pit-envelope

Define a standardized JSON envelope for data sub-agent responses with timestamp validation.

3|1|Updated Dec 2, 2024
One-click install
npx skills add https://github.com/faisalanjum/EventTrader --skill pit-envelope
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: pit-envelope
Source: https://github.com/faisalanjum/EventTrader/tree/main/.claude/skills/pit-envelope
Command: npx skills add https://github.com/faisalanjum/EventTrader --skill pit-envelope

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill defines a standardized JSON envelope for data sub-agent responses, ensuring consistency and enabling validation of critical data points like availability timestamps.

Core Features & Use Cases

  • Standardized Envelope: Enforces a consistent JSON structure for all data sub-agent outputs, including data and gaps arrays.
  • Timestamp Validation: Defines rules and canonical values for available_at and available_at_source fields, crucial for time-sensitive data.
  • Forbidden Keys: Specifies fields that must be excluded when operating in a 'PIT' (Point-In-Time) mode to maintain data integrity.
  • Use Case: Ensures that when querying financial data, each sub-agent returns information with a clear, verifiable timestamp, preventing the use of stale or unverified data in time-sensitive trading decisions.

Quick Start

Use the pit-envelope skill to define the standard JSON envelope for all data sub-agent responses.

Frequently Asked Questions about pit-envelope

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I standardize financial data sub-agent responses for time-series validation?

Standardize financial data sub-agent responses by enforcing a consistent JSON envelope with mandatory fields for availability timestamps and source canonical values. This ensures verifiable data for time-sensitive trading decisions.

What is Point-In-Time (PIT) mode and how does it affect data validation?

Point-In-Time (PIT) mode enforces data integrity by specifying forbidden keys that must be excluded from the JSON envelope. This prevents the use of stale or unverified financial data in time-sensitive applications.

How do I handle data gaps when standardizing API envelope responses?

Handle data gaps by utilizing the mandatory `gaps` array within the standardized JSON envelope. This structure ensures missing financial data points are explicitly documented alongside the `data` array outputs.

Why do I need available_at and available_at_source fields in financial time-series data?

You need `available_at` and `available_at_source` fields to validate availability timestamps in financial time-series data. These canonical fields ensure each data point has a clear, verifiable timestamp to prevent using unverified information.

Does this data standardization approach include retry mechanisms for data retrieval?

Yes, the data standardization approach includes defined retry mechanisms for data retrieval. This enforces rules within the JSON envelope to ensure consistent data fetching when querying financial information.

When should I use a standardized JSON envelope for financial data queries?

Use a standardized JSON envelope for financial data queries when you need consistent, verifiable data in time-sensitive applications. It prevents stale data usage by enforcing timestamp validation and gap reporting across sub-agents.