MediaWiki API result

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            "*": "Subscribe to the mediawiki-api-announce mailing list at <https://lists.wikimedia.org/mailman/listinfo/mediawiki-api-announce> for notice of API deprecations and breaking changes."
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            "11": {
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                "title": "Releases",
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                        "*": "<b>Operating systems for pico-SAM9G45 board</b>\n{{Android & Angstrom Releases}}\n<br>\nIf you don't want to use the pre-build images and want to create your own kernel configuration, please see [[Compiling_from_sources|this page]]<br>\nalso we released on gitorious.org the sources of [http://gitorious.org/picopc-android-gingerbread Android 2.3 OS: \"Gingerbread\"] for picoSAM9G45 development board\n<br><br>\n{{gallery Gingerbread in action}}\n<br><br>\n<b>PDF manual for picoSAM9G45 board</b><br>\n[https://resources.mini-box.com/online/pico-SAM9G45/manual/Mini-Box-pico-SAM9G45-manual.pdf Download] on-line manual (PDF format)\n<br><br>\n<b>picoSAM9G45 board schematics</b><br>\n{{Schematics}}\n<br><br>\n<b>3D renders</b> of pico-SAM9G45 board and the plastic enclosure with multiple mounting options<br>\n\n*[https://arm.mini-box.com/images/3D/pico-SAM9G45-3D-renders.zip Download] the zip archive which contain the SolidWorks eDrawings \".exe\" files;\n*The free viewer is embedded by default in the exe file. If you want to install it on your computer, you can download it from SolidWorks  [http://www.solidworks.com/sw/support/edrawings/e2_downloadcheck.htm website];\n*Unzip the archive in a folder of your choice and run the one of the exe files;\n*Multiple mounting options examples views can be switched from the bottom tab menu and different angles of view can be accessed using: <b>Tools - Reorder Views...</b>\n<br>\n<b>Hi-res images</b><br>\n[https://arm.mini-box.com/images/hi-res/pico-SAM9G45-hi-res.zip Download] zip archive."
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            "34": {
                "pageid": 34,
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                "title": "Using dd",
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                        "*": "=Identifying the microSD device name=\npico-SAM9G45 can boot an operating system from the microSD card slot on the back of the board. See [http://arm.mini-box.com/index.php?title=Installing_the_microSD installing the microSD page] for mounting info.<br>\nTo install the operating system to microSD, you will need to connect the microSD card through a USB card reader to a computer follow the steps below.\n\n==Windows XP==\nIn this example we used a 1GB micro SD card.<br>\nDownload [http://www.chrysocome.net/dd dd.exe]<br>\nOpen up a command prompt. Change to the directory where dd.exe is unpacked and run:<br> \n\n<pre style=\"font-size: medium\">\ndd --list --filter=removable\n</pre>\nThis command lists only the removable devices attached to the PC.<br>\nA sample output should contain, on the last few lines, something similar with:\n<pre style=\"font-size: medium\">\n\\\\?\\Device\\Harddisk6\\Partition0\nlink to \\\\?\\Device\\Harddisk6\\DR27\nRemovable media other than floppy. Block size = 512\nsize is 988282880 bytes\n</pre>\nIn our example the microSD device name is: '''\\\\?\\Device\\Harddisk6\\DR27'''<br>\nPlease pay attention if your card reader has multiple slots and choose the right volume. Usually, it's the last one from the list showing the actual size of the microSD card in bytes<br>\nUse this command to write the image to the microSD card:\n<pre>\ndd.exe if=<image name> of=<your microSD device name> bs=512 --progress\n</pre>\nwhere:<br>\n''[http://en.wikipedia.org/wiki/Dd_(Unix)#Block_size bs]'' is the block size.<br>\n''--progress'' option will print the status of the bytes written on the microSD card.\n\n==Linux OS==\nIn this example we used a 4GB micro SD card.<br>\nTo identify the device name plug a microSD card in a USB card reader  and issue a [http://www.linfo.org/dmesg.html dmesg] command on your linux box terminal.<br> \nA sample output should contain, on the last few lines, something similar with:\n\n<pre style=\"font-size: medium\">\nsd 8:0:0:3: [sdf] Attached SCSI removable disk\nsd 8:0:0:3: [sdf] 7677952 512-byte logical blocks: (3.93 GB/3.66 GiB)\n</pre>\n\nIn our example the microSD device name is '''/dev/sdf'''\n\n=Writing the OS image to the microSD=\nThe prebuilt images available for download [http://arm.mini-box.com/index.php?title=Releases here], must be unpacked with unzip <file_name> and then written on the microSD card using the [http://en.wikipedia.org/wiki/Dd_(Unix) dd command] in Linux environment.<br>\nExample:\n<pre style=\"font-size: medium\">\nsudo dd if=<image name> of=<your microSD device name> bs=1M\n</pre>\nNote that the \"--progress\" option is not available on all Linux distributions.<br>\nTo see progress on distros that don't supply the option, open a second terminal and find the PID of your command by looking for part of the image name.<br>\nExample:\n<pre style=\"font-size: medium\">\nps aux | grep angstrom\n</pre>\nYou will see something similar to:\n<pre style=\"font-size: medium\">\nroot     15200 17.0  0.0  12068  1676 pts/0    D+   12:36   0:00 dd if=angstrom-gpe-2011-10-12.img of=/dev/sdi bs=1M\n</pre>\nSo the PID is 15200.  Now in the second terminal you can enter \n<pre style=\"font-size: medium\">\nsudo kill -USR1 15200\n</pre>\ndd will respond by showing the progress.\n\nOr easier (note the <b>&</b> at the end of first command): \n<pre style=\"font-size: medium\">\ndd if=<image name> of=<your microSD device name> &\nwatch -n 5 -e kill -USR1 $! || echo \"Done writing\"\n</pre>"
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