how to embed photo in indesign

/********************************************************************* Name: touchscreen.c* Author: d* Time: 2015.11.23* function: * Touch screen driver, because the MINI2440 uses a first-line touch, and not four-wire resistive touch, touch screen * drive is not available. ********************************************************************//***************************************** Macro Definition ********************************************************************/#define Intmsk ((* (volatile

Recently, due to work needs, I have studied how to embed a third-party control into a toolstrip control and provide support in design-time. The following describes how to embed the system monthcalendar control into the toolstrip control. The following two images show the final appearance. Run-time: 1 Design-time: 1

option-staticExample: gcc–static hello.c–o HelloMaking a library of static functions1. Compile into intermediate file gcc–c Mylib.c–o mylib.o2. Packaged into a static function library ar cqs LIBMYLIB.A mylib.o3. Copy the prepared LIBMYLIB.A into the/usr/libUsing the static function library-LNAME:GCC when linking, only the C function library is linked by default, and for other libraries, you need to use the-l option to indicate that a link needs to be displayed.Example: Gcc–hello.c–lmylib–o Hell

Embedded Linux Development DirectionUnderlying:KernelDrivenBootloaderApplication:Have UI:ANDROID,QTNo UI: Web applicationsNetwork Secure transmission SystemThe server runs on a PC Linux system and the client runs in the Development Board. The client can upload the file to the server or download it from the server.System model1. Server1.1. Account Management SubsystemEmbedded database2.2. Transmission SubsystemOpenSSL encryption transfer mechanismThread Pool Technology Optimization2. Client2.1. T

************************************************************ /unsigned Short lcdbuffer[hight][width]; Frame buffer 320*240*2 byte/********************************************************************* name: init_lcd* function: Initialize LCD display * /void Init_lcd () {unsigned long lcdbank; LCDSADDR1[29:21] Frame buffer start Address 30:22-bit unsigned long lcdbaseu; LCDSADDR2[20:0] Frame buffer start address 21:1 bit unsigned long lcdbasel; LCDSADDR2[20:0] Frame buffer End addres

; wrdata.msgs[0].buf[1] =123; Wrdata.nmsgs=1; //Write message dataIOCTL (FD, I2C_RDWR, (unsignedLong) (wrdata)); printf ("Wrdata is%d\n", wrdata.msgs[0].buf[1]); //Release Write MessageFree (wrdata.msgs[0].buf); Free (WRDATA.MSGS); //construct Read MessageIic_data Rddata; Rddata.msgs= (IIC_MSG *) malloc (2*sizeof(iic_msg)); rddata.msgs[0].ADDR =0x50; rddata.msgs[0].flags =0; rddata.msgs[0].len =1; rddata.msgs[0].buf = (unsignedChar*) malloc (1*sizeof(unsignedChar)); rddata.msgs[0].buf[0]

SPI Controller WorkflowThe SPI Controller provides 2 SPI interfaces. Each SPI interface has two channels, the TX channel and the RX channel, respectively. The CPU writes the data to the FIFO, writes the data to the Spi_tx_data register, so that the contents of this register are automatically moved to the sending FIFO, and if the CPU is going to read the data from the receiving FIFO, it accesses the register spi_rx_data, The data that receives the FIFO is then automatically moved to the Spi_rx_da

BoardThe/sys/bus/i2c/devices/0-0050/eeprom file is the EEPROM device file registered by the kernel. 0x50 corresponds to 0-0050 folder, 24c08 corresponding EEPROM file.I2capp.c#include #include#include#include#includeintMainintargcChar**argv) { //Open File intFD; FD= Open ("/sys/bus/i2c/devices/0-0050/eeprom", O_RDWR); if(FD 0) {printf ("error\n"); return-1; } //Write Data inti; unsignedCharwrdata[Ten]; for(i =0; I Ten; i++) {Wrdata[i]=i; } lseek (FD,0, Seek_set); Write (FD, Wrd

};/********************************************************************* Module Installation *********************************** **********************************///Loading ModulesStatic intLed_init () {//registering the device structureCdev_init (chrdev, led_fops); //registering a master device numberAlloc_chrdev_region (devnum,0,1,"myled"); //Add Device StructureCdev_add (chrdev, Devnum,1); return 0;}//Uninstalling the moduleStatic voidLed_exit () {//Unregister device StructureCdev_del (Chrde