struct bus_type platform_bus_type bus_register(&platform_bus_type);

Slides:



Advertisements
Similar presentations
CSI 400/500 Operating Systems Spring 2009 Lecture #14 – Device Management and Drivers Monday, March 23 rd, 2009.
Advertisements

purpose Search : automation methods for device driver development in IP-based embedded systems in order to achieve high reliability, productivity, reusability.
Lecture for Lab 3, Exp1 of EE505 (Developing Device Driver) T.A. Chulmin Kim CoreLab. Mar, 11, 2011 [XenSchedulerPaper_Hotcloud-commits] r21 - /
USERSPACE I/O Reporter: R 張凱富.
What’s in a device driver?. Role of the OS Protect data and resources (file permissions, etc.) Provide isolation (virtual memory, etc.) Abstract away.
Chapter 14 The Linux Device Model
Lists: array implementation list_size = 5 lst Obj 1Obj 2Obj 3Obj 4Obj 5.
USB Driver and Linux Device Model
Linux Device Model Part 2
Data Structures in the Kernel Sarah Diesburg COP 5641.
Phonological Probe Phonological Probe – Item 1 Phonological Probe – Item 2.
Data Structures - Queues
Real-time Systems Lab, Computer Science and Engineering, ASU Linux Input Systems (ESP – Fall 2014) Computer Science & Engineering Department Arizona State.
Chapter 8: Data Abstractions Senem Kumova Metin. 8-2 Chapter 8: Data Abstractions 8.1 Basic Data Structures – Arrays – Lists, Stacks, Queues – Trees 8.2.
Overview OLE/POS Supports Windows95™/WinNT™ Easy Handling for End-Users POS Application development gets faster.
Attribute Grammar Examples and Symbol Tables Compiler Design Lecture (02/23/98) Computer Science Rensselaer Polytechnic.
指導教授 : 蔡亮宙 報告者 : 黃柏愷. Outline Introduction Hardware platform Software platform Design of driver program Traditional keyboard driver The first improved.
Lecture 2: Linux devices Roei Ben-Harush Agenda 1 1 Linux Devices About next Assignment Roei Ben-Harush 2015 Reminder.
Kernel Modules. Kernel Module Pieces of code that can be loaded and unloaded into the kernel upon demand. Compiled as an independent program With appropriate.
Magellan Space Probe
Linux Device Model Part 1
Software Chapter 2. Basic Types of Software System software - provides an environment in which the application software can run Applications software.
 Head pointer  Last node  Build a complete linked list  Node deletion  Node insertion  Helpful hints.
Mini Control System Made By: Yaron Adler Supervisor: Boaz Mizrahi.
Lab - 11 Keerthi Nelaturu. Ordered Structure Using Doubly linked list All elements in the list are arranged in an order Implement the Ordered Structure.
Linux kernel TLV meetup, Kfir Gollan. What is hardware probing? Different approaches for detecting hardware Probing in the linux kernel.
 Review building a complete linked list  List traversal in main ( )  List traversal using a function.
MPICH.NT Design of the Windows NT device. Introduction n Port MPICH to NT quickly n Emulate the P4 device.
Lecture 3 Module Programming and Device Driver (Homework#1 included) Kyu Ho Park Sept. 15, 2015.
Question and Answer. TRUE or FALSE? The Houses were made out of bricks.
5 、古 诗 两 首 人教版第七册第五课 陆游 山西村:村庄名,在今浙 江绍兴鉴湖附近 。 学习生字 莫 腊 浑 疑 豚莫 腊 浑 疑 豚.
Linux Sound Drivers Framework
Truck Stock Phase 1 Goal: Johnstone customers or delivery drivers are provided with the ability to build orders with handheld devices. The order is created.
FIGURE 4.1 SOC System Overview.. FIGURE 4.2 Memory Map Representation for an Intel Platform.
Make sentence bus stop different classmate far means miss nice parent pretty unhappy.
Deep Root Systems, LLC Runtime Power Management Kevin Hilman Deep Root Systems, LLC ELC Europe 2010 Cambridge, UK.
1 Linux SD/MMC Driver Stack Champ Yen
Linux Device Model A device model after 2.5
Interrupts and Interrupts Handling
GPIO Driver and Driver Binding
Lecture 3 Module Programming and Device Driver (Homework#1 included)
Kristen Carlson Accardi
The recruitment process
Future Trends of IVI and the Connected Vehicle
Designing and Installing a Network
ENEE150 Discussion 09 Section 0101 Adam Wang.
Chapter 6 – Routing.
Linux Kernel Driver.
The PCI bus (Peripheral Component Interconnect ) is the most commonly used peripheral bus on desktops and bigger computers. higher-level bus architectures.
Style should be done using CSS.
Call to Fix HP Printer Installation Error Code 1603
Dismissal Staff Quick Start Guide
Introduction to Linux Device Drivers
كيــف تكتـب خطـة بحـث سيئـة ؟؟
الدكتـور/ عبدالناصـر محمـد عبدالحميـد
Sequences 11/27/2018 1:37 AM Singly Linked Lists Singly Linked Lists.
كار همراه با آسودگي و امنيت
Initializing Objects.
UNC 0407 Analysis Scope - Update
The Wheels on the Bus!.
Too Much Milk With Locks
Who rode the bus?.
PowerPoint by Karen Cox
NATIONAL PARK ADVENTURE
It is important to go to school.
Introduction to Linux Device Drivers
BY PROF. IRSHAD AHMAD LONE.
Hair Removal Methods: What's Effective and What's Not.
“Class IX Front and Close-proximity Passenger-side”
PROCEDURE TO UPLOAD THE SELF AUDIT IN “CONSTRUCTION21
Presentation transcript:

add@/sys/bus/platform/drivers nt-keypad struct bus_type platform_bus_type bus_register(&platform_bus_type); struct device_driver aesop_device_driver name "platform" .dev_attrs platform_dev_attrs .match platform_match .uevent platform_uevent .p subsys list name "platform" kobj entry parent kset ktype container_of(n, struct klist_node, n_node); n - (int)&((struct klist_node*)0)-> n_node sysfs_dirent kref 3 state_initialized 1 state_in_sysfs 1 state_add_uevent_sent state_remove_uevent_sent uevent_ops .sysfs_ops &bus_sysfs_ops drivers_kset devices_kset klist_devices_get klist_devices_put klist_devices klist_drivers drivers_autoprobe 1 bus subsys list subsys list name "driver" name "device" kobj entry entry kobj parent parent kset kset ktype ktype sysfs_dirent sysfs_dirent kref 3 kref 2 state_initialized state_initialized 1 1 state_in_sysfs name 1 state_in_sysfs 1 "nt-keypad" state_add_uevent_sent bus state_add_uevent_sent 1 state_remove_uevent_sent state_remove_uevent_sent probe aesop_keypad_probe uevent_ops remove uevent_ops aesop_keypad_remove p struct driver_private struct driver_private name kobj name "nt-keypad" "nt-keypad" kobj name entry "nt-keypad" entry parent parent kset kset kobj_type .sysfs_ops .sysfs_ops &driver_sysfs_ops &dev_sysfs_ops kobj_type sysfs_dirent sysfs_dirent kref 1 state_initialized kref 2 1 state_initialized state_in_sysfs 1 1 state_in_sysfs state_add_uevent_sent 1 state_add_uevent_sent state_remove_uevent_sent klist_children_get klist_children_put state_remove_uevent_sent klist_devices klist_children n_klist knode_bus n_node n_klist knode_parent n_node n_ref 1 driver head data end n_ref tail n_klist add@/sys/bus/platform/drivers nt-keypad knode_driver n_node n_ref DEVPATH=/sys/bus/platform/drivers ACTION="add" SUBSYSTEM="nt-keypad" n_klist knode_bus n_node n_ref parent type bus driver

vi /usr/src/linux/arch/arm/mach-s5pc100/mach-smdkc100.c static struct platform_device *smdkc100_devices[] __initdata = { ... &s3c_device_ts, &s3c_device_adc, } platform_add_devices(smdkc100_devices, ARRAY_SIZE(smdkc100_devices)); platform_device_register(struct platform_device *pdev); __mach_desc_SMDKC100