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Time errors limit Solani: Guide to Jupiter API problems
Introduction
As an application developer in Blockchain Solan you will find errors when you interact with external application subscriptions, such as the Jupiter application subscription. A common problem is the boundary errors that occur when the application fails when the request is completed within a certain period of time. In this article, we will look at how to identify and avoid time limit errors in your Sorana code using Node.JS.
What are the time errors?
Border errors occur when the application exceeds the expected response time of the API call. This may be due to a number of reasons such as:
- Network delay
- API request complexity
- Server overload
- Incomplete or abuse
Identification of time errors in the Jupiter API code
In order to detect limit times errors, we need to analyze your code and identify potential problems that may take a deadline. Here are some -khato areas to focus on:
1.
API Call Restrictions
Make sure you exceed the recommended call limits for each API terminal.
`Javascript
Const Rubswap = asynchronous (quote, telegram) {
to try {
// … existing code …
Const Response = Waiting for Fetchjupite Therapy (reference, telegram);
Const Timeouterror = Answer.Tatus> = 408 || response.tatus> = 500;
if (timeouterror) {
Console.error (‘Time Firm Limit:’, Answer);
throw a new mistake (‘time limit error’);
}
} catch (error) {
if (error. Code === ‘Finance’) {
Console.error (‘Time Error Limit:’, Error);
spear error;
} other {
// deals with other errors
Console.error (error);
}
}
}
`
2.
Ask for complexity
Make sure your application subscriptions are not very complex or intensive resources.
`Javascript
Const rebitewap = asynchronous (quote, telegram) => {
to try {
Const wallet = wait for getwallet (telegram);
// … existing code …
Const Response = Waiting for Fetchjupite Therapy (reference, telegram);
if (response.tatus> = 408 || Response.status> = 500) {
Console.error (‘Complex Request:’, Answer);
Throw a new mistake (‘Complex request error’);
}
} catch (error) {
// deals with other errors
Console.error (error);
}
}
`
3.
Server overload
Follow your server performance and adjust your code accordingly.
`Javascript
Const Rubswap = asynchronous (quote, telegram) => {
to try {
Const wallet = wait for getwallet (telegram);
// … existing code …
Const Response = Waiting for Fetchjupite Therapy (reference, telegram);
if (response.tatus> = 408 || Response.status> = 500) {
Console.error (‘server overload error:’, answer);
throw a new error (‘server overload error’);
}
} catch (error) {
// deals with other errors
Console.error (error);
}
}
`
4.
Incomplete or abuse
Make sure that the API answers are perfect and well -shaped.
`Javascript
Const rebitewap = asynchronous (quote, telegram) => {
to try {
Const wallet = wait for getwallet (telegram);
// … existing code …
Const Response = Waiting for Fetchjupite Therapy (reference, telegram);
If (! Response.ok ||! Response.Headers.Get (‘Content type’). Startswith (‘Application/JSON’)) {
Console.error (‘incomplete or deformed answer:’, answer);
Throw a new mistake (‘incomplete or deformed answer’);
}
} catch (error) {
// deals with other errors
Console.error (error);
}
}
`
Best Practices
Follow these best practices to ensure that your code remains a lasting limited time errors:
- Make the mechanisms of trying to enter API calls exponentially.
- Follow your server performance and adjust the code.
- Register and analyze API response errors to identify potential problems.
