int list_replace_items(pgenobj_cmp_t lri_cmp, DLL_NODE_PTR list)
{
int error = 0;
FF_VALIDATE(list);
list = dll_first(list);
while (!DLL_IS_HEAD_NODE(list))
{
DLL_NODE_PTR list_walker = NULL;
list_walker = dll_next(list);
while (!DLL_IS_HEAD_NODE(list_walker))
{
if ((*lri_cmp)(list->data.u.var, list_walker->data.u.var))
{
list = dll_previous(list);
dll_delete(list->next);
break;
}
list_walker = dll_next(list_walker);
}
list = dll_next(list);
}
return(error);
}
static BOOLEAN variable_list_comp
(
VARIABLE_LIST vlist1,
VARIABLE_LIST vlist2
)
{
VARIABLE_PTR v1;
VARIABLE_PTR v2;
if (!vlist1 || !vlist2)
return(FALSE);
vlist1 = dll_first(vlist1);
v1 = FF_VARIABLE(vlist1);
vlist2 = dll_first(vlist2);
v2 = FF_VARIABLE(vlist2);
while (v1 || v2)
{
if (!(v1 && v2))
return(FALSE);
if (!variable_comp(v1, v2))
return(FALSE);
vlist1 = dll_next(vlist1);
v1 = FF_VARIABLE(vlist1);
vlist2 = dll_next(vlist2);
v2 = FF_VARIABLE(vlist2);
}
return(TRUE);
}
static void remove_header_from_ac_list
(
DATA_BIN_PTR dbin,
char *name
)
{
FF_ARRAY_CONDUIT_LIST aclist = NULL;
FF_ARRAY_CONDUIT_PTR acptr = NULL;
FF_VALIDATE(dbin);
aclist = dbin->array_conduit_list;
aclist = dll_next(aclist);
acptr = FF_AC(aclist);
while (acptr)
{
FF_VALIDATE(acptr);
if (!strcmp(name, acptr->output->fd->format->name))
{
ff_destroy_array_pole(acptr->output);
if (acptr->input)
acptr->input->mate = NULL;
acptr->output = NULL;
break;
}
aclist = dll_next(aclist);
acptr = FF_AC(aclist);
}
}
error_t timer_free (timer_handle_t _handle)
{
interrupt_level_t level;
level = global_interrupt_disable ();
if (is_invalid_handle (_handle)) {
global_interrupt_enable (level);
return ERROR_T (ERROR_TIMER_FREE_INVHANDLE);
}
if (TIMER_STARTED == _handle->state_) {
timer_handle_t next;
bucket_t *p_bucket = &g_buckets [_handle->bucket_index_];
if (g_timer_next == _handle) {
g_timer_next = (timer_handle_t) dll_next (&g_bucket_firing->dll_,
&_handle->node_);
}
next = (timer_handle_t)dll_next (&p_bucket->dll_, &_handle->node_);
if (0 != next) {
next->round_ += _handle->round_;
}
dll_remove (&p_bucket->dll_, &_handle->node_);
if (p_bucket->reentrance_ > 0) {
g_bucket_firing->level_ ++;
}
}
else {
dll_remove (&g_inactive_timer, &_handle->node_);
}
_handle->magic_number_ = 0;
dll_push_tail (&g_free_timer, &_handle->node_);
global_interrupt_enable (level);
return 0;
}
int main(int argc, char const *argv[])
{
// creating a new list
dll_t *list = dll_create();
dll_registerCompareFn(list, compareFn);
dll_registerFreeFn(list, freeFn);
dll_registerPrintFn(list, printFn);
// ask for the number of persons to enter
puts("How many persons do you like to enter?");
char input[sizeof(stdin)];
fgets(input, sizeof(stdin), stdin);
int x;
sscanf(input, "%d", &x);
// ask for person data for x times
int i;
for(i = 0; i < x; i++)
{
dll_pushTail(list, askPersonData() );
}
// print data
dll_print(list);
puts("");
// reverse the list
puts("reverse");
dll_reverse(list);
// use dll iterator functions in a for loop to print the reversed list
for(dll_head(list); dll_hasNext(list); dll_next(list))
{
printFn(list->curr->data);
}
puts("sort");
dll_sort(list);
// use dll iterator functions in a while loop to print the sorted list
dll_head(list);
while(dll_hasNext(list))
{
printFn(list->curr->data);
dll_next(list);
}
printf("List size: %ld\n", dll_size(list));
// empty the whole list
dll_clear(list);
return 0;
}
error_t timer_stop (timer_handle_t _handle, msecond_t *_p_remained)
{
interrupt_level_t level;
timer_handle_t next;
bucket_t *p_bucket;
level = global_interrupt_disable ();
if (is_invalid_handle (_handle)) {
global_interrupt_enable (level);
return ERROR_T (ERROR_TIMER_STOP_INVHANDLE);
}
if (_handle->state_ != TIMER_STARTED) {
g_statistics.abnormal_ ++;
global_interrupt_enable (level);
return ERROR_T (ERROR_TIMER_STOP_INVSTATE);
}
if (g_timer_next == _handle) {
g_timer_next = (timer_handle_t) dll_next (&g_bucket_firing->dll_,
&_handle->node_);
}
p_bucket = &g_buckets [_handle->bucket_index_];
if (_p_remained != null) {
timer_remained_t remained = {_handle, 0};
(void) dll_traverse (&p_bucket->dll_, timer_calculate_remained, &remained);
*_p_remained = remained.remained_round_ * CONFIG_MAX_BUCKET;
if (g_cursor > _handle->bucket_index_) {
*_p_remained = (*_p_remained) * CONFIG_MAX_BUCKET -
(g_cursor - _handle->bucket_index_);
}
else {
*_p_remained = (*_p_remained - 1) * CONFIG_MAX_BUCKET +
(g_cursor - _handle->bucket_index_) + 1;
}
*_p_remained *= CONFIG_TICK_DURATION_IN_MSEC;
}
_handle->state_ = TIMER_STOPPED;
next = (timer_handle_t)dll_next (&p_bucket->dll_, &_handle->node_);
if (0 != next) {
next->round_ += _handle->round_;
}
dll_remove (&p_bucket->dll_, &_handle->node_);
dll_push_tail (&g_inactive_timer, &_handle->node_);
if (p_bucket->reentrance_ > 0) {
p_bucket->level_ ++;
}
global_interrupt_enable (level);
return 0;
}
static UINT32 wdbBpDelete
(
TGT_ADDR_T * pId
)
{
dll_t * pDll;
dll_t * pNextDll;
BRKPT * pBp;
pBp = *(BRKPT **) pId;
/*
* Breakpoint ID of -1 means remove all breakpoints.
* We can only remove breakpoints set by the host tools. Breakpoints
* set from target shell can't be removed
*/
wdbTaskLock (); /* disable task switching */
if ((int ) pBp == -1)
{
for (pDll = dll_head(&bpList);
pDll != dll_end(&bpList);
pDll = pNextDll)
{
pNextDll = dll_next(pDll);
if (BP_BASE(pDll)->bp_flags & BP_HOST)
wdbDbgBpRemove (BP_BASE(pDll));
}
wdbTaskUnlock (); /* re-enable task switching */
return (WDB_OK);
}
/* else just remove one breakpoint */
for (pDll = dll_head(&bpList); pDll != dll_end(&bpList);
pDll = dll_next(pDll))
{
if (BP_BASE(pDll) == pBp)
{
wdbDbgBpRemove (pBp);
wdbTaskUnlock (); /* re-enable task switching */
return (WDB_OK);
}
}
wdbTaskUnlock (); /* re-enable task switching */
return (WDB_ERR_INVALID_EVENTPOINT);
}
static void release_file_handles
(
DATA_BIN_PTR dbin,
FF_TYPES_t io
)
{
PROCESS_INFO_LIST plist = NULL;
PROCESS_INFO_PTR pinfo = NULL;
FF_VALIDATE(dbin);
if (!db_ask(dbin, DBASK_PROCESS_INFO, io, &plist))
{
plist = dll_first(plist);
pinfo = FF_PI(plist);
while (pinfo)
{
if (PINFO_SUPER_ARRAY(pinfo)->fp)
fclose(PINFO_SUPER_ARRAY(pinfo)->fp);
else if (PINFO_SUB_ARRAY(pinfo)->fp)
fclose(PINFO_SUB_ARRAY(pinfo)->fp);
plist = dll_next(plist);
pinfo = FF_PI(plist);
}
ff_destroy_process_info_list(plist);
}
}
struct DLLHASHTABLE_HASHTABLEVALUE* dllhashtable_next(
struct DLLHASHTABLE* dllhashtable_ptr,
struct DLLHASHTABLE_HASHTABLEVALUE* hashtablevalue_ptr)
{
struct DLL* dll_ptr;
struct DLLHASHTABLE_DLLITEM* dllitem_ptr;
struct DLLHASHTABLE_DLLITEM* dllitem_next_ptr;
struct DLLHASHTABLE_HASHTABLEVALUE* hashtablevalue_next_ptr;
struct HASHITEM* hashitem_ptr;
dll_ptr = dllhashtable_ptr->dll_ptr;
if (hashtablevalue_ptr == NULL){
dllitem_ptr = (struct DLLHASHTABLE_DLLITEM*)dll_ptr->head;
}
else {
dllitem_ptr = hashtablevalue_ptr->dllitem_ptr;
}
dllitem_next_ptr = (struct DLLHASHTABLE_DLLITEM*)
dll_next(dll_ptr, (struct DLLITEM*)dllitem_ptr);
if (dllitem_next_ptr == NULL){
/* no more item in dll */
hashtablevalue_next_ptr = NULL;
}
else {
hashitem_ptr = dllitem_next_ptr->hashitem_ptr;
hashtablevalue_next_ptr = hashitem_ptr->value;
}
return hashtablevalue_next_ptr;
}
void wdbResumeSystem (void)
{
dll_t * pThisNode;
WDB_REG_SET_OBJ * pRegSet;
wdbState &= (~WDB_STATE_EXTERN_RUNNING); /* mark extern agent done */
/*
* Set driver in interrupt mode only if task mode is supported by the
* agent. Otherwise, it is not usefull.
*/
if (wdbRunsTasking ())
{
(*pWdbExternCommIf->modeSet) /* reset communication stack */
(pWdbExternCommIf->commId,
WDB_COMM_MODE_INT);
}
wdbOneShot = FALSE; /* ... */
wdbExternExitHook(); /* call extern exit hook */
/* restore inferior context */
for (pThisNode = dll_head (&wdbRegSetList);
pThisNode != dll_end (&wdbRegSetList);
pThisNode = dll_next (pThisNode))
{
pRegSet = (WDB_REG_SET_OBJ *)pThisNode;
(*pRegSet->load)();
}
WDB_CTX_LOAD (&wdbExternSystemRegs);
/*NOTREACHED*/
}
STATUS wdbExternRegsGet
(
WDB_REG_SET_TYPE type,
char ** ppRegs
)
{
dll_t * pThisNode;
WDB_REG_SET_OBJ * pRegSet;
if (type == WDB_REG_SET_IU)
{
*ppRegs = (char *)&wdbExternSystemRegs;
return (OK);
}
for (pThisNode = dll_head (&wdbRegSetList);
pThisNode != dll_end (&wdbRegSetList);
pThisNode = dll_next (pThisNode))
{
pRegSet = (WDB_REG_SET_OBJ *)pThisNode;
if (pRegSet->regSetType == type)
{
(*pRegSet->get) (ppRegs);
return (OK);
}
}
return (ERROR);
}
static void timer_insert (timer_handle_t _handle)
{
interrupt_level_t interrupt_level;
bucket_t *p_bucket;
usize_t count = 0, round, level;
timer_handle_t iterator;
interrupt_level = global_interrupt_disable ();
_handle->bucket_index_ = (g_cursor + _handle->ticks_) % CONFIG_MAX_BUCKET;
dll_remove (&g_inactive_timer, &_handle->node_);
p_bucket = &g_buckets [_handle->bucket_index_];
round = _handle->ticks_ / CONFIG_MAX_BUCKET;
level = ++ p_bucket->level_;
p_bucket->reentrance_ ++;
redo:
iterator = (timer_handle_t) dll_head (&p_bucket->dll_);
_handle->round_ = round;
for (;;) {
if (0 == iterator) {
dll_push_tail (&p_bucket->dll_, &_handle->node_);
break;
}
if (_handle->round_ <= iterator->round_) {
iterator->round_ -= _handle->round_;
dll_insert_before (&p_bucket->dll_, &iterator->node_, &_handle->node_);
break;
}
_handle->round_ -= iterator->round_;
iterator = (timer_handle_t) dll_next (&p_bucket->dll_, &iterator->node_);
count ++;
if (count < CONFIG_INTERRUPT_FLASH_FREQUENCY) {
continue;
}
count = 0;
global_interrupt_enable (interrupt_level);
// at this moment we give a chance to the higher pirority interrupt
// (or task) for being served (or running)
interrupt_level = global_interrupt_disable ();
if (p_bucket->level_ != level) {
level = ++ p_bucket->level_;
p_bucket->redo_ ++;
goto redo;
}
}
if (g_bucket_firing == p_bucket) {
if(0 == g_timer_next || _handle->round_ <= g_timer_next->round_) {
g_timer_next = _handle;
}
}
p_bucket->hit_ ++;
if (0 == -- p_bucket->reentrance_) {
p_bucket->level_ = 0;
}
_handle->state_ = TIMER_STARTED;
global_interrupt_enable (interrupt_level);
}
void dll_rewind
(
DLL_NODE_HANDLE head_h
)
{
while (!DLL_IS_HEAD_NODE(*head_h))
*head_h = dll_next(*head_h);
}
void dll_deinit_list (dll_listh_t *list, int freeblocks) {
if (!list) return;
if (freeblocks) {
dll_list_iterator_t li;
dll_iterate_fwd(list,&li);
dll_blockh_t *bl;
while (NULL!=(bl=dll_next(&li))) dll_deinit_block (bl,0);
}
if (list->dll_list_user_data && (list->dll_list_mem_flags & DLL_LIST_MEM_FLAG_FREE_USER_DATA) == DLL_LIST_MEM_FLAG_FREE_USER_DATA ) free (list->dll_list_user_data);
if ((list->dll_list_mem_flags & DLL_LIST_MEM_FLAG_FREE_HEAD) == DLL_LIST_MEM_FLAG_FREE_HEAD ) free (list);
}
void wdbBpInstall (void)
{
dll_t * pDll;
#if DBG_HARDWARE_BP
DBG_REGS dbgRegs;
#endif /* DBG_HARDWARE_BP */
/* don't install system BP's if we are not in system mode */
if (wdbIsNowTasking())
return;
#if DBG_HARDWARE_BP
memset (&dbgRegs, 0, sizeof (DBG_REGS));
wdbDbgRegsClear (); /* clean debug registers */
#endif /* DBG_HARDWARE_BP */
/* if stepping, just set trace mode */
if (wdbSysBpMode != 0)
{
#if DBG_NO_SINGLE_STEP
wdbSysNpc = wdbDbgGetNpc (&wdbExternSystemRegs);
wdbSysNpcInstr = *wdbSysNpc;
usrBreakpointSet (wdbSysNpc, DBG_BREAK_INST);
#endif /* DBG_NO_SINGLE_STEP */
wdbBpData = wdbDbgTraceModeSet ((REG_SET *) &wdbExternSystemRegs);
}
else /* if not stepping, insert breakpoints */
{
for (pDll = dll_head(&bpList); pDll != dll_end(&bpList);
pDll = dll_next(pDll))
{
if (BP_BASE(pDll)->bp_task == -1)
{
if ((BP_BASE(pDll)->bp_flags & BRK_HARDWARE) == 0)
usrBreakpointSet (BP_BASE(pDll)->bp_addr, DBG_BREAK_INST);
#if DBG_HARDWARE_BP
else
wdbDbgHwBpSet (&dbgRegs,
BP_BASE(pDll)->bp_flags & BRK_HARDMASK,
(UINT32) BP_BASE(pDll)->bp_addr);
#endif /* DBG_HARDWARE_BP */
BP_BASE(pDll)->bp_flags |= BP_INSTALLED;
}
}
#if DBG_HARDWARE_BP
wdbDbgRegsSet (&dbgRegs); /* set debug registers. */
#endif /* DBG_HARDWARE_BP */
}
}
void timer_fire ()
{
interrupt_level_t level;
timer_handle_t handle;
level = global_interrupt_disable ();
g_bucket_firing = &g_buckets [g_cursor];
if (0 == dll_size (&g_bucket_firing->dll_)) {
// no timer is expired
goto out;
}
handle = (timer_handle_t) dll_head (&g_bucket_firing->dll_);
while (0 != handle) {
g_statistics.traversed_ ++;
g_timer_next = (timer_handle_t) dll_next (&g_bucket_firing->dll_,
&handle->node_);
if (handle->round_ > 0) {
// in this case the timer is still not expired
handle->round_ --;
break;
}
else {
// hooray, the timer is expired
dll_remove (&g_bucket_firing->dll_, &handle->node_);
dll_push_tail (&g_inactive_timer, &handle->node_);
handle->state_ = TIMER_STOPPED;
if (g_bucket_firing->reentrance_ > 0) {
g_bucket_firing->level_ ++;
}
global_interrupt_enable (level);
if (TIMER_TYPE_INTERRUPT == handle->type_) {
handle->callback_(handle, handle->arg_);
}
else if (TIMER_TYPE_TASK == handle->type_) {
timer_message_send (handle);
}
level = global_interrupt_disable ();
}
handle = g_timer_next;
}
out:
g_cursor ++;
if (g_cursor > BUCKET_LAST_INDEX) {
g_cursor = 0;
}
g_timer_next = 0;
g_bucket_firing = 0;
global_interrupt_enable (level);;
}
static int make_unique_format_titles(DATA_BIN_PTR dbin)
{
PROCESS_INFO_LIST plist = NULL;
PROCESS_INFO_PTR pinfo = NULL;
int error = 0;
int SCRATCH = strlen("Binary Output Separate Varied Record Header: ") + 1; /* Longest */
char *cp = NULL;
FF_VALIDATE(dbin);
db_ask(dbin, DBASK_PROCESS_INFO, 0, &plist);
plist = dll_first(plist);
pinfo = FF_PI(plist);
while (pinfo && !error)
{
FF_VALIDATE(pinfo);
cp = (char *)memRealloc(PINFO_FORMAT(pinfo)->name, strlen(PINFO_FORMAT(pinfo)->name) + SCRATCH + 1, "PINFO_FORMAT(pinfo)->name");
if (cp)
{
PINFO_FORMAT(pinfo)->name = cp;
memmove(cp + SCRATCH, cp, strlen(cp) + 1);
}
else
{
error = err_push(ERR_MEM_LACK, "");
break;
}
error = get_format_type(PINFO_FORMAT(pinfo), cp);
if (error)
break;
memmove(cp + strlen(cp), cp + SCRATCH, strlen(cp + SCRATCH) + 1);
plist = dll_next(plist);
pinfo = FF_PI(plist);
}
ff_destroy_process_info_list(plist);
return error;
}
// Function to get the data of the cursor of a specified DlList_T
// Since there's no function to get the data of the cursor
void* getCursorData( DlList_T lst ) {
// Get the data of the current location
void* data = dll_next( lst );
// If there is currently a cursor
if( data != NULL ) {
// Grab the index of that data
int index = dll_index( lst, data );
// Set the cursor back to that point
dll_move_to( lst, index );
}
return data;
}
// Function to get the index of the cursor of a specified DlList_T
// Since there's no function to get the index of the cursor
int getCursorIndex( DlList_T lst ) {
// Get the data of the current location
void* data = dll_next( lst );
// There is no cursor currently
if( data == NULL ) {
return 0;
}
// Grab the index of that data
int index = dll_index( lst, data );
// Set the cursor back to that point
dll_move_to( lst, index );
return index;
}
int PullCache(INT h, int hash, int *width, int *height, int *format, unsigned char ** data)
{
LPCACHE_NODE pNode;
LPCACHE_HANDLE handle = (LPCACHE_HANDLE)h;
int ret = 0;
if (handle == GNull) {
return PARAM_INVALID;
}
// search in rb-tree
pNode = rbt_search(&handle->mRBRoot, hash);
if (pNode != GNull) {
//remove out.
dl_remove_node(&(pNode->mDLNode), &(handle->mDLRoot));
//add node
dl_insert_node(&(pNode->mDLNode), GNull, &(handle->mDLRoot));
cache_data_parse(&(pNode->mData), width, height, format, data);
} else {
//not found.
#if defined( _DEBUG )
LPRB_NODE node;
LPDLL_NODE link;
LPCACHE_NODE data;
LOGI("not found %ld\n", hash);
for (node = rb_first(&(handle->mRBRoot)); node != GNull; node = rb_next(node)) {
container_of(data, node, CACHE_NODE, mRBNode);
LOGI("%ld\n", data->mKey);
}
LOGI("double link list:\n");
for (link = dll_first(&(handle->mDLLRoot)); link != GNull; link = dll_next(link)) {
container_of(data, link, CACHE_NODE, mDLLNode);
LOGI("%ld\n", data->mKey);
}
#endif
return -1;
}
return ret;
}
void wdbExcGetEvent
(
void * arg,
WDB_EVT_DATA * pEvtData
)
{
wdbExcInfoNode_t * pNode;
wdbExcInfoNode_t * pTmpNode;
WDB_EXC_INFO * pExcInfo;
int lockKey;
/* get a node from the exception queue */
lockKey = intLock();
pNode = (wdbExcInfoNode_t *) dll_head (&wdbExcEvtList);
dll_remove (&pNode->node);
intUnlock (lockKey);
/* give the node info to the host */
pExcInfo = (WDB_EXC_INFO *)&pEvtData->eventInfo;
pEvtData->evtType = WDB_EVT_EXC;
pExcInfo->numInts = 4;
pExcInfo->context = pNode->context;
pExcInfo->vec = pNode->excVector;
pExcInfo->pEsf = (TGT_ADDR_T) pNode->pESF;
/* mark the node invalid and put back in queue (after valid nodes) */
pNode->valid = FALSE;
lockKey = intLock();
for (pTmpNode = (wdbExcInfoNode_t *) dll_head (&wdbExcEvtList);
pTmpNode != (wdbExcInfoNode_t *) dll_end (&wdbExcEvtList);
pTmpNode = (wdbExcInfoNode_t *) dll_next (&pTmpNode->node))
{
if (pTmpNode->valid == FALSE)
break;
}
pTmpNode = (wdbExcInfoNode_t *) dll_prev (&pTmpNode->node);
dll_insert (&pNode->node, &pTmpNode->node);
intUnlock (lockKey);
}
static void dll_disconnect_node(DLL_NODE_PTR node)
{
FF_VALIDATE(node);
#ifdef DLL_CHK
assert(!DLL_IS_HEAD_NODE(node));
assert(!DLL_IS_FREED(node));
DLL_MARK_FREED(node);
DLL_COUNT(find_head_node(node))--;
#endif
node->previous->next = dll_next(node); /* set next_node of prev_node */
node->next->previous = dll_previous(node); /* Set prev_node of next_node */
node->previous = node->next = NULL;
#ifdef FF_CHK_ADDR
node->check_address = NULL;
#endif
}
void wdbSuspendSystem
(
WDB_IU_REGS * pRegs, /* runtime context to save */
void (*callBack)(), /* callback after system is stopped */
int arg /* callback argument */
)
{
dll_t * pThisNode;
WDB_REG_SET_OBJ * pRegSet;
intLock();
wdbSuspendCallbackRtn = callBack; /* install the callback */
wdbSuspendCallbackArg = arg; /* and the callback argument */
wdbState |= WDB_STATE_EXTERN_RUNNING; /* mark extern agent running */
wdbExternEnterHook(); /* call extern enter hook */
(*pWdbExternCommIf->modeSet) /* reset communication stack */
(pWdbExternCommIf->commId,
WDB_COMM_MODE_POLL);
bcopy ((caddr_t)pRegs, /* save inferior context */
(caddr_t)&wdbExternSystemRegs,
sizeof (WDB_IU_REGS));
for (pThisNode = dll_head (&wdbRegSetList);
pThisNode != dll_end (&wdbRegSetList);
pThisNode = dll_next (pThisNode))
{
pRegSet = (WDB_REG_SET_OBJ *)pThisNode;
(*pRegSet->save)();
}
#if CPU_FAMILY==MC680X0
wdbExternAgentRegs.regSet.sr &= 0xefff;
wdbExternAgentRegs.regSet.sr |= (wdbExternSystemRegs.regSet.sr & 0x1000);
#endif
WDB_CTX_LOAD (&wdbExternAgentRegs); /* run external agent */
/*NOTREACHED*/
}
STATUS wdbVioChannelRegister
(
WDB_VIO_NODE * pVioNode
)
{
WDB_VIO_NODE * pThisNode;
int lockKey;
for (pThisNode = (WDB_VIO_NODE *)dll_head (&wdbVioDevList);
pThisNode != (WDB_VIO_NODE *)dll_end (&wdbVioDevList);
pThisNode = (WDB_VIO_NODE *)dll_next (&pThisNode->node)
)
{
if (pThisNode->channel == pVioNode->channel)
return (ERROR);
}
lockKey = intLock();
dll_insert (&pVioNode->node, &wdbVioDevList);
intUnlock (lockKey);
return (OK);
}
static UINT32 wdbVioWrite
(
WDB_MEM_XFER * pMemXfer,
UINT32 * pBytesWritten
)
{
WDB_VIO_NODE * pThisNode;
for (pThisNode = (WDB_VIO_NODE *)dll_head (&wdbVioDevList);
pThisNode != (WDB_VIO_NODE *)dll_end (&wdbVioDevList);
pThisNode = (WDB_VIO_NODE *)dll_next (&pThisNode->node)
)
{
if (pThisNode->channel == (UINT32)pMemXfer->destination)
{
*pBytesWritten = (*pThisNode->inputRtn)(pThisNode,
pMemXfer->source,
pMemXfer->numBytes);
return (OK);
}
}
return (WDB_ERR_INVALID_VIO_CHANNEL);
}
void *elevator(void *arg){
Elevator *e = (Elevator *) arg;
Dllist item, next, pickup;
Person *p;
int direction = 1;
pickup = new_dllist();
while(1){
if(e -> onfloor >= top) direction = -1;
else if(e -> onfloor <= 1) direction = 1;
//printf("\tElevator[%i] on floor %i going %s:\n",
// e -> id, e -> onfloor, direction == 1 ? "up": "down");
/* pick people up */
pthread_mutex_lock(lock);
item = dll_first(people);
while(!dll_empty(people) && item != dll_nil(people)){
next = dll_next(item);
p = (Person *) item -> val.v;
//printf("\t\tShould I get %s %s going from %i to %i? ",
// p -> fname, p -> lname, p -> from, p -> to);
if(e -> onfloor == p -> from){
if(p -> to > e -> onfloor && direction == 1 ||
p -> to < e -> onfloor && direction == -1){
dll_append(pickup, item -> val);
dll_delete_node(item);
//printf("yes!\n");
}
//else printf("no!\n");
}
//else printf("no!\n");
item = next;
}
pthread_mutex_unlock(lock);
item = dll_first(pickup);
while(!dll_empty(pickup) && item != dll_nil(pickup)){
next = dll_next(item);
p = (Person *) item -> val.v;
if(!e -> door_open) open_door(e);
pthread_mutex_lock(p -> lock);
p -> e = e;
pthread_cond_signal(p -> cond);
pthread_mutex_lock(e -> lock);
pthread_mutex_unlock(p -> lock);
pthread_cond_wait(e -> cond, e -> lock);
pthread_mutex_unlock(e -> lock);
dll_delete_node(item);
item = next;
}
if(e -> door_open) close_door(e);
move_to_floor(e, e -> onfloor + direction);
/* drop people off */
item = dll_first(e -> people);
while(!dll_empty(e -> people) && item != dll_nil(e -> people)){
next = dll_next(item);
p = (Person *) item -> val.v;
if(p -> to == e -> onfloor){
if(!e -> door_open) open_door(e);
pthread_mutex_lock(p -> lock);
pthread_cond_signal(p -> cond);
pthread_mutex_lock(e -> lock);
pthread_mutex_unlock(p -> lock);
pthread_cond_wait(e -> cond, e -> lock);
pthread_mutex_unlock(e -> lock);
}
item = next;
}
//if(e -> door_open) close_door(e);
}
return NULL;
}
int main()
{
chk_msg("dll_init");
dll_t list;
dll_init(&list);
chk_dll_size(&list, 0);
chk_msg("dll_push_back");
dll_push_back(&list);
chk_dll_size(&list, 1);
chk_msg("dll_push_front");
dll_push_front(&list);
chk_dll_size(&list, 2);
chk_msg("dll_destroy");
dll_destroy(&list);
chk_dll_size(&list, 0);
chk_msg("dll_push_front");
dll_push_front(&list);
chk_dll_size(&list, 1);
chk_msg("dll_pop_back");
dll_pop_back(&list);
chk_dll_size(&list, 0);
chk_msg("dll_destroy");
dll_destroy(&list);
chk_dll_size(&list, 0);
chk_msg("dll_destroy");
dll_destroy(&list);
chk_dll_size(&list, 0);
chk_msg("dll_push_back");
dll_item_t *item = dll_push_back(&list);
chk_dll_size(&list, 1);
chk_msg("dll_insert_before");
item = dll_insert_before(&list, item);
chk_dll_size(&list, 2);
chk_msg("dll_insert_after");
item = dll_insert_after(&list, item);
chk_dll_size(&list, 3);
#if TRIGGER_INV_BUG
chk_msg("dll_remove");
dll_remove(&list, dll_next(dll_prev(dll_prev(dll_end(&list)))));
chk_dll_size(&list, 2);
#endif
chk_msg("dll_pop_front");
dll_pop_front(&list);
chk_dll_size(&list, 1);
#if TRIGGER_INV_BUG
chk_msg("dll_remove");
dll_remove(&list, dll_beg(&list));
chk_dll_size(&list, 0);
#endif
___sl_plot(NULL);
return 0;
}
static int check_file_access(DATA_BIN_PTR dbin)
{
PROCESS_INFO_LIST plist = NULL;
PROCESS_INFO_PTR pinfo = NULL;
int error = 0;
error = db_ask(dbin, DBASK_PROCESS_INFO, FFF_OUTPUT, &plist);
if (!error)
{
BOOLEAN no_overwrite = FALSE;
if (nt_askexist(dbin, NT_ANYWHERE, "nooverwrite"))
no_overwrite = TRUE;
plist = dll_first(plist);
pinfo = FF_PI(plist);
while (pinfo)
{
if (PINFO_IS_FILE(pinfo))
{
if (os_file_exist(PINFO_FNAME(pinfo)))
{
if (PINFO_MATE(pinfo) && PINFO_MATE_IS_FILE(pinfo) && !strcmp(PINFO_FNAME(pinfo), PINFO_MATE_FNAME(pinfo)))
error = err_push(ERR_GENERAL, "Input and output %s files have the same name!", IS_DATA(PINFO_FORMAT(pinfo)) ? "data" : "header");
else if (!PINFO_IS_BROKEN(pinfo))
{
if (no_overwrite)
error = err_push(ERR_FILE_EXISTS, PINFO_FNAME(pinfo));
else
{
if (IS_SEPARATE(PINFO_FORMAT(pinfo)) && IS_FILE_HEADER(PINFO_FORMAT(pinfo)))
{
/* Is this a zero length file? If so, go ahead and overwrite it. */
if (os_filelength(PINFO_FNAME(pinfo)))
{
err_push(ERR_WARNING_ONLY + ERR_FILE_EXISTS, "Output header (%s) will not be overwritten", PINFO_FNAME(pinfo));
remove_header_from_ac_list(dbin, PINFO_FORMAT(pinfo)->name);
}
}
else
err_push(ERR_WARNING_ONLY + ERR_WILL_OVERWRITE_FILE, "%s: \"%s\"", PINFO_FNAME(pinfo), PINFO_NAME(pinfo));
}
}
}
}
plist = dll_next(plist);
pinfo = FF_PI(plist);
}
ff_destroy_process_info_list(plist);
error = db_ask(dbin, DBASK_PROCESS_INFO, FFF_OUTPUT, &plist);
if (!error)
{
plist = dll_first(plist);
pinfo = FF_PI(plist);
while (pinfo)
{
if (PINFO_IS_FILE(pinfo) && !PINFO_IS_BROKEN(pinfo))
{
/* Can we write to file? */
if ((!error || error > ERR_WARNING_ONLY) && (!no_overwrite || !os_file_exist(PINFO_FNAME(pinfo))))
{
#ifdef ND_FP
PINFO_SUB_ARRAY(pinfo)->fp = fopen(PINFO_FNAME(pinfo), "w");
if (PINFO_SUB_ARRAY(pinfo)->fp)
{
fclose(PINFO_SUB_ARRAY(pinfo)->fp);
PINFO_SUB_ARRAY(pinfo)->fp = fopen(PINFO_FNAME(pinfo), "w+b");
if (!PINFO_SUB_ARRAY(pinfo)->fp)
{
release_file_handles(dbin, FFF_OUTPUT);
break;
}
}
#else
FILE *fp = NULL;
fp = fopen(PINFO_FNAME(pinfo), "w");
if (fp)
fclose(fp);
#endif
else
error = err_push(ERR_CREATE_FILE, "%s: \"%s\"", PINFO_FNAME(pinfo), PINFO_NAME(pinfo));
}
}
plist = dll_next(plist);
pinfo = FF_PI(plist);
}
ff_destroy_process_info_list(plist);
}
else if (error == ERR_GENERAL)
error = 0;
}
else if (error == ERR_GENERAL)
error = 0;
#ifdef ND_FP
if (!error)
{
error = db_ask(dbin, DBASK_PROCESS_INFO, FFF_INPUT, &plist);
if (!error)
{
plist = dll_first(plist);
pinfo = FF_PI(plist);
while (pinfo)
{
if (PINFO_IS_FILE(pinfo) && !PINFO_IS_BROKEN(pinfo))
{
PINFO_SUPER_ARRAY(pinfo)->fp = fopen(PINFO_FNAME(pinfo), "rb");
if (!PINFO_SUPER_ARRAY(pinfo)->fp)
{
release_file_handles(dbin, FFF_INPUT);
release_file_handles(dbin, FFF_OUTPUT);
break;
}
}
plist = dll_next(plist);
pinfo = FF_PI(plist);
}
}
ff_destroy_process_info_list(plist);
}
#endif
return(error);
}
static UINT32 wdbHwBpAdd
(
WDB_EVTPT_ADD_DESC * pBreakPoint, /* breakpoint to add */
UINT32 * pId /* breakpoint ID */
)
{
BRKPT * pBp;
dll_t * pDll;
int status;
DBG_REGS dbgRegs; /* debug registers */
int contextId; /* context ID */
UINT32 addr; /* breakpoint address */
UINT32 count = 0; /* breakpoint count */
int type = DEFAULT_HW_BP; /* hardware type */
switch (pBreakPoint->numArgs)
{
default:
case 3:
type = pBreakPoint->args[2];
/* FALL THROUGH */
case 2:
count = pBreakPoint->args[1];
/* FALL THROUGH */
case 1:
addr = pBreakPoint->args[0];
break;
case 0:
return (WDB_ERR_INVALID_PARAMS);
}
/* check validity of hardware breakpoint address */
if (wdbDbgHwAddrCheck (addr, type, (FUNCPTR) pWdbRtIf->memProbe) != OK)
return (WDB_ERR_MEM_ACCES);
/* check the agent mode */
switch (pBreakPoint->context.contextType)
{
case WDB_CTX_SYSTEM:
if (!wdbIsNowExternal())
return (WDB_ERR_AGENT_MODE);
break;
default:
if (!wdbIsNowTasking())
return (WDB_ERR_AGENT_MODE);
}
/* set the context ID */
switch (pBreakPoint->context.contextType)
{
case WDB_CTX_SYSTEM:
contextId = BP_SYS;
break;
case WDB_CTX_ANY_TASK:
contextId = BP_ANY_TASK;
break;
case WDB_CTX_TASK:
default:
contextId = pBreakPoint->context.contextId;
}
/* clean dbgRegs structure */
memset (&dbgRegs, 0, sizeof (DBG_REGS));
/* fill dbgRegs structure with all hardware breakpoints */
wdbTaskLock (); /* disable task switching */
for (pDll = dll_head(&bpList); pDll != dll_end(&bpList);
pDll = dll_next(pDll))
{
pBp = BP_BASE(pDll);
/* check if found breakpoint is applicable to new breakpoint context */
if (((contextId == BP_SYS) && (pBp->bp_task == BP_SYS)) ||
((contextId == BP_ANY_TASK) && (pBp->bp_task != BP_SYS)) ||
((contextId != BP_SYS) && (pBp->bp_task == BP_ANY_TASK)))
{
if (pBp->bp_flags & BRK_HARDWARE)
{
if ((status = wdbDbgHwBpSet (&dbgRegs,
pBp->bp_flags & BRK_HARDMASK,
(UINT32) pBp->bp_addr)) != OK)
{
wdbTaskUnlock (); /* re-enable task switching */
return (status);
}
}
}
}
wdbTaskUnlock (); /* re-enable task switching */
if ((status = wdbDbgHwBpSet (&dbgRegs, type, addr)) != OK)
return (status);
if (dll_empty (&bpFreeList))
return (WDB_ERR_EVENTPOINT_TABLE_FULL);
wdbTaskLock (); /* disable task switching */
pBp = BP_BASE(dll_tail (&bpFreeList));
dll_remove (&pBp->bp_chain);
wdbTaskUnlock (); /* re-enable task switching */
pBp->bp_flags = BP_HOST | type | BRK_HARDWARE;
pBp->bp_addr = (INSTR *)addr;
pBp->bp_action = pBreakPoint->action.actionType;
pBp->bp_count = count;
pBp->bp_callRtn = (void (*)())pBreakPoint->action.callRtn;
pBp->bp_callArg = pBreakPoint->action.callArg;
pBp->bp_task = contextId;
/*
* XXX - MS hack because host tools pass wrong info.
* XXX - DBT This has been corrected in tornado 2.0 host tools but we
* must keep this hack for backward compatibility.
*/
if ((pBp->bp_action == 0) || (pBp->bp_action == WDB_ACTION_STOP))
pBp->bp_action = WDB_ACTION_STOP | WDB_ACTION_NOTIFY;
wdbTaskLock (); /* disable task switching */
dll_insert(&pBp->bp_chain, &bpList);
wdbTaskUnlock (); /* re-enable task switching */
if (pBreakPoint->context.contextType != WDB_CTX_SYSTEM)
if (_wdbTaskBpAdd != NULL)
_wdbTaskBpAdd (pBreakPoint);
*pId = (UINT32)pBp;
return (WDB_OK);
}
int main ( void ) {
DlList_T myList;
myList = dll_create();
if( myList == 0 ) {
fputs( "Cannot create list!\n", stderr );
return( 1 );
}
printf( "Initial list is %s\n",
dll_empty( myList ) ? "empty" : "not empty" );
char* one = (char*)malloc( 11 * sizeof(char) );
char* two = (char*)malloc( 12 * sizeof(char) );
char* three = (char*)malloc( 11 * sizeof(char) );
strcpy( one, "First Line" );
strcpy( two, "Second Line" );
strcpy( three, "Third Line" );
printf( "Checking cursor initialized null...\n");
if( dll_has_next( myList ) ) {
printf( "Your possition is valid\n" );
} else {
printf( "Your possition is NOT valid\n" );
}
// Test append
printf( "List size: %d\n", dll_size( myList ) );
printf( "Adding \"%s\"\n", one );
dll_append( myList, one );
printf( "List size: %d\n", dll_size( myList ) );
printf( "Adding \"%s\"\n", two );
dll_append( myList, two );
printf( "List size: %d\n", dll_size( myList ) );
printf( "Adding \"%s\"\n", three );
dll_append( myList, three );
printf( "List size: %d\n", dll_size( myList ) );
printf( "Checking cursor fixed with appends...\n");
if( dll_has_next( myList ) ) {
printf( "Your possition is valid\n" );
} else {
printf( "Your possition is NOT valid\n" );
}
printf( "Test cursor movement...\n" );
if( dll_move_to( myList, 3 ) ) {
printf( "You moved to an index you shouldn't be able to\n" );
} else {
printf( "You can't move the cursor to 3\n" );
}
if( dll_move_to( myList, 2 ) ) {
printf( "moved to the last index\n" );
} else {
printf( "movement problem to index 2\n" );
}
if( dll_move_to( myList, 0 ) ) {
printf( "moved to the first index\n" );
} else {
printf( "movement problem to index 0\n" );
}
printf( "Checking cursor still valid...\n" );
if( dll_has_next( myList ) ) {
printf( "Your possition is valid\n" );
} else {
printf( "Your possition is NOT valid\n" );
}
printf( "Print state and test dll_next:\n" );
void* data = dll_next( myList );
int index = 0;
// Index 0
printf( "[%d] \"%s\"\n", index, (char*)data );
data = dll_next( myList );
index++;
// Index 1
printf( "[%d] \"%s\"\n", index, (char*)data );
data = dll_next( myList );
index++;
// Index 2
printf( "[%d] \"%s\"\n", index, (char*)data );
data = dll_next( myList );
index++;
// Index 3 (Should be the same as index 2 as it should not exist)
printf( "[%d] \"%s\"\n", index, (char*)data );
data = dll_next( myList );
printf( "Lets work backwards:\n" );
data = dll_prev( myList );
index = dll_size( myList ) - 1;
// Index 2
printf( "[%d] \"%s\"\n", index, (char*)data );
data = dll_prev( myList );
index--;
// Index 1
printf( "[%d] \"%s\"\n", index, (char*)data );
data = dll_prev( myList );
index--;
// Index 0
printf( "[%d] \"%s\"\n", index, (char*)data );
data = dll_prev( myList );
index--;
// Index -1 (Should be same as index 0 as it should not exist)
printf( "[%d] \"%s\"\n", index, (char*)data );
data = dll_prev( myList );
char* four = (char*)malloc( 12 * sizeof(char) );
char* five = (char*)malloc( 11 * sizeof(char) );
char* six = (char*)malloc( 11 * sizeof(char) );
char* seven = (char*)malloc( 13 * sizeof(char) );
char* eight = (char*)malloc( 12 * sizeof(char) );
strcpy( four, "Fourth Line" );
strcpy( five, "Fifth Line" );
strcpy( six, "Sixth Line" );
strcpy( seven, "Seventh Line" );
strcpy( eight, "Eighth Line" );
printf( "Testing inserts\n" );
dll_insert_at( myList, 0, six );
printf( "List size: %d\n", dll_size( myList ) );
dll_insert_at( myList, 2, seven );
printf( "List size: %d\n", dll_size( myList ) );
dll_insert_at( myList, 4, eight );
printf( "List size: %d\n", dll_size( myList ) );
printf( "Test full print and check inserts\n" );
index = 0;
data = dll_get( myList, index );
while( data != NULL ) {
printf( "[%d] \"%s\"\n", index, (char*)data );
index++;
data = dll_get( myList, index );
}
printf( "Test Sets\n" );
data = dll_set( myList, 0, five );
printf( "Switched \"%s\" with \"%s\"\n", (char*)data, five );
free( data );
data = dll_set( myList, 2, four );
printf( "Switched \"%s\" with \"%s\"\n", (char*)data, four );
free( data );
printf( "Test full print and check sets\n" );
index = 0;
data = dll_get( myList, index );
while( data != NULL ) {
printf( "[%d] \"%s\"\n", index, (char*)data );
index++;
data = dll_get( myList, index );
}
printf( "Testing popping\n" );
data = dll_pop( myList, dll_size( myList ) -1 );
printf( "Last element is: \"%s\"\n", (char*)data );
free( data );
data = dll_pop( myList, 2 );
printf( "Third element is: \"%s\"\n", (char*)data );
free( data );
printf( "Poping the rest...\n");
index = 0;
data = dll_pop( myList, 0 );
while( data != NULL ) {
printf( "[%d] \"%s\"\n", index, (char*)data );
free( data );
index++;
data = dll_pop( myList, 0 );
}
printf( "Destroying\n" );
dll_destroy( myList );
}
