ktx/packages/cli/test/context/wiki/sqlite-knowledge-index.test.ts

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import { access, mkdtemp, rm } from 'node:fs/promises';
import { tmpdir } from 'node:os';
import { join } from 'node:path';
import { afterEach, beforeEach, describe, expect, it } from 'vitest';
test: split cli tests from source tree (#216) * feat(cli): define full warehouse dialect contract * test(cli): keep dialect edge tests focused * fix(cli): stabilize dialect contract foundation * refactor(connectors): own read-only query preparation * refactor(connectors): resolve dialects through registry * refactor(connectors): keep concrete dialect classes internal * chore(workspace): enforce dialect import boundary * refactor(cli): resolve relationship dialect at scan boundary * refactor(cli): use dialect display parsing for entity details * refactor(cli): use dialect display parsing for warehouse catalog * refactor(cli): use dialect SQL in relationship workflows * test(cli): verify solid dialect scan workflow closure * test: split cli tests from source tree * refactor(cli): standardize BigQuery scope listing * feat(sqlite): implement connector scope listing * test(connectors): cover required table listing * feat(cli): add warehouse driver registry * refactor(setup): route scope discovery through driver registry * refactor(cli): route local query execution through driver registry * refactor(historic-sql): route dialect support through driver registry * refactor(cli): test warehouse connections through driver registry * fix(cli): close driver registry type export gaps * Improve setup daemon diagnostics * refactor(setup): centralize rail-prefixed diagnostics + query-history fallback Extract errorMessage, writePrefixedLines, and flushPrefixedBufferedCommandOutput into clack.ts so the setup wizard, managed daemons, and embedding/agent steps share one rail-formatted writer. setup-databases.ts also adds a "disable query history and retry" option when the schema-context build fails and query history is the likely culprit, surfaced via a new failed-query-history-unavailable status. * fix(cli): carry catalog through the picker so BigQuery/Snowflake/SQL Server scope filters match The setup picker's KtxTableListEntry was a 2-level { schema, name }, so qualifiedTableId always wrote db.name into enabled_tables. When BigQuery, Snowflake, or SQL Server later ran fast ingest, their introspect step filtered the scope set with scopedTableNames(scope, { catalog: projectId|database, db }) — catalog was non-null on the introspect side but null in the scope refs, so every entry was rejected, the live-database adapter staged zero table files, and detect() failed with 'Adapter "live-database" did not recognize fetched source output'. Align the picker boundary with the canonical 3-level KtxTableRef: - Add catalog: string | null to KtxTableListEntry. - BigQuery/Snowflake/SQL Server listTables populate catalog from the resolved projectId / database; Postgres/MySQL/ClickHouse/SQLite set null. - qualifiedTableId emits catalog.schema.name when catalog is non-null (resolveEnabledTables already accepts the 3-part shape) and schemasFromEnabledTables now goes through parseDottedTableEntry so it recovers the schema correctly from both 2-part and 3-part entries. - Export parseDottedTableEntry from enabled-tables.ts (@internal) for picker reuse. Update listTables expectations in all seven connector tests and the setup / picker test fixtures. Add a picker regression test that covers the catalog-bearing round-trip (save + refine). * fix(cli): allow debug telemetry under opt-out env
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import { SqliteKnowledgeIndex, type SqliteKnowledgeIndexPage } from '../../../src/context/wiki/sqlite-knowledge-index.js';
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describe('SqliteKnowledgeIndex', () => {
let tempDir: string;
let dbPath: string;
beforeEach(async () => {
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tempDir = await mkdtemp(join(tmpdir(), 'ktx-sqlite-knowledge-index-'));
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dbPath = join(tempDir, 'db.sqlite');
});
afterEach(async () => {
await rm(tempDir, { recursive: true, force: true });
});
function page(overrides: Partial<SqliteKnowledgeIndexPage> = {}): SqliteKnowledgeIndexPage {
return {
path: 'wiki/global/revenue.md',
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key: 'revenue',
scope: 'GLOBAL',
summary: 'Revenue definition',
content: 'Revenue is the sum of paid order amounts.',
tags: ['finance'],
embedding: null,
...overrides,
};
}
it('creates a SQLite FTS5 index and returns lexical lane candidates', async () => {
const index = new SqliteKnowledgeIndex({ dbPath });
index.sync([
page(),
page({
path: 'wiki/global/support.md',
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key: 'support',
summary: 'Support queue',
content: 'Tickets are grouped by priority.',
tags: ['operations'],
}),
]);
await expect(access(dbPath)).resolves.toBeUndefined();
expect(index.searchLexicalCandidates({ queryText: 'paid order', limit: 10 })).toEqual([
expect.objectContaining({
id: 'wiki/global/revenue.md',
path: 'wiki/global/revenue.md',
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rank: 1,
rawScore: expect.any(Number),
}),
]);
});
it('removes stale rows when the Markdown source list changes', () => {
const index = new SqliteKnowledgeIndex({ dbPath });
index.rebuild([page(), page({ path: 'wiki/global/churn.md', key: 'churn', content: 'Churn risk.' })]);
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expect(index.search('churn', 10)).toHaveLength(1);
index.rebuild([page()]);
expect(index.search('churn', 10)).toEqual([]);
});
it('clear removes one wiki scope and leaves other scopes intact', async () => {
const index = new SqliteKnowledgeIndex({ dbPath });
index.sync([
page({ path: 'wiki/global/revenue.md', key: 'revenue', scope: 'GLOBAL', scopeId: null }),
page({
path: 'wiki/user/local/revenue.md',
key: 'revenue',
scope: 'USER',
scopeId: 'local',
summary: 'Local revenue',
content: 'Local revenue notes.',
}),
page({
path: 'wiki/user/alex/revenue.md',
key: 'revenue',
scope: 'USER',
scopeId: 'alex',
summary: 'Alex revenue',
content: 'Alex revenue notes.',
}),
]);
expect(index.clear('USER', 'local')).toBe(1);
expect(index.search('Local', 10)).toEqual([]);
expect(index.search('Alex', 10)).toEqual([expect.objectContaining({ path: 'wiki/user/alex/revenue.md' })]);
expect(index.search('definition', 10)).toEqual([expect.objectContaining({ path: 'wiki/global/revenue.md' })]);
});
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it('exposes existing search text and embedding state for incremental refresh', () => {
const index = new SqliteKnowledgeIndex({ dbPath });
index.sync([page({ path: 'wiki/global/revenue.md', key: 'revenue', embedding: [1, 0] })]);
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expect(index.getExistingPages()).toEqual(
new Map([
[
'wiki/global/revenue.md',
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expect.objectContaining({
searchText: expect.stringContaining('Revenue definition'),
embedding: [1, 0],
}),
],
]),
);
});
it('does not treat empty embeddings as indexed semantic vectors', () => {
const index = new SqliteKnowledgeIndex({ dbPath });
index.sync([page({ path: 'wiki/global/revenue.md', key: 'revenue', embedding: [] })]);
expect(index.getExistingPages().get('wiki/global/revenue.md')?.embedding).toBeNull();
expect(index.searchSemanticCandidates({ queryEmbedding: [1, 0], limit: 10 })).toEqual([]);
});
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it('returns semantic lane candidates from stored page embeddings', () => {
const index = new SqliteKnowledgeIndex({ dbPath });
index.sync([
page({ path: 'wiki/global/revenue.md', key: 'revenue', embedding: [1, 0] }),
page({ path: 'wiki/global/support.md', key: 'support', summary: 'Support queue', embedding: [0, 1] }),
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]);
expect(index.searchSemanticCandidates({ queryEmbedding: [1, 0], limit: 10 })).toEqual([
expect.objectContaining({
id: 'wiki/global/revenue.md',
path: 'wiki/global/revenue.md',
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rank: 1,
rawScore: 1,
}),
expect.objectContaining({
id: 'wiki/global/support.md',
path: 'wiki/global/support.md',
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rank: 2,
rawScore: 0,
}),
]);
});
feat: ktx batch — scan resilience, analytics SQL craft, connector hardening (#312) * docs: add spider2-specs handoff directory for benchmark-driven feature specs * feat(cli): connection-scoped wiki pages Add an optional `connections` frontmatter field so database-specific wiki knowledge can be scoped to a connection without polluting searches about other databases, while page keys stay a flat, globally-unique namespace. - connections: single string or list; absent/empty ⇒ unscoped (applies to all) - wiki_search (MCP) and `ktx wiki --connection` return unscoped ∪ matching pages, filtered at the disk-load seam so all three search lanes draw their candidate pool from the already-scoped set (not a post-filter) - wiki_write accepts connections with REPLACE semantics and rejects a connection-scoped write whose key collides with a disjoint-connection page (data-loss guard; hard error, no silent clobber) - explicit connection-id args (wiki_search, memory_ingest, ktx wiki) are validated against ktx.yaml via a shared assertConfiguredConnectionId, which also closes the prior gap where memory_ingest's connectionId was unvalidated; persisted ids absent from config warn (not fail) in `ktx status` - prompt guidance in the wiki_capture skill and external-ingest prompt; the session connectionId is surfaced to the memory agent and ingest work units Implements spider2-specs/specs/01-connection-scoped-wiki.md; intake draft moved to spider2-specs/done/. * docs(spider2-specs): add specs/ refinement stage and composite-key join spec Describe the todo/ → specs/ → done/ pipeline in the README (refined specs are the durable artifact; intake drafts move to done/ on ship) and add a MEDIUM-priority spec for multi-column composite-key join detection found during the first sqlite smoke test. * feat(cli): add --verbatim ingest mode for authoritative documents Store each --text/--file document body unchanged as a GLOBAL wiki page instead of routing it through the memory agent, which may rewrite, condense, or re-title it. The LLM derives only metadata (summary, tags, sl_refs) and only for frontmatter fields the document does not already set; the stored body is written by code and never edited. - Deterministic page key: files derive it from the filename, inline text from its leading Markdown heading (headless inline text is rejected — pass it as --file instead). - Idempotent: re-running the same body is a no-op; a different body at the same key fails loudly rather than overwriting. - Works with llm.provider.backend: none, deriving a degraded summary from the heading or first sentence. - Existing frontmatter (including unmodeled fields like effective_date) passes through untouched; --connection-id scopes the page. * feat(cli): SQL-authoring craft and per-dialect notes tool for the analytics skill Spec 07: add a dialect-agnostic <sql_craft> block to the ktx-analytics skill (schema discovery, composition, window-function correctness, numeric precision, answer completeness) with one worked window-then-filter example. Workflow steps gain pointers into it; existing guidance is unchanged. Spec 08: add a read-only sql_dialect_notes MCP tool returning a connection's engine SQL conventions (FQTN form, identifier quoting/case, date/time, top-N idiom, JSON access), resolved through the existing sqlAnalysisDialectForDriver path. Notes are per-dialect markdown files under context/sql-analysis/dialects, served by the tool and copied to dist (package-internal, never installed). Non-SQL connections return a clear KtxExpectedError. The flat skill gains a one-line pointer to the tool. Both spider2-specs intake drafts move to done/ with implementation notes. * feat(cli): tolerate objects that fail introspection during scan Isolate per-object introspection failures so one broken or inaccessible object no longer zeroes out a connection's whole semantic layer: the sqlite and bigquery connectors introspect each object defensively (tryIntrospectObject), the live-database adapter records a scan outcome and fetch report, and enabled_tables accepts catalog.db.name, db.name, or bare names with a clear no-match error. Includes matching ktx-daemon introspection changes, docs, and tests. * docs(spider2-specs): add 06-scan-tolerate-broken-objects spec * feat(cli): generalize analytics fan-out rule to multi-hop join chains The ktx-analytics skill's fan-out rule only reliably caught single-hop inflation; agents still silently fanned out on multi-hop chains where the offending one-to-many join sits several hops below the SUM/COUNT and is easy to miss. Rewrite the Composition rule so the danger reads as cumulative across the whole chain (pre-aggregate per measure-owning table), add an affirmative grain-verification habit (default: pre-aggregate to grain; escape hatch: COUNT(DISTINCT key) for pure counts only; SUM/AVG of a fanned-out measure must pre-aggregate), and add one generic wrong-vs-right worked example. Content-only and dialect-agnostic; no new tool, flag, or config. Implements spider2-specs/specs/09 and annotates spec 07's one-example constraint as superseded. * feat(cli): add panel-completeness, time-series window, and text-encoded numeric SQL craft Extend the analytics skill's <sql_craft> with three correctness habits and route the dialect-specific halves through sql_dialect_notes: - Panel completeness (spec 10): full-domain spine -> LEFT JOIN -> COALESCE for "each/every/all/per" questions, defaulted by measure additivity. - Time-series windows (spec 11): explicit cumulative frames, calendar-range rolling windows with minimum-periods guards, and period-over-period via LAG. - Text-encoded numerics (spec 12): sample distinct values, strip/scale/cast in one early CTE, and confirm coverage with a failure-detecting cast. Add per-dialect Series, Rolling window, and Safe cast notes to all seven dialect files so the skill stays dialect-agnostic while the engine-specific syntax lives in sql_dialect_notes. Tests updated and passing (19). * docs(spider2-specs): add specs 10-12 for analytics SQL-craft additions Refined specs and completion records for the panel-completeness spine (10), time-series window recipes (11), and text-encoded numeric parsing (12) implemented in the preceding commit. * docs(spider2-specs): add backlog intake drafts 13-14 - 13: canonical authoritative-source measures - 14: output-completeness final check * skill(analytics): spec 14 output-completeness + iter1 (active column planning) Bundles two changes (entangled in SKILL.md; future spider2 iterations land as separate commits): - spec 14 (output-completeness): multi-part "answer every requested output" rule + a "Final completeness check" in workflow Step 6 and <sql_craft>; analytics skill-content test updated; intake draft -> done/, refined spec added. - iter1 experiment: spec 14's passive end-check did not change behavior on the benchmark's output-completeness failures, so (a) the Plan step now writes the exact output-column list UP FRONT as a contract the final SELECT must match, and (b) "expose identity" -> "project BOTH the entity id and its name" (covers both omission directions). All generic craft. Driven by the Spider 2.0-Lite failure analysis (incomplete output was the largest failure bucket); benchmark only as motivation. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> * skill(analytics): iter2 — deterministic order in string/array aggregation GROUP_CONCAT/string_agg/array_agg element order is undefined without an explicit ORDER BY; also note SQLite's default text sort is binary/case-sensitive (uppercase before lowercase) vs case-insensitive (COLLATE NOCASE). Generic SQLite craft. Spider 2.0-Lite motivation: an ordered-ingredient-list question failed only on the within-string element order (right elements, wrong order); benchmark as motivation only. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> * feat(mcp): structured, leveled logging for the MCP server Add one synchronous pino logger per MCP server process, written through the io.stderr sink: plain JSON when stderr is not a TTY, colorized pino-pretty (sync, in-process) when it is. Every tool call logs tool.start with its raw params BEFORE the handler runs and tool.end after (info / warn past KTX_MCP_SLOW_TOOL_MS / error), correlated by callId plus sessionId, so a runaway sql_execution leaves a recoverable start line with its exact SQL and no matching end. HTTP logs session.open/close and wires the previously-dead transport.onerror to transport.error; stdio routes its transport error through the logger. Level via KTX_MCP_LOG_LEVEL (default info). Existing mcp_request_completed telemetry and registerParsedTool are unchanged; no worker/async transport and no redaction in v1 (logs are local-only). Implements spider2-specs/specs/15-mcp-server-structured-logging.md and moves the intake draft to done/. * feat(mcp): report uptimeMs in MCP server /health The /health endpoint now includes uptimeMs (monotonic elapsed time since the server started), mirroring the Python daemon's uptime_ms telemetry field. * feat(cli): bound read-query execution with a per-connection deadline Enforce one shared query deadline (default 30s, overridable per connection via query_timeout_ms) on every executeReadOnly path, so an accidentally-expensive LLM-authored query returns a fast "query exceeded Ns" KtxQueryError instead of hanging the MCP server. - New shared contract context/connections/query-deadline.ts (resolveQueryDeadlineMs, queryDeadlineExceededError); query_timeout_ms added to the shared warehouse schema; BigQuery's job_timeout_ms removed. - SQLite runs the read query in a short-lived forked child process and enforces the deadline with SIGKILL. worker_threads + terminate() was tried first but cannot interrupt a synchronous better-sqlite3 scan (the native loop never yields); SIGKILL reclaims the process in ~2ms and keeps the event loop free. - Remote connectors apply a real server-side statement timeout and re-wrap their own timeout signal as KtxQueryError: Postgres statement_timeout/57014, MySQL max_execution_time/3024, Snowflake STATEMENT_TIMEOUT_IN_SECONDS/604, ClickHouse max_execution_time + aligned request_timeout/159, SQL Server requestTimeout/ ETIMEOUT, BigQuery jobTimeoutMs. - Relationship validation skips a candidate to review on a deadline timeout instead of aborting the pass; the deadline surfaces through the existing MCP pino logger as a matched tool.start/tool.end(error) pair (no new logging code). Also fixes a pre-existing, unrelated invalid cast in mcp-server-factory.test.ts that was breaking tsc -p tsconfig.test.json. * docs(spider2-specs): mark spec 16 (bounded query execution) done Append Implementation notes to the refined spec (what shipped, where, and the worker-thread -> child-process+SIGKILL deviation with its evidence) and move the intake draft from todo/ to done/. * skill(analytics): iter3 — measure-as-amount, inter-event gap, top-per-metric career Three generic interpretation rules: a named business measure (sales/revenue/spend) means its amount not a row count; "inter-event duration/gap" is LAG/LEAD time-between events not a magnitude column; "highest across several achievements" aggregates per metric over the whole history. All three demonstrably FIRE (verified on local008/003/152 SQL). local008 flips to correct (mechanism-aligned). 003/152 still fail on a different axis (source-column / grouping). Generic craft; benchmark only as motivation. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> * skill(analytics): spine-for-extreme-selection + aggregate-over-selected-set Two generic answer-completeness refinements: - Selecting the extreme group (lowest/highest count over a period/category domain) must rank over the COMPLETE spine, not only groups with fact rows — an empty period is a genuine 0 and often the true minimum. - An aggregate scoped to a per-entity selected set ('avg revenue per actor in those top-3 films') is computed ACROSS that set, distinct from the per-item value; project both. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> * skill(analytics): iter2 — sharpen extreme-selection spine + top-N ranking-measure - spine-for-extreme: concrete cue that a zero-row period never appears in a GROUP BY of the facts; generate the full calendar, LEFT JOIN, COALESCE, then rank. - aggregate-over-selected-set: top-N selection ranks by the named ranking measure (the item's own revenue), independent of the per-item share that feeds the aggregate. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> * skill(analytics): iter3 — comparison-between-two-extremes is one wide row Distinguishes a cross-item comparison ('the difference between the highest and lowest month' -> single wide row, both extremes side by side + the comparison column) from 'report a metric for each group' (-> stays long). Generic, question- derived; targets the wide-vs-long shape gap without affecting per-group long output. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> * skill(analytics): iter4 — anchor a period bucket to the named lifecycle event When a record carries multiple lifecycle timestamps (created/placed, approved, shipped, delivered, completed, settled) and the question counts/measures records in a named *completed state* by period ("delivered orders by month", "shipped items per week"), bucket the period by that named event's own timestamp, not the record-creation timestamp; the state value is the qualifying filter, the matching timestamp is the time anchor. Wording priority is explicit — purchased/placed/ created/submitted/ordered keep the start-event timestamp — and a non-temporal state filter (counts by customer/city/seller with no period) introduces no anchor. Generic analytics craft: counting completed-state records by their creation date silently answers "records that later reached that state, grouped by when they started" instead of the question asked. Surfaced via the spider2-autofix loop; FAIR_PRODUCT (adversary-screened, restatable from question wording + schema/ semantic-layer lifecycle descriptions, no gold dependency). Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> * skill(analytics): iter5 — canonicalize observed URL-path variants before page-level analysis When a question groups/filters/sequences web pages by a path/url column, sample its distinct values; if the data itself shows /route and /route/ variants for the same page context, canonicalize in an early CTE (preserve / as root, strip trailing slashes from non-root paths, map an observed empty path to / only when the column is a URL path with blank root-page events) and use the canonical path everywhere above. Explicitly forbids inventing aliases the data doesn't show: no merging different route names, no stripping query/fragment/host/scheme, no lowercasing, and no canonicalization when the question asks for raw URL/path or slash-vs-no-slash diffs. Generic web-analytics craft: raw request logs routinely store the same user-visible page with and without a trailing slash, so grouping raw labels silently splits one page into several. Surfaced via the spider2-autofix loop (Codex runner, round r2); FAIR_PRODUCT (adversary-screened, restatable from URL-path semantics + page-grain question wording + solver-observed distinct values, no gold dependency). The rule fired mechanism-aligned on both targets; flipped local330 (landing/exit page counts), local331 residual is a separate sequence-semantics axis beyond canonicalization. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> * skill(analytics): iter6 — coverage over a selected group is a set-membership aggregate When a question first selects a group of entities ("the top 5 actors", "these products") and then asks what count/share/percentage of a DIFFERENT subject domain relates to *these* selected entities ("what % of customers rented films featuring these actors"), the subject set is the UNION across the whole group: count DISTINCT subject ids once across the selected entities and return one collective value at the subject-domain grain — not one row per selected entity (which double-counts subjects related to more than one entity and answers a different question). Narrowly guarded: emit one row per entity only when the wording says "for each / per / by / list" or asks for each entity's own metric ("top 5 players and their batting averages"). The collective-coverage cousin of the existing per-entity selected-set rule. Generic analytics craft (per-entity metric vs set-level coverage). Surfaced via the spider2-autofix loop (Codex runner, round r3); FAIR_PRODUCT (adversary-screened, restatable from wording alone, no gold dependency). Flipped local195 mechanism-aligned (union COUNT(DISTINCT customer)/total, one scalar); 0 regression across 5 passing per-entity top-N guards (local023/024/029/212/221 stayed long). Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> * skill(analytics): label-only joins must LEFT JOIN — incomplete dims silently drop fact rows Mirror of the existing fan-out rule for the DROP direction: an inner JOIN to a dimension table used only to attach a display attribute silently discards every fact row whose key has no parent when the dimension is incomplete (trimmed catalogs, late-arriving / SCD-gap rows), shrinking counts/sums and the universe over which shares/averages/medians are computed. Guidance: LEFT JOIN pure enrichment; inner-join a dimension only when intended as a filter; key the aggregate/GROUP BY on the fact column, not the dimension column. Spider2 autofix round 'joindim': flips complex_oracle local050 (FAIL->PASS, official scorer) — solver dropped the gratuitous products inner-join and recovered the exact gold. local060/063 also adopt LEFT JOIN (rule fires) but remain gold-convention-blocked. Guards local061/067 held. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> * docs(spider2-specs): add todo/17 — lifecycle-event metrics (semantic-layer) Draft intake spec surfaced by the spider2-autofix loop (round r1): the model-layer form of the shipped iter4 lifecycle-date-anchoring skill rule — infer per-state lifecycle-event metrics (e.g. delivered_orders with defaultTimeDimension = the delivery timestamp) during enrichment so the correct time anchor is the default for any consumer, not only an agent that loaded the skill. Generic; FAIR_PRODUCT. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> * fix(connectors): accept leading underscore in connection/identifier ids The safe-identifier validator regex /^[a-zA-Z0-9][a-zA-Z0-9_-]*$/ allowed an underscore everywhere except the first character, so a connection id / database name that legitimately starts with '_' (valid in Snowflake, e.g. _1000_GENOMES) could never be ingested or queried. Allow a leading underscore across all 16 duplicated validators (connection ids, source ids, page/wiki keys, warehouse- verification tool schemas). Path-safety is unaffected — '.' and '/' remain excluded, and assertSafePathToken still blocks traversal. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> * feat(analytics): generic geospatial query guidance Add a Snowflake ST_* dialect note (ST_MAKEPOINT lon-first, ST_DWITHIN/ST_CONTAINS/ ST_WITHIN/ST_INTERSECTS, bbox->polygon via ST_MAKEPOLYGON/ST_MAKELINE) and a dialect-agnostic 'Spatial predicates' recipe in the analytics skill (resolve the entity geometry, build an area-of-interest polygon, test with the engine's containment/proximity/overlap predicate; mind lon/lat argument order). Steers the solver off hand-rolled lat/lon BETWEEN boxes toward correct, index-assisted geospatial predicates. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> * feat(analytics): parse code/dependency text by language grammar Add two generic <sql_craft> rules: (1) parse imported/required/loaded packages by the language or manifest format (Java import keep-package-path allowing underscores/ mixed-case; Python import/from + alias stripping; R library/require; .ipynb parse JSON cell source before language rules; JSON manifests flatten the dependency object keys), stripping comments/prose and splitting multi-import lines; (2) on a de-duplicated table with a documented copy/occurrence count, choose COUNT(*) vs the weight column from the population the question names, not silently. Steers off one broad regex that drops valid identifiers and matches prose. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> * feat(analytics): source filters/dates/measures from the owning fact grain Add a <sql_craft> rule for joined fact tables at different grains (parent order vs child line item): read each predicate, calendar bucket, and measure from the table whose grain the question names, not whichever is in scope post-join. An order-grain filter ("orders that are Complete", "the order's creation date") must come from the parent even though the child carries its own status/created_at; line price/cost come from the child. Mirror at metric grain: don't combine a parent-grain count with child rows (num_of_item * SUM(line_price) per line) — aggregate each measure at its own grain before combining. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> * feat(analytics): collapse multi-valued classes to one representative per entity before counting/concentration When an entity carries a multi-valued classification array (IPC/CPC codes, tags) and the methodology counts entities-per-class or a concentration/diversity metric (HHI, originality, share), pick ONE representative per entity first (the array's main/primary/first flag, else a defined fallback like most-frequent), then aggregate; and use COUNT(DISTINCT entity) when the denominator is defined as a count of entities. Unnesting the array otherwise multiplies an entity's weight by its code count, inflating per-class frequencies and skewing the ranking/score. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> * feat(connectors): introspect BigQuery datasets hosted in foreign projects A dataset_ids/dataset_id entry may now be written `project.dataset` to introspect a dataset hosted in another project while query jobs still bill to credentials.project_id. Entries are parsed once at the config boundary into canonical {project, dataset} pairs; introspection, primary-key discovery, testConnection, getTableRowCount, and listTables (grouped per project) all resolve in the dataset's own project, and scanned tables are labeled with that project so sampling, distinct-value, and read queries resolve. Bare entries are unchanged. Implements spider2-specs/specs/18-bigquery-cross-project-datasets.md. * feat(scan): durable, resumable, bounded relationship detection during enrichment Move the enrichment persistence boundary to the cost boundary and bound the open-ended relationship stage (spec 19). - Checkpoint descriptions + embeddings into the queryable `_schema` manifest (and the raw enrichment artifacts) before relationship detection runs, via a new `onCheckpoint` hook + `writeLocalScanEnrichmentCheckpoint`. An interrupted, budget-truncated, or failed relationship stage now degrades to "no joins", never "no descriptions". - Resume the enrichment cache by content identity: re-key the SQLite stage store on `(connection_id, stage, input_hash)` so a re-run with a fresh runId resumes finished descriptions/embeddings instead of re-paying for LLM work. The disposable cache recreates its table if the on-disk key shape differs. - Make the relationship stage observable and bounded: a sticky wall-clock budget (`scan.relationships.detectionBudgetMs`, default 600000 ms) + per-unit progress + honored `ctx.signal`, threaded through profiling, validation, and composite detection. On exhaustion/abort it stops scheduling, finalizes, and returns a partial result instead of throwing or hanging. - Mark a budget/abort-truncated result partial (diagnostics `partial`/`partialReason` + recoverable `relationship_detection_partial` warning). A graceful partial saves as a completed stage and resumes cheaply; raising the budget changes inputHash and forces a fresh, fuller run. A process killed mid-stage saves nothing. Document `detectionBudgetMs` in the ktx.yaml reference. Append implementation notes to specs/19 and move the intake draft to done/. Also carries the in-tree per-table enrichment LLM timeout work it builds on (`description-generation.ts` + the `enrichment_timeout` warning code), which is intertwined in `local-enrichment.ts`/`types.ts` and cannot be split into a separately-building commit. * feat(scan): bound + retry the per-table enrichment LLM call The batched table-description call had no retry (sampleTable retried 3x, this did not), so a single transient backend error (e.g. an overloaded/burst rejection when many tables enrich concurrently) silently nulled a whole table's descriptions — observed dropping ~70% of a db's tables during a bad window despite ample quota. - Wrap generateObject in retryAsync (3 attempts + backoff; KTX_ENRICH_LLM_ATTEMPTS). - Fresh per-attempt timeout (KTX_ENRICH_LLM_TIMEOUT_MS, default 120s) still bounds a wedged wide table; a timeout is surfaced as KtxAbortedError so it is NOT retried (one wedge stays one timeout, not 3x). - Granular per-table progress + start/done/retry/timeout logging. Composes with spec 19 (its non-goal #1): spec 19 makes completed descriptions durable; this makes more of them complete. * feat(scan): survive a hung LLM enrichment backend and resume descriptions Two compounding failure modes on the per-table description-enrichment path (spec 20): Enforced per-table timeout for subprocess backends. The runtime declares whether it owns an SDK subprocess (subprocessForkSpec on KtxLlmRuntimePort); codex/claude-code calls run behind a ktx-owned detached child that is tree-killed (SIGKILL of the process group on POSIX, taskkill /T on Windows) on the deadline or ctx.signal, reaping the wedged model grandchild. HTTP backends keep native fetch abort. Default stays 120s, one-wedge-one-timeout. Incremental, resumable descriptions persistence. generateDescriptions flushes enriched tables per batch to an inputHash-tagged durable record (at a stable, non-syncId path) plus only the changed manifest shards, skips already-enriched tables on resume, and never lets one table's failure discard the stage (a skipped table costs one missing description, not the whole stage's output). Spec 20 refined + intake draft moved to done/. * feat(scan): selective enrichment stages (--stages) + per-stage cache keys Split the single coarse enrichment cache key into per-stage hashes (descriptions <- snapshot + LLM identity; embeddings <- snapshot + embedding identity + description digest; relationships <- snapshot + relationship settings + LLM identity), so changing one stage's inputs invalidates only that stage and never throws away the expensive per-table descriptions on an unrelated edit. Add `ktx ingest --stages <list>` to force-re-run a chosen subset on an already-ingested connection: a named stage bypasses the completed-stage short-circuit while the per-table descriptions resume record still skips already-enriched tables, and unselected stages are left untouched on disk. Feed embeddings + relationships their description context from the on-disk _schema when descriptions do not run this invocation, and carry descriptions into the llmProposals evidence packet (closing a latent gap on the full-run path too). Surface an enrichment_stage_stale warning when an unselected stage's inputs have drifted, rather than silently cascading the work. Implements spider2-specs/specs/21-selective-enrichment-stages.md. * test(analytics): realign SKILL.md acceptance test with the evolved skill Three assertions in analytics-skill-content.test.ts drifted from the analytics SKILL.md as later iterations edited the skill without updating the test: - the sub-heading was renamed Window functions -> Ordering & aggregation determinism (iter2), so follow the source name; - the rule "Expose identity, not just the label" was renamed to "Project BOTH identity and label" (spec 14), so match the new wording; - the dialect-FQTN guard false-positived on the Java package example com.planet_ink.coffee_mud, whose backticks made a 3-segment package path read as a BigQuery/Snowflake `a.b.c` table reference. Drop the backticks so the guard stays at full strength without weakening it. * fix(scan): --stages subset must not delete unselected stages' on-disk artifacts A --stages subset that omitted descriptions wiped all on-disk ai/db descriptions from the written _schema. runLocalScan writes the structural manifest shard from the bare snapshot BEFORE enrichment runs, and the shard merge treats ai/db as scan-managed and overwrites them with whatever the run emits — none, on a subset that skips descriptions. Enrichment then read the already-wiped shard via loadPriorDescriptions and had nothing to restore. runLocalScanEnrichment now returns the best-available descriptions (fresh-this-run if descriptions ran, else loaded from the on-disk _schema) instead of [], and runLocalScan captures the prior descriptions before the structural write and feeds them to both the structural write and enrichment, so an unselected stage's artifacts survive. Joins were already preserved for --stages descriptions via the manual/inferred preservedJoins path. Tests: a full runLocalScan --stages relationships path test (RED without the fix, GREEN with it — the earlier unit test missed the structural-pre-write ordering), plus enrichment-layer contract tests for both directions. Validated live on northwind: --stages relationships keeps all 110 descriptions + 22 joins (was wiping to 0); --stages descriptions restores descriptions from the spec-20 resume record (no LLM calls) while keeping joins. * feat(dialects): bigquery nested-data (ARRAY/STRUCT/UNNEST), geospatial (GEOGRAPHY), SAFE_DIVIDE bigquery.md lacked the two sections that define BigQuery analytics (present in snowflake.md): - Nested & repeated data: UNNEST to flatten arrays of STRUCTs (GA360 hits, GA4 event_params), dot-notation field access, key-value param scalar-subquery extraction, fan-out/COUNT(DISTINCT) guard. - Geospatial (GEOGRAPHY): ST_GEOGPOINT (lon-first), containment/proximity/distance/intersection predicates, areal allocation via ST_AREA(ST_INTERSECTION()). - SAFE_DIVIDE for zero-denominator-safe rates; sharded-table shard-presence note. Generic BigQuery craft surfaced by sql_dialect_notes; product-completeness (any BQ analyst benefits). * feat(dialects): sqlite ROUND half-up FP-underflow note (+1e-9 before ROUND) SQLite ROUND(x,n) rounds half-away-from-zero, but binary FP stores an exact half-way value just below it, so ROUND(6.475,2) returns 6.47 not 6.48. Add a dialect note: nudge by a tiny epsilon (1e-9) below display precision before rounding for deterministic half-up, leaving non-boundary values unchanged. Generic SQLite craft surfaced by sql_dialect_notes (any analyst rounding a displayed average/rate/price benefits). Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> * docs(analytics): list-as-delimited-string, answer-literally, drop free-text columns Add SKILL.md guidance to emit list-valued answer cells as delimited STRING (not ARRAY/repeated column), answer the literal ask without unrequested transformations (HAVING for aggregate bounds), and avoid projecting unrequested free-text columns that corrupt row-delimited output. * fix(scan,mcp): gitignore runtime logs, budget-guard LLM proposal, validate enrich timeout - gitignore `.ktx/logs/` in both scaffold + setup-merge lists: the managed MCP daemon writes raw tool params (SQL, memory_ingest content) to mcp.log under a version-controlled `.ktx/`, and snowflake.log already sat there unprotected. - gate the LLM relationship proposal on the detection budget/abort signal so an exhausted or aborted stage cannot start a fresh LLM call; document the boundary. - validate KTX_ENRICH_LLM_TIMEOUT_MS (NaN/0 → 120s default) like enrichAttempts, so a bad value no longer times out every table immediately. - daemon introspection now warns on malformed column/FK rows instead of dropping them silently, matching the table-row path and the "surface broken objects" goal. - docs: document `ktx wiki -c/--connection`; fix the SQLite query-deadline schema doc (forked-subprocess SIGKILL, not worker-thread termination). * fix(scan,wiki,mcp): address PR #312 review findings - scan: key the description pipeline (resume map, enriched-schema and embedding-text lookups, manifest write/read) by full table identity via tableRefKey/buildTableRef, so two same-named tables in different schemas no longer cross-assign descriptions or skip a sibling on resume - scan: re-throw a genuine context cancel during the batched description LLM call so Ctrl-C resumes the stage instead of nulling tables and recording it completed; per-table timeouts still degrade (context.signal not aborted) - scan: report statisticalValidation 'skipped' (not 'completed') when a budget/abort stop leaves relationship profiling partial - wiki: sync the full page corpus into the sqlite index and filter only the candidate/result set, so a connection-scoped search no longer prunes other connections' pages and cached embeddings from the shared index - wiki: route verbatim ingest through the canonical writePageAndSync so contentHash is set and later syncs can short-circuit - mcp: drop the as-unknown-as cast in serializeMcpError - dialects/analytics: document the integer-division trap on postgres/sqlite/tsql Adds regression tests for each behavior change. * fix(wiki): scope connection filter before SQLite lane limit Connection-scoped wiki search applied the connectionId allowlist after the lexical/semantic lanes had already truncated to laneCandidatePoolLimit over the full (connection-agnostic) corpus. When the requested connection was a minority of a large corpus, its pages were crowded out of the candidate pool before filtering, so a semantic-only match could be missed outright and lexical hits under-ranked. Push the path allowlist into searchLexicalCandidates/searchSemanticCandidates so LIMIT applies to in-scope rows, matching what the token lane already did, and drop the now-redundant post-limit JS filters. --------- Co-authored-by: Claude Opus 4.8 <noreply@anthropic.com>
2026-06-29 18:35:57 +02:00
it('restricts lexical candidates to the allowlist', () => {
const index = new SqliteKnowledgeIndex({ dbPath });
index.sync([
page({ path: 'wiki/global/revenue.md', key: 'revenue' }),
page({ path: 'wiki/global/support.md', key: 'support', content: 'Orders are paid by the support team.' }),
]);
expect(
index
.searchLexicalCandidates({ queryText: 'paid', limit: 10, allowedPaths: ['wiki/global/support.md'] })
.map((row) => row.path),
).toEqual(['wiki/global/support.md']);
});
it('applies the allowlist before the semantic limit so an in-scope match survives', () => {
const index = new SqliteKnowledgeIndex({ dbPath });
index.sync([
page({ path: 'wiki/global/noise-a.md', key: 'noise-a', embedding: [1, 0] }),
page({ path: 'wiki/global/noise-b.md', key: 'noise-b', embedding: [1, 0] }),
page({ path: 'wiki/global/target.md', key: 'target', embedding: [1, 0] }),
]);
// All three tie on similarity; a limit of 1 over the full corpus drops the target.
expect(index.searchSemanticCandidates({ queryEmbedding: [1, 0], limit: 1 }).map((row) => row.path)).toEqual([
'wiki/global/noise-a.md',
]);
// Scoped to the target, the limit applies after the allowlist, so it survives.
expect(
index
.searchSemanticCandidates({ queryEmbedding: [1, 0], limit: 1, allowedPaths: ['wiki/global/target.md'] })
.map((row) => row.path),
).toEqual(['wiki/global/target.md']);
});
it('treats an empty allowlist as no page in scope', () => {
const index = new SqliteKnowledgeIndex({ dbPath });
index.sync([page({ embedding: [1, 0] })]);
expect(index.searchLexicalCandidates({ queryText: 'paid order', limit: 10, allowedPaths: [] })).toEqual([]);
expect(index.searchSemanticCandidates({ queryEmbedding: [1, 0], limit: 10, allowedPaths: [] })).toEqual([]);
});
2026-05-10 23:12:26 +02:00
it('returns an empty result for blank or punctuation-only queries', () => {
const index = new SqliteKnowledgeIndex({ dbPath });
index.rebuild([page()]);
expect(index.search(' ', 10)).toEqual([]);
expect(index.search('---', 10)).toEqual([]);
});
});