scry

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Scry Skill

Scry 技能

Scry gives you read-only SQL access to the ExoPriors public corpus (229M+ entities) via a single HTTP endpoint. You write Postgres SQL against a curated
scry.*
schema and get JSON rows back. There is no ORM, no GraphQL, no pagination token -- just SQL.
Skill generation:
20260313
Scry 为你提供对ExoPriors公共语料库(2.29亿+实体)的只读SQL访问,仅需通过一个HTTP端点。你可以针对精心整理的
scry.*
schema编写PostgreSQL SQL语句,获取JSON格式的返回行。无需ORM、无需GraphQL、无需分页令牌——只需SQL。
技能版本
20260313

A) When to use / not use

A) 适用场景与禁用场景

Use this skill when:
  • Searching, filtering, or aggregating content across the ExoPriors corpus
  • Running lexical (BM25) or hybrid searches
  • Exploring author networks, cross-platform identities, or publication patterns
  • Navigating the OpenAlex academic graph (authors, citations, institutions, concepts)
  • Creating shareable artifacts from query results
  • Emitting structured agent judgements about entities or external references
Do NOT use this skill when:
  • The user wants semantic/vector search composition or embedding algebra (use the scry-vectors skill)
  • The user wants LLM-based reranking (use the scry-rerank skill)
  • The user is querying their own local database
适用场景
  • 在ExoPriors语料库中进行搜索、过滤或聚合操作
  • 执行词法(BM25)或混合搜索
  • 探索作者网络、跨平台身份或出版模式
  • 导航OpenAlex学术图谱(作者、引用、机构、概念)
  • 从查询结果创建可共享成果
  • 生成关于实体或外部引用的结构化Agent判断
禁用场景
  • 用户需要语义/向量搜索组合或嵌入代数操作(请使用scry-vectors技能)
  • 用户需要基于LLM的重排序操作(请使用scry-rerank技能)
  • 用户查询自己的本地数据库

B) Golden Rules

B) 黄金规则

  1. Context handshake first. At session start, call
    GET /v1/scry/context?skill_generation=20260313
    . Use the returned
    offerings
    block for the current product summary budgets, canonical env var, default skill, and specialized skill catalog. If you cache descriptive bootstrap context across turns or sessions, also track
    surface_context_generation
    and refresh when it changes. If
    should_update_skill=true
    , tell the user to run
    npx skills update
    .
  2. Schema first. ALWAYS call
    GET /v1/scry/schema
    before writing SQL. Never guess column names or types. The schema endpoint returns live column metadata and row-count estimates for every view.
  3. Check operational status when search looks wrong. If lexical search, materialized-view freshness, or corpus behavior seems off, call
    GET /v1/scry/index-view-status
    before assuming the query or schema is wrong.
  4. Clarify ambiguous intent before heavy queries. If the request is vague ("search Reddit for X", "find things about Y"), ask one short clarification question about the goal/output format before running expensive SQL.
  5. Start with a cheap probe. Before any query likely to run >5s, run
    /v1/scry/estimate
    and/or a tight exploratory query (
    LIMIT 20
    plus scoped source/window filters), then scale only after confirming relevance.
  6. Choose lexical vs semantic explicitly. Use lexical (
    scry.search*
    ) for exact terms and named entities. For conceptual intent ("themes", "things like", "similar to"), route to scry-vectors first, then optionally hybridize.
  7. LIMIT always. Every query MUST include a LIMIT clause. Max 10,000 rows. Queries without LIMIT are rejected by the SQL validator.
  8. Prefer materialized views.
    scry.entities
    has 229M+ rows. Scanning it without filters is slow. Use
    scry.mv_lesswrong_posts
    ,
    scry.mv_arxiv_papers
    ,
    scry.mv_hackernews_posts
    , etc. for targeted access. They are pre-filtered and often have embeddings pre-joined.
  9. Filter dangerous content. Always include
    WHERE content_risk IS DISTINCT FROM 'dangerous'
    unless the user explicitly asks for unfiltered results. Dangerous content contains adversarial prompt-injection content.
  10. Raw SQL, not JSON.
    POST /v1/scry/query
    takes
    Content-Type: text/plain
    with raw SQL in the body. Not JSON-wrapped SQL.
  11. File rough edges promptly. If Scry blocks the task, misses an obvious result set, or exposes a rough edge, submit a brief note to
    POST /v1/feedback?feedback_type=suggestion|bug|other&channel=scry_skill
    using
    Content-Type: text/plain
    by default (
    text/markdown
    also works). Do not silently work around it. Logged-in users can review their submissions with
    GET /v1/feedback
    .
For full tier limits, timeout policies, and degradation strategies, see Shared Guardrails.
  1. 先进行上下文握手。会话开始时,调用
    GET /v1/scry/context?skill_generation=20260313
    。使用返回的
    offerings
    块获取当前产品摘要、配额、标准环境变量、默认技能和专业技能目录。如果在多轮会话或不同会话中缓存描述性引导上下文,请同时跟踪
    surface_context_generation
    ,并在其变化时刷新。如果
    should_update_skill=true
    ,请告知用户运行
    npx skills update
  2. 先查看Schema。编写SQL之前必须调用
    GET /v1/scry/schema
    。切勿猜测列名或类型。Schema端点会返回每个视图的实时列元数据和行数估算。
  3. 搜索异常时检查运行状态。如果词法搜索、物化视图新鲜度或语料库行为出现异常,请先调用
    GET /v1/scry/index-view-status
    ,不要直接认为是查询或Schema的问题。
  4. 意图模糊时先澄清。如果用户请求模糊(如“在Reddit上搜索X”、“查找关于Y的内容”),请在执行高开销SQL之前,先询问一个简短的问题以明确目标/输出格式。
  5. 先执行低成本探测查询。对于任何可能运行超过5秒的查询,先执行
    /v1/scry/estimate
    和/或一个范围狭窄的探索性查询(
    LIMIT 20
    加上限定的来源/时间窗口过滤),确认相关性后再扩大查询范围。
  6. 明确选择词法或语义搜索。词法搜索(
    scry.search*
    )适用于精确术语和命名实体。对于概念性需求(如“主题”、“类似内容”),请先使用scry-vectors,再根据需要进行混合搜索。
  7. 必须添加LIMIT。每个查询必须包含LIMIT子句,最多返回10000行。没有LIMIT的查询会被SQL验证器拒绝。
  8. 优先使用物化视图
    scry.entities
    包含2.29亿+行,无过滤扫描速度很慢。请使用
    scry.mv_lesswrong_posts
    scry.mv_arxiv_papers
    scry.mv_hackernews_posts
    等进行针对性访问,这些视图已预过滤,且通常已预关联嵌入向量。
  9. 过滤危险内容。除非用户明确要求无过滤结果,否则必须在查询中包含
    WHERE content_risk IS DISTINCT FROM 'dangerous'
    。危险内容包含对抗性提示注入内容。
  10. 使用原始SQL,而非JSON
    POST /v1/scry/query
    接受
    Content-Type: text/plain
    ,请求体为原始SQL,不要用JSON包裹SQL。
  11. 及时反馈问题。如果Scry阻碍任务执行、遗漏明显结果集或存在缺陷,请通过
    POST /v1/feedback?feedback_type=suggestion|bug|other&channel=scry_skill
    提交简短说明,默认使用
    Content-Type: text/plain
    (也支持
    text/markdown
    )。不要默默绕过问题。已登录用户可通过
    GET /v1/feedback
    查看自己的提交记录。
有关完整的层级限制、超时策略和降级策略,请参阅共享防护规则

B.1 API Key Setup (Canonical)

B.1 API密钥设置(标准方式)

Recommended default for less-technical users: in the directory where you launch the agent, store
EXOPRIORS_API_KEY
in
.env
so skills and copied prompts use the same place. Canonical key naming for this skill:
  • Env var:
    EXOPRIORS_API_KEY
  • Personal key format:
    exopriors_*
    with Scry access
bash
printf '%s\n' 'EXOPRIORS_API_KEY=exopriors_...' >> .env
set -a && source .env && set +a
Verify:
bash
echo "$EXOPRIORS_API_KEY"
If using packaged skills, keep them current:
bash
npx skills add exopriors/skills
npx skills update
针对非技术用户的推荐默认方式:在启动Agent的目录中,将
EXOPRIORS_API_KEY
存储在
.env
文件中,确保技能和复制的提示使用同一密钥。本技能的标准密钥命名规则:
  • 环境变量:
    EXOPRIORS_API_KEY
  • 个人密钥格式:
    exopriors_*
    ,且具备Scry访问权限
bash
printf '%s\n' 'EXOPRIORS_API_KEY=exopriors_...' >> .env
set -a && source .env && set +a
验证:
bash
echo "$EXOPRIORS_API_KEY"
如果使用打包技能,请保持技能为最新版本:
bash
npx skills add exopriors/skills
npx skills update

B.1b x402 Query-Only Access

B.1b x402 仅查询访问

POST /v1/scry/query
also supports standard x402 when no
Authorization
header is present. Use this path when the user already has an x402-capable wallet/client and only needs direct paid query execution. For schema/context, shares, judgements, feedback, or repeated multi-endpoint usage, prefer a personal
exopriors_*
API key.
If the user wants wallet-native durable identity plus a reusable key, use
POST /v1/auth/agent/signup
first. That binds the wallet to a user and returns a session token plus API key in one flow.
Minimal client shape:
js
import { wrapFetchWithPayment } from 'x402-fetch';

const paidFetch = wrapFetchWithPayment(fetch, walletClient);
const resp = await paidFetch('https://api.exopriors.com/v1/scry/query', {
  method: 'POST',
  headers: { 'content-type': 'text/plain' },
  body: 'SELECT 1 LIMIT 1',
});
当没有
Authorization
头时,
POST /v1/scry/query
也支持标准x402协议。当用户已具备x402兼容钱包/客户端,且仅需直接付费执行查询时,可使用此方式。对于Schema/上下文、共享、判断、反馈或重复的多端点调用,建议使用个人
exopriors_*
API密钥。
如果用户需要钱包原生持久身份以及可重用密钥,请先调用
POST /v1/auth/agent/signup
。该接口会将钱包与用户绑定,并在一个流程中返回会话令牌和API密钥。
最小化客户端示例:
js
import { wrapFetchWithPayment } from 'x402-fetch';

const paidFetch = wrapFetchWithPayment(fetch, walletClient);
const resp = await paidFetch('https://api.exopriors.com/v1/scry/query', {
  method: 'POST',
  headers: { 'content-type': 'text/plain' },
  body: 'SELECT 1 LIMIT 1',
});

C) Quickstart

C) 快速入门

One end-to-end example: find recent high-scoring LessWrong posts about RLHF.
Step 1: Get dynamic context + update advisory
GET https://api.exopriors.com/v1/scry/context?skill_generation=20260313
Authorization: Bearer $EXOPRIORS_API_KEY

Step 2: Get schema
GET https://api.exopriors.com/v1/scry/schema
Authorization: Bearer $EXOPRIORS_API_KEY

Step 3: Run query
POST https://api.exopriors.com/v1/scry/query
Authorization: Bearer $EXOPRIORS_API_KEY
Content-Type: text/plain

WITH hits AS (
  SELECT id FROM scry.search('RLHF reinforcement learning human feedback',
    kinds=>ARRAY['post'], limit_n=>100)
)
SELECT e.uri, e.title, e.original_author, e.original_timestamp, e.score
FROM hits h
JOIN scry.entities e ON e.id = h.id
WHERE e.source = 'lesswrong'
  AND e.content_risk IS DISTINCT FROM 'dangerous'
ORDER BY e.score DESC NULLS LAST
LIMIT 20
Response shape:
json
{
  "columns": ["uri", "title", "original_author", "original_timestamp", "score"],
  "rows": [["https://...", "My RLHF Post", "author", "2025-01-15T...", 142], ...],
  "row_count": 20,
  "duration_ms": 312,
  "truncated": false
}
一个端到端示例:查找近期高分的LessWrong平台上关于RLHF的帖子。
步骤1:获取动态上下文 + 更新提示
GET https://api.exopriors.com/v1/scry/context?skill_generation=20260313
Authorization: Bearer $EXOPRIORS_API_KEY

步骤2:获取Schema
GET https://api.exopriors.com/v1/scry/schema
Authorization: Bearer $EXOPRIORS_API_KEY

步骤3:执行查询
POST https://api.exopriors.com/v1/scry/query
Authorization: Bearer $EXOPRIORS_API_KEY
Content-Type: text/plain

WITH hits AS (
  SELECT id FROM scry.search('RLHF reinforcement learning human feedback',
    kinds=>ARRAY['post'], limit_n=>100)
)
SELECT e.uri, e.title, e.original_author, e.original_timestamp, e.score
FROM hits h
JOIN scry.entities e ON e.id = h.id
WHERE e.source = 'lesswrong'
  AND e.content_risk IS DISTINCT FROM 'dangerous'
ORDER BY e.score DESC NULLS LAST
LIMIT 20
返回格式:
json
{
  "columns": ["uri", "title", "original_author", "original_timestamp", "score"],
  "rows": [["https://...", "My RLHF Post", "author", "2025-01-15T...", 142], ...],
  "row_count": 20,
  "duration_ms": 312,
  "truncated": false
}

D) Decision Tree

D) 决策树

User wants to search the ExoPriors corpus?
  |
  +-- Ambiguous / conceptual ask? --> Clarify intent first, then use
  |     scry-vectors for semantic search (optionally hybridize with lexical)
  |
  +-- By keywords/phrases? --> scry.search() (BM25 lexical over canonical content_text)
  |     +-- Specific forum?  --> pass mode='mv_lesswrong_posts' or kinds filter
  |     +-- Reddit?          --> START with scry.reddit_subreddit_stats /
  |                              scry.reddit_clusters() / scry.reddit_embeddings
  |                              and trust /v1/scry/schema status before
  |                              using direct retrieval helpers
  |     +-- Large result?    --> scry.search_ids() (id+uri+kind, up to 2000)
  |
  +-- By structured filters (source, date, author)? --> Direct SQL on MVs
  |
  +-- By semantic similarity? --> (scry-vectors skill, not this one)
  |
  +-- Hybrid (keywords + semantic rerank)? --> scry.hybrid_search() or
  |     lexical CTE + JOIN scry.embeddings
  |
  +-- Author/people lookup? --> scry.actors, scry.people, scry.person_accounts
  |
  +-- Academic graph (OpenAlex)? --> scry.openalex_find_authors(),
  |     scry.openalex_find_works(), etc. (see schema-guide.md)
  |
  +-- Need to share results? --> POST /v1/scry/shares
  |
  +-- Need to emit a structured observation? --> POST /v1/scry/judgements
  |
  +-- Scry blocked / missing obvious results? --> POST /v1/feedback
用户想要搜索ExoPriors语料库?
  |
  +-- 请求模糊/概念性需求? --> 先澄清意图,然后使用
  |     scry-vectors进行语义搜索(可选择与词法搜索混合)
  |
  +-- 按关键词/短语搜索? --> scry.search()(基于标准content_text的BM25词法搜索)
  |     +-- 指定论坛?  --> 传入mode='mv_lesswrong_posts'或kinds过滤器
  |     +-- Reddit?          --> 先使用scry.reddit_subreddit_stats /
  |                              scry.reddit_clusters() / scry.reddit_embeddings
  |                              并在使用直接检索工具前查看/v1/scry/schema状态
  |     +-- 大量结果?    --> scry.search_ids()(返回id+uri+kind,最多2000条)
  |
  +-- 按结构化过滤器(来源、日期、作者)搜索? --> 直接对物化视图执行SQL
  |
  +-- 按语义相似度搜索? --> (使用scry-vectors技能,而非本技能)
  |
  +-- 混合搜索(关键词+语义重排序)? --> scry.hybrid_search()或
  |     词法CTE + JOIN scry.embeddings
  |
  +-- 作者/人物查找? --> scry.actors, scry.people, scry.person_accounts
  |
  +-- 学术图谱(OpenAlex)? --> scry.openalex_find_authors(),
  |     scry.openalex_find_works()等(请参阅schema-guide.md)
  |
  +-- 需要共享结果? --> POST /v1/scry/shares
  |
  +-- 需要生成结构化观测结果? --> POST /v1/scry/judgements
  |
  +-- Scry功能异常/遗漏明显结果? --> POST /v1/feedback

E) Recipes

E) 示例脚本

E0. Context handshake + skill update advisory

E0. 上下文握手 + 技能更新提示

bash
curl -s "https://api.exopriors.com/v1/scry/context?skill_generation=20260313" \
  -H "Authorization: Bearer $EXOPRIORS_API_KEY"
If response includes
"should_update_skill": true
, ask the user to run:
npx skills update
.
bash
curl -s "https://api.exopriors.com/v1/scry/context?skill_generation=20260313" \
  -H "Authorization: Bearer $EXOPRIORS_API_KEY"
如果响应包含
"should_update_skill": true
,请告知用户运行:
npx skills update

E0b. Submit feedback when Scry blocks the task

E0b. Scry功能异常时提交反馈

bash
curl -s "https://api.exopriors.com/v1/feedback?feedback_type=bug&channel=scry_skill" \
  -H "Authorization: Bearer $EXOPRIORS_API_KEY" \
  -H "Content-Type: text/plain" \
  --data $'## What happened\n- Query: ...\n- Problem: ...\n\n## Why it matters\n- ...\n\n## Suggested fix\n- ...'
Success response includes a receipt
id
. Logged-in users can review their own submissions with:
bash
curl -s "https://api.exopriors.com/v1/feedback?limit=10" \
  -H "Authorization: Bearer $EXOPRIORS_API_KEY"
bash
curl -s "https://api.exopriors.com/v1/feedback?feedback_type=bug&channel=scry_skill" \
  -H "Authorization: Bearer $EXOPRIORS_API_KEY" \
  -H "Content-Type: text/plain" \
  --data $'## 问题描述\n- 查询语句:...\n- 问题:...\n\n## 影响\n- ...\n\n## 建议修复方案\n- ...'
成功响应会包含一个回执
id
。已登录用户可通过以下命令查看自己的提交记录:
bash
curl -s "https://api.exopriors.com/v1/feedback?limit=10" \
  -H "Authorization: Bearer $EXOPRIORS_API_KEY"

E1. Lexical search (BM25)

E1. 词法搜索(BM25)

sql
WITH c AS (
  SELECT id FROM scry.search('your query here',
    kinds=>ARRAY['post'], limit_n=>100)
)
SELECT e.uri, e.title, e.original_author, e.original_timestamp
FROM c JOIN scry.entities e ON e.id = c.id
WHERE e.content_risk IS DISTINCT FROM 'dangerous'
LIMIT 50
Default
kinds
if omitted:
['post','paper','document','webpage','twitter_thread','grant']
.
scry.search()
broadens once to
kinds=>ARRAY['comment']
if that default returns 0 rows. Pass explicit
kinds
for strict scope (for example comment-only or tweet-only). Pass
mode=>'mv_lesswrong_posts'
to scope to LessWrong posts.
sql
WITH c AS (
  SELECT id FROM scry.search('你的查询关键词',
    kinds=>ARRAY['post'], limit_n=>100)
)
SELECT e.uri, e.title, e.original_author, e.original_timestamp
FROM c JOIN scry.entities e ON e.id = c.id
WHERE e.content_risk IS DISTINCT FROM 'dangerous'
LIMIT 50
如果省略
kinds
,默认值为
['post','paper','document','webpage','twitter_thread','grant']
。如果默认查询返回0行,
scry.search()
会自动将范围扩大到包含
kinds=>ARRAY['comment']
。如需严格限定范围(如仅评论或仅推文),请传入明确的
kinds
参数。传入
mode=>'mv_lesswrong_posts'
可限定为LessWrong帖子。

E2. Reddit-specific discovery

E2. Reddit专属发现

sql
SELECT subreddit, total_count, latest
FROM scry.reddit_subreddit_stats
WHERE subreddit IN ('MachineLearning', 'LocalLLaMA')
ORDER BY total_count DESC
For semantic Reddit retrieval over the embedding-covered subset, use
scry.reddit_embeddings
or
scry.search_reddit_posts_semantic(...)
.
Direct retrieval helpers (
scry.reddit_posts
,
scry.reddit_comments
,
scry.mv_reddit_*
,
scry.search_reddit_posts(...)
,
scry.search_reddit_comments(...)
) are currently degraded on the public instance. Check
/v1/scry/schema
status before using them.
sql
SELECT subreddit, total_count, latest
FROM scry.reddit_subreddit_stats
WHERE subreddit IN ('MachineLearning', 'LocalLLaMA')
ORDER BY total_count DESC
对于覆盖嵌入向量的Reddit内容的语义检索,请使用
scry.reddit_embeddings
scry.search_reddit_posts_semantic(...)
直接检索工具(
scry.reddit_posts
scry.reddit_comments
scry.mv_reddit_*
scry.search_reddit_posts(...)
scry.search_reddit_comments(...)
)在公共实例中目前性能受限,使用前请查看
/v1/scry/schema
状态。

E3. Source-filtered materialized view query

E3. 按来源过滤的物化视图查询

sql
SELECT entity_id, uri, title, original_author, score, original_timestamp
FROM scry.mv_arxiv_papers
WHERE original_timestamp >= '2025-01-01'
ORDER BY original_timestamp DESC
LIMIT 50
sql
SELECT entity_id, uri, title, original_author, score, original_timestamp
FROM scry.mv_arxiv_papers
WHERE original_timestamp >= '2025-01-01'
ORDER BY original_timestamp DESC
LIMIT 50

E4. Author activity across sources

E4. 作者跨平台活动统计

sql
SELECT e.source::text, COUNT(*) AS docs, MAX(e.original_timestamp) AS latest
FROM scry.entities e
WHERE e.original_author ILIKE '%yudkowsky%'
  AND e.content_risk IS DISTINCT FROM 'dangerous'
GROUP BY e.source::text
ORDER BY docs DESC
LIMIT 20
sql
SELECT e.source::text, COUNT(*) AS docs, MAX(e.original_timestamp) AS latest
FROM scry.entities e
WHERE e.original_author ILIKE '%yudkowsky%'
  AND e.content_risk IS DISTINCT FROM 'dangerous'
GROUP BY e.source::text
ORDER BY docs DESC
LIMIT 20

E5. Entity kind distribution for a source

E5. 某来源的实体类型分布

sql
SELECT kind::text, COUNT(*)
FROM scry.entities
WHERE source = 'hackernews'
GROUP BY kind::text
ORDER BY 2 DESC
LIMIT 20
sql
SELECT kind::text, COUNT(*)
FROM scry.entities
WHERE source = 'hackernews'
GROUP BY kind::text
ORDER BY 2 DESC
LIMIT 20

E6. Hybrid search (lexical + semantic rerank in SQL)

E6. 混合搜索(词法+SQL语义重排序)

sql
WITH c AS (
  SELECT id FROM scry.search('deceptive alignment',
    kinds=>ARRAY['post'], limit_n=>200)
)
SELECT e.uri, e.title, e.original_author,
       emb.embedding_voyage4 <=> @p_deadbeef_topic AS distance
FROM c
JOIN scry.entities e ON e.id = c.id
JOIN scry.embeddings emb ON emb.entity_id = c.id AND emb.chunk_index = 0
WHERE e.content_risk IS DISTINCT FROM 'dangerous'
ORDER BY distance
LIMIT 50
Requires a stored embedding handle (
@p_deadbeef_topic
). See scry-vectors skill for creating handles.
sql
WITH c AS (
  SELECT id FROM scry.search('deceptive alignment',
    kinds=>ARRAY['post'], limit_n=>200)
)
SELECT e.uri, e.title, e.original_author,
       emb.embedding_voyage4 <=> @p_deadbeef_topic AS distance
FROM c
JOIN scry.entities e ON e.id = c.id
JOIN scry.embeddings emb ON emb.entity_id = c.id AND emb.chunk_index = 0
WHERE e.content_risk IS DISTINCT FROM 'dangerous'
ORDER BY distance
LIMIT 50
此查询需要一个已存储的嵌入句柄(
@p_deadbeef_topic
),请参阅scry-vectors技能了解如何创建句柄。

E7. Cost estimation before execution

E7. 执行前成本估算

bash
curl -s -X POST https://api.exopriors.com/v1/scry/estimate \
  -H "Authorization: Bearer $EXOPRIORS_API_KEY" \
  -H "Content-Type: application/json" \
  -d '{"sql": "SELECT id, title FROM scry.mv_arxiv_papers LIMIT 1000"}'
Returns EXPLAIN (FORMAT JSON) output. Use this for expensive queries before committing.
bash
curl -s -X POST https://api.exopriors.com/v1/scry/estimate \
  -H "Authorization: Bearer $EXOPRIORS_API_KEY" \
  -H "Content-Type: application/json" \
  -d '{"sql": "SELECT id, title FROM scry.mv_arxiv_papers LIMIT 1000"}'
返回EXPLAIN(FORMAT JSON)输出,高开销查询执行前请使用此功能。

E8. Create a shareable artifact

E8. 创建可共享成果

bash
undefined
bash
undefined

1. Run query and capture results

1. 执行查询并捕获结果

2. POST share

2. 提交共享请求

curl -s -X POST https://api.exopriors.com/v1/scry/shares
-H "Authorization: Bearer $EXOPRIORS_API_KEY"
-H "Content-Type: application/json"
-d '{ "kind": "query", "title": "Top RLHF posts on LessWrong", "summary": "20 highest-scored LW posts mentioning RLHF.", "payload": { "sql": "...", "result": {"columns": [...], "rows": [...]} } }'

Kinds: `query`, `rerank`, `insight`, `chat`, `markdown`.
Progressive update: create stub immediately, then `PATCH /v1/scry/shares/{slug}`.
Rendered at: `https://scry.io/scry/share/{slug}`.
curl -s -X POST https://api.exopriors.com/v1/scry/shares
-H "Authorization: Bearer $EXOPRIORS_API_KEY"
-H "Content-Type: application/json"
-d '{ "kind": "query", "title": "LessWrong平台热门RLHF帖子", "summary": "20篇提及RLHF的最高赞LessWrong帖子。", "payload": { "sql": "...", "result": {"columns": [...], "rows": [...]} } }'

支持的类型:`query`, `rerank`, `insight`, `chat`, `markdown`。可先创建空共享,再通过`PATCH /v1/scry/shares/{slug}`逐步更新。共享内容可通过以下链接访问:`https://scry.io/scry/share/{slug}`。

E9. Emit a structured agent judgement

E9. 生成结构化Agent判断

bash
curl -s -X POST https://api.exopriors.com/v1/scry/judgements \
  -H "Authorization: Bearer $EXOPRIORS_API_KEY" \
  -H "Content-Type: application/json" \
  -d '{
    "emitter": "my-agent",
    "judgement_kind": "topic_classification",
    "target_external_ref": "arxiv:2401.12345",
    "summary": "Paper primarily about mechanistic interpretability.",
    "payload": {"primary_topic": "mech_interp", "confidence_detail": "title+abstract match"},
    "confidence": 0.88,
    "tags": ["arxiv", "mech_interp"],
    "privacy_level": "public"
  }'
Exactly one target required:
target_entity_id
,
target_actor_id
,
target_judgement_id
, or
target_external_ref
. Judgement-on-judgement: use
target_judgement_id
to chain observations.
bash
curl -s -X POST https://api.exopriors.com/v1/scry/judgements \
  -H "Authorization: Bearer $EXOPRIORS_API_KEY" \
  -H "Content-Type: application/json" \
  -d '{
    "emitter": "my-agent",
    "judgement_kind": "topic_classification",
    "target_external_ref": "arxiv:2401.12345",
    "summary": "论文主要关于机械可解释性。",
    "payload": {"primary_topic": "mech_interp", "confidence_detail": "标题+摘要匹配"},
    "confidence": 0.88,
    "tags": ["arxiv", "mech_interp"],
    "privacy_level": "public"
  }'
必须指定一个目标:
target_entity_id
target_actor_id
target_judgement_id
target_external_ref
。如需对判断结果进行二次判断,请使用
target_judgement_id
关联观测结果。

E10. People / author lookup

E10. 人物/作者查找

sql
-- Per-source author grouping
SELECT a.handle, a.display_name, a.source::text, COUNT(*) AS docs
FROM scry.entities e
JOIN scry.actors a ON a.id = e.author_actor_id
WHERE e.source = 'twitter'
GROUP BY a.handle, a.display_name, a.source::text
ORDER BY docs DESC
LIMIT 50
sql
-- 按来源分组的作者统计
SELECT a.handle, a.display_name, a.source::text, COUNT(*) AS docs
FROM scry.entities e
JOIN scry.actors a ON a.id = e.author_actor_id
WHERE e.source = 'twitter'
GROUP BY a.handle, a.display_name, a.source::text
ORDER BY docs DESC
LIMIT 50

E11. Thread navigation (replies)

E11. 线程导航(回复内容)

sql
-- Find all replies to a root post
SELECT id, uri, title, original_author, original_timestamp
FROM scry.entities
WHERE anchor_entity_id = 'ROOT_ENTITY_UUID'
ORDER BY original_timestamp
LIMIT 100
anchor_entity_id
is the root subject;
parent_entity_id
is the direct parent.
sql
-- 查找根帖子的所有回复
SELECT id, uri, title, original_author, original_timestamp
FROM scry.entities
WHERE anchor_entity_id = 'ROOT_ENTITY_UUID'
ORDER BY original_timestamp
LIMIT 100
anchor_entity_id
为根主题,
parent_entity_id
为直接父级内容。

E12. Count estimation (safe pattern)

E12. 行数估算(安全模式)

Avoid
COUNT(*)
on large tables. Instead, use schema endpoint row estimates or:
sql
SELECT reltuples::bigint AS estimated_rows
FROM pg_class
WHERE relname = 'mv_lesswrong_posts'
LIMIT 1
Note:
pg_class
access is blocked on the public Scry SQL surface. Use
/v1/scry/schema
instead.
避免在大表上使用
COUNT(*)
,请改用Schema端点的行数估算或以下语句:
sql
SELECT reltuples::bigint AS estimated_rows
FROM pg_class
WHERE relname = 'mv_lesswrong_posts'
LIMIT 1
注意:公共Scry SQL接口已禁止访问
pg_class
,请使用
/v1/scry/schema
替代。

F) Error Handling

F) 错误处理

See
references/error-reference.md
for the full catalogue. Key patterns:
HTTPCodeMeaningAction
400
invalid_request
SQL parse error, missing LIMIT, bad paramsFix query
401
unauthorized
Missing or invalid API keyCheck key
402
insufficient_credits
Token budget exhaustedNotify user
429
rate_limited
Too many requestsRespect
Retry-After
header
503
service_unavailable
Scry pool down or overloadedWait and retry
Auth + timeout diagnostics for CLI users:
  1. If curl shows HTTP
    000
    , that is client-side timeout/network abort, not a server HTTP status. Check
    --max-time
    and retry with
    /v1/scry/estimate
    first.
  2. If you see
    401
    with
    "Invalid authorization format"
    , check for whitespace/newlines in the key:
    KEY_CLEAN="$(printf '%s' \"$EXOPRIORS_API_KEY\" | tr -d '\\r\\n')"
    then use
    Authorization: Bearer $KEY_CLEAN
    .
Quota fallback strategy:
  1. If 429: wait
    Retry-After
    seconds, retry once.
  2. If 402: tell the user their token budget is exhausted.
  3. If 503: retry after 30s with exponential backoff (max 3 attempts).
  4. If query times out: simplify (use MV instead of full table, reduce LIMIT, add tighter WHERE filters).
完整错误列表请参阅
references/error-reference.md
,关键处理模式如下:
HTTP状态码错误码含义处理动作
400
invalid_request
SQL解析错误、缺少LIMIT、参数错误修改查询语句
401
unauthorized
API密钥缺失或无效检查密钥
402
insufficient_credits
令牌配额耗尽通知用户
429
rate_limited
请求过于频繁遵循
Retry-After
头的指示
503
service_unavailable
Scry资源池下线或过载等待后重试
CLI用户的认证与超时诊断
  1. 如果curl返回HTTP
    000
    ,这是客户端超时/网络中断,而非服务器HTTP状态。请检查
    --max-time
    参数,并先使用
    /v1/scry/estimate
    重试。
  2. 如果返回
    401
    且提示
    "Invalid authorization format"
    ,请检查密钥中是否包含空格/换行符:
    KEY_CLEAN="$(printf '%s' \"$EXOPRIORS_API_KEY\" | tr -d '\\r\\n')"
    然后使用
    Authorization: Bearer $KEY_CLEAN
配额回退策略
  1. 若返回429:等待
    Retry-After
    秒后重试一次。
  2. 若返回402:告知用户令牌配额已耗尽。
  3. 若返回503:30秒后重试,采用指数退避策略(最多3次尝试)。
  4. 若查询超时:简化查询(使用物化视图而非全表、减小LIMIT、添加更严格的WHERE过滤)。

G) Output Contract

G) 输出规范

When this skill completes a query task, return a consistent structure:
undefined
本技能完成查询任务后,请返回一致的结构:
undefined

Scry Result

Scry 查询结果

Query: <natural language description> SQL:
sql <the SQL that ran> 
Rows returned: <N> (truncated: <yes/no>) Duration: <N>ms
<formatted results table or summary>
Share: <share URL if created> Caveats: <any data quality notes, e.g., "score is NULL for arXiv">
undefined
查询描述:<自然语言描述> SQL语句
sql <执行的SQL语句> 
返回行数<N>(是否截断:<是/否>) 执行时长<N>ms
<格式化结果表格或摘要>
共享链接:<若创建则提供共享URL> 注意事项:<任何数据质量说明,如“arXiv内容无score字段”>
undefined

Handoff Contract

H) 交互规范

Produces: JSON with
columns
,
rows
,
row_count
,
duration_ms
,
truncated
Feeds into:
  • rerank
    : ensure SQL returns
    id
    and
    content_text
    columns for candidate sets
  • scry-vectors
    : save entity IDs for embedding lookup and semantic reranking Receives from: none (entry point for SQL-based corpus access)
输出格式:包含
columns
,
rows
,
row_count
,
duration_ms
,
truncated
的JSON 下游技能
  • rerank
    :确保SQL返回
    id
    content_text
    列作为候选集
  • scry-vectors
    :保存实体ID用于嵌入向量查找和语义重排序 上游技能:无(基于SQL的语料库访问入口)

Related Skills

相关技能

  • scry-vectors -- embed concepts as @handles, search by cosine distance, debias with vector algebra
  • scry-rerank -- LLM-powered multi-attribute reranking of candidate sets via pairwise comparison

For detailed schema documentation, see
references/schema-guide.md
. For the full pattern library, see
references/query-patterns.md
. For error codes and quota details, see
references/error-reference.md
.
  • scry-vectors -- 将概念嵌入为@句柄,通过余弦距离搜索,使用向量代数去偏
  • scry-rerank -- 基于LLM的多属性重排序,通过两两比较优化候选集

详细Schema文档请参阅
references/schema-guide.md
。 完整查询模式库请参阅
references/query-patterns.md
。 错误码和配额详情请参阅
references/error-reference.md