raspberry pi remote control xbmc

障碍时直行 if (in_left == GPIO.LOW): down() time.sleep(1) turn_right() time.sleep(1) n = n - 1 continue if (in_right == GPIO.LOW): down() time.sleep(1) turn_left() time.sleep(1) n = n - 1 continue if (in_right == GPIO.LOW in_left == GPIO.LOW): down() time.sleep(1) turn_right() //如果两侧都有障碍，就右转（个人喜好） time.sleep(1) n = n - 1 continuestop()

"/" that is, for example, the IP address of the Raspberry Pi is: 192.168.0.10 That with http://192.168.0.10:8080 access to our "/" route (bottle default port is 8080) Similarly, the path to the second route is "/cmd", which means that access to Http://192.168.0.10:8080/cmd accesses the second route The last sentence: run (host = "0.0.0.0") is called the bottle Run method, set up an HTTP server, so that we

TargetPress the button in the mobile app to open the bedroom door.Basic principleRaspberry Pi as a control device: It runs a Linux system, so it is powerful and provides a GPIO interface, so it is easy to control the physical door mechanism.Yeelink Platform as a cloud provider: it is very difficult to build your own Web server, Yeelink provides free internet of t

http://blog.csdn.net/qq_33259138/article/details/52143407"The client cannot establish a connection to the remote computer, the remote computer may not support the required FIPS security level," or "the client cannot connect to the remote computer because of a security setting error," When the computer is remote from it

hardware involved : Raspberry Pi and related kits, LED traffic lightsknowledge : Circuit Test Board, CanakitWhen you're ready, we can start. Use Raspberry Pi for LED prototype control.The first thing to understand is that access to all of the wires, resistors, and the lights that come with the kit need to be handled wi

Color control for RGB LEDs with Raspberry Pi RGBColor Modeis a color standard for industry. is through theRed (R),Green (G),Blue (B)Three ColorsChanneland they overlap each other to get a variety of colors, RGB is the representativeRed,Green,Bluethree channels of color. This standard almost contains all the colors that human vision can perceive, and is now the m

20171109Many of the online settings tutorials are older, so you can organize the way to share the nextAfter SSH is turned on, use the Putty connection.Installing X11VNCsudo apt-get install X11vncSet Passwordsudo x11vnc-storepasswd/etc/x11vnc.passAdding a self-starter configurationsudo nano/lib/systemd/system/x11vnc.servicePaste in[Unit] Description=start X11vnc at startup. After=multi-user.target[service]type=simpleexecstart=/usr/bin/x11vnc-auth Guess-forever-loop-noxdamage-repeat- Rfbauth/etc/x

Category: Raspberry Pi Linux2013-03-12 10:18 4288 People read Comments (1) favorite reports Directory (?) [+]1. Installing VNC[Plain]View Plaincopy sudo apt-get install Tightvncserver 2. Add a desktop[Plain]View Plaincopy Tightvncserver Set the password.3. Remote connection to the desktopDownload Vncviewerhttp://www.realvnc.com/dow

Yesterday made the control led, played the first, the rest of the feeling is very simple, here recordJust a couple of photos.Play the honey module only to find the law, generally this module, there will be three pins, VCC (3.3V or 5V power supply output PIN), GNC (for Gpio pin of GNC), out/(I/O) (corresponding to the gpio number of pins), if it is necessary to send information to the Raspberry

./mjpg_streamer-i"./input_uvc.so"-o"./output_http.so -w ./www" The instructions for starting the Raspberry Pi dedicated camera Raspicamera are: 1 ./mjpg_streamer-i"./input_raspicam.so"-o"./output_http.so -w ./www" Some cameras will have an error when executing this command, at least if you do not return to the command prompt at the end, and display "starting

Adafruit Raspberry Pi Tutorial Lesson five: Using the control cableTime 2014-05-09 01:11:20 geek Fan Original http://www.geekfan.net/9095/ Theme Raspberry Pi MacOS Linux This article is translated from adafruit.com by Geek fan-boyd Wang. Welcome to the Geek Translation team

For students to do a smart home tutorial: The use of Raspberry Pi as a server, we through the method of accessing the server, control the high and low level of the I/O port of the Raspberry Pi, I/O port connected on the relay (to achieve low voltage

Prepare Raspberry Pi Development Board ( Click here to purchase ) (has been brushed into the official Raspbian system ) USB to Serial board ( click here to buy ) DuPont Line (4 root) Connection 串口板 树莓派--------------------VCC +5V(非必须)RX TXD(GPIO15)TX RXD(GPIO14)GND Ground　　　　　Raspberry

Peanut Shell Map Raspberry PiReference:Http://www.cnblogs.com/EasonJim/p/6100181.htmlHttp://www.cnblogs.com/EasonJim/p/6100199.htmlSecond, the System Setup network card can wakeThird, configure the BIOSEnter BIOSIv. log in to the Raspberry Pi with puttyDownload Etherwakesudo apt-get install EtherwakeWake using command:sudo etherwake 12:32: E4: 12:55:12Note: The M

Linux+raspberry Pi+python* * For students to do a smart home tutorial:Using Raspberry Pi As a server, we have access to the server method, control the Raspberry Pi I/O port high and low

Annotated Source: http://www.cnblogs.com/einstein-2014731/p/5551846.htmlThe use of the C language Control Raspberry Pi 3B serial port, to achieve the purpose of using the serial port to send and receive data. Previously thought this serial port is the default to be formulated into a serial control

=========================Rpio2 General Usage:SynchronouslyConst Gpio = require ('./lib/index.js'). Gpio; Const New Gpio (gpio.open); (gpio.output); for (var0; i++) { gpio.toggle (); Gpio.sleep (+);} Gpio.close ();AsynchronouslyConstGpio = require ('.. /lib/index.js'). Gpio;ConstGpio =NewGpio ( +); Gpio.open (gpio.output);voidfunction Loop () {Promise.resolve (Gpio.toggle ()). Then (Gpio.sleep.bind (NULL, -,true) . Then (Loop)} ();p Rocess.on ("SIGINT", function () {gpio.close (); Console

(decorated with @ post) The first route is very simple, that is, reading the index template (the template is html) and sending it to the client (browser), because the path is "/", that is, for example, the IP address of Raspberry Pi is 192.168.0.10. Use http: // 192.168.0.10: 8080 to access our "/" route (the default port of the bottle is 8080) Similarly, the second route path is "/cmd", that is, access ht

tube. The pin is also attached to any of the Raspberry Pi's gpio ports. OE is the output enable PIN, which is also common in other chips. The function is to control whether the data in the latch is ultimately output to the Q0-Q7 output pin. Low-power output, high-power normally not output (neither high-level, nor low-level but high-impedance state, no power). In order to facilitate direct connection to

1. Effect display2. Hardware devicesIn a treasure bought a 4-bit common yin digital tube. 4 Number of common one cathode, altogether 12 pins. One of the 6,8,9,12 is a common-yin pin.　　Each number consists of A-g 7 diodes and a point DP. Because it is bought online without detailed device manuals, you can only test the pin and the digital diode on the corresponding relationship.　　You can see that the number 12th pin corresponds to the first digit of the common yin pin, the number 1th pin correspo