mirror of
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Krzysztof kuhy Rudnicki
4f2b0ccdf7
Two levels of pure taxonomy carrying no information, and a 2-directory
cap leaves no room for them. Categories now sit directly under
linux_configuration/: features, fixes, utils, misc, fresh-install,
installers, diagnostics, gaming, boot_recovery, periodic_background, lib,
meta, tests. A script's own lib/ and tests/ are exempt from the cap, so
those stay put.
Depth violations 248 -> 139; roughly 40 of the remainder are inside
digital_wellbeing and hosts, deferred until the guard-lib repoint.
The moves are the easy half. What breaks is every path that counted
levels, and three classes of it had to be found by resolving paths rather
than reading diffs:
- 52 relative `source` lines for lib/common.sh and lib/android.sh. The
correct prefix differs per file: 40 were ../../ and 12 were ../../../,
so a blanket replace would have fixed one set and broken the other.
- REPO_ROOT in 7 fixes/lib/tests harnesses and setup_syncyomi_guard.sh,
each walking up four levels from a directory now two levels shallower.
This caused a real regression -- the fixes suite went red with
"log_warn: command not found" -- caught by running it and comparing
against the pre-move baseline worktree.
- conftest.py's sys.path entries, which took the pytest gate down with
14 collection errors, and the `# shellcheck source=` directives, which
took shellcheck down with SC1091.
16 symlinks in $HOME broke, including the entire i3blocks bar. All
repointed, and cpu_monitor/memory/disk/time/volume were run to confirm
they emit real output rather than merely resolving.
Verified: 1798 tests pass at 100% coverage, 8 of 9 lib/tests suites pass
(the ninth needs the coverage jail, identically at baseline), pre-commit
is clean, and the two untracked secret configs are still ignored after
their gitignore paths changed.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01PJrqKERAo5QUeEHWS5Asgp
161 lines
5.5 KiB
Bash
Executable File
161 lines
5.5 KiB
Bash
Executable File
#!/usr/bin/env bash
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# Tests for lib/bt_audio.sh: connect_device and _check_connection_health.
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# Split from test_bt_audio.sh for the 250-line cap.
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set -uo pipefail
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SCRIPT_DIR="$(cd "$(dirname "${BASH_SOURCE[0]}")" && pwd)"
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# shellcheck source=bt_harness.sh
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. "${SCRIPT_DIR}/bt_harness.sh"
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# bt_audio.sh calls _services_resolved, _verify_audio_sink and
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# _full_adapter_reset_and_connect, which live in bt_adapter.sh.
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# fix_bluetooth.sh sources both libs, so sourcing both here reproduces the
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# real resolution order instead of stubbing those helpers out.
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# shellcheck source=../bt_adapter.sh
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. "${FIXES_DIR}/lib/bt_adapter.sh"
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# shellcheck source=../bt_audio.sh
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. "${FIXES_DIR}/lib/bt_audio.sh"
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# _btctl_script — stub bluetoothctl with a body read from stdin. The stub
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# itself reads its command from stdin too, exactly as the real tool does when
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# driven by _btctl.
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_btctl_script() {
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_t_stub_stdin bluetoothctl
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}
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# The connect paths sleep 15-20s at a time; the stub keeps the suite fast
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# while the calls stay recorded.
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_no_sleep() {
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_t_stub sleep 'exit 0'
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}
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# --- connect_device ---------------------------------------------------------
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bt_reset
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TARGET_MAC=""
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out="$(connect_device 2>&1)"
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_t_eq "" "$out" "connect_device: does nothing when TARGET_MAC is empty"
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# Already connected: reports and returns without scanning.
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bt_reset
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_no_sleep
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TARGET_MAC="AA:BB:CC:DD:EE:FF"
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printf 'Device AA:BB:CC:DD:EE:FF\n\tConnected: yes\n' >"${DEV}/btctl_info"
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_btctl_script <<'STUB_BODY'
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read -r cmd rest
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[[ "$cmd" == "info" ]] && cat "${LIB_TEST_DEV}/btctl_info"
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# Real bluetoothctl consumes its whole stdin. Draining it here keeps the
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# writing block from taking SIGPIPE partway through, which would silently
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# stop it executing (and reading) the rest of its lines.
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cat >/dev/null
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exit 0
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STUB_BODY
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out="$(connect_device 2>&1)"
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_t_contains "$out" "already connected" \
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"connect_device: reports a device that is already connected"
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_t_lacks "$out" "Scanning for" \
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"connect_device: does not scan when the device is already connected"
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# Paired but not connected: the direct-connect attempt runs and succeeds.
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bt_reset
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_no_sleep
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TARGET_MAC="AA:BB:CC:DD:EE:FF"
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printf 'Device AA:BB:CC:DD:EE:FF\n\tPaired: yes\n\tConnected: no\n' >"${DEV}/btctl_info"
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_btctl_script <<'STUB_BODY'
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read -r cmd rest
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[[ "$cmd" == "info" ]] && cat "${LIB_TEST_DEV}/btctl_info"
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# Real bluetoothctl consumes its whole stdin. Draining it here keeps the
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# writing block from taking SIGPIPE partway through, which would silently
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# stop it executing (and reading) the rest of its lines.
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cat >/dev/null
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exit 0
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STUB_BODY
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out="$(
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eval '_check_connection_health() { return 0; }'
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connect_device 2>&1
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)"
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_t_contains "$out" "already paired. Trying direct connect" \
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"connect_device: tries a direct connect for an already-paired device"
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_t_lacks "$out" "Scanning for" \
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"connect_device: does not scan when the direct connect succeeds"
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# Direct connect fails, and the rescan does not find the device.
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bt_reset
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_no_sleep
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TARGET_MAC="AA:BB:CC:DD:EE:FF"
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printf 'Device AA:BB:CC:DD:EE:FF\n\tPaired: yes\n\tConnected: no\n' >"${DEV}/btctl_info"
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_btctl_script <<'STUB_BODY'
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read -r cmd rest
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[[ "$cmd" == "info" ]] && cat "${LIB_TEST_DEV}/btctl_info"
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# Real bluetoothctl consumes its whole stdin. Draining it here keeps the
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# writing block from taking SIGPIPE partway through, which would silently
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# stop it executing (and reading) the rest of its lines.
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cat >/dev/null
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exit 0
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STUB_BODY
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if out="$(
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eval '_check_connection_health() { return 1; }'
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connect_device 2>&1
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)"; then
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_t_fail "connect_device: expected failure when the device is never found"
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else
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_t_pass "connect_device: returns non-zero when the device is never found"
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fi
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_t_contains "$out" "Removing stale pairing for fresh start" \
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"connect_device: removes the stale pairing after a failed direct connect"
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_t_contains "$out" "Scanning for AA:BB:CC:DD:EE:FF" \
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"connect_device: falls back to a scan after a failed direct connect"
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_t_contains "$out" "not found during scan" \
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"connect_device: reports a device that never appears in the scan"
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# Unpaired device that IS found by the scan: pair, trust, connect all run.
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bt_reset
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_no_sleep
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TARGET_MAC="AA:BB:CC:DD:EE:FF"
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_btctl_script <<'STUB_BODY'
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read -r cmd rest
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case "$cmd" in
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info) printf "Device AA:BB:CC:DD:EE:FF\n\tPaired: no\n\tConnected: no\n" ;;
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devices) echo "Device AA:BB:CC:DD:EE:FF JBL Charge 5" ;;
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esac
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cat >/dev/null
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exit 0
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STUB_BODY
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out="$(
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eval '_check_connection_health() { return 0; }'
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connect_device 2>&1
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)"
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_t_contains "$out" "Device found during scan" \
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"connect_device: reports the device once the scan finds it"
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_t_contains "$out" "Pairing..." "connect_device: pairs a device found by the scan"
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_t_contains "$out" "Trusting..." "connect_device: trusts the device so it auto-reconnects"
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_t_contains "$out" "Connecting..." "connect_device: connects after pairing and trusting"
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# Found by the scan, but the connection never becomes healthy.
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bt_reset
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_no_sleep
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TARGET_MAC="AA:BB:CC:DD:EE:FF"
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_btctl_script <<'STUB_BODY'
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read -r cmd rest
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case "$cmd" in
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info) printf "Device AA:BB:CC:DD:EE:FF\n\tPaired: no\n\tConnected: no\n" ;;
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devices) echo "Device AA:BB:CC:DD:EE:FF JBL Charge 5" ;;
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esac
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cat >/dev/null
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exit 0
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STUB_BODY
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if out="$(
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eval '_check_connection_health() { return 1; }'
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connect_device 2>&1
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)"; then
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_t_fail "connect_device: expected failure when the connection stays unhealthy"
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else
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_t_pass "connect_device: returns non-zero when the connection stays unhealthy"
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fi
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_t_contains "$out" "Connection to AA:BB:CC:DD:EE:FF failed" \
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"connect_device: reports the failure after pairing and connecting"
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echo
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echo "bt_audio (connect): ${PASS} passed, ${FAIL} failed"
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((FAIL == 0))
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