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/* $Id$ */
/** @file ai_abstractlist.hpp A list which can keep item/value pairs, which you can walk. */
/** @defgroup AIList Classes that create a list of items. */
#ifndef AI_ABSTRACTLIST_HPP
#define AI_ABSTRACTLIST_HPP
#include "ai_object.hpp"
#include <map>
#include <set>
class AIAbstractListSorter;
/**
* Class that creates a list which can keep item/value pairs, which you can walk.
*/
class AIAbstractList : public AIObject {
public:
static const char *GetClassName() { return "AIAbstractList"; }
/** Type of sorter */
enum SorterType {
SORT_BY_VALUE, ///< Sort the list based on the value of the item.
SORT_BY_ITEM, ///< Sort the list based on the item itself.
};
private:
AIAbstractListSorter *sorter;
SorterType sorter_type;
bool sort_ascending;
bool initialized;
public:
typedef std::set<int32> AIItemList; //!< The list of items inside the bucket
typedef std::map<int32, AIItemList> AIAbstractListBucket; //!< The bucket list per value
typedef std::map<int32, int32> AIAbstractListMap; //!< List per item
AIAbstractListMap items; //!< The items in the list
AIAbstractListBucket buckets; //!< The items in the list, sorted by value
protected:
/**
* Add a single item to the list.
* @param item the item to add. Should be unique, otherwise it is ignored.
* @note the value is set to 0 by default.
*/
void AddItem(int32 item);
/**
* Remove a single item from the list.
* @param item the item to remove. If not existing, it is ignored.
*/
void RemoveItem(int32 item);
public:
AIAbstractList();
~AIAbstractList();
/**
* Clear the list, making Count() returning 0 and IsEmpty() returning true.
*/
void Clear();
/**
* Check if an item is in the list.
* @param item the item to check for.
* @return true if the item is in the list.
*/
bool HasItem(int32 item);
/**
* Go to the beginning of the list.
* @return the item value of the first item.
*/
int32 Begin();
/**
* Go to the next item in the list.
* @return the item value of the next item.
* @note returns 0 if beyond end-of-list. Use HasNext() to check for end-of-list.
*/
int32 Next();
/**
* Check if a list is empty.
* @return true if the list is empty.
*/
bool IsEmpty();
/**
* Check if there is a next element. In other words, if this is true,
* Next() will return a valid item.
* @return true if there is a next item.
*/
bool HasNext();
/**
* Returns the amount of items in the list.
* @return amount of items in the list.
*/
int32 Count();
/**
* Get the value that belongs to this item.
* @param item the item to get the value from
* @return the value that belongs to this item.
*/
int32 GetValue(int32 item);
/**
* Set a value of an item directly.
* @param item the item to set the value for.
* @param value the value to give to the item
* @return true if we could set the item to value, false otherwise.
* @note Changing values of items while looping through a list might cause
* entries to be skipped. Be very careful with such operations.
*/
bool SetValue(int32 item, int32 value);
/**
* Sort this list by the given sorter and direction.
* @param sorter the type of sorter to use
* @param ascending if true, lowest value is on top, else at bottom.
* @note the current item stays at the same place.
*/
void Sort(SorterType sorter, bool ascending);
/**
* Add one list to an other one.
* @param list The list that will be added to the caller.
* @post The list to be added ('list') stays unmodified.
* @note All added items keep their value as it was in 'list'.
* @note If the item already exists inside the caller, the value of the
* list that is added is set on the item.
*/
void AddList(AIAbstractList *list);
/**
* Removes all items with a higher value than 'value'.
* @param value the value above which all items are removed.
*/
void RemoveAboveValue(int32 value);
/**
* Removes all items with a lower value than 'value'.
* @param value the value below which all items are removed.
*/
void RemoveBelowValue(int32 value);
/**
* Removes all items with a value above start and below end.
* @param start the lower bound of the to be removed values (exclusive).
* @param end the upper bound of the to be removed valuens (exclusive).
*/
void RemoveBetweenValue(int32 start, int32 end);
/**
* Remove all items with this value.
* @param value the value to remove.
*/
void RemoveValue(int32 value);
/**
* Remove the first count items.
* @param count the amount of items to remove.
*/
void RemoveTop(int32 count);
/**
* Remove the last count items.
* @param count the amount of items to remove.
*/
void RemoveBottom(int32 count);
/**
* Remove everything that is in the given list from this list (same item index that is).
* @param list the list of items to remove.
* @pre list != NULL
*/
void RemoveList(AIAbstractList *list);
/**
* Keep all items with a higher value than 'value'.
* @param value the value above which all items are kept.
*/
void KeepAboveValue(int32 value);
/**
* Keep all items with a lower value than 'value'.
* @param value the value below which all items are kept.
*/
void KeepBelowValue(int32 value);
/**
* Keep all items with a value above start and below end.
* @param start the lower bound of the to be kept values (exclusive).
* @param end the upper bound of the to be kept values (exclusive).
*/
void KeepBetweenValue(int32 start, int32 end);
/**
* Keep all items with this value.
* @param value the value to keep.
**/
void KeepValue(int32 value);
/**
* Keep the first count items, i.e. remove everything except the first count items.
* @param count the amount of items to keep.
*/
void KeepTop(int32 count);
/**
* Keep the last count items, i.e. remove everything except the last count items.
* @param count the amount of items to keep.
*/
void KeepBottom(int32 count);
/**
* Keeps everything that is in the given list from this list (same item index that is).
* @param list the list of items to keep.
* @pre list != NULL
*/
void KeepList(AIAbstractList *list);
#ifndef DOXYGEN_SKIP
/**
* Used for 'foreach()' and [] get from Squirrel.
*/
SQInteger _get(HSQUIRRELVM vm);
/**
* Used for 'foreach()' from Squirrel.
*/
SQInteger _nexti(HSQUIRRELVM vm);
/**
* The Valuate() wrapper from Squirrel.
*/
SQInteger Valuate(HSQUIRRELVM vm);
#else
/**
* Give all items a value defined by the valuator you give.
* @param valuator_function The function which will be doing the valuation.
* @param params The params to give to the valuators (minus the first param,
* which is always the index-value we are valuating).
* @note You can write your own valuators and use them. Just remember that
* the first parameter should be the index-value, and it should return
* an integer.
* @note Example:
* list.Valuate(AIBridge.GetPrice, 5);
* list.Valuate(AIBridge.GetMaxLength);
* function MyVal(bridge_id, myparam) {
* return myparam * bridge_id; // This is silly
* }
* list.Valuate(MyVal, 12);
*/
void Valuate(void *valuator_function, int params, ...);
#endif /* DOXYGEN_SKIP */
};
#endif /* AI_LIST_HPP */
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