For a successful project, application developers need to work with platform engineers and DevSecOps. The complete lifecycle of a project needs to be efficiently executed, from the inner loop—where developers are coding on their own—to the outer loop that includes all the processes needed beyond...
The complete lifecycle of a project needs to be efficiently executed, from the inner loop—where developers are coding on their own—to the outer loop that includes all the processes needed beyond the application development through production deployment. The inner and outer loop approach propels ...
The Power Platform CLI works for both inner loop development and outer loop development. The inner loop is for when a developer wants to work on a project and build a new feature for instance. The outer loop is to make sure that what has been built, also can be deployed to other enviro...
An outer loop comprises other tasks developers must do to push their code to production: integration, integration testing, releasing, and deployment. From both a productivity and personal-experience standpoint, maximizing the amount of time developers spend in the inner loop is desirabl...
Previously, the following blogs appeared in this series: Inner loop & outer loop development The Power Platform CLI works for both inner loop development and outer loop development. The inner loop is for when a developer wants to work on a project and build a new feature for instance. The ...
{ // 10k outer loop iterations for (int j = 0; j < 100000; j++) { // 100k inner loop iterations, per outer loop iteration double quotient = (double)j / (double)u; quotient = trunc(quotient); const double remainder = (double)j - (double)u * quotient; a[i] = a[i] + (...
int check; // Outer loop for each batch of rows while((check = MyScanOperation->nextResult(true)) == 0) { do { // Inner loop for each row within the batch MyScanOperation->deleteCurrentTuple(); } while((check = MyScanOperation->nextResult(false)) == 0); // When there are no ...
Outer Loop Num.: 1000000 Inner Loop Num.: 1000000000 This is to Compare GPU and CPU computation time GPU Init. Start @ hh/mm/ss: 154405.238 GPU Comp. Start @ hh/mm/ss: 154405.238 GPU Comp. end @ hh/mm/ss : 154405.487 Wall Time = 1.7535036E-02 ...
it does not move, so is it always onGem (even though it collected) => That depends on what collect does (does it remove the gem ?) Once the inner loop is completed, doesn't it go back to following the outer loop again? It will first execute 06....
a given expression inside an inner loop is loop-invariant and can be hoisted out to an outer loop and computed less frequently. Inner-loop branching in CPU programs is often avoided for similar reasons; the branch is expensive, and if it occurs in the inner loop, then it occ...