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chore(release): v6.3.19 - Dense Reranker, CLI Tools & Issue Workflow
## Documentation Updates - Update all version references to v6.3.19 - Add Dense + Reranker search documentation - Add OpenCode AI CLI tool integration docs - Add Issue workflow (plan → queue → execute) with Codex recommendation - Update CHANGELOG with complete v6.3.19 release notes ## Features - Cross-Encoder reranking for improved search relevance - OpenCode CLI tool support - Issue multi-queue parallel execution - Service architecture improvements (cache-manager, preload-service) Co-Authored-By: Claude Opus 4.5 <noreply@anthropic.com>
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catlog22
@@ -545,18 +545,34 @@ export function getEmbeddingProvidersForRotation(baseDir: string): Array<{
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}
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/**
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* Generate rotation endpoints for ccw_litellm
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* Creates endpoint list from rotation config for parallel embedding
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* Supports both legacy codexlensEmbeddingRotation and new embeddingPoolConfig
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* Extended rotation endpoint with routing and health check info
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*/
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export function generateRotationEndpoints(baseDir: string): Array<{
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export interface RotationEndpointConfig {
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name: string;
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api_key: string;
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api_base: string;
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model: string;
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weight: number;
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max_concurrent: number;
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}> {
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/** Routing strategy for load balancing */
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routing_strategy?: string;
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/** Health check configuration */
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health_check?: {
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enabled: boolean;
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interval_seconds: number;
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cooldown_seconds: number;
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failure_threshold: number;
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};
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/** Last recorded latency in milliseconds */
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last_latency_ms?: number;
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}
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/**
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* Generate rotation endpoints for ccw_litellm
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* Creates endpoint list from rotation config for parallel embedding
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* Supports both legacy codexlensEmbeddingRotation and new embeddingPoolConfig
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*/
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export function generateRotationEndpoints(baseDir: string): RotationEndpointConfig[] {
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const config = loadLiteLLMApiConfig(baseDir);
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// Prefer embeddingPoolConfig, fallback to codexlensEmbeddingRotation for backward compatibility
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@@ -583,22 +599,8 @@ function generateEndpointsFromPool(
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baseDir: string,
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poolConfig: EmbeddingPoolConfig,
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config: LiteLLMApiConfig
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): Array<{
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name: string;
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api_key: string;
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api_base: string;
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model: string;
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weight: number;
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max_concurrent: number;
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}> {
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const endpoints: Array<{
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name: string;
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api_key: string;
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api_base: string;
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model: string;
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weight: number;
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max_concurrent: number;
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}> = [];
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): RotationEndpointConfig[] {
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const endpoints: RotationEndpointConfig[] = [];
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if (poolConfig.autoDiscover) {
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// Auto-discover all providers offering targetModel
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@@ -626,10 +628,20 @@ function generateEndpointsFromPool(
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let keysToUse: Array<{ id: string; key: string; label: string }> = [];
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if (provider.apiKeys && provider.apiKeys.length > 0) {
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// Use all enabled keys
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keysToUse = provider.apiKeys
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.filter(k => k.enabled)
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.map(k => ({ id: k.id, key: k.key, label: k.label || k.id }));
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// Use all enabled and healthy keys (filter out unhealthy)
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const healthyKeys = provider.apiKeys.filter(k =>
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k.enabled && k.healthStatus !== 'unhealthy'
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);
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// Log filtered keys for debugging
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const unhealthyCount = provider.apiKeys.filter(k =>
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k.enabled && k.healthStatus === 'unhealthy'
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).length;
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if (unhealthyCount > 0) {
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console.log(`[RotationEndpoints] Filtered ${unhealthyCount} unhealthy key(s) from provider ${provider.name}`);
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}
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keysToUse = healthyKeys.map(k => ({ id: k.id, key: k.key, label: k.label || k.id }));
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} else if (provider.apiKey) {
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// Single key fallback
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keysToUse = [{ id: 'default', key: provider.apiKey, label: 'Default' }];
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@@ -637,14 +649,37 @@ function generateEndpointsFromPool(
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// Create endpoint for each key
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for (const keyInfo of keysToUse) {
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endpoints.push({
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const endpoint: RotationEndpointConfig = {
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name: `${provider.name}-${keyInfo.label}`,
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api_key: resolveEnvVar(keyInfo.key),
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api_base: apiBase,
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model: embeddingModel.name,
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weight: 1.0, // Default weight for auto-discovered providers
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max_concurrent: poolConfig.defaultMaxConcurrentPerKey,
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});
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};
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// Add routing strategy from provider config
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if (provider.routingStrategy) {
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endpoint.routing_strategy = provider.routingStrategy;
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}
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// Add health check config from provider
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if (provider.healthCheck) {
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endpoint.health_check = {
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enabled: provider.healthCheck.enabled,
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interval_seconds: provider.healthCheck.intervalSeconds,
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cooldown_seconds: provider.healthCheck.cooldownSeconds,
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failure_threshold: provider.healthCheck.failureThreshold,
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};
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}
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// Add last latency if available from key entry
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const keyEntry = provider.apiKeys?.find(k => k.id === keyInfo.id);
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if (keyEntry && keyEntry.lastLatencyMs !== undefined) {
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endpoint.last_latency_ms = keyEntry.lastLatencyMs;
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}
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endpoints.push(endpoint);
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}
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}
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}
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@@ -659,22 +694,8 @@ function generateEndpointsFromLegacyRotation(
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baseDir: string,
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rotationConfig: CodexLensEmbeddingRotation,
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config: LiteLLMApiConfig
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): Array<{
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name: string;
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api_key: string;
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api_base: string;
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model: string;
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weight: number;
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max_concurrent: number;
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}> {
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const endpoints: Array<{
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name: string;
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api_key: string;
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api_base: string;
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model: string;
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weight: number;
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max_concurrent: number;
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}> = [];
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): RotationEndpointConfig[] {
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const endpoints: RotationEndpointConfig[] = [];
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for (const rotationProvider of rotationConfig.providers) {
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if (!rotationProvider.enabled) continue;
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@@ -696,15 +717,26 @@ function generateEndpointsFromLegacyRotation(
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let keysToUse: Array<{ id: string; key: string; label: string }> = [];
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if (provider.apiKeys && provider.apiKeys.length > 0) {
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// Filter out unhealthy keys first
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const healthyKeys = provider.apiKeys.filter(k =>
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k.enabled && k.healthStatus !== 'unhealthy'
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);
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// Log filtered keys for debugging
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const unhealthyCount = provider.apiKeys.filter(k =>
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k.enabled && k.healthStatus === 'unhealthy'
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).length;
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if (unhealthyCount > 0) {
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console.log(`[RotationEndpoints] Filtered ${unhealthyCount} unhealthy key(s) from provider ${provider.name}`);
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}
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if (rotationProvider.useAllKeys) {
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// Use all enabled keys
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keysToUse = provider.apiKeys
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.filter(k => k.enabled)
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.map(k => ({ id: k.id, key: k.key, label: k.label || k.id }));
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// Use all enabled and healthy keys
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keysToUse = healthyKeys.map(k => ({ id: k.id, key: k.key, label: k.label || k.id }));
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} else if (rotationProvider.selectedKeyIds && rotationProvider.selectedKeyIds.length > 0) {
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// Use only selected keys
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keysToUse = provider.apiKeys
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.filter(k => k.enabled && rotationProvider.selectedKeyIds!.includes(k.id))
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// Use only selected healthy keys
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keysToUse = healthyKeys
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.filter(k => rotationProvider.selectedKeyIds!.includes(k.id))
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.map(k => ({ id: k.id, key: k.key, label: k.label || k.id }));
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}
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} else if (provider.apiKey) {
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@@ -714,14 +746,37 @@ function generateEndpointsFromLegacyRotation(
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// Create endpoint for each key
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for (const keyInfo of keysToUse) {
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endpoints.push({
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const endpoint: RotationEndpointConfig = {
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name: `${provider.name}-${keyInfo.label}`,
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api_key: resolveEnvVar(keyInfo.key),
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api_base: apiBase,
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model: embeddingModel.name,
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weight: rotationProvider.weight,
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max_concurrent: rotationProvider.maxConcurrentPerKey,
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});
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};
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// Add routing strategy from provider config
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if (provider.routingStrategy) {
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endpoint.routing_strategy = provider.routingStrategy;
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}
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// Add health check config from provider
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if (provider.healthCheck) {
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endpoint.health_check = {
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enabled: provider.healthCheck.enabled,
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interval_seconds: provider.healthCheck.intervalSeconds,
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cooldown_seconds: provider.healthCheck.cooldownSeconds,
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failure_threshold: provider.healthCheck.failureThreshold,
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};
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}
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// Add last latency if available from key entry
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const keyEntry = provider.apiKeys?.find(k => k.id === keyInfo.id);
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if (keyEntry && keyEntry.lastLatencyMs !== undefined) {
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endpoint.last_latency_ms = keyEntry.lastLatencyMs;
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}
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endpoints.push(endpoint);
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}
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}
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@@ -1289,4 +1344,4 @@ export function getAvailableModelsForType(
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}
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// Re-export types
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export type { ProviderCredential, CustomEndpoint, ProviderType, CacheStrategy, CodexLensEmbeddingRotation, CodexLensEmbeddingProvider, EmbeddingPoolConfig };
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export type { ProviderCredential, CustomEndpoint, ProviderType, CacheStrategy, CodexLensEmbeddingRotation, CodexLensEmbeddingProvider, EmbeddingPoolConfig, RotationEndpointConfig };
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