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import { bulkUpdateDataWrapper, ErrorType, getItems, logError } from "libs";
import { getPackage, getPackageChangelog } from "libs/api/package";
import {
KafkaRecord,
opensearch,
SEATOOL_STATUS,
SeatoolRecordWithUpdatedDate,
SeatoolSpwStatusEnum,
} from "shared-types";
import {
onemacLegacyUserInformation,
onemacLegacyUserRoleRequest,
userInformation,
userRoleRequest,
} from "shared-types/events/legacy-user";
import { Document, legacyTransforms, seatool, transforms } from "shared-types/opensearch/main";
import { decodeBase64WithUtf8 } from "shared-utils";
import {
deleteAdminChangeSchema,
extendSubmitNOSOAdminSchema,
splitSPAAdminChangeSchema,
updateIdAdminChangeSchema,
updateValuesAdminChangeSchema,
} from "./update/adminChangeSchemas";
const removeDoubleQuotesSurroundingString = (str: string) => str.replace(/^"|"$/g, "");
const adminRecordSchema = deleteAdminChangeSchema
.or(updateValuesAdminChangeSchema)
.or(updateIdAdminChangeSchema)
.or(splitSPAAdminChangeSchema)
.or(extendSubmitNOSOAdminSchema);
type OneMacRecord = {
id: string;
[key: string]: unknown | undefined;
};
type ParsedRecordFromKafka = Partial<{
event: string;
origin: string;
isAdminChange: boolean;
adminChangeType: string;
}>;
type ParsedLegacyRecordFromKafka = Partial<{
componentType: string;
sk: string;
GSI1pk: string;
}>;
// Used for updating access for legacy user role events and request state access on mako
export const isRecordAUserRoleRequest = (
record: OneMacRecord,
): record is OneMacRecord & { eventType: "user-role" | "legacy-user-role" } => {
return (
typeof record === "object" &&
record !== null &&
(record.eventType === "user-role" || record.eventType === "legacy-user-role")
);
};
// Only used for ingesting legacy user role documents?
export const isRecordALegacyUserRoleRequest = (
record: ParsedLegacyRecordFromKafka,
kafkaSource: string,
): record is {
componentType: keyof typeof legacyTransforms;
} =>
typeof record === "object" &&
record.sk !== undefined &&
[
"defaultcmsuser",
"cmsroleapprover",
"cmsreviewer",
"statesystemadmin",
"helpdesk",
"statesubmitter",
].some((role) => record!.sk!.includes(role)) &&
kafkaSource === "onemac";
export const isRecordALegacyUser = (
record: ParsedLegacyRecordFromKafka,
kafkaSource: string,
): record is {
componentType: keyof typeof legacyTransforms;
} =>
typeof record === "object" &&
record.sk !== undefined &&
record.sk === "ContactInfo" &&
kafkaSource === "onemac";
export const isRecordAUser = (
record: OneMacRecord,
): record is OneMacRecord & { eventType: "user-info" | "legacy-user-info" } =>
typeof record === "object" &&
record !== null &&
(record.eventType === "user-info" || record.eventType === "legacy-user-info");
export const isRecordALegacyOneMacRecord = (
record: ParsedLegacyRecordFromKafka,
kafkaSource: string,
): record is {
componentType: keyof typeof legacyTransforms;
} =>
typeof record === "object" &&
record?.componentType !== undefined &&
record.componentType in legacyTransforms &&
record.sk === "Package" &&
record.GSI1pk !== undefined &&
(record.GSI1pk === "OneMAC#spa" || record.GSI1pk === "OneMAC#waiver") &&
kafkaSource === "onemac";
const isRecordAOneMacRecord = (
record: ParsedRecordFromKafka,
): record is { event: keyof typeof transforms } =>
typeof record === "object" &&
record?.event !== undefined &&
record.event in transforms &&
record?.origin === "mako";
const isRecordAnAdminOneMacRecord = (
record: ParsedRecordFromKafka,
): record is { adminChangeType: string; isAdminChange: boolean } =>
typeof record === "object" &&
record?.isAdminChange === true &&
record?.adminChangeType !== undefined;
const getOneMacRecordWithAllProperties = (
value: string,
topicPartition: string,
kafkaRecord: KafkaRecord,
): OneMacRecord | undefined => {
const record = JSON.parse(decodeBase64WithUtf8(value));
const kafkaSource = String.fromCharCode(...(kafkaRecord.headers[0]?.source || []));
if (isRecordAnAdminOneMacRecord(record)) {
const safeRecord = adminRecordSchema.safeParse(record);
if (safeRecord.success === false) {
console.warn(`Skipping package with invalid format for type "${record.adminChangeType}"`);
logError({
type: ErrorType.VALIDATION,
error: safeRecord.error.errors,
metadata: { topicPartition, kafkaRecord, record },
});
return;
}
const { data: oneMacAdminRecord } = safeRecord;
return oneMacAdminRecord;
}
if (isRecordAOneMacRecord(record)) {
const transformForEvent = transforms[record.event];
const safeEvent = transformForEvent.transform().safeParse(record);
if (safeEvent.success === false) {
logError({
type: ErrorType.VALIDATION,
error: safeEvent.error.errors,
metadata: { topicPartition, kafkaRecord, record },
});
return;
}
const { data: oneMacRecord } = safeEvent;
return oneMacRecord;
}
Iif (isRecordAUserRoleRequest(record)) {
const userParseResult = userRoleRequest.safeParse(record);
if (userParseResult.success === true) {
console.log("USER RECORD: ", JSON.stringify(record));
return userParseResult.data;
}
console.log("USER RECORD INVALID BECAUSE: ", userParseResult.error, JSON.stringify(record));
}
Iif (isRecordALegacyUserRoleRequest(record, kafkaSource)) {
const userParseResult = onemacLegacyUserRoleRequest.safeParse({
...record,
eventType: "legacy-user-role",
});
if (userParseResult.success === true) {
console.log("USER RECORD: ", JSON.stringify(record));
return userParseResult.data;
}
console.log("USER RECORD INVALID BECAUSE: ", userParseResult.error, JSON.stringify(record));
}
Iif (isRecordALegacyUser(record, kafkaSource)) {
const userParseResult = onemacLegacyUserInformation.safeParse({
...record,
eventType: "legacy-user-info",
});
if (userParseResult.success === true) {
console.log("USER RECORD: ", JSON.stringify(record));
return userParseResult.data;
}
console.log("USER RECORD INVALID BECAUSE: ", userParseResult.error, JSON.stringify(record));
}
Iif (isRecordAUser(record)) {
const userParseResult = userInformation.safeParse(record);
if (userParseResult.success === true) {
console.log("USER RECORD: ", JSON.stringify(record));
return userParseResult.data;
}
console.log("USER RECORD INVALID BECAUSE: ", userParseResult.error, JSON.stringify(record));
}
if (isRecordALegacyOneMacRecord(record, kafkaSource)) {
const transformForLegacyEvent = legacyTransforms[record.componentType];
const safeEvent = transformForLegacyEvent
.transform()
.transform((data) => ({ ...data, proposedEffectiveDate: null }))
.safeParse(record);
Iif (safeEvent.success === false) {
logError({
type: ErrorType.VALIDATION,
error: safeEvent.error.errors,
metadata: { topicPartition, kafkaRecord, record },
});
return;
}
const { data: oneMacLegacyRecord } = safeEvent;
return oneMacLegacyRecord;
}
console.error(`No transform found for event: ${record.event}`);
return;
};
/**
* Processes incoming new records from the OneMac user interface and adds them to Mako
* @param kafkaRecords records to process
* @param topicPartition kafka topic for verbose error handling
*/
export const insertOneMacRecordsFromKafkaIntoMako = async (
kafkaRecords: KafkaRecord[],
topicPartition: string,
) => {
const oneMacRecordsForMako = kafkaRecords.reduce<OneMacRecord[]>((collection, kafkaRecord) => {
try {
const { value } = kafkaRecord;
if (!value) {
return collection;
}
const oneMacRecordWithAllProperties = getOneMacRecordWithAllProperties(
value,
topicPartition,
kafkaRecord,
);
if (oneMacRecordWithAllProperties) {
return collection.concat(oneMacRecordWithAllProperties);
}
} catch (error) {
logError({
type: ErrorType.BADPARSE,
error,
metadata: { topicPartition, kafkaRecord },
});
}
return collection;
}, []);
const oneMacRecords = oneMacRecordsForMako.filter(
(record) =>
record.eventType !== "user-info" &&
record.eventType !== "legacy-user-role" &&
record.eventType !== "legacy-user-info" &&
record.eventType !== "user-role",
);
const oneMacUsers = oneMacRecordsForMako.filter(
(record) => record.eventType === "user-info" || record.eventType === "legacy-user-info",
);
const roleRequests = oneMacRecordsForMako
.filter((record) => record.eventType === "legacy-user-role" || record.eventType === "user-role")
.sort((a, b) => {
return (a.lastModifiedDate as any) - (b.lastModifiedDate as any);
});
await bulkUpdateDataWrapper(oneMacRecords, "main");
await bulkUpdateDataWrapper(oneMacUsers, "users");
await bulkUpdateDataWrapper(roleRequests, "roles");
};
// Seatool sets their days to a fixed time so we just round it to the day.
function normalizeToDate(timestamp: string | number | Date): number {
const date = new Date(timestamp);
date.setHours(0, 0, 0, 0);
return date.getTime();
}
const getMakoDocTimestamps = async (kafkaRecords: KafkaRecord[]) => {
const kafkaIds = kafkaRecords.map((record) =>
removeDoubleQuotesSurroundingString(decodeBase64WithUtf8(record.key)),
);
const openSearchRecords = await getItems(kafkaIds);
return openSearchRecords.reduce<Map<string, number>>((map, item) => {
if (item?.changedDate) {
map.set(item.id, new Date(item.changedDate).getTime());
}
return map;
}, new Map());
};
// We need to make sure if we have a certain status in onemac that it takes priority over what comes over from seatool.
// Withdrawl-requested,RAI response withdrawal requested and if we responded to an rai request take priority
const oneMacSeatoolStatusCheck = async (seatoolRecord: Document) => {
const existingPackage = await getPackage(seatoolRecord.id);
const oneMacStatus = existingPackage?._source?.seatoolStatus;
const seatoolStatus = seatoolRecord?.STATE_PLAN.SPW_STATUS_ID;
// If we have a withdrawal requested do not update unless the status in seatool is Withdrawn
if (
oneMacStatus === SEATOOL_STATUS.WITHDRAW_REQUESTED &&
seatoolStatus !== SeatoolSpwStatusEnum.Withdrawn
) {
return SeatoolSpwStatusEnum.WithdrawalRequested;
}
// Current status is RAI Issued in seatool and onemac status is SUBMITTED
if (
oneMacStatus === SEATOOL_STATUS.SUBMITTED &&
seatoolStatus === SeatoolSpwStatusEnum.PendingRAI
) {
// Checking to see if the most recent entry is in the changelog is respond to rai
const changelogs = await getPackageChangelog(seatoolRecord.id);
const raiResponseEvents = changelogs.hits.hits.filter(
(event) => event._source.event === "respond-to-rai",
);
const raiDate = seatool.getRaiDate(seatoolRecord);
// Only proceed if we have events and a RAI requested date
Eif (raiResponseEvents?.length && raiDate.raiRequestedDate) {
const eventDate = normalizeToDate(raiResponseEvents[0]._source.timestamp);
const requestedDate = normalizeToDate(raiDate.raiRequestedDate);
// Set status to submitted if our dates line up
Eif (!isBefore(eventDate, requestedDate)) {
return SeatoolSpwStatusEnum.Submitted;
}
}
}
if (
oneMacStatus === SEATOOL_STATUS.RAI_RESPONSE_WITHDRAW_REQUESTED &&
seatoolStatus !== SeatoolSpwStatusEnum.PendingRAI
) {
if (
seatoolStatus &&
[
SeatoolSpwStatusEnum.Withdrawn,
SeatoolSpwStatusEnum.Terminated,
SeatoolSpwStatusEnum.Disapproved,
].includes(seatoolStatus)
) {
return seatoolStatus;
}
return SeatoolSpwStatusEnum.FormalRAIResponseWithdrawalRequested;
}
return seatoolRecord.STATE_PLAN.SPW_STATUS_ID;
};
/**
* Processes new SEATOOL records and reconciles them with existing Mako records
* @param kafkaRecords records to process
* @param topicPartition kafka topic for verbose error handling
*/
export const insertNewSeatoolRecordsFromKafkaIntoMako = async (
kafkaRecords: KafkaRecord[],
topicPartition: string,
) => {
const makoDocTimestamps = await getMakoDocTimestamps(kafkaRecords);
const seatoolRecordsForMako: { id: string; [key: string]: unknown }[] = [];
for (const kafkaRecord of kafkaRecords) {
try {
const { key, value } = kafkaRecord;
if (!key) {
console.error(`Record without a key property: ${value}`);
continue;
}
const id: string = removeDoubleQuotesSurroundingString(decodeBase64WithUtf8(key));
if (!value) {
console.error(`Record without a value property: ${value}`);
continue;
}
const seatoolRecord: Document = {
id,
...JSON.parse(decodeBase64WithUtf8(value)),
};
seatoolRecord.STATE_PLAN.SPW_STATUS_ID = await oneMacSeatoolStatusCheck(seatoolRecord);
const safeSeatoolRecord = opensearch.main.seatool.transform(id).safeParse(seatoolRecord);
if (!safeSeatoolRecord.success) {
logError({
type: ErrorType.VALIDATION,
error: safeSeatoolRecord.error.errors,
metadata: { topicPartition, kafkaRecord, record: seatoolRecord },
});
continue;
}
const { data: seatoolDocument } = safeSeatoolRecord;
const makoDocumentTimestamp = makoDocTimestamps.get(seatoolDocument.id);
if (
seatoolDocument.changed_date &&
makoDocumentTimestamp &&
isBefore(seatoolDocument.changed_date, makoDocumentTimestamp)
) {
console.warn(
`id: ${seatoolDocument.id} mako: ${makoDocumentTimestamp} seatool: ${seatoolDocument.changed_date} ${seatoolDocument.cmsStatus}`,
);
console.warn("SKIPPED DUE TO OUT-OF-DATE INFORMATION");
continue;
}
Eif (seatoolDocument.authority && seatoolDocument.seatoolStatus !== "Unknown") {
seatoolRecordsForMako.push(seatoolDocument);
}
} catch (error) {
logError({
type: ErrorType.BADPARSE,
error,
metadata: { topicPartition, kafkaRecord },
});
}
}
await bulkUpdateDataWrapper(seatoolRecordsForMako, "main");
};
/**
* Syncs date updates in SEATOOL records with Mako, offloading processing from `insertNewSeatoolRecordsFromKafkaIntoMako`
* @param kafkaRecords records with updated date payload
* @param topicPartition kafka topic for verbose error handling
*/
export const syncSeatoolRecordDatesFromKafkaWithMako = async (
kafkaRecords: KafkaRecord[],
topicPartition: string,
) => {
const recordIdsWithUpdatedDates = kafkaRecords.reduce<
{ id: string; changedDate: string | null }[]
>((collection, kafkaRecord) => {
const { value } = kafkaRecord;
try {
if (!value) {
console.error(`Record without a value property: ${value}`);
return collection;
}
const payloadWithUpdatedDate: { payload?: { after?: SeatoolRecordWithUpdatedDate | null } } =
JSON.parse(decodeBase64WithUtf8(value));
// .after could be `null` or `undefined`
if (!payloadWithUpdatedDate?.payload?.after) {
return collection;
}
const { after: recordWithUpdatedDate } = payloadWithUpdatedDate.payload;
const safeRecordWithIdAndUpdatedDate = opensearch.main.changedDate
.transform()
.safeParse(recordWithUpdatedDate);
if (safeRecordWithIdAndUpdatedDate.success === false) {
logError({
type: ErrorType.VALIDATION,
error: safeRecordWithIdAndUpdatedDate.error.errors,
metadata: { topicPartition, kafkaRecord, recordWithUpdatedDate },
});
return collection;
}
const { data: idAndUpdatedDate } = safeRecordWithIdAndUpdatedDate;
return collection.concat(idAndUpdatedDate);
} catch (error) {
logError({
type: ErrorType.BADPARSE,
error,
metadata: { topicPartition, kafkaRecord },
});
}
return collection;
}, []);
await bulkUpdateDataWrapper(recordIdsWithUpdatedDates, "main");
};
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