Updating settings of a plurality of image forming apparatuses

1. An information processing apparatus configured to convert first setting information set for a first electronic apparatus of a plurality of models of electronic apparatuses into second setting information set for a second electronic apparatus of the plurality of models of electronic apparatuses, the information processing apparatus comprising:

a memory storing a plurality of between-different-models conversion tables, the plurality of between-different-models conversion tables including a first between-different-models conversion table associated with the first electronic apparatus and a second between-different-models conversion table associated with the second apparatus; and

processing circuitry configured to,

import the first setting information including one or more setting items related to settings of the first electronic apparatus from the first electronic apparatus,

determine a set value of each of the setting items and first identification information of each of the setting items based on the first setting information,

determine common identification information of each of the setting items based on the first identification information and the first between-different-models conversion table, the common identification information being common to the plurality of models of electronic apparatuses, and the first between-different-models conversion table being a table associating the common identification information and first unique identification information, the first unique identification information being unique to the first electronic apparatus,

generate a first conversion result by associating the set value of each of the setting items with the common identification information of each of the setting items, and the first identification information of each of the setting items,

determine second identification information of each of the setting items for the second electronic apparatus based on the first conversion result and the second between-different-models conversion table, the second between-different-models conversion table being a table associating the common identification information and second unique identification information, the second unique identification information being unique to the second electronic apparatus,

generate a second conversion result by associating the set value of each of the setting items with the common identification information of each of the setting items, and the second identification information of each of the setting items,

determine the second setting information of each of the setting items for the second electronic apparatus based on the second conversion result, and

export the second setting information to configure a memory space in the second electronic apparatus based on the second setting information.

2. The information processing apparatus of claim 1 , wherein,

the memory further stores a plurality of data format conversion tables, the plurality of data format conversion tables including a first data format conversion table,

the first data format conversion table includes a data type of the set value of each of the setting items, and

the processing circuitry is further configured to,

acquire the set value from a storage location of the first electronic apparatus based on the data type included in the first data format conversion table, and

convert the first setting information to setting information common to the plurality of models of electronic apparatuses by associating the acquired set value and the common identification information.

3. The information processing apparatus of claim 2 , wherein

the memory further stores a specific information set for each of the setting items associated with the common identification information of each of the setting items.

4. The information processing apparatus of claim 1 , wherein,

the memory further stores a plurality of data format conversion tables, the plurality of data format conversion tables including a second data format conversion table,

the second data format conversion table includes a data type of the set value for each of the setting items, and

the processing circuitry is further configured to

determine the second setting information additionally based on the data type, and

convert the common identification information into the second setting information, wherein the second setting information is described in a second format matched to the second electronic apparatus.

5. The information processing apparatus of claim 1 , wherein,

the first setting information includes at least one of memory data including binary data, and service setting data related to an engine setting, the engine setting configured to provide a basic function of the first electronic apparatus and the second electronic apparatus, and

the first setting information is stored in a the memory.

6. The information processing apparatus of claim 1 , wherein the processing circuitry is further configured to,

import the first setting information and export the second setting information using a communication protocol of encrypted communication.

7. A system comprising:

the information processing apparatus of claim 1 ; and

a terminal apparatus communicable with the information processing apparatus, the terminal apparatus including second processing circuitry configured to,

communicate with the information processing apparatus,

determine whether to acquire the set value for each of the setting items,

acquire the set value, from the memory when the set value for each of the setting items is determined to be acquired, the memory further storing the first setting information, and

transmit the acquired set value to any one of the information processing apparatus and a recording medium.

8. A method of converting first setting information set for a first electronic apparatus of a plurality of models of electronic apparatuses to setting information set for a second electronic apparatus of the plurality of models of electronic apparatuses, the method comprising:

importing the first setting information including one or more setting items related to settings of the first electronic apparatus from the first electronic apparatus;

determining a set value of each of the setting items and first identification information of each of the setting items based on the first setting information;

determining common identification information of each of the setting items based on the first identification information and a first between-different-models conversion table associated with the first electronic apparatus, the common identification information being common to the plurality of models of electronic apparatuses, and the first between-different-models conversion table being a table associating the common identification information and first unique identification information, the first unique identification information being unique to the first electronic apparatus;

generating a first conversion result by associating the set value of each of the setting items with the common identification information of each of the setting items, and the first identification information of each of the setting items;

determining second identification information of each of the setting items for the second electronic apparatus based on the first conversion result and a second between-different-models conversion table associated with the second electronic apparatus, the second between-different-models conversion table being a table associating the common identification information and second unique identification information, the second unique identification information being unique to the second electronic apparatus;

generating a second conversion result by associating the set value of each of the setting items with the common identification information of each of the setting items, and the second identification information of each of the setting items;

determining second setting information of each of the setting items for the second electronic apparatus based on the second conversion result; and

exporting the second setting information to configure a memory space in the second electronic apparatus based on the second setting information.

9. The method of claim 8 , wherein, the method further comprises:

acquiring the set value from a storage location of the first electronic apparatus based on a data type of the set value of each of the setting items, the data type being included in a first data format conversion table; and

converting the first setting information to setting information common to the plurality of models of electronic apparatuses by associating the acquired set value and the common identification information.

10. The method of claim 8 , wherein, the method further comprises:

determining the second setting information additionally based on a data type; and

converting the common identification information into the second setting information, wherein the second setting information is described in a second format matched to the second electronic apparatus.

11. The method of claim 8 , wherein,

the first setting information includes at least one of memory data including binary data, and service setting data related to an engine setting, the engine setting configured to provide a basic function of the first electronic apparatus and the second electronic apparatus, and

the first setting information is stored in a nonvolatile memory.

12. The method of claim 8 , wherein,

the importing the first setting information and the exporting the second setting information include using a communication protocol of encrypted communication.

13. A non-transitory computer readable storage medium storing one or more instructions that, when executed by one or more processors, cause the one or more processors to execute a method of handling setting information using an information processing apparatus converting first setting information set for a first electronic apparatus of a plurality of models of electronic apparatuses into second setting information set for a second electronic apparatus of the plurality of models of electronic apparatuses, the method comprising:

importing the first setting information including one or more setting items related to settings of the first electronic apparatus from the first electronic apparatus;

determining a set value of each of the setting items and first identification information of each of the setting items based on the first setting information;

determining common identification information of each of the setting items based on the first identification information and a first between-different-models conversion table associated with the first electronic apparatus, the common identification information being common to the plurality of models of electronic apparatuses, and the first between-different-models conversion table being a table associating the common identification information and first unique identification information, the first unique identification information being unique to the first electronic apparatus;

generating a first conversion result by associating the set value of each of the setting items with the common identification information of each of the setting items, and the first identification information of each of the setting items;

determining second identification information of each of the setting items for the second electronic apparatus based on the first conversion result and a second between-different-models conversion table associated with the second electronic apparatus, the second between-different-models conversion table being a table associating the common identification information and second unique identification information, the second unique identification information being unique to the second electronic apparatus;

generating a second conversion result by associating the set value of each of the setting items with the common identification information of each of the setting items, and the second identification information of each of the setting items;

determining the second setting information of each of the setting items for the second electronic apparatus based on the second conversion result; and

exporting the second setting information to configure a memory space in the second electronic apparatus based on the second setting information.

14. The non-transitory computer readable storage medium of claim 13 , wherein, the method further comprises:

acquiring the set value from a storage location of the first electronic apparatus based on a data type of the set value of each of the setting items, the data type being included in a first data format conversion table, and

converting the first setting information to setting information common to the plurality of models of electronic apparatuses by associating the acquired set value and the common identification information.

15. The non-transitory computer readable storage medium of claim 13 , wherein, the method further comprises:

determining the second setting information additionally based on a data type; and

converting the common identification information into the second setting information, the second setting information being described in a second format matched to the second electronic apparatus.

16. The non-transitory computer readable storage medium of claim 13 , wherein,

the first setting information includes at least one of memory data including binary data, and service setting data related to an engine setting, the engine setting configured to provide a basic function of the first electronic apparatus and the second electronic apparatus, and

the first setting information is stored in a nonvolatile memory.

17. The non-transitory computer readable storage medium of claim 13 , wherein,

the importing the first setting information and the exporting the second setting information include using a communication protocol of encrypted communication.

18. A system comprising:

the information processing apparatus of claim 1 ; and

the second electronic apparatus of claim 1 , the second electronic apparatus including second processing circuitry configured to configure the memory space in the second electronic apparatus based on the second setting information exported by the information processing apparatus.

19. A system comprising:

the information processing apparatus of claim 1 ; and

a terminal apparatus communicable with the information processing apparatus, the terminal apparatus including second processing circuitry configured to,

communicate with the information processing apparatus,

import the first setting information from a non-volatile storage device,

transmit the first setting information to the information processing apparatus,

receive the second setting information from the information processing apparatus, and

export the second setting information to the non-volatile storage device.