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chore: format proto file (#254)

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* chore: proto file format using buf

* generate go file
This commit is contained in:
fys
2025-07-16 11:25:57 +08:00
committed by GitHub
parent ceb1af4fa9
commit 855dff1b87
30 changed files with 432 additions and 354 deletions
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proto/greptime/v1/index/bloom_filter.proto
+18 -18
View File
@@ -20,33 +20,33 @@ option go_package = "github.com/GreptimeTeam/greptime-proto/go/greptime/v1/index
// BloomFilterMeta defines the metadata for a bloom filter.
message BloomFilterMeta {
// The number of rows per segment.
uint64 rows_per_segment = 1;
// The number of rows per segment.
uint64 rows_per_segment = 1;
// The number of segments.
uint64 segment_count = 2;
// The number of segments.
uint64 segment_count = 2;
// The number of total rows.
uint64 row_count = 3;
// The number of total rows.
uint64 row_count = 3;
// The size of the bloom filter in bytes excluding the metadata.
uint64 bloom_filter_size = 4;
// The size of the bloom filter in bytes excluding the metadata.
uint64 bloom_filter_size = 4;
// The indices to the bloom filter location of each segment.
repeated uint64 segment_loc_indices = 5;
// The indices to the bloom filter location of each segment.
repeated uint64 segment_loc_indices = 5;
// The bloom filter locations.
repeated BloomFilterLoc bloom_filter_locs = 6;
// The bloom filter locations.
repeated BloomFilterLoc bloom_filter_locs = 6;
}
// BloomFilterLoc defines the location of a bloom filter.
message BloomFilterLoc {
// The byte offset of the bloom filter data.
uint64 offset = 1;
// The byte offset of the bloom filter data.
uint64 offset = 1;
// The size of the bloom filter data.
uint64 size = 2;
// The size of the bloom filter data.
uint64 size = 2;
// The number of elements in the bloom filter.
uint64 element_count = 3;
// The number of elements in the bloom filter.
uint64 element_count = 3;
}
proto/greptime/v1/index/inverted_index.proto
+41 -41
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@@ -21,70 +21,70 @@ option go_package = "github.com/GreptimeTeam/greptime-proto/go/greptime/v1/index
// InvertedIndexMetas defines the metadata for an inverted index
// within an inverted index blob.
message InvertedIndexMetas {
// A map of tag names to their respective metadata corresponding to an individual
// inverted index within the inverted index blob.
map<string, InvertedIndexMeta> metas = 1;
// A map of tag names to their respective metadata corresponding to an individual
// inverted index within the inverted index blob.
map<string, InvertedIndexMeta> metas = 1;
// The total count of rows within the inverted index blob.
// This is used to determine the number of segments within the bitmap.
uint64 total_row_count = 2;
// The total count of rows within the inverted index blob.
// This is used to determine the number of segments within the bitmap.
uint64 total_row_count = 2;
// The number of rows per group for bitmap indexing which determines how rows are
// batched for indexing. Each batch corresponds to a segment in the bitmap and allows
// for efficient retrieval during queries by reducing the search space.
uint64 segment_row_count = 3;
// The number of rows per group for bitmap indexing which determines how rows are
// batched for indexing. Each batch corresponds to a segment in the bitmap and allows
// for efficient retrieval during queries by reducing the search space.
uint64 segment_row_count = 3;
}
// InvertedIndexMeta contains the metadata for a specific tag's inverted index.
message InvertedIndexMeta {
// Name of the tag associated with the inverted index.
string name = 1;
// Name of the tag associated with the inverted index.
string name = 1;
// The base byte offset for this tag's inverted index data within the blob.
// Other offsets in this message are relative to this base offset.
uint64 base_offset = 2;
// The base byte offset for this tag's inverted index data within the blob.
// Other offsets in this message are relative to this base offset.
uint64 base_offset = 2;
// The total size in bytes of this tag's inverted index data, including bitmaps,
// FST data.
uint64 inverted_index_size = 3;
// The total size in bytes of this tag's inverted index data, including bitmaps,
// FST data.
uint64 inverted_index_size = 3;
// The byte offset of the Finite State Transducer (FST) data relative to the `base_offset`.
uint32 relative_fst_offset = 4;
// The byte offset of the Finite State Transducer (FST) data relative to the `base_offset`.
uint32 relative_fst_offset = 4;
// The size in bytes of the FST data.
uint32 fst_size = 5;
// The size in bytes of the FST data.
uint32 fst_size = 5;
// The byte offset relative to the `base_offset` where the null bitmap for this tag
// starts.
uint32 relative_null_bitmap_offset = 6;
// The byte offset relative to the `base_offset` where the null bitmap for this tag
// starts.
uint32 relative_null_bitmap_offset = 6;
// The size in bytes of the null bitmap.
uint32 null_bitmap_size = 7;
// The size in bytes of the null bitmap.
uint32 null_bitmap_size = 7;
// Statistical information about the tag's inverted index.
InvertedIndexStats stats = 8;
// Statistical information about the tag's inverted index.
InvertedIndexStats stats = 8;
// The type of bitmap used for indexing.
BitmapType bitmap_type = 9;
// The type of bitmap used for indexing.
BitmapType bitmap_type = 9;
}
// InvertedIndexStats provides statistical data on a tag's inverted index.
message InvertedIndexStats {
// The count of null entries within the tag's column.
uint64 null_count = 1;
// The count of null entries within the tag's column.
uint64 null_count = 1;
// The number of distinct values within the tag's column.
uint64 distinct_count = 2;
// The number of distinct values within the tag's column.
uint64 distinct_count = 2;
// The minimum value found within the tag's column, encoded as bytes.
bytes min_value = 3;
// The minimum value found within the tag's column, encoded as bytes.
bytes min_value = 3;
// The maximum value found within the tag's column, encoded as bytes.
bytes max_value = 4;
// The maximum value found within the tag's column, encoded as bytes.
bytes max_value = 4;
}
// BitmapType defines the type of bitmap used for indexing.
enum BitmapType {
BitVec = 0;
Roaring = 1;
BitVec = 0;
Roaring = 1;
}