Pepcoding Video Explaination

The generalized approach for Acquire and Release strategy :

Certainly! Here’s a generalized description of the acquire and release strategy:

  1. Initialization:
  • Initialize two pointers, start and end, representing the window boundaries.
  • Initialize any necessary variables to track conditions within the window.
  • Initialize a result variable to store the maximum window size.
  1. Main Loop (While within array bounds):
  • Acquire:

    • Move the end pointer forward to expand the window.
    • Update any relevant variables based on the newly added element.
  • Release (if necessary):

    • While the window is invalid or violates certain conditions:
      • Move the start pointer forward to release elements from the window.
      • Update relevant variables accordingly.
  • Calculate Window Size:

    • Determine the size of the current window using the start and end pointers.
    • Window Size is : ==(end - 1) - (start + 1) - 1 or end - start - 1==.
  • Update Result:

    • Update the result variable based on the current window size and the previous result.
  1. Return Result:
  • The final result represents the desired outcome based on the window criteria.

This general strategy can be adapted for various problems that involve maintaining a valid window or subarray while iterating through an array. The specific conditions for acquisition, release, and window size calculation will depend on the requirements of the problem at hand.