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virtual int index_init(uint idx) { active_index=idx; return 0; } virtual int index_end() { active_index=MAX_KEY; return 0; } // omitted ... virtual int rnd_init(bool scan) =0; virtual int rnd_end() { return 0; } public: handler (TABLE *table_arg) {} virtual ~handler(void) {} // omitted ... void update_auto_increment(); // omitted ... virtual bool has_transactions(){ return 0;} // omitted ... // omitted ... virtual int open(const char *name, int mode, uint test_if_locked)=0; virtual int close(void)=0; virtual int write_row(byte * buf) { return HA_ERR_WRONG_COMMAND; } virtual int update_row(const byte * old_data, byte * new_data) {} virtual int delete_row(const byte * buf) {} virtual int index_read(byte * buf, const byte * key, uint key_len, enum ha_rkey_function find_flag) {} virtual int index_read_idx(byte * buf, uint index, const byte * key, uint key_len, enum ha_rkey_function find_flag); virtual int index_next(byte * buf) {} virtual int index_prev(byte * buf) {} virtual int index_first(byte * buf) {} virtual int index_last(byte * buf) {} // omitted ... virtual int rnd_next(byte *buf)=0; virtual int rnd_pos(byte * buf, byte *pos)=0; virtual int read_first_row(byte *buf, uint primary_key); // omitted ... virtual void position(const byte *record)=0; virtual void info(uint)=0; // omitted ... virtual int start_stmt(THD *thd) {return 0;} // omitted ... virtual ulonglong get_auto_increment(); virtual void restore_auto_increment(); virtual void update_create_info(HA_CREATE_INFO *create_info) {}

Flick gestures are triggered when the user releases contact with the screen while still moving the touch point. This tends to be useful for initiating kinetic scrolling, in which objects continue moving after touch is released in the direction that the user had been moving. We will look at how you can implement this in your games in the Initiating Object Motion section later in this chapter. To tell how fast and in which direction the flick occurred, read the GestureSample.Delta property. Unlike drag gestures, however, this property contains the movement distance for each axis measured in pixels per second, rather than pixels since the previous position measurement. To scale this to pixels per update to retain the existing motion, we can multiply the Delta vector by the length of time of each update, which we can retrieve from the TargetElapsedTime property. The scaled delta value calculation is shown in Listing 4 5. Listing 4 5. Scaling the Flick delta to represent pixels-per-Update rather than pixels-per-second Vector2 deltaPerUpdate = gesture.Delta * (float)TargetElapsedTime.TotalSeconds; One piece of information that we unfortunately do not get from the Flick gesture is the position from which it is being flicked, which is instead always returned as the coordinate (0, 0). To determine where the flick originated, we therefore need to remember the position of a previous gesture, and the only gestures that will reliably provide this information are the drag gestures. It is therefore likely that you will need to have a drag gesture enabled for this purpose.

/* admin commands - called from mysql_admin_table */ virtual int check(THD* thd, HA_CHECK_OPT* check_opt) {} virtual int backup(THD* thd, HA_CHECK_OPT* check_opt) {} virtual int restore(THD* thd, HA_CHECK_OPT* check_opt) {} virtual int repair(THD* thd, HA_CHECK_OPT* check_opt) {} virtual int optimize(THD* thd, HA_CHECK_OPT* check_opt) {} virtual int analyze(THD* thd, HA_CHECK_OPT* check_opt) {} virtual int assign_to_keycache(THD* thd, HA_CHECK_OPT* check_opt) {} virtual int preload_keys(THD* thd, HA_CHECK_OPT* check_opt) {} /* end of the list of admin commands */ // omitted .. virtual int add_index(TABLE *table_arg, KEY *key_info, uint num_of_keys) {} virtual int drop_index(TABLE *table_arg, uint *key_num, uint num_of_keys) {} // omitted .. virtual int rename_table(const char *from, const char *to); virtual int delete_table(const char *name); virtual int create(const char *name, TABLE *form, HA_CREATE_INFO *info)=0; // omitted .. }; You should recognize most of the member methods They correspond to features you may associate with your experience using MySQL.

In MovingSource.java, a source is placed at (0, 0, 0), at the same spot as the listener (which by default starts at the origin and faces along the negative z-axis). Gradually the source is moved along the negative z-axis, away from the listener, causing the repeating sound to fade away. Figure 13-7 shows the situation diagrammatically.