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@opentelemetry/otlp-transformer

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import type { Attributes, HrTime } from '@opentelemetry/api'; import type { AnyValue, LogAttributes } from '@opentelemetry/api-logs'; import type { InstrumentationScope } from '@opentelemetry/core'; import type { Resource } from '@opentelemetry/resources'; import type { IProtobufWriter } from './i-protobuf-writer'; /** * Write HrTime [seconds, nanoseconds] directly as fixed64 to the serializer. * Converts to nanoseconds and writes as 64-bit little-endian integer without allocations. * * HrTime represents: total_nanos = seconds * 1_000_000_000 + nanoseconds * We need to split this into low (bits 0-31) and high (bits 32-63). * * @param serializer - The protobuf writer * @param hrTime - HrTime tuple [seconds, nanoseconds] */ export declare function writeHrTimeAsFixed64(serializer: IProtobufWriter, hrTime: HrTime): void; /** * Write Attributes directly to protobuf as repeated KeyValue */ export declare function writeAttributes(writer: IProtobufWriter, attributes: Attributes | LogAttributes, fieldNumber: number): void; /** * Write a KeyValue pair directly to protobuf */ export declare function writeKeyValue(writer: IProtobufWriter, key: string, value: AnyValue): void; /** * Write an AnyValue directly from raw attribute value to protobuf */ export declare function writeAnyValue(writer: IProtobufWriter, value: AnyValue): void; /** * Write an InstrumentationScope message. * * Proto fields (InstrumentationScope): * 1 name string (wire type 2) * 2 version string (wire type 2) */ export declare function writeInstrumentationScope(writer: IProtobufWriter, scope: InstrumentationScope, fieldNumber: number): void; /** * Write a Resource message and its enclosing tag. * * Proto fields (Resource): * 1 attributes repeated KeyValue (wire type 2) * 2 dropped_attributes_count uint32 (wire type 0) */ export declare function writeResource(writer: IProtobufWriter, resource: Resource, fieldNumber: number): void; //# sourceMappingURL=common-serializer.d.ts.map