mountpoint), os.path.join(fspath, l.label)),
allow_fail=True)
try:
# Now iterate over all images and create filesystems and partitions
for i in xml.tgt.node("images"):
if i.tag == "msdoshd":
img = do_image_hd(outf, i, fslabel, target, grub_version)
img_files.append(img)
if i.tag == "gpthd":
img = do_image_hd(outf, i, fslabel, target, grub_version)
img_files.append(img)
if i.tag == "mtd":
imgs = mkfs_mtd(outf, i, fslabel, rfs, target)
img_files.extend(imgs)
finally:
# Put back the filesystems into /target
# most shallow fs first...
for i in fslist:
if len(os.listdir(os.path.join(fspath, i.label))) > 0:
outf.do(
'mv "%s"/* "%s"' %
(os.path.join(fspath, i.label), rfs.fname(i.mountpoint)),
allow_fail=True)
# Files are now moved back. ubinize needs files in place, so we run it now.
for i in xml.tgt.node("images"):
if i.tag == "mtd":
imgs = build_image_mtd(outf, i, target)
img_files.extend(imgs)
gz_img_files = []
for i in set(img_files):
try:
outf.do('gzip "%s"' % os.path.join(target, i))
# only add gz to gz_img_files, if no exception is thrown
gz_img_files.append(i + ".gz")
except CommandError:
pass
return gz_img_files
def do_hdimg(outf, xml, target, rfs, grub_version):
# list of created files
img_files = []
# Check whether we have any images first
if not xml.tgt.has("images"):
return img_files
# Build a dictonary of mount points
fslabel = {}
mountpoints = mountpoint_dict()
for fs in xml.tgt.node("fstab"):
if fs.tag != "bylabel":
continue
# Create fstabentry Object
e = fstabentry(xml, fs)
# register it with mountpoints,
# this also sets the id field
mountpoints.register(e)
fslabel[fs.text("label")] = e
# Get the sorted list of mountpoints
fslist = mountpoints.depthlist()
# create directories, where we want our
# filesystems later
fspath = os.path.join(target, "filesystems")
outf.do('mkdir -p %s' % fspath)
imagemnt = os.path.join(target, "imagemnt")
outf.do('mkdir -p %s' % imagemnt)
# now move all mountpoints into own directories
# begin from deepest mountpoints
for l in reversed(fslist):
outf.do('mkdir -p "%s"' % os.path.join(fspath, l.id))
outf.do('mkdir -p "%s"' % rfs.fname('') + l.mountpoint)
if len(rfs.listdir(l.mountpoint)) > 0:
outf.do('mv "%s"/* "%s"' %
(rfs.fname(l.mountpoint), os.path.join(fspath, l.id)),
allow_fail=True)
try:
# Now iterate over all images and create filesystems and partitions
for i in xml.tgt.node("images"):
if i.tag == "msdoshd":
img = do_image_hd(outf, i, fslabel, target, grub_version)
img_files.append(img)
if i.tag == "gpthd":
img = do_image_hd(outf, i, fslabel, target, grub_version)
img_files.append(img)
if i.tag == "mtd":
imgs = mkfs_mtd(outf, i, fslabel, rfs, target)
img_files.extend(imgs)
finally:
# Put back the filesystems into /target
# most shallow fs first...
for i in fslist:
if len(os.listdir(os.path.join(fspath, i.id))) > 0:
outf.do('mv "%s"/* "%s"' %
(os.path.join(fspath, i.id), rfs.fname(i.mountpoint)),
allow_fail=True)
# Files are now moved back. ubinize needs files in place, so we run it now.
for i in xml.tgt.node("images"):
if i.tag == "mtd":
imgs = build_image_mtd(outf, i, target)
img_files.extend(imgs)
# dd binary blobs onto images
for i in xml.tgt.node("images"):
if (i.tag == "msdoshd") or (i.tag == "gpt"):
add_binary_blob(outf, i, target)
gz_img_files = []
for i in set(img_files):
try:
outf.do('gzip -f "%s"' % os.path.join(target, i))
# only add gz to gz_img_files, if no exception is thrown
gz_img_files.append(i + ".gz")
except CommandError:
pass
return gz_img_files
def do_hdimg(outf, xml, target, rfs, grub_version, grub_fw_type=None):
# pylint: disable=too-many-arguments
# pylint: disable=too-many-locals
# pylint: disable=too-many-branches
# list of created files
img_files = []
# Check whether we have any images first
if not xml.tgt.has("images"):
return img_files
# Build a dictonary of mount points
fslabel = {}
mountpoints = mountpoint_dict()
for fs in xml.tgt.node("fstab"):
if fs.tag != "bylabel":
continue
# Create fstabentry Object
e = fstabentry(xml, fs)
# register it with mountpoints,
# this also sets the id field
mountpoints.register(e)
fslabel[fs.text("label")] = e
# Get the sorted list of mountpoints
fslist = mountpoints.depthlist()
# create directories, where we want our
# filesystems later
fspath = os.path.join(target, "filesystems")
outf.do('mkdir -p %s' % fspath)
imagemnt = os.path.join(target, "imagemnt")
outf.do('mkdir -p %s' % imagemnt)
# now move all mountpoints into own directories
# begin from deepest mountpoints
for l in reversed(fslist):
outf.do('mkdir -p "%s"' % os.path.join(fspath, l.id))
outf.do('mkdir -p "%s"' % rfs.fname('') + l.mountpoint)
if rfs.listdir(l.mountpoint):
outf.do('mv "%s"/* "%s"' % (rfs.fname(l.mountpoint), os.path.join(
fspath, l.id)), allow_fail=True)
try:
# Now iterate over all images and create filesystems and partitions
for i in xml.tgt.node("images"):
if i.tag == "msdoshd":
img = do_image_hd(
outf,
i,
fslabel,
target,
grub_version,
grub_fw_type)
img_files.append(img)
if i.tag == "gpthd":
img = do_image_hd(
outf,
i,
fslabel,
target,
grub_version,
grub_fw_type)
img_files.append(img)
if i.tag == "mtd":
imgs = mkfs_mtd(outf, i, fslabel, target)
img_files.extend(imgs)
finally:
# Put back the filesystems into /target
# most shallow fs first...
for i in fslist:
if len(os.listdir(os.path.join(fspath, i.id))) > 0:
outf.do(
'mv "%s"/* "%s"' %
(os.path.join(
fspath, i.id), rfs.fname(
i.mountpoint)), allow_fail=True)
# Files are now moved back. ubinize needs files in place, so we run it now.
for i in xml.tgt.node("images"):
if i.tag == "mtd":
imgs = build_image_mtd(outf, i, target)
img_files.extend(imgs)
# dd binary blobs onto images
for i in xml.tgt.node("images"):
if (i.tag == "msdoshd") or (i.tag == "gpthd"):
add_binary_blob(outf, i, target)
# use set() to remove duplicates, but
# return a list
return list(set(img_files))
