import datagen from 'k6/x/frostfs/datagen'; import native from 'k6/x/frostfs/native'; import logging from 'k6/x/frostfs/logging'; import registry from 'k6/x/frostfs/registry'; import { SharedArray } from 'k6/data'; import { sleep } from 'k6'; import { textSummary } from './libs/k6-summary-0.0.2.js'; import { parseEnv } from './libs/env-parser.js'; import { uuidv4 } from './libs/k6-utils-1.4.0.js'; parseEnv(); const obj_list = new SharedArray('obj_list', function () { return JSON.parse(open(__ENV.PREGEN_JSON)).objects; }); const container_list = new SharedArray('container_list', function () { return JSON.parse(open(__ENV.PREGEN_JSON)).containers; }); const read_size = JSON.parse(open(__ENV.PREGEN_JSON)).obj_size; const summary_json = __ENV.SUMMARY_JSON || "/tmp/summary.json"; // Select random gRPC endpoint for current VU const grpc_endpoints = __ENV.GRPC_ENDPOINTS.split(','); const grpc_endpoint = grpc_endpoints[Math.floor(Math.random() * grpc_endpoints.length)]; const grpc_client = native.connect(grpc_endpoint, '', __ENV.DIAL_TIMEOUT ? parseInt(__ENV.DIAL_TIMEOUT) : 5, __ENV.STREAM_TIMEOUT ? parseInt(__ENV.STREAM_TIMEOUT) : 60, __ENV.PREPARE_LOCALLY ? __ENV.PREPARE_LOCALLY.toLowerCase() === "true" : false); const log = logging.new().withField("endpoint", grpc_endpoint); const registry_enabled = !!__ENV.REGISTRY_FILE; const obj_registry = registry_enabled ? registry.open(__ENV.REGISTRY_FILE) : undefined; const duration = __ENV.DURATION; const delete_age = __ENV.DELETE_AGE ? parseInt(__ENV.DELETE_AGE) : undefined; let obj_to_delete_selector = undefined; if (registry_enabled && delete_age) { obj_to_delete_selector = registry.getSelector( __ENV.REGISTRY_FILE, "obj_to_delete", __ENV.SELECTION_SIZE ? parseInt(__ENV.SELECTION_SIZE) : 0, { status: "created", age: delete_age, } ); } let obj_to_read_selector = undefined; if (registry_enabled) { obj_to_read_selector = registry.getSelector( __ENV.REGISTRY_FILE, "obj_to_read", __ENV.SELECTION_SIZE ? parseInt(__ENV.SELECTION_SIZE) : 0, { status: "created", } ) } const generator = datagen.generator(1024 * parseInt(__ENV.WRITE_OBJ_SIZE)); const scenarios = {}; const time_unit = __ENV.TIME_UNIT || '1s'; const pre_alloc_write_vus = parseInt(__ENV.PRE_ALLOC_WRITERS || '0'); const max_write_vus = parseInt(__ENV.MAX_WRITERS || pre_alloc_write_vus); const write_rate = parseInt(__ENV.WRITE_RATE || '0'); const write_grpc_chunk_size = 1024 * parseInt(__ENV.GRPC_CHUNK_SIZE || '0') if (write_rate > 0) { scenarios.write = { executor: 'constant-arrival-rate', duration: `${duration}s`, preAllocatedVUs: pre_alloc_write_vus, maxVUs: max_write_vus, rate: write_rate, timeUnit: time_unit, exec: 'obj_write', gracefulStop: '5s', }; } const pre_alloc_read_vus = parseInt(__ENV.PRE_ALLOC_READERS || '0'); const max_read_vus = parseInt(__ENV.MAX_READERS || pre_alloc_read_vus); const read_rate = parseInt(__ENV.READ_RATE || '0'); if (read_rate > 0) { scenarios.read = { executor: 'constant-arrival-rate', duration: `${duration}s`, preAllocatedVUs: pre_alloc_write_vus, maxVUs: max_read_vus, rate: read_rate, timeUnit: time_unit, exec: 'obj_read', gracefulStop: '5s', }; } const pre_alloc_delete_vus = parseInt(__ENV.PRE_ALLOC_DELETERS || '0'); const max_delete_vus = parseInt(__ENV.MAX_DELETERS || pre_alloc_write_vus); const delete_rate = parseInt(__ENV.DELETE_RATE || '0'); if (delete_rate > 0) { if (!obj_to_delete_selector) { throw new Error('Positive DELETE worker number without a proper object selector'); } scenarios.delete = { executor: 'constant-arrival-rate', duration: `${duration}s`, preAllocatedVUs: pre_alloc_delete_vus, maxVUs: max_delete_vus, rate: delete_rate, timeUnit: time_unit, exec: 'obj_delete', gracefulStop: '5s', }; } export const options = { scenarios, setupTimeout: '5s', }; export function setup() { const total_pre_allocated_vu_count = pre_alloc_write_vus + pre_alloc_read_vus + pre_alloc_delete_vus; const total_max_vu_count = max_read_vus + max_write_vus + max_delete_vus console.log(`Pregenerated containers: ${container_list.length}`); console.log(`Pregenerated read object size: ${read_size}`); console.log(`Pregenerated total objects: ${obj_list.length}`); console.log(`Pre allocated reading VUs: ${pre_alloc_read_vus}`); console.log(`Pre allocated writing VUs: ${pre_alloc_write_vus}`); console.log(`Pre allocated deleting VUs: ${pre_alloc_delete_vus}`); console.log(`Total pre allocated VUs: ${total_pre_allocated_vu_count}`); console.log(`Max reading VUs: ${max_read_vus}`); console.log(`Max writing VUs: ${max_write_vus}`); console.log(`Max deleting VUs: ${max_delete_vus}`); console.log(`Total max VUs: ${total_max_vu_count}`); console.log(`Time unit: ${time_unit}`); console.log(`Read rate: ${read_rate}`); console.log(`Writing rate: ${write_rate}`); console.log(`Delete rate: ${delete_rate}`); } export function teardown(data) { if (obj_registry) { obj_registry.close(); } } export function handleSummary(data) { return { 'stdout': textSummary(data, { indent: ' ', enableColors: false }), [summary_json]: JSON.stringify(data), }; } export function obj_write() { if (__ENV.SLEEP_WRITE) { sleep(__ENV.SLEEP_WRITE); } const headers = { unique_header: uuidv4() }; const container = container_list[Math.floor(Math.random() * container_list.length)]; const { payload, hash } = generator.genPayload(registry_enabled); const resp = grpc_client.put(container, headers, payload, write_grpc_chunk_size); if (!resp.success) { log.withField("cid", container).error(resp.error); return; } if (obj_registry) { obj_registry.addObject(container, resp.object_id, "", "", hash); } } export function obj_read() { if (__ENV.SLEEP_READ) { sleep(__ENV.SLEEP_READ); } if(obj_to_read_selector) { const obj = obj_to_read_selector.nextObject(5); if (!obj) { return; } const resp = grpc_client.get(obj.c_id, obj.o_id) if (!resp.success) { log.withFields({cid: obj.c_id, oid: obj.o_id}).error(resp.error); } return } const obj = obj_list[Math.floor(Math.random() * obj_list.length)]; const resp = grpc_client.get(obj.container, obj.object) if (!resp.success) { log.withFields({cid: obj.container, oid: obj.object}).error(resp.error); } } export function obj_delete() { if (__ENV.SLEEP_DELETE) { sleep(__ENV.SLEEP_DELETE); } const obj = obj_to_delete_selector.nextObject(5); if (!obj) { return; } const resp = grpc_client.delete(obj.c_id, obj.o_id); if (!resp.success) { // Log errors except (2052 - object already deleted) log.withFields({cid: obj.c_id, oid: obj.o_id}).error(resp.error); return; } obj_registry.deleteObject(obj.id); }