Object initializing for updating a system state

In a signal-bearing medium tangibly embodying a program of machine-readable instructions executed by a digital device, a method for initializing a system of data objects, the method comprising:

• reviving a program application with volatile data objects;
• accessing initialization application data, including object identification (OID), for creating object data;
• assembling the data into a tree structure;
• reading the OID embedded in a data nodes of the assembled tree structure;
• creating an object with a position parameter;
• passing the data node location to the object position;
• populating the object location with a volatile value;
• and
• in response to populating the object location with a value, initializing the program application with revived volatile values.

A system for initializing a multifunctional peripheral (MFP) program application, the system comprising:

• a microprocessor and memory;
• an initialization application of data nodes assembled in a tree structure with objection identifications (OIDs) embedded in the data nodes that are executed by the microprocessor in response to a program revival command, for creating objects with object position parameters;
• and
• a program application of microprocessor executable instructions with data objects generated in response to populating the initialization application object positions with volatile values.

In a signal bearing medium tangibly embodying a program of machine-readable instructions executed by a digital device, a method for updating the state of a system by initializing objects, the method comprising:

• identifying the root of a tree, the root including cues for the creation of an object;
• instantiating the object;
• passing the object to a corresponding node in the tree;
• reviving volatile object values;
• instantiating sibling objects by priority;
• and
• instantiating child nodes in a breadth first search (BFS) manner.