bool CollectionMgr::AddMount(uint32 spellId, MountStatusFlags flags, bool factionMount /*= false*/, bool learned /*= false*/)
{
Player* player = _owner->GetPlayer();
if (!player)
return false;
MountEntry const* mount = sDB2Manager.GetMount(spellId);
if (!mount)
return false;
MountDefinitionMap::const_iterator itr = FactionSpecificMounts.find(spellId);
if (itr != FactionSpecificMounts.end() && !factionMount)
AddMount(itr->second, flags, true, learned);
_mounts.insert(MountContainer::value_type(spellId, flags));
// Mount condition only applies to using it, should still learn it.
if (mount->PlayerConditionID)
{
PlayerConditionEntry const* playerCondition = sPlayerConditionStore.LookupEntry(mount->PlayerConditionID);
if (playerCondition && !ConditionMgr::IsPlayerMeetingCondition(player, playerCondition))
return false;
}
if (!learned)
{
if (!factionMount)
SendSingleMountUpdate(std::make_pair(spellId, flags));
if (!player->HasSpell(spellId))
player->LearnSpell(spellId, true);
}
return true;
}
struct Mount *AllocAssign (char *alias, char *path)
{
struct Mount *assign;
int alias_len;
alias_len = StrLen (alias) + 1;
if ((assign = KMalloc (sizeof (struct Mount))) != NULL)
{
if ((assign->name = KMalloc (alias_len)) != NULL)
{
StrLCpy (assign->name, alias, alias_len);
if (ValidAlias (assign->name) == 0)
{
if ((assign->pathname = TranslatePathnameAliases (path)) != NULL)
{
assign->type = MOUNT_ASSIGN;
AddMount (assign);
return assign;
}
}
KFree (assign->name);
}
KFree (assign);
}
return NULL;
}
lfLens &lfLens::operator = (const lfLens &other)
{
lf_free (Maker);
Maker = lf_mlstr_dup (other.Maker);
lf_free (Model);
Model = lf_mlstr_dup (other.Model);
MinFocal = other.MinFocal;
MaxFocal = other.MaxFocal;
MinAperture = other.MinAperture;
MaxAperture = other.MaxAperture;
lf_free (Mounts); Mounts = NULL;
if (other.Mounts)
for (int i = 0; other.Mounts [i]; i++)
AddMount (other.Mounts [i]);
CenterX = other.CenterX;
CenterY = other.CenterY;
CropFactor = other.CropFactor;
AspectRatio = other.AspectRatio;
Type = other.Type;
lf_free (CalibDistortion); CalibDistortion = NULL;
if (other.CalibDistortion)
for (int i = 0; other.CalibDistortion [i]; i++)
AddCalibDistortion (other.CalibDistortion [i]);
lf_free (CalibTCA); CalibTCA = NULL;
if (other.CalibTCA)
for (int i = 0; other.CalibTCA [i]; i++)
AddCalibTCA (other.CalibTCA [i]);
lf_free (CalibVignetting); CalibVignetting = NULL;
if (other.CalibVignetting)
for (int i = 0; other.CalibVignetting [i]; i++)
AddCalibVignetting (other.CalibVignetting [i]);
lf_free (CalibCrop); CalibCrop = NULL;
if (other.CalibCrop)
for (int i = 0; other.CalibCrop [i]; i++)
AddCalibCrop (other.CalibCrop [i]);
lf_free (CalibFov); CalibFov = NULL;
if (other.CalibFov)
for (int i = 0; other.CalibFov [i]; i++)
AddCalibFov (other.CalibFov [i]);
return *this;
}
lfLens &lfLens::operator = (const lfLens &other)
{
lf_free (Maker);
Maker = lf_mlstr_dup (other.Maker);
lf_free (Model);
Model = lf_mlstr_dup (other.Model);
MinFocal = other.MinFocal;
MaxFocal = other.MaxFocal;
MinAperture = other.MinAperture;
MaxAperture = other.MaxAperture;
lf_free (Mounts);
Mounts = NULL;
if (other.Mounts)
for (int i = 0; other.Mounts [i]; i++)
AddMount (other.Mounts [i]);
CenterX = other.CenterX;
CenterY = other.CenterY;
RedCCI = other.RedCCI;
GreenCCI = other.GreenCCI;
BlueCCI = other.BlueCCI;
CropFactor = other.CropFactor;
Type = other.Type;
lf_free (CalibDistortion);
CalibDistortion = NULL;
if (other.CalibDistortion)
for (int i = 0; other.CalibDistortion [i]; i++)
AddCalibDistortion (other.CalibDistortion [i]);
lf_free (CalibTCA);
CalibTCA = NULL;
if (other.CalibTCA)
for (int i = 0; other.CalibTCA [i]; i++)
AddCalibTCA (other.CalibTCA [i]);
lf_free (CalibVignetting);
CalibVignetting = NULL;
if (other.CalibVignetting)
for (int i = 0; other.CalibVignetting [i]; i++)
AddCalibVignetting (other.CalibVignetting [i]);
return *this;
}
void CollectionMgr::LoadMounts()
{
for (auto const& m : _mounts)
AddMount(m.first, m.second, false, false);
}
int cd_opendevice (int unit, void *ioreq, uint32 flags)
{
struct FSReq *fsreq = ioreq;
struct CDSB *cdsb;
struct MountEnviron *me;
struct BlkReq blkreq;
KPRINTF ("cd_opendevice ()");
if ((cdsb = KMalloc (sizeof (struct CDSB))) != NULL)
{
me = fsreq->me;
if (OpenDevice (me->device_name, me->device_unit, &blkreq, me->device_flags) == 0)
{
/* FIXME: Shouldn't need it (also in fat handler) */
MemSet (cdsb, 0, sizeof (struct CDSB)); /* Need it as cdsb->validated isn't initialized */
cdsb->device = blkreq.device;
cdsb->unitp = blkreq.unitp;
cdsb->me = fsreq->me;
cdsb->reference_cnt = 0;
LIST_INIT (&cdsb->node_list);
LIST_INIT (&cdsb->active_filp_list);
LIST_INIT (&cdsb->invalid_filp_list);
cdsb->root_node.flags = ISO_DIRECTORY;
cdsb->root_node.cdsb = cdsb;
cdsb->root_node.reference_cnt = 0;
if ((cdsb->buf = CreateBuf (cdsb->device, cdsb->unitp,
me->buffer_cnt, me->block_size,
me->partition_start, me->partition_end,
me->writethru_critical, me->writeback_delay,
me->max_transfer)) != NULL)
{
if (KSpawn (CDTask, cdsb, 10, "cd.handler") != -1)
{
KWait (SIGF_INIT);
RWWriteLock (&mountlist_rwlock);
cd_device.reference_cnt ++;
cdsb->device_mount = MakeMount (cdsb->me, &cd_device, cdsb);
AddMount (cdsb->device_mount);
RWUnlock (&mountlist_rwlock);
fsreq->unitp = cdsb;
fsreq->error = 0;
fsreq->rc = 0;
return 0;
}
}
CloseDevice (&blkreq);
}
KFree (cdsb);
}
fsreq->error = IOERR_OPENFAIL;
fsreq->rc = -1;
KPANIC ("CD OpenDevice FAIL");
return -1;
}
