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This project forked from cyanogenmod/android_device_hp_tenderloin
CM7 TENDERLOIN BUILD INSTRUCTIONS 9/16/11 (revised 11/19/11) INSTRUCTIONS: 1. Apply the following repo to .repo/local_manifest.xml ----cut---- <?xml version="1.0" encoding="UTF-8"?> <manifest> <remote name="codeaurora" fetch="git://codeaurora.org"/> <remote name = "privategh" fetch="[email protected]:" /> <project path="device/hp/tenderloin" name="CyanogenMod/android_device_hp_tenderloin" remote="privategh" revision="gingerbread"/> <project path="device/htc/pyramid" name="CyanogenMod/android_device_htc_pyramid" remote="privategh" revision="gingerbread"/> <remove-project path="hardware/msm7k" name="CyanogenMod/android_hardware_msm7k"/> <project path="hardware/msm7k" name = "CyanogenMod/android_hardware_qsd8x60" remote="privategh" revision="gingerbread"/> <remove-project path="hardware/qcom/media" name="CyanogenMod/android_hardware_qcom_media"/> <project path="hardware/qcom/media/" name = "CyanogenMod/ninjas_hardware_qcom_media" remote="privategh" revision="gingerbread" /> <remove-project path="frameworks/base" name="CyanogenMod/android_frameworks_base"/> <project path="frameworks/base" name = "CyanogenMod/ninjas_frameworks_base" remote="privategh" revision="omap_merge_sf_bypass" /> <!-- project path="hardware/qcom/media/mm-core" name = "platform/vendor/qcom-opensource/omx/mm-core" remote="codeaurora" revision="gingerbread_house"/ --> </manifest> ----cut---- 2. Add tenderloin to cyanogenmod's vendor tree croot cd vendor/cyanogenmod git apply (or add manually): diff --git a/products/AndroidProducts.mk b/products/AndroidProducts.mk index 3a927db..08015af 100644 --- a/products/AndroidProducts.mk +++ b/products/AndroidProducts.mk @@ -44,6 +44,7 @@ PRODUCT_MAKEFILES := \ $(LOCAL_DIR)/cyanogen_smb_b9701.mk \ $(LOCAL_DIR)/cyanogen_speedy.mk \ $(LOCAL_DIR)/cyanogen_supersonic.mk \ + $(LOCAL_DIR)/cyanogen_tenderloin.mk \ $(LOCAL_DIR)/cyanogen_u8220.mk \ $(LOCAL_DIR)/cyanogen_vega.mk \ $(LOCAL_DIR)/cyanogen_vibrantmtd.mk \ diff --git a/vendorsetup.sh b/vendorsetup.sh index cc7ea64..18f5810 100644 --- a/vendorsetup.sh +++ b/vendorsetup.sh @@ -43,6 +43,7 @@ add_lunch_combo cyanogen_smb_a1011-eng add_lunch_combo cyanogen_smb_b9701-eng add_lunch_combo cyanogen_speedy-eng add_lunch_combo cyanogen_supersonic-eng +add_lunch_combo cyanogen_tenderloin-eng add_lunch_combo cyanogen_u8220-eng add_lunch_combo cyanogen_vega-eng add_lunch_combo cyanogen_vibrantmtd-eng 2b. Create a new file at vendor/cyanogen/products/cyanogen_tenderloin.mk as follows: ------cut------ # Inherit AOSP device configuration for tenderloin. $(call inherit-product, device/hp/tenderloin/device_tenderloin.mk) # Inherit some common cyanogenmod stuff. $(call inherit-product, vendor/cyanogen/products/common_full.mk) # # Setup device specific product configuration. # PRODUCT_NAME := cyanogen_tenderloin PRODUCT_BRAND := hp PRODUCT_DEVICE := tenderloin PRODUCT_MODEL := HP Touchpad PRODUCT_MANUFACTURER := hp PRODUCT_BUILD_PROP_OVERRIDES += PRODUCT_NAME=tenderloin BUILD_ID=GRJ22 BUILD_DISPLAY_ID=GRJ90 BUILD_FINGERPRINT=google/passion/passion:2.3.4/GRJ22/121341:user/release-keys PRIVATE_BUILD_DESC="passion-user 2.3.4 GRJ22 121341 release-keys" PRODUCT_PACKAGE_OVERLAYS += \ vendor/cyanogen/overlay/tablet \ vendor/cyanogen/overlay/tenderloin # # Set ro.modversion # ifdef CYANOGEN_NIGHTLY PRODUCT_PROPERTY_OVERRIDES += \ ro.modversion=CyanogenMod-7-$(shell date +%m%d%Y)-NIGHTLY-tenderloin else ifdef CYANOGEN_RELEASE PRODUCT_PROPERTY_OVERRIDES += \ ro.modversion=CyanogenMod-7.1.0-RC1-tenderloin else PRODUCT_PROPERTY_OVERRIDES += \ ro.modversion=CyanogenMod-7.1.0-RC1-tenderloin-KANG endif endif PRODUCT_COPY_FILES += \ vendor/cyanogen/prebuilt/hdpi/media/bootanimation.zip:system/media/bootanimation.zip ------cut------ 3. Set up vendor tree. Either: 3a. Run extract-files in device/hp/tenderloin to set up the vendor/hp/tenderloin directory Then, copy the device proprietary files into vendor/hp/tenderloin/proprietary: Obtain "proprietary_files" archive and extract to vendor/hp/tenderloin 3b. Use the vendor repo. [What's this? Still needed?] 4. reposync, build and cross your fingers. croot repo sync -j16 make clobber brunch tenderloin ...and see what happens. Hopefully there will be something valuable in $OUT to play with. Obviously the update.zip is not very useable yet. But the sweet, sweet files should be inside. WHAT TO DO IF THE BUILD BREAKS Fix it. QUICK MANUAL REPARTITION FOR CM7 [semi-untested. Please enhance this section then remove this notice.] ** WARNING! DO NOT ATTEMPT THESE INSTRUCTIONS UNLESS YOU KNOW WHAT YOU ARE DOING. THE POTENTIAL FOR HARM TO YOUR DEVICE IS HIGH WHEN YOU ATTEMPT TO REPARTITION ANYTHING. ANY ATTEMPT TO DO SO IS ENTIRELY AT YOUR OWN RISK. YOU MAY BRICK! THESE INSTRUCTIONS ARE UNTESTED, UNVERIFIED, AND PURE EVIL *** Still here? Okay... So boot webos, and in novaterm, first shrink /dev/store/media to make room for the new partitions. (replace [NEWSIZE] with a number, such as 15.1). the sizes can end in M or G. For example, I took 2GB off for use with CM7. # pkill -SIGUSR1 cryptofs # umount /media/internal # fsck.vfat /dev/mapper/store-media # resizefat /dev/mapper/store-media [NEWSIZE]G # lvreduce -L [NEWSIZE]G /dev/mapper/store-media Check to make sure the vfat file system is still okay: # fsck.vfat /dev/mapper/store-media Now create the three new logical volumes: # lvcreate -L 1.5G --name cm-data store # lvcreate -L 300M --name cm-system store # lvcreate -L 200M --name cm-cache store (may also want to create /cm-boot and cm-recovery, but for now don't worry about it) And create the file systems # mkfs.ext3 /dev/store/cm-system # mkfs.ext4 /dev/store/cm-cache # mkfs.ext4 /dev/store/cm-data The reason cm-system is ext3 is that you can't mount it as ext4 from the current webos kernel, which is needed to put android on there initially (but not after that, as you will have adb) You can now remount and restart cryptofs and stuff: # mount -t vfat /dev/mapper/store-media /media/internal # pkill -SIGUSR2 crpytofs COPYING FILES INTO CM-SYSTEM (FIRST TIME ONLY) /media/ram is a nice place on your tp that you can use as a scratch. To copy files there, $ cat myfile|novacom put file:///media/ram/myfile You can then: $ mkdir media/ram/system $ mount /dev/store/cm-system /media/ram/system copy your files to /media/ram/system and *verify exec permissions in bin and xbin* COPYING FILES INTO CM (SUBSEQUENT BUILDS) Once you have CM7 booting, there's no need for copying files manually. After completing a build on your linux box, simply type: $ adb sync system And everything will be synced properly from $OUT/system -> your tp. (ProTip: you may want to add an "$ adb shell sync" when you're done) You can also change your ext3 cm-system partition to ext4 if you like. HOW TO BOOT You will need the "uMulti" kernel+ramdisk. You can make it with the following script: (you will need mkimage-- available in ubuntu or build your own. Then adjust OUT, MKIMAGE, and KERNEL) ---snip--- #!/bin/bash OUT=~/android/system/out/target/product/tenderloin/ MKIMAGE=mkimage KERNEL=~/gh/CyanogenMod/hp-kernel-tenderloin/ cd $OUT/root find . |cpio -R 0:0 -H newc -o --quiet |gzip -9c > /tmp/andr-init.img $MKIMAGE -A ARM -T RAMDisk -C none -n Image -d /tmp/andr-init.img /tmp/uRamdisk $MKIMAGE -A arm -T multi -C none -n 'test-multi-image' -d $KERNEL/arch/arm/boot/uImage:/tmp/uRamdisk /tmp/uMulti ---snip--- Done? So reboot the tp with the usb plugged in while holding volume up. At the white USB logo... $ novacom boot mem:// < uMulti And away you go! SPECIAL COMMANDS Once in the shell, you can simulate keypresses using the following chart: http://groups.google.com/group/android-developers/browse_thread/thread/a4705c3f62414f90 Example: # input keyevent 82 will turn off the lockscreen WANT SCREENSHOTS? Use the android debugger -> ddms.
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