請先看『使用說明』

From LEXWiKi

The Sample code source you can download from

<Google Drive>

Binary file(64 bit): F75113_SMBUSv1.0.2L_Bin

<FTP>

Binary file(64 bit): F75113_SMBUSv1.0.2L_Bin

We do the demo test with a test tool which DIx connect to DOx with Relay.

libF75113 DLL

<Google Drive> DLL file: libF75113

<FTP> DLL file: libF75113

libF75113 DLL Sample Code

<Google Drive> Source file: F75113_SAMPLE_CODE

<Google Drive> Binay file: F75113_SAMPLE_BIN

<FTP> Source file: F75113_SAMPLE_CODE

<FTP> Binay file: F75113_SAMPLE_BIN

MB Support List

edit table

How to use this Demo Application

Before you use this

please enter F75113set.sh and read the Readme.txt enter command

after all you can open the program

1. Press the "Test" button to test CIO1 function

2. Press the "C2test" button to test CIO2 function

3. Press the "C3test" button to test CIO3 function

4. Press the "C4test" button to test CIO4 function

F75113 GPIO Picture

How to use libF75113

Using (3I640CW + CIO116B) to example how to using "libF75113" to develop your program.

Introduction

"libF75113" could helps developer quickly operate F75113 by SMBUS.
It include "libF75113.h","libF75113.so","SMBus.h","SMBus.c" and "YjlDef.h".

Attention: "SUDO" permissions must be used during execution. (Ex: sudo ./F75113_SAMPLE_CODE)

Steps to use libF75113

Step1. Unzip "libF75113.zip" and puts all of files to your project

Link "libF75113.so" and include "libF75113.h".

Step2. Call 'SMBUS_Install()' to initial SMBUS resource

   /* Initial SMBUS resource */
   if(SMBus_Install() == FALSE)
   {
       printf("Initial SMBUS failed!!! Quit console, Bye bye! \n");
       return false;
   }

Step3: Call 'F75113_Init()' to initial F75113 device. It default to initial CIO1(4I4O), CIO2(4I4O), CIO3(4I4O) and CIO4(4I4O).

   /* Initial F75113 CIO1, CIO2, CIO3 and CIO4. Initial F75113 WDT */
   bInitOk = F75113_Init();

   if(bInitOk == false)
       printf("F75113 initial failed!!!!\n");
   else
       printf("F75113 initial success.\n");

   F75113_SetWDT_init();

Step4: Call 'F75113_SetDigital_Low_Output() to use CIO1 and CIO2 DO pin send signal.

(Send Value: CIO1-DO1:0x01, CIO1-DO2:0x02, CIO1-DO3:0x04, CIO1-DO4:0x08)
(Send Value: CIO2-DO1:0x10, CIO2-DO2:0x20, CIO2-DO3:0x40, CIO2-DO4:0x80)

   /* Ex: Use ((CIO1-DO1(0x01) + CIO2-DO1(0x10) + CIO2-DO4(0x80)) send DO signal. */
   BYTE byteDoVal = 0x91;
   F75113_SetDigital_Low_Output(byteDoVal);

Step5: 'F75113_GetDigital_Low_Input() to get CIO1 and CIO2 DI pin recieved signal.

(Get Value: CIO1-DI1:0x01, CIO1-DI2:0x02, CIO1-DI3:0x04, CIO1-DI4:0x08)
(Get Value: CIO2-DI1:0x10, CIO2-DI2:0x20, CIO2-DI3:0x40, CIO2-DI4:0x80)

   /* Get DI value from CIO1 and CIO2 */
   BYTE byteDoVal = F75113_GetDigital_Low_Input();

Step6: Call 'F75113_SetDigital_High_Output() to use CIO3 and CIO4 DO pin send signal.

(Send Value: CIO3-DO1:0x01, CIO3-DO2:0x02, CIO3-DO3:0x04, CIO3-DO4:0x08)
(Send Value: CIO4-DO1:0x10, CIO4-DO2:0x20, CIO4-DO3:0x40, CIO4-DO4:0x80)

   /* Ex: Use ((CIO3-DO1(0x01) + CIO4-DO1(0x10) + CIO4-DO4(0x80)) send DO signal. */
   BYTE byteDoVal = 0x91;
   F75113_SetDigital_High_Output(byteDoVal);

Step7: 'F75113_GetDigital_High_Input() to get CIO3 and CIO4 DI pin recieved signal.

(Get Value: CIO3-DI1:0x01, CIO3-DI2:0x02, CIO3-DI3:0x04, CIO3-DI4:0x08)
(Get Value: CIO4-DI1:0x10, CIO4-DI2:0x20, CIO4-DI3:0x40, CIO4-DI4:0x80)

   /* Get DI value from CIO3 and CIO4 */
   BYTE byteDoVal = F75113_GetDigital_High_Input();

Step8: Call 'F75113_SetWDT_Enable() to start WDT.

(Time seconds value: Seconds from 0 to 255)

   /* Ex: Set WDT enable after 10 seconds. */
   byteWdVal = 10;
   F75113_SetWDT_Enable(byteWdVal);

Step9: Call 'F75113_SetWDT_Disable() to stop WDT.

   /* If WDT already start, stop it.*/
   F75113_SetWDT_Disable();

Final step: Call 'SMBUS_Uninstall()' to release SMBUS resource if program closed.

   /* Release SMBUS resource */
   SMBus_Uninstall();