newton板已经发布了，下面接着整理我调试的一个小小的方面，蓝牙的功能实现以及测试：

转载请注明出处：http://blog.csdn.net/wang_zheng_kai

下面是我写的newton开发板中bluetooth阅读文档README的一部分。

197 6)Bluetooth pairing:agent -a hci0 0000 xx:xx:xx:xx:xx:xx
198 
199         1>Match other Bluetooth devices
200 
201         eg:
202 
203         [root@Ingenic /]# agent -a hci0 0000 78:CA:04:81:74:6F
204         FPincode request for device /org/bluez/118/hci0/dev_78_CA_04_81_74_6F
205         Agent has been released
206 
207         /*Note: 0000 is pin code,and 78:CA:04:81:74:6F is the MAC Address of target Bluetooth device.*/
208 
209         2>matched by Other devices
210 
211         /*
212         *Creat "pincodes" file under /usr/share/Bluetooth/var/lib/blutooth/xx:xx:xx:xx:xx:xx/,the contents are as follows: "yy:yy:yy:yy:     yy:yy zzzz".then the device can be matched.
214         */

216 7)File transfer
217 
218         1>Send the file
219 
220         /*Note: Before the test, please get the Channel Number of target device‘s OPUSH(0x1105) service.*/
221 
222         eg:
223                                                                                                                                          
224         [root@Ingenic /]# sdptool browse 49:F2:1C:4E:66:12
225         Service Name: OBEX Object Push
226         Service RecHandle: 0x10019
227         Service Class ID List:
228         "OBEX Object Push" (0x1105)
229         Protocol Descriptor List:
230         "L2CAP" (0x0100)
231         "RFCOMM" (0x0003)
232         Channel: 4
233         "OBEX" (0x0008)
234 
235         /*Note: We can known that the Channel Number of the OPUSH(0x1105) service that the device‘s MAC is "49:F2:1C:4E:66:12" is 4.*/
236 
237         [root@Ingenic /]# obex_test -b 49:F2:1C:4E:66:12 4
238         Using Bluetooth RFCOMM transport
239         OBEX Interactive test client/server.
240 
241         > c                                             //connect
242 
243         Connect OK!
244         Version: 0x10. Flags: 0x00
245 
246         > x                                             // Send the file
247 
248         PUSH filename>123.wav                           // File name
249 
250         >q                                              //exit
251 
252         2>Accept files
253 
254         /*
255         *first,you need to add local OPUSH service please excute this command : sdptool add OPUSH
256         *and then get the Channel Number of local device‘s OPUSH(0x1105) service.
257         */
258 
259         [root@Ingenic /opt]# sdptool add OPUSH
260         OBEX Object Push service registered
261 
262         [root@Ingenic /]# sdptool browse local

263         Service Name: OBEX Object Push
264         Service RecHandle: 0x10019
265         Service Class ID List:
266         "OBEX Object Push" (0x1105)
267         Protocol Descriptor List:
268         "L2CAP" (0x0100)
269         "RFCOMM" (0x0003)
270         Channel: 9
271         "OBEX" (0x0008)
272 
273         /*Note: You can known that the Channel Number of local device‘s OPUSH(0x1105) is 9.*/
274 
275         [root@Ingenic /etc]# obex_test -b local 9
276         Using Bluetooth RFCOMM transport
277         OBEX Interactive test client/server.
278 
279         > s        /* First register server */
280         Timeout while doing OBEX_HandleInput()
281 
282         >s        /*recive file*/
283 
284         >q        /* exit */
285 
286 8)Read the original HCI data in the background
287 
288         eg:
289         [root@Ingenic /etc]#hcidump -Xt&
290 
291 /*Writed by zkwang_bj@ingenic.cn*/