chore: move unstable patterns into patterns/unstable

examples/blocks.eg.ts

@@ -1,14 +1,13 @@
 /**
  * @title Blocks
- * @stability nearing
  * @description Utilize Capi's fluent API to turn a block reference (in this
  * case the retrieved latest finalized block hash) into a block. Then access
  * various pieces of data pertaining to that block.
  */
 
 import { $eventRecord, metadata, polkadot } from "@capi/polkadot"
 import { $, $extrinsic, known, Rune, Scope } from "capi"
-import { babeBlockAuthor } from "capi/patterns/consensus"
+import { babeBlockAuthor } from "capi/patterns/unstable/consensus"
 
 /// Reference the latest block hash.
 const blockHash = polkadot.blockHash()

examples/dev/dev_users.eg.ts

@@ -1,6 +1,5 @@
 /**
  * @title Create Dev Users
- * @stability nearing
  * @description When developing against a dev chain, the `createDevUsers` utility
  * provides `Sr25519` instances, which correspond to dev users who are pre-seeded with
  * funds. This simplifies signing extrinsics for submission to the given dev chain.

examples/dev/metadata.eg.ts

@@ -1,8 +1,5 @@
 /**
  * @title Retrieve Chain Metadata
- * @stability unstable – We'll likely restructure the metadata such that we can use its
- * type signature within a type utility to produce constraints over calls and events.
- * Tracked in [881](https://github.com/paritytech/capi/issues/811).
  * @description The chain's metadata (formally-termed "FRAME Metadata") describes all
  * of its runtime properties, including storage, constants, callables, their types and
  * even plain-text descriptions. This metadata serves as the basis off of which we

examples/dev/storage_sizes.eg.ts

@@ -1,6 +1,5 @@
 /**
  * @title Determine Storage Sizes of Dev Chains
- * @stability experiment
  * @description The `storageSizes` pattern produces a record––keyed by pallet
  * name––of storage sizes, keyed by storage name. It is unlikely that we'll ever
  * stabilize this pattern, as we don't want to abuse rpc nodes. That being said,
@@ -9,7 +8,7 @@
 
 import { polkadotDev } from "@capi/polkadot-dev"
 import { $, Scope } from "capi"
-import { storageSizes } from "capi/patterns/storage_sizes"
+import { storageSizes } from "capi/patterns/unstable/storage_sizes"
 
 /// Use the storageSizes factory to produce a Rune. Then execute it.
 const sizes = await storageSizes(polkadotDev).run(new Scope())

examples/dynamic.eg.ts

@@ -1,6 +1,5 @@
 /**
  * @title Dynamic Usage
- * @stability nearing
  * @description You may want to write code whose target chain is unknown before
  * runtime. A common example of this is block explorers. Use cases such as this
  * are "dynamic" in that they require one to read the chain's metadata at runtime

examples/ink/deploy.eg.ts

@@ -1,15 +1,15 @@
 /**
  * @title Deploy an Ink Smart Contract
- * @stability unstable – We intend to work on an Ink provider (for static codegen)
- * in the near future. This work will likely entail large changes to the current ink patterns.
- * @description Deploying an Ink contract (instantiating) to a production contracts-enabled parachain
- * is much the same as any other extrinsic submission.
+ * @description Deploying an Ink contract (instantiating) to a production contracts-enabled
+ * parachain is much the same as any other extrinsic submission.
+ * @note We intend to work on an Ink provider (for static codegen) in the near future.
+ * This work will likely entail large changes to the current ink patterns.
  */
 
 import { contractsDev } from "@capi/contracts-dev"
 import { $, createDevUsers, hex, Scope, Sr25519, ss58 } from "capi"
-import { InkMetadataRune } from "capi/patterns/ink"
 import { signature } from "capi/patterns/signature/polkadot"
+import { InkMetadataRune } from "capi/patterns/unstable/ink"
 
 /// Initialize an `InkMetadataRune` with the raw Ink metadata text.
 const metadata = InkMetadataRune.fromMetadataText(

examples/ink/interact.eg.ts

@@ -1,16 +1,16 @@
 /**
  * @title Interact With An Ink Smart Contract
- * @stability unstable – We intend to work on an Ink provider (for static codegen)
- * in the near future. This work will likely entail large changes to the current ink patterns.
  * @description The Ink patterns simplify the reading of contract instance state and events,
  * as well as the submission of transactions.
+ * @note we intend to work on an Ink provider (for static codegen) in the near future.
+ * This work will likely entail large changes to the current ink patterns.
  */
 
 import { contractsDev } from "@capi/contracts-dev"
 import { assert } from "asserts"
 import { $, createDevUsers, hex, Scope } from "capi"
-import { InkMetadataRune } from "capi/patterns/ink"
 import { signature } from "capi/patterns/signature/polkadot"
+import { InkMetadataRune } from "capi/patterns/unstable/ink"
 
 const scope = new Scope()
 

examples/misc/identity.eg.ts

@@ -1,15 +1,15 @@
 /**
  * @title Utilize The Identity Pallet With Fields
- * @stability experiment it's unclear how useful the identity info transcoding
- * is (or the identity pallet for that matter). We may decide we do not wish to
- * maintain this utility. For now however, it's a good way to stress-test Rune.
  * @description Set a user's identity, potentially with metadata of arbitrary user-defined shape.
+ * @note It's unclear how useful the identity info transcoding is (or the identity pallet
+ * for that matter). We may decide we do not wish to maintain this utility. For now
+ * however, it's a good way to stress-test Rune.
  */
 
 import { polkadotDev } from "@capi/polkadot-dev"
 import { $, createDevUsers, is, Scope } from "capi"
-import { IdentityInfoTranscoders } from "capi/patterns/identity"
 import { signature } from "capi/patterns/signature/polkadot"
+import { IdentityInfoTranscoders } from "capi/patterns/unstable/identity"
 
 const { alexa } = await createDevUsers()
 const scope = new Scope()

examples/misc/indices.eg.ts

@@ -1,6 +1,5 @@
 /**
  * @title Reserve an Index
- * @stability nearing
  * @description Reserve an index using the indices pallet. Then retrieve
  * the user's account id using the index.
  */

examples/multisig/basic.eg.ts

@@ -1,6 +1,5 @@
 /**
  * @title Multisig Transfer
- * @stability unstable
  * @description Create a multisig account and ratify a vote to execute a transfer from
  * that multisig.
  */

examples/multisig/stash.eg.ts

@@ -1,6 +1,5 @@
 /**
  * @title Multisig Administration of Pure Proxy Stash
- * @stability unstable
  * @description Administrate a stash account (pure proxy) through a multisig with
  * three signatories.
  */
@@ -9,8 +8,8 @@ import { MultiAddress, polkadotDev } from "@capi/polkadot-dev"
 import { assert } from "asserts"
 import { createDevUsers, is, Scope } from "capi"
 import { MultisigRune } from "capi/patterns/multisig"
-import { filterPureCreatedEvents } from "capi/patterns/proxy"
 import { signature } from "capi/patterns/signature/polkadot"
+import { filterPureCreatedEvents } from "capi/patterns/unstable/proxy"
 
 const { alexa, billy, carol } = await createDevUsers()
 const scope = new Scope()

examples/multisig/virtual.eg.ts

@@ -1,6 +1,5 @@
 /**
  * @title Virtual Multisig
- * @stability unstable
  * @description Virtual multisigs simulate an editable multisig. The onchain correlates include:
  *
  * 1. Pure proxies for/administrated by each of the members.
@@ -20,8 +19,8 @@
 import { MultiAddress, polkadotDev } from "@capi/polkadot-dev"
 import { assert } from "asserts"
 import { $, createDevUsers, is, Rune, Scope, Sr25519 } from "capi"
-import { VirtualMultisigRune } from "capi/patterns/multisig"
 import { signature } from "capi/patterns/signature/polkadot"
+import { VirtualMultisigRune } from "capi/patterns/unstable/multisig"
 import { parse } from "../../deps/std/flags.ts"
 
 const { alexa, billy, carol, david } = await createDevUsers()

examples/nfts.eg.ts

@@ -1,6 +1,5 @@
 /**
  * @title NFTs
- * @stability unstable
  * @description An example using the upcoming NFTs pallet to create an NFT collection,
  * mint, list and purchase an NFT, as well as lock the collection and NFT as to prevent.
  * @test_skip
@@ -16,8 +15,8 @@ import {
 } from "@capi/rococo-dev-westmint"
 import { assertEquals } from "asserts"
 import { $, createDevUsers, is, Rune, Scope } from "capi"
-import { DefaultCollectionSetting, DefaultItemSetting } from "capi/patterns/nfts"
 import { signature } from "capi/patterns/signature/statemint"
+import { DefaultCollectionSetting, DefaultItemSetting } from "capi/patterns/unstable/nfts"
 
 const scope = new Scope()
 

examples/paginate.eg.ts

@@ -1,6 +1,5 @@
 /**
  * @title Paginate
- * @stability unstable
  * @description Read pages (either of keys or entries) from storage maps.
  */
 

examples/raw_rpc/call.eg.ts

@@ -1,6 +1,5 @@
 /**
  * @title Raw RPC Call Usage
- * @stability nearing
  * @description Interact directly with the RPC node's call methods.
  */
 

examples/raw_rpc/subscription.eg.ts

@@ -1,6 +1,5 @@
 /**
  * @title Raw RPC Subscription Usage
- * @stability nearing
  * @description Interact directly with the RPC node's subscription methods.
  */
 

examples/read/account_info.eg.ts

@@ -1,6 +1,5 @@
 /**
  * @title Read a Map Value
- * @stability nearing
  * @description Read the value (an `AccountInfo`) from the system account map.
  */
 

examples/read/era_reward_points.eg.ts

@@ -1,6 +1,5 @@
 /**
  * @title Read The Era Reward Points
- * @stability nearing
  * @description Model a derived read, in which one piece of storage (the staking
  * active era index)is used as the key to another piece of storage (the corresponding
  * reward points).

examples/read/now.eg.ts

@@ -1,6 +1,5 @@
 /**
  * @title Current Agreed-Upon Time
- * @stability nearing
  * @description Read the current timestamp as agreed upon by validators.
  */
 

examples/read/para_heads.eg.ts

@@ -1,6 +1,5 @@
 /**
  * @title Derived-Read a List
- * @stability nearing
  * @description Model a derived read, in which a list in storage (parachain ids)
  * is retrieved and its elements used to key to another piece of storage
  * (the corresponding parachain heads).

examples/rune/collections.eg.ts

@@ -1,6 +1,5 @@
 /**
  * @title Rune Collections
- * @stability nearing
  * @description Parallelize resolution and collect results.
  */
 

examples/rune/intro.eg.ts

@@ -1,6 +1,5 @@
 /**
  * @title Rune Intro
- * @stability nearing
  * @description Runes are our units of composition in Capi. A Rune can be thought of
  * as an interaction *component*. It is a lazy description of our data requirements.
  * Runes can model storage retrievals, conditional transaction pipelines and more.

examples/rune/subclassing.eg.ts

@@ -1,6 +1,5 @@
 /**
  * @title Rune Subclassing
- * @stability nearing
  * @description Define a subclass (set of type-specific utilities), from which
  * any compatibly-typed Rune can adopt the subclass-defined fluent API.
  */

examples/rune/u_track.eg.ts

@@ -1,6 +1,5 @@
 /**
  * @title Rune U Track
- * @stability nearing
  * @description The `U` track allows for values such as errors and empty options
  * to be moved in and out of your purview. This can drastically simplify branching,
  * such as error recovery.

examples/sign/ed25519.eg.ts

@@ -1,6 +1,5 @@
 /**
  * @title Ed25519 Signatures
- * @stability nearing
  * @description Utilize an Ed25519 library for signing.
  */
 

examples/sign/offline.eg.ts

@@ -1,6 +1,5 @@
 /**
  * @title Offline Signing
- * @stability nearing
  * @description Create and sign an extrinsic, then serialize it into a hex for later use.
  * Finally, rehydrate the extrinsic and submit it.
  */

examples/sign/pjs.eg.ts

@@ -1,6 +1,5 @@
 /**
  * @title Polkadot-JS Signature Compatibility
- * @stability nearing
  * @description Utilize a Polkadot-JS signer (such as from a browser wallet
  * extension) to sign a Capi extrinsic.
  */

examples/smoldot/fetch_chainspec.eg.ts

@@ -1,6 +1,5 @@
 /**
  * @title Fetch Chainspec
- * @stability nearing
  * @description Connecting with Smoldot requires a chainspec, which needs to be
  * initially fetched from a wss server. This chain spec can be saved and used to
  * connect to the chain in the future.

examples/smoldot/smoldot.eg.ts

@@ -1,9 +1,11 @@
 /**
  * @title Smoldot Connection
- * @stability nearing
  * @description Smoldot enables users to run a tiny node in their browser,
  * such that they can connect directly to the network(s) without going through
  * a centralized intermediary. This is the future of unstoppable applications.
+ * @note We'll soon rework all of Capi to be smoldot-first, at which point
+ * every example will be a smoldot example. The API may change.
+ * See https://github.com/paritytech/capi/issues/1077
  */
 
 import { PolkadotRune } from "@capi/polkadot"

examples/tx/balances_transfer.eg.ts

@@ -1,6 +1,5 @@
 /**
  * @title Balance Transfer
- * @stability nearing
  * @description Transfer some funds from one user to another.
  */
 

examples/tx/handle_errors.eg.ts

@@ -1,6 +1,5 @@
 /**
  * @title Decode and Unhandle Dispatch Errors
- * @stability unstable
  * @description The `unhandleFailed` method of `ExtrinsicEventsRune` enables
  * easy decoding (and handling) of dispatch errors.
  */

examples/tx/utility_batch.eg.ts

@@ -1,6 +1,5 @@
 /**
  * @title Batch Transaction
- * @stability nearing
  * @description Sign and submit multiple calls within a single extrinsic.
  */
 

examples/tx/weights_and_estimates.eg.ts

@@ -1,6 +1,5 @@
 /**
  * @title Weights & Estimates
- * @stability nearing
  * @description Get the timepoint and estimate the fee of a tx.
  */
 

examples/watch.eg.ts

@@ -1,6 +1,5 @@
 /**
  * @title Watch
- * @stability unstable
  * @description Capi allows you to model your data requirements as Runes and
  * then utilize `watch`, which produces an async generator, the pulls of which
  * produce promises resolving to subsequent states.

examples/xcm/asset_teleportation.eg.ts

@@ -1,6 +1,5 @@
 /**
  * @title XCM Asset Teleportation
- * @stability nearing
  * @description Initialize a limited asset teleportation from a relaychain to a
  * parachain and listen for the processed event on the parachain. Finally, read
  * the new balance of the user to whom the asset was transferred.

examples/xcm/reserve_transfer.eg.ts

@@ -1,6 +1,5 @@
 /**
  * @title XCM Reserve Asset Transfer
- * @stability unstable
  * @description Perform an XCM reserve asset transfer, in which two chains, which
  * do not trust one another, rely on a third chain to store assets and facilitate
  * the exchange.

import_map.json

@@ -7,16 +7,17 @@
       "asserts": "./deps/std/testing/asserts.ts",
       "capi": "./mod.ts",
       "capi/patterns/compat/pjs_sender": "./patterns/compat/pjs_sender.ts",
-      "capi/patterns/consensus": "./patterns/consensus/mod.ts",
-      "capi/patterns/identity": "./patterns/identity.ts",
-      "capi/patterns/ink": "./patterns/ink/mod.ts",
       "capi/patterns/multisig": "./patterns/multisig/mod.ts",
-      "capi/patterns/nfts": "./patterns/nfts.ts",
       "capi/patterns/para_id": "./patterns/para_id.ts",
-      "capi/patterns/proxy": "./patterns/proxy/mod.ts",
       "capi/patterns/signature/polkadot": "./patterns/signature/polkadot.ts",
       "capi/patterns/signature/statemint": "./patterns/signature/statemint.ts",
-      "capi/patterns/storage_sizes": "./patterns/storage_sizes.ts"
+      "capi/patterns/unstable/consensus": "./patterns/unstable/consensus/mod.ts",
+      "capi/patterns/unstable/identity": "./patterns/unstable/identity.ts",
+      "capi/patterns/unstable/ink": "./patterns/unstable/ink/mod.ts",
+      "capi/patterns/unstable/multisig": "./patterns/unstable/multisig/mod.ts",
+      "capi/patterns/unstable/nfts": "./patterns/unstable/nfts.ts",
+      "capi/patterns/unstable/proxy": "./patterns/unstable/proxy/mod.ts",
+      "capi/patterns/unstable/storage_sizes": "./patterns/unstable/storage_sizes.ts"
     },
     "http://localhost:4646/": {
       "http://localhost:4646/capi/": "./"

patterns/multisig/mod.ts

@@ -1,3 +1,2 @@
 export * from "./multisigAccountId.ts"
 export * from "./MultisigRune.ts"
-export * from "./VirtualMultisigRune.ts"

patterns/consensus/babeBlockAuthor.ts → patterns/unstable/consensus/babeBlockAuthor.ts

@@ -7,7 +7,7 @@ import {
   Rune,
   RunicArgs,
   ValueRune,
-} from "../../mod.ts"
+} from "../../../mod.ts"
 import { preRuntimeDigest } from "./preRuntimeDigest.ts"
 
 export function babeBlockAuthor<C extends AddressPrefixChain, U, X>(

patterns/consensus/preRuntimeDigest.ts → patterns/unstable/consensus/preRuntimeDigest.ts

@@ -1,5 +1,5 @@
 import { $digestItem, DigestItem } from "@capi/polkadot"
-import { Chain, ChainRune, hex, is, RunicArgs, ValueRune } from "../../mod.ts"
+import { Chain, ChainRune, hex, is, RunicArgs, ValueRune } from "../../../mod.ts"
 
 export function preRuntimeDigest<C extends Chain, U, X>(
   chain: ChainRune<C, U>,