Difference between revisions of "How to make your own SD-bootable ROM"
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$ ./mkimage.sh -c 1 -m partmap/h3_linux-3.4/partmap.txt -d "misc/uboot-2011_m1/;part1/boot_linux-3.4_m1/;part2/m1/3.4/friendlycore/rootfs" | $ ./mkimage.sh -c 1 -m partmap/h3_linux-3.4/partmap.txt -d "misc/uboot-2011_m1/;part1/boot_linux-3.4_m1/;part2/m1/3.4/friendlycore/rootfs" | ||
</syntaxhighlight> | </syntaxhighlight> | ||
| − | + | 生成的SD-bootable-1.img等效于FriendlyElec 发布的nanopi-m1_sd_friendlycore-xenial_3.4_armhf_YYYYMMDD.img.zip，如果有需要，可以将对应目录下的文件替换为你自己的定制文件。对于所有使用Linux-3.4 BSP的H3板子，使用的都是同一个partmap文件partmap/h3_linux-3.4/partmap.txt。<br> | |
以此类推，NanoPi M1 Plus 的sd ROM 制作命令如下: | 以此类推，NanoPi M1 Plus 的sd ROM 制作命令如下: | ||
<syntaxhighlight lang="bash"> | <syntaxhighlight lang="bash"> | ||
$ ./mkimage.sh -c 1 -m partmap/h3_linux-3.4/partmap.txt -d "misc/uboot-2011_m1-plus/;part1/boot_linux-3.4_m1-plus/;part2/m1-plus/3.4/friendlycore/rootfs" | $ ./mkimage.sh -c 1 -m partmap/h3_linux-3.4/partmap.txt -d "misc/uboot-2011_m1-plus/;part1/boot_linux-3.4_m1-plus/;part2/m1-plus/3.4/friendlycore/rootfs" | ||
</syntaxhighlight> | </syntaxhighlight> | ||
| − | + | 生成的SD-bootable-1.img等效于FriendlyElec 发布的nanopi-m1－plus_sd_friendlycore-xenial_3.4_armhf_YYYYMMDD.img.zip。NanoPi NEO / NanoPi NEO Air也是同样的道理，这样不再赘述。 | |
<br> | <br> | ||
| Line 171: | Line 171: | ||
</syntaxhighlight> | </syntaxhighlight> | ||
| − | part1/boot_linux-4.14_h5/目录被制作成了boot.img，part2/h5/4.14/friendlycore/rootfs/被制作成了rootfs.img，SD-bootable-1.img则为最终的sd ROM文件，SD-bootable-1.img则为最终的sd ROM文件，它等效于FriendlyElec 发布的nanopi-[h5]_sd_friendlycore-xenial_4. | + | part1/boot_linux-4.14_h5/目录被制作成了boot.img，part2/h5/4.14/friendlycore/rootfs/被制作成了rootfs.img，SD-bootable-1.img则为最终的sd ROM文件，SD-bootable-1.img则为最终的sd ROM文件，它等效于FriendlyElec 发布的nanopi-[h5]_sd_friendlycore-xenial_4.14_arm64_YYYYMMDD.img.zip，你可以用win32diskimager或者dd命令将SD-bootable-1.img烧写到SD卡中。 |
<!-- | <!-- | ||
另外，你可以通过如下命令快速地将系统烧写到SD卡中以进行测试: | 另外，你可以通过如下命令快速地将系统烧写到SD卡中以进行测试: | ||
| Line 187: | Line 187: | ||
$ ./mkimage.sh -c 1 -m partmap/h5_linux-3.10/partmap.txt -d "misc/uboot-2014_neo2/;part1/boot_linux-3.10_neo2/;part2/neo2/3.10/friendlycore/rootfs" | $ ./mkimage.sh -c 1 -m partmap/h5_linux-3.10/partmap.txt -d "misc/uboot-2014_neo2/;part1/boot_linux-3.10_neo2/;part2/neo2/3.10/friendlycore/rootfs" | ||
</syntaxhighlight> | </syntaxhighlight> | ||
| − | + | 生成的SD-bootable-1.img等效于FriendlyElec 发布的nanopi-neo2_sd_friendlycore-xenial_3.10_arm64_YYYYMMDD.img.zip，如果有需要，可以将对应目录下的文件替换为你自己的定制文件。对于所有使用Linux-3.10 BSP的H5板子，使用的都是同一个partmap文件partmap/h5_linux-3.10/partmap.txt。<br> | |
以此类推，NanoPi NEO Plus2 的sd ROM 制作命令如下: | 以此类推，NanoPi NEO Plus2 的sd ROM 制作命令如下: | ||
<syntaxhighlight lang="bash"> | <syntaxhighlight lang="bash"> | ||
$ ./mkimage.sh -c 1 -m partmap/h5_linux-3.10/partmap.txt -d "misc/uboot-2014_neo-plus2/;part1/boot_linux-3.10_neo-plus2/;part2/neo-plus2/3.10/friendlycore/rootfs" | $ ./mkimage.sh -c 1 -m partmap/h5_linux-3.10/partmap.txt -d "misc/uboot-2014_neo-plus2/;part1/boot_linux-3.10_neo-plus2/;part2/neo-plus2/3.10/friendlycore/rootfs" | ||
</syntaxhighlight> | </syntaxhighlight> | ||
| + | 生成的SD-bootable-1.img等效于FriendlyElec 发布的nanopi-neo-plus2_sd_friendlycore-xenial_3.10_arm64_YYYYMMDD.img.zip | ||
<br> | <br> | ||
| Line 237: | Line 238: | ||
└── SD-bootable-2.img | └── SD-bootable-2.img | ||
</syntaxhighlight> | </syntaxhighlight> | ||
| − | SD-bootable-2.img即为最终的eflasher ROM文件，它等效于FriendlyElec 发布的nanopi-[h5]_eflasher_friendlycore-xenial_4. | + | SD-bootable-2.img即为最终的eflasher ROM文件，它等效于FriendlyElec 发布的nanopi-[h5]_eflasher_friendlycore-xenial_4.14_arm64_YYYYMMDD.img.zip。eflasher ROM能烧写什么系统到eMMC完全取决于out/SD-bootable-1/里包含了什么系统，你可以用win32diskimager或者dd命令将SD-bootable-2.img烧写到SD卡中。 |
<!-- | <!-- | ||
另外，通过如下命令快速地将eflasher系统烧写到SD卡中以进行测试: | 另外，通过如下命令快速地将eflasher系统烧写到SD卡中以进行测试: | ||
| Line 245: | Line 246: | ||
注意: 请将/dev/sdX替换为实际的SD卡设备节点。 | 注意: 请将/dev/sdX替换为实际的SD卡设备节点。 | ||
--> | --> | ||
| + | |||
==Update Log== | ==Update Log== | ||
Revision as of 05:12, 31 January 2019
Contents
1 Make Image Files for RK3399
Refer to this repo: https://github.com/friendlyarm/sd-fuse_rk3399
2 Make Image Files for S5P4418
Refer to this repo: https://github.com/friendlyarm/sd-fuse_s5p4418
3 Make Image Files for S5P6818
Refer to this repo: https://github.com/friendlyarm/sd-fuse_s5p6818
4 制作H3 平台的系统映像
If you have a customized U-boot, Linux kernel and file system and want to use them to make a customized Linux image file(we call it "ROM" in the following sections) you can do it this way: use the "dd" command to copy all the data and files from an existing SD card with a Linux ROM, replace the U-boot, kernel or file system with your customzied files and use the "dd" command again to combine these files to a ROM. However this is inefficient. We suggest you use our rom-maker-lite utility to do it, which can be downloaded at rom-maker-lite.
The rom-maker-lite utility is a general tool to make a ROM. It currently supports making a Linux based sd/eflasher ROM for FriendlyElec's H3/H5 boards .Making an Android image is not supported yet.
- Run ./mkimage.sh to check usage info:
$ ./mkimage.sh Usage: $ apt-get install tree exfat-utils dosfstools python3-tk $ ./mkimage.sh -c <filesystem type> -m <partmap> -d "<misc dir>;<partition1 dir>;<partition2 dir>;..." -c <filesystem type>: 1: misc(bootloader) + fat32 boot.img + ext4 rootfs.img 2: misc(bootloader) + fat32 boot.img + ext4 rootfs.img + exfat friendlyarm.img 3: misc(bootloader) + ext4 boot.img + ext4 rootfs.img
Parameter Comment -c <filesystem type> -c specifies file systems' formats for the partitions in a ROM Image. Specifically for an H3/H5 based board:
-c 1 stands for "misc(bootloader) + fat32 boot.img + ext4 rootfs.img" and this applies to an sd ROM of FriendlyCore/Ubuntu/Debian/OpenWrt;
-c 2 stands for "misc(bootloader) + fat32 boot.img + ext4 rootfs.img + exfat friendlyarm.img" and this applies to an eflasher ROM.-m <partmap> -m specifies a partmap file for making a ROM.
A partmap file is used to specify the files and their sizes included in a ROM. ROMs made for different boards or BSPs may need different partmap files.-d "<misc dir>;<partition1 dir>;<partition2 dir>;..." -d specifies file system's path and each path is separated by a ";". Specifically for an H3/H5 based board:
<misc dir>: specifies the bootloader's path;
<partition1 dir>: specifies the boot partition's path;
<partition2 dir>: specifies the rootfs partition's path;
"..." means more paths can be defined. When you make an eflasher ROM you need to include the friendlyarm partition's path;
- Preparations
We tested the following Ubuntu versions that worked with a PC host:
1) ubuntu-16.04.5-desktop-amd64.iso
2) ubuntu-18.04.1-desktop-amd64.iso
If you cannot make a ROM under a Linux system with your PC host you'd better use either one of the above two systems we tested.
Before proceed make sure you have installed the following packages:
$ apt-get install tree exfat-utils dosfstools python3-tk
You need the root access right to make a ROM:
$ su root
- 为H3 系列的板子制作基于Uboot-2017 + Linux-4.14 的sd ROM(例如FriendlyCore/Debian/OpenWrt...)
事实上，对于Uboot-2017 + Linux-4.14版本的BSP，所有H3 系列的板子的sd ROM文件都是同一个。所以对于这个版本的BSP，所有H3 系列的板子的sd ROM 的制作命令是一样的。
这里以制作FriendlyCore sd ROM为例进行讲解，Debian、OpenWrt等sd ROM文件的制作方法是类似的。
假设你已经有一张带有FriendlyCore系统的SD卡，并且该SD卡的rootfs目录下已经包含了你自己的应用程序和设置。请将该SD卡插入PC机中，然后挂载SD卡的rootfs分区(假设挂载路径为rom-maker-lite/part2/h3/4.14/friendlycore/rootfs/, 请注意使用真实路径)，使用下面的命令可以生成你自己定制的ROM文件:
$ ./mkimage.sh -c 1 -m partmap/h3_linux-4.14/partmap.txt -d "misc/uboot-2017_h3/;part1/boot_linux-4.14_h3/;part2/h3/4.14/friendlycore/rootfs/"
如果有需要，可以将misc/uboot-2017_h3、part1/boot_linux-4.14_h3目录下的文件替换为你自己的定制文件，当然你也可以使用目录里自带的预编译系统文件，我们会不定期更新预编译系统文件，通过tree命令可查看有哪些可替换的系统文件:
$ tree misc/uboot-2017_h3/ part1/boot_linux-4.14_h3/ misc/uboot-2017_h3/ └── u-boot-sunxi-with-spl.bin part1/boot_linux-4.14_h3/ ├── boot.cmd ├── boot.scr ├── rootfs.cpio.gz ├── sun8i-h2-plus-nanopi-duo.dtb ├── sun8i-h3-nanopi-duo2.dtb ├── sun8i-h3-nanopi-m1.dtb ├── sun8i-h3-nanopi-m1-plus.dtb ├── sun8i-h3-nanopi-neo-air.dtb ├── sun8i-h3-nanopi-neo-core.dtb ├── sun8i-h3-nanopi-neo.dtb └── zImage
对于所有使用Linux-4.14 BSP的H3板子，使用的都是同一个partmap文件partmap/h3_linux-4.14/partmap.txt。
mkimage.sh执行成功后，会生成out/SD-bootable-1目录，其内容如下:
$ tree out/ out/ ├── SD-bootable-1 │ └── your_company │ ├── boot.img │ ├── info.conf │ ├── partmap.txt │ ├── rootfs.img │ └── u-boot-sunxi-with-spl.bin ├── SD-bootable-1.img
part1/boot_linux-4.14_h3/目录被制作成了boot.img，part2/h3/4.14/friendlycore/rootfs/被制作成了rootfs.img，SD-bootable-1.img则为最终的sd ROM文件，它等效于FriendlyElec 发布的nanopi-[h3]_sd_friendlycore-xenial_4.14_armhf_YYYYMMDD.img.zip，你可以用win32diskimager或者dd命令将SD-bootable-1.img烧写到SD卡中。
- 为H3 系列的板子制作基于Uboot-2011 + Linux-3.4 的sd ROM(例如FriendlyCore/Debian/OpenWrt...)
无论是基于什么版本的BSP，做rom的原理都是一样的，这里不再赘述。这里以制作NanoPi M1的FriendlyCore sd ROM为例进行讲解，Debian、OpenWrt等sd ROM的制作方法是类似的。
执行命令:
$ ./mkimage.sh -c 1 -m partmap/h3_linux-3.4/partmap.txt -d "misc/uboot-2011_m1/;part1/boot_linux-3.4_m1/;part2/m1/3.4/friendlycore/rootfs"
生成的SD-bootable-1.img等效于FriendlyElec 发布的nanopi-m1_sd_friendlycore-xenial_3.4_armhf_YYYYMMDD.img.zip，如果有需要，可以将对应目录下的文件替换为你自己的定制文件。对于所有使用Linux-3.4 BSP的H3板子，使用的都是同一个partmap文件partmap/h3_linux-3.4/partmap.txt。
以此类推，NanoPi M1 Plus 的sd ROM 制作命令如下:
$ ./mkimage.sh -c 1 -m partmap/h3_linux-3.4/partmap.txt -d "misc/uboot-2011_m1-plus/;part1/boot_linux-3.4_m1-plus/;part2/m1-plus/3.4/friendlycore/rootfs"
生成的SD-bootable-1.img等效于FriendlyElec 发布的nanopi-m1－plus_sd_friendlycore-xenial_3.4_armhf_YYYYMMDD.img.zip。NanoPi NEO / NanoPi NEO Air也是同样的道理，这样不再赘述。
- 为H3 系列的板子制作基于Uboot-2017 + Linux-4.14 的eflasher ROM
制作eflasher ROM的前提条件是已经成功制作出了FriendlyCore/Debian/OpenWrt等sd ROM，即已经有待烧写到eMMC的原材料文件，例如基于Uboot-2017 + Linux-4.14的FriendlyCore系统:
$ tree out/ out/ ├── SD-bootable-1 │ └── your_company │ ├── boot.img │ ├── info.conf │ ├── partmap.txt │ ├── rootfs.img │ └── u-boot-sunxi-with-spl.bin
假设你有一张带有eflasher 系统的SD卡，请将该SD卡插入PC机中，然后挂载SD卡的rootfs分区(假设挂载路径为part2/h3/4.14/eflasher/rootfs, 请注意使用真实路径)，然后通过以下命令就可以生成eflasher ROM:
$ ./mkimage.sh -c 2 -m partmap/h3_eflasher-4.14/partmap.txt -d "misc/uboot-2017_h3/;part1/boot_linux-4.14_h3/;part2/h3/4.14/eflasher/rootfs;out/SD-bootable-1/"
mkimage.sh执行成功后，会生成out/SD-bootable-2目录，其内容如下:
$ tree out/ out/ ├── SD-bootable-1 │ └── your_company │ ├── boot.img │ ├── info.conf │ ├── partmap.txt │ ├── rootfs.img │ └── u-boot-sunxi-with-spl.bin ├── SD-bootable-1.img ├── SD-bootable-2 │ └── your_company │ ├── boot.img │ ├── friendlyarm.img │ ├── info.conf │ ├── partmap.txt │ ├── rootfs.img │ └── u-boot-sunxi-with-spl.bin └── SD-bootable-2.img
SD-bootable-2.img即为最终的eflasher ROM文件，它等效于FriendlyElec 发布的nanopi-[h3]_eflasher_friendlycore-xenial_4.14_armhf_YYYYMMDD.img.zip。eflasher ROM能烧写什么系统到eMMC完全取决于out/SD-bootable-1/里包含了什么系统，你可以用win32diskimager或者dd命令将SD-bootable-2.img烧写到SD卡中。
5 制作H5 平台的系统映像
If you have a customized U-boot, Linux kernel and file system and want to use them to make a customized Linux image file(we call it "ROM" in the following sections) you can do it this way: use the "dd" command to copy all the data and files from an existing SD card with a Linux ROM, replace the U-boot, kernel or file system with your customzied files and use the "dd" command again to combine these files to a ROM. However this is inefficient. We suggest you use our rom-maker-lite utility to do it, which can be downloaded at rom-maker-lite.
The rom-maker-lite utility is a general tool to make a ROM. It currently supports making a Linux based sd/eflasher ROM for FriendlyElec's H3/H5 boards .Making an Android image is not supported yet.
- Run ./mkimage.sh to check usage info:
$ ./mkimage.sh Usage: $ apt-get install tree exfat-utils dosfstools python3-tk $ ./mkimage.sh -c <filesystem type> -m <partmap> -d "<misc dir>;<partition1 dir>;<partition2 dir>;..." -c <filesystem type>: 1: misc(bootloader) + fat32 boot.img + ext4 rootfs.img 2: misc(bootloader) + fat32 boot.img + ext4 rootfs.img + exfat friendlyarm.img 3: misc(bootloader) + ext4 boot.img + ext4 rootfs.img
Parameter Comment -c <filesystem type> -c specifies file systems' formats for the partitions in a ROM Image. Specifically for an H3/H5 based board:
-c 1 stands for "misc(bootloader) + fat32 boot.img + ext4 rootfs.img" and this applies to an sd ROM of FriendlyCore/Ubuntu/Debian/OpenWrt;
-c 2 stands for "misc(bootloader) + fat32 boot.img + ext4 rootfs.img + exfat friendlyarm.img" and this applies to an eflasher ROM.-m <partmap> -m specifies a partmap file for making a ROM.
A partmap file is used to specify the files and their sizes included in a ROM. ROMs made for different boards or BSPs may need different partmap files.-d "<misc dir>;<partition1 dir>;<partition2 dir>;..." -d specifies file system's path and each path is separated by a ";". Specifically for an H3/H5 based board:
<misc dir>: specifies the bootloader's path;
<partition1 dir>: specifies the boot partition's path;
<partition2 dir>: specifies the rootfs partition's path;
"..." means more paths can be defined. When you make an eflasher ROM you need to include the friendlyarm partition's path;
- Preparations
We tested the following Ubuntu versions that worked with a PC host:
1) ubuntu-16.04.5-desktop-amd64.iso
2) ubuntu-18.04.1-desktop-amd64.iso
If you cannot make a ROM under a Linux system with your PC host you'd better use either one of the above two systems we tested.
Before proceed make sure you have installed the following packages:
$ apt-get install tree exfat-utils dosfstools python3-tk
You need the root access right to make a ROM:
$ su root
- 为H5 系列的板子制作基于Uboot-2017 + Linux-4.14 的sd ROM(例如FriendlyCore/Debian/OpenWrt...)
事实上，对于Uboot-2017 + Linux-4.14版本的BSP，所有H5 系列的板子的sd ROM文件都是同一个。所以对于这个版本的BSP，所有H3 系列的板子的sd ROM 的制作命令是一样的。
这里以制作FriendlyCore sd ROM为例进行讲解，Debian、OpenWrt等sd ROM文件的制作方法是类似的。
假设你已经有一张带有FriendlyCore系统的SD卡，并且该SD卡的rootfs目录下已经包含了你自己的应用程序和设置。请将该SD卡插入PC机中，然后挂载SD卡的rootfs分区(假设挂载路径为rom-maker-lite/part2/h3/4.14/friendlycore/rootfs/, 请注意使用真实路径)，使用下面的命令可以生成你自己定制的ROM文件:
$ ./mkimage.sh -c 1 -m partmap/h5_linux-4.14/partmap.txt -d "misc/uboot-2017_h5/;part1/boot_linux-4.14_h5/;part2/h5/4.14/friendlycore/rootfs/"
如果有需要，可以将misc/uboot-2017_h5、part1/boot_linux-4.14_h5目录下的文件替换为你自己的定制文件，当然你也可以使用目录里自带的预编译系统文件，我们会不定期更新预编译系统文件，通过tree命令可查看有哪些可替换的系统文件:
$ tree misc/uboot-2017_h5/ part1/boot_linux-4.14_h5/ misc/uboot-2017_h5/ ├── sunxi-spl.bin └── u-boot.itb part1/boot_linux-4.14_h5/ ├── boot.cmd ├── boot.scr ├── Image ├── overlays │ └── sun50i-h5-gpio-dvfs-overlay.dtb ├── rootfs.cpio.gz ├── sun50i-h5-nanopi-k1-plus.dtb ├── sun50i-h5-nanopi-neo2.dtb ├── sun50i-h5-nanopi-neo-core2.dtb └── sun50i-h5-nanopi-neo-plus2.dtb
对于所有使用Linux-4.14 BSP的H5板子，使用的都是同一个partmap文件partmap/h5_linux-4.14/partmap.txt。
mkimage.sh执行成功后，会生成out/SD-bootable-1目录，其内容如下:
$ tree out/ out/ ├── SD-bootable-1 │ └── your_company │ ├── boot.img │ ├── info.conf │ ├── partmap.txt │ ├── rootfs.img │ ├── sunxi-spl.bin │ └── u-boot.itb ├── SD-bootable-1.img
part1/boot_linux-4.14_h5/目录被制作成了boot.img，part2/h5/4.14/friendlycore/rootfs/被制作成了rootfs.img，SD-bootable-1.img则为最终的sd ROM文件，SD-bootable-1.img则为最终的sd ROM文件，它等效于FriendlyElec 发布的nanopi-[h5]_sd_friendlycore-xenial_4.14_arm64_YYYYMMDD.img.zip，你可以用win32diskimager或者dd命令将SD-bootable-1.img烧写到SD卡中。
- 为H5 系列的板子制作基于Uboot-2014 + Linux-3.10 的sd ROM(例如FriendlyCore/Debian/OpenWrt...)
无论是基于什么版本的BSP，做rom的原理都是一样的，这里不再赘述。这里以制作NanoPi NEO2的FriendlyCore sd ROM为例进行讲解，Debian、OpenWrt等sd ROM的制作方法是类似的。
执行命令:
$ ./mkimage.sh -c 1 -m partmap/h5_linux-3.10/partmap.txt -d "misc/uboot-2014_neo2/;part1/boot_linux-3.10_neo2/;part2/neo2/3.10/friendlycore/rootfs"
生成的SD-bootable-1.img等效于FriendlyElec 发布的nanopi-neo2_sd_friendlycore-xenial_3.10_arm64_YYYYMMDD.img.zip，如果有需要，可以将对应目录下的文件替换为你自己的定制文件。对于所有使用Linux-3.10 BSP的H5板子，使用的都是同一个partmap文件partmap/h5_linux-3.10/partmap.txt。
以此类推，NanoPi NEO Plus2 的sd ROM 制作命令如下:
$ ./mkimage.sh -c 1 -m partmap/h5_linux-3.10/partmap.txt -d "misc/uboot-2014_neo-plus2/;part1/boot_linux-3.10_neo-plus2/;part2/neo-plus2/3.10/friendlycore/rootfs"
生成的SD-bootable-1.img等效于FriendlyElec 发布的nanopi-neo-plus2_sd_friendlycore-xenial_3.10_arm64_YYYYMMDD.img.zip
- 为H5 系列的板子制作基于Uboot-2017 + Linux-4.14 的eflasher ROM
制作eflasher ROM的前提条件是已经成功制作出了FriendlyCore/Debian/OpenWrt等sd ROM，即已经有待烧写到eMMC的原材料文件，例如基于Uboot-2017 + Linux-4.14的FriendlyCore系统:
$ tree out/ out/ ├── SD-bootable-1 │ └── your_company │ ├── boot.img │ ├── info.conf │ ├── partmap.txt │ ├── rootfs.img │ ├── sunxi-spl.bin │ └── u-boot.itb
假设你有一张带有eflasher 系统的SD卡，请将该SD卡插入PC机中，然后挂载SD卡的rootfs分区(假设挂载路径为part2/h5/4.14/eflasher/rootfs, 请注意使用真实路径)，然后通过以下命令就可以生成eflasher ROM:
$ ./mkimage.sh -c 2 -m partmap/h5_eflasher-4.14/partmap.txt -d "misc/uboot-2017_h5/;part1/boot_linux-4.14_h5/;part2/h5/4.14/eflasher/rootfs;out/SD-bootable-1"
mkimage.sh执行成功后，会生成out/SD-bootable-2目录，其内容如下:
$ tree out/ out/ ├── SD-bootable-1 │ └── your_company │ ├── boot.img │ ├── info.conf │ ├── partmap.txt │ ├── rootfs.img │ ├── sunxi-spl.bin │ └── u-boot.itb ├── SD-bootable-1.img ├── SD-bootable-2 │ └── your_company │ ├── boot.img │ ├── friendlyarm.img │ ├── info.conf │ ├── partmap.txt │ ├── rootfs.img │ ├── sunxi-spl.bin │ └── u-boot.itb └── SD-bootable-2.img
SD-bootable-2.img即为最终的eflasher ROM文件，它等效于FriendlyElec 发布的nanopi-[h5]_eflasher_friendlycore-xenial_4.14_arm64_YYYYMMDD.img.zip。eflasher ROM能烧写什么系统到eMMC完全取决于out/SD-bootable-1/里包含了什么系统，你可以用win32diskimager或者dd命令将SD-bootable-2.img烧写到SD卡中。
6 Update Log
6.1 Sep-14-2017
- Released English Version
6.2 Jan-30-2018
- Updated Section 3
