--dport 80 -j REJECT --reject-with icmp-port-unreachable -A KUBE-SERVICES -d 10.96.61.252/32 -p tcp -m comment --comment "default/nginx-64: has no endpoints" -m tcp --dport 80 -j REJECT --reject-with icmp-port-unreachable --dport 80 -j REJECT --reject-with icmp-port-unreachable -A KUBE-SERVICES -d 10.98.85.41/32 -p tcp -m comment --comment "default/nginx-9: has no endpoints" -m tcp --dport 80 -j REJECT --reject-with icmp-port-unreachable --dport 80 -j REJECT --reject-with icmp-port-unreachable -A KUBE-SERVICES -d 10.106.49.80/32 -p tcp -m comment --comment "default/nginx-37: has no endpoints" -m tcp --dport 80 -j REJECT --reject-with icmp-port-unreachable

record(account, overdraft_of(transaction)); notify_user(account, overdraft_message); reject_transaction(transaction); } Needs synchronization https://godbolt.org/z/YhdcjncYoCppCon 2023 record(account, overdraft_of(transaction)); notify_user(account, overdraft_message); reject_transaction(transaction); } Needs synchronization Data race! https://godbolt.org/z/YhdcjncYoCppCon record(account, overdraft_of(transaction)); notify_user(account, overdraft_message); reject_transaction(transaction); } Incomplete synchronization https://godbolt.org/z/fnovozn8aCppCon

promise executes successfully and reject is the function that should be called when the promise encounters an error. let p =new Promise(function(resolve,reject){ let workDone=true; // some function passed resolve('success promise completed') } else{ reject('ERROR , work could not be completed') } }) Example The example given below shows function add_positivenos_async(n1, n2) { let p = new Promise(function (resolve, reject) { if (n1 >= 0 && n2 >= 0) { //do some complex time consuming

one argument, which is a callback function. The callback function has two arguments - resolve and reject; BabelJS 37 both these are internal functions. The asynchronous code which called; otherwise, the reject function is called with the error details. The following line of code shows a promise structure call: var _promise = new Promise (function(resolve, reject) { var success success = true; if (success) { resolve("success"); } else { reject("failure"); } }); _promise.then(function(value){ //once function resolve gets called it comes over here

if(err){ deferred.reject(err); }else{ deferred.resolve(body); } }); } To convert it to promise style, you should create an deferred object to resolve or reject in callback function think.prevent for preventing the subsequent logic to execute. This method returns a specific type of Reject Promise. think.middleware('parse_xml', async http => { let payload = await http.getPayload(); process.nextTick(function(){ if(xxx){ deferred.resolve(data); }else{ deferred.reject(err); } }) return deferred.promise; } The way using Deferred is much cleaner than the

the Paul and John example, in version 3 of the database, "foo" would have the value 13. • action_reject The entire incoming package is rejected, causing the sync operation to fail. In the Paul and John Use of action_reject will mean that the mobile device wasted precious network bandwidth to upload a package which was discarded. There are no conflict situations for which action_reject is the default sync, a 'situation_mod_after_mod' conflict will occur. Assuming the rules do not not specify 'action_reject' as the action, version 3 of the database will be constructed in one of the three ways, depending

think.prevent for preventing the subsequent logic to execute. This method returns a specific type of Reject Promise. In order to prevent the subsequent logic to execute, beside using the method think.prevent argument. err {Error} Error object return {Promise} reject promise Return a reject promise, and the difference between this and Promise.reject is this function will print error message automaticallly deferred.reject(err); } }) return deferred.promise; } JavaScript // the way using new Promise var fn = function(){ return new Promise(function(resolve, reject){ process.nextTick(function(){

think.prevent for preventing the subsequent logic to execute. This method returns a specific type of Reject Promise. In order to prevent the subsequent logic to execute, beside using the method think.prevent process.nextTick(function(){ if(xxx){ deferred.resolve(data); }else{ deferred.reject(err); } }) return deferred.promise; } JavaScript Notice: asynchronous callback operations argument. err {Error} Error object return {Promise} reject promise Return a reject promise, and the difference between this and Promise.reject is this function will print error message automaticallly

you really want a task to be redelivered in these scenarios you should consider enabling the task_reject_on_worker_lost setting. Warning A task that blocks indefinitely may eventually stop the worker update_state(state=states.SUCCESS, meta=timeline) raise Ignore() Reject The task may raise Reject to reject the task message using AMQPs basic_reject method. This won’t have any effect unless Task.acks_late is are redelivered to. Reject can also be used to re-queue messages, but please be very careful when using this as it can easily result in an infinite message loop. Example using reject when a task causes

you really want a task to be redelivered in these scenarios you should consider enabling the task_reject_on_worker_lost setting. Warning A task that blocks indefinitely may eventually stop the worker update_state(state=states.SUCCESS, meta=timeline) raise Ignore() Reject The task may raise Reject to reject the task message using AMQPs basic_reject method. This won’t have any effect unless Task.acks_late is are redelivered to. Reject can also be used to re-queue messages, but please be very careful when using this as it can easily result in an infinite message loop. Example using reject when a task causes