Apparatus for providing continuity of operation in a computer

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process initiated by a user and producing a demand signal, said save process start detecting means including user instruction input means to provide a user input, said user input indicating a demand to begin a save process and said save process start detecting means producing said demand signal in response to said user input indicating a demand to begin a save process;
• non-volatile memory means for storing data representing the condition of said system including a contiguous system state store region within said non-volatile memory means;
• system state saving means coupled to said save process start detecting means for receiving said demand signal, and coupled to said CPU and said main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand and the data in said memory at the time of said demand, the CPU status and data representing a condition of said system at an occurrence of said demand, and being further coupled to said non-volatile memory means for storing said system condition in said non-volatile memory means in response to said demand signal to the extent necessary to restore said system to enable said apparatus to continue processing based on said stored system condition, said system state saving means storing said system condition in said contiguous system state store region of said non-volatile memory means;
• post-save processing means coupled to said system state saving means for performing processing after said system state saving means has completely output said system condition to said non-volatile memory means.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process initiated by a user and producing a demand signal, said save process start detecting means including user instruction input means to provide a user input, said user input indicating a demand to begin a save process and said save process start detecting means producing said demand signal in response to said user input indicating a demand to begin a save process;
• non-volatile memory means for storing data representing the condition of said system;
• system state saving means coupled to said save process start detecting means for receiving said demand signal, and coupled to said CPU and said main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand and the data in said memory at the time of said demand, the CPU status and data representing a condition of said system at an occurrence of said demand, and being further coupled to said non-volatile memory means for storing said system condition in said non-volatile memory means in response to said demand signal to the extent necessary to restore said system to enable said apparatus to continue processing based on said stored system condition;
• and
• post-save processing means coupled to said system state saving means for performing processing after said system state saving means has completely output said system condition to said non-volatile memory means and including process selecting means operatively coupled to said system state saving means for displaying to a user a plurality of processes which may be executed after said system condition has been stored in said non-volatile memory means, and process determination means for permitting selection of one of said plurality of displayed processes in accordance with an input from said user, at least one of said processes being continuing with the current process.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process initiated by a user and producing a demand signal, said save process start detecting means including user instruction input means to provide a user input, said user input indicating a demand to begin a save process and said save process start detecting means producing said demand signal in response to said user input indicating a demand to begin a save process;
• non-volatile memory means for storing data representing the condition of said system;
• system state saving means coupled to said save process start detecting means for receiving said demand signal, and coupled to said CPU and said main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand and the data in said memory at the time of said demand, the CPU status and data representing a condition of said system at an occurrence of said demand, and being further coupled to said non-volatile memory means for storing said system condition in said non-volatile memory means in response to said demand signal to the extent necessary to restore said system to enable said apparatus to continue processing based on said stored system condition;
• post-save processing means coupled to said system state saving means for performing processing after said system state saving means has completely output said system condition to said non-volatile memory means;
• restore process start means coupled to said power supply for detecting when said power supply is turned on and outputting a detection signal in response thereto;
• process selecting means operatively coupled to said restore process start means for displaying to a user a plurality of processes which may be executed, at least one of said displayed processes being continuing the operation of said process after the system condition has been restored;
• and
• system state restoring means coupled to said non-volatile memory means for reading said system condition therefrom, and coupled to said CPU and said main memory for restoring said CPU and said main memory to the system condition stored in said non-volatile memory means when said demand was detected by said save process start detecting means.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process initiated by a user and producing a demand signal, said save process start detecting means including user instruction input means to provide a user input, said user input indicating a demand to begin a save process and said save process start detecting means producing said demand signal in response to said user input indicating a demand to begin a save process;
• non-volatile memory means for storing data representing the condition of said system;
• system state saving means coupled to said save process start detecting means for receiving said demand signal, and coupled to said CPU and said main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand and the data in said memory at the time of said demand, the CPU status and data representing a condition of said system at an occurrence of said demand, and being further coupled to said non-volatile memory means for storing said system condition in said non-volatile memory means in response to said demand signal to the extent necessary to restore said system to enable said apparatus to continue processing based on said stored system condition;
• post-save processing means coupled to said system state saving means for performing processing after said system state saving means has completely output said system condition to said non-volatile memory means;
• restore process start means coupled to said power supply for detecting when said power supply is turned on and outputting a detection signal in response thereto;
• process selecting means operatively coupled to said restore process start means for receiving said detection signal, said process selecting means displaying to a user, in response to said detection signal, a plurality of saved system conditions stored in said non-volatile memory means from which said system may be restored;
• process determination means for permitting selection of one of said plurality of displayed saved system conditions in accordance with an input from said user;
• and
• system state restoring means coupled to said process determination means for receiving said selection, coupled to said non-volatile memory means for reading said selected one of said plurality of saved system conditions therefrom, and coupled to said CPU and said main memory for restoring said CPU and said main memory to said selected system condition.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process and producing a demand signal in response thereto;
• non-volatile memory means for storing data representing the condition of said system, said non-volatile memory means including a fixedly reserved system state store region;
• system state saving means coupled to said save process start detecting means for receiving said demand signal, and coupled to said CPU and said main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand and the data in said memory at the time of said demand, the CPU status and data representing a condition of said system at an occurrence of said demand, and being further coupled to said non-volatile memory means for storing said system condition in said non-volatile memory means in response to said demand signal to the extent necessary to restore said system to enable said apparatus to continue processing based on said stored system condition said system state saving means storing said system condition in said fixedly reserved system state store region of said non-volatile memory means;
• and
• post-save processing means coupled to said system state saving means for performing processing after said system state saving means has completely output said system condition to said non-volatile memory means.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process and producing a demand signal;
• non-volatile memory means for storing data representing the condition of said system, said non-volatile memory means including a contiguous system state store region within said non-volatile memory means;
• system state saving means coupled to said save process start detecting means for receiving said demand signal, and coupled to said CPU and said main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand and the data in said memory at the time of said demand, the CPU status and data representing a condition of said system at an occurrence of said demand, and being further coupled to said non-volatile memory means for storing said system condition in said non-volatile memory means in response to said demand signal to the extent necessary to restore said system to enable said apparatus to continue processing based on said stored system condition said system state saving means storing said system condition in said contiguous system state store region of said non-volatile memory means;
• and
• post-save processing means coupled to said system state saving means for performing processing after said system state saving means has completely output said system condition to said non-volatile memory means.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process and producing a demand signal in response thereto;
• non-volatile memory means for storing data representing the condition of said system;
• system state saving means coupled to said save process start detecting means for receiving said demand signal, and coupled to said CPU and main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand and the data in said memory at the time of said demand, the CPU status and data representing a condition of said system at an occurrence of said demand, and being further coupled to said non-volatile memory means for storing said system condition to said non-volatile memory means in response to said demand signal to the extent necessary to restore said system condition and to continue said process based on said stored system condition, said system state saving means storing said system condition in said non-volatile memory means;
• process selecting means operatively coupled to said system state saving means for displaying to a user a plurality of processes which may be executed after said system condition has been stored in said non-volatile memory means;
• and
• process determination means operatively coupled to said process selecting means for permitting selection of one of said plurality of displayed processes in accordance with an input from said user, at least one of said displayed processes being continuing with the current process.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process and producing a demand signal in response thereto;
• non-volatile memory means for storing data representing the condition of said system;
• system state saving means coupled to said save process start detecting means for receiving said demand signal, and coupled to said CPU and main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand and the data in said memory at the time of said demand, the CPU status and data representing a condition of said system at an occurrence of said demand, and being further coupled to said non-volatile memory means for storing said system condition to said non-volatile memory means in response to said demand signal to the extent necessary to restore said system condition and to continue processing based on said stored system condition;
• post-save processing means coupled to said system state saving means for performing processing after said system state saving means has completely output said system condition to said non-volatile memory means;
• restore process start means coupled to said power supply for detecting when said power supply is turned on and outputting a detection signal in response thereto;
• process selecting means operatively coupled to said restore process start means for displaying to a user a plurality of processes which may be executed after the power supply has been turned on, at least one of said displayed processes being continuing the operation of said process based upon the system condition stored when said demand was detected by said save process start detecting means;
• and
• system state restoring means coupled to said non-volatile memory means for reading said system condition therefrom, and coupled to said CPU and said main memory for restoring said CPU and said main memory to the system condition stored in said non-volatile memory means.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process and producing a demand signal in response thereto;
• non-volatile memory means for storing data representing the condition of said system at a plurality of demands;
• system state saving means coupled to said save process start detecting means for receiving said demand signal, and coupled to said CPU and main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand and the data in said memory at the time of said demand, the CPU status and data representing a condition of said system at an occurrence of said demand and being further coupled to said non-volatile memory means for storing said system condition to said non-volatile memory means in response to said demand signal to the extent necessary to restore said system condition and to continue processing based on said stored system condition;
• post-save processing means coupled to said system state saving means for performing processing after said system state saving means has completely output said system condition to said non-volatile memory means;
• restore process start means coupled to said power supply for detecting when said power supply is turned on and outputting a detection signal in response thereto;
• process selecting means operatively coupled to said restore process start means for receiving said detection signal, said process selecting means displaying to a user, in response to said detection signal, the one or more saved system conditions which may be restored from said non-volatile memory means;
• process determination means for permitting selection of one of said displayed saved system conditions in accordance with an input from said user;
• and
• system state restoring means coupled to said process determination means for receiving said selection, and coupled to said non-volatile memory means for reading one of said saved system conditions corresponding to said selection therefrom, and coupled to said CPU and said main memory for restoring said CPU and said main memory to said selected saved system condition stored in said non-volatile memory means.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process initiated by a user and producing a demand signal, said save process start detecting means including user instruction input means to provide a user input, said user input indicating a demand to begin a save process and said save process start detecting means producing said demand signal in response to said user input indicating a demand to begin a save process;
• external storage means for storing data representing the condition of said system including a fixedly reserved system state store region;
• system state saving means coupled to said save process start detecting for receiving said demand signal, and coupled to said CPU and said main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand and the data in said memory at the time of said demand, the CPU status and data representing a condition of said system at an occurrence of said demand, and being further coupled to said external storage means for storing said system condition in said external storage means in response to said demand signal to the extent necessary to restore said system to enable said apparatus to continue processing based on said stored system condition said system state saving means storing said system condition in said fixedly reserved system state store region of said external storage means;
• post-save processing means coupled to said system state saving means for performing processing after said system state saving means has completely output said system condition to said external storage means.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process initiated by a user and producing a demand signal, said save process start detecting means including user instruction input means to provide a user input, said user input indicating a demand to begin a save process and said save process start detecting means producing said demand signal in response to said user input indicating a demand to begin a save process;
• external storage means for storing data representing the condition of said system including a contiguous system state store region within said external storage means;
• system state saving means coupled to said save process start detecting means for receiving said demand signal, and coupled to said CPU and said main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand and the data in said memory at the time of said demand, the CPU status and data representing a condition of said system at an occurrence of said demand, and being further coupled to said external storage means for storing said system condition in said external storage means in response to said demand signal to the extent necessary to restore said system to enable said apparatus to continue processing based on said stored system condition said system state saving means storing said system condition in said contiguous system state store region of said external storage means;
• post-save processing means coupled to said system state saving means for performing processing after said system state saving means has completely output said system condition to said external storage means.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process initiated by a user and producing a demand signal, said save process start detecting means including user instruction input means to provide a user input, said user input indicating a demand to begin a save process and said save process start detecting means producing said demand signal in response to said user input indicating a demand to begin a save process;
• external storage means for storing data representing the condition of said system;
• system state saving means coupled to said save process start detecting means for receiving said demand signal, and coupled to said CPU and said main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand and the data in said memory at the time of said demand, the CPU status and data representing a condition of said system at an occurrence of said demand, and being further coupled to said external storage means for storing said system condition in said external storage means in response to said demand signal to the extent necessary to restore said system to enable said apparatus to continue processing based on said stored system condition;
• and
• post-save processing means coupled to said system state saving means for performing processing after said system state saving means has completely output said system condition to said external storage means and including process selecting means operatively coupled to said system state saving means for displaying to a user a plurality of processes which may be executed after said system condition has been stored in said external storage means, and process determination means for permitting selection of one of said plurality of displayed processes in accordance with an input from said user, at least one of said processes being continuing with the current process.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process initiated by a user and producing a demand signal, said save process start detecting means including user instruction input means to provide a user input, said user input indicating a demand to begin a save process and said save process start detecting means producing said demand signal in response to said user input indicating a demand to begin a save process;
• external storage means for storing data representing the condition of said system;
• system state saving means coupled to said save process start detecting means for receiving said demand signal, and coupled to said CPU and said main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand and the data in said memory at the time of said demand, the CPU status and data representing a condition of said system at an occurrence of said demand, and being further coupled to said external storage means for storing said system condition in said external storage means in response to said demand signal to the extent necessary to restore said system to enable said apparatus to continue processing based on said stored system condition;
• post-save processing means coupled to said system state saving means for performing processing after said system state saving means has completely output said system condition to said external storage means;
• restore process start means coupled to said power supply for detecting when said power supply is turned on and outputting a detection signal in response thereto;
• process selecting means operatively coupled to said restore process start means for displaying to a user a plurality of processes which may be executed, at least one of said displayed processes being continuing the operation of said process after the system condition has been restored;
• and
• system state restoring means coupled to said external storage means for reading said system condition therefrom, and coupled to said CPU and said main memory for restoring said CPU and said main memory to the system condition stored in said external storage means when said demand was detected by said save process start detecting means.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process initiated by a user and producing a demand signal, said save process start detecting means including user instruction input means to provide a user input, said user input indicating a demand to begin a save process and said save process start detecting means producing said demand signal in response to said user input indicating a demand to begin a save process;
• external storage means for storing data representing the condition of said system;
• system state saving means coupled to said save process start detecting for receiving said demand signal, and coupled to said CPU and said main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand and the data in said memory at the time of said demand, the CPU status and data representing a condition of said system at an occurrence of said demand, and being further coupled to said external storage means for storing said system condition in said external storage means in response to said demand signal to the extent necessary to restore said system to enable said apparatus to continue processing based on said stored system condition;
• post-save processing means coupled to said system state saving means for performing processing after said system state saving means has completely output said system condition to said external storage means;
• restore process start means coupled to said power supply for detecting when said power supply is turned on and outputting a detection signal in response thereto;
• process selecting means operatively coupled to said restore process start means for receiving said detection signal, said process selecting means displaying to a user, in response to said detection signal, a plurality of saved system conditions stored in said external storage means from which said system may be restored;
• process determination means for permitting selection of one of said plurality of displayed saved system conditions in accordance with an input from said user;
• and
• system state restoring means coupled to said process determination means for receiving said selection, coupled to said external storage means for reading said selected one of said plurality of saved system conditions therefrom, and coupled to said CPU and said main memory for restoring said CPU and said main memory to said selected system condition.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process and producing a demand signal in response thereto;
• external storage means for storing data representing the condition of said system, said external storage means including a fixedly reserved system state store region;
• system state saving means coupled to said save process start detecting means for receiving said demand signal, and coupled to said CPU and said main memory for receiving a status corresponding to the status of said CPU at the time of said demand and the data in said memory at the time of said demand, the CPU status and data representing a condition of said system at an occurrence of said demand, and being further coupled to said external storage means for storing said system condition in said external storage means in response to said demand signal to the extent necessary to restore said system to enable said apparatus to continue processing based on said stored system condition, said system state saving means storing said system condition in said fixedly reserved system state store region of said external storage means;
• and
• post-save processing means coupled to said system state saving means for performing processing after said system state saving means has completely output said system condition to said external storage means.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process and producing a demand signal;
• external storage means for storing data representing the condition of said system, said external storage means including a contiguous system state store region within said external storage means;
• system state saving means coupled to said save process start detecting means for receiving said demand signal, and coupled to said CPU and said main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand and the data in said memory at the time of said demand, the CPU status and data representing a condition of said system at an occurrence of said demand, and being further coupled to said external storage means for storing said system condition in said external storage means in response to said demand signal to the extent necessary to restore said system to enable said apparatus to continue processing based on said stored system condition, said system state saving means storing said system condition in said contiguous system state store region of said external storage means;
• and
• post-save processing means coupled to said system state saving means for performing processing after said system state saving means has completely output said system condition to said external storage means.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process and producing a demand signal in response thereto;
• external storage means for storing data representing the condition of said system;
• system state saving means coupled to said save process start detecting means for receiving said demand signal, and coupled to said CPU and main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand and the data in said memory at the time of said demand, the CPU status and data representing a condition of said system at an occurrence of said demand, and being further coupled to said external storage means for storing said system condition to said external storage means in response to said demand signal to the extent necessary to restore said system condition and to continue processing based on said stored system condition, said system state saving means storing said system condition in said external storage means;
• process selecting means operatively coupled to said system state saving means for displaying to a user a plurality of processes which may be executed after said system condition has been stored in said external storage means;
• and
• process determination means operatively coupled to said process selecting means for permitting selection of one of said plurality of displayed processes in accordance with an input from said user, at least one of said displayed processes being continuing with the current process.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process and producing a demand signal in response thereto;
• external storage means for storing data representing the condition of said system;
• system state saving means coupled to said save process start detecting means for receiving said demand signal, and coupled to said CPU and main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand and the data in said memory at the time of said demand, the CPU status and data representing a condition of said system at an occurrence of said demand, and being further coupled to said external storage means for storing said system condition to said external storage means in response to said demand signal to the extent necessary to restore said system condition and to continue processing based upon said stored system condition;
• post-save processing means coupled to said system state saving means for performing processing after said system state saving means has completely output said system condition to said external storage means;
• restore process start means coupled to said power supply for detecting when said power supply is turned on and outputting a detection signal in response thereto;
• process selecting means operatively coupled to said restore process start means for displaying to a user a plurality of processes which may be executed after the power supply has been turned on, at least one of said displayed processes being continuing the operation of said process based upon said system condition stored when said demand was detected by said save process start detecting means;
• and
• system state restoring means coupled to said external storage means for reading said system condition therefrom, and coupled to said CPU and said main memory for restoring said CPU and said main memory to the system condition stored in said external storage means.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process and producing a demand signal in response thereto;
• external storage means for storing data representing the condition of said system at a plurality of demands;
• system state saving means coupled to said save process start detecting means for receiving said demand signal, and coupled to said CPU and main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand and the data in said memory at the time of said demand, the CPU status and data representing a condition of said system at an occurrence of said demand and being further coupled to said external storage means for storing said system condition to said external storage means in response to said demand signal to the extent necessary to continue processing based upon said stored system condition, said system state saving means storing said system condition in said external storage means to the extent necessary to restore said system condition and to continue processing based upon said stored system condition;
• post-save processing means coupled to said system state saving means for performing processing after said system state saving means has completely output said system condition to said external storage means;
• restore process start means coupled to said power supply for detecting when said power supply is turned on and outputting a detection signal in response thereto;
• process selecting means operatively coupled to said restore process start means for receiving said detection signal, said process selecting means displaying to a user, in response to said detection signal, the one or more saved system conditions which may be restored from said external storage means;
• process determination means for permitting selection of one of said displayed saved system conditions in accordance with an input from said user;
• and
• system state restoring means coupled to said process determination means for receiving said selection, and coupled to said external storage means for reading one of said saved system conditions corresponding to said selection therefrom, and coupled to said CPU and said main memory for restoring said CPU and said main memory to said selected saved system condition stored in said external storage means.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a plurality of input/output ports and/or devices having a status, a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process initiated by a user and producing a demand signal, said save process start detecting means including user instruction input means to provide a user input, said user input indicating a demand to begin a save process and said save process start detecting means producing said demand signal in response to said user input indicating a demand to begin a save process;
• non-volatile memory means for storing data representing the condition of said system including a fixedly reserved system state store region;
• system state saving means coupled to said save process start detecting means for receiving said demand signal, and coupled to said CPU, said plurality of input/output ports and/or devices and said main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand, an I/O status corresponding to the status of said plurality of input/output ports and/or devices at the time of said demand, and the data in said memory at the time of said demand, the CPU status, I/O status and data representing a condition of said system at an occurrence of said demand, and being further coupled to said non-volatile memory means for storing said system condition in said non-volatile memory means in response to said demand signal to the extent necessary to restore said system to enable said apparatus to continue processing based on said stored system condition said system state saving means storing said system condition in said fixedly reserved system state store region of said non-volatile memory means;
• post-save processing means coupled to said system state saving means for performing processing after said system state saving means has completely output said system condition to said non-volatile memory means.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a plurality of input/output ports and/or devices having a status, a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process initiated by a user and producing a demand signal, said save process start detecting means including user instruction input means to provide a user input, said user input indicating a demand to begin a save process and said save process start detecting means producing said demand signal in response to said user input indicating a demand to begin a save process;
• non-volatile memory means for storing data representing the condition of said system including a contiguous system state store region within said non-volatile memory means;
• system state saving means coupled to said save process start detecting means for receiving said demand signal, and coupled to said CPU, said plurality of input/output ports and/or devices and said main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand, an I/O status corresponding to the status of said plurality of input/output ports and/or devices at the time of said demand, and the data in said memory at the time of said demand, the CPU status, I/O status and data representing a condition of said system at an occurrence of said demand, and being further coupled to said non-volatile memory means for storing said system condition in said non-volatile memory means in response to said demand signal to the extent necessary to restore said system to enable said apparatus to continue processing based on said stored system condition, said system state saving means storing said system condition in said contiguous system state store region of said non-volatile memory means;
• post-save processing means coupled to said system state saving means for performing processing after said system state saving means has completely output said system condition to said non-volatile memory means.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a plurality of input/output ports and/or devices having a status, a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process initiated by a user and producing a demand signal, said save process start detecting means including user instruction input means to provide a user input, said user input indicating a demand to begin a save process and said save process start detecting means producing said demand signal in response to said user input indicating a demand to begin a save process;
• non-volatile memory means for storing data representing the condition of said system;
• system state saving means coupled to said save process start detecting means for receiving said demand signal, and coupled to said CPU, said plurality of input/output ports and/or devices and said main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand, an I/O status corresponding to the status of said plurality of input/output ports and/or devices at the time of said demand, and the data in said memory at the time of said demand, the CPU status, I/O status and data representing a condition of said system at an occurrence of said demand, and being further coupled to said non-volatile memory means for storing said system condition in said non-volatile memory means in response to said demand signal to the extent necessary to restore said system to enable said apparatus to continue processing based on said stored system condition;
• post-save processing means coupled to said system state saving means for performing processing after said system state saving means has completely output said system condition to said non-volatile memory means and including process selecting means operatively coupled to said system state saving means for displaying to a user a plurality of processes which may be executed after said system condition has been stored in said non-volatile memory means, and process determination means for permitting selection of one of said plurality of displayed processes in accordance with an input from said user, at least one of said processes being continuing with the current process.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a plurality of input/output ports and/or devices having a status, a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process initiated by a user and producing a demand signal, said save process start detecting means including user instruction input means to provide a user input, said user input indicating a demand to begin a save process and said save process start detecting means producing said demand signal in response to said user input indicating a demand to begin a save process;
• non-volatile memory means for storing data representing the condition of said system;
• system state saving means coupled to said save process start detecting means for receiving said demand signal, and coupled to said CPU, said plurality of input/output ports and/or devices and said main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand, an I/O status corresponding to the status of said plurality of input/output ports and/or devices at the time of said demand, and the data in said memory at the time of said demand, the CPU status, I/O status and data representing a condition of said system at an occurrence of said demand, and being further coupled to said non-volatile memory means for storing said system condition in said non-volatile memory means in response to said demand signal to the extent necessary to restore said system to enable said apparatus to continue processing based on said stored system condition;
• post-save processing means coupled to said system state saving means for performing processing after said system state saving means has completely output said system condition to said non-volatile memory means;
• restore process start means coupled to said power supply for detecting when said power supply is turned on and outputting a detection signal in response thereto;
• process selecting means operatively coupled to said restore process start means for displaying to a user a plurality of processes which may be executed, at least one of said displayed processes being continuing the operation of said process after the system condition has been restored;
• and
• system state restoring means coupled to said non-volatile memory means for reading said system condition therefrom, and coupled to said CPU, said plurality of input/output ports and/or devices and said main memory for restoring said CPU, said plurality of input/output ports and/or devices and said main memory to the system condition stored in said non-volatile memory means when said demand was detected by said save process start detecting means.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a plurality of input/output ports and/or devices having a status, a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process initiated by a user and producing a demand signal, said save process start detecting means including user instruction input means to provide a user input, said user input indicating a demand to begin a save process and said save process start detecting means producing said demand signal in response to said user input indicating a demand to begin a save process;
• non-volatile memory means for storing data representing the condition of said system;
• system state saving means coupled to said save process start detecting means for receiving said demand signal, and coupled to said CPU, said plurality of input/output ports and/or devices and said main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand, an I/O status corresponding to the status of said plurality of input/output ports and/or devices at the time of said demand, and the data in said memory at the time of said demand, the CPU status, I/O status and data representing a condition of said system at an occurrence of said demand, and being further coupled to said non-volatile memory means for storing said system condition in said non-volatile memory means in response to said demand signal to the extent necessary to restore said system to enable said apparatus to continue processing based on said stored system condition;
• post-save processing means coupled to said system state saving means for performing processing after said system state saving means has completely output said system condition to said non-volatile memory means;
• restore process start means coupled to said power supply for detecting when said power supply is turned on and outputting a detection signal in response thereto;
• process selecting means operatively coupled to said restore process start means for receiving said detection signal, said process selecting means displaying to a user, in response to said detection signal, a plurality of saved system conditions stored in said non-volatile memory means from which said system may be restored;
• process determination means for permitting selection of one of said plurality of displayed saved system conditions in accordance with an input from said user;
• and
• system state restoring means coupled to said process determination means for receiving said selection, coupled to said non-volatile memory means for reading said selected one of said plurality of saved system conditions therefrom and coupled to said CPU, said plurality of input/output ports and/or devices and said main memory for restoring said CPU, said plurality of input/output ports and/or devices and said main memory to said selected system condition.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a plurality of input/output ports and/or devices having a status, a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process and producing a demand signal in response thereto;
• non-volatile memory means for storing data representing the condition of said system, said non-volatile memory means including a fixedly reserved system state store region;
• system state saving means coupled to said save process start detecting means for receiving said demand signal, and coupled to said CPU, said plurality of input/output ports and/or devices and said main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand, an I/O status corresponding to the status of said plurality of input/output ports and/or devices at the time of said demand, and the data in said memory at the time of said demand, the CPU status, I/O status and data representing a condition of said system at an occurrence of said demand, and being further coupled to said non-volatile memory means for storing said system condition in said non-volatile memory means in response to said demand signal to the extent necessary to restore said system to enable said apparatus to to continue processing based upon said stored system condition, said system state saving means storing said system condition in said fixedly reserved system state store region of said non-volatile memory means;
• and
• post-save processing means coupled to said system state saving means for performing processing after said system state saving means has completely output said system condition to said non-volatile memory means.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a plurality of input/output ports and/or devices having a status, a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process and producing a demand signal;
• non-volatile memory means for storing data representing the condition of said system, said non-volatile memory means including a contiguous system state store region within said non-volatile memory means;
• system state saving means coupled to said save process start detecting means for receiving said demand signal, and coupled to said CPU, said plurality of input/output ports and/or devices and said main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand, an I/O status corresponding to the status of said plurality of input/output ports and/or devices at the time of said demand, and the data in said memory at the time of said demand, the CPU status, I/O status and data representing a condition of said system at an occurrence of said demand, and being further coupled to said non-volatile memory means for storing said system condition in said non-volatile memory means in response to said demand signal to the extent necessary to restore said system to enable said apparatus to continue processing based upon said stored system condition, said system state saving means storing said system condition in said contiguous system state store region of said non-volatile memory means;
• and
• post-save processing means coupled to said system state saving means for performing processing after said system state saving means has completely output said system condition to said non-volatile memory means.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a plurality of input/output ports and/or devices having a status, a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process and producing a demand signal in response thereto;
• non-volatile memory means for storing data representing the condition of said system;
• system state saving means coupled to said save process start detecting means for receiving said demand signal, and coupled to said CPU, said plurality of input/output ports and/or devices and main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand, an I/O status corresponding to the status of said plurality of input/output ports and/or devices at the time of said demand, and the data in said memory at the time of said demand, the CPU status, I/O status and data representing a condition of said system at an occurrence of said demand, and being further coupled to said non-volatile memory means for storing said system condition to said non-volatile memory means in response to said demand signal to the extent necessary to restore said system condition and to continue said process based upon said stored system condition;
• process selecting means operatively coupled to said system state saving means for displaying to a user a plurality of processes which may be executed after said system condition has been stored in said non-volatile memory means;
• and
• process determination means operatively coupled to said process selecting means for permitting selection of one of said plurality of displayed processes in accordance with an input from said user, at least one of said displayed processes being continuing with the current process.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a plurality of input/output ports and/or devices having a status, a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process and producing a demand signal in response thereto;
• non-volatile memory means for storing data representing the condition of said system;
• system state saving means coupled to said save process start detecting means for receiving said demand signal, and coupled to said CPU, said plurality of input/output ports and/or devices and main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand, an I/O status corresponding to the status of said plurality of input/output ports and/or devices at the time of said demand, and the data in said memory at the time of said demand, the CPU status, I/O status and data representing a condition of said system at an occurrence of said demand, and being further coupled to said non-volatile memory means for storing said system condition to said non-volatile memory means in response to said demand signal to the extent necessary to restore said system condition and to continue processing based on the stored system condition;
• post-save processing means coupled to said system state saving means for performing processing after said system state saving means has completely output said system condition to said non-volatile memory means;
• restore process start means coupled to said power supply for detecting when said power supply is turned on and outputting a detection signal in response thereto;
• process selecting means operatively coupled to said restore process start means for displaying to a user a plurality of processes which may be executed after the power supply has been turned on, at least one of said displayed processes being continuing the operation of said process after said system condition has been restored based upon the system condition stored when said demand was detected by said save process start detecting means;
• and
• system state restoring means coupled to said non-volatile memory means for reading said system condition therefrom, and coupled to said CPU and said main memory for restoring said CPU and said main memory to the system condition stored in said non-volatile memory means.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a plurality of input/output ports and/or devices having a status, a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process and producing a demand signal in response thereto;
• non-volatile memory means for storing data representing the condition of said system at a plurality of demands;
• system state saving means coupled to said save process start detecting means for receiving said demand signal, and coupled to said CPU, said plurality of input/output ports and/or devices and main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand, an I/O status corresponding to the status of said plurality of input/output ports and/or devices at the time of said demand, and the data in said memory at the time of said demand, the CPU status, I/O status and data representing a condition of said system at an occurrence of said demand and being further coupled to said non-volatile memory means for storing said system condition to said non-volatile memory means in response to said demand signal to the extent necessary to restore said system state and to continue processing based upon said stored system condition;
• post-save processing means coupled to said system state saving means for performing processing after said system state saving means has completely output said system condition to said non-volatile memory means;
• restore process start means coupled to said power supply for detecting when said power supply is turned on and outputting a detection signal in response thereto;
• process selecting means operatively coupled to said restore process start means for receiving said detection signal, said process selecting means displaying to a user, in response to said detection signal, the one or more saved system conditions which may be restored from said non-volatile memory means;
• process determination means for permitting selection of one of said displayed saved system conditions in accordance with an input from said user;
• and
• system state restoring means coupled to said process determination means for receiving said selection, and coupled to said non-volatile memory means for reading one of said saved system conditions corresponding to said selection therefrom, and coupled to said CPU, said plurality of input/output ports and/or devices and said main memory for restoring said CPU, said plurality of input/output ports and/or devices and said main memory to said selected saved system condition stored in said non-volatile memory means.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a plurality of input/output ports and/or devices having a status, a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process initiated by a user and producing a demand signal, said save process start detecting means including user instruction input means to provide a user input, said user input indicating a demand to begin a save process and said save process start detecting means producing said demand signal in response to said user input indicating a demand to begin a save process;
• external storage means for storing data representing the condition of said system, said external storage means further including a fixedly reserved system state store region;
• system state saving means coupled to said save process start detecting means for receiving said demand signal, and coupled to said CPU, said plurality of input/output ports and/or devices and said main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand, an I/O status corresponding to the status of said plurality of input/output ports and/or devices at the time of said demand, and the data in said memory at the time of said demand, the CPU status, I/O status and data representing a condition of said system at an occurrence of said demand, and being further coupled to said external storage means for storing said system condition in said external storage means in response to said demand signal to the extent necessary to restore said system to enable said apparatus to continue processing based upon said stored system condition, said system state saving means storing said system condition in said fixedly reserved system state store region of said external storage means;
• post-save processing means coupled to said system state saving means for performing processing after said system state saving means has completely output said system condition to said external storage means.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a plurality of input/output ports and/or devices having a status, a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process initiated by a user and producing a demand signal, said save process start detecting means including user instruction input means to provide a user input, said user input indicating a demand to begin a save process and said save process start detecting means producing said demand signal in response to said user input indicating a demand to begin a save process;
• external storage means for storing data representing the condition of said system including a contiguous system state store region within said external storage means;
• system state saving means coupled to said save process start detecting means for receiving said demand signal, and coupled to said CPU, said plurality of input/output ports and/or devices and said main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand, an I/O status corresponding to the status of said plurality of input/output ports and/or devices at the time of said demand, and the data in said memory at the time of said demand, the CPU status, I/O status and data representing a condition of said system at an occurrence of said demand, and being further coupled to said external storage means for storing said system condition in said external storage means in response to said demand signal to the extent necessary to restore said system to enable said apparatus to continue processing based upon said stored system condition, said system state saving means storing said system condition in said contiguous system state store region of said external storage means;
• and
• post-save processing means coupled to said system state saving means for performing processing after said system state saving means has completely output said system condition to said external storage means.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a plurality of input/output ports and/or devices having a status, a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process initiated by a user and producing a demand signal, said save process start detecting means including user instruction input means to provide a user input, said user input indicating a demand to begin a save process and said save process start detecting means producing said demand signal in response to said user input indicating a demand to begin a save process;
• external storage means for storing data representing the condition of said system;
• system state saving means coupled to said save process start detecting means for receiving said demand signal, and coupled to said CPU, said plurality of input/output ports and/or devices and said main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand, an I/O status corresponding to the status of said plurality of input/output ports and/or devices at the time of said demand, and the data in said memory at the time of said demand, the CPU status, I/O status and data representing a condition of said system at an occurrence of said demand, and being further coupled to said external storage means for storing said system condition in said external storage means in response to said demand signal to the extent necessary to restore said system to enable said apparatus to continue processing based upon said stored system condition;
• and
• post-save processing means coupled to said system state saving means for performing processing after said system state saving means has completely output said system condition to said external storage means said post save processing means including process selecting means operatively coupled to said system state saving means for displaying to a user a plurality of processes which may be executed after said system condition has been stored in said external storage means, and process determination means for permitting selection of one of said plurality of displayed processes in accordance with an input from said user, at least one of said processes being continuing with the current process.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a plurality of input/output ports and/or devices having a status, a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process initiated by a user and producing a demand signal, said save process start detecting means including user instruction input means to provide a user input, said user input indicating a demand to begin a save process and said save process start detecting means producing said demand signal in response to said user input indicating a demand to begin a save process;
• external storage means for storing data representing the condition of said system;
• system state saving means coupled to said save process start detecting means for receiving said demand signal, and coupled to said CPU, said plurality of input/output ports and/or devices and said main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand, an I/O status corresponding to the status of said plurality of input/output ports and/or devices at the time of said demand, and the data in said memory at the time of said demand, the CPU status, I/O status and data representing a condition of said system at an occurrence of said demand, and being further coupled to said external storage means for storing said system condition in said external storage means in response to said demand signal to the extent necessary to restore said system to enable said apparatus to continue processing based upon said stored system condition;
• post-save processing means coupled to said system state saving means for performing processing after said system state saving means has completely output said system condition to said external storage means;
• restore process start means coupled to said power supply for detecting when said power supply is turned on and outputting a detection signal in response thereto;
• process selecting means operatively coupled to said restore process start means for displaying to a user a plurality of processes which may be executed, at least one of said displayed processes being continuing the operation of said process after the system condition has been restored;
• and
• system state restoring means coupled to said external storage means for reading said system condition therefrom, and coupled to said CPU, said plurality of input/output ports and/or devices and said main memory for restoring said CPU, said plurality of input/output ports and/or devices and said main memory to the system condition stored in said external storage means when said demand was detected by said save process start detecting means.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a plurality of input/output ports and/or devices having a status, a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process initiated by a user and producing a demand signal, said save process start detecting means including user instruction input means to provide a user input, said user input indicating a demand to begin a save process and said save process start detecting means producing said demand signal in response to said user input indicating a demand to begin a save process;
• external storage means for storing data representing the condition of said system;
• system state saving means coupled to said save process start detecting means for receiving said demand signal, and coupled to said CPU, said plurality of input/output ports and/or devices and said main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand, an I/O status corresponding to the status of said plurality of input/output ports and/or devices at the time of said demand, and the data in said memory at the time of said demand, the CPU status, I/O status and data representing a condition of said system at an occurrence of said demand, and being further coupled to said external storage means for storing said system condition in said external storage means in response to said demand signal to the extent necessary to restore said system to enable said apparatus to continue processing based upon said stored system condition;
• post-save processing means coupled to said system state saving means for performing processing after said system state saving means has completely output said system condition to said external storage means;
• restore process start means coupled to said power supply for detecting when said power supply is turned on and outputting a detection signal in response thereto;
• process selecting means operatively coupled to said restore process start means for receiving said detection signal, said process selecting means displaying to a user, in response to said detection signal, a plurality of saved system conditions stored in said external storage means from which said system may be restored;
• process determination means for permitting selection of one of said plurality of displayed saved system conditions in accordance with an input from said user;
• and
• system state restoring means coupled to said process determination means for receiving said selection, coupled to said external storage means for reading said selected one of said plurality of saved system conditions therefrom, and coupled to said CPU, said plurality of input/output ports and/or devices and said main memory for restoring said CPU, and plurality of input/output ports and/or devices and said main memory to said selected system condition.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a plurality of input/output ports, and/or devices having a status, a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process and producing a demand signal in response thereto;
• external storage means for storing data representing the condition of said system, said external storage means including a fixedly reserved system state store region;
• system state saving means coupled to said save process start detecting means for receiving said demand signal, and coupled to said CPU, said plurality of input/output ports and/or devices and said main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand, an I/O status corresponding to the status of said plurality of input/output ports and/or devices at the time of said demand, and the data in said memory at the time of said demand, the CPU status, I/O status and data representing a condition of said system at an occurrence of said demand, and being further coupled to said external storage means for storing said system condition in said external storage means in response to said demand signal to the extent necessary to restore said system to enable said apparatus to continue processing based on said stored system condition, said system state saving means storing said system condition in said fixedly reserved system state store region of said external storage means;
• and
• post-save processing means coupled to said system state saving means for performing processing after said system state saving means has completely output said system condition to said external storage means.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a plurality of input/output ports and/or devices having a status, a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process and producing a demand signal;
• external storage means for storing data representing the condition of said system, said external storage means including a contiguous system state store region within said external storage means;
• system state saving means coupled to said save process start detecting means for receiving said demand signal, and coupled to said CPU, said plurality of input/output ports and/or devices and said main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand, an I/O status corresponding to the status of said plurality of input/output ports and/or devices at the time of said demand, and the data in said memory at the time of said demand, the CPU status, I/O status and data representing a condition of said system at an occurrence of said demand, and being further coupled to said external storage means for storing said system condition in said external storage means in response to said demand signal to the extent necessary to restore said system to enable said apparatus to continue processing based on the stored system condition, said system state saving means storing said system condition in said contiguous system state store region of said external storage means;
• and
• post-save processing means coupled to said system state saving means for performing processing after said system state saving means has completely output said system condition to said external storage means.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a plurality of input/output ports and/or devices having a status, a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process and producing a demand signal in response thereto;
• external storage means for storing data representing the condition of said system;
• system state saving means coupled to said save process start detecting means for receiving said demand signal, and coupled to said CPU, said plurality of input/output ports and/or devices and main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand, an I/O status corresponding to the status of said plurality of input/output ports and/or devices at the time of said demand, and the data in said memory at the time of said demand, the CPU status, I/O status and data representing a condition of said system at an occurrence of said demand, and being further coupled to said external storage means for storing said system condition to said external storage means in response to said demand signal to the extent necessary to restore said system condition and to continue processing based on said stored system condition;
• process selecting means operatively coupled to said system state saving means for displaying to a user a plurality of processes which may be executed after said system condition has been stored in said external storage means;
• and
• process determination means operatively coupled to said process selecting means for permitting selection of one of said plurality of displayed processes in accordance with an input from said user, at least one of said displayed processes being continuing with the current process.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a plurality of input/output ports and/or devices having a status, a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process and producing a demand signal in response thereto;
• external storage means for storing data representing the condition of said system;
• system state saving means coupled to said save process start detecting means for receiving said demand signal, and coupled to said CPU, said plurality of input/output ports and/or devices and main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand, an I/O status corresponding to the status of said plurality of input/output ports and/or devices of the time of said demand, and the data in said memory at the time of said demand, the CPU status, I/O status and data representing a condition of said system at an occurrence of said demand, and being further coupled to said external storage means for storing said system condition to said external storage means in response to said demand signal to the extent necessary to restore said system condition and to continue processing based on said stored system condition;
• post-save processing means coupled to said system state saving means for performing processing after said system state saving means has completely output said system condition to said external storage means;
• restore process start means coupled to said power supply for detecting when said power supply is turned on and outputting a detection signal in response thereto;
• process selecting means operatively coupled to said restore process start means for displaying to a user a plurality of processes which may be executed after the power supply has been turned on, at least one of said displayed processes being continuing the operation of said process based upon said system condition when said demand was detected by said save process start detecting means;
• and
• system state restoring means coupled to said external storage means for reading said system condition therefrom, and coupled to said CPU, said plurality of input/output ports and/or devices and said main memory for restoring said CPU, said plurality of input/output ports and/or devices and said main memory to the system condition stored in said external storage means.

An apparatus for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a plurality of input/output ports and/or devices having a status, a main memory for storing data and a power supply for supplying power to said system, said apparatus for providing continuity comprising:

• save process start detecting means for detecting a demand to begin a save process and producing a demand signal in response thereto;
• external storage means for storing data representing the condition of said system at a plurality of demands;
• system state saving means coupled to said save process start detecting means for receiving said demand signal, and coupled to said CPU, said plurality of input/output ports and/or devices and main memory for receiving a CPU status corresponding to the status of said CPU at the time of said demand, an I/O status corresponding to the status of said plurality of input/output ports and/or devices at the time of said demand, and the data in said memory at the time of said demand, the CPU status, I/O status and data representing a condition of said system at an occurrence of said demand and being further coupled to said external storage means for storing said system condition to said external storage means in response to said demand signal to the extent necessary to restore said system condition and to continue processing based upon said stored system condition;
• post-save processing means coupled to said system state saving means for performing processing after said system state saving means has completely output said system condition to said external storage means;
• restore process start means coupled to said power supply for detecting when said power supply is turned on and outputting a detection signal in response thereto;
• process selecting means operatively coupled to said restore process start means for receiving said detection signal, said process selecting means displaying to a user, in response to said detection signal, the one or more saved system conditions which may be restored from said external storage means;
• process determination means for permitting selection of one of said displayed saved system conditions in accordance with an input from said user;
• and
• system state restoring means coupled to said process determination means for receiving said selection, and coupled to said external storage means for reading one of said saved system conditions corresponding to said selection therefrom, and coupled to said CPU and said main memory for restoring said CPU and said main memory to said selected saved system condition stored in said external storage means.

A method for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a main memory for storing data, a non-volatile memory and a power supply for supplying power to said system, said CPU status and main memory data representing said system condition, and said non-volatile memory including a fixedly reserved system state store region, said method comprising the steps of:

• detecting a demand for saving said system condition and providing a demand signal;
• storing said system condition to said fixedly reserved system state store region of said non-volatile memory in response to said demand signal to the extent necessary to restore said system condition and to continue processing based on said stored system condition;
• and
• performing processing after said system condition has been completely stored to said fixedly reserved system state store region of said non-volatile memory.

A method for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a main memory for storing data, a non-volatile memory and a power supply for supplying power to said system, said CPU status and main memory data representing said system condition, and said non-volatile memory including a contiguous system state store region, said method comprising the steps of:

• detecting a demand for saving said system condition and providing a demand signal;
• storing said system condition to said contiguous system, state store region of said non-volatile memory in response to said demand signal to the extent necessary to restore said system condition and to continue processing based on said stored system condition;
• and
• performing processing after said system condition has been completely stored to said contiguous system state store region of said non-volatile memory.

A method for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a main memory for storing data, a non-volatile memory and a power supply for supplying power to said system, said CPU status and main memory data representing said system condition, said method comprising the steps of:

• detecting a demand for saving said system condition and providing a demand signal;
• storing said system condition to said non-volatile memory in response to said demand signal to the extent necessary to restore said system condition and to continue processing based on said stored system condition;
• displaying to a user a plurality of processes which may be executed after said system condition has been stored to said non-volatile memory;
• and
• permitting selection of one of said plurality of displayed processes in accordance with an input from said user, at least one of said displayed processes being continuing with the current process.

A method for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a main memory for storing data, a non-volatile memory and a power supply for supplying power to said system, said CPU status and main memory data representing said system condition, said method comprising the steps of:

• detecting a demand for saving said system condition and providing a demand signal;
• storing said system condition to said non-volatile memory in response to said demand signal to the extent necessary to restore said system condition and to continue processing based on said stored system condition;
• performing processing after said system condition has been completely stored to said non-volatile memory;
• detecting when said power supply is turned on and providing a detection signal;
• displaying to a user a plurality of processes which may be executed after said system condition has been restored from said non-volatile memory;
• permitting selection of one of said plurality of displayed processes in accordance with an input from said user, at least one of said displayed processes being continuing the operation of said process after the system condition has been restored;
• and
• reading said system condition from said non-volatile memory and restoring said CPU and said main memory to the system condition stored in said non-volatile memory for continued processing based on said system condition stored at the time of the detection of when the power supply was turned on.

A method for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a main memory for storing data, a non-volatile memory and a power supply for supplying power to said system, said CPU status and main memory data representing said system condition, said method comprising the steps of:

• detecting a demand for saving said system condition and providing a demand signal;
• storing said system condition to said non-volatile memory in response to said demand signal to the extent necessary to restore said system condition and to continue processing based on said stored system condition;
• performing processing after said system condition has been completely stored to said non-volatile memory;
• detecting when said power supply is turned on and providing a detection signal;
• displaying to a user a plurality of saved system conditions in response to said detection signal which may be restored from said non-volatile memory;
• permitting selection of one of said plurality of displayed saved system conditions in accordance with an input from said user;
• and
• reading one of the plurality of displayed saved system conditions from said non-volatile memory in accordance with said user selection and restoring said CPU and said main memory to the system condition selected by said user stored in said non-volatile memory.

A method for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a main memory for storing data, an external storage and a power supply for supplying power to said system, said CPU status and main memory data representing said system condition, and said external storage including a fixedly reserved system state store region, said method comprising the steps of:

• detecting a demand for saving said system condition and providing a demand signal;
• storing said system condition to said fixedly reserved system state store region of said external storage in response to said demand signal to the extent necessary to restore said system condition and to continue processing based on said stored system condition;
• and
• performing processing after said system condition has been completely stored to said fixedly reserved system state store region of said external storage.

A method for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a main memory for storing data, an external storage and a power supply for supplying power to said system, said CPU status and main memory data representing said system condition, and said external storage including a contiguous system state store region, said method comprising the steps of:

• detecting a demand for saving said system condition and providing a demand signal;
• storing said system condition to said contiguous system state store region of said external storage in response to said demand signal to the extent necessary to restore said system condition and to continue processing based on said stored system condition;
• and
• performing processing after said system condition has been completely stored to said contiguous system state store region of said external storage.

A method for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a main memory for storing data, an external storage and a power supply for supplying power to said system, said CPU status and main memory data representing said system condition, said method comprising the steps of:

• detecting a demand for saving said system condition and providing a demand signal;
• storing said system condition to said external storage in response to said demand signal to the extent necessary to restore said system condition and to continue processing based on said stored system condition;
• displaying to a user a plurality of processes which may be executed after said system condition has been stored to said external storage;
• and
• permitting selection of one of said plurality of displayed processes in accordance with an input from said user, at least one of said displayed processes being continuing with the current process.

A method for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a main memory for storing data, an external storage and a power supply for supplying power to said system, said CPU status and main memory data representing said system condition, said method comprising the steps of:

• detecting a demand for saving said system condition and providing a demand signal;
• storing said system condition to said external storage in response to said demand signal to the extent necessary to restore said system condition and to continue processing based on said stored system condition;
• performing processing after said system condition has been completely stored to said external storage;
• detecting when said power supply is turned on and providing a detection signal;
• displaying to a user a plurality of processes which may be executed after said system condition has been restored from, said external storage;
• permitting selection of one of said plurality of displayed processes in accordance with an input from said user, at least one of said displayed processes being continuing the operation of said process after the system condition has been restored;
• and
• reading said system condition from said external storage and restoring said CPU and said main memory to the system condition stored in said external storage at the time of the detection of when the power supply was turned on.

A method for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a main memory for storing data, an external storage and a power supply for supplying power to said system, said CPU status and main memory data representing said system condition, said method comprising the steps of:

• detecting a demand for saving said system condition and providing a demand signal;
• storing said system condition to said external storage in response to said demand signal to the extent necessary to restore said system condition and to continue processing based on said stored system condition;
• performing processing after said system condition has been completely stored to said external storage;
• detecting when said power supply is turned on and providing a detection signal;
• displaying to a user a plurality of saved system conditions in response to said detection signal which may be restored from said external storage;
• permitting selection of one of said plurality of displayed saved system conditions in accordance with an input from said user;
• and
• reading one of the plurality of displayed saved system conditions from said external storage in accordance with said user selection and restoring said CPU and said main memory to the system condition selected by said user stored in said external storage.

A method for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a plurality of input/output ports and/or devices having a status, a main memory for storing data, a non-volatile memory and a power supply for supplying power to said system, said CPU status, said status of said plurality of input/output ports and/or devices and main memory data representing said system condition, and said non-volatile memory including a fixedly reserved system state store region, said method comprising the steps of:

• detecting a demand for saving said system condition and providing a demand signal;
• storing said system condition to said fixedly reserved system state store region of said non-volatile memory in response to said demand signal to the extent necessary to restore said system condition and to continue processing based on said stored system condition;
• and
• performing processing after said system condition has been completely stored to said fixedly reserved system state store region of said non-volatile memory.

A method for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a plurality of input/output ports and/or devices having a status, a main memory for storing data, a non-volatile memory and a power supply for supplying power to said system, said CPU status, said status of said plurality of input/output ports and/or devices and main memory data representing said system condition, and said non-volatile memory including a contiguous system state store region, said method comprising the steps of:

• detecting a demand for saving said system condition and providing a demand signal;
• storing said system condition to said contiguous system state store region of said non-volatile memory in response to said demand signal to the extent necessary to restore said system condition and to continue processing based on said stored system condition;
• and
• performing processing after said system condition has been completely stored to said contiguous system state store region of said non-volatile memory.

A method for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a plurality of input/output ports and/or devices having a status, a main memory for storing data, a non-volatile memory and a power supply for supplying power to said system, said CPU status, said status of said plurality of input/output ports and/or devices and main memory data representing said system condition, said method comprising the steps of:

• detecting a demand for saving said system condition and providing a demand signal;
• storing said system condition to said non-volatile memory in response to said demand signal to the extent necessary to restore said system condition and to continue processing based on said stored system condition;
• displaying to a user a plurality of processes which may be executed after said system condition has been stored to said non-volatile memory;
• and
• permitting selection of one of said plurality of displayed processes in accordance with an input from said user, at least one of said displayed processes being continuing with the current process.

A method for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a plurality of input/output ports and/or devices having a status, a main memory for storing data, a non-volatile memory and a power supply for supplying power to said system, said CPU status, said status of said plurality of input/output ports and/or devices and main memory data representing said system condition, said method comprising the steps of:

• detecting a demand for saving said system condition and providing a demand signal;
• storing said system condition to said non-volatile memory in response to said demand signal to the extent necessary to restore said system condition and to continue processing based on said stored system condition;
• performing processing after said system condition has been completely stored to said non-volatile memory;
• detecting when said power supply is turned on and providing a detection signal;
• displaying to a user a plurality of processes which may be executed after said system condition has been restored from said non-volatile memory;
• permitting selection of one of said plurality of displayed processes in accordance with an input from said user, at least one of said displayed processes being continuing the operation of said process after the system condition has been restored;
• and
• reading said system condition from said non-volatile memory and restoring said CPU, said plurality of input/output ports and/or devices and said main memory to the system condition stored in said non-volatile memory at the time of the detection of when the power supply was turned on.

A method for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a plurality of input/output ports and/or devices having a status, a main memory for storing data, a non-volatile memory and a power supply for supplying power to said system, said CPU status, said status of said plurality of input/output ports and/or devices and main memory data representing said system condition, said method comprising the steps of:

• detecting a demand for saving said system condition and providing a demand signal;
• storing said system condition to said non-volatile memory in response to said demand signal to the extent necessary to restore said system condition and to continue processing based on said stored system condition;
• performing processing after said system condition has been completely stored to said non-volatile memory;
• detecting when said power supply is turned on and providing a detection signal;
• displaying to a user a plurality of saved system conditions in response to said detection signal which may be restored from said non-volatile memory;
• permitting selection of one of said plurality of displayed saved system conditions in accordance with an input from said user;
• and
• reading one of the plurality of displayed saved system conditions from said non-volatile memory in accordance with said user selection and restoring said CPU, said plurality of input/output ports and/or devices and said main memory to the system condition selected by said user stored in said non-volatile memory.

A method for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a plurality of input/output ports and/or devices having a status a main memory for storing data, an external storage and a power supply for supplying power to said system, said CPU status, said status of said plurality of input/output ports and/or devices and main memory data representing said system condition, and said external storage including a fixedly reserved system state store region, said method comprising the steps of:

• detecting a demand for saving said system condition and providing a demand signal;
• storing said system condition to said fixedly reserved system state store region of said external storage in response to said demand signal to the extent necessary to restore said system condition and to continue processing based on said stored system condition;
• and
• performing processing after said system condition has been completely stored to said fixedly reserved system state store region of said external storage.

A method for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a plurality of input/output ports and/or devices having a status, a main memory for storing data, an external storage and a power supply for supplying power to said system, said CPU status, said status of said plurality of input/output ports and/or devices and main memory data representing said system condition, and said external storage including a contiguous system state store region, said method comprising the steps of:

• detecting a demand for saving said system condition and providing a demand signal;
• storing said system condition to said contiguous system state store region of said external storage in response to said demand signal to the extent necessary to restore said system condition and to continue processing based on said stored system condition;
• and
• performing processing after said system condition has been completely stored to said contiguous system state store region of said external storage.

A method for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a plurality of input/output ports and/or devices having a status, a main memory for storing data, an external storage and a power supply for supplying power to said system, said CPU status, said status of said plurality of input/output ports and/or devices and main memory data representing said system condition, said method comprising the steps of:

• detecting a demand for saving said system condition and providing a demand signal;
• storing said system condition to said external storage in response to said demand signal to the extent necessary to restore said system condition and to continue processing based on said stored system state condition;
• displaying to a user a plurality of processes which may be executed after said system condition has been stored to said external storage;
• and
• permitting selection of one of said plurality of displayed processes in accordance with an input from said user, at least one of said displayed processes being continuing with the current process.

A method for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a plurality of input/output ports and/or devices having a status, a main memory for storing data, an external storage and a power supply for supplying power to said system, said CPU status, said status of said plurality of input/output ports and/or devices and main memory data representing said system condition, said method comprising the steps of:

• detecting a demand for saving said system condition and providing a demand signal;
• storing said system condition to said external storage in response to said demand signal to the extent necessary to restore said system condition and to continue processing based on said stored system condition;
• performing processing after said system condition has been completely stored to said external storage;
• detecting when said power supply is turned on and providing a detection signal;
• displaying to a user a plurality of processes which may be executed after said system condition has been restored from said external storage;
• permitting selection of one of said plurality of displayed processes in accordance with an input from said user, at least one of said displayed processes being continuing the operation of said process after the system condition has been restored;
• and
• reading said system condition from said external storage and restoring said CPU, said plurality of input/output ports and/or devices and said main memory to the system condition stored in said external storage at the time of the detection of when the power supply was turned on.

A method for providing continuity of operation in a system which exhibits a system condition and which performs a process, the system including a CPU having a status, a plurality of input/output ports and/or devices having a status, a main memory for storing data, an external storage and a power supply for supplying power to said system, said CPU status, said status of said plurality of input/output ports and/or devices and main memory data representing said system condition, said method comprising the steps of:

• detecting a demand for saving said system condition and providing a demand signal;
• storing said system condition to said external storage in response to said demand signal to the extent necessary to restore said system condition and to continue processing based on said stored system;
• performing processing after said system condition has been completely stored to said external storage;
• detecting when said power supply is turned on and providing a detection signal;
• displaying to a user a plurality of saved system conditions in response to said detection signal which may be restored from said external storage;
• permitting selection of one of said plurality of displayed saved system conditions in accordance with an input from said user;
• and
• reading one of the plurality of displayed saved system conditions from said external storage in accordance with said user selection and restoring said CPU, said plurality of input/output ports and/or devices and said main memory to the system condition selected by said user stored in said external storage.