39538-vm/backend/src/db/api/connected_systems.js
2026-04-10 01:31:18 +00:00

617 lines
16 KiB
JavaScript

const db = require('../models');
const FileDBApi = require('./file');
const crypto = require('crypto');
const Utils = require('../utils');
const TenantAccess = require('./tenantAccess');
const Sequelize = db.Sequelize;
const Op = Sequelize.Op;
module.exports = class Connected_systemsDBApi {
static async create(data, options) {
const currentUser = (options && options.currentUser) || { id: null };
const transaction = (options && options.transaction) || undefined;
const connected_systems = await db.connected_systems.create(
{
id: data.id || undefined,
system_name: data.system_name
||
null
,
system_type: data.system_type
||
null
,
vendor: data.vendor
||
null
,
environment: data.environment
||
null
,
owner: data.owner
||
null
,
connection_status: data.connection_status
||
null
,
last_successful_sync_at: data.last_successful_sync_at
||
null
,
connection_health_notes: data.connection_health_notes
||
null
,
source_of_truth_flag: data.source_of_truth_flag
||
false
,
notes: data.notes
||
null
,
importHash: data.importHash || null,
createdById: currentUser.id,
updatedById: currentUser.id,
},
{ transaction },
);
await connected_systems.setOrganization(currentUser.organization.id || null, {
transaction,
});
return connected_systems;
}
static async bulkImport(data, options) {
const currentUser = (options && options.currentUser) || { id: null };
const transaction = (options && options.transaction) || undefined;
// Prepare data - wrapping individual data transformations in a map() method
const connected_systemsData = data.map((item, index) => ({
id: item.id || undefined,
system_name: item.system_name
||
null
,
system_type: item.system_type
||
null
,
vendor: item.vendor
||
null
,
environment: item.environment
||
null
,
owner: item.owner
||
null
,
connection_status: item.connection_status
||
null
,
last_successful_sync_at: item.last_successful_sync_at
||
null
,
connection_health_notes: item.connection_health_notes
||
null
,
source_of_truth_flag: item.source_of_truth_flag
||
false
,
notes: item.notes
||
null
,
importHash: item.importHash || null,
createdById: currentUser.id,
updatedById: currentUser.id,
createdAt: new Date(Date.now() + index * 1000),
}));
// Bulk create items
const connected_systems = await db.connected_systems.bulkCreate(connected_systemsData, { transaction });
// For each item created, replace relation files
return connected_systems;
}
static async update(id, data, options) {
const currentUser = (options && options.currentUser) || {id: null};
const transaction = (options && options.transaction) || undefined;
const globalAccess = currentUser.app_role?.globalAccess;
const connected_systems = await TenantAccess.findByPkOrThrow(db.connected_systems, id, options);
const updatePayload = {};
if (data.system_name !== undefined) updatePayload.system_name = data.system_name;
if (data.system_type !== undefined) updatePayload.system_type = data.system_type;
if (data.vendor !== undefined) updatePayload.vendor = data.vendor;
if (data.environment !== undefined) updatePayload.environment = data.environment;
if (data.owner !== undefined) updatePayload.owner = data.owner;
if (data.connection_status !== undefined) updatePayload.connection_status = data.connection_status;
if (data.last_successful_sync_at !== undefined) updatePayload.last_successful_sync_at = data.last_successful_sync_at;
if (data.connection_health_notes !== undefined) updatePayload.connection_health_notes = data.connection_health_notes;
if (data.source_of_truth_flag !== undefined) updatePayload.source_of_truth_flag = data.source_of_truth_flag;
if (data.notes !== undefined) updatePayload.notes = data.notes;
updatePayload.updatedById = currentUser.id;
await connected_systems.update(updatePayload, {transaction});
if (data.organization !== undefined) {
await connected_systems.setOrganization(
(globalAccess ? data.organization : currentUser.organization.id),
{ transaction }
);
}
return connected_systems;
}
static async deleteByIds(ids, options) {
const currentUser = (options && options.currentUser) || { id: null };
const transaction = (options && options.transaction) || undefined;
const connected_systems = await TenantAccess.findAllByIds(db.connected_systems, ids, options);
await db.sequelize.transaction(async (transaction) => {
for (const record of connected_systems) {
await record.update(
{deletedBy: currentUser.id},
{transaction}
);
}
for (const record of connected_systems) {
await record.destroy({transaction});
}
});
return connected_systems;
}
static async remove(id, options) {
const currentUser = (options && options.currentUser) || {id: null};
const transaction = (options && options.transaction) || undefined;
const connected_systems = await TenantAccess.findByPkOrThrow(db.connected_systems, id, options);
await connected_systems.update({
deletedBy: currentUser.id
}, {
transaction,
});
await connected_systems.destroy({
transaction
});
return connected_systems;
}
static async findBy(where, options) {
const transaction = (options && options.transaction) || undefined;
const connected_systems = await TenantAccess.findOne(db.connected_systems, where, options);
if (!connected_systems) {
return connected_systems;
}
const output = connected_systems.get({plain: true});
output.evidence_models_source_system = await connected_systems.getEvidence_models_source_system({
transaction
});
output.artifacts_source_system = await connected_systems.getArtifacts_source_system({
transaction
});
output.organization = await connected_systems.getOrganization({
transaction
});
return output;
}
static async findAll(
filter,
globalAccess, options
) {
const limit = filter.limit || 0;
let offset = 0;
let where = {};
const currentPage = +filter.page;
const user = (options && options.currentUser) || null;
const userOrganizations = (user && user.organizations?.id) || null;
if (userOrganizations) {
if (options?.currentUser?.organizationsId) {
where.organizationsId = options.currentUser.organizationsId;
}
}
offset = currentPage * limit;
const orderBy = null;
const transaction = (options && options.transaction) || undefined;
let include = [
{
model: db.organizations,
as: 'organization',
},
];
if (filter) {
if (filter.id) {
where = {
...where,
['id']: Utils.uuid(filter.id),
};
}
if (filter.system_name) {
where = {
...where,
[Op.and]: Utils.ilike(
'connected_systems',
'system_name',
filter.system_name,
),
};
}
if (filter.vendor) {
where = {
...where,
[Op.and]: Utils.ilike(
'connected_systems',
'vendor',
filter.vendor,
),
};
}
if (filter.owner) {
where = {
...where,
[Op.and]: Utils.ilike(
'connected_systems',
'owner',
filter.owner,
),
};
}
if (filter.connection_health_notes) {
where = {
...where,
[Op.and]: Utils.ilike(
'connected_systems',
'connection_health_notes',
filter.connection_health_notes,
),
};
}
if (filter.notes) {
where = {
...where,
[Op.and]: Utils.ilike(
'connected_systems',
'notes',
filter.notes,
),
};
}
if (filter.last_successful_sync_atRange) {
const [start, end] = filter.last_successful_sync_atRange;
if (start !== undefined && start !== null && start !== '') {
where = {
...where,
last_successful_sync_at: {
...where.last_successful_sync_at,
[Op.gte]: start,
},
};
}
if (end !== undefined && end !== null && end !== '') {
where = {
...where,
last_successful_sync_at: {
...where.last_successful_sync_at,
[Op.lte]: end,
},
};
}
}
if (filter.active !== undefined) {
where = {
...where,
active: filter.active === true || filter.active === 'true'
};
}
if (filter.system_type) {
where = {
...where,
system_type: filter.system_type,
};
}
if (filter.environment) {
where = {
...where,
environment: filter.environment,
};
}
if (filter.connection_status) {
where = {
...where,
connection_status: filter.connection_status,
};
}
if (filter.source_of_truth_flag) {
where = {
...where,
source_of_truth_flag: filter.source_of_truth_flag,
};
}
if (filter.organization) {
const listItems = filter.organization.split('|').map(item => {
return Utils.uuid(item)
});
where = {
...where,
organizationId: {[Op.or]: listItems}
};
}
if (filter.createdAtRange) {
const [start, end] = filter.createdAtRange;
if (start !== undefined && start !== null && start !== '') {
where = {
...where,
['createdAt']: {
...where.createdAt,
[Op.gte]: start,
},
};
}
if (end !== undefined && end !== null && end !== '') {
where = {
...where,
['createdAt']: {
...where.createdAt,
[Op.lte]: end,
},
};
}
}
}
if (globalAccess) {
delete where.organizationsId;
}
const queryOptions = {
where,
include,
distinct: true,
order: filter.field && filter.sort
? [[filter.field, filter.sort]]
: [['createdAt', 'desc']],
transaction: options?.transaction,
logging: console.log
};
if (!options?.countOnly) {
queryOptions.limit = limit ? Number(limit) : undefined;
queryOptions.offset = offset ? Number(offset) : undefined;
}
try {
const { rows, count } = await db.connected_systems.findAndCountAll(queryOptions);
return {
rows: options?.countOnly ? [] : rows,
count: count
};
} catch (error) {
console.error('Error executing query:', error);
throw error;
}
}
static async findAllAutocomplete(query, limit, offset, globalAccess, organizationId,) {
let where = {};
if (!globalAccess && organizationId) {
where.organizationId = organizationId;
}
if (query) {
where = {
[Op.or]: [
{ ['id']: Utils.uuid(query) },
Utils.ilike(
'connected_systems',
'system_name',
query,
),
],
};
}
const records = await db.connected_systems.findAll({
attributes: [ 'id', 'system_name' ],
where,
limit: limit ? Number(limit) : undefined,
offset: offset ? Number(offset) : undefined,
orderBy: [['system_name', 'ASC']],
});
return records.map((record) => ({
id: record.id,
label: record.system_name,
}));
}
};