![]() ![]() Still, in the end, we had to ship a 12-13MB query engine that Prisma absolutely needed. We use ESBuild to build the backend TypeScript, and had to write multiple patches in the build pipeline to remove extra engines, extra prisma files and node_modules and bring the deployment size under 50MB. Our AWS lambda deployments were failing because of exceeded 50MB size limit. It was a shock finding out that Prisma needs almost a “db” engine layer of its own. The first problem we saw with Prisma, which nobody noticed earlier is that Prisma is shipping multiple 10-20MB “engines”. It looked great! Problems with deploymentĪt codedamn, we use AWS lambdas for hosting our GraphQL-powered backend. We rewrote our first version of the backend converting the full codebase from Mongoose ORM to Prisma. The syntax is very clear.īut that’s pretty much where the benefits end. One of the good things about Prisma (which we still use) is the ability to create the schema in containing all relations, defaults, and data types. One of the biggest mistakes we did was trusting Prisma marketing blindly. This article is for developers considering using Prisma for their production workloads – don’t. We faced a lot of interesting challenges, and the biggest one of them was a two-time rewrite of the codebase. So, always ensure that the recursive function has a base condition that can stop its execution.Last week, we completed a migration that switched our underlying database from MongoDB to Postgres. The Uncaught RangeError is caused when the browser’s hardcoded stack size is exceeded and the memory is exhausted. ![]() If the value of i reaches 10, the same function will not be called again. In the above example, we have created an if condition to check the value of i. When the code satisfies the condition, the function execution is stopped. We should call a recursive function with an If condition. The recursive function is called, which then calls another function, and goes on until it exceeds the call stack limit. ![]() In the above example, we are recursively calling fun_first() due to which the error is Uncaught RangeError encountered. To prevent this, always check the validity of input ranges and how the functions are working with the ranges. When this happens, browsers like Google Chrome will give you the Uncaught RangeError message. Other programs have functions that may go out of range. Some JS programs have ranges of inputs that the user can give. This will prevent the maximum call stack to overflow and the error will not pop up. So, call recursive functions carefully so that they terminate after a certain condition is met. When you call a recursive function, again and again, this limit is exceeded and the error is displayed. Your browser will allocate a certain amount of memory to all data types of the code you are running. This error is caused mainly due to the following reasons – Non-Terminating Recursive Functions ![]() What do you Mean by Maximum Call Stack Error? Let us look at the error in detail and the solution too. It happens when the function call exceeds the call stack limit. The error “Uncaught RangeError: Maximum call stack size exceeded” is common among programmers who work with JavaScript. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |