b0e82f9640
* mainly sdk.int to cosmossdk.io/math * staking keys * fumpt * var-naming linter errors and a fumpt * Update CHANGELOG.md * Update .golangci.yml * Update CHANGELOG.md * Update test_helpers.go * Update test_helpers.go * fumpt and lint * this lints the db module, and makes it easier to use. It adds breaking name changes * DBConnection -> Connection * previous commit contained a merge error * Update test_helpers.go * Update test_helpers.go * db renamings * merge master * changelog * DBWriter -> Writer * consistent multistore reciever * standard recievers for multistore v2alpha1 * general cleanup of linting issues * more linter fixes * remove prealloc linter * nolint the secp256k1 import * nolint the secp256k1 package * completenolint resulting in a diff that has only nolints
20 lines
1.4 KiB
Go
20 lines
1.4 KiB
Go
// This package provides concrete implementations of the store/v2alpha1 "MultiStore" types, including
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// CommitMultiStore, CacheMultiStore, and BasicMultiStore (as read-only stores at past versions).
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//
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// Substores are declared as part of a schema within StoreOptions.
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// The schema cannot be changed once a CommitMultiStore is initialized, and changes to the schema must be done
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// by migrating via StoreOptions.Upgrades. If a past version is accessed, it will be loaded with the past schema.
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// Stores may be declared as StoreTypePersistent, StoreTypeMemory (not persisted after close), or
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// StoreTypeTransient (not persisted across commits). Non-persistent substores cannot be migrated or accessed
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// in past versions.
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//
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// A declared persistent substore is initially empty and stores nothing in the backing DB until a value is set.
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// A non-empty store is stored within a prefixed subdomain of the backing DB (using db/prefix).
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// If the MultiStore is configured to use a separate Connection for StateCommitmentDB, it will store the
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// state commitment (SC) store (as an SMT) in subdomains there, and the "flat" state is stored in the main DB.
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// Each substore's SC is allocated as an independent SMT, and query proofs contain two components: a proof
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// of a key's (non)existence within the substore SMT, and a proof of the substore's existence within the
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// MultiStore (using the Merkle map proof spec (TendermintSpec)).
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package multi
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