1use Illuminate\Contracts\Cache\LockTimeoutException; 2 3$lock = Cache::lock('foo', 10); 4 5try { 6 $lock->block(5); 7 8 // Lock acquired after waiting a maximum of 5 seconds... 9} catch (LockTimeoutException $e) { 10 // Unable to acquire lock... 11} finally { 12...
After a large number of requests for the business routes, if diff_mem is always greater than zero and curr_mem continues to increase, there is a high probability of memory leak; If curr_mem always changes within a certain range and does not continue to increase, there is a low ...
Cronboy decides that a job was dispatched successfully if your application response has a status of 200. In other way cronboy will retries to make a request until 200 will be received or the maximum retry number will be achieved. It will increase time interval between each retried request. A...
In this contextlatencyis the maximum delay between the time a client issues a command and the time the reply to the command is received by the client. Usually Redis processing time is extremely low, in the sub microsecond range, but there are certain conditions leading to higher latency figur...
1use Illuminate\Contracts\Cache\LockTimeoutException; 2 3$lock = Cache::lock('foo', 10); 4 5try { 6 $lock->block(5); 7 8 // Lock acquired after waiting a maximum of 5 seconds... 9} catch (LockTimeoutException $e) { 10 // Unable to acquire lock... 11} finally { 12...
As already, explained bursting is an exploit that a hacker can use against the Laravel rate limiter and to monitor (increase the limits) the exploit makes the attack surface area even bigger. The bursting limit in a Leaky Bucket implementation is a separate limit that does not expire in a ...
After a large number of requests for the business routes, if diff_mem is always greater than zero and curr_mem continues to increase, there is a high probability of memory leak; If curr_mem always changes within a certain range and does not continue to increase, there is a low ...