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couchbase

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The official Couchbase Node.js Client Library.

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"use strict"; Object.defineProperty(exports, "__esModule", { value: true }); exports.DiagnosticsResult = exports.DiagnosticsEndpoint = exports.PingResult = exports.PingEndpoint = exports.PingState = exports.EndpointState = void 0; /** * Represents the status of an an endpoint in a diagnostics report. * * @category Diagnostics */ var EndpointState; (function (EndpointState) { /** * Indicates the endpoint is disconnected. */ EndpointState[EndpointState["Disconnected"] = 0] = "Disconnected"; /** * Indicates the endpoint is still connecting. */ EndpointState[EndpointState["Connecting"] = 1] = "Connecting"; /** * Indicates the endpoint is connected. */ EndpointState[EndpointState["Connected"] = 2] = "Connected"; /** * Indicates the endpoint is disconnecting. */ EndpointState[EndpointState["Disconnecting"] = 3] = "Disconnecting"; })(EndpointState || (exports.EndpointState = EndpointState = {})); /** * Represents the status of an an endpoint in a ping report. */ var PingState; (function (PingState) { /** * Indicates the endpoint was pinged successfully. */ PingState[PingState["Ok"] = 0] = "Ok"; /** * Indicates the endpoint timed out during the ping. */ PingState[PingState["Timeout"] = 1] = "Timeout"; /** * Indicates an error occured trying to ping the endpoint. */ PingState[PingState["Error"] = 2] = "Error"; })(PingState || (exports.PingState = PingState = {})); /** * PingEndpoint represents a single endpoint in a ping result. * * @category Diagnostics */ class PingEndpoint { /** * @internal */ constructor(data) { this.type = data.type; this.id = data.id; this.latency = data.latency; this.remote = data.remote; this.local = data.local; this.state = data.state; this.bucket = data.bucket; this.error = data.error; } } exports.PingEndpoint = PingEndpoint; /** * PingResult represents the output of a ping operation. * * @category Diagnostics */ class PingResult { /** * @internal */ constructor(data) { this.version = data.version; this.id = data.id; this.sdk = data.sdk; this.services = data.services; } /** * Returns a JSON formatted ping report. */ toJSON() { return { version: this.version, id: this.id, sdk: this.sdk, services: Object.fromEntries(Object.entries(this.services).map(([serviceType, services]) => { return [ serviceType, services.map((svc) => { return { latency_us: svc.latency * 1000000, remote: svc.remote, local: svc.local, id: svc.id, state: svc.state, // state enum is already a string namespace: svc.bucket, error: svc.error, }; }), ]; })), }; } } exports.PingResult = PingResult; /** * DiagnosticsEndpoint represents a single endpoint in a diagnostics * result. * * @category Diagnostics */ class DiagnosticsEndpoint { /** * @internal */ constructor(data) { this.type = data.type; this.id = data.id; this.local = data.local; this.remote = data.remote; this.lastActivity = data.lastActivity; this.state = data.state; } } exports.DiagnosticsEndpoint = DiagnosticsEndpoint; /** * DiagnosticsResult represents the output of a operation result. * * @category Diagnostics */ class DiagnosticsResult { /** * @internal */ constructor(data) { this.version = data.version; this.id = data.id; this.sdk = data.sdk; this.services = data.services; } /** * Returns a JSON formatted diagnostics report. */ toJSON() { return { version: this.version, id: this.id, sdk: this.sdk, services: Object.fromEntries(Object.entries(this.services).map(([serviceType, services]) => { return [ serviceType, services.map((svc) => { return { last_activity_us: svc.lastActivity * 1000000, remote: svc.remote, local: svc.local, id: svc.id, state: svc.state, // state enum is already a string namespace: svc.bucket, details: svc.details, }; }), ]; })), }; } } exports.DiagnosticsResult = DiagnosticsResult;