test-fixet: Automated VMWare test of AutoUpdate

src/platform/installer/chromeos-common.sh

 # Copyright (c) 2010 The Chromium OS Authors. All rights reserved.
 # Use of this source code is governed by a BSD-style license that can be
 # found in the LICENSE file.
 #
 # This contains common constants and functions for installer scripts. This must
 # evaluate properly for both /bin/bash and /bin/sh, since it's used both to
 # create the initial image at compile time and to install or upgrade a running
 # image.
 
 # Here are the GUIDs we'll be using to identify various partitions.
@@ skipping 74 matching lines @@
   if [ -x "${DEFAULT_CHROOT_DIR:-}/usr/bin/gpt" ]; then
     GPT="${DEFAULT_CHROOT_DIR:-}/usr/bin/gpt"
   else
     echo "can't find gpt tool" 1>&2
     exit 1
   fi
 fi
 
 
 # This installs a GPT into the specified device or file, using the given
-# components. If the target is a block device we'll do a full install.
-# Otherwise, it'll be just enough to boot.
+# components. If the target is a block device or the FORCE_FULL arg is "true"
+# we'll do a full install. Otherwise, it'll be just enough to boot.
 # Invoke as: command (not subshell)
-# Args: TARGET ROOTFS_IMG KERNEL_IMG STATEFUL_IMG PMBRCODE
+# Args: TARGET ROOTFS_IMG KERNEL_IMG STATEFUL_IMG PMBRCODE FORCE_FULL
 # Return: nothing
 # Side effects: Sets these global variables describing the GPT partitions
 #   (all untis are 512-byte sectors):
 #   NUM_KERN_SECTORS
 #   NUM_ROOTFS_SECTORS
 #   NUM_STATEFUL_SECTORS
 #   NUM_RESERVED_SECTORS
 #   START_KERN_A
 #   START_STATEFUL
 #   START_ROOTFS_A
 #   START_KERN_B
 #   START_ROOTFS_B
 #   START_RESERVED
 install_gpt() {
   local outdev=$1
   local rootfs_img=$2
   local kernel_img=$3
   local stateful_img=$4
   local pmbrcode=$5
+  local force_full="${6:-}"
 
   # The gpt tool requires a fixed-size target to work on, so we may have to
   # create a file of the appropriate size. Let's figure out what that size is
   # now. The partition layout is gonna look something like this:
   #
   #   PMBR (512 bytes)
   #   Primary GPT Header (512 bytes)
   #   Primary GPT Table (16K)
   #   Kernel A                                        partition 2
   #   Kernel B                                        partition 4
@@ skipping 24 matching lines @@
 
   local num_pmbr_sectors=1
   local num_gpt_hdr_sectors=1
   local num_gpt_table_sectors=32              # 16K
   local num_footer_sectors=$(($num_gpt_hdr_sectors + $num_gpt_table_sectors))
   local num_header_sectors=$(($num_pmbr_sectors + $num_footer_sectors))
 
   local start_useful=$(roundup $num_header_sectors)
 
   # What are we doing?
-  if [ -b $outdev ]; then
+  if [[ -b "$outdev" || "$force_full" = "true" ]]; then
     # Block device, need to be root.
-    local sudo=sudo
+    if [[ -b "$outdev" ]]; then
+      local sudo=sudo
+    else
+      local sudo=""
+    fi
 
     # Full install, use max sizes and create both A & B images.
     NUM_KERN_SECTORS=$max_kern_sectors
     NUM_ROOTFS_SECTORS=$max_rootfs_sectors
     NUM_RESERVED_SECTORS=$max_reserved_sectors
 
     # Where do things go?
     START_KERN_A=$start_useful
     START_KERN_B=$(($START_KERN_A + $NUM_KERN_SECTORS))
     START_RESERVED=$(($START_KERN_B + $NUM_KERN_SECTORS))
@@ skipping 129 matching lines @@
 # Args: DEVICE PARTNUM
 # Returns: size (in sectors) of partition PARTNUM
 partsize() {
   # get string
   local X=$(_partinfo $1 $2)
   # detect success or failure here
   [ -n "$X" ]
   echo ${X#* }
 }