請先看『使用說明』
LAN By Pass Utility under Windows
From LEXWiKi
(Difference between revisions)
(→LAN By Pass Utility Download) |
(→LAN By Pass Utility Download) |
||
Line 5: | Line 5: | ||
Binary file:[ftp://ftp.lex.com.tw/Engineer/SoftSupport/AP_Module/LanByPass_Utility/Windows/LanByPass_v1.0w_Bin.rar LanByPass_v1.0w_Bin.rar]<br /> | Binary file:[ftp://ftp.lex.com.tw/Engineer/SoftSupport/AP_Module/LanByPass_Utility/Windows/LanByPass_v1.0w_Bin.rar LanByPass_v1.0w_Bin.rar]<br /> | ||
Source file:[ftp://ftp.lex.com.tw/Engineer/SoftSupport/AP_Module/LanByPass_Utility/Windows/LanByPass_v1.0w_Src.rar LanByPass_v1.0w_Src.rar]<br /> | Source file:[ftp://ftp.lex.com.tw/Engineer/SoftSupport/AP_Module/LanByPass_Utility/Windows/LanByPass_v1.0w_Src.rar LanByPass_v1.0w_Src.rar]<br /> | ||
- | <br /> | ||
== How to Use The Utility == | == How to Use The Utility == |
Revision as of 18:21, 16 March 2012
Contents |
LAN By Pass Utility Download
Binary file:LanByPass_v1.0w_Bin.rar
Source file:LanByPass_v1.0w_Src.rar
How to Use The Utility
- 1. Loop Time
- Loop time is means "the time of delay before LAN by pass be enabled".
- 2. Enable
- Enable LAN by pass function.
- 3. Disable
- Disable LAN by pass function.
- 4. Loop Test
- Do LAN by pass loop test as below picture.
Introdution
Generic F75111 Definition
//For F75111 Controller #define WDT_I2CADD 0x9C #define WDTimer 0x37 #define WDT_Ctrl 0x36 #define config 0x03 //For WDT control register #define STS_WD_TMOUT_Clear 0x40 #define WDTimer_Enable 0x20
Enable Function
void EnableLanByPass() { WriteI2CByte(WDT_I2CADD, config, 0x03); WriteI2CByte(WDT_I2CADD, WDTimer, gLoopTime); WriteI2CByte(WDT_I2CADD, WDT_Ctrl, STS_WD_TMOUT_Clear | WDTimer_Enable); }
Disable Function
- The LAN by pass disable function is also "initialize function".
void InitialWDTimeoutStatus() //It is also Disable Function { WriteI2CByte(WDT_I2CADD, config, 0x03); WriteI2CByte(WDT_I2CADD, WDT_Ctrl, STS_WD_TMOUT_Clear); }
Loop Test Function
int RunLoopTestThread() { for(int i=gLoopTime;i>=2;i--) { if((i==2) && (gThreadContinue)) { WriteI2CByte(WDT_I2CADD, WDTimer, gLoopTime); i=gLoopTime; } Sleep(1000); } return 0; }