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zeekayandHanzo Dev
af0f387bbe
The binary is s3 and the product is Hanzo S3; the rest of the tree now says so too. - Environment: WEED_* and SEAWEEDFS_* are S3_*, no aliases. fla9's flag prefix is S3, matching viper's existing "s3" prefix, so the S3_S3_SSE_* names mini.go exports are the ones viper reads (WEED_S3_SSE_KEK was never seen once viper moved to "s3"). - Java and Hadoop: packages, fs.hanzofs.* keys and the hanzofs:// scheme under the hanzofs namespace the protos already declare; classes take a neutral Filer prefix and file names match them again (the earlier pass left Seas3*.java holding Seaweed* classes). Client, hdfs3, examples, s3copier, random_access and the Spark tests compile. - Helm chart: helpers are hanzo.*, values live under global.s3; the chart renders and lints, which it did not before. - Terraform: the s3.service.tftpl reference matches the file; 12/12 render tests pass. Config paths point at /etc/hanzo, which the binary reads. - loadtest.pb.go regenerated from loadtest.proto. - Upstream logo, sponsor images and unreferenced diagrams removed from note/. Kept: NOTICE attribution, LICENSE, the erasure-coding fixture s3/storage/erasure_coding/1.dat (test bytes), and unmaintained/ and third_party/ (vendored). No on-disk format, wire protocol or metadata key changed. Co-authored-by: Hanzo Dev <[email protected]>
132 lines
4.0 KiB
Go
132 lines
4.0 KiB
Go
package e2e
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import (
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"testing"
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"github.com/hanzoai/s3/test/kafka/internal/testutil"
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)
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// TestComprehensiveE2E tests complete end-to-end workflows
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// This test will use SMQ backend if S3_MASTERS is available, otherwise mock
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func TestComprehensiveE2E(t *testing.T) {
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gateway := testutil.NewGatewayTestServerWithSMQ(t, testutil.SMQAvailable)
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defer gateway.CleanupAndClose()
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addr := gateway.StartAndWait()
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// Log which backend we're using
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if gateway.IsSMQMode() {
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t.Logf("Running comprehensive E2E tests with SMQ backend")
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} else {
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t.Logf("Running comprehensive E2E tests with mock backend")
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}
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// Create topics for different test scenarios
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topics := []string{
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testutil.GenerateUniqueTopicName("e2e-kafka-go"),
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testutil.GenerateUniqueTopicName("e2e-sarama"),
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testutil.GenerateUniqueTopicName("e2e-mixed"),
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}
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gateway.AddTestTopics(topics...)
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t.Run("KafkaGo_to_KafkaGo", func(t *testing.T) {
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testKafkaGoToKafkaGo(t, addr, topics[0])
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})
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t.Run("Sarama_to_Sarama", func(t *testing.T) {
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testSaramaToSarama(t, addr, topics[1])
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})
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t.Run("KafkaGo_to_Sarama", func(t *testing.T) {
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testKafkaGoToSarama(t, addr, topics[2])
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})
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t.Run("Sarama_to_KafkaGo", func(t *testing.T) {
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testSaramaToKafkaGo(t, addr, topics[2])
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})
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}
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func testKafkaGoToKafkaGo(t *testing.T, addr, topic string) {
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client := testutil.NewKafkaGoClient(t, addr)
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msgGen := testutil.NewMessageGenerator()
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// Generate test messages
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messages := msgGen.GenerateKafkaGoMessages(2)
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// Produce with kafka-go
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err := client.ProduceMessages(topic, messages)
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testutil.AssertNoError(t, err, "kafka-go produce failed")
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// Consume with kafka-go
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consumed, err := client.ConsumeMessages(topic, len(messages))
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testutil.AssertNoError(t, err, "kafka-go consume failed")
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// Validate message content
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err = testutil.ValidateKafkaGoMessageContent(messages, consumed)
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testutil.AssertNoError(t, err, "Message content validation failed")
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t.Logf("kafka-go to kafka-go test PASSED")
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}
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func testSaramaToSarama(t *testing.T, addr, topic string) {
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client := testutil.NewSaramaClient(t, addr)
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msgGen := testutil.NewMessageGenerator()
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// Generate test messages
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messages := msgGen.GenerateStringMessages(2)
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// Produce with Sarama
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err := client.ProduceMessages(topic, messages)
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testutil.AssertNoError(t, err, "Sarama produce failed")
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// Consume with Sarama
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consumed, err := client.ConsumeMessages(topic, 0, len(messages))
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testutil.AssertNoError(t, err, "Sarama consume failed")
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// Validate message content
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err = testutil.ValidateMessageContent(messages, consumed)
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testutil.AssertNoError(t, err, "Message content validation failed")
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t.Logf("Sarama to Sarama test PASSED")
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}
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func testKafkaGoToSarama(t *testing.T, addr, topic string) {
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kafkaGoClient := testutil.NewKafkaGoClient(t, addr)
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saramaClient := testutil.NewSaramaClient(t, addr)
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msgGen := testutil.NewMessageGenerator()
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// Produce with kafka-go
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messages := msgGen.GenerateKafkaGoMessages(2)
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err := kafkaGoClient.ProduceMessages(topic, messages)
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testutil.AssertNoError(t, err, "kafka-go produce failed")
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// Consume with Sarama
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consumed, err := saramaClient.ConsumeMessages(topic, 0, len(messages))
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testutil.AssertNoError(t, err, "Sarama consume failed")
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// Validate that we got the expected number of messages
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testutil.AssertEqual(t, len(messages), len(consumed), "Message count mismatch")
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t.Logf("kafka-go to Sarama test PASSED")
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}
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func testSaramaToKafkaGo(t *testing.T, addr, topic string) {
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kafkaGoClient := testutil.NewKafkaGoClient(t, addr)
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saramaClient := testutil.NewSaramaClient(t, addr)
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msgGen := testutil.NewMessageGenerator()
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// Produce with Sarama
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messages := msgGen.GenerateStringMessages(2)
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err := saramaClient.ProduceMessages(topic, messages)
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testutil.AssertNoError(t, err, "Sarama produce failed")
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// Consume with kafka-go
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consumed, err := kafkaGoClient.ConsumeMessages(topic, len(messages))
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testutil.AssertNoError(t, err, "kafka-go consume failed")
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// Validate that we got the expected number of messages
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testutil.AssertEqual(t, len(messages), len(consumed), "Message count mismatch")
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t.Logf("Sarama to kafka-go test PASSED")
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}
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