import { UserResource } from "~/models/user";
import { GroupResource } from "~/models/group";
import { LinkAccountPanelError, OriginatingUser } from "./link-account-panel-reducer";
-import { login, logout } from "~/store/auth/auth-action";
+import { login, logout, setAuthorizationHeader } from "~/store/auth/auth-action";
import { progressIndicatorActions } from "~/store/progress-indicator/progress-indicator-actions";
import { WORKBENCH_LOADING_SCREEN } from '~/store/workbench/workbench-actions';
error: LinkAccountPanelError }>(),
SET_SELECTED_CLUSTER: ofType<{
selectedCluster: string }>(),
+ SET_IS_PROCESSING: ofType<{
+ isProcessing: boolean}>(),
HAS_SESSION_DATA: {}
});
export const loadLinkAccountPanel = () =>
async (dispatch: Dispatch<any>, getState: () => RootState, services: ServiceRepository) => {
- // If there are remote hosts, set the initial selected cluster by getting the first cluster that isn't the local cluster
- if (getState().linkAccountPanel.selectedCluster === undefined) {
- const localCluster = getState().auth.localCluster;
- let selectedCluster = localCluster;
- for (const key in getState().auth.remoteHosts) {
- if (key !== localCluster) {
- selectedCluster = key;
- break;
+ try {
+ // If there are remote hosts, set the initial selected cluster by getting the first cluster that isn't the local cluster
+ if (getState().linkAccountPanel.selectedCluster === undefined) {
+ const localCluster = getState().auth.localCluster;
+ let selectedCluster = localCluster;
+ for (const key in getState().auth.remoteHosts) {
+ if (key !== localCluster) {
+ selectedCluster = key;
+ break;
+ }
}
+ dispatch(linkAccountPanelActions.SET_SELECTED_CLUSTER({ selectedCluster }));
}
- dispatch(linkAccountPanelActions.SET_SELECTED_CLUSTER({ selectedCluster }));
- }
- // First check if an account link operation has completed
- dispatch(checkForLinkStatus());
+ // First check if an account link operation has completed
+ dispatch(checkForLinkStatus());
- // Continue loading the link account panel
- dispatch(setBreadcrumbs([{ label: 'Link account'}]));
- const curUser = getState().auth.user;
- const curToken = getState().auth.apiToken;
- if (curUser && curToken) {
- const curUserResource = await services.userService.get(curUser.uuid);
- const linkAccountData = services.linkAccountService.getAccountToLink();
+ // Continue loading the link account panel
+ dispatch(setBreadcrumbs([{ label: 'Link account'}]));
+ const curUser = getState().auth.user;
+ const curToken = getState().auth.apiToken;
+ if (curUser && curToken) {
- // If there is link account session data, then the user has logged in a second time
- if (linkAccountData) {
+ // If there is link account session data, then the user has logged in a second time
+ const linkAccountData = services.linkAccountService.getAccountToLink();
+ if (linkAccountData) {
- // Use the token of the user we are getting data for. This avoids any admin/non-admin permissions
- // issues since a user will always be able to query the api server for their own user data.
- dispatch(saveApiToken(linkAccountData.token));
- const savedUserResource = await services.userService.get(linkAccountData.userUuid);
- dispatch(saveApiToken(curToken));
+ dispatch(linkAccountPanelActions.SET_IS_PROCESSING({ isProcessing: true }));
+ const curUserResource = await services.userService.get(curUser.uuid);
- let params: any;
- if (linkAccountData.type === LinkAccountType.ACCESS_OTHER_ACCOUNT || linkAccountData.type === LinkAccountType.ACCESS_OTHER_REMOTE_ACCOUNT) {
- params = {
- originatingUser: OriginatingUser.USER_TO_LINK,
- targetUser: curUserResource,
- targetUserToken: curToken,
- userToLink: savedUserResource,
- userToLinkToken: linkAccountData.token
- };
- }
- else if (linkAccountData.type === LinkAccountType.ADD_OTHER_LOGIN || linkAccountData.type === LinkAccountType.ADD_LOCAL_TO_REMOTE) {
- params = {
- originatingUser: OriginatingUser.TARGET_USER,
- targetUser: savedUserResource,
- targetUserToken: linkAccountData.token,
- userToLink: curUserResource,
- userToLinkToken: curToken
- };
- }
- else {
- // This should never really happen, but just in case, switch to the user that
- // originated the linking operation (i.e. the user saved in session data)
- dispatch(switchUser(savedUserResource, linkAccountData.token));
- services.linkAccountService.removeAccountToLink();
- dispatch(linkAccountPanelActions.LINK_INIT({targetUser:savedUserResource}));
- }
+ // Use the token of the user we are getting data for. This avoids any admin/non-admin permissions
+ // issues since a user will always be able to query the api server for their own user data.
+ setAuthorizationHeader(services, linkAccountData.token);
+ const savedUserResource = await services.userService.get(linkAccountData.userUuid);
+ setAuthorizationHeader(services, curToken);
+
+ let params: any;
+ if (linkAccountData.type === LinkAccountType.ACCESS_OTHER_ACCOUNT || linkAccountData.type === LinkAccountType.ACCESS_OTHER_REMOTE_ACCOUNT) {
+ params = {
+ originatingUser: OriginatingUser.USER_TO_LINK,
+ targetUser: curUserResource,
+ targetUserToken: curToken,
+ userToLink: savedUserResource,
+ userToLinkToken: linkAccountData.token
+ };
+ }
+ else if (linkAccountData.type === LinkAccountType.ADD_OTHER_LOGIN || linkAccountData.type === LinkAccountType.ADD_LOCAL_TO_REMOTE) {
+ params = {
+ originatingUser: OriginatingUser.TARGET_USER,
+ targetUser: savedUserResource,
+ targetUserToken: linkAccountData.token,
+ userToLink: curUserResource,
+ userToLinkToken: curToken
+ };
+ }
+ else {
+ throw new Error("Unknown link account type");
+ }
- dispatch(switchUser(params.targetUser, params.targetUserToken));
- const error = validateLink(params.userToLink, params.targetUser);
- if (error === LinkAccountPanelError.NONE) {
- dispatch(linkAccountPanelActions.LINK_LOAD(params));
+ dispatch(switchUser(params.targetUser, params.targetUserToken));
+ const error = validateLink(params.userToLink, params.targetUser);
+ if (error === LinkAccountPanelError.NONE) {
+ dispatch(linkAccountPanelActions.LINK_LOAD(params));
+ }
+ else {
+ dispatch(linkAccountPanelActions.LINK_INVALID({
+ originatingUser: params.originatingUser,
+ targetUser: params.targetUser,
+ userToLink: params.userToLink,
+ error}));
+ return;
+ }
}
else {
- dispatch(linkAccountPanelActions.LINK_INVALID({
- originatingUser: params.originatingUser,
- targetUser: params.targetUser,
- userToLink: params.userToLink,
- error}));
+ // If there is no link account session data, set the state to invoke the initial UI
+ const curUserResource = await services.userService.get(curUser.uuid);
+ dispatch(linkAccountPanelActions.LINK_INIT({ targetUser: curUserResource }));
return;
}
}
- else {
- // If there is no link account session data, set the state to invoke the initial UI
- dispatch(linkAccountPanelActions.LINK_INIT({ targetUser: curUserResource }));
- return;
- }
+ }
+ catch (e) {
+ dispatch(linkFailed());
+ }
+ finally {
+ dispatch(linkAccountPanelActions.SET_IS_PROCESSING({ isProcessing: false }));
}
};
return services.linkAccountService.getAccountToLink();
};
-export const cancelLinking = () =>
+export const cancelLinking = (reload: boolean = false) =>
async (dispatch: Dispatch<any>, getState: () => RootState, services: ServiceRepository) => {
let user: UserResource | undefined;
try {
- dispatch(progressIndicatorActions.START_WORKING(WORKBENCH_LOADING_SCREEN));
// When linking is cancelled switch to the originating user (i.e. the user saved in session data)
+ dispatch(progressIndicatorActions.START_WORKING(WORKBENCH_LOADING_SCREEN));
const linkAccountData = services.linkAccountService.getAccountToLink();
if (linkAccountData) {
- dispatch(saveApiToken(linkAccountData.token));
+ services.linkAccountService.removeAccountToLink();
+ setAuthorizationHeader(services, linkAccountData.token);
user = await services.userService.get(linkAccountData.userUuid);
dispatch(switchUser(user, linkAccountData.token));
}
}
finally {
- services.linkAccountService.removeAccountToLink();
- dispatch(linkAccountPanelActions.LINK_INIT({targetUser:user}));
- dispatch(progressIndicatorActions.STOP_WORKING(WORKBENCH_LOADING_SCREEN));
+ if (reload) {
+ location.reload();
+ }
+ else {
+ dispatch(progressIndicatorActions.STOP_WORKING(WORKBENCH_LOADING_SCREEN));
+ }
}
};
try {
// The merge api links the user sending the request into the user
- // specified in the request, so switch users for this api call
- dispatch(saveApiToken(linkState.userToLinkToken));
+ // specified in the request, so change the authorization header accordingly
+ setAuthorizationHeader(services, linkState.userToLinkToken);
await services.linkAccountService.linkAccounts(linkState.targetUserToken, newGroup.uuid);
dispatch(switchUser(linkState.targetUser, linkState.targetUserToken));
services.linkAccountService.removeAccountToLink();
catch(e) {
// If the link operation fails, delete the previously made project
try {
- dispatch(saveApiToken(linkState.targetUserToken));
+ setAuthorizationHeader(services, linkState.targetUserToken);
await services.projectService.delete(newGroup.uuid);
}
finally {
projects / arvados-workbench2.git / blobdiff