EDIT: I see that -retry only reacts to transient errors. "Transient error means either: a timeout, an FTP 4xx response code or an HTTP 5xx response code". My service can return a 404 therefore curl's retry is not my solution.
If a transient error is returned when curl tries to perform a transfer, it will retry this number of times before giving up. Setting the number to 0 makes curl do no retries (which is the default). Transient error means either: a timeout, an FTP 4xx response code or an HTTP 5xx response code.
Curl Retry Download
Download File 🔥 https://ssurll.com/2y3Hxs 🔥
When curl is about to retry a transfer, it will first wait one second and then for all forthcoming retries it will double the waiting time until it reaches 10 minutes which then will be the delay between the rest of the retries. By using --retry-delay you disable this exponential backoff algorithm. See also --retry-max-time to limit the total time allowed for retries.
Curl is available though it seems, but I don't know how that works or how to use it really. If I have a list of files in a text file (one full path per line, like :pass@server/dir/file1) how can I use curl to download all those files? And can I get curl to never give up? Like, retry infinitely and resume downloads where it left off and such?
It sets the maximum number of seconds that are allowed to have elapsed for another retry attempt to be started. If you set the maximum time to 20 seconds, curl will only start new retry attempts within a twenty second period that started before the first transfer attempt.
If curl gets a transient error code back after 18 seconds, it will be allowed to do another retry and if that operation then takes 4 seconds, there will be no more attempts but if it takes 1 second, there will be time for another retry.
Safely retry a request until it succeeds, as defined by the terminate_onparameter, which by default means a response for which http_error()is FALSE. Will also retry on error conditions raised by the underlying curl code,but if the last retry still raises one, RETRY will raise it again withstop().It is designed to be kind to the server: after each failurerandomly waits up to twice as long. (Technically it uses exponentialbackoff with jitter, using the approach outlined in -backoff-and-jitter/.)If the server returns status code 429 and specifies a retry-after value, thatvalue will be used instead, unless it's smaller than pause_min.
The flag -f or --fail cause curl to exit (or fail) with exit code 22 if it doesn't get an HTTP status of 200. The previous flag --show-errors is needed to actually see what the status code is. See below for a way of getting the status code and exiting a bit more gracefully.
There are many ways to timeouts in shell scripting, but curl provides one automatically. The -m or --max-time flag will specify a timeout in seconds. After that, the connections are cancelled and curl returns a non-zero exit code.
Now ./x.py build fails with:...downloading -lang.org/dist/2020-11-18/rust-std-beta-sparcv9-sun-solaris.tar.gz######################################################################### 100.0%extracting /opt/rust/build/cache/2020-11-18/rust-std-beta-sparcv9-sun-solaris.tar.gzcurl: (22) The requested URL returned error: 404
You can put your logic in a while loop that repeats indefinitely (we'll break out of it later). In that loop make your HTTP request and parse the response. If it is successful get the HTML returned by it and break out of the loop. If it fails pause, increment your retry attempts, and then check to see if you have reached your maximum amount of retries. If so, die().
Actually, this problem does not appear to be unique to the xscreensaver package. When I downloaded the dropbox package from the AUR and run its PKGBUILD (which *is* present in the extracted folder) it tries to download the tar.gz package, but returns a curl error instead. Is this potentially a problem with curl?
So in my test situation we end up with a case where all requests return a 404 because we keep ending up on the bad server. This seems due to both HTTP::retry causing a new node to be reselected based on LB algorithm and then explicitly telling f5 to reselect again based on the LB algorithm. If that is the case and with Round Robin being the default LB algorithm the example seems to mislead, as I expected this iRule to "try all members in a pool". In testing I can achieve this by just removing the LB::reselect command. But then I am confused as to why that is even in the irule for HTTP::retry. Also relying on the LB algorithm leads to an edge case where an unrelated request would 'increment' the LB algorithm and then I could 'miss' the 'good' server by just blindly retrying.
The entrypoint is ENTRYPOINT [/commowand-api-gin]
It is just a binary file. I had an error in the app which made the container exits which I noticed once I tried running it locally and the error was displayed in stdout (not the case on circleci, not sure why). I also realized my image had not curl installed. Sorry I am new to docker.
If you are using version 7.71.0 or higher, the --retry-all-errors, --retry and --retry-delay options can be used to retry after the peer sends the RST packet. In this example, there will be 5 retries with a 1 second delay between retries.
If you are below version 7.71.0, the --retry and --retry-delay options might allow you to retry the connection x time. In this example, there will be 5 retries with a 1 second delay between retries.
This error occurs because the curl client built-in to NetBackup is unable to communicate with the specific S3 REST endpoint due to a firewall or network route missing. This can be demonstrated by testing connectivity to the S3 REST endpoints outside of NetBackup using the (Linux OS) openssl or (NetBackup) vxsslcmd command. In this case, a firewall was blocking connectivity to the AWS region EU-WEST-1 only. The vxsslcmd is located at:
Retries for errors from Core Components Whenever a Core Component of OpenFaaS emits a HTTP error status code along with a X-OpenFaaS-Internal header, then the queue worker will retry the request automatically.
Retries for statuses from functions When a function emits a HTTP error status code, the queue-worker may retry that request, if the code is specified in the queue-worker's configuration, or via an annotation on the function.
In both cases, the initial retry delay, maximum retry attempts, and maximum wait between attempts are controlled through a priority order. If there is an annotation set on the function, then this will take precedence. If there is no annotation set on the function, then the default values set on the queue worker will be used.
We will configure a testing function to output a 429 HTTP response, which indicates that the function is too busy to process the request. This is one of the core use-cases for retrying an invocation. Once we've observed the retrying functionality, we will update the function to return a 200 response, then we'll see the request complete.
The invocation will fail, returning a 429 message. This will be received by the queue-worker which will then retry the request. Check the logs of the queue-worker in the other terminal to see this happening.
Starting today, customers can define how many retries are performed in cases where a task does not finish correctly. AWS Batch now allows customers define custom retry conditions, so that failures like an interruption of an instance or an infrastructure agent are handled differently, and do not just exhaust the number of retries attempted.
In this blog, I show the benefits of custom retry with AWS Batch by using different error codes from a job to control whether it should be retried. I will also demonstrate how to handle infrastructure events like a failing container image download, or an EC2 Spot interruption.
Different conditions are assigned an action to either EXIT or RETRY the job. Important to note, that a job finishing with an exit code of zero will EXIT the job and not evaluate the retry condition. The default behavior for all non-zero exit code is the following:
Even though the job definition has 10 attempts configured for this job, it fell straight through to FAILED as the retry strategy sets the action exit when a CannotPullContainerError occurs. Many of the error codes I can create conditions for are documented in the Amazon ECS user guide (e.g. task error codes / container pull error).
By defining retry strategies you can react to an infrastructure event (like an EC2 Spot interruption), an application signal (via the exit code), or an event within the middleware (like a container image not being available).
There are a ton of curl based script doing some while loops to solve that, even some custom go, node scripts but if you have wget if you base image, it is actually quite trivial since wget supports retries:
If you would like the HTTP client to automatically retry the request if a client or server error occurs, you may use the retry method. The retry method accepts the maximum number of times the request should be attempted and the number of milliseconds that Laravel should wait in between attempts:
If needed, you may pass a third argument to the retry method. The third argument should be a callable that determines if the retries should actually be attempted. For example, you may wish to only retry the request if the initial request encounters an ConnectionException:
If a request attempt fails, you may wish to make a change to the request before a new attempt is made. You can achieve this by modifying the request argument provided to the callable you provided to the retry method. For example, you might want to retry the request with a new authorization token if the first attempt returned an authentication error:
hi i have this same issue The server had an error processing your request. Sorry about that! You can retry your request, or contact us through our help center at help.openai.com if you keep seeing this error. (Please include the request ID ffbd9aaae063cb0783f1f03acc14ffd4 in your email.) 2351a5e196