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import { PostEventLogIsSeenRequest } from "shared/types/api/eventLog";
import { exhaustiveSwitchGuard } from "shared/utils/exhaustiveSwitchGuard";
import {
postKompassiLoginCallback,
postLogin,
postSessionRecovery,
postUpdateUserEmailAddress,
postVerifyKompassiLogin,
} from "client/services/loginServices";
import { postEventLogItemIsSeen } from "client/services/userServices";
import { BackendErrorType } from "client/types/errorTypes";
import { AppThunk } from "client/types/reduxTypes";
import {
loadGroupMembers,
loadProgramItems,
loadUser,
} from "client/utils/loadData";
import { saveSession } from "client/utils/localStorage";
import { addError, removeError } from "client/views/admin/adminSlice";
import { submitUpdateGroupCodeAsync } from "client/views/group/groupSlice";
import { LoginFormFields } from "client/views/login/components/LocalLoginForm";
import {
submitFinalizeLoginAsync,
submitLoginAsync,
submitUpdateEventLogItemsAsync,
submitVerifyKompassiLoginAsync,
} from "client/views/login/loginSlice";
import { submitLogout } from "client/views/logout/logoutActions";
export enum LoginErrorMessage {
LOGIN_FAILED = "error.loginFailed",
LOGIN_DISABLED = "error.loginDisabled",
INVALID_USER_GROUP = "error.invalidUserGroup",
UNKNOWN = "error.unknown",
}
// Signing back in makes a sign-out notice stale, so clear both rather than
// leaving the bar contradicting the app behind it
const clearSignedOutErrors = (): AppThunk<void> => {
return (dispatch): void => {
dispatch(removeError({ errorKey: BackendErrorType.SESSION_EXPIRED }));
dispatch(removeError({ errorKey: BackendErrorType.LOGIN_DISABLED }));
};
};
export const submitLogin = (
loginFormFields: LoginFormFields,
): AppThunk<Promise<LoginErrorMessage | undefined>> => {
return async (dispatch, getState): Promise<LoginErrorMessage | undefined> => {
const loginResponse = await postLogin(loginFormFields);
if (loginResponse.status === "error") {
switch (loginResponse.errorId) {
case "loginFailed":
return LoginErrorMessage.LOGIN_FAILED;
case "loginDisabled":
return LoginErrorMessage.LOGIN_DISABLED;
case "unknown":
return LoginErrorMessage.UNKNOWN;
default:
return exhaustiveSwitchGuard(loginResponse.errorId);
}
}
dispatch(clearSignedOutErrors());
saveSession({
login: { jwt: loginResponse.jwt },
});
dispatch(
submitLoginAsync({
loggedIn: true,
username: loginResponse.username,
jwt: loginResponse.jwt,
userGroup: loginResponse.userGroup,
serial: loginResponse.serial,
eventLogItems: loginResponse.eventLogItems,
kompassiUsernameAccepted: loginResponse.kompassiUsernameAccepted,
kompassiId: loginResponse.kompassiId,
email: loginResponse.email,
emailNotificationPermitAsked:
loginResponse.emailNotificationPermitAsked,
}),
);
dispatch(
submitUpdateGroupCodeAsync({
groupCode: loginResponse.groupCode,
isGroupCreator: loginResponse.isGroupCreator,
}),
);
// TODO: Remove these, backend response should return all required data
await loadUser();
await loadGroupMembers();
// Program items are skipped on startup when the app is closed and the user
// is logged out; load them now if they weren't already loaded
if (getState().allProgramItems.programItems.length === 0) {
await loadProgramItems({ forceUpdate: false });
}
};
};
enum SubmitSessionRecoveryErrorMessage {
LOGIN_FAILED = "error.loginFailed",
LOGIN_DISABLED = "error.loginDisabled",
SESSION_EXPIRED = "backendError.sessionExpired",
UNKNOWN = "error.unknown",
}
export const submitSessionRecovery = (
currentJwt: string,
): AppThunk<Promise<SubmitSessionRecoveryErrorMessage | undefined>> => {
return async (
dispatch,
useState,
): Promise<SubmitSessionRecoveryErrorMessage | undefined> => {
const loginResponse = await postSessionRecovery(currentJwt);
if (loginResponse.status === "error") {
// Logging out drops the stored session and the copy the store read from
// it at startup. Clearing storage alone would leave that copy behind,
// and the caller decides whether to recover from it - so recovery would
// be attempted again on every poll for as long as the tab stayed open
switch (loginResponse.errorId) {
// Log out first so the error is raised against the state the reset
// leaves behind, whatever the reset chooses to preserve
case "sessionExpired":
case "loginFailed":
// Indistinguishable to the user: the stored session no longer works
dispatch(submitLogout());
dispatch(addError({ errorKey: BackendErrorType.SESSION_EXPIRED }));
return loginResponse.errorId === "sessionExpired"
? SubmitSessionRecoveryErrorMessage.SESSION_EXPIRED
: SubmitSessionRecoveryErrorMessage.LOGIN_FAILED;
case "loginDisabled":
// A different situation: logging in again won't help
dispatch(submitLogout());
dispatch(addError({ errorKey: BackendErrorType.LOGIN_DISABLED }));
return SubmitSessionRecoveryErrorMessage.LOGIN_DISABLED;
case "unknown":
// Could be anything, including never having reached the server, so
// keep the session for the next poll to try again
return SubmitSessionRecoveryErrorMessage.UNKNOWN;
default:
return exhaustiveSwitchGuard(loginResponse.errorId);
}
}
dispatch(clearSignedOutErrors());
saveSession({
login: { jwt: loginResponse.jwt },
});
const state = useState();
const updatedLogin = {
loggedIn: true,
username: loginResponse.username,
jwt: loginResponse.jwt,
userGroup: loginResponse.userGroup,
serial: loginResponse.serial,
eventLogItems: loginResponse.eventLogItems,
kompassiUsernameAccepted: loginResponse.kompassiUsernameAccepted,
kompassiId: loginResponse.kompassiId,
email: loginResponse.email,
emailNotificationPermitAsked: loginResponse.emailNotificationPermitAsked,
};
if (!isDeepEqual(state.login, updatedLogin)) {
dispatch(submitLoginAsync(updatedLogin));
}
const currentGroup = {
groupCode: state.group.groupCode,
isGroupCreator: state.group.isGroupCreator,
};
const updatedGroup = {
groupCode: loginResponse.groupCode,
isGroupCreator: loginResponse.isGroupCreator,
};
if (!isDeepEqual(currentGroup, updatedGroup)) {
dispatch(submitUpdateGroupCodeAsync(updatedGroup));
}
};
};
export const submitUpdateEventLogIsSeen = (
request: PostEventLogIsSeenRequest,
): AppThunk => {
return async (dispatch): Promise<void> => {
const response = await postEventLogItemIsSeen(request);
Iif (response.status === "error") {
return;
}
dispatch(submitUpdateEventLogItemsAsync(response.eventLogItems));
};
};
export const submitKompassiLogin = (
code: string,
): AppThunk<Promise<LoginErrorMessage | undefined>> => {
return async (dispatch): Promise<LoginErrorMessage | undefined> => {
const loginResponse = await postKompassiLoginCallback(code);
Iif (loginResponse.status === "error") {
switch (loginResponse.errorId) {
case "loginFailed":
return LoginErrorMessage.LOGIN_FAILED;
case "loginDisabled":
return LoginErrorMessage.LOGIN_DISABLED;
case "invalidUserGroup":
return LoginErrorMessage.INVALID_USER_GROUP;
case "unknown":
return LoginErrorMessage.UNKNOWN;
default:
return exhaustiveSwitchGuard(loginResponse.errorId);
}
}
dispatch(clearSignedOutErrors());
saveSession({
login: { jwt: loginResponse.jwt },
});
dispatch(
submitLoginAsync({
loggedIn: true,
username: loginResponse.username,
jwt: loginResponse.jwt,
userGroup: loginResponse.userGroup,
serial: loginResponse.serial,
eventLogItems: loginResponse.eventLogItems,
kompassiUsernameAccepted: loginResponse.kompassiUsernameAccepted,
kompassiId: loginResponse.kompassiId,
email: loginResponse.email,
emailNotificationPermitAsked:
loginResponse.emailNotificationPermitAsked,
}),
);
dispatch(
submitUpdateGroupCodeAsync({
groupCode: loginResponse.groupCode,
isGroupCreator: loginResponse.isGroupCreator,
}),
);
// TODO: Remove these, backend response should return all required data
await loadUser();
await loadGroupMembers();
};
};
export enum KompassiVerifyErrorMessage {
USERNAME_TAKEN = "error.usernameTaken",
LOGIN_FAILED = "error.loginFailed",
UNKNOWN = "error.unknown",
}
export enum UpdateUserEmailAddressErrorMessage {
UNKNOWN = "error.unknown",
INVALID_EMAIL = "validation.invalidEmail",
}
export const submitVerifyKompassiLogin = (
username: string,
): AppThunk<Promise<KompassiVerifyErrorMessage | undefined>> => {
return async (dispatch): Promise<KompassiVerifyErrorMessage | undefined> => {
const response = await postVerifyKompassiLogin(username);
if (response.status === "error") {
switch (response.errorId) {
case "usernameNotFree":
return KompassiVerifyErrorMessage.USERNAME_TAKEN;
case "loginFailed":
// The session JWT points to a username that no longer exists, so
// retrying cannot succeed - log out and let the user log in again
dispatch(submitLogout());
return KompassiVerifyErrorMessage.LOGIN_FAILED;
case "unknown":
return KompassiVerifyErrorMessage.UNKNOWN;
default:
return exhaustiveSwitchGuard(response.errorId);
}
}
dispatch(
submitVerifyKompassiLoginAsync({
username: response.username,
kompassiUsernameAccepted: response.kompassiUsernameAccepted,
jwt: response.jwt,
}),
);
// Session recovery failures are otherwise silent (the endpoint gets the
// suppressed background error handling), so surface them here where the
// form can show the error
const recoveryError = await dispatch(submitSessionRecovery(response.jwt));
Iif (recoveryError) {
return KompassiVerifyErrorMessage.UNKNOWN;
}
};
};
export const submitUpdateUserEmailAddress = (
email: string,
): AppThunk<Promise<UpdateUserEmailAddressErrorMessage | undefined>> => {
return async (
dispatch,
): Promise<UpdateUserEmailAddressErrorMessage | undefined> => {
const updateEmailResponse = await postUpdateUserEmailAddress(email);
Iif (updateEmailResponse.status === "error") {
switch (updateEmailResponse.errorId) {
case "unknown":
return UpdateUserEmailAddressErrorMessage.UNKNOWN;
case "invalidEmail":
return UpdateUserEmailAddressErrorMessage.INVALID_EMAIL;
default:
return exhaustiveSwitchGuard(updateEmailResponse.errorId);
}
}
dispatch(
submitFinalizeLoginAsync({
email: updateEmailResponse.email,
emailNotificationPermitAsked:
updateEmailResponse.emailNotificationPermitAsked,
jwt: updateEmailResponse.jwt,
}),
);
// Session recovery failures are otherwise silent (the endpoint gets the
// suppressed background error handling), so surface them here where the
// form can show the error
const recoveryError = await dispatch(
submitSessionRecovery(updateEmailResponse.jwt),
);
if (recoveryError) {
return UpdateUserEmailAddressErrorMessage.UNKNOWN;
}
};
};
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