write_meta( array( 'visibility_row' => 10, 'run_id' => 'abc-123', 'peptide_slug' => 'bpc-157', 'model' => 'perplexity/sonar', 'intent_label' => 'what is {peptide}', 'tokens_in' => 100, 'tokens_out' => 250, 'cost_usd' => 0.00123, 'latency_ms' => 800, 'cited' => 1, 'http_status' => 200, 'config_version' => 3, ) ); prv_assert( $call_id > 0, 'write_meta returns a positive row ID' ); $meta_rows = $GLOBALS['prv_test_state']['wpdb_call_meta_rows']; prv_assert( count( $meta_rows ) === 1, 'write_meta inserts exactly one call_meta row' ); prv_assert_equals( 'bpc-157', $meta_rows[0]['peptide_slug'], 'write_meta stores peptide_slug' ); prv_assert_equals( 100, $meta_rows[0]['tokens_in'], 'write_meta stores tokens_in' ); prv_assert_equals( 250, $meta_rows[0]['tokens_out'], 'write_meta stores tokens_out' ); prv_assert_equals( 0, $meta_rows[0]['io_captured'], 'write_meta sets io_captured=0 initially' ); // ── Test 2: write_io writes a row to prv_call_io ───────────────────────── $ok = $writer->write_io( $call_id, 'what is BPC-157?', 'BPC-157 is a peptide...' ); prv_assert( $ok, 'write_io returns true on success' ); $io_rows = $GLOBALS['prv_test_state']['wpdb_call_io_rows']; prv_assert( count( $io_rows ) === 1, 'write_io inserts exactly one call_io row' ); prv_assert_equals( 'what is BPC-157?', $io_rows[0]['prompt_text'], 'write_io stores prompt_text' ); prv_assert_equals( 'BPC-157 is a peptide...', $io_rows[0]['response_text'], 'write_io stores response_text' ); // ── Test 3 (P0 SECURITY — direct writer): 401 error record does NOT store key/Bearer ── // Direct-writer path: simulate the probe-runner error path parameters. prv_test_reset(); $writer2 = new PRV_Capture_Writer(); $writer2->write_meta( array( 'visibility_row' => null, 'run_id' => 'error-run-1', 'peptide_slug' => 'tb-500', 'model' => 'openai/gpt-4o', 'intent_label' => 'what is {peptide}', 'tokens_in' => null, 'tokens_out' => null, 'cost_usd' => 0.0, 'latency_ms' => 150, 'cited' => null, 'http_status' => 401, 'config_version' => 3, ) ); $writer2->write_io( 1, 'what is TB-500?', '' ); $err_meta = $GLOBALS['prv_test_state']['wpdb_call_meta_rows'][0]; $err_io = $GLOBALS['prv_test_state']['wpdb_call_io_rows'][0]; prv_assert_equals( 401, $err_meta['http_status'], 'Error record stores http_status 401' ); $all_stored = wp_json_encode( $err_meta ) . wp_json_encode( $err_io ); prv_assert( false === strpos( $all_stored, 'Bearer' ), 'Stored data does not contain "Bearer"' ); prv_assert( false === strpos( $all_stored, 'sk-or-' ), 'Stored data does not contain "sk-or-"' ); prv_assert( false === strpos( $all_stored, 'Authorization' ), 'Stored data does not contain "Authorization"' ); prv_assert( null === $err_meta['cited'], 'Error record has cited=null' ); prv_assert_equals( 'what is TB-500?', $err_io['prompt_text'], 'Error record stores rendered query as prompt_text' ); // ── Test 4 (P0 SECURITY — full executor path): sentinel key must not leak ─ // Inject a known sentinel as the resolved API key; drive a mocked 401 error // path end-to-end through PRV_Probe_Run_Executor (via PRV_Probe_Runner). // Assert the sentinel, "Bearer", and "Authorization" appear in NO stored row. prv_test_reset(); if ( ! defined( 'PRV_OPENROUTER_API_KEY' ) ) { define( 'PRV_OPENROUTER_API_KEY', 'sk-or-TEST-LEAK-CANARY' ); } $GLOBALS['prv_test_state']['options']['prv_monthly_budget_usd'] = 5.0; $GLOBALS['prv_test_state']['options']['prv_peptides'] = array( array( 'slug' => 'bpc-157', 'label' => 'BPC-157' ) ); $GLOBALS['prv_test_state']['options']['prv_prompt_intents'] = array( 'what is {peptide}' ); $GLOBALS['prv_test_state']['options']['prv_models_v2'] = array( array( 'slug' => 'openai/gpt-4o', 'enabled' => true ), ); $GLOBALS['prv_test_state']['options']['prv_active_config_version'] = 3; $GLOBALS['prv_test_state']['wpdb_var'] = '0.0'; // No prior spend. // Queue a 401 response for wp_remote_post. $GLOBALS['prv_test_state']['remote_posts'][] = array( 'response' => array( 'code' => 401 ), 'body' => '{"error":{"message":"Invalid API key","code":401}}', ); $sentinel_capture = new PRV_Capture_Writer(); $sentinel_ledger = new PRV_Cost_Ledger(); $sentinel_runner = new PRV_Probe_Runner( $sentinel_ledger, $sentinel_capture ); try { $sentinel_counts = $sentinel_runner->run(); } catch ( \Throwable $ex ) { $sentinel_counts = array( 'skipped_error' => -99 ); } // The executor must have recorded the 401 error call (skipped_error >= 1). prv_assert( isset( $sentinel_counts['skipped_error'] ) && $sentinel_counts['skipped_error'] >= 1, 'Executor recorded a skipped_error for the 401 path' ); // Now verify NO stored row (meta or io) contains the sentinel key or auth material. $all_meta = $GLOBALS['prv_test_state']['wpdb_call_meta_rows']; $all_io = $GLOBALS['prv_test_state']['wpdb_call_io_rows']; $all_json = wp_json_encode( $all_meta ) . wp_json_encode( $all_io ); prv_assert( false === strpos( $all_json, 'sk-or-TEST-LEAK-CANARY' ), 'Sentinel key does not appear in any stored row (executor path)' ); prv_assert( false === strpos( $all_json, 'Bearer' ), 'Bearer does not appear in any stored row (executor path)' ); prv_assert( false === strpos( $all_json, 'Authorization' ), 'Authorization does not appear in any stored row (executor path)' ); prv_assert( count( $all_meta ) >= 1, 'Executor path wrote at least one call_meta row on 401' ); if ( ! empty( $all_meta ) ) { prv_assert_equals( 401, $all_meta[0]['http_status'], 'Executor 401 path stores http_status=401 in call_meta' ); } // ── Test 5: update_meta_cost writes back the cost ──────────────────────── prv_test_reset(); $writer3 = new PRV_Capture_Writer(); $result = $writer3->update_meta_cost( 5, 0.004567 ); prv_assert( $result, 'update_meta_cost returns true' ); exit( prv_test_summary() );