web: mount CopilotPanel in AppShell (component existed but was never rendered)#2
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wangmingzhou1986 wants to merge 1031 commits into
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web: mount CopilotPanel in AppShell (component existed but was never rendered)#2wangmingzhou1986 wants to merge 1031 commits into
wangmingzhou1986 wants to merge 1031 commits into
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ICA-2 — formalises the table lifecycle endpoints (list / create / load /
drop / rename) that already exist in the Go service so they have parity
tests and a shape mirroring the Rust source in
services/iceberg-catalog-service/src/{domain/table.rs,handlers/rest_catalog/tables.rs}.
Changes
- repo.Repo now wraps a DB interface so unit tests can drive it with
pgxmock instead of a live Postgres.
- CreateTable maps Postgres unique_violation (SQLSTATE 23505) to a
stable "already exists in namespace" error matching Rust's
TableError::AlreadyExists. The REST handler already maps this to 409.
- New repo_test.go covers the table CRUD lifecycle with pgxmock,
including a concurrent-create test that asserts only one of two
racing callers succeeds and the loser sees AlreadyExists.
- New tables_test.go covers the handler surface (auth, validation,
create→load→drop→404 round-trip, conflict→409, rename across namespaces).
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Port `services/connector-management-service/src/connectors/bigquery.rs`
to the Go adapter contract introduced in CMA-0. The new
`internal/adapters/bigquery` package implements all four
[adapters.ConnectorAdapter] capabilities:
- DiscoverSources — list datasets + tables via the BigQuery v2 REST
API (`projects/{p}/datasets`, `…/datasets/{ds}/tables`), failing
soft on per-dataset listing errors so partial discovery still
surfaces.
- QueryVirtualTable — bounded SELECT … LIMIT preview that returns
JSON rows (mirrors Rust `bounded_preview`).
- StreamArrow — paginated `jobs.query` + `getQueryResults`
with `pageToken`, materialised as a single Arrow IPC frame backed
by apache/arrow-go/v18 (Utf8 columns, mirroring Rust's
`materialize_arrow_stream`).
- BuildIngestSpec — `dataset.table` selector → IngestSpec carrying
project_id / dataset_id / table_id (+ optional location / query)
under the `"bigquery"` source discriminator.
Auth flavours match Rust:
- `service_account_json` (JSON string OR object) → self-signed RS256
JWT exchanged at `oauth2.googleapis.com/token` for an access token.
- `access_token` → forwarded as a Bearer token.
`apiBase`, `tokenURL`, the embedded `*http.Client`, and the wallclock
used for JWT iat/exp are all overridable on the Adapter so tests can
stand up an httptest server with a deterministic clock.
Tests port the Rust `#[cfg(test)]` unit suite (config validation,
query builder, row/column extractors, service-account parsing) and
add a `fakeBigQuery` httptest server that exercises:
- `DiscoverSources` over a real REST round-trip with dataset + table
enumeration and bearer-token assertion;
- `QueryVirtualTable` over a single jobs.query response, asserting
the LIMIT-clamped preview SQL and decoded JSON rows;
- `StreamArrow` across three pages (jobs.query + two
`getQueryResults` followups) plus full Arrow IPC reader-side
decoding to confirm row count and schema parity;
- `obtainAccessToken` over a fake token endpoint with an RS256 JWT
that is parsed back with the matching public key and verified
against expected iss/aud/scope/iat/exp claims.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
…ships from Rust Mirrors services/tenancy-organizations-service/src/handlers/projects.rs: slug + workspace-slug normalisation are byte-exact; folder name and slug derivation match the Rust split_whitespace + ascii-alphanumeric walks; memberships upsert idempotently on (project_id, user_id); resource bindings keep (resource_kind, resource_id) as the conflict target so re-binding moves a resource between projects without orphan rows. The handler holds *pgxpool.Pool directly (Rust state.ontology_db analogue) and runs all SQL inline; routes mount under /api/v1/projects in server.go, with the access checks delegated to the existing internal/domain helpers (ListAccessibleProjects, EnsureProjectViewAccess, EnsureProjectEditAccess, EnsureResourceManageAccess). Migration 0005 adds ontology_projects + memberships + resources + folders so the service is self-contained against a single DATABASE_URL. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
… Rust Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Mirrors the open-table flavour of services/connector-management-service/ src/connectors/s3.rs. Discovery surfaces inline iceberg_tables[] and delta_tables[] entries with the s3_<format>_table source kind, dedupes shared selectors, and returns a non-empty result. Validate rejects configs missing the url/bucket identity field or any inline open-table declaration. Query, Arrow streaming, and ingest spec return ErrNotImplemented; clients consume zero-copy via /iceberg/v1/* until the catalog_bridge HTTP runtime is ported. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
…m Rust
Adds the OEA-4 spatial query engine (within / intersects / nearest /
buffer) and clustering (DBSCAN, K-Means) ports of
src/geospatial/geospatial_base/{handlers/features.rs, domain/engine/
spatial_query.rs, domain/engine/clustering.rs, models/spatial_index.rs}.
The route_features handler is left for OEA-5; only the predicate +
clustering surface is wired here. Routes are exposed via the existing
geospatial.AppState.Routes() but remain unmounted by the binary,
matching the Rust crate's #[allow(dead_code)] geospatial module.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
…from Rust DV-12 brings the Rust data_asset_catalog catalog metadata surface into the Go service: lineage-aware effective markings, catalog enum constants, dataset audit emissions on Patch/Put and a unit suite covering the resolver contracts (direct, inheritance, cycles, dedupe, cache invalidation). Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Mirrors services/connector-management-service/src/connectors/parquet.rs. Uses apache/arrow-go's pqarrow reader so virtual-table preview and Arrow IPC streaming are served directly from the adapter instead of deferring to lake materialisation. Validate, magic-byte checks, source label / file-name derivation, and the limit clamp ([1, 500]) follow the Rust contract. URLs are fetched via http.DefaultClient (overridable for tests); local paths use os.ReadFile. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
IRF-5 — Foundry "Reset stream" workflow. Mirrors the Rust handler at
services/ingestion-replication-service/src/event_streaming/handlers/
stream_views.rs. Rotates the stream's view RID atomically, retires the
previous active view (active=false, retired_at stamped), inserts a
fresh one with generation+1, and best-effort truncates the underlying
Kafka topic + resets consumer offsets via the streaming runtime.
POST /api/v1/streaming/streams/{id}:reset
* handlers/stream_views.go — claims/permission gate, INGEST-kind
guard, downstream-pipelines-active guard with force=true override,
metadata rotation via repo, hot-buffer rotation via runtime, audit
log emission.
* models/models.go — StreamView wire shape + StreamRIDFor / ViewRIDFor
helpers + ResetStreamRequest/Response + StreamKind constants.
* repo/repo.go — transactional ResetStream (load → retire → mint v7 →
insert new view → optional schema mirror) + DownstreamPipelinesActive
that no-ops gracefully until streaming_topologies lands.
* repo/migrations/20260507000003_streaming_stream_views.sql — table
+ partial unique index enforcing one active view per stream.
* runtime: ProductionStreamingRuntime.ResetStream re-creates the
Kafka topic (delete + provision) so all records are dropped and
consumer offsets become invalid.
Depends on IRF-4 (Kafka admin direct path).
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Mirrors services/connector-management-service/src/connectors/csv.rs. Parses the CSV with stdlib encoding/csv, returns rows as JSON (string cells per Rust's behaviour), encodes the full file as a single Arrow IPC frame for StreamArrow, and emits a "csv" ingest descriptor. URL fetches use http.DefaultClient (overridable in tests); local paths use os.ReadFile. Discovery yields a synthetic single source whose display name is derived from the file basename (path or URL tail). Also widens the parquet adapter's display-name derivation to use the URL tail when no path is configured. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Adds the runtime scan that hydrates `ontology.reindex.v1` records. Mirrors the `CassandraScanner` in services/reindex-coordinator-service/ src/scan.rs so the Go and Rust coordinators publish bit-for-bit identical batches during the cut-over: same two-query pattern (`objects_by_type` index lookup → `objects_by_id` hydrate, with the all-types path using `ALLOW FILTERING`), same opaque base64 page-state encoding, same soft-delete filter on hydration, same `scanned` counter that includes deleted ids. Tests: a `//go:build integration` suite drives a real `cassandra:5.0` testcontainer via libs/testing.BootCassandra to verify the scanner hits both tables, paginates via the opaque token, drops deleted rows on hydration, and skips orphan index entries; plain unit tests cover the paging-state encode/decode helpers. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Mirrors `services/connector-management-service/src/connectors/tableau.rs` as a thin wrapper over a new shared `catalogbridge` package that ports the inline-or-remote tabular catalog plumbing from Rust's `connectors::catalog_bridge`. The bridge handles ValidateConfig, DiscoverSources, and QueryVirtualTable with parity for inline `tables/views/datasets/streams/reports/entities` catalogs and the `base_url` + `catalog_path` / `*_path_template` HTTP fan-out. Per CMA-11a, the connector binds `tableau_view` as the default source kind and `site_id` as the identity field; StreamArrow / BuildIngestSpec return ErrNotImplemented because the Rust connector does not expose those capabilities. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Mirrors services/connector-management-service/src/connectors/json.rs
and lifts the NDJSON limitation: parseRows uses a streaming
json.Decoder so single objects, arrays, and one-value-per-line streams
are all surfaced as rows. CountRows aligns with the same decoder so an
NDJSON file whose first byte is '{' counts every record (Rust returns 1
in that case because it short-circuits on the first character).
StreamArrow encodes the parsed rows as a single Utf8-typed Arrow IPC
frame; BuildIngestSpec emits a "json" descriptor carrying url/path.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Mirrors `services/connector-management-service/src/connectors/power_bi.rs` as a thin wrapper over the shared `catalogbridge` package: binds `power_bi_dataset` as the default source kind and `workspace_id` as the identity field for resource-template configs. Inline `datasets` catalogs short-circuit the HTTP path; remote `dataset_path_template` configs flow through the bridge's HTTP client. StreamArrow and BuildIngestSpec return ErrNotImplemented because the Rust connector does not expose those capabilities. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Mirrors `services/connector-management-service/src/connectors/odbc.rs` as a thin wrapper over the shared `catalogbridge` package: binds `odbc_table` as the default source kind and `dsn` as the identity field for resource-template configs. The Rust connector does not open ODBC handles in-process — it routes every read through the catalog-bridge HTTP path on the assumption that the connector-agent (or an inline `tables` catalog) speaks ODBC on the user's behalf. The Go port preserves that behaviour. The package doc records the gap: in-process ODBC in Go would require `github.com/alexbrainman/odbc` (unmaintained, Windows + macOS unixODBC only), which is intentionally not wired in here because CMA-11c is a wrapper-parity task. StreamArrow / BuildIngestSpec return ErrNotImplemented for the same reason as the other catalog-bridge connectors. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Mirrors `services/connector-management-service/src/connectors/jdbc.rs` as a thin wrapper over the shared `catalogbridge` package: binds `jdbc_table` as the default source kind and `jdbc_url` as the identity field for resource-template configs. JDBC is a Java-only contract; the Rust side does not run JDBC drivers in-process either — every read flows through the catalog-bridge HTTP path on the assumption that the connector-agent runs the JDBC connection on the user's JVM, or that the inline `tables` catalog already carries the data. The Go port preserves that "JVM-out-of-process" model and records the gap in the package doc: in-process JDBC in Go either needs a JVM sidecar (the chosen approach in the broader migration plan, mirroring the existing python-sidecar pattern) or per-prefix translation to a native Go driver (`pgx`, `go-sql-driver/mysql`, `gosnowflake`, …). Both swaps are explicitly out of scope for CMA-11d. StreamArrow / BuildIngestSpec return ErrNotImplemented for the same reason as the other catalog-bridge connectors. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
… Rust Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Adds the MySQL connector adapter as a Foundry-aligned thin wrapper over the shared tabular catalog bridge, mirroring `services/connector-management-service/src/connectors/mysql.rs`. Identity field is `host`, default source kind `mysql_table`. Both Rust `#[cfg(test)]` cases are ported and the standard discover/query/stream/ingest assertion set is added. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
… Rust Closes the RC-2 gaps so the Go ReindexRecord wire shape is byte-exact to the Rust producer: - `Deleted` json tag drops `omitempty`. Rust uses `#[serde(default)]` with no `skip_serializing_if`, so the field is always emitted; the legacy ontology-indexer `ObjectChangedV1` consumer relies on the field being present. - `extractEmbedding` now skips non-numeric entries instead of failing the whole record, matching the Rust loop over `Value::as_f64`. Uses `*float64` to distinguish JSON `null` (skip) from a real `0.0`. - Ports the Rust `#[cfg(test)]` cases that were missing on the Go side: empty-array embedding collapses to nil, integer embeddings are accepted, heterogeneous arrays keep only the numeric entries, and a round-trip JSON shape test pinning the wire keys against `services/ontology-indexer::ObjectChangedV1`.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
…r from Rust Ports the Foundry "Branch retention" doc resolver and hourly archive worker from Rust src/domain/retention.rs and src/domain/retention_worker.rs: - internal/domain/retention: pure ParsePolicy/PolicyAsString, ResolveEffective (walks INHERITED up the parent chain, falls back to FOREVER on missing/cyclic ancestors), and IsArchiveEligible (skips roots, branches with OPEN transactions, and already-archived rows). - internal/runtime/retention: Worker with injectable Clock, Store, gauge and counter shims; RunOnce resolves + archives + sets the eligibility gauge; RunLoop skips the immediate first tick and defaults to one-hour cadence. RepoStore adapter delegates to ListRetentionCandidates and ArchiveBranchForRetentionWithOutbox. - cmd/main.go starts the loop in-process when RETENTION_WORKER_ENABLED is set; RETENTION_WORKER_INTERVAL overrides the cadence. - All seven #[cfg(test)] cases from domain/retention.rs ported verbatim plus cycle/non-positive-TTL/already-archived edge cases. Worker tests drive a fake store + fake clock for archive correctness, idempotency, error propagation, INHERITED chain resolution, and RunLoop start/stop. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
…l/ldap/mssql/oracle/sftp) from Rust Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
…from Rust Closes the third utility package called out in CMA-13 alongside the already-landed catalogbridge (CMA-11a) and opentable (CMA-9) ports: - internal/adapters/httpruntime/runtime.go — Client.Get/PostJSON/PostForm, agent-proxy hop, JSONBody/HeaderMap, mirroring src/connectors/http_runtime.rs - internal/adapters/httpruntime/egress.go — EgressPolicy + EgressPolicyFromState + ValidateURL, mirroring src/domain/egress.rs - ports the egress.rs #[cfg(test)] tests plus roundtrip tests for Get/PostJSON/PostForm/agent-proxy and HeaderMap/JSONBody helpers - updates connector-management-service parity row for runtime bridges Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Mirrors `services/connector-management-service/src/connectors/snowflake.rs`
(531 LOC) as a productive REST adapter against Snowflake's
`/api/v2/statements` endpoint. Both Rust auth flavours are preserved:
- Keypair JWT (preferred): RS256 over PKCS#8 RSA key, with `iss`/`sub`
encoding the `{account}.{USER}` identity exactly like Rust
(`obtain_token` mirrored 1:1 — only the user is uppercased; the
account is just trim+trailing-dot-normalised).
- OAuth bearer: passed through as `Authorization: Bearer …` with
`X-Snowflake-Authorization-Token-Type: OAUTH`.
Capabilities:
- DiscoverSources runs `SHOW TABLES IN SCHEMA :db.:schema` and emits
one DiscoveredSource per row, selectors qualified `db.schema.name`.
- QueryVirtualTable: `SELECT * FROM <qualified> LIMIT n` with limit
clamped into [1, 500] just like Rust.
- StreamArrow: full multi-partition fetch over `partitionInfo[]` capped
at MAX_PARTITIONS=50, materialised into a single Arrow IPC frame via
the same nullable-Utf8 schema as `materialize_arrow_stream` in
`connectors/mod.rs`.
- BuildIngestSpec: structural placeholder (account/database/schema/
table + optional warehouse/role/query) discriminated as "snowflake",
matching the CMA-0 contract until the bridge gains a typed variant.
The slice description suggests the Go port should use the gosnowflake
driver, but the Rust source materialises rows from REST JSON envelopes;
keeping the REST path here preserves the wire shape (HTTP envelopes,
source signatures, partition fan-out cap) byte-identical for parity.
Tests port the four Rust `#[cfg(test)]` cases (validate_config,
build_query qualification + passthrough, extract_rows column alignment,
base_url account subdomain) and add a httptest-driven `/api/v2/statements`
fake that exercises:
- DiscoverSources end-to-end with bearer/header-kind assertion;
- QueryVirtualTable shape including `parameters.ROWS_PER_RESULTSET`;
- StreamArrow multi-partition fan-out with Arrow IPC reader decoding
back to confirm 3 rows × 2 cols arrived through 1 POST + 2 GETs;
- HTTP-error surfacing as `Snowflake statements returned HTTP 403`.
- JWT signing path with a fixed clock so iat/exp/iss/sub claims are
deterministically asserted via the matching public key.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Mirrors `services/connector-management-service/src/connectors/kafka.rs` as a thin adapter over the shared `libs/event-bus-control` (controlbus) helpers — same package the ingestion-replication and edge-gateway services already use. Catalog-backed mode (parse `topics[]` from the connection config, return preview/sample messages) is always available. When `bootstrap_servers` (or the `brokers` alias) is configured, discovery upgrades to the live broker probe (segmentio/kafka-go via controlbus.DiscoverTopics) and virtual-table preview tails the last N messages off partition 0 (controlbus.TailMessages). This mirrors Rust's `cfg(feature = \"kafka-rdkafka\")` gated path: librdkafka in Rust, pure-Go kafka-go on the Go side. Public surface (1:1 with Rust): - ValidateConfig ← validate_config - Adapter.TestConnection ← test_connection - Adapter.DiscoverSources ← discover_sources - Adapter.QueryVirtualTable ← query_virtual_table - Adapter.FetchDataset ← fetch_dataset StreamArrow + BuildIngestSpec return adapters.ErrNotImplemented because Rust's kafka.rs ships neither — Arrow streaming and ingest-spec construction live in dedicated modules outside the read-side connector contract. Tests cover the three Rust `#[cfg(test)]` cases verbatim (parses_string_and_object_topics, validates_required_bootstrap_servers, finds_configured_topic) plus extras: limit clamping (1, 500, default 50), JSON sync payload (file_name sanitisation, source_signature splice), and the ErrNotImplemented surface for the two unsupported capabilities. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
…es-to-latest-stable chore(web): update PostCSS to 8.5.14
…against-palantir-documentation Add migration parity checklists: AIP Agents/Threads/Assist and Compute Modules
…latest-stable-versions chore: bump Go module version to 1.25.1
…nd-by-govulncheck build: update Go security dependencies
…-and-content Revamp README with branding, badges, quickstart, and updated developer commands
…e-relationship-task-uhzur3 Enhance ontology manager: Object Views, property/value-type metadata, link & binding improvements, groups, and save-changes workflow
…ng-data-connection-checklist Data Connection: registry, streaming, webhooks, egress, credentials, UI enhancements, and tests
…c-files Add AIP Logic authoring UI, validation, preview runtime, and server endpoints
Symptom: platform Copilot is unreachable from any route despite the component and its working /ai/copilot/ask call existing. Root cause: AppShell renders Sidebar/Topbar/CommandPalette/Toaster but never <CopilotPanel />. Fix: mount CopilotPanel alongside CommandPalette/Toaster (2-line change, floating UI, no layout impact).
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症状
应用外壳(AppShell)从未渲染 CopilotPanel 组件——该组件功能完整(调用已验证可用的
POST /ai/copilot/ask,含数据集/知识库选择、SQL/管线建议展示),但在任何路由下都不出现,用户无法从 UI 触达平台 Copilot。根因
apps/web/src/lib/components/AppShell.tsx渲染 Sidebar/Topbar/CommandPalette/Toaster,唯独遗漏<CopilotPanel />。该组件文件、其调用的 API(askCopilot)、其依赖的 store(lib/stores/copilot.ts)均已实现且被其他代码引用(如 seedQuestion 挂钩点),仅缺挂载这一步——像是重构/迁移中遗漏的一行。修复
在 AppShell 中导入并渲染
<CopilotPanel />(与 CommandPalette/Toaster 同级,浮动 UI,不影响布局)。两行改动,零副作用。验证
POST /ai/copilot/ask返回 200,面板内正确渲染 provider/answer。