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2012-11-04

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startup.conf


※上記の広告は60日以上更新のないWIKIに表示されています。更新することで広告が下部へ移動します。

/data/vendor/etc/startup.confとは、カスタムカーネルの起動時の設定ファイルです。
カスタムビルドカーネルか標準カーネルかで設定できる項目も変わってきます。
「#」を行の先頭に入れるとコメントアウトされます。
 標準カーネル以外では設定しても無意味です
   -nandunlock_enable (初期値:"NO")
     "YES"を設定すると起動時にnandunlockを行います
   -resetmiyabi_enable (初期値:"NO")
     "YES"を設定すると起動時にMIYABI LSM無効化を行います
 カスタムビルドカーネル以外では設定しても無意味です
   -vsync_enable (初期値:"YES")
     "NO"を設定すると起動時にvsync offになります
 カスタムビルドカーネル以外では設定しても無意味です
   -ramzswap_enable (初期値:"NO")
     "YES"を設定すると起動時にRAMZSWAP有効になります
   -ramzswap_flags (初期値:"")
     「rzscontrol --init」時に付加するフラグを設定します
 カスタムビルドカーネル以外では設定しても無意味です
   -cpufreq_change (初期値:"NO")
     "YES"を設定すると起動時にガバナー・周波数の設定を行います
   -cpufreq_scaling_governor (初期値:"ondemand")
     有効にするガバナーを指定します
     指定できるガバナーは、[intellidemand/lulzactive/lazy/brazilianwax/smoothass/smartassV2/SavagedZen/interactiveX/lagfree/minmax/Scary/smartass/interactive/conservative/ondemand/userspace/powersave/performance]です
   -cpufreq_max_freq (初期値:"1024000")
     CPUクロックの最大周波数(kHz)を指定します
     指定できる周波数は、[24576/61440/122880/184320/192000/245760/368640/460800/576000/652800/768000/806400/921600/1024000/1113000/1209600/1305600/1401600/1516800/1612800/1708800/1804800/1900800/2016000]です
   -cpufreq_min_freq (初期値:"245760")
     CPUクロックの最少周波数(kHz)を指定します
     指定できる周波数は、[24576/61440/122880/184320/192000/245760/368640/460800/576000/652800/768000/806400/921600/1024000/1113000/1209600/1305600/1401600/1516800/1612800/1708800/1804800/1900800/2016000]です
CPUガバナーについてはこちらでよく解説されてます。
詳しい方の翻訳・補足をお願いします…
 標準カーネルでは一部の項目を除いて設定できません
 "interactive"固有の設定
   -cpufreq_interactive_go_maxspeed_load (初期値:"85")
     Go to max speed when CPU load at or above this value.
   -cpufreq_interactive_min_sample_time (初期値:"80000")
     The minimum amount of time to spend at a frequency before we can ramp down.
 "interactiveX"固有の設定
   -cpufreq_interactiveX_min_sample_time (初期値:"50000")
     The minimum ammount of time to spend at a frequency before we can ramp down,
     default is 50ms.
   -cpufreq_interactiveX_suspend_speed (初期値:"368640")
   -cpufreq_interactiveX_resume_speed (初期値:"1024000")
   -cpufreq_interactiveX_freq_threshold (初期値:"1024000")
 "lulzactive"固有の設定
   -cpufreq_lulzactive_inc_cpu_load (初期値:"60")
     CPU freq will be increased if measured load > inc_cpu_load;
   -cpufreq_lulzactive_up_sample_time (初期値:"24000")
     The minimum amount of time to spend at a frequency before we can step up.
   -cpufreq_lulzactive_down_sample_time (初期値:"49000")
     The minimum amount of time to spend at a frequency before we can step down.
   -cpufreq_lulzactive_pump_up_step (初期値:"1")
     Increasing frequency table index
     zero disables and causes to always jump straight to max frequency.
   -cpufreq_lulzactive_pump_down_step (初期値:"1")
     Decreasing frequency table index
     zero disables and will calculate frequency according to load heuristic.
   -cpufreq_lulzactive_screen_off_min_step (初期値:最大値...cpufreq_scaling_max_freqの設定に依る)
     Use minimum frequency while suspended.
 "smartass"固有の設定
   -cpufreq_smartass_up_rate_us (初期値:"12000")
     The minimum amount of time to spend at a frequency before we can ramp up.
   -cpufreq_smartass_down_rate_us (初期値:"24000")
     The minimum amount of time to spend at a frequency before we can ramp down.
   -cpufreq_smartass_up_min_freq (初期値:"1024000")
     When ramping up frequency with no idle cycles jump to at least this frequency.
     Zero disables. Set a very high value to jump to policy max freqeuncy.
   -cpufreq_smartass_sleep_max_freq (初期値:"368640")
     When sleep_max_freq>0 the frequency when suspended will be capped
     by this frequency. Also will wake up at max frequency of policy
     to minimize wakeup issues.
     Set sleep_max_freq=0 to disable this behavior.
   -cpufreq_smartass_sleep_wakeup_freq (初期値:"1024000")
     The frequency to set when waking up from sleep.
     When sleep_max_freq=0 this will have no effect.
   -cpufreq_smartass_awake_min_freq (初期値:"0")
     When awake_min_freq>0 the frequency when not suspended will not
     go below this frequency.
     Set awake_min_freq=0 to disable this behavior.
   -cpufreq_smartass_sample_rate_jiffies (初期値:"2")
     Sampling rate, I highly recommend to leave it at 2.
   -cpufreq_smartass_ramp_up_step (初期値:"50000")
     Freqeuncy delta when ramping down.
     zero disables and will calculate ramp down according to load heuristic.
   -cpufreq_smartass_ramp_down_step (初期値:"0")
     Freqeuncy delta when ramping down.
     zero disables and will calculate ramp down according to load heuristic.
   -cpufreq_smartass_max_cpu_load (初期値:"70")
     CPU freq will be increased if measured load > max_cpu_load;
   -cpufreq_smartass_min_cpu_load (初期値:"30")
     CPU freq will be decreased if measured load < min_cpu_load;
 "smartassV2"固有の設定
   -cpufreq_smartass_awake_ideal_freq (初期値:"768000")
     The "ideal" frequency to use when awake. The governor will ramp up faster
     towards the ideal frequency and slower after it has passed it. Similarly,
     lowering the frequency towards the ideal frequency is faster than below it.
   -cpufreq_smartass_sleep_ideal_freq (初期値:"245760")
     The "ideal" frequency to use when suspended.
     When set to 0, the governor will not track the suspended state (meaning
     that practically when sleep_ideal_freq==0 the awake_ideal_freq is used
     also when suspended).
   -cpufreq_smartass_ramp_up_step (初期値:"50000")
     Freqeuncy delta when ramping up above the ideal freqeuncy.
     Zero disables and causes to always jump straight to max frequency.
     When below the ideal freqeuncy we always ramp up to the ideal freq.
   -cpufreq_smartass_ramp_down_step (初期値:"0")
     Freqeuncy delta when ramping down below the ideal freqeuncy.
     Zero disables and will calculate ramp down according to load heuristic.
     When above the ideal freqeuncy we always ramp down to the ideal freq.
   -cpufreq_smartass_max_cpu_load (初期値:"70")
     CPU freq will be increased if measured load > max_cpu_load;
   -cpufreq_smartass_min_cpu_load (初期値:"30")
     CPU freq will be decreased if measured load < min_cpu_load;
   -cpufreq_smartass_up_rate_us (初期値:"12000")
     The minimum amount of time to spend at a frequency before we can ramp up.
     Notice we ignore this when we are below the ideal frequency.
   -cpufreq_smartass_down_rate_us (初期値:"24000")
     The minimum amount of time to spend at a frequency before we can ramp down.
     Notice we ignore this when we are above the ideal frequency.
   -cpufreq_smartass_sleep_wakeup_freq (初期値:"1024000")
     The frequency to set when waking up from sleep.
     When sleep_ideal_freq=0 this will have no effect.
   -cpufreq_smartass_sample_rate_jiffies (初期値:"2")
     Sampling rate, I highly recommend to leave it at 2.
 "brazilianwax"固有の設定
   -cpufreq_brazilianwax_up_rate_us (初期値:"12000")
     The minimum amount of time to spend at a frequency before we can ramp up.
   -cpufreq_brazilianwax_down_rate_us (初期値:"24000")
     The minimum amount of time to spend at a frequency before we can ramp down.
   -cpufreq_brazilianwax_up_min_freq (初期値:"1024000")
     When ramping up frequency with no idle cycles jump to at least this frequency.
     Zero disables. Set a very high value to jump to policy max freqeuncy.
   -cpufreq_brazilianwax_sleep_max_freq (初期値:"368640")
     When sleep_max_freq>0 the frequency when suspended will be capped
     by this frequency. Also will wake up at max frequency of policy
     to minimize wakeup issues.
     Set sleep_max_freq=0 to disable this behavior.
   -cpufreq_brazilianwax_sleep_wakeup_freq (初期値:"1024000")
     The frequency to set when waking up from sleep.
     When sleep_max_freq=0 this will have no effect.
   -cpufreq_brazilianwax_awake_min_freq (初期値:"0")
     When awake_min_freq>0 the frequency when not suspended will not
     go below this frequency.
     Set awake_min_freq=0 to disable this behavior.
   -cpufreq_brazilianwax_sample_rate_jiffies (初期値:"2")
     Sampling rate, I highly recommend to leave it at 2.
   -cpufreq_brazilianwax_ramp_up_step (初期値:"50000")
     Minimum Freqeuncy delta when ramping up.
     zero disables and causes to always jump straight to max frequency.
   -cpufreq_brazilianwax_ramp_down_step (初期値:"0")
     Miminum Freqeuncy delta when ramping down.
     zero disables and will calculate ramp down according to load heuristic.
   -cpufreq_brazilianwax_max_cpu_load (初期値:"65")
     CPU freq will be increased if measured load > max_cpu_load;
   -cpufreq_brazilianwax_min_cpu_load (初期値:"35")
     CPU freq will be decreased if measured load < min_cpu_load;
 "smoothass"固有の設定
   -cpufreq_smoothass_down_rate_us (初期値:"24000")
     The minimum amount of time to spend at a frequency before we can ramp down,
     default is 45ms.
   -cpufreq_smoothass_up_min_freq (初期値:"1024000")
     When ramping up frequency with no idle cycles jump to at least this frequency.
     Zero disables. Set a very high value to jump to policy max freqeuncy.
   -cpufreq_smoothass_sleep_max_freq (初期値:"368640")
     When sleep_max_freq>0 the frequency when suspended will be capped
     by this frequency. Also will wake up at max frequency of policy
     to minimize wakeup issues.
     Set sleep_max_freq=0 to disable this behavior.
   -cpufreq_smoothass_sample_rate_jiffies (初期値:"2")
     Sampling rate, I highly recommend to leave it at 2.
   -cpufreq_smoothass_ramp_up_step (初期値:"50000")
     Freqeuncy delta when ramping up.
     zero disables causes to always jump straight to max frequency.
   -cpufreq_smoothass_max_ramp_down (初期値:"100000")
     Max frequency delta when ramping down. zero disables.
   -cpufreq_smoothass_max_cpu_load (初期値:"70")
     CPU freq will be increased if measured load > max_cpu_load;
   -cpufreq_smoothass_min_cpu_load (初期値:"30")
     CPU freq will be decreased if measured load < min_cpu_load;
 "SavagedZen"固有の設定
   -cpufreq_savagedzen_up_rate_us (初期値:"12000")
     The minimum amount of time to spend at a frequency before we can ramp up.
   -cpufreq_savagedzen_down_rate_us (初期値:"24000")
     The minimum amount of time to spend at a frequency before we can ramp down.
   -cpufreq_savagedzen_up_min_freq (初期値:"1024000")
     When ramping up frequency with no idle cycles jump to at least this frequency.
     Zero disables. Set a very high value to jump to policy max freqeuncy.
   -cpufreq_savagedzen_sleep_max_freq (初期値:"368640")
     When sleep_max_freq>0 the frequency when suspended will be capped
     by this frequency. Also will wake up at max frequency of policy
     to minimize wakeup issues.
     Set sleep_max_freq=0 to disable this behavior.
   -cpufreq_savagedzen_sleep_wakeup_freq (初期値:"1024000")
     The frequency to set when waking up from sleep.
     When sleep_max_freq=0 this will have no effect.
   -cpufreq_savagedzen_awake_min_freq (初期値:"0")
     When awake_min_freq>0 the frequency when not suspended will not
     go below this frequency.
     Set awake_min_freq=0 to disable this behavior.
   -cpufreq_savagedzen_sample_rate_jiffies (初期値:"2")
     Sampling rate, I highly recommend to leave it at 2.
   -cpufreq_savagedzen_ramp_up_step (初期値:"50000")
     Freqeuncy delta when ramping up.
     zero disables and causes to always jump straight to max frequency.
   -cpufreq_savagedzen_ramp_down_step (初期値:"0")
     Freqeuncy delta when ramping down.
     zero disables and will calculate ramp down according to load heuristic.
   -cpufreq_savagedzen_max_cpu_load (初期値:"70")
     CPU freq will be increased if measured load > max_cpu_load;
   -cpufreq_savagedzen_min_cpu_load (初期値:"30")
     CPU freq will be decreased if measured load < min_cpu_load;
 "minmax"固有の設定
   -cpufreq_minmax_sampling_rate (初期値:"500000")
   -cpufreq_minmax_sampling_down_factor (初期値:"10")
   -cpufreq_minmax_up_threshold (初期値:"92")
   -cpufreq_minmax_down_threshold (初期値:"27")
   -cpufreq_minmax_ignore_nice_load (初期値:"0")
 "lagfree"固有の設定
   -cpufreq_lagfree_sampling_rate (初期値:"500000")
   -cpufreq_lagfree_sampling_down_factor (初期値:"4")
   -cpufreq_lagfree_up_threshold (初期値:"50")
   -cpufreq_lagfree_down_threshold (初期値:"15")
   -cpufreq_lagfree_ignore_nice_load (初期値:"1")
 "conservative"固有の設定
   -cpufreq_conservative_sampling_rate (初期値:"200000")
   -cpufreq_conservative_sampling_down_factor (初期値:"1")
   -cpufreq_conservative_up_threshold (初期値:"80")
   -cpufreq_conservative_down_threshold (初期値:"20")
   -cpufreq_conservative_ignore_nice_load (初期値:"0")
   -cpufreq_conservative_freq_step (初期値:"5")
 "Scary"固有の設定
   -cpufreq_scary_sampling_rate (初期値:"200000")
   -cpufreq_scary_sampling_down_factor (初期値:"1")
   -cpufreq_scary_up_threshold (初期値:"80")
   -cpufreq_scary_down_threshold (初期値:"45")
   -cpufreq_scary_ignore_nice_load (初期値:"0")
   -cpufreq_scary_freq_step (初期値:"5")
 "ondemand"固有の設定
   -cpufreq_ondemand_sampling_rate (初期値:"50000")
   -cpufreq_ondemand_io_is_busy (初期値:"1")
   -cpufreq_ondemand_up_threshold (初期値:"95")
   -cpufreq_ondemand_down_differential (初期値:"3")
   -cpufreq_ondemand_sampling_down_factor (初期値:"1")
   -cpufreq_ondemand_ignore_nice_load (初期値:"0")
   -cpufreq_ondemand_powersave_bias (初期値:"0")
   -cpufreq_ondemand_suspend_freq (初期値:"368640")
   -cpufreq_ondemand_boost_timeout (初期値:"500000")
 "intellidemand"固有の設定
   -cpufreq_intellidemand_sampling_rate (初期値:"50000")
   -cpufreq_intellidemand_io_is_busy (初期値:"1")
   -cpufreq_intellidemand_up_threshold (初期値:"95")
   -cpufreq_intellidemand_down_differential (初期値:"3")
   -cpufreq_intellidemand_sampling_down_factor (初期値:"25")
   -cpufreq_intellidemand_ignore_nice_load (初期値:"0")
   -cpufreq_intellidemand_powersave_bias (初期値:"0")
 "lazy"固有の設定
   -cpufreq_lazy_sampling_rate (初期値:"10000")
   -cpufreq_lazy_up_threshold (初期値:"90")
   -cpufreq_lazy_ignore_nice_load (初期値:"0")
   -cpufreq_lazy_powersave_bias (初期値:"0")
   -cpufreq_lazy_io_is_busy (初期値:"0")
   -cpufreq_lazy_min_timeinstate (初期値:"50000")
   -cpufreq_lazy_screenoff_maxfreq (初期値:"0")
 カスタムビルドカーネル以外では設定しても無意味です
   -iosched_targets (初期値:"mtdblock1 mtdblock5 mtdblock6 mtdblock8 mtdblock9 mtdblock10 mtdblock11 mtdblock12 stheno")
     I/Oスケジューラの変更設定を行いたいブロックデバイスの一覧を列挙します
     ここで指定されていても、「iosched_xxx」の設定がされていないブロックデバイスに対しては何も行いません("sio"から変更を行いません)
   -iosched_xxx (例:「iosched_mtdblock11」「iosched_stheno」)(初期値:""、つまり"sio"から変更を行いません)
     そのブロックデバイスに適用するI/Oスケジューラを指定します
     指定できるI/Oスケジューラは、[noop/anticipatory/deadline/cfq/bfq/vr/sio]です
 カスタムビルドカーネル・標準カーネル共に有効です
   -queue_stheno_read_ahead_kb (初期値:"2048")
     SDCARDデバイスの先読値(KB)を設定します
 カスタムビルドカーネル・標準カーネル共に有効です
   -compat_au (初期値:"YES")
     "NO"を設定するとスタティックリンク/sbin/auを作成しません
 カスタムビルドカーネル・標準カーネル共に有効です
   -syncblock_enable (初期値:"YES")
     "YES"を設定すると定期的にsyncコマンドを実行します
   -syncblock_interval (初期値:"3600")
     syncコマンドを実行する間隔(秒)を指定します
最新更新日付
2012-07-26
アクセスカウンター
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最近更新した記事10件
取得中です。