Managing the lifetime of distributed resource data using temporal scopes
View Patent ↗A method and system for enabling a client to programmatically manage the lifetime of groups of distributed resources is herein provided. The method includes grouping client-specific resource data usage generated from blocks of instruction sequences bounded by scope instructions. A “begin scope” instruction invokes a method initiating the temporal scope. Client-specific resource data generated during execution of subsequent instructions is tracked by the distributed infrastructure. When an “end scope” instruction is received, the client-specific resource data tracked under the temporal scope is deleted from the distributed infrastructure. Client-specific resource data may be tracked under two types of temporal scopes: a transient and a persistent temporal scope. Data tracked under a transient scope does not survive beyond the lifetime of the client connection, whereas data tracked under a persistent scope may survive beyond the lifetime of the client connection. Lastly, temporal scopes may generally be nested.
1. A method of programmatically managing a lifetime of client-specific data objects over one or more client sessions, the method comprising:
receiving a first begin scope instruction;
tracking one or more first client-specific data objects in response to the first begin scope instruction;
receiving a first end scope instruction, wherein the first begin scope instruction and the first end scope instruction include information identifying the first begin scope instruction and the first end scope instruction; and
removing the first client-specific data objects in response to the first end scope instruction.
2. The method of claim 1 , further comprising:
if the first begin scope instruction includes a transient scope instruction and a current client session terminates, then removing the first client-specific resource data objects prior to the first end scope instruction.
3. The method of claim 1 , further comprising:
if the first begin scope instruction includes a transient scope instruction and a current client session terminates, then removing the first client-specific resource data objects prior to the first end scope instruction; and
if the first begin scope instruction includes a persistent scope instruction, and one or more of the first client-specific resource data objects is designated persistent in response to a client instruction, then:
if a current client session terminates, then storing the designated persistent client-specific data objects for use in the next client session.
4. The method of claim 3 , wherein the client designates the persistent data objects by naming the data objects in a persistent folder in the client name-space.
5. A method of programmatically managing a lifetime of client-specific data objects over one or more client sessions, the method comprising:
receiving a first begin scope instruction;
tracking one or more first client-specific data objects in response to the first begin scope instruction;
receiving a first end scope instruction;
removing the first client-specific data objects in response to the first end scope instruction; and
if the first begin scope instruction includes a persistent scope instruction, and one or more of the first client-specific resource data objects is designated persistent in response to a client instruction, then:
if a current client session terminates, then storing the designated persistent client-specific data objects for use in a next client session.
6. A method of programmatically managing a lifetime of client-specific data objects over one or more client sessions, the method comprising:
receiving a first begin scope instruction;
tracking one or more first client-specific data objects in response to the first begin scope instruction;
receiving a first end scope instruction;
removing the first client-specific data objects in response to the first end scope instruction
receiving a second begin scope instruction, wherein the second begin scope instruction is received after the first begin scope instruction and before the first end scope instruction;
tracking one or more second client-specific resource data objects starting with the second begin scope instruction;
pausing the tracking of the first client-specific resource data;
receiving a second end scope instruction before receiving the first end scope instruction;
removing the second client-specific resource data objects in response to the second end scope instruction; and
resuming tracking the first client-specific resource data objects.
7. The method of claim 6 , further comprising:
if the first and second begin scope instructions include a transient scope instruction and a current client session terminates, then removing the first and second client-specific resource data objects prior to the first and second end scope instructions.
8. The method of claim 6 , further comprising:
if the first and second begin scope instructions include a persistent scope instruction, and one or more of the first and second client-specific resource data objects are designated persistent in response to a client instruction, then:
if a current client session terminates, then storing the designated persistent first and second client-specific data objects for use in a next client session.
9. The method of claim 6 , wherein the client designates the persistent data objects by naming the data objects in a persistent folder in the client name-space.
10. The method of claim 6 , further comprising:
if the first and second begin scope instructions include a transient scope instruction and a current client session terminates, then removing the first and second client-specific resource data objects prior to the first and second end scope instructions; and
if the first and second begin scope instructions include a persistent scope instruction, and one or more of the first and second client-specific resource data objects are designated persistent in response to a client instruction, then:
if a current client session terminates, then storing the designated persistent first and second client-specific data objects for use in a next client session.
11. The method of claim 6 , wherein the first begin scope instruction includes a persistent scope instruction and the second begin scope instruction includes a transient scope instruction.
12. A computer system for programmatically managing the lifetime of client-specific resource data objects over one or more client sessions, the computer system comprising:
one or more computers interconnected by a computer network; a computer program executing on at least one the computers; wherein the computer program further comprise computer instructions for:
receiving a first begin scope instruction;
tracking one or more first client-specific resource data objects in response to the first begin scope instruction;
designating persistent data objects by providing a name for the data objects in a persistent folder in the client name-space in response to a client instruction;
receiving a first end scope instruction; and
removing the first client-specific resource data objects in response to the first end scope instruction.
13. The computer system of claim 12 , wherein the computer program further comprises computer instructions for:
if the first begin scope instruction includes a transient scope instruction and a current client session terminates, then removing the first client-specific resource data objects prior to the first end scope instruction.
14. The computer system of claim 12 , wherein the computer program further comprises computer instructions for:
if the first begin scope instruction includes a persistent scope instruction, and one or more of the first client-specific resource data objects is designated persistent in response to a client instruction, then:
if a current client session terminates, then storing the designated persistent client-specific data objects for use in a next client session.
15. The computer system of claim 12 , wherein the computer program further comprises computer instructions for:
if the first begin scope instruction includes a transient scope instruction and a current client session terminates, then removing the first client-specific resource data objects prior to the first end scope instruction; and
if the first begin scope instruction includes a persistent scope instruction, and one or more of the first client-specific resource data objects is designated persistent in response to a client instruction, then:
if a current client session terminates, then storing the designated persistent client-specific data objects for use in the next client session.
16. The computer system of claim 12 , wherein the first begin scope instruction and the first end scope instruction include information identifying the first begin scope instruction and the first end scope instruction.
17. A computer system for programmatically managing the lifetime of client-specific resource data objects over one or more client sessions, the computer system comprising:
one or more computers interconnected by a computer network; a computer program executing on at least one the computers; wherein the computer program further comprise computer instructions for:
receiving a first begin scope instruction;
tracking one or more first client-specific resource data objects in response to the first begin scope instruction;
receiving a first end scope instruction;
removing the first client-specific resource data objects in response to the first end scope instruction
receiving a second begin scope instruction, wherein the second begin scope instruction is received after the first begin scope instruction and before the first end scope instruction;
tracking one or more second client-specific resource data objects starting with the second begin scope instruction;
pausing the tracking of the first client-specific resource data objects; receiving a second end scope instruction before receiving the first end scope instruction;
removing the second client-specific resource data objects in response to the second end scope instruction; and
resuming tracking the first client-specific resource data objects.
18. The computer system of claim 17 , wherein the computer program further comprises computer instructions for:
if the first and second begin scope instructions include a transient scope instruction and a current client session terminates, then removing the first and second client-specific resource data objects prior to the first and second end scope instructions.
19. The computer system of claim 17 , wherein the computer program further comprises computer instructions for:
if the first and second begin scope instructions include a persistent scope instruction, and one or more of the first and second client-specific resource data objects are designated persistent in response to a client instruction, then:
if a current client session terminates, then storing the designated persistent first and second client-specific data objects for use in a next client session.
20. The computer system of claim 17 , wherein the computer program further comprises computer instructions for designating the persistent data objects by providing a name for the data objects in a persistent folder in the client name-space in response to a client instruction.
21. The computer system of claim 17 , wherein the computer program further comprises computer instructions for:
if the first and second begin scope instructions include a transient scope instruction and a current client session terminates, then removing the first and second client-specific resource data objects prior to the first and second end scope instructions; and
if the first and second begin scope instructions include a persistent scope instruction, and one or more of the first and second client-specific resource data objects are designated persistent in response to a client instruction, then:
if a current client session terminates, then storing the designated persistent first and second client-specific data objects for use in a next client session.
22. The computer system of claim 17 , wherein the first begin scope instruction includes a persistent scope instruction and the second begin scope instruction includes a transient scope instruction.