4 .. contents:: Table of Contents
8 MIC offers three major functions:
10 - creating an image with different format
11 - converting an image to another format
12 - chrooting into an image
16 You can also use `$ mic --help` or `$ mic <subcmd> --help` to get the help message.
24 - using '--help' option
29 * mic create loop --help
30 * mic create help loop
32 Image formulation support
33 -------------------------
36 * Each loop corresponds to one partition
37 * A file system will be created inside the image
38 * For a configuration with multiple partitions, which is specified in the kickstartfile, mic will generate multiple loop images
39 * And multiple loop images can be packed into a single archive file
43 * “raw” format means something like hard disk dumping
44 * Including partition table and all the partitions
45 * The image is bootable directly
49 * Mainly used for an ia32 build, it can be burned to CD or usbstick, which can be booted into a live system or installation UI
53 * “fs” means file-system
54 * mic can install all the Tizen files to the specified directory, which can be used directly as chroot env
59 - Command line for image creation:
63 mic create(cr) SUBCOMMAND <ksfile> [OPTION]
66 - Sub-commands, to specify image format, include:
70 help(?) give detailed help on a specific sub-command
71 fs create fs image, which is also a chroot directory
72 loop create loop image, including multi-partitions
76 The kickstart file is a simple text file, containing a list of items about image partition, setup, Bootloader, packages to be installed, etc, each identified by a keyword.
78 In Tizen, the released image will have a ks file along with image. For example, you can download the ks file from: http://download.tizen.org/releases/weekly/tizen/mobile/latest/images/...
84 -h, --help Show this help message and exit
85 --logfile=LOGFILE Path of logfile
86 -c CONFIG, --config=CONFIG
87 Specify config file for MIC
88 -k CACHEDIR, --cachedir=CACHEDIR
89 Cache directory to store downloaded files
90 -o OUTDIR, --outdir=OUTDIR
93 Specify repo architecture
94 --release=RID Generate a release of RID with all necessary files.
95 When @BUILD_ID@ is contained in kickstart file, it
96 will be replaced by RID.
97 --record-pkgs=RECORD_PKGS
98 Record the info of installed packages. Multiple values
99 can be specified which joined by ",", valid values:
100 "name", "content", "license".
101 --pkgmgr=PKGMGR Specify backend package manager
102 --local-pkgs-path=LOCAL_PKGS_PATH
103 Path for local pkgs(rpms) to be installed
104 --pack-to=PACK_TO Pack the images together into the specified achive,
105 extension supported: .zip, .tar, .tar.gz, .tar.bz2,
106 etc. by default, .tar will be used
107 --copy-kernel Copy kernel files from image /boot directory to the
108 image output directory.
114 --runtime=RUNTIME_MODE
115 Sets runtime mode, the default is bootstrap mode, valid
116 values: "bootstrap". "bootstrap" means mic uses one
117 tizen chroot environment to create image.
118 --compress-image=COMPRESS_IMAGE (for loop & raw)
119 Sets the disk image compression. Note: The available
120 values might depend on the used filesystem type.
121 --compress-disk-image=COMPRESS_IMAGE
122 Same with --compress-image
124 Whether to shrink loop images to minimal size
125 --generate-bmap (for raw)
126 Generate the block map file
136 This command is used to chroot inside the image. It's a great enhancement of the chroot command in the Linux system.
142 mic chroot(ch) <imgfile>
148 -h, --help Show this help message and exit
149 -s SAVETO, --saveto=SAVETO
150 Save the unpacked image to a specified dir
158 mic ch -s tizenfs tizen.usbimg
162 This command is used for converting an image to another format.
169 mic convert(cv) <imagefile> <destformat>
175 -h, --help Show this help message and exit
176 -S, --shell Launch shell before packaging the converted image
182 mic cv tizen.usbimg livecd
187 How to create an image
188 ~~~~~~~~~~~~~~~~~~~~~~~
190 **Prepare kickstart file**
192 To create an image, you need a proper ks file.
193 Here's a simple example:
196 # filename: tizen-min.ks
199 timezone --utc America/Los_Angeles
201 part / --size 1824 --ondisk sda --fstype=ext3
204 bootloader --timeout=0 --append="rootdelay=5"
206 desktop --autologinuser=tizen
207 user --name tizen --groups audio,video --password 'tizen'
209 repo --name=Tizen-base --baseurl=http://download.tizen.org/snapshots/trunk/latest/repos/base/ia32/packages/
210 repo --name=Tizen-main --baseurl=http://download.tizen.org/snapshots/trunk/latest/repos/main/ia32/packages/
212 %packages --ignoremissing
217 rm -rf /var/lib/rpm/__db*
224 The ks file above can be used to create a minimum Tizen image. For other repositories, you can replace with the appropriate repository url. For example:
227 repo --name=REPO-NAME --baseurl=https://username:passwd@yourrepo.com/ia32/packages/ --save --ssl_verify=no
229 **Create an loop image**
231 To create an image, run MIC in the terminal:
234 $ sudo mic create loop tizen-min.ks
236 How to add/remove packages
237 ~~~~~~~~~~~~~~~~~~~~~~~~~~
239 You can specific the packages you plan to install in the '%packages' section in ks file. Packages can be specified by group/pattern or by individual package name. The definition of the groups/pattern can be referred to in the repodata/\*comps.xml or repodata/pattern.xml file at the download server. For example: http://download.tizen.org/snapshots/latest/repos/base/ia32/packages/repodata/_.
241 The %packages section is required to end with '%end'. Also, multiple '%packages' sections are allowed. Additionally, individual packages may be specified using globs. For example:
246 @Tizen Core # add a group named Tizen Core, and all the packages in this group would be added
247 e17-* # add all the packages with name starting with "e17-"
248 kernel # add kernel package
249 nss-server.armv7hl # add nss-server with arch armv7hl
250 -passwd # remove the package passwd
254 Use local rpm package
255 ~~~~~~~~~~~~~~~~~~~~~
257 "How can I install my own rpm into the image, so I can test my package with the image?"
258 In such a case, using local package path would be very helpful. For example, if your rpm 'hello.rpm' is under directory 'localpath', run MIC like below:
262 $ sudo mic create loop test.ks --local-pkgs-path=localpath
264 From the output, MIC will tell you "Marked 'hellop.rpm' as installed", and it will install hello.rpm in the image. Be sure your rpm is not in the repo of ks file and that your rpm's version is newer or equal to the repo rpm version.
269 **Proxy variable in bash**
271 It's common to use the proxy variable in bash. In general, you can set the following environment variables to enable proxy support:
275 export http_proxy=http://proxy.com:port
276 export https_proxy=http://proxy.com:port
277 export ftp_proxy=http://proxy.com:port
278 export no_proxy=localhost,127.0.0.0/8,.company.com
280 You don't need all the variables. Check what you do need. When your repo url in your ks file starts with 'https', MIC will use https_proxy. Be especially aware of when you set no_proxy (it indicates which domain should be accessed directly). Don't leave blank space in the string.
282 Because MIC needs sudo privilege, set /etc/sudoers, to keep the proxy environment, and add those proxy variables to "env_keep":
286 Defaults env_keep += "http_proxy https_proxy ftp_proxy no_proxy"
288 Note: Use "visudo" to modify /etc/sudoers
290 However, if you don't want to change your /etc/sudoers, there is an alternative for you to set the proxy in mic.conf. See the next section.
292 **Proxy setting in mic.conf**
294 The proxy environment variables may disturb other program, so if you would like to enable proxy support only for MIC, set the proxy in /etc/mic/mic.conf like this:
299 ; settings for create subcommand
301 cachedir= /var/tmp/mic/cache
304 proxy = http://proxy.yourcompany.com:8080/
305 no_proxy = localhost,127.0.0.0/8,.yourcompany.com
307 **Proxy setting in ks file**
309 It's likely that you will need to enable proxy support only for a special repo url, and other things would remain at their existing proxy setting.
310 Here's how to handle that case:
314 repo --name=oss --baseurl=http://www.example.com/repos/oss/packages --proxy=http://host:port
318 When some important packages (like rpm) of the distribution (Tizen) is much different with native environment, the image created by native environment may be not bootable. Then a bootstrap environment will be required to create the image.
320 To create an image of one distribution (Tizen), MIC will create a bootstrap for this distribution (Tizen) at first, and then create the image by chrooting this bootstrap. This way is called "Bootstrap Mode" for MIC. And from 0.15 on, MIC will use this mode by default.