mirror of
https://github.com/activecm/rita
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109 lines
6.9 KiB
Go
109 lines
6.9 KiB
Go
package integration_test
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import (
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"github.com/ClickHouse/clickhouse-go/v2"
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"github.com/stretchr/testify/require"
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)
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func (it *ValidDatasetTestSuite) TestPrimaryKeySize() {
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t := it.T()
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type tableRes struct {
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Table string `ch:"table"`
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NumParts uint64 `ch:"num_parts"`
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TotalMarks uint64 `ch:"total_marks"`
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AvgMarks float64 `ch:"avg_marks"`
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TotalPrimaryKeySize uint64 `ch:"total_primary_key_size"`
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CompressionRatio float64 `ch:"compression_ratio"`
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}
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/* NOTE: !!! PERFORMANCE-CRITICAL TEST !!!
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The purpose of this test is to track the storage efficiency of the valid dataset across continuing development.
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These values should only be increased (CompressionRatio decreased) in order to pass tests IF after deliberate consideration
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has been made on whether or not there is no other performant way of storing the data needed.
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Changes to the schema can cause performance impacts on data insertion and queries.
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*/
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allowedMaximums := map[string]tableRes{
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"big_ol_histogram": {NumParts: 4, TotalMarks: 20, AvgMarks: 10, TotalPrimaryKeySize: 500, CompressionRatio: 0.6},
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"conn": {NumParts: 2, TotalMarks: 50, AvgMarks: 50, TotalPrimaryKeySize: 6000, CompressionRatio: 0.7},
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"conn_tmp": {NumParts: 2, TotalMarks: 50, AvgMarks: 50, TotalPrimaryKeySize: 6000, CompressionRatio: 0.7},
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"dns": {NumParts: 2, TotalMarks: 50, AvgMarks: 50, TotalPrimaryKeySize: 6000, CompressionRatio: 0.6},
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"dns_tmp": {NumParts: 2, TotalMarks: 10, AvgMarks: 10, TotalPrimaryKeySize: 100, CompressionRatio: 0.25},
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"exploded_dns": {NumParts: 2, TotalMarks: 50, AvgMarks: 50, TotalPrimaryKeySize: 2000, CompressionRatio: 0.4},
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"http": {NumParts: 2, TotalMarks: 10, AvgMarks: 10, TotalPrimaryKeySize: 600, CompressionRatio: 0.7},
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"http_tmp": {NumParts: 2, TotalMarks: 10, AvgMarks: 10, TotalPrimaryKeySize: 600, CompressionRatio: 0.7},
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"http_proto": {NumParts: 2, TotalMarks: 10, AvgMarks: 10, TotalPrimaryKeySize: 1000, CompressionRatio: 0.7},
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"mime_type_uris": {NumParts: 2, TotalMarks: 10, AvgMarks: 10, TotalPrimaryKeySize: 1000, CompressionRatio: 0.7},
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"openconn": {NumParts: 2, TotalMarks: 60, AvgMarks: 60, TotalPrimaryKeySize: 6000, CompressionRatio: 0.7},
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"openconn_tmp": {NumParts: 2, TotalMarks: 60, AvgMarks: 60, TotalPrimaryKeySize: 6000, CompressionRatio: 0.7},
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"openhttp": {NumParts: 2, TotalMarks: 10, AvgMarks: 10, TotalPrimaryKeySize: 700, CompressionRatio: 0.7},
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"openhttp_tmp": {NumParts: 2, TotalMarks: 10, AvgMarks: 10, TotalPrimaryKeySize: 700, CompressionRatio: 0.7},
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"openssl": {NumParts: 2, TotalMarks: 20, AvgMarks: 20, TotalPrimaryKeySize: 2000, CompressionRatio: 0.7},
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"openssl_tmp": {NumParts: 2, TotalMarks: 20, AvgMarks: 20, TotalPrimaryKeySize: 2000, CompressionRatio: 0.7},
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"pdns": {NumParts: 2, TotalMarks: 10, AvgMarks: 10, TotalPrimaryKeySize: 1000, CompressionRatio: 0.8},
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"pdns_raw": {NumParts: 2, TotalMarks: 30, AvgMarks: 30, TotalPrimaryKeySize: 4000, CompressionRatio: 0.8},
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"port_info": {NumParts: 2, TotalMarks: 20, AvgMarks: 20, TotalPrimaryKeySize: 700, CompressionRatio: 0.5},
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"rare_signatures": {NumParts: 4, TotalMarks: 10, AvgMarks: 5, TotalPrimaryKeySize: 1500, CompressionRatio: 0.35},
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"sniconn_tmp": {NumParts: 2, TotalMarks: 40, AvgMarks: 40, TotalPrimaryKeySize: 600, CompressionRatio: 0.4},
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"opensniconn_tmp": {NumParts: 2, TotalMarks: 40, AvgMarks: 40, TotalPrimaryKeySize: 600, CompressionRatio: 0.4},
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"openconnhash_tmp": {NumParts: 2, TotalMarks: 40, AvgMarks: 40, TotalPrimaryKeySize: 2000, CompressionRatio: 0.4},
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"ssl": {NumParts: 2, TotalMarks: 20, AvgMarks: 20, TotalPrimaryKeySize: 1500, CompressionRatio: 0.7},
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"ssl_tmp": {NumParts: 2, TotalMarks: 20, AvgMarks: 20, TotalPrimaryKeySize: 1500, CompressionRatio: 0.7},
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"threat_mixtape": {NumParts: 4, TotalMarks: 10, AvgMarks: 5, TotalPrimaryKeySize: 700, CompressionRatio: 0.7},
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"tls_proto": {NumParts: 2, TotalMarks: 10, AvgMarks: 10, TotalPrimaryKeySize: 600, CompressionRatio: 0.7},
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"uconn": {NumParts: 2, TotalMarks: 15, AvgMarks: 15, TotalPrimaryKeySize: 800, CompressionRatio: 0.5},
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"uconn_tmp": {NumParts: 2, TotalMarks: 60, AvgMarks: 60, TotalPrimaryKeySize: 2000, CompressionRatio: 0.35},
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"udns": {NumParts: 2, TotalMarks: 50, AvgMarks: 50, TotalPrimaryKeySize: 5000, CompressionRatio: 0.7},
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"usni": {NumParts: 4, TotalMarks: 10, AvgMarks: 5, TotalPrimaryKeySize: 700, CompressionRatio: 0.5},
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}
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// optimize tables before checking parts
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for table := range allowedMaximums {
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ctx := it.db.QueryParameters(clickhouse.Parameters{
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"table": table,
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})
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err := it.db.Conn.Exec(ctx, `--sql
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OPTIMIZE TABLE {table:Identifier} FINAL
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`)
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require.NoError(t, err)
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}
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var res []tableRes
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ctx := it.db.QueryParameters(clickhouse.Parameters{
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"database": it.db.GetSelectedDB(),
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})
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err := it.db.Conn.Select(ctx, &res, `--sql
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SELECT
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table,
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count() AS num_parts,
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sum(marks) AS total_marks,
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avg(marks) AS avg_marks,
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sum(primary_key_bytes_in_memory) AS total_primary_key_size,
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-- sum(data_uncompressed_bytes) AS uncompressed_size,
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-- sum(data_compressed_bytes) AS compressed_size,
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-- sum(data_compressed_bytes) / sum(data_uncompressed_bytes) AS compression_ratio
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1 - (1 / ( sum(data_uncompressed_bytes) / sum(data_compressed_bytes))) AS compression_ratio
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FROM system.parts
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WHERE database = {database:String} AND active = 1
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GROUP BY table
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`)
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require.NoError(t, err)
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// require.Len(t, res, len(allowedMaximums), "there should be an equal number of tables for the sensor database")
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for _, table := range res {
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currTable := allowedMaximums[table.Table]
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require.LessOrEqual(t, table.NumParts, currTable.NumParts, "%s should have max %d parts, got: %d", table.Table, currTable.NumParts, table.NumParts)
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// only check the number of marks if there is more than one part,
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// since having fewer, larger parts is more efficient because it reduces the overhead
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// of managing many small files and their corresponding marks
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if table.NumParts > 1 {
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require.LessOrEqual(t, table.TotalMarks, currTable.TotalMarks, "%s should have max %d total marks, got: %d", table.Table, currTable.TotalMarks, table.TotalMarks)
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require.LessOrEqual(t, table.AvgMarks, currTable.AvgMarks, "%s should have max %1.1f avg marks, got: %1.1f", table.Table, currTable.AvgMarks, table.AvgMarks)
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}
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require.LessOrEqual(t, table.TotalPrimaryKeySize, currTable.TotalPrimaryKeySize, "%s should have a max total in-memory primary key size of %d, got: %d", table.Table, currTable.TotalPrimaryKeySize, table.TotalPrimaryKeySize)
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require.GreaterOrEqual(t, table.CompressionRatio, currTable.CompressionRatio, "%s should have a min compression ratio of %1.2f, got: %1.2f", table.Table, currTable.CompressionRatio*100, table.CompressionRatio*100)
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}
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}
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