/* PMUEMDEV.c Copyright (C) 2008 Paul C. Pratt You can redistribute this file and/or modify it under the terms of version 2 of the GNU General Public License as published by the Free Software Foundation. You should have received a copy of the license along with this file; see the file COPYING. This file 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 license for more details.*/ /* Power Management Unit EMulated DEVice*/ #ifndef AllFiles#include "SYSDEPNS.h"#include "MYOSGLUE.h"#include "EMCONFIG.h"#include "GLOBGLUE.h"#include "VIAEMDEV.h"#endif #include "PMUEMDEV.h" /* ReportAbnormalID unused 0x0E0E - 0x0EFF*/ enum { kPMUStateReadyForCommand, kPMUStateRecievingLength, kPMUStateRecievingBuffer, kPMUStateRecievedCommand, kPMUStateSendLength, kPMUStateSendBuffer, kPMUStates}; #define PMU_BuffSz 8LOCALVAR ui3b PMU_BuffA[PMU_BuffSz];LOCALVAR ui3p PMU_p;LOCALVAR ui3r PMU_rem;LOCALVAR ui3r PMU_i; LOCALVAR int PMUState = kPMUStateReadyForCommand; LOCALVAR ui3r PMU_CurCommand;LOCALVAR ui3r PMU_SendNext;LOCALVAR ui3r PMU_BuffL; LOCALPROC PmuStartSendResult(ui3r ResultCode, ui3r L){ PMU_SendNext = ResultCode; PMU_BuffL = L; PMUState = kPMUStateSendLength;} LOCALVAR ui3b PARAMRAM[128]; LOCALPROC PmuCheckCommandOp(void){ switch (PMU_CurCommand) { case 0x10: /* kPMUpowerCntl - power plane/clock control */ break; case 0x32: /* kPMUxPramWrite - write extended PRAM byte(s) */ if (kPMUStateRecievingBuffer == PMUState) { if (0 == PMU_i) { if (PMU_BuffL >= 2) { PMU_p = PMU_BuffA; PMU_rem = 2; } else { ReportAbnormalID(0x0E01, "PMU_BuffL too small for kPMUxPramWrite"); } } else if (2 == PMU_i) { if ((PMU_BuffA[1] + 2 == PMU_BuffL) && (PMU_BuffA[0] + PMU_BuffA[1] <= 0x80)) { PMU_p = &PARAMRAM[PMU_BuffA[0]]; PMU_rem = PMU_BuffA[1]; } else { ReportAbnormalID(0x0E02, "bad range for kPMUxPramWrite"); } } else { ReportAbnormalID(0x0E03, "Wrong PMU_i for kPMUpramWrite"); } } else if (kPMUStateRecievedCommand == PMUState) { /* already done */ } break;#if 0 case 0xE2: /* kPMUdownloadStatus - PRAM status */ break;#endif case 0xE0: /* kPMUwritePmgrRAM - write to internal PMGR RAM */ break; case 0x21: /* kPMUpMgrADBoff - turn ADB auto-poll off */ if (kPMUStateRecievedCommand == PMUState) { if (0 != PMU_BuffL) { ReportAbnormalID(0x0E04, "kPMUpMgrADBoff nonzero length"); } } break; case 0xEC: /* kPMUPmgrSelfTest - run the PMGR selftest */ if (kPMUStateRecievedCommand == PMUState) { PmuStartSendResult(0, 0); } break; case 0x78: /* kPMUreadINT - get PMGR interrupt data */ case 0x68: /* kPMUbatteryRead - read battery/charger level and status */ case 0x7F: /* kPMUsleepReq - put the system to sleep (sleepSig='MATT') */ if (kPMUStateRecievedCommand == PMUState) { PMU_BuffA[0] = 0; PmuStartSendResult(0, 1); } break; case 0xE8: /* kPMUreadPmgrRAM - read from internal PMGR RAM */ if (kPMUStateRecievedCommand == PMUState) { if ((3 == PMU_BuffL) && (0 == PMU_BuffA[0]) && (0xEE == PMU_BuffA[1]) && (1 == PMU_BuffA[2])) { PMU_BuffA[0] = 1 << 5; PmuStartSendResult(0, 1); } else { PMU_BuffA[0] = 0; PmuStartSendResult(0, 1); /* ReportAbnormal("Unknown kPMUreadPmgrRAM op"); */ } } break; case 0x3A: /* kPMUxPramRead - read extended PRAM byte(s) */ if (kPMUStateRecievedCommand == PMUState) { if ((2 == PMU_BuffL) && (PMU_BuffA[0] + PMU_BuffA[1] <= 0x80)) { PMU_p = &PARAMRAM[PMU_BuffA[0]]; PMU_rem = PMU_BuffA[1]; PmuStartSendResult(0, PMU_rem); } else { ReportAbnormalID(0x0E05, "Unknown kPMUxPramRead op"); } } break; case 0x38: /* kPMUtimeRead - read the time from the clock chip */ if (kPMUStateRecievedCommand == PMUState) { if (0 == PMU_BuffL) { PMU_BuffA[0] = 0; PMU_BuffA[1] = 0; PMU_BuffA[2] = 0; PMU_BuffA[3] = 0; PmuStartSendResult(0, 4); } else { ReportAbnormalID(0x0E06, "Unknown kPMUtimeRead op"); } } break; case 0x31: /* kPMUpramWrite - write the original 20 bytes of PRAM (Portable only) */ if (kPMUStateRecievedCommand == PMUState) { if (20 == PMU_BuffL) { /* done */ } else { ReportAbnormalID(0x0E07, "Unknown kPMUpramWrite op"); } } else if (kPMUStateRecievingBuffer == PMUState) { if (20 == PMU_BuffL) { if (0 == PMU_i) { PMU_p = &PARAMRAM[16]; PMU_rem = 16; } else if (16 == PMU_i) { PMU_p = &PARAMRAM[8]; PMU_rem = 4; } else { ReportAbnormalID(0x0E08, "Wrong PMU_i for kPMUpramWrite"); } } } break; case 0x39: /* kPMUpramRead - read the original 20 bytes of PRAM (Portable only) */ if (kPMUStateRecievedCommand == PMUState) { if (0 == PMU_BuffL) { PmuStartSendResult(0, 20); } else { ReportAbnormalID(0x0E09, "Unknown kPMUpramRead op"); } } else if (kPMUStateSendBuffer == PMUState) {#if 0 { int i; for (i = 0; i < PMU_BuffSz; ++i) { PMU_BuffA[i] = 0; } }#endif if (0 == PMU_i) { PMU_p = &PARAMRAM[16]; PMU_rem = 16; } else if (16 == PMU_i) { PMU_p = &PARAMRAM[8]; PMU_rem = 4; } else { ReportAbnormalID(0x0E0A, "Wrong PMU_i for kPMUpramRead"); } } break; default: if (kPMUStateRecievedCommand == PMUState) { ReportAbnormalID(0x0E0B, "Unknown PMU op");#if dbglog_HAVE dbglog_writeCStr("Unknown PMU op "); dbglog_writeHex(PMU_CurCommand); dbglog_writeReturn(); dbglog_writeCStr("PMU_BuffL = "); dbglog_writeHex(PMU_BuffL); dbglog_writeReturn(); if (PMU_BuffL <= PMU_BuffSz) { int i; for (i = 0; i < PMU_BuffL; ++i) { dbglog_writeCStr("PMU_BuffA["); dbglog_writeNum(i); dbglog_writeCStr("] = "); dbglog_writeHex(PMU_BuffA[i]); dbglog_writeReturn(); } }#endif } break; }} LOCALPROC LocBuffSetUpNextChunk(void){ PMU_p = PMU_BuffA; PMU_rem = PMU_BuffL - PMU_i; if (PMU_rem >= PMU_BuffSz) { PMU_rem = PMU_BuffSz; }} LOCALFUNC ui3r GetPMUbus(void){ ui3r v; v = VIA1_iA7; v <<= 1; v |= VIA1_iA6; v <<= 1; v |= VIA1_iA5; v <<= 1; v |= VIA1_iA4; v <<= 1; v |= VIA1_iA3; v <<= 1; v |= VIA1_iA2; v <<= 1; v |= VIA1_iA1; v <<= 1; v |= VIA1_iA0; return v;} LOCALPROC SetPMUbus(ui3r v){ VIA1_iA0 = v & 0x01; v >>= 1; VIA1_iA1 = v & 0x01; v >>= 1; VIA1_iA2 = v & 0x01; v >>= 1; VIA1_iA3 = v & 0x01; v >>= 1; VIA1_iA4 = v & 0x01; v >>= 1; VIA1_iA5 = v & 0x01; v >>= 1; VIA1_iA6 = v & 0x01; v >>= 1; VIA1_iA7 = v & 0x01;} LOCALVAR blnr PMU_Sending = falseblnr; LOCALPROC PmuCheckCommandCompletion(void){ if (PMU_i == PMU_BuffL) { PMUState = kPMUStateRecievedCommand; PmuCheckCommandOp(); if ((PMU_CurCommand & 0x08) == 0) { PMUState = kPMUStateReadyForCommand; SetPMUbus(0xFF); } else { if (PMUState != kPMUStateSendLength) { PmuStartSendResult(0xFF, 0); PMUState = kPMUStateSendLength; } PMU_i = 0; PMU_Sending = trueblnr; ICT_add(kICT_PMU_Task, 20400UL * kCycleScale / 64 * kMyClockMult); } }} GLOBALPROC PmuToReady_ChangeNtfy(void){ if (PMU_Sending) { PMU_Sending = falseblnr; ReportAbnormalID(0x0E0C, "PmuToReady_ChangeNtfy while PMU_Sending"); PmuFromReady = 0; } switch (PMUState) { case kPMUStateReadyForCommand: if (! PmuToReady) { PmuFromReady = 0; } else { PMU_CurCommand = GetPMUbus(); PMUState = kPMUStateRecievingLength; PmuFromReady = 1; } break; case kPMUStateRecievingLength: if (! PmuToReady) { PmuFromReady = 0; } else { PMU_BuffL = GetPMUbus(); PMU_i = 0; PMU_rem = 0; PMUState = kPMUStateRecievingBuffer; PmuCheckCommandCompletion(); PmuFromReady = 1; } break; case kPMUStateRecievingBuffer: if (! PmuToReady) { PmuFromReady = 0; } else { ui3r v = GetPMUbus(); if (0 == PMU_rem) { PMU_p = nullpr; PmuCheckCommandOp(); if (nullpr == PMU_p) { /* default handler */ LocBuffSetUpNextChunk(); } } if (nullpr == PMU_p) { /* mini vmac bug if ever happens */ ReportAbnormalID(0x0E0D, "PMU_p null while kPMUStateRecievingBuffer"); } *PMU_p++ = v; --PMU_rem; ++PMU_i; PmuCheckCommandCompletion(); PmuFromReady = 1; } break; case kPMUStateSendLength: if (! PmuToReady) { /* receiving */ PmuFromReady = 1; } else { PMU_SendNext = PMU_BuffL; PMUState = kPMUStateSendBuffer; PMU_Sending = trueblnr; ICT_add(kICT_PMU_Task, 20400UL * kCycleScale / 64 * kMyClockMult); } break; case kPMUStateSendBuffer: if (! PmuToReady) { /* receiving */ PmuFromReady = 1; } else { if (PMU_i == PMU_BuffL) { PMUState = kPMUStateReadyForCommand; SetPMUbus(0xFF); } else { if (0 == PMU_rem) { PMU_p = nullpr; PmuCheckCommandOp(); if (nullpr == PMU_p) { /* default handler */ LocBuffSetUpNextChunk(); } } PMU_SendNext = *PMU_p++; --PMU_rem; ++PMU_i; PMU_Sending = trueblnr; ICT_add(kICT_PMU_Task, 20400UL * kCycleScale / 64 * kMyClockMult); } } break; }} GLOBALPROC PMU_DoTask(void){ if (PMU_Sending) { PMU_Sending = falseblnr; SetPMUbus(PMU_SendNext); PmuFromReady = 0; }}
/*
PMUEMDEV.c
Copyright (C) 2008 Paul C. Pratt
You can redistribute this file and/or modify it under the terms
of version 2 of the GNU General Public License as published by
the Free Software Foundation. You should have received a copy
of the license along with this file; see the file COPYING.
This file 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
license for more details.
*/
/*
Power Management Unit EMulated DEVice
*/
#ifndef AllFiles
#include "SYSDEPNS.h"
#include "MYOSGLUE.h"
#include "EMCONFIG.h"
#include "GLOBGLUE.h"
#include "VIAEMDEV.h"
#endif
#include "PMUEMDEV.h"
/*
ReportAbnormalID unused 0x0E0E - 0x0EFF
*/
enum {
kPMUStateReadyForCommand,
kPMUStateRecievingLength,
kPMUStateRecievingBuffer,
kPMUStateRecievedCommand,
kPMUStateSendLength,
kPMUStateSendBuffer,
kPMUStates
};
#define PMU_BuffSz 8
LOCALVAR ui3b PMU_BuffA[PMU_BuffSz];
LOCALVAR ui3p PMU_p;
LOCALVAR ui3r PMU_rem;
LOCALVAR ui3r PMU_i;
LOCALVAR int PMUState = kPMUStateReadyForCommand;
LOCALVAR ui3r PMU_CurCommand;
LOCALVAR ui3r PMU_SendNext;
LOCALVAR ui3r PMU_BuffL;
LOCALPROC PmuStartSendResult(ui3r ResultCode, ui3r L)
{
PMU_SendNext = ResultCode;
PMU_BuffL = L;
PMUState = kPMUStateSendLength;
}
LOCALVAR ui3b PARAMRAM[128];
LOCALPROC PmuCheckCommandOp(void)
{
switch (PMU_CurCommand) {
case 0x10: /* kPMUpowerCntl - power plane/clock control */
break;
case 0x32: /* kPMUxPramWrite - write extended PRAM byte(s) */
if (kPMUStateRecievingBuffer == PMUState) {
if (0 == PMU_i) {
if (PMU_BuffL >= 2) {
PMU_p = PMU_BuffA;
PMU_rem = 2;
} else {
ReportAbnormalID(0x0E01,
"PMU_BuffL too small for kPMUxPramWrite");
}
} else if (2 == PMU_i) {
if ((PMU_BuffA[1] + 2 == PMU_BuffL)
&& (PMU_BuffA[0] + PMU_BuffA[1] <= 0x80))
{
PMU_p = &PARAMRAM[PMU_BuffA[0]];
PMU_rem = PMU_BuffA[1];
} else {
ReportAbnormalID(0x0E02,
"bad range for kPMUxPramWrite");
}
} else {
ReportAbnormalID(0x0E03,
"Wrong PMU_i for kPMUpramWrite");
}
} else if (kPMUStateRecievedCommand == PMUState) {
/* already done */
}
break;
#if 0
case 0xE2: /* kPMUdownloadStatus - PRAM status */
break;
#endif
case 0xE0: /* kPMUwritePmgrRAM - write to internal PMGR RAM */
break;
case 0x21: /* kPMUpMgrADBoff - turn ADB auto-poll off */
if (kPMUStateRecievedCommand == PMUState) {
if (0 != PMU_BuffL) {
ReportAbnormalID(0x0E04,
"kPMUpMgrADBoff nonzero length");
}
}
break;
case 0xEC: /* kPMUPmgrSelfTest - run the PMGR selftest */
if (kPMUStateRecievedCommand == PMUState) {
PmuStartSendResult(0, 0);
}
break;
case 0x78:
/* kPMUreadINT - get PMGR interrupt data */
case 0x68:
/*
kPMUbatteryRead - read battery/charger level and status
*/
case 0x7F:
/*
kPMUsleepReq - put the system to sleep (sleepSig='MATT')
*/
if (kPMUStateRecievedCommand == PMUState) {
PMU_BuffA[0] = 0;
PmuStartSendResult(0, 1);
}
break;
case 0xE8: /* kPMUreadPmgrRAM - read from internal PMGR RAM */
if (kPMUStateRecievedCommand == PMUState) {
if ((3 == PMU_BuffL)
&& (0 == PMU_BuffA[0])
&& (0xEE == PMU_BuffA[1])
&& (1 == PMU_BuffA[2]))
{
PMU_BuffA[0] = 1 << 5;
PmuStartSendResult(0, 1);
} else {
PMU_BuffA[0] = 0;
PmuStartSendResult(0, 1);
/* ReportAbnormal("Unknown kPMUreadPmgrRAM op"); */
}
}
break;
case 0x3A: /* kPMUxPramRead - read extended PRAM byte(s) */
if (kPMUStateRecievedCommand == PMUState) {
if ((2 == PMU_BuffL)
&& (PMU_BuffA[0] + PMU_BuffA[1] <= 0x80))
{
PMU_p = &PARAMRAM[PMU_BuffA[0]];
PMU_rem = PMU_BuffA[1];
PmuStartSendResult(0, PMU_rem);
} else {
ReportAbnormalID(0x0E05,
"Unknown kPMUxPramRead op");
}
}
break;
case 0x38:
/* kPMUtimeRead - read the time from the clock chip */
if (kPMUStateRecievedCommand == PMUState) {
if (0 == PMU_BuffL) {
PMU_BuffA[0] = 0;
PMU_BuffA[1] = 0;
PMU_BuffA[2] = 0;
PMU_BuffA[3] = 0;
PmuStartSendResult(0, 4);
} else {
ReportAbnormalID(0x0E06, "Unknown kPMUtimeRead op");
}
}
break;
case 0x31:
/*
kPMUpramWrite - write the original 20 bytes of PRAM
(Portable only)
*/
if (kPMUStateRecievedCommand == PMUState) {
if (20 == PMU_BuffL) {
/* done */
} else {
ReportAbnormalID(0x0E07,
"Unknown kPMUpramWrite op");
}
} else if (kPMUStateRecievingBuffer == PMUState) {
if (20 == PMU_BuffL) {
if (0 == PMU_i) {
PMU_p = &PARAMRAM[16];
PMU_rem = 16;
} else if (16 == PMU_i) {
PMU_p = &PARAMRAM[8];
PMU_rem = 4;
} else {
ReportAbnormalID(0x0E08,
"Wrong PMU_i for kPMUpramWrite");
}
}
}
break;
case 0x39:
/*
kPMUpramRead - read the original 20 bytes of PRAM
(Portable only)
*/
if (kPMUStateRecievedCommand == PMUState) {
if (0 == PMU_BuffL) {
PmuStartSendResult(0, 20);
} else {
ReportAbnormalID(0x0E09, "Unknown kPMUpramRead op");
}
} else if (kPMUStateSendBuffer == PMUState) {
#if 0
{
int i;
for (i = 0; i < PMU_BuffSz; ++i) {
PMU_BuffA[i] = 0;
}
}
#endif
if (0 == PMU_i) {
PMU_p = &PARAMRAM[16];
PMU_rem = 16;
} else if (16 == PMU_i) {
PMU_p = &PARAMRAM[8];
PMU_rem = 4;
} else {
ReportAbnormalID(0x0E0A,
"Wrong PMU_i for kPMUpramRead");
}
}
break;
default:
if (kPMUStateRecievedCommand == PMUState) {
ReportAbnormalID(0x0E0B, "Unknown PMU op");
#if dbglog_HAVE
dbglog_writeCStr("Unknown PMU op ");
dbglog_writeHex(PMU_CurCommand);
dbglog_writeReturn();
dbglog_writeCStr("PMU_BuffL = ");
dbglog_writeHex(PMU_BuffL);
dbglog_writeReturn();
if (PMU_BuffL <= PMU_BuffSz) {
int i;
for (i = 0; i < PMU_BuffL; ++i) {
dbglog_writeCStr("PMU_BuffA[");
dbglog_writeNum(i);
dbglog_writeCStr("] = ");
dbglog_writeHex(PMU_BuffA[i]);
dbglog_writeReturn();
}
}
#endif
}
break;
}
}
LOCALPROC LocBuffSetUpNextChunk(void)
{
PMU_p = PMU_BuffA;
PMU_rem = PMU_BuffL - PMU_i;
if (PMU_rem >= PMU_BuffSz) {
PMU_rem = PMU_BuffSz;
}
}
LOCALFUNC ui3r GetPMUbus(void)
{
ui3r v;
v = VIA1_iA7;
v <<= 1;
v |= VIA1_iA6;
v <<= 1;
v |= VIA1_iA5;
v <<= 1;
v |= VIA1_iA4;
v <<= 1;
v |= VIA1_iA3;
v <<= 1;
v |= VIA1_iA2;
v <<= 1;
v |= VIA1_iA1;
v <<= 1;
v |= VIA1_iA0;
return v;
}
LOCALPROC SetPMUbus(ui3r v)
{
VIA1_iA0 = v & 0x01;
v >>= 1;
VIA1_iA1 = v & 0x01;
v >>= 1;
VIA1_iA2 = v & 0x01;
v >>= 1;
VIA1_iA3 = v & 0x01;
v >>= 1;
VIA1_iA4 = v & 0x01;
v >>= 1;
VIA1_iA5 = v & 0x01;
v >>= 1;
VIA1_iA6 = v & 0x01;
v >>= 1;
VIA1_iA7 = v & 0x01;
}
LOCALVAR blnr PMU_Sending = falseblnr;
LOCALPROC PmuCheckCommandCompletion(void)
{
if (PMU_i == PMU_BuffL) {
PMUState = kPMUStateRecievedCommand;
PmuCheckCommandOp();
if ((PMU_CurCommand & 0x08) == 0) {
PMUState = kPMUStateReadyForCommand;
SetPMUbus(0xFF);
} else {
if (PMUState != kPMUStateSendLength) {
PmuStartSendResult(0xFF, 0);
PMUState = kPMUStateSendLength;
}
PMU_i = 0;
PMU_Sending = trueblnr;
ICT_add(kICT_PMU_Task,
20400UL * kCycleScale / 64 * kMyClockMult);
}
}
}
GLOBALPROC PmuToReady_ChangeNtfy(void)
{
if (PMU_Sending) {
PMU_Sending = falseblnr;
ReportAbnormalID(0x0E0C,
"PmuToReady_ChangeNtfy while PMU_Sending");
PmuFromReady = 0;
}
switch (PMUState) {
case kPMUStateReadyForCommand:
if (! PmuToReady) {
PmuFromReady = 0;
} else {
PMU_CurCommand = GetPMUbus();
PMUState = kPMUStateRecievingLength;
PmuFromReady = 1;
}
break;
case kPMUStateRecievingLength:
if (! PmuToReady) {
PmuFromReady = 0;
} else {
PMU_BuffL = GetPMUbus();
PMU_i = 0;
PMU_rem = 0;
PMUState = kPMUStateRecievingBuffer;
PmuCheckCommandCompletion();
PmuFromReady = 1;
}
break;
case kPMUStateRecievingBuffer:
if (! PmuToReady) {
PmuFromReady = 0;
} else {
ui3r v = GetPMUbus();
if (0 == PMU_rem) {
PMU_p = nullpr;
PmuCheckCommandOp();
if (nullpr == PMU_p) {
/* default handler */
LocBuffSetUpNextChunk();
}
}
if (nullpr == PMU_p) {
/* mini vmac bug if ever happens */
ReportAbnormalID(0x0E0D,
"PMU_p null while kPMUStateRecievingBuffer");
}
*PMU_p++ = v;
--PMU_rem;
++PMU_i;
PmuCheckCommandCompletion();
PmuFromReady = 1;
}
break;
case kPMUStateSendLength:
if (! PmuToReady) {
/* receiving */
PmuFromReady = 1;
} else {
PMU_SendNext = PMU_BuffL;
PMUState = kPMUStateSendBuffer;
PMU_Sending = trueblnr;
ICT_add(kICT_PMU_Task,
20400UL * kCycleScale / 64 * kMyClockMult);
}
break;
case kPMUStateSendBuffer:
if (! PmuToReady) {
/* receiving */
PmuFromReady = 1;
} else {
if (PMU_i == PMU_BuffL) {
PMUState = kPMUStateReadyForCommand;
SetPMUbus(0xFF);
} else {
if (0 == PMU_rem) {
PMU_p = nullpr;
PmuCheckCommandOp();
if (nullpr == PMU_p) {
/* default handler */
LocBuffSetUpNextChunk();
}
}
PMU_SendNext = *PMU_p++;
--PMU_rem;
++PMU_i;
PMU_Sending = trueblnr;
ICT_add(kICT_PMU_Task,
20400UL * kCycleScale / 64 * kMyClockMult);
}
}
break;
}
}
GLOBALPROC PMU_DoTask(void)
{
if (PMU_Sending) {
PMU_Sending = falseblnr;
SetPMUbus(PMU_SendNext);
PmuFromReady = 0;
}
}