W5300基于STM32F2的参考代码

#include "w5300.h" void _SetMR(u16 flag) { W5300RW->MR = flag; } u16 _GetMR(void) { u16 ret; ret = W5300RW->MR; return ret; } void _SetIDM_AR(u16 wAddr) { W5300IDM->AR = wAddr; } u16 _GetIDM_AR(void) { u16 val = 0; val = W5300IDM->AR; return val; } void _SetIDM_DR(u16 wAddr) { W5300IDM->DR = wAddr; } u16 _GetIDM_DR(void) { u16 val = 0; val = W5300IDM->DR; return val; } void _SetIR(u16 val) { W5300RW->IR = val; } u16 _GetIR(void) { u16 ret; ret = W5300RW->IR; return ret; } void _SetIMR(u16 val) { W5300RW->IMR = val; } u16 _GetIMR(void) { u16 ret; ret = W5300RW->IMR; return ret; } void _SetSHAR(u8 * mac) { W5300RW->SHAR[0] = (u16)(mac[0]<<8) | (u16)mac[1]; W5300RW->SHAR[1] = (u16)(mac[2]<<8) | (u16)mac[3]; W5300RW->SHAR[2] = (u16)(mac[4]<<8) | (u16)mac[5]; } void _GetSHAR(u8 *mac) { mac[0] = W5300RW->SHAR[0] >> 8; mac[1] = W5300RW->SHAR[0]; mac[2] = W5300RW->SHAR[1] >> 8; mac[3] = W5300RW->SHAR[1]; mac[4] = W5300RW->SHAR[2] >> 8; mac[5] = W5300RW->SHAR[2]; } void _SetGAR(u8 * gw) { W5300RW->GAR[0] = (u16)(gw[0]<<8) | (u16)gw[1]; W5300RW->GAR[1] = (u16)(gw[2]<<8) | (u16)gw[3]; } void _GetGAR(u8 *gw) { gw[0] = W5300RW->GAR[0] >> 8; gw[1] = W5300RW->GAR[0]; gw[2] = W5300RW->GAR[1] >> 8; gw[3] = W5300RW->GAR[1]; } void _SetSUBR(u8 * sn) { W5300RW->SUBR[0] = (u16)(sn[0]<<8) | (u16)sn[1]; W5300RW->SUBR[1] = (u16)(sn[2]<<8) | (u16)sn[3]; } void _GetSUBR(u8 *sn) { sn[0] = W5300RW->SUBR[0] >> 8; sn[1] = W5300RW->SUBR[0]; sn[2] = W5300RW->SUBR[1] >> 8; sn[3] = W5300RW->SUBR[1]; } void _SetSIPR(u8 * ip) { W5300RW->SIPR[0] = (u16)(ip[0]<<8) | (u16)ip[1]; W5300RW->SIPR[1] = (u16)(ip[2]<<8) | (u16)ip[3]; } void _GetSIPR(u8 *ip) { /*ip[0] = W5300RW->SIPR[0]; ip[1] = W5300RW->SIPR[2]; ip[2] = W5300RW->SIPR[4]; ip[3] = W5300RW->SIPR[6];*/ } void _SetRTR(u16 val) { W5300RW->RTR = val; } u16 _GetRTR(void) { return( W5300RW->RTR); } void _SetRCR(u8 val) { //W5300RW->RCR[2] = val; W5300RW->RCR = val; } u8 _GetRCR(void) { return(W5300RW->RCR); } void _SetTMSR(u8 i,u8 val) { u8 temp; u16 dat; if(i%2) { temp = _GetTMSR(i-1); dat = (u16)(temp << 8) + val; } else { temp = _GetTMSR(i+1); dat = (u16)(val<<8) + temp; } W5300RW->TMSR[i/2] = dat; } u8 _GetTMSR(u8 i) { u16 temp; u8 ret; temp = W5300RW->TMSR[i/2]; if(i%2) ret = temp; else ret = temp >> 8; return(ret); } void _SetRMSR(u8 i,u8 val) { u8 temp; u16 dat; if(i%2) { temp = _GetRMSR(i-1); dat = (u16)(temp << 8) + val; } else { temp = _GetRMSR(i+1); dat = (u16)(val<<8) + temp; } W5300RW->RMSR[i/2] = dat; } u8 _GetRMSR(u8 i) { u16 temp; u8 ret; temp = W5300RW->RMSR[i/2]; if(i%2) ret = temp; else ret = temp >> 8; return(ret); } void _SetMTYPER(u16 val) { W5300RW->MTYPER = val; } u16 _GetMTYPER(u16 val) { return (W5300RW->MTYPER); } u16 _GetPATR(void) { return (W5300RW->PATR); } void _SetPTIMER(u8 val) { W5300RW->PTIMER = val; } u8 _GetPTIMER(void) { return(W5300RW->PTIMER); } void _SetPMAGICR(u8 val) { W5300RW->PMAGICR = val; } u8 _GetPMAGICR(void) { return(W5300RW->PMAGICR); } u16 _GetPSIDR(void) { return (W5300RW->PSIDR); } void _GetPDHAR(u8 *mac) { mac[0] = W5300RW->PDHAR[0] >> 8; mac[1] = W5300RW->PDHAR[0]; mac[2] = W5300RW->PDHAR[1] >> 8; mac[3] = W5300RW->PDHAR[1]; mac[4] = W5300RW->PDHAR[2] >> 8; mac[5] = W5300RW->PDHAR[2]; } void _GetUIPR(u8 * ip) { ip[0] = W5300RW->UIPR[0] >> 8; ip[1] = W5300RW->UIPR[0]; ip[2] = W5300RW->UIPR[1] >> 8; ip[3] = W5300RW->UIPR[1]; } u16 _GetUPORTR(void) { return(W5300RW->UPORTR); } u16 _GetFMTUR(void) { return(W5300RW->FMTUR); } void _SetPnRDRYR(u8 n,u8 val) { if(n == 0) W5300RW->P0_RDRYR = val & 0xE7; else if(n == 1) W5300RW->P1_RDRYR = val & 0xE7; else if(n == 2) W5300RW->P2_RDRYR = val & 0xE7; else if(n == 3) W5300RW->P3_RDRYR = val & 0xE7; } u8 _GetPnRDRYR(u8 n) { u8 val; if(n == 0) val = W5300RW->P0_RDRYR; else if(n == 1) val = W5300RW->P1_RDRYR; else if(n == 2) val = W5300RW->P2_RDRYR; else if(n == 3) val = W5300RW->P3_RDRYR; else val = 0xFF; return val; } void _SetPnDPTHR(u8 n,u16 val) { if(n == 0) { W5300RW->P0_DPTHR = val; } else if(n == 1) { W5300RW->P1_DPTHR = val; } else if(n == 2) { W5300RW->P2_DPTHR = val; } else if(n == 3) { W5300RW->P3_DPTHR = val; } } u16 _GetPnDPTHR(u8 n) { u16 val; if(n == 0) { val = W5300RW->P0_DPTHR; } else if(n == 1) { val = W5300RW->P1_DPTHR; } else if(n == 2) { val = W5300RW->P2_DPTHR; } else if(n == 3) { val = W5300RW->P3_DPTHR; } else val = 0xFFFF; return val; } u16 _GetIDR(void) { return(W5300RW->IDR); } void _SetSxMR(u8 Sx, u16 flag) { pSOCKET Sn; Sn = (pSOCKET)(SOCKET0_BASE + SOCKET_REG_SIZE * Sx); Sn->MR = flag; } u16 _GetSxMR(u8 Sx) { pSOCKET Sn; Sn = (pSOCKET)(SOCKET0_BASE + SOCKET_REG_SIZE * Sx); return(Sn->MR); } void _SetSxCR(u8 Sx,u8 bCR) { pSOCKET Sn; Sn = (pSOCKET)(SOCKET0_BASE + SOCKET_REG_SIZE * Sx); Sn->CR = bCR; } void _SetSxIMR(u8 Sx,u8 bIMR) { pSOCKET Sn; Sn = (pSOCKET)(SOCKET0_BASE + SOCKET_REG_SIZE * Sx); Sn->IMR = bIMR; } u8 _GetSxIMR(u8 Sx) { pSOCKET Sn; Sn = (pSOCKET)(SOCKET0_BASE + SOCKET_REG_SIZE * Sx); return(Sn->IMR); } void _SetSxIR(u8 Sx,u8 bIR) { pSOCKET Sn; Sn = (pSOCKET)(SOCKET0_BASE + SOCKET_REG_SIZE * Sx); Sn->IR = bIR; } u8 _GetSxIR(u8 Sx) { pSOCKET Sn; Sn = (pSOCKET)(SOCKET0_BASE + SOCKET_REG_SIZE * Sx); return(Sn->IR); } u8 _GetSxSSR(u8 Sx) { pSOCKET Sn; Sn = (pSOCKET)(SOCKET0_BASE + SOCKET_REG_SIZE * Sx); return(Sn->SSR); } void _SetSxPORTR(u8 Sx, u16 port) { pSOCKET Sn; Sn = (pSOCKET)(SOCKET0_BASE + SOCKET_REG_SIZE * Sx); Sn->PORTR = port; } u16 _GetSxPORTR(u8 Sx) { pSOCKET Sn; Sn = (pSOCKET)(SOCKET0_BASE + SOCKET_REG_SIZE * Sx); return(Sn->PORTR); } void _SetSxDHAR(u8 Sx,u8 * mac) { pSOCKET Sn; Sn = (pSOCKET)(SOCKET0_BASE + SOCKET_REG_SIZE * Sx); Sn->DHAR[0] = (u16)(mac[0]<<8) | (u16)mac[1];; Sn->DHAR[1] = (u16)(mac[2]<<8) | (u16)mac[3]; Sn->DHAR[2] = (u16)(mac[4]<<8) | (u16)mac[5]; } void _GetSxDHAR(u8 Sx,u8 * mac) { pSOCKET Sn; Sn = (pSOCKET)(SOCKET0_BASE + SOCKET_REG_SIZE * Sx); mac[0] = Sn->DHAR[0] >> 8; mac[1] = Sn->DHAR[0]; mac[2] = Sn->DHAR[1] >> 8; mac[3] = Sn->DHAR[1]; mac[4] = Sn->DHAR[2] >> 8; mac[5] = Sn->DHAR[2]; } void _SetSxDPORTR(u8 Sx, u16 port) { pSOCKET Sn; Sn = (pSOCKET)(SOCKET0_BASE + SOCKET_REG_SIZE * Sx); Sn->DPORTR = port; } u16 _GetSxDPORTR(u8 Sx) { pSOCKET Sn; Sn = (pSOCKET)(SOCKET0_BASE + SOCKET_REG_SIZE * Sx); return(Sn->DPORTR); } void _SetSxDIPR(u8 Sx,u8 * ip) { pSOCKET Sn; Sn = (pSOCKET)(SOCKET0_BASE + SOCKET_REG_SIZE * Sx); Sn->DIPR[0] = (u16)(ip[0]<<8) | (u16)ip[1]; Sn->DIPR[1] = (u16)(ip[2]<<8) | (u16)ip[3]; } void _GetSxDIPR(u8 Sx,u8 * ip) { pSOCKET Sn; Sn = (pSOCKET)(SOCKET0_BASE + SOCKET_REG_SIZE * Sx); ip[0] = Sn->DIPR[0] >> 8; ip[1] = Sn->DIPR[0]; ip[2] = Sn->DIPR[1] >> 8; ip[3] = Sn->DIPR[1]; } void _SetSxMSSR(u8 Sx, u16 len) { pSOCKET Sn; Sn = (pSOCKET)(SOCKET0_BASE + SOCKET_REG_SIZE * Sx); Sn->MSSR = len; } u16 _GetSxMSSR(u8 Sx) { pSOCKET Sn; Sn = (pSOCKET)(SOCKET0_BASE + SOCKET_REG_SIZE * Sx); return(Sn->MSSR); } void _SetSxKPALVTR(u8 Sx, u8 ka) { p