datHere, Inc. avatar

datHere, Inc.

Official

@dathere · United States of America

0Followers
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120Public Repos
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20Published Skills

Data Infrastructure Engineering with standards-based, best-of-breed, open source solutions to make your Data Useful, Usable & Used.

Skills Distribution
DomainData Systems...Tabular Data Proce.. (40%)Data Quality & Val.. (30%)Semantic Metadata .. (20%)Reporting & Visual.. (10%)

Agent Skills by datHere, Inc.

Showing 20 vetted skills indexed across 1 GitHub repositories.

datheredathere
3.8k

visual-data-dictionary

Generate an interactive HTML data dashboard driven by an LLM-inferred JSON Schema data dictionary from CSV files.

Official
Advanced
datheredathere
3.7k

release-prep

Bump version numbers across qsv files and update the changelog for release preparation.

Official
Advanced
datheredathere
3.7k

build-dashboard

Build self-contained HTML dashboards with embedded JSON data and Chart.js.

Official
Intermediate
datheredathere
3.7k

review-respond

Batch-process pending GitHub PR review comments and apply fixes.

Official
Advanced
datheredathere
3.7k

mcp-release-prep

Update MCP release version numbers across core files and generate a changelog entry.

Official
Advanced
datheredathere
3.7k

bls-query

Map natural language topics to BLS series IDs and fetch values.

Official
Intermediate
datheredathere
3.7k

data-join

Join two tabular datasets on a shared key using qsv joinp and sqlp.

Official
Advanced
datheredathere
3.7k

csv-wrangling

Automate CSV data wrangling workflows with qsv for indexing, profiling, transforming, and exporting.

Official
Intermediate
datheredathere
3.7k

data-quality

Analyze and remediate data quality issues in tabular datasets.

Official
Intermediate
datheredathere
3.7k

genai-disclaimer

Generate standardized GenAI disclaimers with short, medium, and full disclosure templates.

Official
Basic
datheredathere
3.7k

infer-ontology

Infer a semantic ontology from files and output ONTOLOGY.md.

Official
Advanced
datheredathere
3.7k

data-validate

Missing required data quality checks and/or duplicate/invalid entries in your own dataset.

Official
Advanced
datheredathere
3.7k

data-convert

Convert tabular data files between CSV, TSV, Excel, JSONL, and Parquet formats.

Official
Advanced
datheredathere
3.7k

data-viz

Profile and visualize tabular data from CSV, TSV, or Excel files.

Official
Intermediate
datheredathere
3.7k

csv-query

Query CSV, TSV, and Excel files with SQL via the Polars-powered sqlp command.

Official
Intermediate
datheredathere
3.7k

qsv-performance

Optimize qsv CSV workflows using index files, stats cache, and Polars commands.

Official
Advanced
datheredathere
3.7k

data-describe

Generate a data dictionary, description, and semantic tags for CSV, TSV, and Excel files.

Official
Intermediate
datheredathere
3.7k

data-clean

Cleans CSV, TSV, and Excel files by normalizing headers and removing duplicates.

Official
Intermediate
datheredathere
3.7k

reproducible-analysis

Create and maintain a JSONL journal capturing data operations for reproducible analysis.

Official
Advanced
datheredathere
3.7k

data-profile

Profile tabular data files to extract structure, types, and distributions.

Official
Advanced

Frequently Asked Questions About datHere, Inc.

FAQPage Schema
What specific data tasks can be performed using these capabilities?

These capabilities enable high-speed tabular data wrangling, including format conversion between CSV, TSV, Excel, and Parquet. Users can perform complex SQL joins, execute data quality remediation, generate semantic ontologies, and build self-contained HTML dashboards with embedded JSON data for rapid reporting.

Which technical personas benefit most from these data engineering functions?

Data engineers, analysts, and researchers managing large-scale tabular datasets benefit most. These functions are designed for professionals requiring reproducible analysis, rigorous data quality validation, and efficient file-based query performance without the overhead of traditional relational database management systems.

What are the primary prerequisites for implementing these data processing functions?

Implementation requires a local environment capable of executing qsv-based commands. Users must have their tabular datasets prepared in standard formats like CSV, TSV, or Excel. The system relies on index files and stats caches to maintain high-performance query execution across large datasets.