/**
* Search for a font in the list and load from disk if not present
*/
struct ami_font_node *ami_font_open(const char *font)
{
struct nsObject *node;
struct ami_font_node *nodedata;
node = (struct nsObject *)FindIName((struct List *)ami_font_list, font);
if(node)
{
nodedata = node->objstruct;
GetSysTime(&nodedata->lastused);
return nodedata;
}
LOG(("Font cache miss: %s", font));
nodedata = AllocVec(sizeof(struct ami_font_node), MEMF_PRIVATE | MEMF_CLEAR);
nodedata->font = OpenOutlineFont(font, &ami_diskfontlib_list, OFF_OPEN);
if(!nodedata->font)
{
LOG(("Requested font not found: %s", font));
warn_user("CompError", font);
FreeVec(nodedata);
return NULL;
}
nodedata->bold = (char *)GetTagData(OT_BName, 0, nodedata->font->olf_OTagList);
if(nodedata->bold)
LOG(("Bold font defined for %s is %s", font, nodedata->bold));
else
LOG(("Warning: No designed bold font defined for %s", font));
nodedata->italic = (char *)GetTagData(OT_IName, 0, nodedata->font->olf_OTagList);
if(nodedata->italic)
LOG(("Italic font defined for %s is %s", font, nodedata->italic));
else
LOG(("Warning: No designed italic font defined for %s", font));
nodedata->bolditalic = (char *)GetTagData(OT_BIName, 0, nodedata->font->olf_OTagList);
if(nodedata->bolditalic)
LOG(("Bold-italic font defined for %s is %s", font, nodedata->bolditalic));
else
LOG(("Warning: No designed bold-italic font defined for %s", font));
GetSysTime(&nodedata->lastused);
node = AddObject(ami_font_list, AMINS_FONT);
if(node)
{
node->objstruct = nodedata;
node->dtz_Node.ln_Name = strdup(font);
}
return nodedata;
}
static BOOL ata_Calibrate(struct IORequest* tmr)
{
register ULONG x;
register ULONG scale = 0x8000; // min iterations...
volatile register ULONG t = 1;
struct timeval t1, t2;
D(bug("[ATA ] Calibration started\n"));
while (scale <= 0x80000000)
{
Forbid();
GetSysTime(&t1);
for (x = 1; x < scale; x++)
t = (((t + x) * t) - x) / x; // add, mul, sub, div, trivial benchmark.
GetSysTime(&t2);
Permit();
SubTime(&t2, &t1);
// ok, it's going to be totally insane, if secs > 1.
if (t2.tv_secs != 0)
{
bug("[ATA ] micro wait useless.\n");
return FALSE;
}
/*
* we expect at least 10000 times longer period, which should be 'achievable'
* unlikely we will cross the magic boundary here of 4 billion instructions in 10 millisecond (yielding 400'000MIPS?)
* on the other side, if we go as low as 1, then 4 iterations of add/sub/mul/div is perfectly fine yielding a bit more than 400ns...
*/
if (t2.tv_micro >= 10000)
break;
scale <<= 1;
}
D(bug("[ATA ] Executed %ld ops in %ldus\n", scale, t2.tv_micro));
// always round up to the next value.. so 30.9 -> 31, 5.1 -> 6, etc
x = (x + t2.tv_micro - 1) / t2.tv_micro;
x = (x+9) / 10;
bug("[ATA ] Approximate number of iterations per 100 nanoseconds: %ld\n", x);
iters_per_100ns = x;
return TRUE;
}
String GetTimeZoneText()
{
Time gmtime = GetUtcTime();
Time ltime = GetSysTime();
int d = (int)(ltime - gmtime) / 600;
return Format("+%02.2d%01.1d0", d / 6, d % 6);
}
int archdep_rtc_get_centisecond(void)
{
struct timeval now;
GetSysTime(&now);
return now.tv_usec / 10;
}
void schedule_run(BOOL poll)
{
struct nscallback *nscb;
void (*callback)(void *p);
void *p;
struct TimeVal tv;
nscb = pblHeapGetFirst(schedule_list);
if(nscb == -1) return;
if(poll)
{
/* Ensure the scheduled event time has passed (CmpTime<=0)
* For timer signalled events this must *always* be true,
* so we save some time by only checking if we're polling.
*/
GetSysTime(&tv);
if(CmpTime(&tv, &nscb->tv) > 0) return;
}
callback = nscb->callback;
p = nscb->p;
ami_remove_timer_event(nscb);
pblHeapRemoveFirst(schedule_list);
FreeVec(nscb);
callback(p);
}
void Ide::SetIdeState(int newstate) {
if(newstate != idestate)
{
if(newstate == BUILDING)
build_start_time = GetSysTime();
else
{
if(idestate == BUILDING && !IsNull(build_start_time))
stat_build_time += int(GetSysTime() - build_start_time);
build_start_time = Null;
}
}
idestate = newstate;
MakeTitle();
SetBar();
}
static void ami_font_cache_cleanup(struct MinList *ami_font_cache_list)
{
struct nsObject *node;
struct nsObject *nnode;
struct ami_font_cache_node *fnode;
struct TimeVal curtime;
if(IsMinListEmpty(ami_font_cache_list)) return;
node = (struct nsObject *)GetHead((struct List *)ami_font_cache_list);
do
{
nnode=(struct nsObject *)GetSucc((struct Node *)node);
fnode = node->objstruct;
GetSysTime(&curtime);
SubTime(&curtime, &fnode->lastused);
if(curtime.Seconds > 300)
{
LOG("Freeing %s not used for %ld seconds", node->dtz_Node.ln_Name, curtime.Seconds);
DelObject(node);
}
} while((node=nnode));
/* reschedule to run in five minutes */
ami_schedule(300000, (void *)ami_font_cache_cleanup, ami_font_cache_list);
}
void CheckDateTime()
{
Time tm = GetSysTime();
Date dt = tm;
Value c;
Value v = tm;
RDUMP(v);
ASSERT(v == dt);
Date xx = v;
ASSERT(xx == dt);
c = v;
RDUMP(c);
ASSERT(c == dt);
Value cv = v;
RDUMP(cv);
ASSERT(cv == dt);
Value v2 = tm;
RDUMP(v2);
ASSERT(v2 == v);
c = v;
RDUMP(c);
ASSERT(c == dt);
ASSERT(c == tm);
v = dt;
v2 = ToTime(v);
ASSERT(v == v2);
ASSERT(GetHashValue(v) == GetHashValue(v2));
}
void ClipboardLog(const char *txt)
{
if(!DebugClipboard())
return;
FileAppend f(GetExeDirFile("clip.log"));
f << GetSysTime() << ": " << txt << "\n";
}
//---------------------------------------------------------------------------
void __fastcall TUnitTreatListForm::btnPrintClick(TObject *Sender)
{
CString szSQL,szFilter0,szFilter1;
char strCorp[80],strLarge[80],strTemp[80];
int nSel;
TListItem *pItem;
AnsiString szDays;
BASE2COLDATA rwBase;
TPrnUnitTreatListForm *pForm;
TDateTime tNow;
pForm=new TPrnUnitTreatListForm(Application);
assert(pForm!=NULL);
strCorp[0]='\0';
strLarge[0]='\0';
if((nSel=lstCorp->ItemIndex)>=0 && nSel<m_lstCorpID.GetSize())
{
strcpy(strCorp,m_lstCorpID[nSel]);
}
if((nSel=lstLarge->ItemIndex)>=0 && nSel<m_lstLargeID.GetSize())
{
strcpy(strLarge,m_lstLargeID[nSel]);
}
if(strCorp[0]!='\0' || strLarge[0]!='\0')
{
szFilter0.Format(" and mn_code like '%s%s%%'",strCorp,strLarge);
szFilter1.Format(" and pd_mncode like '%s%s%%'",strCorp,strLarge);
}
szSQL="select pd_mncode,count(pd_mncode) as pd_count from BookFactory,PurchaseDetail"
" where bf_apcode=pd_code";
szSQL+=szFilter1;
szSQL+=" group by pd_mncode"
" order by pd_mncode";
RunSQL(dm1->Query1,szSQL,true);
while(!dm1->Query1->Eof)
{
strcpy(rwBase.strCode,dm1->Query1->FieldByName("pd_mncode")->AsString.c_str());
sprintf(rwBase.strName,"%d",dm1->Query1->FieldByName("pd_count")->AsInteger);
pForm->m_lstBook.Add(rwBase);
dm1->Query1->Next();
}
szSQL="select * from TreatStock,DicUnits,materialno,Manufactur"
" where ts_ducode=du_code"
" and ts_mncode=mn_code"
" and ts_mfcode*=mf_code";
szSQL+=szFilter0;
szSQL+=" order by ts_mncode";
tNow=GetSysTime(false);
if(!OpenQuery(dm1->sqlPrint,szSQL)) return;
pForm->txtPrnDate->Caption=(LPCSTR)Time2DBDateString(tNow);
pForm->PrnView->PreviewModal();
delete pForm;
}
//********************************************
// Method : AddHisNode
// Description : 向历史记录链表追加节点
// Param : 输入 BOOK_INFO *pstBookInfo 图书信息指针
// : 输入 BOOK_OP_EM emOption 操作枚举
// Return : BOOL 是否成功
//*******************************************
BOOL AddHisNode(BOOK_INFO *pstBookInfo, BOOK_OP_EM emOption)
{
BOOK_HIS_NODE *pstTmp = NULL;
BOOK_HIS_NODE *pstBookHisNode = (BOOK_HIS_NODE *)malloc(sizeof(BOOK_HIS_NODE));
if ( NULL == pstBookHisNode )
{
return FALSE;
}
pstBookHisNode->pstNext = NULL;
pstBookHisNode->stBookHisInfo.emBookOption = emOption;
pstBookHisNode->stBookHisInfo.pstBookInfo = pstBookInfo;
pstBookHisNode->stBookHisInfo.stOptionTime = GetSysTime();
if ( NULL == g_pstHisLogHead )
{
g_pstHisLogHead = pstBookHisNode;
return TRUE;
}
pstTmp = g_pstHisLogHead;
while( NULL != pstTmp->pstNext )
{
pstTmp = pstTmp->pstNext;
}
pstTmp->pstNext= pstBookHisNode;
return TRUE;
}
int GetTimeZone()
{
static int zone;
ONCELOCK {
for(;;) { // This is somewhat ugly, but unified approach to get time zone offset
Time t0 = GetSysTime();
Time gmtime = GetUtcTime();
Time ltime = GetSysTime();
if(GetSysTime() - t0 < 1) { // Make sure that there is not much time between calls
zone = (int)(ltime - gmtime) / 60; // Round to minutes
break;
}
}
}
return zone;
}
void schedule(int t, void (*callback)(void *p), void *p)
{
struct nscallback *nscb;
struct TimeVal tv;
ULONG time_us = 0;
if(schedule_list == NULL) return;
nscb = AllocVec(sizeof(struct nscallback), MEMF_PRIVATE | MEMF_CLEAR);
if(!nscb) return;
time_us = t*10000; /* t converted to µs */
nscb->tv.Seconds = time_us / 1000000;
nscb->tv.Microseconds = time_us % 1000000;
GetSysTime(&tv);
AddTime(&nscb->tv,&tv); // now contains time when event occurs
if(nscb->treq = AllocVec(sizeof(struct TimeRequest),MEMF_PRIVATE | MEMF_CLEAR))
{
*nscb->treq = *tioreq;
nscb->treq->Request.io_Command=TR_ADDREQUEST;
nscb->treq->Time.Seconds=nscb->tv.Seconds; // secs
nscb->treq->Time.Microseconds=nscb->tv.Microseconds; // micro
SendIO((struct IORequest *)nscb->treq);
}
nscb->callback = callback;
nscb->p = p;
pblHeapInsert(schedule_list, nscb);
}
static int UUID_Init(LIBBASETYPEPTR LIBBASE)
{
struct timeval tv;
uuid_time_t time_now;
/* Set up global lock (class and interface locks are separate!) */
InitSemaphore(&LIBBASE->uuid_GlobalLock);
D(bug("[UUID] UUID Init\n"));
LIBBASE->uuid_Initialized = 0;
/* I need timer.device in order to obtain system time */
if (OpenDevice("timer.device", UNIT_MICROHZ, &LIBBASE->uuid_TR, 0))
{
D(bug("[UUID] Could not open timer.device. ABORT!\n"));
return FALSE;
}
/* get the system time and convert it to UUID time */
GetSysTime(&tv);
time_now = LIBBASE->uuid_NextUpdate = LIBBASE->uuid_LastTime =
((uint64_t)tv.tv_secs + 2922) * 10000000 +
((uint64_t)tv.tv_micro) * 10 +
((uint64_t)0x01B21DD213814000LL);
D(bug("[UUID] UUID time: 0x%08lx%08lx\n",
(uint32_t)((LIBBASE->uuid_LastTime >> 32) & 0xffffffff),
(uint32_t)((LIBBASE->uuid_LastTime & 0xffffffff))
));
/* Seed the random generator */
time_now /= UUIDS_PER_TICK;
UUIDBase->uuid_RandomSeed = (time_now >> 32) ^ time_now;
UUIDBase->uuid_UUIDs_ThisTick = 0;
/* Try to open dos.library for GetVar/SetVar */
DOSBase = OpenLibrary("dos.library", 0);
if (DOSBase)
{
D(bug("[UUID] dos.library opened. Trying to get the UUID state.\n"));
/* DOS is there. Try to get the last UUID state. */
if (GetVar("uuid_state", (UBYTE*)&LIBBASE->uuid_State, sizeof(uuid_state_t),
GVF_BINARY_VAR | GVF_DONT_NULL_TERM) == sizeof(uuid_state_t))
{
D(bug("[UUID] got last UUID state\n"));
LIBBASE->uuid_Initialized = 1;
}
else
{
D(bug("[UUID] no UUID state found. Staying uninitlaized\n"));
}
}
else
D(bug("[UUID] dos.library not yet available. I will try later."));
return TRUE;
}
void sTime(char *h, const char *ext)
{
Time t = GetSysTime();
char th[200];
sprintf(th, ".%d-%02d-%02d-%02d-%02d-%02d", t.year, t.month, t.day, t.hour, t.minute, t.second);
strcat(th, ext);
sLogFile(h, th);
}
void IdePngDes::Create(const char *_filename)
{
Clear();
filename = _filename;
filetime = GetSysTime();
Image m = CreateImage(Size(16, 16), Null);
AddImage(filename, m, false);
SingleMode();
}
virtual Vector<FileInfo> GetFileInfo(const Vector<String>& path) {
Vector<FileInfo> fi = host->GetFileInfo(path);
for(int i = 0; i < path.GetCount(); i++)
if(path[i] == onefile)
(Time &)fi[i] = GetSysTime();
else
(Time &)fi[i] = Time::Low();
return fi;
}
void InitPrefs(BOOL use, BOOL save)
{
struct timeval tv;
GetSysTime(&tv);
Amiga2Date(tv.tv_secs, &clockdata);
if (use || save) Cleanup(NULL);
}
int dbDatabase::PutRecord(unsigned int tbHandle, int recno, dbRecord& Record, bool f) {
unsigned int j, i, r;
int z;
char buff[2];
ArrayMap<String, struct fieldStruct> &fs = fields[tbHandle];
if( (recno > 0) && (recno <= tables[tbHandle].numOfRecord)) {
if(IsDeleted(tbHandle, recno)) return MTDB_REC_DELETED;
tables[tbHandle].record = recno;
}
else if((recno == MTDB_TB_APP) || (recno == tables[tbHandle].numOfRecord+1)) {
tables[tbHandle].numOfRecord++;
tables[tbHandle].record = tables[tbHandle].numOfRecord;
recno = tables[tbHandle].record;
Insert(tables[tbHandle].offset + tables[tbHandle].tableHead + ((recno-1) * tables[tbHandle].recordLenght), tables[tbHandle].recordLenght);
eodsp += tables[tbHandle].recordLenght;
for(r=tbHandle+1; r<numOfTables; r++) {
tables[r].offset += tables[tbHandle].recordLenght;
}
dbUpdateHead();
buff[0] = MTDB_TB_RECORD_ENABLED;
lseek(fhandle, (int)tables[tbHandle].offset+tables[tbHandle].tableHead+(tables[tbHandle].recordLenght*(recno-1)), 0);
write(fhandle, buff, 1);
// verifico ed aggiorno la chiave primaria
for(i=0; i<tables[tbHandle].numOfFields; i++) {
if (_isBitSet(fs[i].flags, MTDB_FD_PRIM_KEY)) {
lseek(fhandle, (int)tables[tbHandle].offset+tables[tbHandle].tableHead+(tables[tbHandle].recordLenght*(recno-1))+fs[i].prevLength+1, 0);
write(fhandle, &tables[tbHandle].autoincCntr, fs[i].length);
tables[tbHandle].autoincCntr++;
}
}
// fine agg. chiave primaria
tbUpdateHead(tbHandle);
}
else if(recno == MTDB_TB_ACT)
recno = tables[tbHandle].record;
else
return MTDB_INV_RECNO;
#ifdef _WITH_DEBUG
RLOG("Put record: " + FormatInt(recno));
#endif
for(j=0; j<Record.GetCount(); j++) {
ArrayMap<String, struct fieldStruct> &fs = fields[tbHandle];
z = fs.Find(Record.GetName(j));
if(z >= 0) FieldPut(tbHandle, recno, z, Record[j], f);
}
Time t = GetSysTime();
lseek(fhandle, (int)tables[tbHandle].offset+21, 0);
write(fhandle, &t, 8);
tables[tbHandle].lastModifyTime = t;
return MTDB_SUCCESS;
}
bool TAPAffirmAndNotBookForm::GetFilter(CString &szFilter)
{
char strTemp[256],strDate0[80];
int nSel;
edtID->Text=edtID->Text.Trim();
if(!edtID->Text.IsEmpty())
{
sprintf(strTemp," and pd_code like '%s%%'",edtID->Text.c_str());
szFilter+=strTemp;
}
if(lstType->ItemIndex>0)
{
sprintf(strTemp," and ap_type='%s'",lstType->Text=="普通" ? "N" : "I");
szFilter+=strTemp;
}
if((nSel=lstStockDep->ItemIndex)>=0 && nSel<m_lstStockDepID.GetSize())
// if((nSel=lstStockDep->ItemIndex)>0 && nSel<m_lstStockDepID.GetSize())
{
sprintf(strTemp," and ap_sdcode='%s'",m_lstStockDepID[nSel]);
szFilter+=strTemp;
}
if((nSel=lstAskDep->ItemIndex)>0 && nSel<m_lstReqDepID.GetSize())
{
sprintf(strTemp," and ap_reqdepart='%s'",m_lstReqDepID[nSel]);
szFilter+=strTemp;
}
edtMncode->Text=edtMncode->Text.Trim();
if(!edtMncode->Text.IsEmpty())
{
sprintf(strTemp," and pd_mncode like '%s%%'",edtMncode->Text.c_str());
szFilter+=strTemp;
}
if((nSel=lstStockman->ItemIndex)>0 && nSel<m_lstStockmanID.GetSize())
{
sprintf(strTemp," and ap_shcode='%s'",m_lstStockmanID[nSel]);
szFilter+=strTemp;
}
if((nSel=lstReqCorp->ItemIndex)>0 && nSel<m_lstCorpID.GetSize())
{
sprintf(strTemp," and substring(ap_reqdepart,1,2)='%s'",m_lstCorpID[nSel]);
szFilter+=strTemp;
}
if(!edtAfmDay->Text.IsEmpty())
{
TDateTime tNow=GetSysTime(false);
unsigned short year,month,day;
tNow-=atoi(edtAfmDay->Text.c_str());
tNow.DecodeDate(&year,&month,&day);
sprintf(strTemp," and ap_affirmdate<'%04d-%02d-%02d'",year,month,day);
szFilter+=strTemp;
}
return true;
}
void Log::print(string message){
if(message.empty() == true) return;
string gtime;
if(plaintext == true){
gtime = GameTime() + GetSysTime() +FrameTime() + message + "\n";
}else{
gtime = "\n<tr><th width='8%' scope='row'><b>" + GameTime() + FrameTime() +"</b></th>\n<td width='92%'>" + message + "</td></tr>\n";
}
header(gtime);
}
void HoldCOM0ConnSta(void)
{
if((GetSysTime()-l_COM0ConnTime > 2 && l_COM0StartFlg == 1 )
||(l_COM0TimeOutFlg == 1))
{
l_COM0EndFlg = 1;
l_COM0StartFlg = 0;
l_COM0TimeOutFlg = 0;
}
}
void Log::print(std::string message){
if(message.empty() == true) return;
if (!G) {
//NLOG(message);
return;
}
std::string gtime;
gtime = GameTime() + GetSysTime() +FrameTime() + message + "\n";
header(gtime);
}
void WorkspaceWork::LoadActualPackage()
{
Time utime = FileGetTime(ConfigFile("version"));
filelist.Clear();
fileindex.Clear();
bool open = true;
Time tm = GetSysTime();
for(int i = 0; i < actual.file.GetCount(); i++) {
Package::File& f = actual.file[i];
if(f.separator) {
open = closed.Find(Sepfo(actualpackage, f)) < 0;
filelist.Add(f, open ? IdeImg::SeparatorClose() : IdeImg::SeparatorOpen(),
ListFont().Bold(), open ? SColorMark : SColorText, true, 0, Null);
fileindex.Add(i);
}
else
if(open) {
Color uln = Null;
String p = SourcePath(GetActivePackage(), f);
if(showtime) {
FindFile ff(p);
if(ff) {
Time ftm = Time(ff.GetLastWriteTime());
if(ftm > utime) {
int64 t = tm - ftm;
if(t < 24 * 3600)
uln = SColorMark;
else
if(t < 32 * 24 * 3600)
uln = SColorDisabled;
}
}
}
Image m = IdeFileImage(f, f.optimize_speed, false, f.pch);
if(GetFileExt(p) == ".tpp" && IsFolder(p)) {
if(FileExists(AppendFileName(p, "all.i")))
m = TopicImg::IGroup();
else
m = TopicImg::Group();
}
#ifdef PLATFORM_WIN32
p = ToLower(p);
#endif
if(errorfiles.Find(p) >= 0) {
m = ImageOverRed(m);
uln = LtRed;
}
filelist.Add(f, m, ListFont(), SColorText, false, 0,
Null, SColorMark, Null, Null, Null, uln);
fileindex.Add(i);
}
}
}
void __fastcall TBookNotAcceptListForm::btnprintClick(TObject *Sender)
{
CString szSQL,szTable;
int i;
TListItem *pItem;
TPrnBookNotAcceptForm *pPrn;
TDateTime tNow;
szTable=GetTmpTableName();
szSQL.Format("create table dbo.%s ("
"m_bookid varchar(20),"
"m_date varchar(20),"
"m_days varchar(4),"
"m_mncode varchar(25),"
"m_mnname varchar(80),"
"m_corp varchar(20),"
"m_sdname varchar(20)"
")",szTable);
if(!RunSQL(dm1->Query1,szSQL)) return;
//if(lstView->Items->Count>0)
//lstView->SelectAll();
for(i=0;i<lstView->Items->Count;i++)
{
pItem=lstView->Items->Item[i];
szSQL.Format("insert into %s values(",szTable);
szSQL+=Str2DBString(pItem->Caption.c_str());
szSQL+=","; szSQL+=Str2DBString(pItem->SubItems->Strings[0].c_str());
szSQL+=","; szSQL+=Str2DBString(pItem->SubItems->Strings[1].c_str());
szSQL+=","; szSQL+=Str2DBString(pItem->SubItems->Strings[2].c_str());
szSQL+=","; szSQL+=Str2DBString(pItem->SubItems->Strings[3].c_str());
szSQL+=","; szSQL+=Str2DBString(pItem->SubItems->Strings[4].c_str());
szSQL+=","; szSQL+=Str2DBString(pItem->SubItems->Strings[6].c_str());
szSQL+=")";
if(!RunSQL(dm1->Query1,szSQL)) goto DROP_TABLE;
}
pPrn=new TPrnBookNotAcceptForm(this);
assert(pPrn!=NULL);
tNow=GetSysTime(false);
pPrn->txtPrnTime->Caption=(LPCSTR)Time2DBTimeString(tNow);
szSQL.Format("select * from %s order by m_bookid",szTable);
if(RunSQL(dm1->sqlPrint,szSQL,true))
{pPrn->PrnView->PreviewModal();}
delete pPrn;
DROP_TABLE:
szSQL.Format("drop table dbo.%s",szTable);
RunSQL(dm1->Query1,szSQL);
}
int MSDKVpp::PrepareVppCompFrames()
{
std::map<MSDKDecodeVpp*, MediaBuf>::iterator it;
MSDKDecode* pDecode = NULL;
if (0 == m_tCompStc) {
//Init stage. Synchronous reference time sequence
//Wait for all the frame to generate the 1st composited one.
for (it = m_mapMediaBuf.begin(); it != m_mapMediaBuf.end(); ++it)
{
pDecode = dynamic_cast<MSDKDecode*>(it->first);
while (!pDecode->FullStage())
{
//pDecode->RING_BUFFER is not in full stage, just sleep and wait
if (m_bWantToStop)
return -1;
usleep(1000);
}
}
m_rCallback.StartTrain();
} else {
usleep(m_nSleepInterval);
unsigned int nEosCnt = 0;
for (it = m_mapMediaBuf.begin(); it != m_mapMediaBuf.end(); ++it)
{
pDecode = dynamic_cast<MSDKDecode*>(it->first);
if (pDecode->GetDataEos() && it->second.pRingBuf->IsEmpty())
{
nEosCnt++;
if (m_mapMediaBuf.size() == nEosCnt)
{
VPP_TRACE_INFO("[MSDKVpp]-----All video stream EOS, can end VPP now: %d\n",nEosCnt);
return 1;
}
pDecode->RequestLastSurface();
continue;
}
//Frames comes late.
//Use last surface, maybe need to drop 1 frame in future.
if (it->second.pRingBuf->IsEmpty())
{
pDecode->RequestLastSurface();
//it->second.nDropFrameNums++;
}
}
}
m_tCompStc = GetSysTime();
return 0;
}
struct ami_font_cache_node *ami_font_cache_alloc_entry(const char *font)
{
struct ami_font_cache_node *nodedata;
#ifdef __amigaos4__
uint32 hash = XXH32(font, strlen(font), 0);
nodedata = (struct ami_font_cache_node *)InsertSkipNode(ami_font_cache_list, (APTR)hash, sizeof(struct ami_font_cache_node));
#else
nodedata = AllocVecTagList(sizeof(struct ami_font_cache_node), NULL);
#endif
GetSysTime(&nodedata->lastused);
return nodedata;
}
TDumpJobInfo::TDumpJobInfo(const TBsInfo &absi, bool abMaster)
: bsi(absi),
bMaster(abMaster),
nCurAddr(0x100),
nMaxAddr(c_nBsMemSize),
Status(sOk),
JobState(jsStart),
MainState(msReading),
m_TimeEstimator(GetSysTime(),
milliseconds(5000),
milliseconds(30000),
milliseconds(300),
milliseconds(1*60*60*1000))
{
}
void Ide::Times()
{
WithStatisticsLayout<TopWindow> statdlg;
CtrlLayout(statdlg, "Elapsed times");
statdlg.SetTimeCallback(-1000, statdlg.Breaker(IDRETRY), 50);
do
{
int session_time = int(GetSysTime() - start_time);
int idle_time = int(session_time - editor.GetStatEditTime() - stat_build_time);
statdlg.session_time <<= FormatElapsedTime(session_time);
statdlg.edit_time <<= FormatElapsedTime(editor.GetStatEditTime());
statdlg.build_time <<= FormatElapsedTime(stat_build_time);
statdlg.idle_time <<= FormatElapsedTime(idle_time);
}
while(statdlg.Run() == IDRETRY);
}
int gettimeofday(struct timeval *tp, struct timezone *tzp)
{
if (tp)
{
GetSysTime(tp);
#if 0
void GetSysTime( struct timeval * );
TimerIO->tr_node.io_Command = TR_GETSYSTIME;
DoIO((struct IORequest *) TimerIO);
*tp = TimerIO->tr_time;
#endif
/* add the offset from unix to amigados time system (NEEDED???) */
tp->tv_sec += (8*365+2) * 24 * 3600;
}
return 0;
}
