33 lines
4.0 KiB
JSON
33 lines
4.0 KiB
JSON
[
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{
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"id": "GD-001",
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"category": "RETRIEVAL",
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"question": "What is AVAP and what is it designed for?",
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"ground_truth": "AVAP (Advanced Virtual API Programming) is a Turing-complete Domain-Specific Language (DSL) architecturally designed for the secure, concurrent, and deterministic orchestration of microservices and HTTP I/O. It is not a general-purpose language; its hybrid engine and strict grammar are optimized for fast processing of HTTP transactions, in-memory data manipulation, and interaction with external connectors. AVAP does not have internal print commands — all data output is performed through the HTTP interface using commands like addResult()."
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},
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{
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"id": "GD-002",
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"category": "RETRIEVAL",
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"question": "How does AVAP handle conditional logic? What commands are used and how are blocks closed?",
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"ground_truth": "AVAP uses a mixed structural grammar for conditional logic, combining keyword fluidity with strict mathematical closures. The if() / else() / end() structure evaluates a logical or comparison expression. Every conditional block requires a mandatory end() closing statement. The if() command compares two values using a comparator operator (e.g., '==', '!=', '>', '<', '>=', '<='). An optional else() block handles the false branch. Example: if(saldo, 0, \">\") executes the true branch when the variable 'saldo' is greater than zero, otherwise the else() block runs, and end() closes the structure."
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},
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{
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"id": "GD-003",
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"category": "CODE_GENERATION",
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"question": "Write an AVAP script that reads a 'password' parameter, generates a SHA-256 hash of it, and returns the hash.",
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"ground_truth": "The following AVAP script reads a 'password' query parameter, hashes it using SHA-256 via encodeSHA256(), and exposes the result via addResult():\n\naddParam(\"password\", password)\nencodeSHA256(password, hashed_password)\naddResult(hashed_password)\n\nKey commands used:\n- addParam(\"password\", password): reads the 'password' HTTP parameter into the variable 'password'.\n- encodeSHA256(password, hashed_password): computes the SHA-256 hash of the input and stores the 64-character hex digest in 'hashed_password'.\n- addResult(hashed_password): adds 'hashed_password' to the HTTP JSON response body."
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},
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{
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"id": "GD-004",
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"category": "CODE_GENERATION",
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"question": "Show an AVAP script that loops from 1 to 5, builds a JSON object with each iteration index as a key, and returns it.",
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"ground_truth": "The following AVAP script iterates from 1 to 5 using startLoop/endLoop, dynamically builds a JSON object using AddvariableToJSON() on each iteration, and returns the result:\n\naddVar(mi_json, \"{}\")\nstartLoop(i, 1, 5)\n item = \"item_%s\" % i\n AddvariableToJSON(item, \"valor_generado\", mi_json)\nendLoop()\naddResult(mi_json)\n\nKey commands used:\n- addVar(mi_json, \"{}\"): initializes an empty JSON object.\n- startLoop(i, 1, 5) / endLoop(): iterates the variable 'i' from 1 to 5 inclusive.\n- AddvariableToJSON(item, \"valor_generado\", mi_json): inserts each generated key-value pair into the JSON object.\n- addResult(mi_json): exposes the final JSON in the HTTP response."
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},
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{
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"id": "GD-005",
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"category": "RETRIEVAL",
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"question": "How does AVAP support external HTTP calls? What commands are available and how is timeout handled?",
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"ground_truth": "AVAP provides two commands for making external HTTP calls: RequestPost and RequestGet. To avoid blocking threads due to network latency, AVAP requires a mandatory timeout parameter (in milliseconds) for both commands. If the timeout is exceeded, the destination variable receives None. RequestPost(url, querystring, headers, body, destino, timeout) executes an HTTP POST and stores the response in 'destino'. RequestGet(url, querystring, headers, destino, timeout) executes an HTTP GET similarly. Both commands are part of AVAP's Section V (Third-Party Connectors and External HTTP Requests) and allow calling external APIs without additional drivers."
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}
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]
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