[lorisleiva]

This PR makes the parsers of @codama/dynamic-parsers return the decoded nodes of @codama/dynamic-codecs, so parsed accounts, events and instructions keep the node of every decoded value, e.g. to format it.

// Before
const parsed = parseAccountData(root, bytes);
parsed.data; // { amount: 42n }
parsed.path; // [root, program, account]

// After
const parsed = parseAccountData(root, bytes); // DecodedAccountNode
parsed.value; // { amount: 42n }
parsed.data; // the decoded struct, with its `fields`
parsed.path; // [root, program, account]
parsed.preOffset; // 0
parsed.postOffset; // 9

• Decoded nodes: parseAccountData, parseEventData, parseInstructionData and parseData return DecodedAccountNode, DecodedEventNode and DecodedInstructionNode. ParsedData is removed, and the plain value moves from data to value.
• ParsedInstruction: a DecodedInstructionNode with its named accounts and its remainingAccounts, which is now always present. Named accounts carry their identifier instead of a name.
• Options: the new ParseDataOptions adds bytesEncoding to programAddress, and parseInstruction accepts bytesEncoding too.
• Unparsable bytes: unchanged, parsers return undefined when nothing is identified or when the identified node cannot decode the bytes.

[changeset-bot]

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Latest commit: 9e05227

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[lorisleiva]

• [2.x] Format decoded nodes into formatted node trees #1218
• [2.x] Add formatters for booleans, bytes, enums and public keys #1217
• [2.x] Return decoded nodes from dynamic parsers #1216 👈 (View in Graphite)
• [2.x] Add formatters for decoded nodes #1215
• [2.x] Decode Codama nodes into decoded node trees #1214
• [2.x] Report defined types without a finite value in validators #1213
• [2.x] Support recursive defined types in dynamic codecs #1212
• [2.x] Detect cyclic defined types #1211
• [2.x] Port the dynamic client to Codama v2 #1209
• [2.x] Reject duplicate set items in dynamic codecs #1208
• [2.x] Upgrade v1 instructions, programs and roots to v2 #1207
• [2.x] Keep the cause of validation items and drop their node #1206
• [2.x] Make NodePath non-distributive over node unions #1205
• [2.x] Use the published v1 node types in @codama/upgrade #1201
• [2.x] Add v1 to v2 upgrade converters for types and values #1200
• [2.x] Adapt to spec 2.0.0-rc.1 #1196
• main

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[lorisleiva]

@trevor-cortex

[trevor-cortex]

Summary

Swaps getNodeValueCodec for getNodeCodec in parseData, so every parser now returns the DecodedAccountNode / DecodedEventNode / DecodedInstructionNode of @codama/dynamic-codecs instead of the local ParsedData<TNode> wrapper. ParsedInstruction becomes DecodedInstructionNode & { accounts, remainingAccounts }, with remainingAccounts now required and named accounts carrying identifier rather than name. A new ParseDataOptions = CodecVisitorOptions & IdentifyDataOptions threads bytesEncoding through, and parseInstruction takes CodecVisitorOptions directly (its programAddress still comes from the instruction). README and tests are updated accordingly.

The implementation is a thin, correct delegation. Things I checked:

• Option splitting in parseData is explicit ({ programAddress } → identifyData, { bytesEncoding } → getNodeCodec) rather than forwarding the merged object, so neither side sees keys it doesn't own. Identification only encodes discriminator constants, so it genuinely doesn't need bytesEncoding — nothing is lost there.
• The as GetDecodedNodeFromKind<TKind> cast is the same shape of erasure as the previous path as NodePath<ParsableNode> and is sound: getNodeCodec on a ParsableNode path yields the union of the three decoded node types, and the kind filter already narrowed the path.
• Unparsable bytes keep the same try/catch → undefined contract; the "truncated data" and "unknown program" tests still cover it.
• parseInstruction options type is CodecVisitorOptions, not ParseDataOptions — correct, since passing a programAddress there would silently conflict with instruction.programAddress.
• README anchors (#decoded-nodes, #value-format, #formatting) all exist in packages/dynamic-codecs/README.md.
• No other in-repo consumers of ParsedData, .data from the parsers, or name on parsed accounts that this would break (@codama/dynamic-client doesn't depend on dynamic-parsers on this branch).

Things to watch out for

• ParsedInstruction inherits data?: DecodedTypeNode from DecodedInstructionNode, so for data-less instructions (e.g. the close test) parsed.data is undefined while parsed.value is also undefined. That's consistent with dynamic-codecs, but the "Decoded nodes" intro in this README says every parser returns "the decoded nodes of its data" without that caveat — see inline.
• The first parseAccountData test asserts toStrictEqual(getNodeCodec(...).decode(...)), which is mostly tautological on its own; it's fine because the two tests right after it pin down the actual shape (path/value/preOffset/postOffset and isDecodedNode(result.data, 'structTypeNode')).

Notes for subsequent reviewers

• Changeset: none in the PR, which matches the convention on the other [2.x] PRs (seeded major changeset at the end of the migration). When that changeset is written, this PR contributes: ParsedData removed; data → value on all parser results; accounts[].name → identifier and remainingAccounts now required on ParsedInstruction; new ParseDataOptions / bytesEncoding option on all parsers and parseInstruction.
• Behaviour of identification, the single-candidate fallback, and program selection is untouched — only the decode step and the return shape changed.