📄 sl811.lst
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762 return FALSE;
763 }
764 */
765 //*****************************************************************************************
766 // Indicate to EZUSB's endpoint #2 IN of a new device attach/detach
767 //*****************************************************************************************
768 /*
769 void Set_ezDEV(BYTE chg)
770 {
771 //if( (dsPoll) && (!(IN2CS & bmEPBUSY)) )
772 //{
773 // IN2BUF[0] = chg; // Arm endpoint #2, inform EZUSB host of attach/detatch
774 // IN2BC = 1;
775 //}
776 }
777 */
778 ///////////////////////////////////////////////////////////////////////////////////////////
779 int hw_sof(void)
780 {
781 1 SL811Write(cDATASet,0xe0);
782 1 SL811Write(cSOFcnt,0xae);
783 1 SL811Write(CtrlReg,05);
784 1 SL811Write(EP0Control,0x01);
785 1 }
786 unsigned char mem_test(void)
787 {
788 1 unsigned char data temp,i;
789 1
790 1 for (i=0;i<255;i++)
791 1 {
792 2 SL811Write(i,i);
793 2 temp=SL811Read(i);
794 2 }
795 1
796 1 for (i=0;i<255;i++)
797 1 {
C51 COMPILER V7.06 SL811 04/30/2005 15:12:27 PAGE 14
798 2 temp=SL811Read(i);
799 2 if (temp!=i)
800 2 return 0;
801 2 }
802 1 return 1;
803 1 }
804
805 void sl811_init(void)
806 {
807 1 SL811Write(cDATASet,0xe0);
808 1 SL811Write(cSOFcnt,0xae);
809 1 SL811Write(CtrlReg,0x5);
810 1
811 1 SL811Write(EP0Status,0x50);
812 1 SL811Write(EP0Counter,0);
813 1 SL811Write(EP0Control,0x01);
814 1
815 1 SL811Write(IntEna,0x20); // USB-A, Insert/Remove, USB_Resume.
816 1 SL811Write(IntStatus,INT_CLEAR); // Clear Interrupt enable status
817 1
818 1 //EnumUsbDev(1);
819 1 }
820
821
822 void sl811_disp(void)
823 {
824 1 unsigned char data temp;
825 1
826 1 // for (temp=0;temp<16;temp++)
827 1 // SL811Write(temp,0x55);
828 1
829 1 Uart0_SendString("***********************\r\n");
830 1 Uart0_SendString("SL811 reg list:\r\n");
831 1
832 1 temp=SL811Read(IntStatus);
833 1 Uart0_SendString("IntStatus[0d] = ");
834 1 Uart0_SendByte(ASSII[temp/16]);
835 1 Uart0_SendByte(ASSII[temp%16]);
836 1 Uart0_SendString("\r\n");
837 1
838 1 temp=SL811Read(EP0Control);
839 1 Uart0_SendString("EP0Control[00] = ");
840 1 Uart0_SendByte(ASSII[temp/16]);
841 1 Uart0_SendByte(ASSII[temp%16]);
842 1 Uart0_SendString("\r\n");
843 1
844 1 temp=SL811Read(EP0Address);
845 1 Uart0_SendString("EP0Address[01] = ");
846 1 Uart0_SendByte(ASSII[temp/16]);
847 1 Uart0_SendByte(ASSII[temp%16]);
848 1 Uart0_SendString("\r\n");
849 1
850 1
851 1 temp=SL811Read(EP0XferLen);
852 1 Uart0_SendString("EP0XferLen[02] = ");
853 1 Uart0_SendByte(ASSII[temp/16]);
854 1 Uart0_SendByte(ASSII[temp%16]);
855 1 Uart0_SendString("\r\n");
856 1
857 1 temp=SL811Read(EP0Status);
858 1 Uart0_SendString("EP0Status[03] = ");
859 1 Uart0_SendByte(ASSII[temp/16]);
C51 COMPILER V7.06 SL811 04/30/2005 15:12:27 PAGE 15
860 1 Uart0_SendByte(ASSII[temp%16]);
861 1 Uart0_SendString("\r\n");
862 1
863 1 temp=SL811Read(EP0Counter);
864 1 Uart0_SendString("EP0Counter[04] = ");
865 1 Uart0_SendByte(ASSII[temp/16]);
866 1 Uart0_SendByte(ASSII[temp%16]);
867 1 Uart0_SendString("\r\n");
868 1
869 1
870 1
871 1 temp=SL811Read(EP1Control);
872 1 Uart0_SendString("EP1Control[08] = ");
873 1 Uart0_SendByte(ASSII[temp/16]);
874 1 Uart0_SendByte(ASSII[temp%16]);
875 1 Uart0_SendString("\r\n");
876 1
877 1 temp=SL811Read(EP1Address);
878 1 Uart0_SendString("EP1Address[09] = ");
879 1 Uart0_SendByte(ASSII[temp/16]);
880 1 Uart0_SendByte(ASSII[temp%16]);
881 1 Uart0_SendString("\r\n");
882 1
883 1
884 1 temp=SL811Read(EP1XferLen);
885 1 Uart0_SendString("EP1XferLen[0a] = ");
886 1 Uart0_SendByte(ASSII[temp/16]);
887 1 Uart0_SendByte(ASSII[temp%16]);
888 1 Uart0_SendString("\r\n");
889 1
890 1 temp=SL811Read(EP1Status);
891 1 Uart0_SendString("EP1Status[0b] = ");
892 1 Uart0_SendByte(ASSII[temp/16]);
893 1 Uart0_SendByte(ASSII[temp%16]);
894 1 Uart0_SendString("\r\n");
895 1
896 1 temp=SL811Read(EP1Counter);
897 1 Uart0_SendString("EP1Counter[0c] = ");
898 1 Uart0_SendByte(ASSII[temp/16]);
899 1 Uart0_SendByte(ASSII[temp%16]);
900 1 Uart0_SendString("\r\n");
901 1
902 1
903 1 Uart0_SendString("\r\n");
904 1 Uart0_SendString("\r\n");
905 1 Uart0_SendString("\r\n");
906 1
907 1 temp=SL811Read(CtrlReg);
908 1 Uart0_SendString("CtrlReg[05] = ");
909 1 Uart0_SendByte(ASSII[temp/16]);
910 1 Uart0_SendByte(ASSII[temp%16]);
911 1 Uart0_SendString("\r\n");
912 1
913 1 temp=SL811Read(IntEna);
914 1 Uart0_SendString("IntEna[06] = ");
915 1 Uart0_SendByte(ASSII[temp/16]);
916 1 Uart0_SendByte(ASSII[temp%16]);
917 1 Uart0_SendString("\r\n");
918 1
919 1
920 1 temp=SL811Read(IntStatus);
921 1 Uart0_SendString("IntStatus[0d] = ");
C51 COMPILER V7.06 SL811 04/30/2005 15:12:27 PAGE 16
922 1 Uart0_SendByte(ASSII[temp/16]);
923 1 Uart0_SendByte(ASSII[temp%16]);
924 1 Uart0_SendString("\r\n");
925 1
926 1 temp=SL811Read(cDATASet);
927 1 Uart0_SendString("cDATASet[0e] = ");
928 1 Uart0_SendByte(ASSII[temp/16]);
929 1 Uart0_SendByte(ASSII[temp%16]);
930 1 Uart0_SendString("\r\n");
931 1
932 1 temp=SL811Read(cSOFcnt);
933 1 Uart0_SendString("cSOFcnt[0f] = ");
934 1 Uart0_SendByte(ASSII[temp/16]);
935 1 Uart0_SendByte(ASSII[temp%16]);
936 1 Uart0_SendString("\r\n");
937 1
938 1 // 0x07 is reserved
939 1 }
MODULE INFORMATION: STATIC OVERLAYABLE
CODE SIZE = 2591 ----
CONSTANT SIZE = 302 ----
XDATA SIZE = 8192 ----
PDATA SIZE = ---- ----
DATA SIZE = 36 30
IDATA SIZE = 45 ----
BIT SIZE = ---- ----
END OF MODULE INFORMATION.
C51 COMPILATION COMPLETE. 0 WARNING(S), 0 ERROR(S)
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