請先看『使用說明』

From LEXWiKi

Introduction

GPIO Develop Utility can help you to develop tool to control GPIO device.

The binary file you can download from

<Google Drive>

DLL file(64 bit): PW601Dll_v1.0.10.7_x64

Sample file(64 bit): PW601Dll_v1.0.10.7_x64

Sample code: UsePW601Dll(v1.0.10.7)_SampleCode

DLL files descreption

GPIOUtilityDll.dll: Contains code and data about GPIODLL function.

GPIOUtilityDll.h: Header about GPIODLL function.

GPIOUtilityDll.lib: Import library that link to GPIOUtilityDll.dll.

LexIo64.dll、LexIo64.sys: Based on WinIO that provids DLL to read hardware data. For x64.

Support GPIO module

F75111(Onboard)、F75111 EXT(CIO series)、F75113 SMBUS、F75113 LPC、F81966 LPC.

How to use DLL

*Step1. Unzip DLL zip file and put files to your programe.

*Step2. Initialize GPIO module resource.

MODULE_GPIO_LIST_E defined in GPIOUtilityDll.h

 enum MODULE_GPIO_LIST_E
 {
     /* GPIO */
     MODULE_GPIO_F75111 = 0,
     MODULE_GPIO_F75111_EXT,
     MODULE_GPIO_F75113,
     MODULE_GPIO_F75113_LPC,
     MODULE_GPIO_F81966_LPC,
 };

 //------------------------------------------------------------------------------
 // Name        : GPIODLL_InstallControlModule
 // Description : Initial DLL supported GPIO device module.
 // Arguments   : 
 //   nModule [in] : GPIO device module. Enum of MODULE_GPIO_LIST_E.
 // Return      : 
 //   TRUE  : Success
 //   FALSE : Failed
 //------------------------------------------------------------------------------ 
 GPIOUTILITYDLL_API int GPIODLL_InstallControlModule(int nModule);

*Step3. If you want control GPIO pin, setup DI pin and DO pin in CIO port.

GPIO_CIO_PORT_E defined in GPIOUtilityDll.h
Setup DI pin and DO pin. Use 1 byte to indicate the status of the Pins.
Digital output pin bit is 1; Digital input pin bit is 0.
(DI-0 is bit0, DI-1 is bit1, DI-2 is bit2 and DI-3 is bit3).
(DO-0 is bit4, DO-1 is bit5, DO-3 is bit6 and DO-3 is bit7).
Ex: Setup CIO is 4I/4O. bDIOBits = 0xF0 (1111 0000) => (OOOO IIII).
Ex: Setup CIO is 2I/2O. bDIOBits = 0x30 (0011 0000) => (OOII IIII).

 enum GPIO_CIO_PORT_E
 {
     GPIO_CIO_1 = 1,
     GPIO_CIO_2,
     GPIO_CIO_3,
     GPIO_CIO_4,
 };

 //--------------------------------------------------------------------------
 // Name        : GPIODLL_AddControlModuleToWatchList
 // Description : Add GPIO device module to watch dog list.
 // Arguments   : 
 //   nModule   [in] : GPIO device module. Enum of MODULE_GPIO_LIST_E.
 //   nSwPort   [in] : SW Port
 //   bDIOBits  [in] : DI/DO bits. (Output bit is 1; Input bit is 0)
 //   nFilterDO [in] : Filter DO signal from GPIO module (default: TRUE)
 // Return      : 
 //   TRUE  : Success
 //   FALSE : Failed
 //--------------------------------------------------------------------------
 GPIOUTILITYDLL_API int GPIODLL_AddControlModuleToWatchList(int nModule, int nSwPort, BYTE bDIOBits, int nFilterDO = TRUE);

*Step4. If you want Send DO signal once. Use 1 byte to indicate the digital output pins to be triggered.
Digital output pin bit is 1; Digital input pin bit is 0.
(DO-0 is bit4, DO-1 is bit5, DO-3 is bit6 and DO-3 is bit7).
Ex: Send CIO DO-0、DO-1、DO-2、DO-3 DO signal. bDOVal = 0xF0 (1111 0000) => (OOOO xxxx).
Ex: Send CIO DO-0、DO-3 DO signal. bDOVal = 0x90 (1001 0000) => (OxxO xxxx).

 //--------------------------------------------------------------------------
 // Name        : GPIODLL_SendDOValueToControlModule
 // Description : Send digital out value to GPIO device module
 // Arguments   : 
 //   nModule [in] : GPIO device module. Enum of MODULE_GPIO_LIST_E.
 //   nSwPort [in] : SW Port
 //   bDOVal  [in] : Digital out value
 // Return      : 
 //   TRUE  : Success
 //   FALSE : Failed
 //--------------------------------------------------------------------------
 GPIOUTILITYDLL_API int GPIODLL_SendDOValueToControlModule(int nModule, int nSwPort, BYTE bDOVal);

*Final Step. Release PW601 resource before leaving application.