Ignored Rust tests

GENERATED by scripts/generate_ignored_tests.py — do not hand-edit. Run the script to refresh; --check fails the build when this file is stale.

cargo test reports ignored tests only as a count. This file is the record of which ones they are, so a switched-off test cannot pass for coverage. An ignore with a reason is a documented decision; a bare #[ignore] is an undocumented one, and the ratchet in the script prevents new ones.

132 #[ignore] attributes across 73 files
132 carry a reason
0 do not (ratchet ceiling: 0)

Documented

cli

test	reason	file
`an_application_republishes_advertising_data_and_the_peer_reads_every_value`	two faithful C3 ROM boots re-publishing advertising data for five loop() iterations; run with --release --ignored	`crates/cli/tests/e2e_esp32c3_ble_adv_republish.rs`
`esp32c3_ble_arduino_reaches_ble_init_and_advertising`	faithful C3 ROM boot of a real Arduino BLE binary (~360M steps); run with --release --ignored	`crates/cli/tests/e2e_esp32c3_ble_arduino.rs`
`two_c3_nodes_exchange_advertising_data_at_the_application_level`	two faithful C3 ROM boots stepping in lockstep over the shared BLE air; run with --release --ignored	`crates/cli/tests/e2e_esp32c3_ble_two_node.rs`
`test_h5_demo_uart_output`	requires thumbv7em-none-eabihf fixture; run in nightly validation	`crates/cli/tests/h5_demo.rs`

core

test	reason	file
`bench_default_byte_level_path`	host wall-clock probe; run with --release -- --ignored --nocapture	`crates/core/src/tests/bench_spi_engine.rs`
`bench_edge_sampling_cost`	host wall-clock probe; run with --release -- --ignored --nocapture	`crates/core/src/tests/bench_spi_engine.rs`
`print_golden`	recording generator; run with --ignored --nocapture to recapture WIRE/DR	`crates/core/src/tests/spi_byte_level_golden.rs`
`kw41z_walk_free_mips`	manual perf probe; run with --release --features event-scheduler -- --ignored --nocapture	`crates/core/tests/bench_walk_free_kw41z.rs`
`customer_c3_esp_idf_firmware_initializes_its_gpio_and_uart_driver`	requires the ESP-IDF customer ELF and sibling flash images in IOLINKI_C3_ELF	`crates/core/tests/c3_reference_firmware.rs`
`collects_animated_frames`	slow: builds + runs the Space Invaders firmware in-sim (~minutes)	`crates/core/tests/capture_nokia5110_frames.rs`
`paddle_renders_full_width`	slow: builds + runs the firmware in-sim (~20s)	`crates/core/tests/capture_nokia5110_frames.rs`
`write_frames_bin`	slow: writes invaders-frames.bin from a real sim run	`crates/core/tests/capture_nokia5110_frames.rs`
`diag_c3_first_yield`	diagnostic probe, not a gate: it eprintln!s the PC/symbol trace around the C3 first FreeRTOS yield and asserts nothing. Needs validation/arduino-matrix/out/esp32c3/L0_serial_boot/firmware.elf, a PlatformIO matrix build output that is not in the tree	`crates/core/tests/diag_c3_yield.rs`
`diag_app_cpu_boot_progress`	diagnostic only	`crates/core/tests/diag_esp32_dual_core_boot.rs`
`diag_c3_boot_progress`	diagnostic probe, not a gate: it eprintln!s C3 Arduino L0 boot progress and asserts nothing past the fixture existing. Needs validation/arduino-matrix/out/esp32c3/L0_serial_boot/firmware.elf, a PlatformIO matrix build output that is not in the tree	`crates/core/tests/diag_esp32c3_boot.rs`
`diag_c3_panic_message`	diagnostic probe, not a gate: it eprintln!s the C3 Arduino L0 panic message and asserts nothing past the fixture existing. Needs validation/arduino-matrix/out/esp32c3/L0_serial_boot/firmware.elf, a PlatformIO matrix build output not in the tree	`crates/core/tests/diag_esp32c3_panic.rs`
`diag_s3_boot`	diagnostic probe, not a gate: it eprintln!s S3 Arduino L0 boot progress and asserts nothing. Needs validation/arduino-matrix/out/esp32s3/L0_serial_boot/firmware.elf, a PlatformIO matrix build output that is not in the tree	`crates/core/tests/diag_esp32s3_boot.rs`
`diag_s3_l2`	diagnostic probe, not a gate: it eprintln!s the S3 L2 RGB/RMT interrupt-map dump and asserts nothing. Needs validation/arduino-matrix/out/esp32s3/L2_blink_serial/firmware.elf, a PlatformIO matrix build output that is not in the tree	`crates/core/tests/diag_esp32s3_l2.rs`
`firmware_drives_panel_to_ereader_bitmap`	needs +esp-built epaper ELF; NO CI lane builds it yet — manual only	`crates/core/tests/e2e_esp32_epaper.rs`
`resume_is_byte_equivalent_to_cold_boot_and_far_cheaper`	boots the real C3 mask ROM (~150M steps); run with --release --ignored	`crates/core/tests/e2e_esp32c3_snapshot_resume.rs`
`external_arduino_esp32_firmware_drives_panel_in_sim`	loads a large external Arduino-ESP32 firmware ELF; only runs when LABWIRED_EXTERNAL_ARDUINO_ESP32_ELF is set. Run with `cargo test -- --ignored external_arduino_esp32_firmware_drives_panel_in_sim`.	`crates/core/tests/e2e_external_arduino_esp32_in_sim.rs`
`labwired_wifi_fixture_connects_and_gets`	loads the arduino-esp32 WiFi fixture ELF and runs up to 200M cycles. Run with: cargo test -p labwired-core --test e2e_labwired_wifi -- --ignored --nocapture	`crates/core/tests/e2e_labwired_wifi.rs`
`dump_splash_framebuffer`	prints the sim splash framebuffer for HW diff	`crates/core/tests/e2e_nokia5110_invaders.rs`
`firmware_draws_and_ship_tracks_distance`	slow: builds + runs the Space Invaders firmware in-sim	`crates/core/tests/e2e_nokia5110_invaders.rs`
`splash_framebuffer_matches_across_tick_intervals`	slow: builds + runs the Space Invaders firmware in-sim	`crates/core/tests/e2e_nokia5110_invaders.rs`
`derived_and_explicit_walk_flag_are_output_identical`	slow: builds + runs the Space Invaders firmware in-sim	`crates/core/tests/e2e_nokia5110_invaders.rs`
`firmware_tracks_minimum_hcsr04_distance`	slow: builds + runs the Space Invaders firmware in-sim	`crates/core/tests/e2e_nokia5110_invaders.rs`
`alarm_tracks_target_distance`	slow: builds + runs the proximity firmware in-sim	`crates/core/tests/e2e_nrf52840_proximity.rs`
`probe_ble_pong_idle_ff`	measurement probe, not a gate	`crates/core/tests/esp32c3_ble_pong_perf_probe.rs`
`probe_ble_pong_profile`	measurement probe, not a gate	`crates/core/tests/esp32c3_ble_pong_perf_probe.rs`
`probe_ble_pong_in_core_profile`	measurement probe, not a gate	`crates/core/tests/esp32c3_ble_pong_perf_probe.rs`
`probe_ble_pong_ff_onset`	measurement probe, not a gate	`crates/core/tests/esp32c3_ble_pong_perf_probe.rs`
`probe_ble_pong_batch_cap`	measurement probe, not a gate	`crates/core/tests/esp32c3_ble_pong_perf_probe.rs`
`probe_air_step_batch_fixed_cost`	measurement probe, not a gate	`crates/core/tests/esp32c3_ble_pong_perf_probe.rs`
`probe_air_peer_isolation_rounds`	measurement probe, not a gate	`crates/core/tests/esp32c3_ble_pong_perf_probe.rs`
`ble_pong_advertising_node_walk_pinners`	boots the real C3 BLE Pong image (~60M steps); run with --release --ignored	`crates/core/tests/esp32c3_bt_active_walk_pinners.rs`
`diag_first_divergence_point_interval_1_vs_64`	diagnostic; run with --release --ignored --nocapture	`crates/core/tests/esp32c3_clamped_full_state_differential.rs`
`diag_measure_tick_costs_interval_1_and_64`	diagnostic; run with --release --ignored --nocapture	`crates/core/tests/esp32c3_clamped_full_state_differential.rs`
`oled_lab_full_state_byte_identical_interval_1_vs_64`	runs the real C3 bootloader + app (~2x30M steps); run with --release --ignored	`crates/core/tests/esp32c3_clamped_full_state_differential.rs`
`esp32c3_oled_native_baseline`	native C3 workload benchmark; run with --release --ignored	`crates/core/tests/esp32c3_oled_profile.rs`
`esp32c3_oled_phase_decomposition`	phase decomposition; run with --release --ignored	`crates/core/tests/esp32c3_oled_profile.rs`
`esp32c3_oled_sample_target`	sampling target; run with --release --ignored and sample it while it runs	`crates/core/tests/esp32c3_oled_profile.rs`
`esp32c3_oled_boot_loop_sample_target`	boot-loop sampling target; run with --release --ignored and sample it while it runs	`crates/core/tests/esp32c3_oled_profile.rs`
`esp32c3_oled_guest_pc_attribution`	guest PC attribution; run with --release --ignored	`crates/core/tests/esp32c3_oled_profile.rs`
`esp32c3_uart0_active_work_arms`	diagnostic; run with --release --ignored	`crates/core/tests/esp32c3_oled_profile.rs`
`shipped_labs_keep_batching`	runs real shipped bootloaders (~30M steps/lab); run with --release --ignored	`crates/core/tests/esp32c3_shipped_lab_batch_gate.rs`
`oled_lab_walk_on_vs_scheduler_rtc_is_byte_identical_at_interval_1`	runs the real C3 bootloader + app (~2x30M steps); run with --release --ignored	`crates/core/tests/esp32c3_walk_differential.rs`
`oled_lab_framebuffer_is_byte_identical_across_tick_intervals`	runs the real C3 bootloader + app (~2x30M steps); run with --release --ignored	`crates/core/tests/esp32c3_walk_differential.rs`
`oled_lab_framebuffer_is_byte_identical_at_recommended_interval`	runs the real C3 bootloader + app (~2x30M steps); run with --release --ignored	`crates/core/tests/esp32c3_walk_differential.rs`
`oled_lab_systimer_walk_on_vs_scheduler_is_byte_identical`	runs the real C3 bootloader + app (~4x30M steps); run with --release --ignored	`crates/core/tests/esp32c3_walk_differential.rs`
`oled_lab_i2c0_walk_on_vs_scheduler_is_byte_identical`	runs the real C3 bootloader + app (~4x30M steps); run with --release --ignored	`crates/core/tests/esp32c3_walk_differential.rs`
`oled_lab_spi2_apb_saradc_walk_on_vs_scheduler_is_byte_identical`	runs the real C3 bootloader + app (~4x30M steps); run with --release --ignored	`crates/core/tests/esp32c3_walk_differential.rs`
`oled_lab_native_mips_probe`	wall-clock throughput probe; run 3x with --release --nocapture	`crates/core/tests/esp32c3_walk_differential.rs`
`oled_lab_walk_pinners_after_rtc_migration`	builds the full rom-boot bus (needs ROM blobs + flash fixture); run with --ignored	`crates/core/tests/esp32c3_walk_differential.rs`
`oled_lab_sim_serial_vs_silicon_report`	operator bench report; run with --release --ignored --nocapture	`crates/core/tests/esp32c3_walk_differential.rs`
`oled_lab_uart0_walk_on_vs_scheduler_is_byte_identical`	runs the real C3 bootloader + app (~4x30M steps); run with --release --ignored	`crates/core/tests/esp32c3_walk_differential.rs`
`esp32s3_doom_frame1_matches_hardware_oracle`	ROM-boots the S3 Doom lab to frame 1 (160M steps, ~38 s release) and needs the monorepo's Doom flash image; run with --release --ignored	`crates/core/tests/esp32s3_doom_frame_oracle.rs`
`esp32s3_doom_steady_state_matches_recorded_oracle`	ROM-boots the S3 Doom lab into dual-core steady state (frame 420, 1.80B steps, ~495 s release) and needs the monorepo's Doom flash image; run with --release --ignored	`crates/core/tests/esp32s3_doom_frame_oracle.rs`
`doom_lab_rom_boot_routing_is_identical_to_a_full_repoll`	needs the monorepo Doom flash image via LABWIRED_ESP32S3_DOOM_FLASH; run with --release --ignored	`crates/core/tests/esp32s3_irq_cache_differential.rs`
`esp32s3_oled_native_baseline`	native S3 workload benchmark; run explicitly with --release --ignored	`crates/core/tests/esp32s3_oled_profile.rs`
`capture_l4periphs2_sim_output`	one-shot UART capture helper, not a gate: prints the trace for a human to audit and asserts nothing. Run with `cargo test -p labwired-core --test firmware_survival -- --ignored capture_l4periphs2`	`crates/core/tests/firmware_survival.rs`
`capture_r12_sim_output`	one-shot UART capture helper for nucleo-l476rg-r12.elf, not a gate: prints the trace and asserts nothing. Run with `cargo test -p labwired-core --test firmware_survival -- --ignored capture_r12`	`crates/core/tests/firmware_survival.rs`
`capture_r11_sim_output`	one-shot UART capture helper for nucleo-l476rg-r11.elf, not a gate: prints the trace and asserts nothing. Run with `cargo test -p labwired-core --test firmware_survival -- --ignored capture_r11`	`crates/core/tests/firmware_survival.rs`
`capture_tim1_advanced_sim_output`	one-shot UART capture helper for nucleo-l476rg-tim1-advanced.elf, not a gate: prints the trace and asserts nothing. Run with `cargo test -p labwired-core --test firmware_survival -- --ignored capture_tim1_advanced`	`crates/core/tests/firmware_survival.rs`
`capture_cubemx_hal_sim_output`	one-shot UART capture helper for nucleo-l476rg-cubemx-hal.elf, not a gate: prints the trace and final PC, and asserts nothing. Run with `cargo test -p labwired-core --test firmware_survival -- --ignored capture_cubemx_hal`	`crates/core/tests/firmware_survival.rs`
`customer_g0_firmware_initializes_and_handles_external_wake`	requires the built customer G0 ELF in IOLINKI_G0_ELF	`crates/core/tests/g0_reference_firmware.rs`
`dump_devices_json`	diagnostic dump, not an assertion	`crates/core/tests/inspect_device_binding_universal.rs`
`lockstep_noop_jit_matches_interpreter_on_ereader_firmware`	needs labwired-ereader ELF; run with: cargo test -p labwired-core --test jit_lockstep -- --ignored --nocapture	`crates/core/tests/jit_lockstep.rs`
`lockstep_detects_register_corruption_on_real_firmware`	needs labwired-ereader ELF; run with: cargo test -p labwired-core --test jit_lockstep -- --ignored --nocapture	`crates/core/tests/jit_lockstep.rs`
`lockstep_windowed_call_long_run`	needs labwired-ereader ELF; run with: cargo test -p labwired-core --release --features jit --test jit_lockstep lockstep_windowed_call_long_run -- --ignored --nocapture	`crates/core/tests/jit_lockstep.rs`
`lockstep_multi_op_hot_bb_aligned`	needs labwired-ereader ELF; run with: cargo test -p labwired-core --release --features jit --test jit_lockstep lockstep_multi_op_hot_bb_aligned -- --ignored --nocapture	`crates/core/tests/jit_lockstep.rs`
`bench_logic_capture_overhead`	manual timing harness, run with --release --nocapture	`crates/core/tests/logic_capture_bench.rs`
`active_display_button_workload_throughput`	explicit release-mode active-workload performance qualification	`crates/core/tests/microbit_v2_board_io_guest.rs`
`active_motion_display_button_workload_throughput`	explicit release-mode active-motion performance qualification	`crates/core/tests/microbit_v2_motion_io_guest.rs`
`cube_hal_firmware_reaches_160mhz_blinks_ld2_and_reports_b1`	20M-step Cube HAL run (~1 min); run with --ignored	`crates/core/tests/nucleo_u545re.rs`
`bench_alu_loop_beats_interpreter`	micro-benchmark; run with --ignored --nocapture	`crates/core/tests/riscv_jit_alu_lockstep.rs`
`jit_vs_interpreter_c3_oled_is_byte_identical_and_non_vacuous`	real C3 bootloader + app, ~30M steps x2; run with --release --ignored	`crates/core/tests/riscv_jit_c3_oled_differential.rs`
`bench_combined_loop_beats_interpreter`	micro-benchmark; run with --ignored --nocapture	`crates/core/tests/riscv_jit_combined_bench.rs`
`agentdeck_snapshot_file_restores_post_paint_panel`	needs /tmp/agentdeck-postpaint.lwrs from a manual capture	`crates/core/tests/runtime_snapshot.rs`
`customer_u5_firmware_initializes_and_handles_external_wake`	requires the built customer U5 ELF in IOLINKI_U5_ELF	`crates/core/tests/u5_reference_firmware.rs`
`two_c3_nodes_connect_discover_read_write_and_notify`	two faithful C3 ROM boots in lockstep; release + fetched fixtures	`crates/core/tests/world_esp32c3_ble_gatt.rs`
`a_scripted_phone_connects_to_the_c3_gatt_server`	a faithful C3 ROM boot; release + fetched fixture	`crates/core/tests/world_esp32c3_ble_gatt.rs`
`gpio_net_speed`	timing benchmark: run with --release --ignored --nocapture	`crates/core/tests/world_multichip.rs`
`test_exec_entry_window_overflow_of4`	F5 overflow vector intentionally disabled; sim uses shadow-spill instead	`crates/core/tests/xtensa_exec.rs`
`test_exec_entry_window_overflow_of8`	F5 overflow vector intentionally disabled; sim uses shadow-spill instead	`crates/core/tests/xtensa_exec.rs`
`test_exec_entry_window_overflow_of12`	F5 overflow vector intentionally disabled; sim uses shadow-spill instead	`crates/core/tests/xtensa_exec.rs`

hw-oracle

test	reason	file
`test_target_board_detect`	hw-oracle: requires a physically connected ESP32-S3 enumerating as USB 303a:1001. The module is behind `--features hw-oracle`; run with `cargo test -p labwired-hw-oracle --features hw-oracle -- --ignored`	`crates/hw-oracle/src/flash.rs`
`flash_and_halt_minimal_elf`	hw-oracle: requires a connected ESP32-S3 AND the fixture fixtures/xtensa-asm/nop-at-entry.elf, which does not exist yet — the test is declared ahead of the fixture on purpose (see the NOTE above). The module is behind `--features hw-oracle`	`crates/hw-oracle/src/flash.rs`
`openocd_halts_and_reads_reg`	hw-oracle: requires a USB-JTAG-attached ESP32-S3 and a working OpenOCD; run with `cargo test -p labwired-hw-oracle -- --ignored`	`crates/hw-oracle/src/openocd.rs`
`openocd_read_write_memory`	hw-oracle: requires a USB-JTAG-attached ESP32-S3 and a working OpenOCD — it writes a sentinel into that board's DRAM; run with `cargo test -p labwired-hw-oracle -- --ignored`	`crates/hw-oracle/src/openocd.rs`
`openocd_write_read_register`	hw-oracle: requires a USB-JTAG-attached ESP32-S3 and a working OpenOCD — it writes a sentinel into that board's a0; run with `cargo test -p labwired-hw-oracle -- --ignored`	`crates/hw-oracle/src/openocd.rs`
`conformance_diff`	hw-oracle: requires an SWD-attached STM32F103 driven by OpenOCD, plus a built firmware-f103-conformance ELF; needs `--features hw-oracle-stm32` and `-- --ignored`	`crates/hw-oracle/tests/f103_conformance.rs`
`fuzz_then_confirm_on_silicon`	hw-oracle: fuzzes in sim and then replays every crash on an SWD-attached STM32F103 over OpenOCD; needs a built firmware-f103-fuzztarget ELF. The whole file is behind `--features hw-oracle-stm32`; run with `-- --ignored`	`crates/hw-oracle/tests/f103_fuzz_hil_confirm.rs`
`fuzz_oracle_hw`	hw-oracle: requires an SWD-attached STM32F103 driven by OpenOCD, plus a built firmware-f103-fuzztarget ELF; needs `--features hw-oracle-stm32` and `-- --ignored`	`crates/hw-oracle/tests/f103_fuzz_phase0.rs`
`probe_foreign_firmware`	manual probe harness — needs FOREIGN_ELF env	`crates/hw-oracle/tests/foreign_firmware_probe.rs`
`h563_mmio_diff`	hw-oracle: requires connected NUCLEO-H563ZI	`crates/hw-oracle/tests/h563_mmio_diff.rs`
`h563_parity_diff`	hw-oracle: requires connected NUCLEO-H563ZI	`crates/hw-oracle/tests/h563_mmio_diff.rs`
`h563_class_diff`	hw-oracle: requires connected NUCLEO-H563ZI	`crates/hw-oracle/tests/h563_mmio_diff.rs`
`l476_mmio_diff`	hw-oracle: requires connected NUCLEO-L476RG	`crates/hw-oracle/tests/l476_mmio_diff.rs`
`l476_parity_diff`	hw-oracle: requires connected NUCLEO-L476RG	`crates/hw-oracle/tests/l476_mmio_diff.rs`
`nrf52840_ccm_register_surface`	hw-oracle: requires connected nRF52840 at LABWIRED_STLINK_LOCATION=1-2	`crates/hw-oracle/tests/nrf52_ccm_conformance.rs`
`conformance_diff`	hw-oracle: requires an SWD-attached nRF52840 driven by OpenOCD, plus a built firmware-nrf52840-conformance ELF — and flashing it overwrites the board's restored UF2 bootloader (see BASELINE_MATCHED above). Needs `--features hw-oracle-nrf52`	`crates/hw-oracle/tests/nrf52_conformance.rs`
`cpu_conformance_diff`	hw-oracle: requires an SWD-attached nRF52840 driven by OpenOCD, plus a built firmware-nrf52840-cpu-conformance ELF; needs `--features hw-oracle-nrf52` and `-- --ignored`	`crates/hw-oracle/tests/nrf52_cpu_conformance.rs`
`nrf52840_full_register_conformance`	hw-oracle: sweeps every remaining nRF52840 peripheral register against real silicon over SWD (OpenOcd::spawn_nrf52), so it requires an attached board. The whole file is behind `--features hw-oracle-nrf52`; set NRF52_STRICT=1 to make divergence fail	`crates/hw-oracle/tests/nrf52_full_register_conformance.rs`
`nrf52840_gpio_conformance`	hw-oracle: sweeps the nRF52840 P0/P1 GPIO register map against real silicon over SWD (OpenOcd::spawn_nrf52), so it requires an attached board. The whole file is behind `--features hw-oracle-nrf52`; set NRF52_STRICT=1 to make divergence fail	`crates/hw-oracle/tests/nrf52_gpio_conformance.rs`
`nrf52840_mmio_diff`	hw-oracle: diffs every MMIO register the production nRF52840 yaml models against real silicon over SWD (OpenOcd::spawn_nrf52), so it requires an attached board. The whole file is behind `--features hw-oracle-nrf52`; NRF52_STRICT=1 makes it assert	`crates/hw-oracle/tests/nrf52_mmio_diff.rs`
`nrf52840_onboarding_diff`	hw-oracle: probes the 24 peripherals the onboarding nRF52840 yaml claims against real silicon over SWD (OpenOcd::spawn_nrf52), so it requires an attached board. The whole file is behind `--features hw-oracle-nrf52`	`crates/hw-oracle/tests/nrf52_onboarding_diff.rs`
`nrf52840_power_conformance`	hw-oracle: sweeps the nRF52840 POWER register surface against real silicon over SWD (OpenOcd::spawn_nrf52), so it requires an attached board. The whole file is behind `--features hw-oracle-nrf52`; set NRF52_STRICT=1 to make divergence fail	`crates/hw-oracle/tests/nrf52_power_conformance.rs`
`nrf52_spim0_easydma_swd_triggered`	hw-oracle: triggers a real SPIM0 EasyDMA transfer on an attached nRF52840 over SWD with the CPU halted (OpenOcd::spawn_nrf52) — silicon only, there is no sim side. The whole file is behind `--features hw-oracle-nrf52`	`crates/hw-oracle/tests/nrf52_spim_easydma_conformance.rs`
`nrf52840_spis_twis_conformance`	hw-oracle: sweeps the nRF52840 SPIS0/TWIS1 register surface against real silicon over SWD (OpenOcd::spawn_nrf52), so it requires an attached board. The whole file is behind `--features hw-oracle-nrf52`; set NRF52_STRICT=1 to make divergence fail	`crates/hw-oracle/tests/nrf52_spis_twis_conformance.rs`
`nrf52840_timer_rtc_conformance`	hw-oracle: sweeps the full nRF52840 TIMER0/RTC0 register set against real silicon over SWD (OpenOcd::spawn_nrf52), so it requires an attached board. The whole file is behind `--features hw-oracle-nrf52`; set NRF52_STRICT=1 to make divergence fail	`crates/hw-oracle/tests/nrf52_timer_rtc_conformance.rs`
`entry_window_overflow_of4_sim`	F5 overflow vector disabled in sim — shadow-spill used instead	`crates/hw-oracle/tests/oracles.rs`
`entry_window_overflow_of4_hw`	hw-oracle: requires connected ESP32-S3 board	`crates/hw-oracle/tests/oracles.rs`
`f1_mmio_diff`	hw-oracle: requires connected STM32F103	`crates/hw-oracle/tests/stm32f1_mmio_diff.rs`
`f4_mmio_diff`	hw-oracle: requires connected STM32F407 (LABWIRED_STLINK_LOCATION)	`crates/hw-oracle/tests/stm32f4_mmio_diff.rs`
`l0_mmio_diff`	hw-oracle: requires connected NUCLEO-L073RZ	`crates/hw-oracle/tests/stm32l0_mmio_diff.rs`

hw-oracle-macros

test	reason	file
`#hw_name (macro-generated, one per hw-oracle target)`	hw-oracle: requires connected ESP32-S3 board	`crates/hw-oracle-macros/src/lib.rs`
`#diff_name (macro-generated, one per hw-oracle target)`	hw-oracle: requires connected ESP32-S3 board	`crates/hw-oracle-macros/src/lib.rs`
`#hw_name (macro-generated, one per hw-oracle target)`	hw-oracle-c3: requires connected ESP32-C3 board	`crates/hw-oracle-macros/src/lib.rs`
`#diff_name (macro-generated, one per hw-oracle target)`	hw-oracle-c3: requires connected ESP32-C3 board	`crates/hw-oracle-macros/src/lib.rs`
`#hw_name (macro-generated, one per hw-oracle target)`	hw-oracle-stm32: requires connected STM32 board	`crates/hw-oracle-macros/src/lib.rs`
`#diff_name (macro-generated, one per hw-oracle target)`	hw-oracle-stm32: requires connected STM32 board	`crates/hw-oracle-macros/src/lib.rs`

wasm

test	reason	file
`step_batch_throughput`	throughput measurement; run in release with --ignored --nocapture	`crates/wasm/src/cosim_tests.rs`
`touch_lab_step_batch_throughput`	throughput measurement; run in release with --ignored --nocapture	`crates/wasm/src/cosim_tests.rs`
`wasm_romboot_reaches_app_main`	boots the real C3 mask ROM (~150M steps); run with --release --ignored	`crates/wasm/src/lib.rs`
`wasm_romboot_oled_paints`	boots the real C3 mask ROM then paints the OLED; run with --release --ignored	`crates/wasm/src/lib.rs`
`wasm_c3_flash_fast_start_oled_paints_quickly`	browser-path C3 fast-start paint; run with --release --ignored --nocapture	`crates/wasm/src/lib.rs`
`wasm_c3_browser_path_runs_few_device_seconds`	multi-second browser-path smoke; run with --release --ignored --nocapture	`crates/wasm/src/lib.rs`
`native_usb_board_shows_the_usb_console`	boots the real C3 mask ROM (~150M steps); run with --release --ignored	`crates/wasm/src/lib.rs`
`bridge_console_board_still_shows_uart0`	boots the real C3 mask ROM (~150M steps); run with --release --ignored	`crates/wasm/src/lib.rs`
`output_on_the_untapped_console_is_reported_not_lost`	boots the real C3 mask ROM (~150M steps); run with --release --ignored	`crates/wasm/src/lib.rs`
`a_wasm_world_runs_a_scripted_phone_against_a_c3_gatt_server`	faithful C3 ROM boot; release + fetched fixture	`crates/wasm/src/world.rs`