Reader1 *Reader_NewWithBuffer(byte const *buffer, size_t len)
{
Reader1 *rd = M_Calloc(sizeof(Reader1));
rd->size = len;
rd->data = buffer;
return rd;
}
Rectf *Rectf_New(void)
{
Rectf *r = M_Calloc(sizeof *r);
r->origin = Point2f_New();
r->size = Size2f_New();
return r;
}
static KdTreeNode *KdTreeNode_NewWithUserData(KdTree *kdTree, const AABox *bounds, void *userData)
{
KdTreeNode *kdn = (KdTreeNode *) M_Calloc(sizeof *kdn);
kdn->kdTree = kdTree;
memcpy(&kdn->aaBox, bounds, sizeof(kdn->aaBox));
kdn->userData = userData;
return kdn;
}
/**
* Create a new memory volume. The new volume is added to the list of
* memory volumes.
*/
static memvolume_t *createVolume(size_t volumeSize)
{
memblock_t *block;
memvolume_t *vol = M_Calloc(sizeof(memvolume_t));
lockZone();
// Append to the end of the volume list.
if (volumeLast)
volumeLast->next = vol;
volumeLast = vol;
vol->next = 0;
if (!volumeRoot)
volumeRoot = vol;
// Allocate memory for the zone volume.
vol->size = volumeSize;
vol->zone = M_Malloc(vol->size);
vol->allocatedBytes = 0;
// Clear the start of the zone.
memset(vol->zone, 0, sizeof(memzone_t) + sizeof(memblock_t));
vol->zone->size = vol->size;
// Set the entire zone to one free block.
vol->zone->blockList.next
= vol->zone->blockList.prev
= block
= (memblock_t *) ((byte *) vol->zone + sizeof(memzone_t));
vol->zone->blockList.user = (void *) vol->zone;
vol->zone->blockList.volume = vol;
vol->zone->blockList.tag = PU_APPSTATIC;
vol->zone->rover = vol->zone->staticRover = block;
block->prev = block->next = &vol->zone->blockList;
block->user = NULL; // free block
block->seqFirst = block->seqLast = NULL;
block->size = vol->zone->size - sizeof(memzone_t);
unlockZone();
App_Log(DE2_LOG_MESSAGE,
"Created a new %.1f MB memory volume.", vol->size / 1024.0 / 1024.0);
Z_CheckHeap();
return vol;
}
Reader1 *Reader_NewWithCallbacks(Reader_Callback_ReadInt8 readInt8,
Reader_Callback_ReadInt16 readInt16,
Reader_Callback_ReadInt32 readInt32,
Reader_Callback_ReadFloat readFloat,
Reader_Callback_ReadData readData)
{
Reader1 *rd = M_Calloc(sizeof(Reader1));
rd->useCustomFuncs = true;
rd->func.readInt8 = readInt8;
rd->func.readInt16 = readInt16;
rd->func.readInt32 = readInt32;
rd->func.readFloat = readFloat;
rd->func.readData = readData;
return rd;
}
static void *stdCalloc(size_t n) {
return M_Calloc(n);
}
ddstring_t *Str_New(void)
{
ddstring_t *str = (ddstring_t *) M_Calloc(sizeof(ddstring_t));
Str_Init(str);
return str;
}
/**
* Allocates a new command binding and gives it a unique identifier.
*/
static evbinding_t* B_AllocCommandBinding(void)
{
evbinding_t* eb = (evbinding_t *) M_Calloc(sizeof(evbinding_t));
eb->bid = B_NewIdentifier();
return eb;
}
static void initDIKeyToDDKeyTlat(void)
{
if(keymap)
return; // Already been here.
keymap = M_Calloc(sizeof(byte) * NUMKKEYS);
keymap[DIK_0] = '0';
keymap[DIK_1] = '1';
keymap[DIK_2] = '2';
keymap[DIK_3] = '3';
keymap[DIK_4] = '4';
keymap[DIK_5] = '5';
keymap[DIK_6] = '6';
keymap[DIK_7] = '7';
keymap[DIK_8] = '8';
keymap[DIK_9] = '9';
keymap[DIK_A] = 'a';
//keymap[DIK_ABNT_C1] = ;
//keymap[DIK_ABNT_C2] = ;
keymap[DIK_ADD] = DDKEY_ADD;
keymap[DIK_APOSTROPHE] = '\'';
//keymap[DIK_APPS] = ;
//keymap[DIK_AT] = ;
//keymap[DIK_AX] = ;
keymap[DIK_B] = 'b';
keymap[DIK_BACK] = DDKEY_BACKSPACE;
keymap[DIK_BACKSLASH] = DDKEY_BACKSLASH;
keymap[DIK_C] = 'c';
//keymap[DIK_CALCULATOR] = ;
keymap[DIK_CAPITAL] = DDKEY_CAPSLOCK;
//keymap[DIK_COLON] = ; // On Japanese keyboard
keymap[DIK_COMMA] = ',';
//keymap[DIK_CONVERT] = ;
keymap[DIK_D] = 'd';
keymap[DIK_DECIMAL] = DDKEY_DECIMAL;
keymap[DIK_DELETE] = DDKEY_DEL;
keymap[DIK_DIVIDE] = DDKEY_DIVIDE;
keymap[DIK_DOWN] = DDKEY_DOWNARROW;
keymap[DIK_E] = 'e';
keymap[DIK_END] = DDKEY_END;
keymap[DIK_EQUALS] = DDKEY_EQUALS;
keymap[DIK_ESCAPE] = DDKEY_ESCAPE;
keymap[DIK_F] = 'f';
keymap[DIK_F1] = DDKEY_F1;
keymap[DIK_F2] = DDKEY_F2;
keymap[DIK_F3] = DDKEY_F3;
keymap[DIK_F4] = DDKEY_F4;
keymap[DIK_F5] = DDKEY_F5;
keymap[DIK_F6] = DDKEY_F6;
keymap[DIK_F7] = DDKEY_F7;
keymap[DIK_F8] = DDKEY_F8;
keymap[DIK_F9] = DDKEY_F9;
keymap[DIK_F10] = DDKEY_F10;
keymap[DIK_F11] = DDKEY_F11;
keymap[DIK_F12] = DDKEY_F12;
//keymap[DIK_F13] = ;
//keymap[DIK_F14] = ;
//keymap[DIK_F15] = ;
keymap[DIK_SYSRQ] = DDKEY_PRINT;
keymap[DIK_G] = 'g';
keymap[DIK_GRAVE] = '`';
keymap[DIK_H] = 'h';
keymap[DIK_HOME] = DDKEY_HOME;
keymap[DIK_I] = 'i';
keymap[DIK_INSERT] = DDKEY_INS;
keymap[DIK_J] = 'j';
keymap[DIK_K] = 'k';
//keymap[DIK_KANA] = ;
//keymap[DIK_KANJI] = ;
keymap[DIK_L] = 'l';
keymap[DIK_LBRACKET] = '[';
keymap[DIK_LCONTROL] = DDKEY_LCTRL;
keymap[DIK_LEFT] = DDKEY_LEFTARROW;
keymap[DIK_LMENU] = DDKEY_LALT; // Left Alt
keymap[DIK_LSHIFT] = DDKEY_LSHIFT;
//keymap[DIK_LWIN] = ; // Left Windows logo key
keymap[DIK_M] = 'm';
//keymap[DIK_MAIL] = ;
//keymap[DIK_MEDIASELECT] = ; Media Select key, which displays a selection of supported media players on the system
//keymap[DIK_MEDIASTOP] = ;
keymap[DIK_MINUS] = '-'; // On main keyboard.
keymap[DIK_MULTIPLY] = '*'; // Asterisk (*) on numeric keypad
//keymap[DIK_MUTE] = ;
//keymap[DIK_MYCOMPUTER] = ;
keymap[DIK_N] = 'n';
keymap[DIK_NEXT] = DDKEY_PGDN; // Page down
//keymap[DIK_NEXTTRACK] = ;
//keymap[DIK_NOCONVERT] = ; // On Japanese keyboard
keymap[DIK_NUMLOCK] = DDKEY_NUMLOCK;
keymap[DIK_NUMPAD0] = DDKEY_NUMPAD0;
keymap[DIK_NUMPAD1] = DDKEY_NUMPAD1;
keymap[DIK_NUMPAD2] = DDKEY_NUMPAD2;
keymap[DIK_NUMPAD3] = DDKEY_NUMPAD3;
keymap[DIK_NUMPAD4] = DDKEY_NUMPAD4;
keymap[DIK_NUMPAD5] = DDKEY_NUMPAD5;
keymap[DIK_NUMPAD6] = DDKEY_NUMPAD6;
keymap[DIK_NUMPAD7] = DDKEY_NUMPAD7;
keymap[DIK_NUMPAD8] = DDKEY_NUMPAD8;
keymap[DIK_NUMPAD9] = DDKEY_NUMPAD9;
//keymap[DIK_NUMPADCOMMA] = ; // On numeric keypad of NEC PC-98 Japanese keyboard
keymap[DIK_NUMPADENTER] = DDKEY_ENTER;
//keymap[DIK_NUMPADEQUALS] = ; // On numeric keypad of NEC PC-98 Japanese keyboard
keymap[DIK_O] = 'o';
//keymap[DIK_OEM_102] = ; // On British and German keyboards
keymap[DIK_P] = 'p';
keymap[DIK_PAUSE] = DDKEY_PAUSE;
keymap[DIK_PERIOD] = '.';
//keymap[DIK_PLAYPAUSE] = ;
//keymap[DIK_POWER] = ;
//keymap[DIK_PREVTRACK] = ; // Previous track; circumflex on Japanese keyboard
keymap[DIK_PRIOR] = DDKEY_PGUP; // Page up
keymap[DIK_Q] = 'q';
keymap[DIK_R] = 'r';
keymap[DIK_RBRACKET] = ']';
keymap[DIK_RCONTROL] = DDKEY_RCTRL;
keymap[DIK_RETURN] = DDKEY_RETURN; // Return on main keyboard
keymap[DIK_RIGHT] = DDKEY_RIGHTARROW;
keymap[DIK_RMENU] = DDKEY_RALT; // Right alt
keymap[DIK_RSHIFT] = DDKEY_RSHIFT;
//keymap[DIK_RWIN] = ; // Right Windows logo key
keymap[DIK_S] = 's';
keymap[DIK_SCROLL] = DDKEY_SCROLL;
keymap[DIK_SEMICOLON] = ';';
keymap[DIK_SLASH] = '/';
//keymap[DIK_SLEEP] = ;
keymap[DIK_SPACE] = ' ';
//keymap[DIK_STOP] = ; // On NEC PC-98 Japanese keyboard
keymap[DIK_SUBTRACT] = DDKEY_SUBTRACT; // On numeric keypad
//keymap[DIK_SYSRQ] = ;
keymap[DIK_T] = 't';
keymap[DIK_TAB] = DDKEY_TAB;
keymap[DIK_U] = 'u';
//keymap[DIK_UNDERLINE] = ; // On NEC PC-98 Japanese keyboard
//keymap[DIK_UNLABELED] = ; // On Japanese keyboard
keymap[DIK_UP] = DDKEY_UPARROW;
keymap[DIK_V] = 'v';
//keymap[DIK_VOLUMEDOWN] = ;
//keymap[DIK_VOLUMEUP] = ;
keymap[DIK_W] = 'w';
//keymap[DIK_WAKE] = ;
//keymap[DIK_WEBBACK] = ;
//keymap[DIK_WEBFAVORITES] = ;
//keymap[DIK_WEBFORWARD] = ;
//keymap[DIK_WEBHOME] = ;
//keymap[DIK_WEBREFRESH] = ;
//keymap[DIK_WEBSEARCH] = ;
//keymap[DIK_WEBSTOP] = ;
keymap[DIK_X] = 'x';
keymap[DIK_Y] = 'y';
// keymap[DIK_YEN] = ;
keymap[DIK_Z] = 'z';
}
