Abstract: The present invention allows a reproducing device that can be used in various device environmental conditions to execute adequate output operation according to a device environmental condition. When reproducing a content signal of audio and video, a reproducing device determines a device environmental condition as the coupling state of the reproducing device and surroundings of the reproducing device. Subsequently, the reproducing device implements control according to output part information and control information that are set with being associated with the device environmental condition. Based on the output part information, either or both of a main-body output unit and an external output unit are controlled as a part for outputting audio or video. In addition, control corresponding to the registered control information is executed inside the device, or details of the control are indicated to a coupled external device.

Abstract: The present invention relates to an information apparatus and method suitable for use in upgrading control programs readily by a user. In step S501, a storage area to store an upgraded firmware is determined. In step S502, the upgraded firmware is provided. In step 503, the provided firmware is decrypted and re-encrypted. In step S504, re-encrypted firmware is written into the storage area determined in step S501. In step S505, a maximum marker is detected. In step S506, a value obtained by adding 1 to the maximum marker provides the marker corresponding to the storage area in which the firmware was stored in step S504. The present invention is applicable to, for example, an audio data server.

Abstract: The present invention relates to an information apparatus and method suitable for use in upgrading control programs readily by a user. In step S501, a storage area to store an upgraded firmware is determined. In step S502, the upgraded firmware is provided. In step 503, the provided firmware is decrypted and re-encrypted. In step S504, re-encrypted firmware is written into the storage area determined in step S501. In step S505, a maximum marker is detected. In step S506, a value obtained by adding 1 to the maximum marker provides the marker corresponding to the storage area in which the firmware was stored in step S504. The present invention is applicable to, for example, an audio data server.

Abstract: The present invention allows a reproducing device that can be used in various device environmental conditions to execute adequate output operation according to a device environmental condition. When reproducing a content signal of audio and video, a reproducing device determines a device environmental condition as the coupling state of the reproducing device and surroundings of the reproducing device. Subsequently, the reproducing device implements control according to output part information and control information that are set with being associated with the device environmental condition. Based on the output part information, either or both of a main-body output unit and an external output unit are controlled as a part for outputting audio or video. In addition, control corresponding to the registered control information is executed inside the device, or details of the control are indicated to a coupled external device.

Abstract: The present invention relates to a recording apparatus and method as well as a communication apparatus suitable for use where stored contents data of, for example, music tunes are supplied to a semiconductor memory or a portable device. At step S391, a C IN/C OUT discriminates whether or not moveout history information is present. If it is discriminated that moveout history information is present, then the processing advances to step S392 in order to compensate for the interrupted moveout process. At step S392, the C IN/C OUT executes a moveout restoration process. At step S393, the C IN/C OUT discriminates whether or not movein history information is present. If it is discriminated that movein history information is present, then the processing advances to step S394 in order to compensate for the interrupted movein process. At step S394, the C IN/C OUT executes a movein restoration process. The present invention can be applied, for example, to an audio data server.

Abstract: The present invention relates to a recording apparatus and method as well as a communication apparatus suitable for use where stored contents data of, for example, music tunes are supplied to a semiconductor memory or a portable device. At step S391, a C IN/C OUT discriminates whether or not moveout history information is present. If it is discriminated that moveout history information is present, then the processing advances to step S392 in order to compensate for the interrupted moveout process. At step S392, the C IN/C OUT executes a moveout restoration process. At step S393, the C IN/C OUT discriminates whether or not movein history information is present. If it is discriminated that movein history information is present, then the processing advances to step S394 in order to compensate for the interrupted movein process. At step S394, the C IN/C OUT executes a movein restoration process. The present invention can be applied, for example, to an audio data server.

Abstract: The present invention relates to an information apparatus and method suitable for use in upgrading control programs readily by a user. In step S501, a storage area to store an upgraded firmware is determined. In step S502, the upgraded firmware is provided. In step 503, the provided firmware is decrypted and re-encrypted. In step S504, re-encrypted firmware is written into the storage area determined in step S501. In step S505, a maximum marker is detected. In step S506, a value obtained by adding 1 to the maximum marker provides the marker corresponding to the storage area in which the firmware was stored in step S504. The present invention is applicable to, for example, an audio data server.