Emergency-Driven, Adaptive, and Dynamic Queue Priority Override in Multi-Priority Systems

A method, comprising:

• based on identifying that an emergency criterion is satisfied with respect to a computer, switching, by a system comprising at least one processor, from a non-emergency task prioritization framework for execution of tasks for the computer to an emergency prioritization framework;
• reclassifying, by the system, at least some tasks of the tasks;
• allocating, by the system, first resources to an urgent task that is associated with the emergency criterion, wherein the urgent task has a higher priority than a highest priority of the tasks executed according to the non-emergency task prioritization framework;
• allocating, by the system, second resources to the highest priority task of the tasks concurrently with the allocating of the first resources to the urgent task;
• and
• in response to completing mitigating with respect to the emergency criterion resulting in the emergency criterion no longer being satisfied, reverting, by the system, to the non-emergency task prioritization framework.

A non-transitory computer-readable medium comprising instructions that, in response to execution, cause a system comprising at least one processor to perform operations, comprising:

• switching from a non-emergency task prioritization framework for execution of tasks for a computer to an emergency prioritization framework based on an emergency criterion being satisfied;
• allocating first resources to an urgent task that is associated with the emergency criterion, wherein the urgent task has a higher priority than a highest priority of the tasks executed with the non-emergency task prioritization framework;
• allocating second resources to the highest priority task of the tasks concurrently with the allocating of the first resources to the urgent task;
• and
• upon completing mitigating circumstance leading to the emergency criterion being satisfied, reverting to the non-emergency task prioritization framework.