Abstract: A single segment data structure and method for storing data objects employing a single segment data object having a header and a data record. The header includes a segment length field describing the length of memory reserved for the data record and the data record contains at least one data instance object. Each of the data instance objects has a data instance header and data field. The header includes a data instance state field and a data instance length field. The data instance length field contains data representing the length of the data instance data field allowing for variable length “in place” updating. The data instance state field contains data representing an object state of the instance data. Only one of the data instance objects of the data record of the single segment data object has a valid object state. The state field facilitates a power loss recovery process.

Abstract: A single segment data structure and method for storing data objects employing a single segment data object having a header and a data record. The header includes a segment length field describing the length of memory reserved for the data record and the data record contains at least one data instance object. Each of the data instance objects has a data instance header and data field. The header includes a data instance state field and a data instance length field. The data instance length field contains data representing the length of the data instance data field allowing for variable length “in place” updating. The data instance state field contains data representing an object state of the instance data. Only one of the data instance objects of the data record of the single segment data object has a valid object state. The state field facilitates a power loss recovery process.

Abstract: A single segment data structure and method for storing data objects employing a single segment data object having a header and a data record. The header includes a segment length field describing the length of memory reserved for the data record and the data record contains at least one data instance object. Each of the data instance objects has a data instance header and data field. The header includes a data instance state field and a data instance length field. The data instance length field contains data representing the length of the data instance data field allowing for variable length “in place” updating. The data instance state field contains data representing an object state of the instance data. Only one of the data instance objects of the data record of the single segment data object has a valid object state. The state field facilitates a power loss recovery process.

Abstract: A multiple segment data structure and method manage data objects stored in multiple segments. The structure and method use one or more multiple segment index table objects containing defining information about the data objects in which the data are stored, such as the state, index table size, and one or more index tables referencing the data segment objects. The data objects themselves comprise a header, specifying information about the data segment, including a data segment state, and a data section in which data actually are stored. The state fields in the index table object and the data segment objects facilitate the data recovery process.

Abstract: Non-volatile memory device, driver, and method is described that utilizes write or erase cycle tracking to interrupt or stop a non-volatile memory programming or erase operation at a selected point to interrupt/stop execution or simulate power loss at a specific point. This ability allows for a deterministic and repeatable testing process of all write or erase cycles of a non-volatile command where the state of floating gate memory cells are changed in the non-volatile memory device. Additionally, this ability to utilize write or erase cycle tracking to interrupt or stop a non-volatile memory programming operation or erasing operation at any selected point enables simulation of power loss at each point in a selected operation that a non-volatile floating gate memory cell is programmed or erased, allowing for improved, deterministic testing of the power loss recovery cycle and faster code/design change verification.

Abstract: Non-volatile memory device, driver, and method is described that utilizes write or erase cycle tracking to interrupt or stop a non-volatile memory programming or erase operation at a selected point to interrupt/stop execution or simulate power loss at a specific point. This ability allows for a deterministic and repeatable testing process of all write or erase cycles of a non-volatile command where the state of floating gate memory cells are changed in the non-volatile memory device. Additionally, this ability to utilize write or erase cycle tracking to interrupt or stop a non-volatile memory programming operation or erasing operation at any selected point enables simulation of power loss at each point in a selected operation that a non-volatile floating gate memory cell is programmed or erased, allowing for improved, deterministic testing of the power loss recovery cycle and faster code/design change verification.

Abstract: A single segment data structure and method for storing data objects employing a single segment data object having a header and a data record. The header includes a segment length field describing the length of memory reserved for the data record and the data record contains at least one data instance object. Each of the data instance objects has a data instance header and data field. The header includes a data instance state field and a data instance length field. The data instance length field contains data representing the length of the data instance data field allowing for variable length “in place” updating. The data instance state field contains data representing an object state of the instance data. Only one of the data instance objects of the data record of the single segment data object has a valid object state. The state field facilitates a power loss recovery process.

Abstract: A multiple segment data structure and method manage data objects stored in multiple segments. The structure and method use one or more multiple segment index table objects containing defining information about the data objects in which the data are stored, such as the state, index table size, and one or more index tables referencing the data segment objects. The data objects themselves comprise a header, specifying information about the data segment, including a data segment state, and a data section in which data actually are stored. The state fields in the index table object and the data segment objects facilitate the data recovery process.

Abstract: A single segment data structure and method for storing data objects employing a single segment data object having a header and a data record. The header includes a segment length field describing the length of memory reserved for the data record and the data record contains at least one data instance object. Each of the data instance objects has a data instance header and data field. The header includes a data instance state field and a data instance length field. The data instance length field contains data representing the length of the data instance data field allowing for variable length “in place” updating. The data instance state field contains data representing an object state of the instance data. Only one of the data instance objects of the data record of the single segment data object has a valid object state. The state field facilitates a power loss recovery process.

Abstract: A multiple segment data structure and method manage data objects stored in multiple segments. The structure and method use one or more multiple segment index table objects containing defining information about the data objects in which the data are stored, such as the state, index table size, and one or more index tables referencing the data segment objects. The data objects themselves comprise a header, specifying information about the data segment, including a data segment state, and a data section in which data actually are stored. The state fields in the index table object and the data segment objects facilitate the data recovery process.

Abstract: A multiple segment data structure and method manage data objects stored in multiple segments. The structure and method use one or more multiple segment index table objects containing defining information about the data objects in which the data are stored, such as the state, index table size, and one or more index tables referencing the data segment objects. The data objects themselves comprise a header, specifying information about the data segment, including a data segment state, and a data section in which data actually are stored. The state fields in the index table object and the data segment objects facilitate the data recovery process.

Abstract: A single segment data structure and method for storing data objects employing a single segment data object having a header and a data record. The header includes a segment length field describing the length of memory reserved for the data record and the data record contains at least one data instance object. Each of the data instance objects has a data instance header and data field. The header includes a data instance state field and a data instance length field. The data instance length field contains data representing the length of the data instance data field allowing for variable length “in place” updating. The data instance state field contains data representing an object state of the instance data. Only one of the data instance objects of the data record of the single segment data object has a valid object state. The state field facilitates a power loss recovery process.

Abstract: Non-volatile memory device, driver, and method is described that utilizes write or erase cycle tracking to interrupt or stop a non-volatile memory programming or erase operation at a selected point to interrupt/stop execution or simulate power loss at a specific point. This ability allows for a deterministic and repeatable testing process of all write or erase cycles of a non-volatile command where the state of floating gate memory cells are changed in the non-volatile memory device. Additionally, this ability to utilize write or erase cycle tracking to interrupt or stop a non-volatile memory programming operation or erasing operation at any selected point enables simulation of power loss at each point in a selected operation that a non-volatile floating gate memory cell is programmed or erased, allowing for improved, deterministic testing of the power loss recovery cycle and faster code/design change verification.

Abstract: A multiple segment data structure and method manage data objects stored in multiple segments. The structure and method use one or more multiple segment index table objects containing defining information about the data objects in which the data are stored, such as the state, index table size, and one or more index tables referencing the data segment objects. The data objects themselves comprise a header, specifying information about the data segment, including a data segment state, and a data section in which data actually are stored. The state fields in the index table object and the data segment objects facilitate the data recovery process.

Abstract: A single segment data structure and method for storing data objects employing a single segment data object having a header and a data record. The header includes a segment length field describing the length of memory reserved for the data record and the data record contains at least one data instance object. Each of the data instance objects has a data instance header and data field. The header includes a data instance state field and a data instance length field. The data instance length field contains data representing the length of the data instance data field allowing for variable length “in place” updating. The data instance state field contains data representing an object state of the instance data. Only one of the data instance objects of the data record of the single segment data object has a valid object state. The state field facilitates a power loss recovery process.

Abstract: A single segment data structure and method for storing data objects employing a single segment data object having a header and a data record. The header includes a segment length field describing the length of memory reserved for the data record and the data record contains at least one data instance object. Each of the data instance objects has a data instance header and data field. The header includes a data instance state field and a data instance length field. The data instance length field contains data representing the length of the data instance data field allowing for variable length “in place” updating. The data instance state field contains data representing an object state of the instance data. Only one of the data instance objects of the data record of the single segment data object has a valid object state. The state field facilitates a power loss recovery process.

Abstract: A multiple segment data structure and method manage data objects stored in multiple segments. The structure and method use one or more multiple segment index table objects containing defining information about the data objects in which the data are stored, such as the state, index table size, and one or more index tables referencing the data segment objects. The data objects themselves comprise a header, specifying information about the data segment, including a data segment state, and a data section in which data actually are stored. The state fields in the index table object and the data segment objects facilitate the data recovery process.