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// Copyright (c) 2017 Uber Technologies, Inc.
//
// Licensed under the Apache License, Version 2.0 (the "License");
// you may not use this file except in compliance with the License.
// You may obtain a copy of the License at
//
// http://www.apache.org/licenses/LICENSE-2.0
//
// Unless required by applicable law or agreed to in writing, software
// distributed under the License is distributed on an "AS IS" BASIS,
// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
// See the License for the specific language governing permissions and
// limitations under the License.
package jaeger
import (
"time"
"github.com/opentracing/opentracing-go"
j "github.com/uber/jaeger-client-go/thrift-gen/jaeger"
"github.com/uber/jaeger-client-go/utils"
)
// BuildJaegerThrift builds jaeger span based on internal span.
func BuildJaegerThrift(span *Span) *j.Span {
span.Lock()
defer span.Unlock()
startTime := utils.TimeToMicrosecondsSinceEpochInt64(span.startTime)
duration := span.duration.Nanoseconds() / int64(time.Microsecond)
jaegerSpan := &j.Span{
TraceIdLow: int64(span.context.traceID.Low),
TraceIdHigh: int64(span.context.traceID.High),
SpanId: int64(span.context.spanID),
ParentSpanId: int64(span.context.parentID),
OperationName: span.operationName,
Flags: int32(span.context.samplingState.flags()),
StartTime: startTime,
Duration: duration,
Tags: buildTags(span.tags, span.tracer.options.maxTagValueLength),
Logs: buildLogs(span.logs),
References: buildReferences(span.references),
}
return jaegerSpan
}
// BuildJaegerProcessThrift creates a thrift Process type.
func BuildJaegerProcessThrift(span *Span) *j.Process {
span.Lock()
defer span.Unlock()
return buildJaegerProcessThrift(span.tracer)
}
func buildJaegerProcessThrift(tracer *Tracer) *j.Process {
process := &j.Process{
ServiceName: tracer.serviceName,
Tags: buildTags(tracer.tags, tracer.options.maxTagValueLength),
}
if tracer.process.UUID != "" {
process.Tags = append(process.Tags, &j.Tag{Key: TracerUUIDTagKey, VStr: &tracer.process.UUID, VType: j.TagType_STRING})
}
return process
}
func buildTags(tags []Tag, maxTagValueLength int) []*j.Tag {
jTags := make([]*j.Tag, 0, len(tags))
for _, tag := range tags {
jTag := buildTag(&tag, maxTagValueLength)
jTags = append(jTags, jTag)
}
return jTags
}
func buildLogs(logs []opentracing.LogRecord) []*j.Log {
jLogs := make([]*j.Log, 0, len(logs))
for _, log := range logs {
jLog := &j.Log{
Timestamp: utils.TimeToMicrosecondsSinceEpochInt64(log.Timestamp),
Fields: ConvertLogsToJaegerTags(log.Fields),
}
jLogs = append(jLogs, jLog)
}
return jLogs
}
func buildTag(tag *Tag, maxTagValueLength int) *j.Tag {
jTag := &j.Tag{Key: tag.key}
switch value := tag.value.(type) {
case string:
vStr := truncateString(value, maxTagValueLength)
jTag.VStr = &vStr
jTag.VType = j.TagType_STRING
case []byte:
if len(value) > maxTagValueLength {
value = value[:maxTagValueLength]
}
jTag.VBinary = value
jTag.VType = j.TagType_BINARY
case int:
vLong := int64(value)
jTag.VLong = &vLong
jTag.VType = j.TagType_LONG
case uint:
vLong := int64(value)
jTag.VLong = &vLong
jTag.VType = j.TagType_LONG
case int8:
vLong := int64(value)
jTag.VLong = &vLong
jTag.VType = j.TagType_LONG
case uint8:
vLong := int64(value)
jTag.VLong = &vLong
jTag.VType = j.TagType_LONG
case int16:
vLong := int64(value)
jTag.VLong = &vLong
jTag.VType = j.TagType_LONG
case uint16:
vLong := int64(value)
jTag.VLong = &vLong
jTag.VType = j.TagType_LONG
case int32:
vLong := int64(value)
jTag.VLong = &vLong
jTag.VType = j.TagType_LONG
case uint32:
vLong := int64(value)
jTag.VLong = &vLong
jTag.VType = j.TagType_LONG
case int64:
vLong := int64(value)
jTag.VLong = &vLong
jTag.VType = j.TagType_LONG
case uint64:
vLong := int64(value)
jTag.VLong = &vLong
jTag.VType = j.TagType_LONG
case float32:
vDouble := float64(value)
jTag.VDouble = &vDouble
jTag.VType = j.TagType_DOUBLE
case float64:
vDouble := float64(value)
jTag.VDouble = &vDouble
jTag.VType = j.TagType_DOUBLE
case bool:
vBool := value
jTag.VBool = &vBool
jTag.VType = j.TagType_BOOL
default:
vStr := truncateString(stringify(value), maxTagValueLength)
jTag.VStr = &vStr
jTag.VType = j.TagType_STRING
}
return jTag
}
func buildReferences(references []Reference) []*j.SpanRef {
retMe := make([]*j.SpanRef, 0, len(references))
for _, ref := range references {
if ref.Type == opentracing.ChildOfRef {
retMe = append(retMe, spanRef(ref.Context, j.SpanRefType_CHILD_OF))
} else if ref.Type == opentracing.FollowsFromRef {
retMe = append(retMe, spanRef(ref.Context, j.SpanRefType_FOLLOWS_FROM))
}
}
return retMe
}
func spanRef(ctx SpanContext, refType j.SpanRefType) *j.SpanRef {
return &j.SpanRef{
RefType: refType,
TraceIdLow: int64(ctx.traceID.Low),
TraceIdHigh: int64(ctx.traceID.High),
SpanId: int64(ctx.spanID),
}
}
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