portainer/app/docker/views/containers/containersController.js

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angular.module('portainer.docker').controller('ContainersController', ContainersController);
import _ from 'lodash';
feat(endpoints): add the ability to browse offline endpoints (#2253) * feat(back): saved data in snapshot * feat(endpoints): adding interceptors to retrieve saved data on offline endpoints * feat(endpoints): offline dashboard working - need tests on offline views * refactor(endpoints): interceptors cleaning and saving/loading offline endpoints data in/from localstorage * feat(endpoints): browsing offline endpoints * feat(endpoints): removing all the link in offline mode - sidebar not working when switching between off and on modes w/ stateManager logic * feat(endpoints): endpoint status detection in real time * fix(endpoints): offline swarm endpoint are not accessible anymore * fix(endpoints): refactor message + disable offline browsing for an endpoint when no snapshot is available for it * fix(endpoints): adding timeout and enabling loading bar for offline requests * fix(endpoints): trying to access a down endpoint wont remove sidebar items if it fails * feat(endpoints): disable checkboxes on offline views for offline mode * feat(endpoints): updating endpoint status when detecting a change * refactor(host): moved offline status panel from engine view to new host view * fix(endpoints): missing endpoint update on ping from home view * fix(api): rework EndpointUpdate operation * refactor(offline): moved endpoint status to EndpointProvider and refactor the status-changed detection * fix(offline): moved status detection to callback on views -> prevent displaying the offline message when endpoint is back online on view change * fix(offline): offline message is now displayed online when browsing an offline endpoint * fix(offline): sidebar updates correctly on endpoint status change * fix(offline): offline panel not displayed and hidden on online mode * refactor(offline): rework of OfflineMode management * refactor(offline): extract information-panel for offlineMode into a component * refactor(offline): remove redundant binding of informationPanel + endpointStatusInterceptor patter as service * refactor(interceptors): moved interceptors pattern to service pattern * feat(stacks): prevent inspection of a stack in offline mode * feat(host): hide devices/disk panels in offline mode * feat(host): disable browse action in offline mode * refactor(home): remove comments
2018-10-28 09:27:06 +00:00
/* @ngInject */
function ContainersController($scope, ContainerService, Notifications, endpoint) {
$scope.offlineMode = endpoint.Status !== 1;
$scope.endpoint = endpoint;
$scope.getContainers = getContainers;
function getContainers() {
$scope.containers = null;
$scope.containers_t = null;
ContainerService.containers(1)
.then(function success(data) {
$scope.containers_t = data;
if ($scope.containers_t.length === 0) {
$scope.containers = $scope.containers_t;
return;
}
for (let item of $scope.containers_t) {
ContainerService.container(item.Id).then(function success(data) {
var Id = data.Id;
for (var i = 0; i < $scope.containers_t.length; i++) {
if (Id == $scope.containers_t[i].Id) {
const gpuOptions = _.find(data.HostConfig.DeviceRequests, function (o) {
return o.Driver === 'nvidia' || o.Capabilities[0][0] === 'gpu';
});
if (!gpuOptions) {
$scope.containers_t[i]['Gpus'] = 'none';
} else {
let gpuStr = 'all';
if (gpuOptions.Count !== -1) {
gpuStr = `id:${_.join(gpuOptions.DeviceIDs, ',')}`;
}
$scope.containers_t[i]['Gpus'] = `${gpuStr}`;
}
}
}
for (let item of $scope.containers_t) {
if (!Object.keys(item).includes('Gpus')) {
return;
}
}
$scope.containers = $scope.containers_t;
});
}
})
.catch(function error(err) {
Notifications.error('Failure', err, 'Unable to retrieve containers');
$scope.containers = [];
});
}
function initView() {
getContainers();
}
initView();
}