System and method for provisioning integration infrastructure at runtime indifferent to hybrid nature of endpoint applications
An information handling system operating a hybrid endpoint integration process liaison system may comprise a memory for storing a customized software integration application for a specific integration process comprising a plurality of code sets to enable to enable access and manipulation of electronic data at a customer-specified electronic data storage location, each of the code sets being associated with a visual modeling element in a customized visual model of the specific integration process, and a processor executing code instructions of the hybrid endpoint integration process liaison system to determine an optimal configuration for execution of the plurality of code sets by one or more run-time engines based the electronic data storage location, wherein the optimal configuration includes one or more execution locations on the one or more run-time engines and associates the one or more runtime engines with the plurality of code sets, and transmit one or more code sets of the plurality of code sets for execution at the one or more execution locations according to the optimal configuration.
1. An information handling system operating a hybrid endpoint integration process liaison system comprising:
a memory storing code instructions of the hybrid endpoint integration process liaison system; and
a processor operatively connected to the memory, the processor executing the code instructions to:
determine an estimated volume of electronic data to be migrated via a Virtual Private Network (VPN) tunnel through a secure firewall pursuant to an integration process modeled by a plurality of visual modeling elements selected from a menu of visual modeling elements, each of the plurality of visual modeling elements being associated with one of a plurality of code sets, wherein the integration process is executable by a customized software integration application for transforming the electronic data to enable access and manipulation of the electronic data at an electronic data storage location located behind the secure firewall;
estimate a time duration for migration of the estimated volume of the electronic data via the VPN tunnel based on the estimated volume of the electronic data to be migrated via the VPN tunnel;
when the estimated time duration for migration of the estimated volume of the electronic data via the VPN tunnel exceeds a preset threshold time:
determine an optimal configuration for execution of the plurality of code sets, wherein the optimal configuration includes an execution location behind the secure firewall for execution of one or more of the plurality of code sets by a first runtime engine; and
transmit the first runtime engine to the execution location behind the secure firewall, wherein the first runtime engine is configured to access or manipulate at least a portion of the estimated volume of electronic data behind the secure firewall to reduce calls through the VPN tunnel and to reduce a time to execute the integration process.
2. The information handling system of claim 1 , further comprising:
the processor executing the code instructions to:
receive a request from the first runtime engine for code sets for execution; and
transmit at least one of the plurality of code sets to the first runtime engine at the execution location behind the secure firewall in response to the request received from the first runtime engine.
3. The information handling system of claim 1 , further comprising:
the processor executing the code instructions to:
receive electronic data migrated from behind the secure firewall from the first runtime engine pursuant to execution of a first subset of the plurality of code sets by the first runtime engine; and
transmit the received electronic data to a second runtime engine at an execution location outside of the secure firewall, wherein the second runtime engine is configured to execute a second subset of the plurality of code sets to manipulate the received datasets outside the secure firewall to decrease an amount of computing resources located behind the secure firewall that are required to execute the integration process.
4. The information handling system of claim 1 , further comprising:
the processor executing the code instructions to:
determine the optimal configuration for execution of the plurality of code sets, wherein the optimal configuration includes an execution location outside the secure firewall for execution of one or more of the plurality of code sets by a second runtime engine; and
transmit the second runtime engine to the execution location outside the secure firewall, wherein the second runtime engine is configured to access or manipulate at least a portion of the estimated volume of electronic data outside the secure firewall to decrease an amount of utilized computing resources located behind the secure firewall that are required to execute the integration process.
5. The information handling system of claim 1 , further comprising:
the processor executing the code instructions to:
estimate a temporary storage requirement for storage of electronic data to be accessed pursuant to the integration process; and
determine the optimal configuration further based on a weighted analysis of the estimated temporary storage requirement.
6. The information handling system of claim 1 , further comprising:
the processor executing the code instructions to:
when the estimated time duration does not exceed a customer-specified pre-set time duration value for the preset threshold time;
determine the optimal configuration for execution of the plurality of code sets, wherein the optimal configuration includes an execution location outside the secure firewall for execution of each of the plurality of code sets by the first runtime engine; and
transmit the first runtime engine with each of the plurality of the code sets to the execution location outside the secure firewall.
7. The information handling system of claim 1 , further comprising:
the processor executing the code instructions to:
receive a request from a second runtime engine for code sets for execution; and
transmit at least one of the plurality of code sets to the second runtime engine at an execution location outside the secure firewall in response to the request received from the second runtime engine, wherein the second runtime engine is configured to access or manipulate at least a portion of the estimated volume of electronic data outside the secure firewall to decrease an amount of computing resources located behind the secure firewall that are required to execute the integration process.
8. A method comprising:
determining an estimated volume of electronic data to be migrated via a Virtual Private Network (VPN) tunnel through a secure firewall pursuant to an integration process modeled by a plurality of visual modeling elements selected from a menu of visual modeling elements, each of the plurality of visual modeling elements being associated with one of a plurality of code sets, wherein the integration process is executable by a customized software integration application for transforming the electronic data to enable access and manipulation of the electronic data at an electronic data storage location located behind the secure firewall;
estimating a time duration for migration of the estimated volume of datasets via the VPN tunnel based on the estimated volume of datasets to be migrated via the VPN tunnel;
when the estimated time duration for migration of the estimated volume of the electronic data via the VPN tunnel exceeds a preset threshold time:
determining an optimal configuration for execution of the plurality of code sets, wherein the optimal configuration includes an execution location behind the secure firewall for execution of one or more of the plurality of code sets by a first runtime engine; and
transmitting at least one of the plurality of code sets and the first runtime engine to the execution location behind the secure firewall, wherein the first runtime engine is configured to access or manipulate at least a portion of the estimated volume of the electronic data behind the secure firewall to reduce calls through the VPN tunnel and to reduce a time to execute the integration process.
9. The method of claim 8 , further comprising:
receiving a request from the first runtime engine for code sets for execution; and
transmitting at least one of the plurality of code sets to the first runtime engine at the execution location behind the secure firewall in response to the request received from the first runtime engine.
10. The method of claim 8 , further comprising:
receiving electronic data migrated from behind the secure firewall from the first runtime engine pursuant to execution a first subset of the plurality of code sets by the first runtime engine; and
transmitting the received electronic data to a second runtime engine at an execution location outside of the secure firewall, wherein the second runtime engine is configured to execute a second subset of the plurality of code sets to manipulate the received electronic data outside the secure firewall to decrease an amount of computing resources located behind the secure firewall that are required to execute the integration process.
11. The method of claim 8 , further comprising:
determining the optimal configuration for execution of the plurality of code sets, wherein the optimal configuration includes an execution location outside the secure firewall for execution of one or more of the plurality of code sets by a second runtime engine; and
transmitting the second runtime engine to the execution location outside the secure firewall, wherein the second runtime engine is configured to access or manipulate at least a portion of the estimated volume of electronic data outside the secure firewall to decrease an amount of computing resources located behind the secure firewall that are required to execute the integration process.
12. The method of claim 8 , further comprising:
estimating a temporary storage requirement for storage of electronic data to be accessed at the electronic data storage location pursuant to the integration process; and
determining the optimal configuration further based on a weighted analysis of the estimated temporary storage requirement.
13. The method of claim 8 , further comprising:
receiving a request from a second runtime engine for code sets for execution; and
transmitting at least one of the plurality of code sets to the second runtime engine at an execution location outside the secure firewall in response to the request received from the second runtime engine, wherein the second runtime engine is configured to access or manipulate at least a portion of the estimated volume of electronic data outside the secure firewall to decrease an amount of computing resources located behind the secure firewall that are required to execute the integration process.
14. The method of claim 8 , further comprising:
transmitting to a second runtime engine at a second execution location outside the secure firewall a second of the plurality of code sets, and an identification of datasets accessed or manipulated behind the secure firewall pursuant to execution of the first runtime engine.
15. An information handling system operating a hybrid endpoint integration process liaison system comprising:
a memory storing code instructions of the hybrid endpoint integration process liaison system; and
a processor operatively connected to the memory, the processor executing the code instructions to:
determine an estimated volume of electronic data to be migrated via a Virtual Private Network (VPN) tunnel through a secure firewall pursuant to an integration process modeled by a plurality of visual modeling elements selected from a menu of visual modeling elements, each of the plurality of visual modeling elements being associated with one of a plurality of code sets, wherein the integration process is executable by a customized software integration application for transforming the electronic data to enable access and manipulation of the electronic data at an electronic data storage location;
estimate a time duration for migration of the estimated volume of the electronic data via the VPN tunnel that is based on the estimated volume of electronic data to be migrated via the VPN tunnel;
estimate a temporary storage requirement for storage of electronic data to be accessed pursuant to the integration process, wherein the estimated temporary storage requirement is based on the estimated volume of the electronic data to be migrated via the VPN tunnel through the secure firewall;
when the estimated time duration for migration of the estimated volume of the electronic data via the VPN tunnel exceeds a preset threshold time and the estimated temporary storage requirement falls below a customer specified preset available storage capacity of the electronic data storage location:
determine an optimal configuration for execution of the plurality of code sets, wherein the optimal configuration includes an execution location behind the secure firewall for execution of one or more of the plurality of code sets by a first runtime engine; and
transmit the first runtime engine to the execution location behind the secure firewall, wherein the first runtime engine is configured to access or manipulate at least a portion of the estimated volume of the electronic data behind the secure firewall to reduce calls through the VPN and to reduce a time to execute the integration process.
16. The information handling system of claim 15 further comprising:
the processor executing the code instructions to:
receive a request from the first runtime engine for code sets for execution; and
transmit at least one of the plurality of code sets to the first runtime engine at the execution location behind the secure firewall in response to the request received from the first runtime engine.
17. The information handling system of claim 16 , further comprising:
the processor executing the code instructions to:
receive electronic data migrated from behind the secure firewall from the first runtime engine pursuant to execution of a first subset of the plurality of code sets by the first runtime engine; and
transmit the received electronic data to a second runtime engine at an execution location outside of the secure firewall, wherein the second runtime engine is configured to execute a second subset of the plurality of code sets to manipulate the received datasets outside the secure firewall to decrease an amount of computing resources located behind the secure firewall that are required to execute the integration process.
18. The information handling system of claim 15 , further comprising:
the processor executing the code instructions to:
determine the optimal configuration further based on a weighted analysis of the estimated temporary storage requirement.
19. The information handling of claim 15 , further comprising:
the processor executing the code instructions to:
determine the optimal configuration for execution of the plurality of code sets, wherein the optimal configuration includes an execution location outside the secure firewall for execution of one or more of the plurality of code sets by a second runtime engine; and
transmit the second runtime engine to the execution location outside the secure firewall, wherein the second runtime engine is configured to access or manipulate at least a portion of the estimated volume of the electronic data outside the secure firewall to decrease an amount of computing resources located behind the secure firewall that are required to execute the integration process.
20. The information handling system of claim 15 further comprising:
the processor executing the code instructions to:
receive a request from a second runtime engine for code sets for execution; and
transmit at least one of the plurality of code sets to the second runtime engine at an execution location outside the secure firewall in response to the request received from the second runtime engine, wherein the second runtime engine is configured to access or manipulate at least a portion of the estimated volume of electronic data outside the secure firewall to decrease an amount of computing resources located behind the secure firewall that are required to execute the integration process.