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[/] [w11/] [tags/] [w11a_V0.6/] [tools/] [src/] [librw11/] [Rw11CntlRK11.cpp] - Rev 21
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// $Id: Rw11CntlRK11.cpp 515 2013-05-04 17:28:59Z mueller $ // // Copyright 2013- by Walter F.J. Mueller <W.F.J.Mueller@gsi.de> // Other credits: // the boot code from the simh project and Copyright Robert M Supnik // // This program is free software; you may redistribute and/or modify it under // the terms of the GNU General Public License as published by the Free // Software Foundation, either version 2, or at your option any later version. // // This program is distributed in the hope that it will be useful, but // WITHOUT ANY WARRANTY, without even the implied warranty of MERCHANTABILITY // or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License // for complete details. // // Revision History: // Date Rev Version Comment // 2013-04-20 508 1.0 Initial version // 2013-02-10 485 0.1 First draft // --------------------------------------------------------------------------- /*! \file \version $Id: Rw11CntlRK11.cpp 515 2013-05-04 17:28:59Z mueller $ \brief Implemenation of Rw11CntlRK11. */ #include "boost/bind.hpp" #include "boost/foreach.hpp" #define foreach_ BOOST_FOREACH #include "librtools/RosFill.hpp" #include "librtools/RosPrintBvi.hpp" #include "librtools/RosPrintf.hpp" #include "librtools/Rexception.hpp" #include "librtools/RlogMsg.hpp" #include "Rw11CntlRK11.hpp" using namespace std; /*! \class Retro::Rw11CntlRK11 \brief FIXME_docs */ // all method definitions in namespace Retro namespace Retro { //------------------------------------------+----------------------------------- // constants definitions const uint16_t Rw11CntlRK11::kIbaddr; const int Rw11CntlRK11::kLam; const uint16_t Rw11CntlRK11::kRKDS; const uint16_t Rw11CntlRK11::kRKER; const uint16_t Rw11CntlRK11::kRKCS; const uint16_t Rw11CntlRK11::kRKWC; const uint16_t Rw11CntlRK11::kRKBA; const uint16_t Rw11CntlRK11::kRKDA; const uint16_t Rw11CntlRK11::kRKMR; const uint16_t Rw11CntlRK11::kProbeOff; const bool Rw11CntlRK11::kProbeInt; const bool Rw11CntlRK11::kProbeRem; const uint16_t Rw11CntlRK11::kRKDS_M_ID; const uint16_t Rw11CntlRK11::kRKDS_V_ID; const uint16_t Rw11CntlRK11::kRKDS_B_ID; const uint16_t Rw11CntlRK11::kRKDS_M_HDEN; const uint16_t Rw11CntlRK11::kRKDS_M_DRU; const uint16_t Rw11CntlRK11::kRKDS_M_SIN; const uint16_t Rw11CntlRK11::kRKDS_M_SOK; const uint16_t Rw11CntlRK11::kRKDS_M_DRY; const uint16_t Rw11CntlRK11::kRKDS_M_ADRY; const uint16_t Rw11CntlRK11::kRKDS_M_WPS; const uint16_t Rw11CntlRK11::kRKDS_B_SC; const uint16_t Rw11CntlRK11::kRKER_M_DRE; const uint16_t Rw11CntlRK11::kRKER_M_OVR; const uint16_t Rw11CntlRK11::kRKER_M_WLO; const uint16_t Rw11CntlRK11::kRKER_M_PGE; const uint16_t Rw11CntlRK11::kRKER_M_NXM; const uint16_t Rw11CntlRK11::kRKER_M_NXD; const uint16_t Rw11CntlRK11::kRKER_M_NXC; const uint16_t Rw11CntlRK11::kRKER_M_NXS; const uint16_t Rw11CntlRK11::kRKER_M_CSE; const uint16_t Rw11CntlRK11::kRKER_M_WCE; const uint16_t Rw11CntlRK11::kRKCS_M_MAINT; const uint16_t Rw11CntlRK11::kRKCS_M_IBA; const uint16_t Rw11CntlRK11::kRKCS_M_FMT; const uint16_t Rw11CntlRK11::kRKCS_M_RWA; const uint16_t Rw11CntlRK11::kRKCS_M_SSE; const uint16_t Rw11CntlRK11::kRKCS_M_MEX; const uint16_t Rw11CntlRK11::kRKCS_V_MEX; const uint16_t Rw11CntlRK11::kRKCS_B_MEX; const uint16_t Rw11CntlRK11::kRKCS_V_FUNC; const uint16_t Rw11CntlRK11::kRKCS_B_FUNC; const uint16_t Rw11CntlRK11::kRKCS_CRESET; const uint16_t Rw11CntlRK11::kRKCS_WRITE; const uint16_t Rw11CntlRK11::kRKCS_READ; const uint16_t Rw11CntlRK11::kRKCS_WCHK; const uint16_t Rw11CntlRK11::kRKCS_SEEK; const uint16_t Rw11CntlRK11::kRKCS_RCHK; const uint16_t Rw11CntlRK11::kRKCS_DRESET; const uint16_t Rw11CntlRK11::kRKCS_WLOCK; const uint16_t Rw11CntlRK11::kRKCS_M_GO; const uint16_t Rw11CntlRK11::kRKDA_M_DRSEL; const uint16_t Rw11CntlRK11::kRKDA_V_DRSEL; const uint16_t Rw11CntlRK11::kRKDA_B_DRSEL; const uint16_t Rw11CntlRK11::kRKDA_M_CYL; const uint16_t Rw11CntlRK11::kRKDA_V_CYL; const uint16_t Rw11CntlRK11::kRKDA_B_CYL; const uint16_t Rw11CntlRK11::kRKDA_M_SUR; const uint16_t Rw11CntlRK11::kRKDA_V_SUR; const uint16_t Rw11CntlRK11::kRKDA_B_SUR; const uint16_t Rw11CntlRK11::kRKDA_B_SC; const uint16_t Rw11CntlRK11::kRKMR_M_RID; const uint16_t Rw11CntlRK11::kRKMR_V_RID; const uint16_t Rw11CntlRK11::kRKMR_M_CRDONE; const uint16_t Rw11CntlRK11::kRKMR_M_SBCLR; const uint16_t Rw11CntlRK11::kRKMR_M_CRESET; const uint16_t Rw11CntlRK11::kRKMR_M_FDONE; //------------------------------------------+----------------------------------- //! Default constructor Rw11CntlRK11::Rw11CntlRK11() : Rw11CntlBase<Rw11UnitRK11,8>("rk11"), fPC_rkwc(0), fPC_rkba(0), fPC_rkda(0), fPC_rkmr(0), fPC_rkcs(0), fRd_busy(false), fRd_rkcs(0), fRd_rkda(0), fRd_addr(0), fRd_lba(0), fRd_nwrd(0), fRd_ovr(false) { // must here because Unit have a back-pointer (not available at Rw11CntlBase) for (size_t i=0; i<NUnit(); i++) { fspUnit[i].reset(new Rw11UnitRK11(this, i)); } } //------------------------------------------+----------------------------------- //! Destructor Rw11CntlRK11::~Rw11CntlRK11() {} //------------------------------------------+----------------------------------- //! FIXME_docs void Rw11CntlRK11::Config(const std::string& name, uint16_t base, int lam) { ConfigCntl(name, base, lam, kProbeOff, kProbeInt, kProbeRem); return; } //------------------------------------------+----------------------------------- //! FIXME_docs void Rw11CntlRK11::Start() { if (fStarted || fLam<0 || !fEnable || !fProbe.Found()) throw Rexception("Rw11CntlDL11::Start", "Bad state: started, no lam, not enable, not found"); // setup primary info clist fPrimClist.Clear(); Cpu().AddIbrb(fPrimClist, fBase); fPC_rkwc = Cpu().AddRibr(fPrimClist, fBase+kRKWC); fPC_rkba = Cpu().AddRibr(fPrimClist, fBase+kRKBA); fPC_rkda = Cpu().AddRibr(fPrimClist, fBase+kRKDA); fPC_rkmr = Cpu().AddRibr(fPrimClist, fBase+kRKMR); // read to monitor CRDONE fPC_rkcs = Cpu().AddRibr(fPrimClist, fBase+kRKCS); // add attn handler Server().AddAttnHandler(boost::bind(&Rw11CntlRK11::AttnHandler, this, _1), uint16_t(1)<<fLam, (void*)this); fStarted = true; return; } //------------------------------------------+----------------------------------- //! FIXME_docs void Rw11CntlRK11::UnitSetup(size_t ind) { Rw11UnitRK11& unit = *fspUnit[ind]; Rw11Cpu& cpu = Cpu(); RlinkCommandList clist; uint16_t rkds = ind<<kRKDS_V_ID; if (unit.Virt()) { // file attached rkds |= kRKDS_M_HDEN; // always high density rkds |= kRKDS_M_SOK; // always sector counter OK ?FIXME? rkds |= kRKDS_M_DRY; // drive available rkds |= kRKDS_M_ADRY; // access available if (unit.WProt()) // in case write protected rkds |= kRKDS_M_WPS; } unit.SetRkds(rkds); cpu.AddIbrb(clist, fBase); cpu.AddWibr(clist, fBase+kRKDS, rkds); Server().Exec(clist); return; } //------------------------------------------+----------------------------------- //! FIXME_docs bool Rw11CntlRK11::BootCode(size_t unit, std::vector<uint16_t>& code, uint16_t& aload, uint16_t& astart) { uint16_t kBOOT_START = 02000; uint16_t bootcode[] = { // rk05 boot loader - from simh pdp11_rk.c 0042113, // "KD" 0012706, kBOOT_START, // MOV #boot_start, SP 0012700, uint16_t(unit), // MOV #unit, R0 ; unit number 0010003, // MOV R0, R3 0000303, // SWAB R3 0006303, // ASL R3 0006303, // ASL R3 0006303, // ASL R3 0006303, // ASL R3 0006303, // ASL R3 0012701, 0177412, // MOV #RKDA, R1 ; rkda 0010311, // MOV R3, (R1) ; load da 0005041, // CLR -(R1) ; clear ba 0012741, 0177000, // MOV #-256.*2, -(R1) ; load wc 0012741, 0000005, // MOV #READ+GO, -(R1) ; read & go 0005002, // CLR R2 0005003, // CLR R3 0012704, uint16_t(kBOOT_START+020), // MOV #START+20, R4 0005005, // CLR R5 0105711, // TSTB (R1) 0100376, // BPL .-4 0105011, // CLRB (R1) 0005007 // CLR PC (5007) }; code.clear(); foreach_ (uint16_t& w, bootcode) code.push_back(w); aload = kBOOT_START; astart = kBOOT_START+2; return true; } //------------------------------------------+----------------------------------- //! FIXME_docs void Rw11CntlRK11::Dump(std::ostream& os, int ind, const char* text) const { RosFill bl(ind); os << bl << (text?text:"--") << "Rw11CntlRK11 @ " << this << endl; os << bl << " fPC_rkwc: " << fPC_rkwc << endl; os << bl << " fPC_rkba: " << fPC_rkba << endl; os << bl << " fPC_rkda: " << fPC_rkda << endl; os << bl << " fPC_rkmr: " << fPC_rkmr << endl; os << bl << " fPC_rkcs: " << fPC_rkcs << endl; os << bl << " fRd_busy: " << fRd_busy << endl; os << bl << " fRd_rkcs: " << fRd_rkcs << endl; os << bl << " fRd_rkda: " << fRd_rkda << endl; os << bl << " fRd_addr: " << fRd_addr << endl; os << bl << " fRd_lba: " << fRd_lba << endl; os << bl << " fRd_nwrd: " << fRd_nwrd << endl; os << bl << " fRd_ovr: " << fRd_ovr << endl; Rw11CntlBase<Rw11UnitRK11,8>::Dump(os, ind, " ^"); return; } //------------------------------------------+----------------------------------- //! FIXME_docs int Rw11CntlRK11::AttnHandler(const RlinkServer::AttnArgs& args) { RlinkCommandList* pclist; size_t off; GetPrimInfo(args, pclist, off); uint16_t rkwc = (*pclist)[off+fPC_rkwc].Data(); uint16_t rkba = (*pclist)[off+fPC_rkba].Data(); uint16_t rkda = (*pclist)[off+fPC_rkda].Data(); //uint16_t rkmr = (*pclist)[off+fPC_rkmr].Data(); uint16_t rkcs = (*pclist)[off+fPC_rkcs].Data(); uint16_t se = rkda & kRKDA_B_SC; uint16_t hd = (rkda>>kRKDA_V_SUR) & kRKDA_B_SUR; uint16_t cy = (rkda>>kRKDA_V_CYL) & kRKDA_B_CYL; uint16_t dr = (rkda>>kRKDA_V_DRSEL) & kRKDA_B_DRSEL; bool go = rkcs & kRKCS_M_GO; uint16_t fu = (rkcs>>kRKCS_V_FUNC) & kRKCS_B_FUNC; uint16_t mex = (rkcs>>kRKCS_V_MEX) & kRKCS_B_MEX; uint32_t addr = uint32_t(mex)<<16 | uint32_t(rkba); // Note: apparently are operands first promoted to 32 bit -> mask after ~ ! uint32_t nwrd = (~uint32_t(rkwc)&0xffff) + 1; // transfer size in words if (!go) { RlogMsg lmsg(LogFile()); lmsg << "-I RK11 cs=" << RosPrintBvi(rkcs,8) << " go=0, spurious attn, dropped"; return 0; } // all 8 units are always available, but check anyway if (dr > NUnit()) throw Rexception("Rw11CntlRK11::AttnHandler","Bad state: dr > NUnit()"); Rw11UnitRK11& unit = *fspUnit[dr]; Rw11Cpu& cpu = Cpu(); RlinkCommandList clist; uint32_t lba = unit.Chs2Lba(cy,hd,se); uint32_t nblk = (2*nwrd+unit.BlockSize()-1)/unit.BlockSize(); uint16_t rker = 0; uint16_t rkds = unit.Rkds(); if (fTraceLevel>0) { RlogMsg lmsg(LogFile()); lmsg << "-I RK11 cs=" << RosPrintBvi(rkcs,8) << " da=" << RosPrintBvi(rkda,8) << " ad=" << RosPrintBvi(addr,8,18) << " fu=" << fu << " dchs=" << dr << "," << RosPrintf(cy,"d",3) << "," << hd << "," << RosPrintf(se,"d",2) << " lba,nw=" << RosPrintf(lba,"d",4) << "," << RosPrintf(nwrd,"d",5); } // check for general abort conditions if (fu != kRKCS_CRESET && // function not control reset (!unit.Virt())) { // and drive not attached rker = kRKER_M_NXD; // --> abort with NXD error } else if (fu != kRKCS_WRITE && // function neither write fu != kRKCS_READ && // nor read (rkcs & (kRKCS_M_FMT|kRKCS_M_RWA))) { // and FMT or RWA set rker = kRKER_M_PGE; // --> abort with PGE error } else if (rkcs & kRKCS_M_RWA) { // RWA not supported rker = kRKER_M_DRE; // --> abort with DRE error } if (rker) { cpu.AddWibr(clist, fBase+kRKER, rker); if (fu == kRKCS_SEEK || fu == kRKCS_DRESET) cpu.AddWibr(clist, fBase+kRKMR, kRKMR_M_SBCLR | (1u<<dr)); cpu.AddWibr(clist, fBase+kRKMR, kRKMR_M_FDONE); LogRker(rker); Server().Exec(clist); return 0; } // check for overrun (read/write beyond cylinder 203 // if found, truncate request length bool ovr = lba + nblk > unit.NBlock(); if (ovr) nwrd = (unit.NBlock()-lba) * (unit.BlockSize()/2); bool queue = false; // now handle the functions if (fu == kRKCS_CRESET) { // Control reset ----------------- cpu.AddWibr(clist, fBase+kRKMR, kRKMR_M_CRESET); fRd_busy = false; } else if (fu == kRKCS_WRITE) { // Write ------------------------- // Note: WRITE+FMT is just WRITE if (se >= unit.NSector()) rker |= kRKER_M_NXS; if (cy >= unit.NCylinder()) rker |= kRKER_M_NXC; if (unit.WProt()) rker |= kRKER_M_WLO; if (rkcs & kRKCS_M_IBA) rker |= kRKER_M_DRE; // not yet supported FIXME queue = true; } else if (fu == kRKCS_READ) { // Read -------------------------- if (se >= unit.NSector()) rker |= kRKER_M_NXS; if (cy >= unit.NCylinder()) rker |= kRKER_M_NXC; if (rkcs & kRKCS_M_IBA) rker |= kRKER_M_DRE; // not yet supported FIXME queue = true; } else if (fu == kRKCS_WCHK) { // Write Check ------------------- if (se >= unit.NSector()) rker |= kRKER_M_NXS; if (cy >= unit.NCylinder()) rker |= kRKER_M_NXC; if (rkcs & kRKCS_M_IBA) rker |= kRKER_M_DRE; // not yet supported FIXME queue = true; } else if (fu == kRKCS_SEEK) { // Seek -------------------------- if (se >= unit.NSector()) rker |= kRKER_M_NXS; if (cy >= unit.NCylinder()) rker |= kRKER_M_NXC; if (rker) { cpu.AddWibr(clist, fBase+kRKER, rker); cpu.AddWibr(clist, fBase+kRKMR, kRKMR_M_SBCLR | (1u<<dr)); cpu.AddWibr(clist, fBase+kRKMR, kRKMR_M_FDONE); LogRker(rker); } else { cpu.AddWibr(clist, fBase+kRKMR, kRKMR_M_FDONE); rkds &= ~kRKDS_B_SC; // replace current sector number rkds |= se; unit.SetRkds(rkds); cpu.AddWibr(clist, fBase+kRKDS, rkds); cpu.AddWibr(clist, fBase+kRKMR, 1u<<dr); // issue seek done } } else if (fu == kRKCS_RCHK) { // Read Check -------------------- if (se >= unit.NSector()) rker |= kRKER_M_NXS; if (cy >= unit.NCylinder()) rker |= kRKER_M_NXC; if (rkcs & kRKCS_M_IBA) rker |= kRKER_M_DRE; // not yet supported FIXME queue = true; } else if (fu == kRKCS_DRESET) { // Drive Reset ------------------- cpu.AddWibr(clist, fBase+kRKMR, kRKMR_M_FDONE); cpu.AddWibr(clist, fBase+kRKMR, 1u<<dr); // issue seek done } else if (fu == kRKCS_WLOCK) { // Write Lock -------------------- rkds |= kRKDS_M_WPS; // set RKDS write protect flag unit.SetRkds(rkds); unit.SetWProt(true); cpu.AddWibr(clist, fBase+kRKDS, rkds); cpu.AddWibr(clist, fBase+kRKMR, kRKMR_M_FDONE); } if (queue) { // to be handled in RdmaHandlder if (rker) { // abort on case of errors cpu.AddWibr(clist, fBase+kRKER, rker); cpu.AddWibr(clist, fBase+kRKMR, kRKMR_M_FDONE); LogRker(rker); } else { // or queue action fRd_busy = true; fRd_rkcs = rkcs; fRd_rkda = rkda; fRd_addr = addr; fRd_lba = lba; fRd_nwrd = nwrd; fRd_ovr = ovr; Server().QueueAction(boost::bind(&Rw11CntlRK11::RdmaHandler, this)); } } else { // handled here Server().Exec(clist); } return 0; } //------------------------------------------+----------------------------------- //! FIXME_docs int Rw11CntlRK11::RdmaHandler() { uint16_t rker = 0; uint16_t fu = (fRd_rkcs>>kRKCS_V_FUNC) & kRKCS_B_FUNC; uint16_t dr = (fRd_rkda>>kRKDA_V_DRSEL) & kRKDA_B_DRSEL; Rw11UnitRK11& unit = *fspUnit[dr]; Rw11Cpu& cpu = Cpu(); uint8_t buf[512]; if (fu == kRKCS_WRITE) { // Write ------------------------- // Note: WRITE+FMT is like WRITE RlinkCommandList clist; size_t bsize = (fRd_nwrd>256) ? 256 : fRd_nwrd; cpu.AddRMem(clist, fRd_addr, (uint16_t*) buf, bsize, Rw11Cpu::kCp_ah_m_22bit|Rw11Cpu::kCp_ah_m_ubmap); Server().Exec(clist); // FIXME_code: handle rdma I/O error RerrMsg emsg; bool rc = unit.VirtWrite(fRd_lba, 1, buf, emsg); if (!rc) { RlogMsg lmsg(LogFile()); lmsg << emsg; rker |= kRKER_M_CSE; // forward disk I/O error } if (rker == 0) { fRd_nwrd -= bsize; fRd_addr += 2*bsize; fRd_lba += 1; } if (rker==0 && fRd_nwrd>0) // not error and not yet done return 1; // requeue } else if (fu == kRKCS_READ) { if ((fRd_rkcs&kRKCS_M_FMT) == 0) { // Read -------------------------- RerrMsg emsg; bool rc = unit.VirtRead(fRd_lba, 1, buf, emsg); if (!rc) { RlogMsg lmsg(LogFile()); lmsg << emsg; rker |= kRKER_M_CSE; // forward disk I/O error } if (rker == 0) { RlinkCommandList clist; size_t bsize = (fRd_nwrd>256) ? 256 : fRd_nwrd; cpu.AddWMem(clist, fRd_addr, (uint16_t*) buf, bsize, Rw11Cpu::kCp_ah_m_22bit|Rw11Cpu::kCp_ah_m_ubmap); Server().Exec(clist); // FIXME_code: handle rdma I/O error fRd_nwrd -= bsize; fRd_addr += 2*bsize; fRd_lba += 1; } if (rker==0 && fRd_nwrd>0) // not error and not yet done return 1; // requeue } else { // Read Format ------------------- uint16_t cy = fRd_lba / (unit.NHead()*unit.NSector()); uint16_t da = cy<<kRKDA_V_CYL; RlinkCommandList clist; cpu.AddWMem(clist, fRd_addr, &da, 1, Rw11Cpu::kCp_ah_m_22bit|Rw11Cpu::kCp_ah_m_ubmap); Server().Exec(clist); // FIXME_code: handle rdma I/O error fRd_nwrd -= 1; fRd_addr += 2; fRd_lba += 1; if (rker==0 && fRd_nwrd>0) // not error and not yet done return 1; // requeue } } else if (fu == kRKCS_WCHK) { // Write Check ------------------- uint16_t bufmem[256]; RlinkCommandList clist; size_t bsize = (fRd_nwrd>256) ? 256 : fRd_nwrd; cpu.AddRMem(clist, fRd_addr, bufmem, bsize, Rw11Cpu::kCp_ah_m_22bit|Rw11Cpu::kCp_ah_m_ubmap); Server().Exec(clist); // FIXME_code: handle rdma I/O error RerrMsg emsg; bool rc = unit.VirtRead(fRd_lba, 1, buf, emsg); if (!rc) { RlogMsg lmsg(LogFile()); lmsg << emsg; rker |= kRKER_M_CSE; // forward disk I/O error } if (rker == 0) { uint16_t* pmem = bufmem; uint16_t* pdsk = (uint16_t*) &buf; for (size_t i=0; i<bsize; i++) { if (*pmem++ != *pdsk++) rker |= kRKER_M_WCE; } fRd_nwrd -= bsize; fRd_addr += 2*bsize; fRd_lba += 1; } // determine abort criterion bool stop = (rker & ~kRKER_M_WCE) != 0 || ((rker & kRKER_M_WCE) && (fRd_rkcs & kRKCS_M_SSE)); if (!stop && fRd_nwrd>0) // not error and not yet done return 1; // requeue } else if (fu == kRKCS_RCHK) { // Read Check -------------------- // Note: no DMA transfer done; done here to keep logic similar to read size_t bsize = (fRd_nwrd>256) ? 256 : fRd_nwrd; fRd_nwrd -= bsize; fRd_addr += 2*bsize; fRd_lba += 1; if (rker==0 && fRd_nwrd>0) // not error and not yet done return 1; // requeue } else { throw Rexception("Rw11CntlDL11::RdmaHandler", "Bad state: bad function code"); } // common handling for dma transfer completion if (fRd_ovr) rker |= kRKER_M_OVR; RlinkCommandList clist; uint16_t ba = fRd_addr & 0177776; // get lower 16 bits uint16_t mex = (fRd_addr>>16) & 03; // get upper 2 bits uint16_t cs = (fRd_rkcs & ~kRKCS_M_MEX) | (mex << kRKCS_V_MEX); uint16_t se; uint16_t hd; uint16_t cy; unit.Lba2Chs(fRd_lba, cy,hd,se); uint16_t da = (fRd_rkda & kRKDA_M_DRSEL) | (cy<<kRKDA_V_CYL) | (hd<<kRKDA_V_SUR) | se; cpu.AddIbrb(clist, fBase); if (rker) { cpu.AddWibr(clist, fBase+kRKER, rker); LogRker(rker); } cpu.AddWibr(clist, fBase+kRKWC, uint16_t((-fRd_nwrd)&0177777)); cpu.AddWibr(clist, fBase+kRKBA, ba); cpu.AddWibr(clist, fBase+kRKDA, da); if (cs != fRd_rkcs) cpu.AddWibr(clist, fBase+kRKCS, cs); cpu.AddWibr(clist, fBase+kRKMR, kRKMR_M_FDONE); Server().Exec(clist); fRd_busy = false; return 0; } //------------------------------------------+----------------------------------- //! FIXME_docs void Rw11CntlRK11::LogRker(uint16_t rker) { RlogMsg lmsg(LogFile()); lmsg << "-E RK11 er=" << RosPrintBvi(rker,8) << " ERROR ABORT"; } } // end namespace Retro
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