{"id":5595,"library":"compalgo","title":"CompALGO SDK","description":"CompALGO SDK is a Python library designed for Algorand smart contract compliance analysis and on-chain proof anchoring. It provides tools to interact with the Algorand blockchain for these specialized purposes. The current version is 0.1.2. The release cadence is not explicitly stated, but the project appears to have been last updated recently based on PyPI metadata, indicating active maintenance for this version.","status":"active","version":"0.1.2","language":"en","source_language":"en","source_url":"https://pypi.org/project/compalgo/","tags":["Algorand","blockchain","smart contracts","compliance","DeFi"],"install":[{"cmd":"pip install compalgo","lang":"bash","label":"Install with pip"}],"dependencies":[{"reason":"Likely core dependency for interacting with the Algorand blockchain, given 'Algorand smart contract' in the description.","package":"py-algorand-sdk","optional":false},{"reason":"Potentially used for Python-based smart contract development or analysis, as hinted by 'smart contract compliance analysis'.","package":"pyteal","optional":true}],"imports":[{"note":"While `compalgo` specific imports are not publicly documented, it is expected to build upon the core `algosdk` library for Algorand interaction. Direct imports for `compalgo` classes/functions would depend on its internal structure.","symbol":"algosdk","correct":"import algosdk"},{"note":"Common import for connecting to an Algorand node to interact with the blockchain.","symbol":"algod.AlgodClient","correct":"from algosdk.v2client import algod"}],"quickstart":{"code":"import algosdk\nfrom algosdk.v2client import algod\nfrom algosdk import mnemonic\nimport os\n\n# NOTE: Specific 'compalgo' usage is not publicly documented.\n# This quickstart demonstrates basic Algorand SDK interaction that 'compalgo' would likely build upon.\n\n# --- Configuration (replace with your actual TestNet/MainNet details) ---\nalgod_address = os.environ.get('ALGOD_ADDRESS', 'http://localhost:4001') # e.g., 'https://testnet-api.algonode.cloud'\nalgod_token = os.environ.get('ALGOD_TOKEN', 'a' * 64) # Replace with your Algod API token\n\n# Initialize AlgodClient\nalgod_client = algod.AlgodClient(algod_token, algod_address)\n\nprint(f\"Connected to Algorand node at: {algod_address}\")\n\n# Example: Get suggested transaction parameters\ntransaction_params = algod_client.suggested_params()\nprint(\"Suggested transaction parameters:\", transaction_params)\n\n# Example: Generate a new Algorand account (for testing/demonstration)\nprivate_key, address = algosdk.account.generate_account()\nprint(f\"\\nGenerated Account Address: {address}\")\nprint(f\"Generated Account Private Key (Mnemonic): {mnemonic.from_private_key(private_key)}\")\n\n# NOTE: For actual 'compalgo' functionalities, refer to its (currently unavailable) specific documentation.","lang":"python","description":"This quickstart demonstrates fundamental interactions with the Algorand blockchain using the `py-algorand-sdk`, which `compalgo` is expected to leverage. It shows how to connect to an Algorand node and retrieve transaction parameters. Specific usage of the `compalgo` library itself for compliance analysis and proof anchoring is not detailed due to the lack of dedicated public documentation. Users would typically extend this foundational setup with `compalgo`'s own methods and classes once its API is known."},"warnings":[{"fix":"Rely on the PyPI summary and the general Algorand Python ecosystem documentation (like `py-algorand-sdk` and `pyteal`) to infer potential functionality. Monitor PyPI for updates or official announcements regarding dedicated documentation or a GitHub repository for 'compalgo'.","message":"Dedicated documentation and a public GitHub repository specifically for 'compalgo' (version 0.1.2, for Algorand smart contract compliance) are not readily available via public search. This makes understanding its specific API, usage patterns, and advanced features challenging.","severity":"gotcha","affected_versions":"0.1.2"},{"fix":"Design smart contracts with efficiency in mind. Minimize transaction size and computational steps. Utilize off-chain computation where possible and only anchor necessary proofs on-chain. Refer to Algorand's TEAL and PyTeal optimization guides.","message":"Algorand Smart Contracts (ASC1s), whether written directly in TEAL or via Python/PyTeal, have strict resource constraints (e.g., opcode budget, state size). Complex compliance logic or large proof anchoring data could hit these limits.","severity":"breaking","affected_versions":"All versions interacting with Algorand Smart Contracts"},{"fix":"Always ensure Algorand accounts used by `compalgo` or your application have sufficient ALGO to cover minimum balance requirements (currently 0.1 ALGO + 0.1 ALGO per asset/app opted-in) and transaction fees (typically 0.001 ALGO per transaction). Use TestNet faucets for development.","message":"When interacting with the Algorand blockchain, accounts require a minimum balance of ALGO to be active and to cover transaction fees. Account operations that drop the balance below the minimum will be rejected.","severity":"gotcha","affected_versions":"All versions interacting with the Algorand blockchain"},{"fix":"Implement robust error handling and retry mechanisms for transaction submission. Monitor transaction status and confirm inclusion on the blockchain using the Algorand SDK or an indexer.","message":"Algorand's transaction finality is very fast (typically 4-5 seconds), but applications should handle potential network latency or temporary outages when submitting critical transactions.","severity":"gotcha","affected_versions":"All versions interacting with the Algorand network"}],"env_vars":null,"last_verified":"2026-04-13T00:00:00.000Z","next_check":"2026-07-12T00:00:00.000Z"}