Methodologies for workflow transitioning
A method for transitioning workflow execution includes executing, at a workstation utilizing one or more hardware processors of the workstation, a first step of a multi-step workflow; determining, utilizing a workflow engine, that a next step of the multi-step workflow is not required to be executed at a set location, and further determining that the first subsequent step of the multi-step workflow that is required to be executed at a set location is required to be executed at a server; transitioning execution of the multi-step workflow to one or more servers; and executing, at one or more servers utilizing one or more hardware processors of the one or more servers, steps of the multi-step workflow up to and including the step of the multi-step workflow that was identified as being required to be executed at a server.
1. A method for transitioning workflow execution comprising:
(a) setting, for one or more steps of a multi-step workflow, a must-run location to specify
(i) that the respective step is server-running and is required to be executed at a server, or
(ii) that the respective step is workstation-running and is required to be executed at a workstation,
(iii) wherein steps which do not have a set must-run location are flexible and can be run at a server or a workstation;
(b) executing, at a first workstation utilizing one or more hardware processors of the first workstation, a first step of the multi-step workflow;
(c) determining, utilizing a workflow engine,
(i) that a next step of the multi-step workflow does not have a set must-run location and thus is flexible and not required to be executed at a set location, and
(ii) that the first subsequent step of the multi-step workflow that does have a set must-run location and thus is required to be executed at a set location is set to be server-running and is thus required to be executed at a server;
(d) transitioning execution of the multi-step workflow to one or more servers, based at least partially on the determinations
(i) that a next step of the multi-step workflow does not have a set must-run location and thus is flexible and is not required to be executed at a set location, and
(ii) that the first subsequent step of the multi-step workflow that does have a set must-run location and thus is required to be executed at a set location is set to be server-running and thus is required to be executed at a server; and
(e) executing, at the one or more servers utilizing one or more hardware processors of the one or more servers, steps of the multi-step workflow up to and including the step of the multi-step workflow that was identified as being required to be executed at a server; and
(f) subsequently determining, utilizing the workflow engine, that another next step of the multi-step workflow does not have a set must-run location and thus is flexible and not required to be executed at a set location.
2. The method of claim 1 , wherein the first workstation is located at a first site and at least one of the one or more servers is located at a second site remote from the first site.
3. The method of claim 1 , wherein one of the steps of the multi-step workflow which is set to be workstation-running is a user interface activity.
4. The method of claim 1 , wherein the one or more servers is a single server.
5. The method of claim 1 , wherein the one or more servers comprises a plurality of servers.
6. The method of claim 1 , wherein the first workstation and at least one of the one or more servers are located at the same site.
7. A method for transitioning workflow execution comprising:
(a) setting, for one or more steps of a multi-step workflow, a must-run location to specify
(i) that the respective step is server-running and is required to be executed at a server, or
(ii) that the respective step is workstation-running and is required to be executed at a workstation,
(iii) wherein steps which do not have a set must-run location are flexible and can be run at a server or a workstation;
(b) executing, at a first workstation utilizing one or more hardware processors of the first workstation, a first step of the multi-step workflow;
(c) determining, utilizing a workflow engine,
(i) that a first certain number of steps of the multi-step workflow to be performed next are flexible and are not required to be executed at a set location, and
(ii) that the first number exceeds a certain length;
(d) transitioning execution of the multi-step workflow to one or more servers, based at least partially on the determinations
(i) that the first number of steps of the multi-step workflow to be performed next are flexible and are not required to be executed at a set location, and
(ii) that the first number exceeds the certain length; and
(e) executing, at the one or more servers utilizing one or more hardware processors of the one or more servers, steps of the multi-step workflow; and
(f) subsequently determining, utilizing the workflow engine, that another next step of the multi-step workflow does not have a set must-run location and thus is flexible and not required to be executed at a set location.
8. The method of claim 7 , wherein the workstation is located at a first site and at least one of the one or more servers is located at a second site remote from the first site.
9. The method of claim 7 , wherein one of the steps of the multi-step workflow which is set to be workstation-running is not a user interface activity.
10. The method of claim 7 , wherein the one or more servers is a single server.
11. The method of claim 7 , wherein the one or more servers comprises a plurality of servers.
12. The method of claim 7 , wherein the workstation and at least one of the one or more servers are located at the same site.
13. A method for transitioning workflow execution comprising:
(a) setting, for one or more steps of a multi-step workflow, a must-run location to specify
(i) that the respective step is server-running and is required to be executed at a server, or
(ii) that the respective step is workstation-running and is required to be executed at a workstation,
(iii) wherein steps which do not have a set must-run location are flexible and can be run at a server or a workstation,
(b) executing, at a workstation utilizing one or more hardware processors of the workstation, a first step of the multi-step workflow;
(c) determining, utilizing a workflow engine,
(i) that a next step of the multi-step workflow does not have a set must-run location and thus is flexible and not required to be executed at a set location, and
(ii) that a decision point prevents a determination as to where the first subsequent step of the multi-step workflow that has a set must-run location is required to be executed;
(d) based at least partially on the determinations
(i) that the next step of the multi-step workflow does not have a set must-run location and is thus not required to be executed at a set location, and
(ii) that a decision point prevents a determination as to where the first subsequent step of the multi-step workflow that has a set must-run location is required to be executed, not transitioning execution of the multi-step workflow;
(e) executing the multi-step workflow through the decision point;
(f) subsequently determining, utilizing the workflow engine,
(i) that another next step of the multi-step workflow does not have a set must-run location and thus is flexible and not required to be executed at a set location, and
(ii) that another first subsequent step of the multi-step workflow that does have a set must-run location and is thus required to be executed at a set location is set to be server-running and thus is required to be executed at a server;
(g) transitioning execution of the multi-step workflow to one or more servers, based on one or more of the determinations
(i) that the another next step of the multi-step workflow does not have a set must-run location and thus is not required to be executed at a set location, and
(ii) that the another first subsequent step of the multi-step workflow that does have a set must-run location and thus is required to be executed at a set location is set to be server-running and thus is required to be executed at a server; and
(h) executing, at the one or more servers utilizing one or more hardware processors of the one or more servers, steps of the multi-step workflow up to and including the another first subsequent step of the multi-step workflow that was identified as being required to be executed at a server.
14. The method of claim 13 , wherein the workstation is located at a first site and at least one of the one or more servers is located at a second site remote from the first site.
15. The method of claim 13 , wherein one of the steps of the multi-step workflow which is set to be workstation-running is not a user interface activity.
16. The method of claim 13 , wherein the one or more servers is a single server.
17. The method of claim 13 , wherein the one or more servers comprises a plurality of servers.
18. The method of claim 13 , wherein the workstation and at least one of the one or more servers are located at the same site.