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ANYTOISO 3.7.1 REG HOW TO
Since the operating system will use the compatible value to make decisions about how to run on the machine, it is very important to put correct data into this property. It is important to specify the exact device, and to include the manufacturer name to avoid namespace collisions. At this stage you want to uniquely identify the machine.Ĭompatible specifies the name of the system. This is the bare minimum structure required for a valid device tree. The first step is to lay down a skeleton structure for the machine. i2c controller based at 0x10160000 with following devices.SMC SMC91111 Ethernet device attached to external bus based at 0x10100000.External bus bridge with following devices.MMC slot with SS pin attached to GPIO #1.SPI controller based at 0x10170000 with following devices.
ANYTOISO 3.7.1 REG SERIAL
processor local bus attached to memory mapped serial port, spi bus controller, i2c controller, interrupt controller, and external bus bridge.To understand how the device tree is used, we will start with a simple machine and build up a device tree to describe it step by step.Ĭonsider the following imaginary machine (loosely based on ARM Versatile), manufactured by "Acme" and named "Coyote's Revenge": Commas are also used to create lists of strings:.Data of differing representations can be concatenated together using a comma:.Binary data is delimited with square brackets:.'Cells' are 32 bit unsigned integers delimited by angle brackets:.Text strings (null terminated) are represented with double quotes:.While data types are not encoded into the data structure, there are a few fundamental data representations that can be expressed in a device tree source file. Properties are simple key-value pairs where the value can either be empty or contain an arbitrary byte stream. a bunch of properties scattered through the tree.a couple of children for node1: " child-node1" and " child-node2".a couple of child nodes: " node1" and " node2".This tree is obviously pretty useless because it doesn't describe anything, but it does show the structure of nodes and properties. no '0x' prefix is requiredĪ-cell-property = /* each number (cell) is a uint32 */
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dts format:Ī-string-list-property = "first string", "second string" For example, the following is a simple tree in the. Properties are key-value pairs, and node may contain both properties and child nodes. The device tree is a simple tree structure of nodes and properties.