wic: fix short variable names

Made short variable names longer and more readable.

Fixed pylint warnings "Invalid variable name" and
"Invalid argument name".

Signed-off-by: Ed Bartosh <ed.bartosh@linux.intel.com>
Signed-off-by: Richard Purdie <richard.purdie@linuxfoundation.org>

1 files changed, 77 insertions, 77 deletions

diff --git a/scripts/lib/wic/utils/partitionedfs.py b/scripts/lib/wic/utils/partitionedfs.py
index 2f884a3cb8..5a103bbc7e 100644
--- a/scripts/lib/wic/utils/partitionedfs.py
+++ b/scripts/lib/wic/utils/partitionedfs.py
@@ -129,14 +129,14 @@ class Image(object):
         self._partitions_layed_out = True
 
         # Go through partitions in the order they are added in .ks file
-        for n in range(len(self.partitions)):
-            p = self.partitions[n]
+        for num in range(len(self.partitions)):
+            part = self.partitions[num]
 
-            if not self.disks.has_key(p['disk_name']):
+            if not self.disks.has_key(part['disk_name']):
                 raise ImageError("No disk %s for partition %s" \
-                                 % (p['disk_name'], p['mountpoint']))
+                                 % (part['disk_name'], part['mountpoint']))
 
-            if ptable_format == 'msdos' and p['part_type']:
+            if ptable_format == 'msdos' and part['part_type']:
                 # The --part-type can also be implemented for MBR partitions,
                 # in which case it would map to the 1-byte "partition type"
                 # filed at offset 3 of the partition entry.
@@ -144,79 +144,79 @@ class Image(object):
                                  "implemented for msdos partitions")
 
             # Get the disk where the partition is located
-            d = self.disks[p['disk_name']]
-            d['numpart'] += 1
-            if not p['no_table']:
-                d['realpart'] += 1
-            d['ptable_format'] = ptable_format
+            disk = self.disks[part['disk_name']]
+            disk['numpart'] += 1
+            if not part['no_table']:
+                disk['realpart'] += 1
+            disk['ptable_format'] = ptable_format
 
-            if d['numpart'] == 1:
+            if disk['numpart'] == 1:
                 if ptable_format == "msdos":
                     overhead = MBR_OVERHEAD
                 elif ptable_format == "gpt":
                     overhead = GPT_OVERHEAD
 
                 # Skip one sector required for the partitioning scheme overhead
-                d['offset'] += overhead
+                disk['offset'] += overhead
 
-            if d['realpart'] > 3:
+            if disk['realpart'] > 3:
                 # Reserve a sector for EBR for every logical partition
                 # before alignment is performed.
                 if ptable_format == "msdos":
-                    d['offset'] += 1
+                    disk['offset'] += 1
 
 
-            if p['align']:
+            if part['align']:
                 # If not first partition and we do have alignment set we need
                 # to align the partition.
                 # FIXME: This leaves a empty spaces to the disk. To fill the
                 # gaps we could enlargea the previous partition?
 
                 # Calc how much the alignment is off.
-                align_sectors = d['offset'] % (p['align'] * 1024 / self.sector_size)
+                align_sectors = disk['offset'] % (part['align'] * 1024 / self.sector_size)
 
                 if align_sectors:
                     # If partition is not aligned as required, we need
                     # to move forward to the next alignment point
-                    align_sectors = (p['align'] * 1024 / self.sector_size) - align_sectors
+                    align_sectors = (part['align'] * 1024 / self.sector_size) - align_sectors
 
                     msger.debug("Realignment for %s%s with %s sectors, original"
                                 " offset %s, target alignment is %sK." %
-                                (p['disk_name'], d['numpart'], align_sectors,
-                                 d['offset'], p['align']))
+                                (part['disk_name'], disk['numpart'], align_sectors,
+                                 disk['offset'], part['align']))
 
                     # increase the offset so we actually start the partition on right alignment
-                    d['offset'] += align_sectors
+                    disk['offset'] += align_sectors
 
-            p['start'] = d['offset']
-            d['offset'] += p['size']
+            part['start'] = disk['offset']
+            disk['offset'] += part['size']
 
-            p['type'] = 'primary'
-            if not p['no_table']:
-                p['num'] = d['realpart']
+            part['type'] = 'primary'
+            if not part['no_table']:
+                part['num'] = disk['realpart']
             else:
-                p['num'] = 0
+                part['num'] = 0
 
-            if d['ptable_format'] == "msdos":
-                if d['realpart'] > 3:
-                    p['type'] = 'logical'
-                    p['num'] = d['realpart'] + 1
+            if disk['ptable_format'] == "msdos":
+                if disk['realpart'] > 3:
+                    part['type'] = 'logical'
+                    part['num'] = disk['realpart'] + 1
 
-            d['partitions'].append(n)
+            disk['partitions'].append(num)
             msger.debug("Assigned %s to %s%d, sectors range %d-%d size %d "
                         "sectors (%d bytes)." \
-                            % (p['mountpoint'], p['disk_name'], p['num'],
-                               p['start'], p['start'] + p['size'] - 1,
-                               p['size'], p['size'] * self.sector_size))
+                            % (part['mountpoint'], part['disk_name'], part['num'],
+                               part['start'], part['start'] + part['size'] - 1,
+                               part['size'], part['size'] * self.sector_size))
 
         # Once all the partitions have been layed out, we can calculate the
         # minumim disk sizes.
-        for d in self.disks.values():
-            d['min_size'] = d['offset']
-            if d['ptable_format'] == "gpt":
-                d['min_size'] += GPT_OVERHEAD
+        for disk in self.disks.values():
+            disk['min_size'] = disk['offset']
+            if disk['ptable_format'] == "gpt":
+                disk['min_size'] += GPT_OVERHEAD
 
-            d['min_size'] *= self.sector_size
+            disk['min_size'] *= self.sector_size
 
     def __create_partition(self, device, parttype, fstype, start, size):
         """ Create a partition on an image described by the 'device' object. """
@@ -237,21 +237,21 @@ class Image(object):
         self.layout_partitions()
 
         for dev in self.disks.keys():
-            d = self.disks[dev]
+            disk = self.disks[dev]
             msger.debug("Initializing partition table for %s" % \
-                        (d['disk'].device))
+                        (disk['disk'].device))
             exec_native_cmd("parted -s %s mklabel %s" % \
-                            (d['disk'].device, d['ptable_format']),
+                            (disk['disk'].device, disk['ptable_format']),
                             self.native_sysroot)
 
         msger.debug("Creating partitions")
 
-        for p in self.partitions:
-            if p['num'] == 0:
+        for part in self.partitions:
+            if part['num'] == 0:
                 continue
 
-            d = self.disks[p['disk_name']]
-            if d['ptable_format'] == "msdos" and p['num'] == 5:
+            disk = self.disks[part['disk_name']]
+            if disk['ptable_format'] == "msdos" and part['num'] == 5:
                 # Create an extended partition (note: extended
                 # partition is described in MBR and contains all
                 # logical partitions). The logical partitions save a
@@ -263,17 +263,17 @@ class Image(object):
                 # starts a sector before the first logical partition,
                 # add a sector at the back, so that there is enough
                 # room for all logical partitions.
-                self.__create_partition(d['disk'].device, "extended",
-                                        None, p['start'] - 1,
-                                        d['offset'] - p['start'] + 1)
+                self.__create_partition(disk['disk'].device, "extended",
+                                        None, part['start'] - 1,
+                                        disk['offset'] - part['start'] + 1)
 
-            if p['fstype'] == "swap":
+            if part['fstype'] == "swap":
                 parted_fs_type = "linux-swap"
-            elif p['fstype'] == "vfat":
+            elif part['fstype'] == "vfat":
                 parted_fs_type = "fat32"
-            elif p['fstype'] == "msdos":
+            elif part['fstype'] == "msdos":
                 parted_fs_type = "fat16"
-            elif p['fstype'] == "ontrackdm6aux3":
+            elif part['fstype'] == "ontrackdm6aux3":
                 parted_fs_type = "ontrackdm6aux3"
             else:
                 # Type for ext2/ext3/ext4/btrfs
@@ -281,55 +281,55 @@ class Image(object):
 
             # Boot ROM of OMAP boards require vfat boot partition to have an
             # even number of sectors.
-            if p['mountpoint'] == "/boot" and p['fstype'] in ["vfat", "msdos"] \
-               and p['size'] % 2:
+            if part['mountpoint'] == "/boot" and part['fstype'] in ["vfat", "msdos"] \
+               and part['size'] % 2:
                 msger.debug("Substracting one sector from '%s' partition to " \
                             "get even number of sectors for the partition" % \
-                            p['mountpoint'])
-                p['size'] -= 1
+                            part['mountpoint'])
+                part['size'] -= 1
 
-            self.__create_partition(d['disk'].device, p['type'],
-                                    parted_fs_type, p['start'], p['size'])
+            self.__create_partition(disk['disk'].device, part['type'],
+                                    parted_fs_type, part['start'], part['size'])
 
-            if p['part_type']:
+            if part['part_type']:
                 msger.debug("partition %d: set type UID to %s" % \
-                            (p['num'], p['part_type']))
+                            (part['num'], part['part_type']))
                 exec_native_cmd("sgdisk --typecode=%d:%s %s" % \
-                                         (p['num'], p['part_type'],
-                                          d['disk'].device), self.native_sysroot)
+                                         (part['num'], part['part_type'],
+                                          disk['disk'].device), self.native_sysroot)
 
-            if p['uuid']:
+            if part['uuid']:
                 msger.debug("partition %d: set UUID to %s" % \
-                            (p['num'], p['uuid']))
+                            (part['num'], part['uuid']))
                 exec_native_cmd("sgdisk --partition-guid=%d:%s %s" % \
-                                (p['num'], p['uuid'], d['disk'].device),
+                                (part['num'], part['uuid'], disk['disk'].device),
                                 self.native_sysroot)
 
-            if p['boot']:
-                flag_name = "legacy_boot" if d['ptable_format'] == 'gpt' else "boot"
+            if part['boot']:
+                flag_name = "legacy_boot" if disk['ptable_format'] == 'gpt' else "boot"
                 msger.debug("Set '%s' flag for partition '%s' on disk '%s'" % \
-                            (flag_name, p['num'], d['disk'].device))
+                            (flag_name, part['num'], disk['disk'].device))
                 exec_native_cmd("parted -s %s set %d %s on" % \
-                                (d['disk'].device, p['num'], flag_name),
+                                (disk['disk'].device, part['num'], flag_name),
                                 self.native_sysroot)
 
             # Parted defaults to enabling the lba flag for fat16 partitions,
             # which causes compatibility issues with some firmware (and really
             # isn't necessary).
             if parted_fs_type == "fat16":
-                if d['ptable_format'] == 'msdos':
+                if disk['ptable_format'] == 'msdos':
                     msger.debug("Disable 'lba' flag for partition '%s' on disk '%s'" % \
-                                (p['num'], d['disk'].device))
+                                (part['num'], disk['disk'].device))
                     exec_native_cmd("parted -s %s set %d lba off" % \
-                                    (d['disk'].device, p['num']),
+                                    (disk['disk'].device, part['num']),
                                     self.native_sysroot)
 
     def cleanup(self):
         if self.disks:
             for dev in self.disks:
-                d = self.disks[dev]
+                disk = self.disks[dev]
                 try:
-                    d['disk'].cleanup()
+                    disk['disk'].cleanup()
                 except:
                     pass
 
@@ -354,8 +354,8 @@ class Image(object):
 
     def create(self):
         for dev in self.disks.keys():
-            d = self.disks[dev]
-            d['disk'].create()
+            disk = self.disks[dev]
+            disk['disk'].create()
 
         self.__format_disks()