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## Definition
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A `repo` is the storage repository of an IPFS node. It is the subsystem that
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actually stores the data ipfs nodes use. All IPFS objects are stored in
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actually stores the data IPFS nodes use. All IPFS objects are stored
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in a repo (similar to git).
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There are many possible repo implementations, depending on the storage media
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used. Most commonly, ipfs nodes use an [fs-repo](fs-repo).
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used. Most commonly, IPFS nodes use an [fs-repo](fs-repo).
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Repo Implementations:
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-[fs-repo](fs-repo) - stored in the os filesystem
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### logs
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A full IPFS node is complex. Many events can happen, and thus some ipfs
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A full IPFS node is complex. Many events can happen, and thus some IPFS
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implementations capture event logs and (optionally) store them for user review
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or debugging.
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### hooks (TODO)
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Like git, IPFS nodes will allow `hooks`, a set of user configurable scripts to run at predefined moments in ipfs operations. This makes it easy to customize the behavior of ipfs nodes without changing the implementations themselves.
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Like git, IPFS nodes will allow `hooks`, a set of user configurable scripts to run at predefined moments in IPFS operations. This makes it easy to customize the behavior of IPFS nodes without changing the implementations themselves.
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## Notes
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#### A Repo uniquely identifies an IPFS Node
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A repository uniquely identifies a node. Running two different ipfs programs with identical repositories -- and thus identical identities -- WILL cause problems.
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A repository uniquely identifies a node. Running two different IPFS programs with identical repositories -- and thus identical identities -- WILL cause problems.
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Datastores MAY be shared -- with proper synchronization -- though note that sharing datastore access MAY erode privacy.
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