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I've created a function that uses binary search to insert an element into an array (similar to this question). I haven't benchmarked it, but based on my knowledge it should get \$O(1)\$ in the best case (i.e., appending an item to the end of the list) and \$O(nlogn)\$\$O(n\log n)\$ in the average/worst case (I have no numbers to back this up - frankly I don't have much experience with benchmarking, so have mercy on me.)
I've created a function that uses binary search to insert an element into an array (similar to this question). I haven't benchmarked it, but based on my knowledge it should get \$O(1)\$ in the best case (i.e., appending an item to the end of the list) and \$O(nlogn)\$ in the average/worst case (I have no numbers to back this up - frankly I don't have much experience with benchmarking, so have mercy on me.)
I've created a function that uses binary search to insert an element into an array (similar to this question). I haven't benchmarked it, but based on my knowledge it should get \$O(1)\$ in the best case (i.e., appending an item to the end of the list) and \$O(n\log n)\$ in the average/worst case (I have no numbers to back this up - frankly I don't have much experience with benchmarking, so have mercy on me.)
I've created a function that uses binary search to insert an element into an array (similar to this question this question). I haven't benchmarked it, but based on my knowledge it should get \$O(1)\$ in the best case (i.e., appending an item to the end of the list) and \$O(nlogn)\$ in the average/worst case (I have no numbers to back this up - frankly I don't have much experience with benchmarking, so have mercy on me.)
I've created a function that uses binary search to insert an element into an array (similar to this question). I haven't benchmarked it, but based on my knowledge it should get \$O(1)\$ in the best case (i.e., appending an item to the end of the list) and \$O(nlogn)\$ in the average/worst case (I have no numbers to back this up - frankly I don't have much experience with benchmarking, so have mercy on me.)
I've created a function that uses binary search to insert an element into an array (similar to this question). I haven't benchmarked it, but based on my knowledge it should get \$O(1)\$ in the best case (i.e., appending an item to the end of the list) and \$O(nlogn)\$ in the average/worst case (I have no numbers to back this up - frankly I don't have much experience with benchmarking, so have mercy on me.)