• This is an experiment - project. It is about adding off-mode alarm clock to the HD2.
  (If you don't have cLK installed (at least v1.5.1.4), then this is not applicable for you)
  
  Quote:

  Originally Posted by kokotas (Post 21158811) Is it even possible to include something like auto-power-on in cLK, for alarm clock purposes? :)

  After ~10 months, zicoxx asked more or less the same thing:
  
  Quote:

  Originally Posted by zicoxx (Post 33758859) i want to suggest a feature for clk and our hd2..offline alarms

  So lets see what we have so far...
  
• This project depends on 3 factors, (1)Kernel, (2)Android application, (3)Bootloader.
  
  1. Kernel
     The kernel has a function in arch\arm\mach-msm\pm.c which handles the reboot reason:
     
     Code:

     ---

     static int msm_reboot_call(struct notifier_block *this, unsigned long code, void *_cmd)
{
        if((code == SYS_RESTART) && _cmd) {
                char *cmd = _cmd;
                if (!strcmp(cmd, "bootloader")) {
                        restart_reason = 0x77665500;
                } else if (!strcmp(cmd, "recovery")) {
                        restart_reason = 0x77665502;
                } else if (!strcmp(cmd, "eraseflash")) {
                        restart_reason = 0x776655EF;
                } else if (!strncmp(cmd, "oem-", 4)) {
                        unsigned code = simple_strtoul(cmd + 4, 0, 16) & 0xff;
                        restart_reason = 0x6f656d00 | code;
               
                //This is the proposed patch to our kernel
                //(thanks Rick_1995 for suggesting it to bypass the time limit of 255 min)
                } else if (!strncmp(cmd, "S", 1)) {
                        unsigned code = simple_strtoul(cmd + 1, 0, 16) & 0x00ffffff;
                        restart_reason = 0x53000000 | code;

                } else if (!strcmp(cmd, "force-hard")) {
                        restart_reason = 0x776655AA;
                } else {
                        restart_reason = 0x77665501;
                }
        }
        return NOTIFY_DONE;
}

     ---

     Not being able to compile a new kernel with a change like the green text in the above function, I just used the "oem-" prefix in the reboot reason passed from the application. The downside of this is that we can't set an alarm for more than 255 min from the current time.
  2. Application
     The application is able to:
     1. reboot the device using the PowerManager class since it is signed and placed in /system/app:
        
        Code:

        ---

        //MinutesToSuspend is set using a TimePicker
mPowerManager.reboot("oem-" + MinutesToSuspend);

//In case we have a kernel with the above patch included
mPowerManager.reboot("S" + MinutesToSuspend);

        ---

     2. play the alarm when the device has booted usind the BroadcastReceiver class that will get the BOOT_COMPLETED action.
  3. Bootloader
     The bootloader (in this case cLK):
     1. detects the boot reason and decodes the MinutesToSuspend from it and enters a sort of suspend mode with a timeout equal to MinutesToSuspend converted to msec
        
        Code:

        ---

        if(target_check_reboot_mode() == (target_check_reboot_mode() | 0x6f656d00)) {
        char str[16];
        char *endptr;
        unsigned MinutesToSuspend;
        unsigned msecToSuspend = 0;
        // Decode the MinutesToSuspend from the reboot_mode
        sprintf(str, "%i", (target_check_reboot_mode() ^ 0x6f656d00));
        MinutesToSuspend = strtol(str, &endptr, 16);
        if (MinutesToSuspend < 3)
                msecToSuspend = (MinutesToSuspend * 60000);
        else
                msecToSuspend = (MinutesToSuspend * 60000) - (120000);
                       
        suspend_time = msecToSuspend;
        show_multi_boot_screen = 0;
        boot_into_recovery = 0;
}

//In case we have a kernel with the above patch included
#define MARK_ALARM_TAG        0x53000000
if(target_check_reboot_mode() & 0xFF000000 == MARK_ALARM_TAG) {
        uint32_t MinutesToSuspend;
        // Decode the MinutesToSuspend from the reboot_mode
        MinutesToSuspend = target_check_reboot_mode() ^ MARK_ALARM_TAG;
        if (MinutesToSuspend > 3)
                MinutesToSuspend -= 2;

        suspend_time = MinutesToSuspend * 60000;
        show_multi_boot_screen = 0;
        boot_into_recovery = 0;
}

if(suspend_time) {
        msm_acpu_clock_init(1); // 384MHz (acpu_freq_tbl[0])
        //Could try setting cpu clock at 245...
        //msm_acpu_clock_init(0); // 245MHz (acpu_freq_tbl[0])
        htcleo_suspend(suspend_time);
}

        ---

     2. the suspend mode is implemented using this function
        
        Code:

        ---

        #define DS2746_SAFE_CHG_VOLTAGE        4200 // mV

void htcleo_suspend(unsigned timeout)
{
        uint32_t        voltage;
        //int16_t        current;
        bool                usb_cable_connected;
        time_t                start_time;

        start_time = current_time();
        if (timeout)
                htcleo_panel_bkl_pwr(0);
               
        do {
                //current = ds2746_current(DS2746_I2C_SLAVE_ADDR, 1200);
                voltage = ds2746_voltage(DS2746_I2C_SLAVE_ADDR);
                usb_cable_connected = htcleo_usb_online();

                if (usb_cable_connected) {
                        if (voltage < DS2746_SAFE_CHG_VOLTAGE) {
                                // If battery needs charging, set new charger state
                                if (htcleo_ac_online()) {
                                        if (htcleo_charger_state() != CHG_AC ) {
                                                writel(0x00080000, USB_USBCMD);
                                                ulpi_write(0x48, 0x04);
                                                htcleo_set_charger(CHG_AC);
                                        }
                                } else {
                                        if (htcleo_charger_state() != CHG_USB_LOW ) {
                                                writel(0x00080001, USB_USBCMD);
                                                mdelay(10);
                                                htcleo_set_charger(CHG_USB_LOW);
                                        }
                                }
                                // Led = solid amber
                                if (htcleo_notif_led_mode != 2)
                                        thread_resume(thread_create("htcleo_notif_led_set_mode_2",
                                                                                                &htcleo_notif_led_set_mode,
                                                                                                (void *)2,
                                                                                                HIGH_PRIORITY,
                                                                                                DEFAULT_STACK_SIZE));
                        } else {
                                // Battery is full
                                if(timeout) {
                                        // Set charger state to CHG_OFF_FULL_BAT
                                        if (htcleo_charger_state() != CHG_OFF_FULL_BAT ) {
                                                writel(0x00080001, USB_USBCMD);
                                                mdelay(10);
                                                htcleo_set_charger(CHG_OFF_FULL_BAT);
                                        }
                                        // and turn led solid green
                                        if (htcleo_usb_online() && (htcleo_notif_led_mode != 1))
                                                thread_resume(thread_create("htcleo_notif_led_set_mode_1",
                                                                                                        &htcleo_notif_led_set_mode,
                                                                                                        (void *)1,
                                                                                                        HIGH_PRIORITY,
                                                                                                        DEFAULT_STACK_SIZE));
                                } else {
                                        // exit while if we don't have a timeout
                                        break;
                                }
                        }
                } else {
                        // Set charger state to CHG_OFF
                        if (htcleo_charger_state() != CHG_OFF ) {
                                writel(0x00080001, USB_USBCMD);
                                mdelay(10);
                                htcleo_set_charger(CHG_OFF);
                        }
                        // and turn off led
                        if (htcleo_notif_led_mode != 0)
                                thread_resume(thread_create("htcleo_notif_led_set_off",
                                                                                        &htcleo_notif_led_set_mode,
                                                                                        (void *)0,
                                                                                        HIGH_PRIORITY,
                                                                                        DEFAULT_STACK_SIZE));
                }
                // While in loop keep tracking if POWER button is pressed
                // in order to (re)boot the device
                for (int i=0; i<6; i++) {
                        if(keys_get_state(KEY_POWER)!=0) {
                                target_reboot(0);
                                return;//:)
                        }
                        mdelay(96);//total delay ~500ms per loop
                }
                // And check if timeout exceeded in order to reboot
                if (timeout && (current_time() - start_time >= timeout))
                        target_reboot(0);
        } while ( (usb_cable_connected) /* && current >= 0) */
                        ||(timeout) ); // If we have a timeout this while-loop never breaks if we don't reboot.
               
        // Double check voltage
        mdelay(10);
        voltage = ds2746_voltage(DS2746_I2C_SLAVE_ADDR);
       
        if (voltage < DS2746_SAFE_CHG_VOLTAGE) {
                // If battery is not full then
                // EITHER the cable is unplugged
                // OR the double check of voltage gave us
                // a value less than the safe voltage.
                // Set charger state to CHG_OFF
                writel(0x00080001, USB_USBCMD);
                mdelay(10);
                htcleo_set_charger(CHG_OFF);
        } else {
                // If battery is full
                // set charger state to CHG_OFF_FULL_BAT
                writel(0x00080001, USB_USBCMD);
                mdelay(10);
                htcleo_set_charger(CHG_OFF_FULL_BAT);
                // and turn led solid green
                if (htcleo_usb_online() && (htcleo_notif_led_mode != 1))
                        thread_resume(thread_create("htcleo_notif_led_set_mode_1",
                                                                                &htcleo_notif_led_set_mode,
                                                                                (void *)1,
                                                                                HIGH_PRIORITY,
                                                                                DEFAULT_STACK_SIZE));
                // While usb cable is connected
                // keep tracking if POWER button is pressed OR timeout exceeded
                // in order to (re)boot the device
                while (htcleo_usb_online()) {                                       
                        if(keys_get_state(KEY_POWER)!=0)
                                target_reboot(0);
                        /* if (timeout && (current_time() - start_time >= timeout))
                                break; */
                }
        }
       
        // If we've set a timeout and reached it, reboot the device
        /* if (timeout && (current_time() - start_time >= timeout))
                target_reboot(0); */
                       
        // Shutdown the device
        enter_critical_section();
        platform_exit();
        msm_proc_comm(PCOM_POWER_DOWN, 0, 0);
        for (;;) ;
}

        ---

• Any suggestions or observations are welcomed!
• This is open for everyone to use or contribute. Source is available at https://github.com/n0d3/HD2_Alarm_Clock
• If you have to ask for an apk to test, then you may download this example's apk from here.But don't consider this as an application release thread.

Pixeldroid SENSE 4.0 STYLER Rom with AROMA INSTALLER / Last Runny GB 2.3.5 1.30.461.1/Data2EXT/SWAP/ZRAM/EU-TMOUS/MAGLDR-CLK/marc1706-GBLeo

The first Sense 3.5 Rom with full equipment and Sense 4.0 Design (this is a beta version)
!!!! it is prohibited to sell this Rom on eBay (i have found in eBay) or other accounts. also is prohibited to use components this rom's. after arranged with Pixelfreak and Daekin can be used shares !!!!
here you can write here none is extinguished feadbacks

• Installation
  ★ Standard Install is Slim Rom
  ★ Install Tools and Settings in Post 2
  ★ if they read exactly the installations instructions
  

• what is inside
  ★ AROMA is in German and Englisch
  ★ Last Runny GB 2.3.5 1.30.461.1 Build (thanks Carl1961)
  ★ Data2EXT
  ★ Sense 4.0 FlipClock3D by Pixelfreak
  ★ Sense 4.0 Navbar by Pixelfreak
  ★ Sense 4.0 Design by Pixelfreak
  ★ Sense 4.0 Ringtones
  ★ black Dialer by Pixelfreak
  ★ Weather Widget by Pixelfreak
  ★ lockring by Pixelfreak
  ★ Camera and Camcorder works 100% (no HD in Sense 3.5)
  ★ myROM Tweaks
  ★ other moon and sun in the widgets
  ★ my Icons
  ★ Screenshot in the Shutdown Menu
  ★ in ARMOA Install Beats and DSP it is uninstalled
  ★ in ARMOA Install more apps and widgets ( only apps install you need)
  ★ the Hotspot works with GBLeo Kernel 100%
  ★ ZRAM works 100% tested with QtADB -> Terminal -> zram_stats
  ★ SWAP works 100% tested with QtADB -> Terminal -> free
  ★ Bookmark THIS Rom on XDA (in the next version)
  

• what is not inside
  ★ superfluous one Widgets
  ★ superfluous one Wallapers
  ★ superfluous one Files for System
  

• Rom performance
  ★ after the flash and install wait 10 min. -> reboot -> 10min. -> reboot
  ★ very little accumulator use
  ★ very fast (if everybody is closed apps properly)
  ★ more free Ram with TaskKiller (install via Aroma)
  ★ fast working mobile network
  ★ fast working GPS
  

• AROMA Install
  ★ Kernel: marc1706 or GBLeo
  ★ EGL: Classic or Experimental
  ★ Storage: EXT or Nand
  ★ ZRAM: ON/OFF
  ★ SD SPEED: 1024,2048,3072,4096
  ★ Bootsound: ON/OFF
  ★ Sense 4.0 Clock Widget
  ★ Dusk Clock Widget black
  ★ Extra Apps: HTC and Custom Apps
  ★ Extra Widgets: HTC and Custom Widgets
  

• Thanks to
  ★ Daekin (XDA) Rom
  ★ Kameirus (XDA)
  ★ gecata (XDA)
  ★ Tarpe (XDA) Rom
  ★ ! ph03n x (XDA) Tread
  ★ carl1961 (XDA) Rom
  ★ marc1706 (XDA)
  ★ xxxPACHAxxx (XDA)
  ★ Sevastopol
  ★ Pixelfreak (XDA & PPC)
  ★ Virtuous (XDA)
  ★ Ajthescot (XDA)
  ★ il Duce (XDA)
  ★ and more....................
  
  ★ push the thanks button for my work :good:
  

• later.....
  

kind request please donate $1 Here using PayPal to save someone's life

we can help everybody live to save. smokin901 if this wonderful thing supports.
Beautiful Addictive and Heart Touching Video

Code:

---

This donation is collected for charity
29.10.2012  oliholimoli  5,-€
13.11.2012 Matej Režnický 2,-€

---

- Pure AOKP JB05 -


This port of AOKP JellyBean 05 runs a virtually unchanged AOKP /framework
to give you a 'Pure AOKP Experience.'
;)Try it and you'll see!


<Download>

• Kernel: tytung's JB kernel (tytung_jellybean_r1): http://goo.gl/LLPm3
• Aroma Installer: Based on tytung's CM10 JellyBean v1.1 & 1.3 roms (credits: tytung, and Xylograph (original NativeSD aroma installer) - thanks!)
• System platform: /lib system is based on tytung's Evervolv build for NexusHD2 CM10 JB v1.1 (credits: tytung - thanks!)
• Includes: Optional Apps, like Android Keyboard 4.2 (with 'Swype') & Android Launcher 4.2
• Supports: Swapping based on Yank555's scripts (credits: kovjanos & melando - thanks!): http://forum.xda-developers.com/show....php?t=1630083
• Includes: ODEXing based on Dexo-Odexer by wwchang: http://forum.xda-developers.com/show...&postcount=467
• Installs to: NativeSD & DataOnEXT ('sd-ext/AOKP' directory), and NAND (/system size ~ 260mb)
  
• Full features: Please see the official AOKP webpages for complete details of AOKP JB05: http://aokp.co

• This is actually a personal rom of wwchang's that he wishes to share, so please give thanks to him - though I will be hosting the thread.
• Most basic features are working of course - phone & data, wifi, gps, mms, email, calendar, etc - though you may find features that are untested.
• Anyway, please try to enjoy the rom.:)

• AOKP webpage: http://aokp.co
• Credits: AOKP team, tytung, Evervolv team, securecrt (NativeSD), wwchang, Anurag pandey, kovjanos, Xylograph, ph03n!x, the NativeSD devs group, and to all of us Android HD2 fans!

• Stock AOKP Milestone 1[WIP]BUGS EXPECTED

• Include Android Gingerbread
• Include MIUI 2.4.20
  
  
• Credits: tytung,Dorimanx Securecrt, Xylograph, marc1706, ph03n!x, datagr, MIUI team and everyone for trying this rom..

• All Android Gingerbread Features
• All MIUI Features
• All Google Apps preinstalled
• Root,Superuser,Busybox
• Ad free Hosts File
• Full HWA [GingerBread]
• Ad-Hoc Wifi
• GB kernel [Thanks Dorimanx]
• NativeSD [thanks to SecureCRT and Xylograph]
• NativeSD multiboot v9
• Aroma Installer
• Beautiful Boot Animation
  
  Working
  • Everything AFAIK
    
  Not Working
• Just try it and let me know if any
  

• Install HD2 nand toolkit
• Connect the device to the USB port
• Put the device into factory flash mode by booting it while pressing "volume down"
• Install HSPL using the "Install HSPL" function inside HD2ToolKit - MAGLDR: Android / WP7 supports 2.08 ONLY!
• Put the device into factory flash mode by booting it while pressing "volume down"
• Do "Task29" (aka Complete Wipe) using the "Wipe (Task29)" function inside HD2ToolKit
• Put the device into factory flash mode by booting it while pressing "volume down"
  
• Install Latest MAGLDR using the "Install MAGLDR" function inside HD2ToolKit
• Boot into MAGLDR recovery menu by pressing the "shutdown/hangup" button while booting up
• Choose "USB Flasher"
• Flash the Latest CWR (Clockwork Recovery) with the appropriate partition sizes by using the "Repartition" button inside the HD2ToolKit: System: 200MB | Cache: 5MB
• Boot into MAGLDR recovery menu by pressing the "shutdown/hangup" button while booting up
• Insert MicroSD card with the ROM ZIP
• Choose "AD Recovery"
• Flash ROM ZIP
• Reboot