parseiq 0.0.6

AI-powered data quality and metadata analysis agent

AI-Powered Data Quality Agent

Profile · Score · Fix any JSON / CSV / XML / Excel file in one command

PyPI · Quickstart · CLI Reference · Changelog · Discussions

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ParseIQ analyses any data file and produces a full quality report — statistical profiling, anomaly detection, per-table quality scores, and optional AI-generated recommendations — all in a structured Excel workbook and CSV summaries.

Built for the data onboarding and discovery phase: when you receive a data dump and need to know what's in it, whether it's trustworthy, and what to fix before loading it into production.

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Why ParseIQ?

Feature	ParseIQ	ydata-profiling	great-expectations
Zero config — works out of the box	✅	✅	❌ needs YAML
Nested JSON → multiple tables auto	✅	❌	❌
Multi-provider LLM enrichment	✅	❌	❌
Local mode (no API key ever needed)	✅	✅	✅
Excel report with 30-col Meta sheet	✅	❌	❌
CLI + Python API in one package	✅	✅	✅
Incremental processing (hash cache)	✅	❌	✅
pip install, one command, done	✅	✅	❌

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Quickstart

pip install parseiq

parseiq init                              # first-time setup (API key, model)
parseiq analyze data.json --no-llm       # local mode — no API key needed
parseiq analyze data.json                # with AI enrichment (needs API key)

Results appear in output/ as an Excel workbook + CSV summaries.

For a more detailed report, refer to the path shown at the end of each run:

For a more detailed report, refer to:
  D:\your\path\output\complete_data_analysis.xlsx

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How It Works

  ┌─────────────────────────────────────────────┐
  │         YOUR DATA FILE                      │
  │   JSON  /  CSV  /  XML  /  Excel            │
  └──────────────────┬──────────────────────────┘
                     │
                     ▼
  ┌─────────────────────────────────────────────┐
  │  STEP 1 — Metadata Extractor                │
  │  (always runs · no API key needed)          │
  │                                             │
  │  • Flatten nested JSON → multiple tables    │
  │  • Detect data types per column             │
  │  • Compute stats (min/max/mean/percentiles) │
  │  • Flag 8 anomaly types per column          │
  │  • Score every table 0–100                  │
  └──────────────────┬──────────────────────────┘
                     │
          ┌──────────┴──────────┐
          │ llm=True?           │ llm=False → skip
          ▼                     ▼
  ┌───────────────────┐   ┌─────────────────────────┐
  │ STEP 2 — LLM      │   │  Local / Fallback mode  │
  │ Enricher (BYOK)   │   │                         │
  │                   │   │  • Instant · 100% free  │
  │ • Sends metadata  │   │  • Zero data leaves     │
  │   + samples to    │   │    your machine         │
  │   YOUR chosen API │   │  • Structured report    │
  │ • Business-level  │   │    with quality grade   │
  │   interpretation  │   │    and recommendations  │
  │ • Prioritised     │   │  • Auto-activates if    │
  │   recommendations │   │    LLM call fails       │
  │ • Quality grade   │   └─────────────────────────┘
  │   A–F             │
  └──────────┬────────┘
             │
             ▼
  ┌─────────────────────────────────────────────┐
  │  STEP 3 — Output                            │
  │                                             │
  │  complete_data_analysis.xlsx                │
  │    ├── 00_Summary (per-table overview)      │
  │    ├── 01_LLM_Assessment                    │
  │    ├── 02_LLM_Recommendations               │
  │    ├── Data_<table>   (raw rows)            │
  │    ├── Meta_<table>   (30-col profile)      │
  │    ├── Quality_<table>(metric per attr)     │
  │    └── 99_Issues_Recommendations            │
  │  overall_dataset_summary.csv                │
  │  combined_issues_and_recommendations.csv    │
  └─────────────────────────────────────────────┘

Built-in Fallback Mode

If no API key is set, the network is unavailable, or the LLM call fails for any reason, ParseIQ automatically falls back to local mode — you always get a complete structured Excel report with quality scores and recommendations, no matter what. No crash, no empty output, no manual retry needed.

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Enterprise & Data Privacy

ParseIQ is designed to fit inside any company's data stack without compromising data governance:

	What happens
Step 1 (always)	Runs 100% locally. No data leaves your machine.
Step 2 — LLM mode	Sends metadata summaries and data samples directly to your chosen LLM provider (OpenAI, Anthropic, Google, etc.) using your own API key. ParseIQ has no server, no proxy, no telemetry — traffic goes straight from your machine to your provider.
Step 2 — Local mode	--no-llm keeps everything fully offline. Zero external calls.
Fallback mode	If the LLM call fails, ParseIQ generates a full report locally. You always get output.
Bring Your Own Key	Use your company's existing LLM contract — OpenAI enterprise, Azure OpenAI, Anthropic Claude, Gemini, or a self-hosted Ollama instance.
On-prem / air-gapped	Run with --no-llm or point it at a local Ollama endpoint. No internet required.
Cloud-native	Runs anywhere Python runs — AWS Lambda, GCP Cloud Run, Azure Functions, Docker, CI/CD pipelines.

No ParseIQ server ever sees your data. The tool is a local Python process — BYOK means your API key and your data stay under your own infrastructure contract.

Demo

$ parseiq analyze input/enterprises.json --no-llm

=======================================================
  ParseIQ - AI-Powered Data Quality Agent  v0.0.6
=======================================================

File     : input/enterprises.json
Output   : output/
LLM mode : disabled (local only)

STEP 1: Extracting metadata...
  employees: analysing (960 records)...  Quality Score: 37.6/100  Anomalies: 9
  departments: analysing (96 records)... Quality Score: 93.3/100  Anomalies: 1
  ...

STEP 3: Writing outputs...
  Excel (46 sheets) → output/complete_data_analysis.xlsx

=======================================================
ANALYSIS COMPLETE
=======================================================
  Tables analysed : 14
  Total records   : 53,981
  Avg quality     : 72.4/100
  Total anomalies : 48
  LLM grade       : N/A (local mode)

Per-table quality scores:
  continents     ██████████ 100.0/100  ✓
  countries      █████████░  94.9/100  ✓
  employees      ███░░░░░░░  37.6/100  ⚠
  tasks          ████░░░░░░  48.8/100  ⚠

Anomalies detected:
  [employees.salary]    NUMERIC_OUTLIERS_DETECTED, NEGATIVE_VALUES_DETECTED
  [employees.hire_date] FUTURE_DATE_DETECTED
  [employees.email]     PATTERN_INCONSISTENCY
  ...

For a more detailed report, refer to:
  /your/path/output/complete_data_analysis.xlsx

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Installation

pip install parseiq

With optional extras:

pip install parseiq[anthropic]   # Claude models (pip install anthropic)
pip install parseiq[gemini]      # Google Gemini (pip install google-generativeai)
pip install parseiq[rules]       # YAML rules sidecar (pip install pyyaml)
pip install parseiq[all]         # all extras: dotenv, anthropic, gemini, boto3, psycopg2, pymongo, pyyaml
pip install parseiq[s3]          # S3 connector only
pip install parseiq[postgres]    # PostgreSQL connector only
pip install parseiq[mongodb]     # MongoDB connector only

From source:

git clone https://github.com/ShriniwasAhirrao/ParseIQ.git
cd ParseIQ-V0.0.1
pip install -e .

Requires Python 3.9+.

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CLI Usage

First-time setup

parseiq init

Interactive wizard — choose your LLM provider, paste your API key, pick a model, test the connection, set output directory. Run once.

Analyse a file

# Local mode — no API key, always works, instant
parseiq analyze data.json --no-llm

# With AI enrichment (free OpenRouter account works)
parseiq analyze data.json

# CSV, XML, or Excel — same command
parseiq analyze export.csv --no-llm
parseiq analyze report.xlsx --no-llm

# Custom output folder
parseiq analyze data.json --no-llm --output reports/june/

# Force reprocess (ignore incremental cache)
parseiq analyze data.json --no-llm --force

# Quiet mode for scripts / CI
parseiq analyze data.json --no-llm --quiet

# CI quality gate — exit code 1 if avg quality below 80
parseiq analyze data.json --no-llm --fail-under 80

Other commands

parseiq validate data.json     # quick file check — tables, columns, record count
parseiq models                 # list available LLM models (free, paid, local)
parseiq config                 # show current settings and all detected API keys
parseiq version                # print version

LLM providers

ParseIQ supports any major LLM provider — bring your own key:

# OpenRouter (default) — free models available, one account covers 100+ models
parseiq analyze data.json --llm-provider openrouter \
  --llm-model nvidia/nemotron-3-super-120b-a12b:free

# OpenAI
parseiq analyze data.json --llm-provider openai \
  --llm-model gpt-4o --llm-api-key sk-...

# Anthropic / Claude (requires: pip install anthropic)
parseiq analyze data.json --llm-provider anthropic \
  --llm-model claude-sonnet-4-5 --llm-api-key sk-ant-...

# Google Gemini (requires: pip install google-generativeai)
parseiq analyze data.json --llm-provider gemini \
  --llm-model gemini-1.5-pro --llm-api-key AIza...

# Perplexity
parseiq analyze data.json --llm-provider perplexity \
  --llm-model llama-3.1-sonar-large-128k-online

# Local Ollama — no API key, no cost, data never leaves your machine
parseiq analyze data.json --llm-provider ollama --llm-model llama3

# Pass key inline without env var
parseiq analyze data.json --llm-api-key sk-or-v1-your-key-here

Run parseiq models to see the full list with install instructions per provider.

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Python API

from parseiq import Pipeline

# Local mode — no API key needed
result = Pipeline("data.json").run(llm=False)

# With LLM — any provider
result = Pipeline("data.json").run(
    llm=True,
    llm_provider="openrouter",           # or openai / anthropic / gemini / perplexity / ollama
    llm_api_key="sk-or-v1-...",
    llm_model="nvidia/nemotron-3-super-120b-a12b:free",
)

# Works with CSV, XML, Excel too
result = Pipeline("export.csv").run(llm=False)
result = Pipeline("report.xlsx").run(llm=False)

# Check results
print(result.tables)                # ["employees", "departments", ...]
print(result.quality_scores)        # {"employees": 37.6, "departments": 93.3}
print(result.overall_quality_score) # 72.4
print(result.total_anomalies)       # 48
print(result.llm_grade)             # "B" or None (local mode)
print(result.output_files)          # list of file paths written

Class-method constructors

Pipeline.from_file("data.json")
Pipeline.from_url("https://api.example.com/data.json")
Pipeline.from_s3("s3://my-bucket/data.json")
Pipeline.from_postgres("postgresql://user:pass@host/db", "SELECT * FROM orders")
Pipeline.from_mongodb("mongodb://localhost:27017", "customers")

Alert rules

from parseiq.alerts import slack_webhook

result = Pipeline("data.json").run(
    llm=False,
    alert_rules={
        "employees.salary": {"negative_values": True},
        "employees.email":  {"null_rate_gt": 0.05},
        "orders":           {"quality_score_lt": 70},
    },
    on_alert=slack_webhook("https://hooks.slack.com/services/..."),
)

print(result.alerts_fired)  # list of matched rules

Incremental processing

# First run — analyses all tables
result = Pipeline("data.json").run(llm=False)

# Second run — skips unchanged tables automatically (hash cache)
result = Pipeline("data.json").run(llm=False)

# Force full reprocess
result = Pipeline("data.json").run(llm=False, force=True)

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Output Files

Every run produces these files in the output directory:

File	Contents
complete_data_analysis.xlsx	Master workbook — all sheets (see structure below)
overall_dataset_summary.csv	One row per table: records, quality score, anomaly count
combined_issues_and_recommendations.csv	All flagged issues with priority, fix, effort
raw_metadata.json	Full Step 1 technical metadata
enriched_metadata.json	Step 1 + LLM insights merged

Excel workbook structure

complete_data_analysis.xlsx
├── 00_Summary                  <- dataset-wide overview: one row per table
├── 01_LLM_Assessment           <- LLM quality grade, production readiness, concerns
├── 02_LLM_Recommendations      <- prioritised recommendations from LLM
│
├── Data_employees              <- raw data rows
├── Meta_employees              <- 30-column attribute profile:
│                                  type, nulls, unique ratio, length stats,
│                                  most common values, char distribution,
│                                  anomaly types, outlier count, numeric stats,
│                                  boolean true/false counts
├── Quality_employees           <- long-format quality breakdown:
│                                  Table_Name | Quality_Category | Metric_Name |
│                                  Metric_Value | Status | Description
│
├── Data_departments
├── Meta_departments
├── Quality_departments
├── ... (3 sheets per table, grouped by table)
│
└── 99_Issues_Recommendations   <- all issues sorted by priority (CRITICAL→LOW):
                                   Priority | Table | Column | Issue_Type |
                                   Description | Business_Impact |
                                   Recommended_Fix | Effort

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Anomaly Detection

ParseIQ flags 11 types of data quality issues — 8 column-level detectors that run automatically, plus 3 cross-table detectors available via the rules sidecar or built-in heuristics:

Automatic (always on)

Flag	Triggered when
HIGH_NULL_RATE	More than 30% of values are null
LOW_UNIQUENESS	Unique ratio below 10% with more than 10 rows (booleans exempt)
MIXED_DATA_TYPES	Column contains incompatible types (e.g. integers mixed with strings)
FUTURE_DATE_DETECTED	ISO date string is beyond today's date
NUMERIC_OUTLIERS_DETECTED	Z-score or IQR outlier detected in a numeric column
NEGATIVE_VALUES_DETECTED	Numeric column contains negative values (suppressed for financial convention columns — drawdown, var_*, shock, cfi_*, capex, pnl, etc.)
PATTERN_INCONSISTENCY	Dominant pattern (e.g. email) but 10–50% of values don't match
DUPLICATE_ROWS_DETECTED	Exact duplicate rows found at the table level
RANGE_VIOLATION_DETECTED	A numeric value in a child table falls outside the [lo, hi] range defined by a *_range* column in a parent table (auto-detected via name-match and FK-child heuristics)
TYPE_CONDITIONAL_FIELD	Column is absent for some entity types within a polymorphic table (e.g. banking-specific metrics missing for energy stocks). Informational only — 2pt penalty vs 15pt, suppressed from top issues. Discriminator column and group breakdown are included in schema_groups metadata.

Via parseiq_rules.yaml sidecar

Flag	Rule type	Example
SCALE_VIOLATION_DETECTED	max_value / min_value	marks.total > 100 on a 100-point scale
CONSTRAINT_VIOLATION_DETECTED	cross_table_compare	claimed_amount > sum_assured across two FK-linked tables

Each flagged column incurs a quality score penalty. Table score (0–100) reflects overall severity.

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LLM Models

Run parseiq models to see the full list. Highlights:

Free (OpenRouter — one account, no cost):

• nvidia/nemotron-3-super-120b-a12b:free — default, strong reasoning
• mistralai/mistral-small-3.1-24b-instruct:free — faster responses
• meta-llama/llama-3.3-70b-instruct:free — well-rounded

OpenAI:

• gpt-4o — best overall quality
• gpt-4o-mini — fast and cost-efficient

Anthropic / Claude (pip install anthropic):

• claude-sonnet-4-5 — recommended, balanced speed/quality
• claude-opus-4-5 — most capable

Google Gemini (pip install google-generativeai):

• gemini-1.5-pro — large context (1M tokens), free API key available
• gemini-2.0-flash — latest, fast

Local / no cost (Ollama):

• llama3, mistral, phi3, gemma2

Credit exhaustion: ParseIQ detects 402 errors and automatically prints free model alternatives.

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Configuration

Priority order (highest to lowest):

1. Parameters passed directly to run() — llm_api_key, llm_model, etc.
2. Environment variables (provider-specific)
3. .env file in project root (auto-loaded)
4. Built-in defaults

# Provider-specific environment variables
OPENROUTER_API_KEY=sk-or-v1-...
OPENAI_API_KEY=sk-...
ANTHROPIC_API_KEY=sk-ant-...
GEMINI_API_KEY=AIza...
PERPLEXITY_API_KEY=pplx-...

# Model and output directory
PARSEIQ_MODEL=nvidia/nemotron-3-super-120b-a12b:free
PARSEIQ_OUTPUT_DIR=output/

Save to .env file — auto-loaded if python-dotenv is installed:

pip install parseiq[llm]

Check current config:

parseiq config

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Project Structure

parseiq/
├── parseiq/                          # Main package
│   ├── __init__.py                   # Public API: Pipeline, PipelineResult, Config
│   ├── pipeline.py                   # Pipeline class — orchestrates all 3 steps
│   ├── result.py                     # PipelineResult frozen dataclass
│   ├── config.py                     # Centralised configuration
│   ├── alerts.py                     # Alert rules engine + Slack/email helpers
│   ├── _cli.py                       # CLI entry point (parseiq command)
│   ├── connectors/                   # Data source connectors
│   │   ├── file.py                   # Local files (JSON, CSV, XML, Excel)
│   │   ├── url.py                    # HTTP/HTTPS URLs
│   │   ├── s3.py                     # Amazon S3
│   │   ├── postgres.py               # PostgreSQL
│   │   └── mongodb.py                # MongoDB
│   ├── file_loader/
│   │   └── loader.py                 # Multi-format loader + nested JSON flattener
│   ├── step1_metadata_extractor/
│   │   ├── extractor.py              # Metadata extraction, anomaly detection, scoring
│   │   └── utils.py                  # Statistical helpers (zscore, IQR, outliers)
│   └── step2_llm_enricher/
│       ├── llm_agent.py              # Multi-provider LLM client (BYOK)
│       └── prompt_template.txt       # LLM system prompt
│
├── tests/                            # 159 pytest tests
├── input/                            # Sample input files
├── examples/                         # Runnable example scripts
├── pyproject.toml
├── CHANGELOG.md                      # Version history
├── WORKLOG.md                        # Development session log
└── commands.md                       # Full CLI reference

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Running Tests

pip install -e ".[dev]"
pytest
pytest --cov=parseiq --cov-report=term-missing

Current status: 159/159 passing (v0.0.4)

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Supported Input Formats

Format	Extension	Notes
JSON	.json	Any nesting depth — arrays of objects become separate tables automatically
CSV	.csv	Auto-detects delimiter (comma, semicolon, tab) and file encoding
XML	.xml	Converted via xmltodict, then processed as JSON
Excel	.xlsx .xls	Each sheet becomes a separate table

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What's New in v0.0.5

Schema Polymorphism Detection (Issue K)

ParseIQ now handles heterogeneous record types within the same JSON array — a pattern common in financial datasets where Energy stocks and Banking stocks share an array but have completely different field sets.

Before v0.0.5: ParseIQ treated all records as a single schema. Fields absent for some entity types were flagged as HIGH_NULL_RATE (15pt penalty each). A 2-company holdings array with 39 schema-conditional fields produced 39 false-positive anomalies.

After v0.0.5: ParseIQ detects a discriminator column (e.g. sector) and groups records by entity type. Fields absent for some types are reclassified as TYPE_CONDITIONAL_FIELD — informational (2pt penalty, suppressed from top issues). Same dataset: 0 false-positive HIGH_NULL_RATE flags.

What gets detected:

• Discriminator column: a low-cardinality categorical field (2–10 unique values, ≥70% present, not an ID/key column) whose values explain which other fields are present or absent
• Type-conditional columns: fields present for some entity types but absent for others
• Schema groups metadata: written to table_metadata.schema_groups in raw output

Also fixed: _NEGATIVE_ALLOWED_PATTERNS extended with _return and _yield tokens — predicted_return_1m_pct, dividend_yield_pct, and similar columns no longer produce spurious NEGATIVE_VALUES_DETECTED flags.

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What's New in v0.0.4

Bug Fixes

Issue	Fixed
False positives on financial columns	NEGATIVE_VALUES_DETECTED is now suppressed for columns whose name contains a financial-convention token (drawdown, var_*, shock, cfi_*, cff_*, capex, pnl, loss, deficit, outflow, return_pct, alpha, …). VaR, drawdown, and capex columns no longer produce noise.
Dependency version conflicts	All 6 core version pins relaxed (pandas>=1.5, numpy>=1.21, scipy>=1.7, openpyxl>=3.0, chardet>=4.0, requests>=2.28) — ParseIQ now installs cleanly alongside projects that pin older versions.

New Features

Cross-Level Range Violation Detection (automatic, no config needed)

ParseIQ now detects when a value in a child table breaches a numeric range defined in a parent table — without any user configuration.

How it works: Any column named *_range* (e.g. temp_range_c, normal_range) whose value is a "lo, hi" string is treated as a bound. ParseIQ then:

1. Name-match — strips _range from the column name and searches all other tables for that measurement column (temp_range_c → temp_c).
2. FK-child fallback — if no name match, finds the direct FK child table and checks its 1–3 numeric columns.

Cold-chain example (TC-05):
  inventory_zones.temp_range_c = "2, 8"
  tracking_events.temp_c       = 10.8   ← RANGE_VIOLATION_DETECTED ✅

IoT example (TC-08):
  sensors.normal_range = "0, 10"
  readings.value       = 18.9   ← RANGE_VIOLATION_DETECTED ✅

Rules Sidecar — Domain Constraint Validation

Place a parseiq_rules.yaml (or .json) file next to your input file. ParseIQ detects it automatically and applies the rules after Step 1 — no CLI flag, no code change.

# parseiq_rules.yaml
rules:
  # Issue I: scale/domain violation — marks total must be <= 100
  - type: max_value
    table: students_enrolled
    column: marks__total
    max: 100
    message: "Marks total={val} exceeds 100-point scale"

  # Issue H: cross-table constraint — claim cannot exceed policy limit
  - type: cross_table_compare
    left_table: claims
    left_col: claimed_amount
    right_table: policies
    right_col: sum_assured
    join_key: policy_id
    fk_key: _ref_policies_id
    rule: "left <= right"
    message: "claimed_amount exceeds sum_assured — possible fraud"

Supported rule types:

Rule type	What it checks	Anomaly raised
max_value	column > max	SCALE_VIOLATION_DETECTED
min_value	column < min	SCALE_VIOLATION_DETECTED
cross_table_compare	left_col OP right_col across FK-linked tables	CONSTRAINT_VIOLATION_DETECTED

YAML parsing requires pyyaml (pip install parseiq[rules]). JSON rules files work with no extra dependency.

Violations are injected into each affected table's top_issues and anomaly_summary, and stored in raw_metadata["rule_violations"].

---

Key Features

Feature	Detail
Deep nested JSON flattening	Recursively discovers all tables to arbitrary depth; injects _ref_<parent>_id FK columns
Multi-format input	JSON (nested), CSV (auto-delimiter), XML, Excel .xlsx
11 anomaly detectors	8 column-level (always on) + cross-level range (auto) + 2 via rules sidecar
Domain-aware negative suppression	Financial convention columns (drawdown, var_*, capex, pnl, …) never trigger false positive NEGATIVE_VALUES flags
YAML/JSON rules sidecar	parseiq_rules.yaml next to your file — max/min bounds and cross-table constraints, zero config
Multi-provider LLM	OpenRouter, OpenAI, Anthropic/Claude, Gemini, Perplexity, Ollama
BYOK architecture	Bring your own key — data goes to your LLM account, not ours
Local mode	llm=False — full Step 1 analysis, no API key, data never leaves machine
Credit exhaustion detection	402 errors trigger a free-model suggestion automatically
Graceful degradation	LLM failure falls back to local Step 1 report, no crash
Incremental processing	Hash-based cache — unchanged tables reuse previous results
Rich Meta sheet	30-column attribute profile per table
Long-format Quality sheet	One metric row per attribute: category, value, status, description
Alert rules	Post-analysis rule evaluation with Slack/email callback helpers
Structured result object	PipelineResult dataclass with quality scores, anomalies, grades
CLI + Python API	Command-line tool or importable library
159 tests	Full pytest suite across all components

---

Limitations (v0.0.4)

• Free-tier OpenRouter: ~10 RPM — one LLM call per run, not per table
• LLM response time: 2–3 min for large datasets on free tier
• Max file size: 100 MB
• Output is files only — no live dashboard
• YAML rules sidecar requires pip install parseiq[rules] for .yaml files; .json rules work without it

---

Roadmap

v0.1.0

• PDF report export
• Batch processing — parseiq analyze-all data/ (folder of files in one command)
• Cross-table FK orphan detection — flag _ref_* values that don't exist in the parent table
• conftest.py — shared test fixtures

v0.2.0

• Web UI — drag-and-drop file upload, results in browser
• Parquet and Google Sheets support
• Multi-tenancy / job queue (Celery + Redis)

---

Dependencies

Library	Purpose
pandas	Data manipulation and DataFrame operations
numpy / scipy	Statistical calculations and outlier detection
openpyxl	Excel report generation
requests	LLM API calls (OpenAI-compatible providers)
xmltodict	XML parsing
chardet	Character encoding detection
python-dateutil	Date parsing

Optional:

Package	Extra	Purpose
python-dotenv	[llm]	.env file loading
anthropic	[anthropic]	Anthropic/Claude API
google-generativeai	[gemini]	Google Gemini API
pyyaml	[rules]	YAML rules sidecar (parseiq_rules.yaml)
boto3	[s3]	S3 connector
psycopg2-binary	[postgres]	PostgreSQL connector
pymongo	[mongodb]	MongoDB connector

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Contributing

Contributions are welcome! See CONTRIBUTING.md for guidelines.

• Found a bug? Open an issue
• Have an idea? Request a feature
• Questions? Start a discussion

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Star History

If ParseIQ saves you time, consider giving it a ⭐ — it helps others discover it.

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License

MIT — see LICENSE

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Author

Built by Shriniwas Ahirrao.