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lib/db: Use explicit byte type for type prefixes (#6754)

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This makes Go 1.15 test/vet happy, avoiding "conversion from untyped int
to string yields a string of one rune" warning where we do
string(KeyTypeWhatever) in namespaced.go.

It also clarifies and enforces the currently allowed range of these
numbers so I think it's fine.
This commit is contained in:
Jakob Borg
2020-06-17 09:37:07 +02:00
committed by GitHub
parent 3be9f68b51
commit a218a69530
1 changed files with 16 additions and 16 deletions
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lib/db/keyer.go
+16 -16
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@@ -22,52 +22,52 @@ const (
const ( const (
// KeyTypeDevice <int32 folder ID> <int32 device ID> <file name> = FileInfo // KeyTypeDevice <int32 folder ID> <int32 device ID> <file name> = FileInfo
KeyTypeDevice = 0 KeyTypeDevice byte = 0
// KeyTypeGlobal <int32 folder ID> <file name> = VersionList // KeyTypeGlobal <int32 folder ID> <file name> = VersionList
KeyTypeGlobal = 1 KeyTypeGlobal byte = 1
// KeyTypeBlock <int32 folder ID> <32 bytes hash> <§file name> = int32 (block index) // KeyTypeBlock <int32 folder ID> <32 bytes hash> <§file name> = int32 (block index)
KeyTypeBlock = 2 KeyTypeBlock byte = 2
// KeyTypeDeviceStatistic <device ID as string> <some string> = some value // KeyTypeDeviceStatistic <device ID as string> <some string> = some value
KeyTypeDeviceStatistic = 3 KeyTypeDeviceStatistic byte = 3
// KeyTypeFolderStatistic <folder ID as string> <some string> = some value // KeyTypeFolderStatistic <folder ID as string> <some string> = some value
KeyTypeFolderStatistic = 4 KeyTypeFolderStatistic byte = 4
// KeyTypeVirtualMtime <int32 folder ID> <file name> = dbMtime // KeyTypeVirtualMtime <int32 folder ID> <file name> = dbMtime
KeyTypeVirtualMtime = 5 KeyTypeVirtualMtime byte = 5
// KeyTypeFolderIdx <int32 id> = string value // KeyTypeFolderIdx <int32 id> = string value
KeyTypeFolderIdx = 6 KeyTypeFolderIdx byte = 6
// KeyTypeDeviceIdx <int32 id> = string value // KeyTypeDeviceIdx <int32 id> = string value
KeyTypeDeviceIdx = 7 KeyTypeDeviceIdx byte = 7
// KeyTypeIndexID <int32 device ID> <int32 folder ID> = protocol.IndexID // KeyTypeIndexID <int32 device ID> <int32 folder ID> = protocol.IndexID
KeyTypeIndexID = 8 KeyTypeIndexID byte = 8
// KeyTypeFolderMeta <int32 folder ID> = CountsSet // KeyTypeFolderMeta <int32 folder ID> = CountsSet
KeyTypeFolderMeta = 9 KeyTypeFolderMeta byte = 9
// KeyTypeMiscData <some string> = some value // KeyTypeMiscData <some string> = some value
KeyTypeMiscData = 10 KeyTypeMiscData byte = 10
// KeyTypeSequence <int32 folder ID> <int64 sequence number> = KeyTypeDevice key // KeyTypeSequence <int32 folder ID> <int64 sequence number> = KeyTypeDevice key
KeyTypeSequence = 11 KeyTypeSequence byte = 11
// KeyTypeNeed <int32 folder ID> <file name> = <nothing> // KeyTypeNeed <int32 folder ID> <file name> = <nothing>
KeyTypeNeed = 12 KeyTypeNeed byte = 12
// KeyTypeBlockList <block list hash> = BlockList // KeyTypeBlockList <block list hash> = BlockList
KeyTypeBlockList = 13 KeyTypeBlockList byte = 13
// KeyTypeBlockListMap <int32 folder ID> <block list hash> <file name> = <nothing> // KeyTypeBlockListMap <int32 folder ID> <block list hash> <file name> = <nothing>
KeyTypeBlockListMap = 14 KeyTypeBlockListMap byte = 14
// KeyTypeVersion <version hash> = Vector // KeyTypeVersion <version hash> = Vector
KeyTypeVersion = 15 KeyTypeVersion byte = 15
) )
type keyer interface { type keyer interface {