static int WBInit(LIBBASETYPEPTR LIBBASE)
{
/* Make sure that the libraries are opened in L_OpenLib() --------------*/
WorkbenchBase->wb_Initialized = FALSE;
/* Initialize our private lists ----------------------------------------*/
NEWLIST(&(WorkbenchBase->wb_AppWindows));
NEWLIST(&(WorkbenchBase->wb_AppIcons));
NEWLIST(&(WorkbenchBase->wb_AppMenuItems));
NEWLIST(&(WorkbenchBase->wb_HiddenDevices));
/* Initialize our semaphores -------------------------------------------*/
InitSemaphore(&(WorkbenchBase->wb_WorkbenchPortSemaphore));
InitSemaphore(&(WorkbenchBase->wb_InitializationSemaphore));
InitSemaphore(&(WorkbenchBase->wb_BaseSemaphore));
/* Initialize handler message port -------------------------------------*/
WorkbenchBase->wb_HandlerPort.mp_SigBit = SIGBREAKB_CTRL_F;
WorkbenchBase->wb_HandlerPort.mp_SigTask = NULL;
WorkbenchBase->wb_HandlerPort.mp_Flags = PA_IGNORE;
NEWLIST(&(WorkbenchBase->wb_HandlerPort.mp_MsgList));
#warning "TODO: DefaultStackSize should differ depending on the platform AROS is compiled for"
/* Initialize miscellanous variables -----------------------------------*/
WorkbenchBase->wb_DefaultStackSize = 1024 * 32; /* 32kiB */ // FIXME: also read from preferences */
D(bug("[WBLIB] WBInit: Using %d Bytes for DefaultStackSize\n", WorkbenchBase->wb_DefaultStackSize));
return TRUE;
}
/*
* Initialise the device routines
*/
void hd_init(void)
{
int h,i,j;
for (h=0; h<MAX_HELIOS_DEVICES; h++) {
InitSemaphore(&(hd[h].numbufs),0);
InitSemaphore(&(hd[h].abort),0);
hd[h].old = 0;
hd[h].dcb = NULL;
for (i=0; i<MAXDISKS; i++) {
hd[h].disk[i].dk_lab = dflt_sizes;
hd[h].disk[i].dk_wlabel = 0;
hd[h].disk[i].dk_state = CLOSED;
hd[h].disk[i].dk_protected = FALSE;
hd[h].disk[i].dk_reads = 0;
hd[h].disk[i].dk_writes = 0;
InitSemaphore(&hd[h].disk[i].dk_numq,0);
InitSemaphore(&hd[h].disk[i].dk_guard,1);
hd[h].disk[i].dk_queue.b_actf = NULL;
hd[h].disk[i].dk_queue.b_forw = NULL;
for (j=0; j<MAXPARTITIONS; j++)
hd[h].disk[i].dk_pstatus[j]=CLOSED;
}
}
}
static struct ExpansionBase *exp_Init(struct ExpansionBase *ExpansionBase, UINT32 *segList, APTR SysBase)
{
ExpansionBase->SysBase = SysBase;
NewListType(&ExpansionBase->BoardList, NT_PCILIST);
InitSemaphore(&ExpansionBase->BoardListLock);
NewListType(&ExpansionBase->MountList, NT_DOSLIST);
InitSemaphore(&ExpansionBase->MountListLock);
return ExpansionBase;
}
void GetReady(void)
{
/* get the parameters from the configure file. */
InitNetworkParam();
InitConfig();
/* connect the parameter server from the master node. */
InitParamClient();
/* get the parameters from the master node. */
GetParam();
/* connect the message server from the master node,
* the message server is used for inform the slave nodes
* that every nodes have loaded the data. */
InitMessageClient();
/* the semaphore is used to synchronize the storage process and the transaction process. */
InitSemaphore();
InitProc();
/* if the process-array is shared between storage and transaction, so is the process-array-lock. */
InitProcLock();
InitInvisibleTable();
}
/* auto init */
static int BattClock_Init(struct BattClockBase *BattClockBase)
{
InitSemaphore(&BattClockBase->sem);
BattClockBase->century = CENTURY; /* Default offset */
if ((ACPICABase = OpenLibrary("acpica.library",0)))
{
ACPI_TABLE_FADT *fadt;
ACPI_STATUS err;
err = AcpiGetTable("FACP", 1, (ACPI_TABLE_HEADER **)&fadt);
if (err == AE_OK) {
if ((fadt->Header.Length >= offsetof(ACPI_TABLE_FADT, Century)) &&
fadt->Century)
{
D(bug("[BattClock] Got RTC century offset 0x%02X from ACPI\n", fadt->Century));
BattClockBase->century = fadt->Century;
}
}
CloseLibrary(ACPICABase);
ACPICABase = NULL;
}
return 1;
}
static void _Init_Semaphore(void)
{
DB2(bug("%s()\n", __FUNCTION__));
InitSemaphore(&sema_sem);
NEWLIST(&semaphores);
}
void __saveds Pdebug(const char *fmt, ...){
va_list argp;
if(dodebug==0) return;
if(0==semaphoreinit){
InitSemaphore(&PdebugSemaphore);
semaphoreinit=1;
}
va_start(argp,fmt);
ObtainSemaphore(&PdebugSemaphore);
if(lastpdebug<19){
vsprintf(&pdebugg[lastpdebug][0],fmt,argp);
lastpdebug++;
Signal(mytask,debugsig);
}
ReleaseSemaphore(&PdebugSemaphore);
va_end(argp);
}
static int thylacine_Init(struct ThylacineBase *tb)
{
struct Library *ExpansionBase;
int unit = 0;
InitSemaphore(&tb->tb_UnitLock);
NEWLIST(&tb->tb_Units);
if ((ExpansionBase = OpenLibrary("expansion.library", 36))) {
struct ConfigDev *cd = NULL;
while ((cd = FindConfigDev(cd, THYLACINE_VENDOR, THYLACINE_PRODUCT))) {
struct sl811hs *sl;
ULONG addr = (ULONG)(IPTR)cd->cd_BoardAddr;
ULONG data = addr + 0x4000;
// ULONG reset = addr + 0x100;
sl = sl811hs_Attach(addr, data, INTB_EXTER);
if (sl) {
((struct Node *)sl)->ln_Pri = unit++;
((struct Node *)sl)->ln_Name = "thylacine.device";
AddTail(&tb->tb_Units, (struct Node *)sl);
}
}
CloseLibrary(ExpansionBase);
}
return IsListEmpty(&tb->tb_Units) ? 0 : 1;
}
struct MidiCluster *NewCluster(char *name,struct CamdBase *CamdBase){
struct MyMidiCluster *mymidicluster;
struct MidiCluster *midicluster;
mymidicluster=AllocMem(sizeof(struct MyMidiCluster),MEMF_ANY | MEMF_CLEAR | MEMF_PUBLIC);
if(mymidicluster==NULL) return NULL;
InitSemaphore(&mymidicluster->semaphore);
midicluster=&mymidicluster->cluster;
midicluster->mcl_Node.ln_Name=AllocVec(mystrlen(name) + 1,MEMF_ANY|MEMF_PUBLIC);
if(midicluster->mcl_Node.ln_Name==NULL){
FreeMem(midicluster,sizeof(struct MyMidiCluster));
return NULL;
}
mysprintf(CamdBase,midicluster->mcl_Node.ln_Name,"%s",name);
NEWLIST(&midicluster->mcl_Receivers);
NEWLIST(&midicluster->mcl_Senders);
AddTail(&CB(CamdBase)->midiclusters,&midicluster->mcl_Node);
return midicluster;
}
int main(int argc, char **argv)
{
int e;
if( argc < 3 ) error("usage: sarun link bootfile");
link = atoi(argv[1]);
/* open the link for raw I/O */
if( !link_open(link) ) error("failed to open link %d",link);
/* boot the program through it */
if( (e=link_boot(link,argv[2]))!=0 ) error("link_boot error %d",e);
/* now spool stdin into the link and */
/* anything from the link to stdout */
InitSemaphore(&sync,0);
Fork(2000,input,4,link);
Fork(2000,output,4,link);
Wait(&sync);
Wait(&sync);
if( !link_close(link) ) error("failed to close link %d",link);
}
bool Error_init(void){
errortaskname=malloc(400);
sprintf(errortaskname,"ErrorPortProc for: %s",screenname);
InitSemaphore(&ErrorSemaphore);
if(
CreateNewProcTags(
NP_Entry,ErrorProcess,
NP_Name,errortaskname,
// NP_Output,Open(constring,0x3ee),
TAG_END
)==NULL
){
fprintf(stderr,"Could not open Error Process\n");
return false;
}
do{
Delay(1);
}while(ErrorTask==NULL);
hassent=0;
return true;
}
BOOL pkt_init(void)
{
packet_t *p;
int i;
UBYTE *pkt_data;
/* allocate packets with nodes for tx and rx queue */
int totalPkt = tx_pkt_size + rx_pkt_size;
pkts_size = totalPkt * sizeof(packet_t);
pkts = (packet_t *)AllocMem(pkts_size, MEMF_CLEAR);
if(pkts == NULL) {
return FALSE;
}
/* allocate packet data for rx packets */
rx_pkt_data_size = rx_pkt_size * max_pkt_size;
rx_pkt_data = (UBYTE *)AllocMem(rx_pkt_data_size, MEMF_CLEAR);
if(rx_pkt_data == NULL) {
return FALSE;
}
NewList(&tx_free);
NewList(&rx_free);
InitSemaphore(&tx_sem);
InitSemaphore(&rx_sem);
/* init tx queue packets and insert them into free list */
p = pkts;
for(i=0;i<tx_pkt_size;i++) {
AddHead(&tx_free, &p->p_Node);
p++;
}
/* init rx queue packets and insert them into free list
store the pre-allocated buffer as
*/
pkt_data = rx_pkt_data;
for(i=0;i<rx_pkt_size;i++) {
AddHead(&rx_free, &p->p_Node);
p->p_OwnBuffer = pkt_data;
p->p_OwnBufferSize = max_pkt_size;
pkt_data += max_pkt_size;
p++;
}
return TRUE;
}
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;
}
// Initialise a ListLock
void LIBFUNC L_InitListLock(
REG(a0, struct ListLock *ll),
REG(a1, char *name))
{
NewList(&ll->list);
InitSemaphore(&ll->lock);
ll->lock.ss_Link.ln_Name=name;
}
int main()
{
tmpname = mktemp("T:flockXXXXXX");
int fd = open(tmpname, O_CREAT);
TEST((fd != -1));
TEST((flock(fd, LOCK_SH|LOCK_NB) == 0));
TEST((flock(fd, LOCK_UN) == 0));
TEST((flock(fd, LOCK_EX|LOCK_NB) == 0));
TEST((flock(fd, LOCK_UN) == 0));
TEST((flock(fd, LOCK_SH) == 0));
TEST((flock(fd, LOCK_UN) == 0));
TEST((flock(fd, LOCK_EX) == 0));
TEST((flock(fd, LOCK_UN) == 0));
close(fd);
/* Create NPROCS processes increasing counter ITERATIONS times in an ugly
way */
int counter = 0;
struct Process *procs[NPROCS];
ULONG ids[NPROCS];
struct TagItem tags[] =
{
{ NP_Entry, (IPTR) entry },
{ NP_Name, (IPTR) "flocker" },
{ NP_Output, (IPTR) Output() },
{ NP_CloseOutput, (IPTR) FALSE },
{ NP_UserData, (IPTR) &counter },
{ NP_NotifyOnDeath, (IPTR) TRUE },
{ TAG_DONE, 0 }
};
int i;
InitSemaphore(&sem);
for(i = 0; i < NPROCS; i++)
{
procs[i] = CreateNewProc(tags);
TEST((procs[i]));
ids[i] = GetETask(procs[i])->et_UniqueID;
Signal((struct Task *)procs[i], SIGBREAKF_CTRL_C);
}
for(i = 0; i < NPROCS; i++)
{
ChildWait(ids[i]);
ChildFree(ids[i]);
}
putchar('\n');
TEST((counter == NPROCS * ITERATIONS));
cleanup();
return OK;
}
static LIB_BASE_T *LibInit(LIB_BASE_T *LibBase, BPTR Segment, struct ExecBase *ExecBase)
{
SysBase = ExecBase;
LibBase->LibSegment = Segment;
LibBase->ExecBase = ExecBase;
InitSemaphore(&LibBase->LockSemaphore);
return LibBase;
}
static int GFX_Init(LIBBASETYPEPTR LIBBASE)
{
struct class_static_data *csd = &LIBBASE->hdg_csd;
EnterFunc(bug("GfxHIDD_Init()\n"));
InitSemaphore(&csd->rgbconvertfuncs_sem);
ReturnInt("GfxHIDD_Init", ULONG, TRUE);
}
BOOL
InitC(void)
{
InitSemaphore(&MemorySemaphore);
if (MemoryPool = AsmCreatePool(MEMF_ANY | MEMF_PUBLIC, 4096, 4096, SysBase))
return(TRUE);
else
return(FALSE);
}
struct SignalSemaphore* MorphOS_CreateMutex(void)
{
struct SignalSemaphore *mutex = (struct SignalSemaphore*) AllocVec(sizeof (struct SignalSemaphore), MEMF_PUBLIC);
if (mutex)
{
InitSemaphore(mutex);
}
return mutex;
}
// Create a new backdrop handle
BackdropInfo *backdrop_new(IPCData *ipc,ULONG flags)
{
BackdropInfo *info;
// Allocate structure
if (!(info=AllocVec(sizeof(BackdropInfo),MEMF_CLEAR)))
return 0;
// Create memory pool
info->memory=NewMemHandle(2048,512,MEMF_CLEAR);
// Initialise stuff
InitListLock(&info->objects,0);
InitSemaphore(&info->window_lock);
InitSemaphore(&info->idcmp_lock);
NewList(&info->boopsi_list);
info->ipc=ipc;
info->flags=flags;
return info;
}
static int GM_UNIQUENAME(Init)(LIBBASETYPEPTR hdskBase)
{
HostLibBase = OpenResource("hostlib.resource");
D(bug("hostdisk: HostLibBase: 0x%p\n", HostLibBase));
if (!HostLibBase)
return FALSE;
InitSemaphore(&hdskBase->sigsem);
NEWLIST(&hdskBase->units);
D(bug("hostdisk: in libinit func. Returning %x (success) :-)\n", hdskBase));
return TRUE;
}
static int MUIMasterInit(LIBBASETYPEPTR lh)
{
MUIMasterBase = (struct Library *)lh;
InitSemaphore(&MUIMB(lh)->ZuneSemaphore);
NewList((struct List *)&MUIMB(lh)->BuiltinClasses);
NewList((struct List *)&MUIMB(lh)->Applications);
((struct MUIMasterBase_intern *)MUIMasterBase)->topaz8font = OpenFont(&topaz8Attr);
return TRUE;
}
// Allocate a new environment structure
Cfg_Environment *environment_new(void)
{
Cfg_Environment *env;
// Allocate new environment structure
if (!(env=AllocVec(sizeof(Cfg_Environment),MEMF_CLEAR)) ||
!(env->memory=NewMemHandle(0,0,MEMF_CLEAR)) ||
!(env->desktop_memory=NewMemHandle(1024,512,MEMF_PUBLIC|MEMF_CLEAR)) ||
!(env->volatile_memory=NewMemHandle(1024,sizeof(ButtonBankNode)+256,MEMF_PUBLIC|MEMF_CLEAR)))
{
environment_free(env);
return 0;
}
// Initialise environment
InitSemaphore(&env->lock);
NewList((struct List *)&env->path_formats);
NewList((struct List *)&env->path_list);
NewList((struct List *)&env->sound_list);
strcpy(env->toolbar_path,"dopus5:buttons/toolbar");
strcpy(env->menu_path,"dopus5:buttons/lister menu");
strcpy(env->user_menu_path,"dopus5:buttons/user menu");
strcpy(env->hotkeys_path,"dopus5:buttons/hotkeys");
strcpy(env->scripts_path,"dopus5:buttons/scripts");
NewList((struct List *)&env->desktop);
InitSemaphore(&env->desktop_lock);
InitSemaphore(&env->sound_lock);
// Allocate space for settings
if (!(env->env=AllocMemH(env->memory,sizeof(CFG_ENVR))))
{
environment_free(env);
return 0;
}
// Get default settings
DefaultEnvironment(env->env);
return env;
}
/* automatically. */
static void initialise_statics(void)
{ int i;
InitSemaphore(&LibraryLock, 1);
MachineName(Results.ProcessorName);
Results.OffchipMemory = 0;
Results.OffchipFailures = 0;
Results.OnchipMemory = 0;
Results.OnchipFailures = 0;
Results.NumberLinks = 0;
for (i = 0; i < MaxLinks; i++)
{ Results.LinkStats[i].LinkNumber = 0;
Results.LinkStats[i].ReadIterations = 0;
Results.LinkStats[i].ReadFailures = 0;
Results.LinkStats[i].WriteIterations = 0;
}
NumberThreads = 0;
InitSemaphore(&ThreadsReady, 0);
InitSemaphore(&ResultsLock, 1);
InitSemaphore(&ResultsReady, 0);
}
void ProcessFile_Threaded(Document *doc)
{
if (jobs_start == -1) {
threads_running = 0;
memset((void *)jobs, 0, sizeof(jobs));
InitSemaphore(&sem_jobs_ready, 0, 0);
for (int i = 0; i < JOB_POOL; i++) {
InitSemaphore(&sem_job_avail[i], 0, 1);
}
threadpool_size = GetIntegerConfig("THREADS", 1)+1;
threadpool = malloc(sizeof(pthread_t) * threadpool_size);
threadcache = malloc(sizeof(SignatureCache *) * threadpool_size);
jobs_start = 0;
jobs_end = 0;
current_jobs = 0;
jobs_complete = 0;
finishup = 0;
threadcache[0] = NewSignatureCache(2, 0);
pthread_create(threadpool+0, NULL, start_work_writer, threadcache[0]);
for (int i = 1; i < threadpool_size; i++) {
threadcache[i] = NewSignatureCache(0, 1);
pthread_create(threadpool+i, NULL, start_work, threadcache[i]);
}
}
int currjob = atomicFetchAndAdd(&jobs_end, 1) % JOB_POOL;
WaitSemaphore(&sem_job_avail[currjob]);
jobs[currjob].doc = doc;
jobs[currjob].state = READY;
atomicFetchAndAdd(¤t_jobs, 1);
PostSemaphore(&sem_jobs_ready);
}
/**************************************************************************
OM_NEW
**************************************************************************/
IPTR Semaphore__OM_NEW(struct IClass *cl, Object *obj, struct opSet *msg)
{
struct MUI_SemaphoreData *data;
obj = (Object *)DoSuperMethodA(cl, obj, (Msg)msg);
if (obj)
{
data = INST_DATA(cl, obj);
InitSemaphore(&data->sem);
}
return (IPTR)obj;
}
struct SysMutex *Sys_Thread_CreateMutex(void)
{
struct SysMutex *mutex;
mutex = AllocVec(sizeof(*mutex), MEMF_ANY);
if (mutex)
{
InitSemaphore(&mutex->sem);
return mutex;
}
return 0;
}
void __initdetach(void)
{ struct Library *DOSBase,*SysBase = *(struct Library **)4;
struct SignalSemaphore *sema;
if (_WBenchMsg)
return;
if ((sema=sem)) { /* I must be the child process */
ObtainSemaphore(sema); /* Assert that my parent is already dead */
ReleaseSemaphore(sema);
FreeMem(sema,sizeof(*sema));
return;
}
/* I must be the parent */
if ((sem=sema=(struct SignalSemaphore *)AllocMem(sizeof(*sema),MEMF_PUBLIC|MEMF_CLEAR))) {
InitSemaphore(sema);
if ((DOSBase=OpenLibrary(__dosname,30))) {
struct CommandLineInterface *cli = Cli();
APTR pr,stack = __SaveSP;
ObtainSemaphore(sema); /* Assert that my child is suspended until I'm finished */
pr = CreateNewProcTags(NP_Seglist,cli->cli_Module, /* child process gets my seglist */
NP_FreeSeglist,1, /* and must free it */
NP_Cli,1, /* it must be a CLI process */
NP_StackSize,__stack, /* it gets a stack */
NP_Name,(ULONG)__procname, /* a name */
NP_Priority,__priority, /* a priority */
NP_Arguments,(ULONG)__commandline,/* and my commandline Arguments */
TAG_END);
CloseLibrary(DOSBase);
if (pr) {
cli->cli_Module = 0; /* I'm no longer owner of this */
/* Adjust stack, release semaphore and return 0 in one.
* Maybe the 3 movel are a bit too cautious, but they ARE working
*/
asm("movel %0,sp;movel %1,a6;movel %2,a0;moveql #0,d0;jmp a6@(-570)"::
"r"(stack),"r"(SysBase),"r"(sema):"sp","a6","a0");
}
ReleaseSemaphore(sema); /* Again only caution - you never know */
}
FreeMem(sema,sizeof(*sema)); /* Couldn't start child :( */
}
int main(int argc, char **argv)
{
printf("Microlink test (%s %s)\n", __DATE__, __TIME__);
buffer = (unsigned char *)Malloc(MAXMSGSIZE);
if (buffer == 0)
{ printf("failed to get buffer\n"); exit(1); }
BuildCommandTable();
/* Start a separate process to announce when a message handler */
/* a message. */
InitSemaphore(&handlerArg.sem, 0); /* Process sleeps on this */
if (Fork(5000, HandlerProcess, 0, 0) < 0)
{
printf("failed to start child process\n");
exit(1);
}
/* Main command loop */
while (!finished)
{
char com[256], a1[256], a2[256], a3[256], a4[256], a5[256], a6[256];
char line[256];
int nwords;
printf("> "); fflush(stdout);
gets(line);
com[0] = 0;
a1[0] = 0; a2[0] = 0; a3[0] = 0; a4[0] = 0; a5[0] = 0; a6[0] = 0;
nwords = sscanf(line, "%s %s %s %s %s %s %s", com, a1, a2, a3, a4, a5, a6);
if (nwords > 0)
{
void (*proc)() = LookupCommand(com);
if ((int)proc)
(*proc)(com, a1, a2, a3, a4, a5, a6);
else
printf("Unknown command '%s'\n", com);
}
}
Free(buffer);
return 0;
}
struct NamedObject *util_AllocNamedObjectA(pUtility UtilBase, STRPTR name, struct TagItem *tagList)
{
if (name == NULL) return NULL;
UINT32 ns = GetTagData(ANO_NameSpace, FALSE, tagList);
if (ns == TRUE) ns = sizeof(struct NameSpace);
UINT32 us = GetTagData(ANO_UserSpace, 0, tagList);
if (us != 0) us +=3;
UINT32 nameSize = Strlen((const char*)name);
UINT32 allocSize = ns + us + sizeof(struct NamedObj) + nameSize + 1;
UINT8 *mem = AllocVec(allocSize, MEMF_PUBLIC|MEMF_CLEAR);
if (mem == NULL) return NULL;
struct NamedObj *object = (struct NamedObj *) mem;
mem += sizeof(struct NamedObj);
if (ns) {
object->no_Nos.nos_NameSpace = (struct NameSpace *)mem;
mem += ns;
}
object->no_Non.non_Node.ln_Name = (STRPTR)mem;
Strcpy((char *)mem, (const char *)name);
mem += nameSize+1;
struct NamedObject *ret = (struct NamedObject *)BASEOBJECT(object); //&object->no_Nos;
if (us)
{
UINT32 align = (UINT32)mem;
align = (align+3) & ~0x03;
SYSTEM(ret)->no_Nos.nos_Object = (UINT8*)align;
}
UINT32 flags = GetTagData(ANO_Flags, 0, tagList);
struct NameSpace *namSp = SYSTEM(ret)->no_Nos.nos_NameSpace;
if (namSp != NULL)
{
namSp->ns_Flags = flags;
NewList((struct List *)&namSp->ns_Entries);
InitSemaphore(&namSp->ns_Semaphore);
}
INT8 prio = GetTagData(ANO_Priority, 0, tagList);
SYSTEM(ret)->no_Non.non_Node.ln_Pri = prio;
SYSTEM(ret)->no_Non.non_UseCount = 1;
return ret;
}