Jaysyn/PRC8
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PRC8/nwn/nwnprc/trunk/include/inc_heap.nss
Jaysyn904 57b8d88878 Renamed inc_array to stop nwnx include collisions 
Renamed inc_array to stop nwnx include collisions  Added missing bonus feat 2da for Forest Master. Changed prc_newspellbook.hak to prc_nsb.hak to prevent issues with nwserver.  Updated tester module.  Updated release archive.
2024-03-03 18:06:25 -05:00

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//::///////////////////////////////////////////////
//:: Heap include
//:: inc_heap
//:://////////////////////////////////////////////
/** @file
A simple maxheap, backed by an array.
Insertion priority is determined by an interger
parameter, data stored may be anything.
Heap element indices begin at one, for convenience.
For optimization, I use binary search instead of
switches. Result: It's fugly
Return values are similar to the ones in
Mr. Figglesworth's sdl_array
@author Ornedan
@date Created - 16.03.2005
*/
//:://////////////////////////////////////////////
//:://////////////////////////////////////////////
//////////////////////////////////////////////////
/* Constant defintions */
//////////////////////////////////////////////////
/*
const int SDL_SUCCESS = 1;
const int SDL_ERROR_ALREADY_EXISTS = 1001;
const int SDL_ERROR_DOES_NOT_EXIST = 1002;
const int SDL_ERROR_OUT_OF_BOUNDS = 1003;
const int SDL_ERROR_NO_ZERO_SIZE = 1004;
const int SDL_ERROR_NOT_VALID_OBJECT = 1005;
*/
/// Heap entity type - float
const int ENTITY_TYPE_FLOAT = 1;
/// Heap entity type - integer
const int ENTITY_TYPE_INTEGER = 2;
/// Heap entity type - object
const int ENTITY_TYPE_OBJECT = 3;
/// Heap entity type - string
const int ENTITY_TYPE_STRING = 4;
// Internal constants
const string HEAP_PREFIX = "heap_";
const string KEY_SUFFIX = "_key";
const string ELEMENT_SUFFIX = "_element";
const string TYPE_SUFFIX = "_type";
//////////////////////////////////////////////////
/* Function prototypes */
//////////////////////////////////////////////////
/**
* Initializes heap variables on the storage object.
*
* @param oStore object that the heap will be stored as locals on
* @param sName the name of the heap
* @return SDL_* constant
*/
int heap_create(object oStore, string sName);
/**
* Deletes the heap and all it's entries.
*
* @param oStore object the heap is stored on
* @param sName the name of the heap
* @return SDL_* constant
*/
int heap_delete(object oStore, string sName);
/**
* Checks to see if a heap exists.
*
* @param oStore object the heap is stored on
* @param sName the name of the heap
* @return TRUE if a heap with the given name is stored on oStore.
* FALSE otherwise.
*/
int heap_exists(object oStore, string sName);
/**
* Gets the number of elements in the heap
*
* @param oStore object the heap is stored on
* @param sName the name of the heap
* @return the number of elements in the heap, or -1 on error.
*/
int heap_get_size(object oStore, string sName);
/**
* Heap insertion functions - float.
* Inserts the given key & element pair at a location in the heap
* determined by the key.
* Return order of elements inserted with the same key is not defined.
*
* @param oStore object the heap to be used is stored on
* @param sName the name of the heap
* @param nKey integer value used to determine insertion location
* @param fEntry element to be insterted
* @return SDL_* constant
*/
int heap_put_float(object oStore, string sName, int nKey, float fEntry);
/**
* Heap insertion functions - integer.
* Inserts the given key & element pair at a location in the heap
* determined by the key.
* Return order of elements inserted with the same key is not defined.
*
* @param oStore object the heap to be used is stored on
* @param sName the name of the heap
* @param nKey integer value used to determine insertion location
* @param nEntry element to be insterted
* @return SDL_* constant
*/
int heap_put_int(object oStore, string sName, int nKey, int nEntry);
/**
* Heap insertion functions - object.
* Inserts the given key & element pair at a location in the heap
* determined by the key.
* Return order of elements inserted with the same key is not defined.
*
* @param oStore object the heap to be used is stored on
* @param sName the name of the heap
* @param nKey integer value used to determine insertion location
* @param oEntry element to be insterted
* @return SDL_* constant
*/
int heap_put_object(object oStore, string sName, int nKey, object oEntry);
/**
* Heap insertion functions - string
.
* Inserts the given key & element pair at a location in the heap
* determined by the key.
* Return order of elements inserted with the same key is not defined.
*
* @param oStore object the heap to be used is stored on
* @param sName the name of the heap
* @param nKey integer value used to determine insertion location
* @param sEntry element to be insterted
* @return SDL_* constant
*/
int heap_put_string(object oStore, string sName, int nKey, string sEntry);
/**
* Checks the type of the element at the top of the heap. Errors if
* heap does not exist or is empty.
*
* @param oStore object the heap to be used is stored on
* @param sName the name of the heap
* @return one of the ENTITY_TYPE_* constants, or 0 on error.
*/
int heap_get_type(object oStore, string sName);
/**
* Gets the top element of the heap as float.
*
* @param oStore object the heap to be used is stored on
* @param sName the name of the heap
* @return top element of the heap as float. If the type
* of the top element was not float, returns 0.0f
*/
float heap_get_float(object oStore, string sName);
/**
* Gets the top element of the heap as integer.
*
* @param oStore object the heap to be used is stored on
* @param sName the name of the heap
* @return top element of the heap as integer. If the type
* of the top element was not integer, returns 0
*/
int heap_get_int(object oStore, string sName);
/**
* Gets the top element of the heap as object.
*
* @param oStore object the heap to be used is stored on
* @param sName the name of the heap
* @return top element of the heap as object. If the type
* of the top element was not object, returns OBJECT_INVALID
*/
object heap_get_object(object oStore, string sName);
/**
* Gets the top element of the heap as string.
*
* @param oStore object the heap to be used is stored on
* @param sName the name of the heap
* @return top element of the heap as string. If the type
* of the top element was not string, returns ""
*/
string heap_get_string(object oStore, string sName);
/**
* Deletes the top element of the heap and reorders the heap to
* preserve the heap conditions.
*
* @param oStore object the heap to be used is stored on
* @param sName the name of the heap
* @return one of the SDL_* constants
*/
int heap_remove(object oStore, string sName);
//////////////////////////////////////////////////
/* Include section */
//////////////////////////////////////////////////
//#include "inc_utility"
#include "prc_inc_array" //The only part of inc_utility it needs
//////////////////////////////////////////////////
/* Function defintions */
//////////////////////////////////////////////////
int heap_create(object oStore, string sName){
// Validity checks
if(!GetIsObjectValid(oStore))
return SDL_ERROR_NOT_VALID_OBJECT;
if(GetLocalInt(oStore, sName))
return SDL_ERROR_ALREADY_EXISTS;
// Initialize the size (always one greater than the actual size)
SetLocalInt(oStore, HEAP_PREFIX + sName, 1);
return SDL_SUCCESS;
}
int heap_delete(object oStore, string sName){
// Validity checks
int nSize = GetLocalInt(oStore, HEAP_PREFIX + sName);
if(!nSize)
return SDL_ERROR_DOES_NOT_EXIST;
nSize -= 1;
int nTempType;
for(; nSize >= 0; nSize--){
// Delete the storage values
nTempType = GetLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nSize) + TYPE_SUFFIX);
DeleteLocalInt (oStore, HEAP_PREFIX + sName + "_" + IntToString(nSize) + TYPE_SUFFIX);
DeleteLocalInt (oStore, HEAP_PREFIX + sName + "_" + IntToString(nSize) + KEY_SUFFIX);
if(nTempType > ENTITY_TYPE_INTEGER){
if(nTempType > ENTITY_TYPE_OBJECT)
DeleteLocalString(oStore, HEAP_PREFIX + sName + "_" + IntToString(nSize) + ELEMENT_SUFFIX);
else
DeleteLocalObject(oStore, HEAP_PREFIX + sName + "_" + IntToString(nSize) + ELEMENT_SUFFIX);
}else{
if(nTempType > ENTITY_TYPE_FLOAT)
DeleteLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nSize) + ELEMENT_SUFFIX);
else
DeleteLocalFloat(oStore, HEAP_PREFIX + sName + "_" + IntToString(nSize) + ELEMENT_SUFFIX);
}
}
// Delete the size variable
DeleteLocalInt(oStore, HEAP_PREFIX + sName);
return SDL_SUCCESS;
}
int heap_exists(object oStore, string sName){
if(GetLocalInt(oStore, HEAP_PREFIX + sName))
return TRUE;
else
return FALSE;
}
int heap_get_size(object oStore, string sName){
return GetLocalInt(oStore, HEAP_PREFIX + sName) - 1;
}
/* Some functions for simulating the element links */
int heap_parent(int nIndex){ return (nIndex - 1) / 2; }
int heap_lchild(int nIndex){ return (nIndex * 2) + 1; }
int heap_rchild(int nIndex){ return (nIndex * 2) + 2; }
/* An element swapper */
void heap_swap(object oStore, string sName, int nInd1, int nInd2){
int nTempKey = GetLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInd1) + KEY_SUFFIX);
int nTempType = GetLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInd1) + TYPE_SUFFIX);
float fTemp;
int nTemp;
object oTemp;
string sTemp;
// Grab the element from index1
if(nTempType > ENTITY_TYPE_INTEGER){
if(nTempType > ENTITY_TYPE_OBJECT){
sTemp = GetLocalString(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInd1) + ELEMENT_SUFFIX);
DeleteLocalString(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInd1) + ELEMENT_SUFFIX);
}else{
oTemp = GetLocalObject(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInd1) + ELEMENT_SUFFIX);
DeleteLocalObject(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInd1) + ELEMENT_SUFFIX);
}}else{
if(nTempType > ENTITY_TYPE_FLOAT){
nTemp = GetLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInd1) + ELEMENT_SUFFIX);
DeleteLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInd1) + ELEMENT_SUFFIX);
}else{
fTemp = GetLocalFloat(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInd1) + ELEMENT_SUFFIX);
DeleteLocalFloat(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInd1) + ELEMENT_SUFFIX);
}}
// Start moving from index2
int nTempType2 = GetLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInd2) + TYPE_SUFFIX);
SetLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInd1) + TYPE_SUFFIX,
nTempType2);
SetLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInd1) + KEY_SUFFIX,
GetLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInd2) + KEY_SUFFIX));
// Illegal use of enumerations. Don't do this at home :p
if(nTempType2 > ENTITY_TYPE_INTEGER){
if(nTempType2 > ENTITY_TYPE_OBJECT){
SetLocalString(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInd1) + ELEMENT_SUFFIX,
GetLocalString(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInd2) + ELEMENT_SUFFIX));
DeleteLocalString(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInd2) + ELEMENT_SUFFIX);
}else{
SetLocalObject(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInd1) + ELEMENT_SUFFIX,
GetLocalObject(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInd2) + ELEMENT_SUFFIX));
DeleteLocalObject(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInd2) + ELEMENT_SUFFIX);
}}else{
if(nTempType2 > ENTITY_TYPE_FLOAT){
SetLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInd1) + ELEMENT_SUFFIX,
GetLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInd2) + ELEMENT_SUFFIX));
DeleteLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInd2) + ELEMENT_SUFFIX);
}else{
SetLocalFloat(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInd1) + ELEMENT_SUFFIX,
GetLocalFloat(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInd2) + ELEMENT_SUFFIX));
DeleteLocalFloat(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInd2) + ELEMENT_SUFFIX);
}}
// Place the stuff copied to temporary variables to their new place
SetLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInd2) + TYPE_SUFFIX,
nTempType);
SetLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInd2) + KEY_SUFFIX,
nTempKey);
if(nTempType > ENTITY_TYPE_INTEGER){
if(nTempType > ENTITY_TYPE_OBJECT)
SetLocalString(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInd2) + ELEMENT_SUFFIX,
sTemp);
else
SetLocalObject(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInd2) + ELEMENT_SUFFIX,
oTemp);
}else{
if(nTempType > ENTITY_TYPE_FLOAT)
SetLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInd2) + ELEMENT_SUFFIX,
nTemp);
else
SetLocalFloat(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInd2) + ELEMENT_SUFFIX,
fTemp);
}
}
/* A function that gets the location where the given
* key should be inserted. Moves other elements around
* to clear the location
*/
int heap_get_insert_location(object oStore, string sName, int nKey){
// Insert into position just beyond the end of current elements
int nIndex = heap_get_size(oStore, sName);
int nTempType;
while(nIndex > 0 && GetLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(heap_parent(nIndex)) + KEY_SUFFIX) < nKey){
// Move the parent entry down
nTempType = GetLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(heap_parent(nIndex)) + TYPE_SUFFIX);
SetLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nIndex) + TYPE_SUFFIX,
nTempType);
SetLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nIndex) + KEY_SUFFIX,
GetLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(heap_parent(nIndex)) + KEY_SUFFIX));
// Illegal use of enumerations. Don't do this at home :p
// The old entry is deleted, since the entry to be inserted might not be of the same type
if(nTempType > ENTITY_TYPE_INTEGER){
if(nTempType > ENTITY_TYPE_OBJECT){
SetLocalString(oStore, HEAP_PREFIX + sName + "_" + IntToString(nIndex) + ELEMENT_SUFFIX,
GetLocalString(oStore, HEAP_PREFIX + sName + "_" + IntToString(heap_parent(nIndex)) + ELEMENT_SUFFIX));
DeleteLocalString(oStore, HEAP_PREFIX + sName + "_" + IntToString(heap_parent(nIndex)) + ELEMENT_SUFFIX);
}else{
SetLocalObject(oStore, HEAP_PREFIX + sName + "_" + IntToString(nIndex) + ELEMENT_SUFFIX,
GetLocalObject(oStore, HEAP_PREFIX + sName + "_" + IntToString(heap_parent(nIndex)) + ELEMENT_SUFFIX));
DeleteLocalObject(oStore, HEAP_PREFIX + sName + "_" + IntToString(heap_parent(nIndex)) + ELEMENT_SUFFIX);
}}else{
if(nTempType > ENTITY_TYPE_FLOAT){
SetLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nIndex) + ELEMENT_SUFFIX,
GetLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(heap_parent(nIndex)) + ELEMENT_SUFFIX));
DeleteLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(heap_parent(nIndex)) + ELEMENT_SUFFIX);
}else{
SetLocalFloat(oStore, HEAP_PREFIX + sName + "_" + IntToString(nIndex) + ELEMENT_SUFFIX,
GetLocalFloat(oStore, HEAP_PREFIX + sName + "_" + IntToString(heap_parent(nIndex)) + ELEMENT_SUFFIX));
DeleteLocalFloat(oStore, HEAP_PREFIX + sName + "_" + IntToString(heap_parent(nIndex)) + ELEMENT_SUFFIX);
}}
nIndex = heap_parent(nIndex);
}
return nIndex;
}
/*if(a > 2){
if(a > 3)
b = ENTITY_TYPE_STRING;
else
b = ENTITY_TYPE_OBJECT;
}else{
if(a > 1)
b = ENTITY_TYPE_INTEGER;
else
b = ENTITY_TYPE_FLOAT;
}*/
int heap_put_float(object oStore, string sName, int nKey, float fEntry){
// Validity checks
if(!GetLocalInt(oStore, HEAP_PREFIX + sName))
return SDL_ERROR_DOES_NOT_EXIST;
// Get the location to insert to
int nInsert = heap_get_insert_location(oStore, sName, nKey);
// Insert the new element
SetLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInsert) + TYPE_SUFFIX, ENTITY_TYPE_FLOAT);
SetLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInsert) + KEY_SUFFIX, nKey);
SetLocalFloat(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInsert) + ELEMENT_SUFFIX, fEntry);
// Mark the insertion
SetLocalInt(oStore, HEAP_PREFIX + sName, GetLocalInt(oStore, HEAP_PREFIX + sName) + 1);
return SDL_SUCCESS;
}
int heap_put_int(object oStore, string sName, int nKey, int nEntry){
// Validity checks
if(!GetLocalInt(oStore, HEAP_PREFIX + sName))
return SDL_ERROR_DOES_NOT_EXIST;
// Get the location to insert to
int nInsert = heap_get_insert_location(oStore, sName, nKey);
// Insert the new element
SetLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInsert) + KEY_SUFFIX, nKey);
SetLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInsert) + TYPE_SUFFIX, ENTITY_TYPE_INTEGER);
SetLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInsert) + ELEMENT_SUFFIX, nEntry);
// Mark the insertion
SetLocalInt(oStore, HEAP_PREFIX + sName, GetLocalInt(oStore, HEAP_PREFIX + sName) + 1);
return SDL_SUCCESS;
}
int heap_put_string(object oStore, string sName, int nKey, string sEntry){
// Validity checks
if(!GetLocalInt(oStore, HEAP_PREFIX + sName))
return SDL_ERROR_DOES_NOT_EXIST;
// Get the location to insert to
int nInsert = heap_get_insert_location(oStore, sName, nKey);
// Insert the new element
SetLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInsert) + KEY_SUFFIX, nKey);
SetLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInsert) + TYPE_SUFFIX, ENTITY_TYPE_STRING);
SetLocalString(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInsert) + ELEMENT_SUFFIX, sEntry);
// Mark the insertion
SetLocalInt(oStore, HEAP_PREFIX + sName, GetLocalInt(oStore, HEAP_PREFIX + sName) + 1);
return SDL_SUCCESS;
}
int heap_put_object(object oStore, string sName, int nKey, object oEntry){
// Validity checks
if(!GetLocalInt(oStore, HEAP_PREFIX + sName))
return SDL_ERROR_DOES_NOT_EXIST;
// Get the location to insert to
int nInsert = heap_get_insert_location(oStore, sName, nKey);
// Insert the new element
SetLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInsert) + KEY_SUFFIX, nKey);
SetLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInsert) + TYPE_SUFFIX, ENTITY_TYPE_OBJECT);
SetLocalObject(oStore, HEAP_PREFIX + sName + "_" + IntToString(nInsert) + ELEMENT_SUFFIX, oEntry);
// Mark the insertion
SetLocalInt(oStore, HEAP_PREFIX + sName, GetLocalInt(oStore, HEAP_PREFIX + sName) + 1);
return SDL_SUCCESS;
}
int heap_remove(object oStore, string sName){
// Validity checks
if(!GetLocalInt(oStore, HEAP_PREFIX + sName))
return SDL_ERROR_DOES_NOT_EXIST;
int nSize = heap_get_size(oStore, sName);
if(!nSize)
return SDL_ERROR_OUT_OF_BOUNDS;
// Move the bottommost element over the max
nSize--;
heap_swap(oStore, sName, 0, nSize);
// Delete the bottommost element
int nTempType = GetLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nSize) + TYPE_SUFFIX);
DeleteLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nSize) + TYPE_SUFFIX);
DeleteLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nSize) + KEY_SUFFIX);
if(nTempType > ENTITY_TYPE_INTEGER){
if(nTempType > ENTITY_TYPE_OBJECT)
DeleteLocalString(oStore, HEAP_PREFIX + sName + "_" + IntToString(nSize) + ELEMENT_SUFFIX);
else
DeleteLocalObject(oStore, HEAP_PREFIX + sName + "_" + IntToString(nSize) + ELEMENT_SUFFIX);
}else{
if(nTempType > ENTITY_TYPE_FLOAT)
DeleteLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nSize) + ELEMENT_SUFFIX);
else
DeleteLocalFloat(oStore, HEAP_PREFIX + sName + "_" + IntToString(nSize) + ELEMENT_SUFFIX);
}
// Mark the heapsize as reduced
SetLocalInt(oStore, HEAP_PREFIX + sName, nSize + 1);
// Move nSize to point at the new last entry
nSize--;
// Re-assert the heap conditions
int nLeft, nRight, nMax, nIndex = 0;
int bContinue = TRUE;
while(bContinue){
bContinue = FALSE;
nLeft = heap_lchild(nIndex);
nRight = heap_rchild(nIndex);
if(nRight <= nSize){
if(GetLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nLeft) + KEY_SUFFIX)
>
GetLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nLeft) + KEY_SUFFIX))
nMax = nLeft;
else
nMax = nRight;
if(GetLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nIndex) + KEY_SUFFIX)
<
GetLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nMax) + KEY_SUFFIX)){
heap_swap(oStore, sName, nIndex, nMax);
bContinue = TRUE;
}
}
else if(nLeft == nSize &&
GetLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nIndex) + KEY_SUFFIX)
<
GetLocalInt(oStore, HEAP_PREFIX + sName + "_" + IntToString(nLeft) + KEY_SUFFIX))
heap_swap(oStore, sName, nIndex, nLeft);
}
return SDL_SUCCESS;
}
int heap_get_type(object oStore, string sName){
// Validity checks
if(!GetLocalInt(oStore, HEAP_PREFIX + sName))
return SDL_ERROR_DOES_NOT_EXIST;
// Return the heap top element's type
return GetLocalInt(oStore, HEAP_PREFIX + sName + "_0" + TYPE_SUFFIX);
}
float heap_get_float(object oStore, string sName){
return GetLocalInt(oStore, HEAP_PREFIX + sName + "_0" + TYPE_SUFFIX) == ENTITY_TYPE_FLOAT ?
GetLocalFloat(oStore, HEAP_PREFIX + sName + "_0" + ELEMENT_SUFFIX) :
0.0f;
}
int heap_get_int(object oStore, string sName){
return GetLocalInt(oStore, HEAP_PREFIX + sName + "_0" + TYPE_SUFFIX) == ENTITY_TYPE_INTEGER ?
GetLocalInt(oStore, HEAP_PREFIX + sName + "_0" + ELEMENT_SUFFIX) :
0;
}
object heap_get_object(object oStore, string sName){
return GetLocalInt(oStore, HEAP_PREFIX + sName + "_0" + TYPE_SUFFIX) == ENTITY_TYPE_OBJECT ?
GetLocalObject(oStore, HEAP_PREFIX + sName + "_0" + ELEMENT_SUFFIX) :
OBJECT_INVALID;
}
string heap_get_string(object oStore, string sName){
return GetLocalInt(oStore, HEAP_PREFIX + sName + "_0" + TYPE_SUFFIX) == ENTITY_TYPE_STRING ?
GetLocalString(oStore, HEAP_PREFIX + sName + "_0" + ELEMENT_SUFFIX) :
"";
}
//void main(){}
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