project-toolkit 1.0.12

A modular toolkit for managing project paths, cloud services, and configuration in Python projects

project-toolkit

A modular Python toolkit for managing project paths, cloud services (Google Cloud, Cloudflare R2), HashiCorp Vault, and configuration — powered by pydantic-settings.

Features

• ⚙️ Auto-Initialized Settings — Just import and use, no setup needed
• 🔑 Dynamic Env Access — Read any env var or .env value with settings.env("KEY")
• 🔐 Vault Integration — Read secrets like vault kv get / vault kv get -field=
• 📁 Project Path Management — Create and navigate project directory structures
• ☁️ Cloudflare — Official cloudflare-python SDK wrapper, plus R2 boto3 and requests clients
• 📊 Google Services — BigQuery, Drive, and Sheets integrations
• 🌐 WAN IP Tool — Fetch, track, and log public IPv4/IPv6 address changes via HTTP/2 and HTTP/3.
• 🔔 Notifications — Framework-agnostic Discord alerts for Prefect and Airflow

Installation

# Core only
pip install project-toolkit

# With specific extras
pip install "project-toolkit[google]"
pip install "project-toolkit[cloudflare]"
pip install "project-toolkit[vault]"
pip install "project-toolkit[wan-ip]"
pip install "project-toolkit[notifications]"

# Everything
pip install "project-toolkit[all]"

---

API Usage Guide

1. Auto-Initialized Settings (No Setup Needed)

Settings auto-initialize on first use — no boilerplate required:

from project_toolkit import settings

# Access any module setting directly
print(settings.cloudflare.r2_access_token)
print(settings.google.google_service_account_json)
print(settings.vault.is_configured)

Environment detection is automatic:

• If AIRFLOW_HOME is set → loads config/.env.airflow
• Otherwise → loads config/.env.dev

The config/ directory is located by searching from your current working directory first, then walking up the directory tree. This means it works whether you run from the project root, a subdirectory, or even a Jupyter notebook inside the project.

---

2. Dynamic Environment Variable Access

Read any env var or .env value — no need to pre-define it in code:

from project_toolkit import settings

# Read API keys (from env vars or .env file)
openai_key = settings.env("OPENAI_API_KEY")
gemini_key = settings.env("GEMINI_API_KEY")
claude_key = settings.env("CLAUDE_API_KEY")

# With a default fallback
db_host = settings.env("DATABASE_HOST", "localhost")
debug = settings.env("DEBUG_MODE", "false")

Priority: Environment variable > .env file value > default

Your config/.env.dev can contain any key:

OPENAI_API_KEY=sk-xxxxx
GEMINI_API_KEY=AIza-xxxxx
CLAUDE_API_KEY=sk-ant-xxxxx
DATABASE_HOST=db.example.com

---

3. HashiCorp Vault

Read secrets from Vault — same env vars as the vault CLI.

Setup — Add to config/.env.dev:

VAULT_ADDR=http://192.168.12.2:8200
VAULT_TOKEN=hvs.your-vault-token

Read all fields (like vault kv get secret/my-credentials):

from project_toolkit import settings

secret = settings.vault.read_secret("secret/my-credentials")
print(secret)
# {'username': 'admin', 'password': 'secret-password-123'}

Read a single field (like vault kv get -field=OPENAI_API_KEY secret/api):

from project_toolkit import settings

# Single field reads
api_key = settings.vault.read_field("secret/api", "OPENAI_API_KEY")
password = settings.vault.read_field("secret/my-credentials", "password")

# With fallback default
db_pass = settings.vault.read_field("secret/db", "password", "default-pw")

Use the hvac client directly for advanced operations:

from project_toolkit import settings

client = settings.vault.get_vault_client()
if client:
    # Write a secret
    client.secrets.kv.v2.create_or_update_secret(
        path="my-new-secret",
        secret={"api_key": "abc123"},
    )

    # List secrets
    secrets = client.secrets.kv.v2.list_secrets(path="", mount_point="secret")
    print(secrets["data"]["keys"])

---

4. Explicit .env File Path (Fallback)

If auto-detection cannot find your config/.env.dev — for example, when running from a Jupyter notebook, a different working directory, or a remote environment — you can pass the path explicitly:

from project_toolkit import settings

# Point to your .env file explicitly
settings.configure(env_file="/path/to/your/config/.env.dev")

# Now use settings as normal
print(settings.cloudflare.r2_access_token)
print(settings.env("OPENAI_API_KEY"))

Or via get_settings() directly:

from project_toolkit import get_settings

get_settings.cache_clear()
settings = get_settings(env_file="/path/to/your/config/.env.dev")

---

5. Manual Settings Override

For testing or custom configurations, construct AppSettings directly:

from project_toolkit.settings.base import AppSettings
from project_toolkit.settings.cloudflare import CloudflareSettings
from project_toolkit.settings.google import GoogleSettings
from project_toolkit.settings.path import PathSettings
from project_toolkit.settings.vault import VaultSettings
from project_toolkit.settings.wan_ip import WanIpSettings
from project_toolkit.ip_tool import WanIP, IPChangeDetector

custom_settings = AppSettings(
    path_config=PathSettings(
        data_dir="/custom/data",
        project_name="my-project",
    ),
    cloudflare=CloudflareSettings(
        r2_access_token="custom-token",
        r2_account_id="custom-id",
    ),
    google=GoogleSettings(),
    vault=VaultSettings(),
    wan_ip=WanIpSettings(),
)

# Use the custom settings
print(custom_settings.cloudflare.r2_access_token)  # "custom-token"
print(custom_settings.env("R2_ACCESS_TOKEN"))       # reads from env/dotenv

To reset the cached auto-initialized singleton:

from project_toolkit import settings, get_settings

# Reset cached settings (e.g., after changing env vars)
get_settings.cache_clear()
settings._reset()

# Next access will re-initialize
print(settings.cloudflare.r2_access_token)

---

6. Project Path Management

Manage project directory structures with automatic creation:

from project_toolkit import DataPathConfig

# Direct usage
dpc = DataPathConfig(
    project_name="my-project",
    subproject="etl",
    data_dir="/data",
)
print(dpc.data_dir())        # /data
print(dpc.project_dir())     # /data/my-project
print(dpc.sub_project_dir()) # /data/my-project/etl

# Get a timestamped file name and full file path
filename = dpc.get_project_today_file_name("output", "csv")
filepath = dpc.sub_project_dir() / filename  # /data/my-project/etl/output_20260209.csv

From auto-initialized settings (recommended):

from project_toolkit import settings, DataPathConfig

dpc = DataPathConfig.from_settings(
    settings.path_config,
    project_name="my-project",
)

---

7. Cloudflare

from project_toolkit.cloudflare import CloudflareSdkClient

# Zero-config (reads CLOUDFLARE_API_TOKEN & CLOUDFLARE_ACCOUNT_ID from env/dotenv)
cf = CloudflareSdkClient()

# DNS
records = cf.list_dns_records(zone_id="...")
cf.create_dns_record(zone_id="...", name="example.com", type="A", content="1.2.3.4")

# R2 Buckets
buckets = cf.list_r2_buckets()

# Workers KV
cf.kv_put(namespace_id="...", key_name="my_key", value="my_value")

# D1 Databases
results = cf.d1_query(database_id="...", sql="SELECT * FROM users")

For R2 file uploads via boto3 or requests:

from project_toolkit import settings
from project_toolkit.cloudflare.boto3_client import CloudflareBoto3Client

# Zero-config (reads R2_ACCESS_KEY_ID, R2_SECRET_ACCESS_KEY & CLOUDFLARE_ACCOUNT_ID)
client = CloudflareBoto3Client()
client.upload_file("my-bucket", "file.csv", open("/path/to/file.csv", "rb").read())

---

8. Google Sheets

from project_toolkit import settings
from project_toolkit.google.sheet import GoogleSheetsManager

# Zero-config (reads GOOGLE_SERVICE_ACCOUNT_JSON from env/dotenv via get_settings())
sheets = GoogleSheetsManager()

# Or explicitly from settings
sheets = GoogleSheetsManager.from_settings(settings.google)

# Read a sheet as a DataFrame
df = sheets.sheet_df(sheet_id="your-sheet-id")
print(df.head())

---

9. Google BigQuery

from project_toolkit import settings
from project_toolkit.google.bigquery import BigQueryManager

# Zero-config (reads GOOGLE_SERVICE_ACCOUNT_JSON from env/dotenv via get_settings())
bq = BigQueryManager()

# Or explicitly from settings
bq = BigQueryManager.from_settings(settings.google)

# Run a query
df = bq.query_table("SELECT * FROM my_dataset.my_table LIMIT 10")

---

10. Google Drive

from project_toolkit import settings
from project_toolkit.google.drive import GoogleDriveManager

# Zero-config (reads GOOGLE_SERVICE_ACCOUNT_JSON from env/dotenv via get_settings())
drive = GoogleDriveManager()

# Or explicitly from settings
drive = GoogleDriveManager.from_settings(settings.google)

# List files in a folder
files = drive.list_files(folder_id="your-folder-id")

---

11. WAN IP Tool (Fetch & Track)

The ip_tool provides a convenient wan_ip object for immediate fetching, or classes for programmatic change detection.

Quick Access (Shorthand)

from project_toolkit.ip_tool import wan_ip

# Property-style (attribute) access
print(wan_ip.ipv4)     # "104.28.236.177"
print(wan_ip.ipv6)     # "2a09:bac5..."
print(wan_ip.h3ipv4)   # HTTP/3 result

# Tab-separated report string
print(wan_ip.report()) # "H2v4: 1.1.1.1  H3v4: 1.1.1.2  v6: 2a09..."

Programmatic Change Detection

Use the IPChangeDetector to maintain a persistent log (history.txt) and a current snapshot (current.json).

from project_toolkit.ip_tool import IPChangeDetector, WanIP

# Robust class-based usage
wan_ip_inst = WanIP(timeout=10)
detector = IPChangeDetector(
    project_name="my-app",
    subproject="office",
    wan_ip=wan_ip_inst
)

# Compare current IPs vs last saved and record if changed
changed, results = detector.check_and_record()

# Get the formatted line that was appended to history
print(detector.get_history_line())

---

12. Notifications (Discord)

Rich Discord notifications with built-in adapters for Prefect and Airflow.

Each adapter supports zero-config instantiation — just set the matching env var (DISCORD_PREFECT_WEBHOOK_URL or DISCORD_AIRFLOW_WEBHOOK_URL) in your environment or config/.env.dev and the adapter creates a DiscordNotifier automatically.

Prefect Integration

from project_toolkit.notifications.adapters.prefect import PrefectAdapter

# Zero-config — reads DISCORD_PREFECT_WEBHOOK_URL from env / .env
hooks = PrefectAdapter()

@flow(
    on_failure=[hooks.on_failure],
    on_completion=[hooks.on_success],
    on_crashed=[hooks.on_crashed],
)
def my_flow():
    ...

Or pass an explicit notifier:

from project_toolkit.notifications.discord import DiscordNotifier
from project_toolkit.notifications.adapters.prefect import PrefectAdapter

notifier = DiscordNotifier(webhook_url="https://discord.com/api/webhooks/...")
hooks = PrefectAdapter(notifier)

Airflow Integration

from project_toolkit.notifications.adapters.airflow import AirflowAdapter

# Zero-config — reads DISCORD_AIRFLOW_WEBHOOK_URL from env / .env
hooks = AirflowAdapter()

with DAG(
    dag_id="my_dag",
    on_failure_callback=hooks.on_failure,
    on_success_callback=hooks.on_success,
) as dag:
    ...

Or pass an explicit notifier:

from project_toolkit.notifications.discord import DiscordNotifier
from project_toolkit.notifications.adapters.airflow import AirflowAdapter

notifier = DiscordNotifier(webhook_url="https://discord.com/api/webhooks/...")
hooks = AirflowAdapter(notifier)

Manual Context

from project_toolkit.notifications.discord import DiscordNotifier
from project_toolkit.notifications.context import NotificationContext

notifier = DiscordNotifier(webhook_url="https://discord.com/api/webhooks/...")
notifier.notify(NotificationContext(
    status="failure",
    flow_name="custom_task",
    run_name="manual_run_1",
    error_message="Something went wrong",
))

---

Configuration

Environment Variables

Variable	Module	Description
CLOUDFLARE_API_TOKEN	Cloudflare	Cloudflare API token (official)
CLOUDFLARE_ACCOUNT_ID	Cloudflare	Cloudflare account ID (official)
CLOUDFLARE_ZONE_ID	Cloudflare	Default zone ID for DNS operations
{KEY}_ZONE_ID	Cloudflare	Domain-specific zone IDs (e.g. LGNAT_ZONE_ID)
R2_ACCESS_TOKEN	Cloudflare	Cloudflare R2 API token (legacy)
R2_ACCESS_KEY_ID	Cloudflare	Cloudflare R2 AWS Access Key ID (for boto3)
R2_SECRET_ACCESS_KEY	Cloudflare	Cloudflare R2 AWS Secret Access Key (for boto3)
R2_ACCOUNT_ID	Cloudflare	Cloudflare account ID (legacy)
R2_DOMAIN	Cloudflare	R2 custom domain URL
GOOGLE_SERVICE_ACCOUNT_JSON	Google	Path to service account JSON
TEST_GOOGLE_SHEET_ID	Google	Test sheet ID (dev only)
VAULT_ADDR	Vault	Vault server address (e.g., http://192.168.12.2:8200)
VAULT_TOKEN	Vault	Vault authentication token
WAN_IP_LOG_DIR	WAN IP	Directory for IP change logs
DISCORD_PREFECT_WEBHOOK_URL	Notifications	Discord webhook for Prefect flows
DISCORD_AIRFLOW_WEBHOOK_URL	Notifications	Discord webhook for Airflow DAGs
AIRFLOW_HOME	Core	Auto-detected for env switching

Any key in your .env file or environment can be read dynamically via settings.env("KEY") — no need to define it in Python code.

.env Files

Place config files in the config/ directory:

config/
├── .env.dev        # Local development (loaded when no AIRFLOW_HOME)
└── .env.airflow    # Airflow production (loaded when AIRFLOW_HOME is set)

.env File Detection Order

The toolkit searches for config/ in this order:

1. <cwd>/config/ — current working directory
2. Walk up from cwd (up to 5 parent levels)
3. Walk up from the package install location (works for editable installs)

If auto-detection fails, use settings.configure(env_file=...) to specify the path explicitly.

Priority Order

Environment variables > .env files > Vault secrets > defaults

Troubleshooting: .env File Not Found

If settings load with None values, the config/.env.dev file was not found. This commonly happens when:

• Running from a Jupyter notebook whose working directory differs from the project root.
• Running a script from a different directory than the project root.
• The package was installed via pip install (not editable mode) and there's no config/ folder in the current working directory.

Fix: Call configure() before accessing settings:

from project_toolkit import settings

settings.configure(env_file="/absolute/path/to/config/.env.dev")
print(settings.env("OPENAI_API_KEY"))  # ✓ works

---

Development

# Install with all dependencies
pip install -e ".[all]"

# Run tests
pytest

# Run specific tests
pytest tests/test_settings.py -s -vv
pytest tests/test_vault.py -s -vv
pytest tests/test_auto_settings.py -s -vv

Project Structure

project_toolkit/
├── __init__.py           # Package exports + auto-initialized settings singleton
├── project_path.py       # Project path management (DataPathConfig)
├── settings/
│   ├── __init__.py       # Settings exports
│   ├── base.py           # AppSettings + get_settings() + env()
│   ├── path.py           # PathSettings
│   ├── cloudflare.py     # CloudflareSettings
│   ├── google.py         # GoogleSettings
│   ├── vault.py          # VaultSettings + read_secret() + read_field()
│   └── wan_ip.py         # WanIpSettings
├── cloudflare/
│   ├── boto3_client.py   # R2 via boto3
│   └── requests_client.py # R2 via requests
├── google/
│   ├── bigquery.py       # BigQuery operations
│   ├── drive.py          # Google Drive operations
│   └── sheet.py          # Google Sheets operations
├── ip_tool/
│   ├── __init__.py       # Singleton 'wan_ip' proxy exports
│   ├── wan_ip.py         # WanIP core fetcher (H2, H3, v4, v6)
│   └── detector.py       # IP change detection + persistence log logic
└── notifications/
    ├── context.py        # Shared NotificationContext dataclass
    ├── discord.py        # Core Discord notifier
    └── adapters/
        ├── prefect.py    # Prefect (flow, flow_run, state) adapter
        └── airflow.py    # Airflow (context dict) adapter

License

MIT