Abstract: An abstraction layer in a gaming environment intercepts calls to standard random number and user selection functions and returns data based on game operating mode and data availability. When operating as a Class 2 game, random number data may be received from a server while in a Class 3 game, random numbers may be received from a local random number generator. In a history mode or power recovery mode, calls for both random numbers and user selections may be supplied from a file storing data from a previously played or an interrupted game, respectively. Pay table testing may be accommodated by using predetermined random numbers resulting in known reel or other outcome states. The abstraction layer isolates game code from the unique requirements of the different modes of operation required for operating environment or regulatory compliance.

Abstract: A gaming system includes game-logic circuitry that primarily performs a casino wagering game. The casino wagering game includes gaming events (play steps) having outcomes that may trigger and perpetuate a multi-level bonus game. As the wagering game is performed, a game cycle data record is created containing game cycle data related to the outcome of the play steps. A predetermined number of the most recent game cycle data records are stored in non-volatile memory. Each game cycle data record includes a predetermined number of play step data records for the base-game, bonus-game-triggering, and bonus-game play steps, as performed in chronological order. When the predetermined number of play step data records is exceeded, the oldest non-triggering play step data record is removed from the game cycle data and accrued into summary data specific to a nested-depth of the play step for the game cycle.

Abstract: A gaming system includes game-logic circuitry that primarily performs a casino wagering game. The casino wagering game includes gaming events (play steps) having outcomes that may trigger and perpetuate a multi-level bonus game. As the wagering game is performed, a game cycle data record is created containing game cycle data related to the outcome of the play steps. A predetermined number of the most recent game cycle data records are stored in non-volatile memory. Each game cycle data record includes a predetermined number of play step data records for the base-game, bonus-game-triggering, and bonus-game play steps, as performed in chronological order. When the predetermined number of play step data records is exceeded, the oldest non-triggering play step data record is removed from the game cycle data and accrued into summary data specific to a nested-depth of the play step for the game cycle.

Abstract: An abstraction layer in a gaming environment intercepts calls to standard random number and user selection functions and returns data based on game operating mode and data availability. When operating as a Class 2 game, random number data may be received from a server while in a Class 3 game, random numbers may be received from a local random number generator. In a history mode or power recovery mode, calls for both random numbers and user selections may be supplied from a file storing data from a previously played or an interrupted game, respectively. Pay table testing may be accommodated by using predetermined random numbers resulting in known reel or other outcome states. The abstraction layer isolates game code from the unique requirements of the different modes of operation required for operating environment or regulatory compliance.

Abstract: Gaming devices, gaming systems, methods of conducting wagering games, and computer programs for conducting wagering games are disclosed. A gaming system for playing a wagering game is disclosed which includes a processor(s) and a memory device(s) storing instructions that, when executed by at least one of the processors, cause the gaming system to: store, on at least one memory device, a progressive game having a first set of configuration parameters; store, on at least one memory device, a primary wagering game having a second set of configuration parameters; and compare, via at least one processor, the first set of configuration parameters with the second set of configuration parameters to determine, in accordance with at least a first rule set, if the primary wagering game can be activated and paired with the progressive game.

Abstract: Gaming devices, gaming systems, methods of conducting wagering games, and computer programs for conducting wagering games are disclosed. A gaming system for playing a wagering game is disclosed which includes a processor(s) and a memory device(s) storing instructions that, when executed by at least one of the processors, cause the gaming system to: store, on at least one memory device, a progressive game having a first set of configuration parameters; store, on at least one memory device, a primary wagering game having a second set of configuration parameters; and compare, via at least one processor, the first set of configuration parameters with the second set of configuration parameters to determine, in accordance with at least a first rule set, if the primary wagering game can be activated and paired with the progressive game.

Abstract: A method of operating a wagering game comprises activating a progressive game having a first set of configuration parameters and providing a primary wagering game having a second set of configuration parameters. The method further comprises comparing the first set of configuration parameters with the second set of configuration parameters to determine, in accordance with at least a first rule set, if the primary wagering game can be activated and paired with the progressive game. The method further displays results from the comparing step.

Abstract: A method of operating a wagering game comprises activating a progressive game having a first set of configuration parameters and providing a primary wagering game having a second set of configuration parameters. The method further comprises comparing the first set of configuration parameters with the second set of configuration parameters to determine, in accordance with at least a first rule set, if the primary wagering game can be activated and paired with the progressive game. The method further displays results from the comparing step.