Sunday, November 27, 2016
Inline Search Results in Mobile Google Search
Inline Search Results in Mobile Google Search
Googles goal used to be sending users as quickly as possible to the best sites that answered their questions. Smartphones popularity changed this and Google started to show detailed answers that used information from other sites. On-the-go users dont have much time to check multiple search results and find their answers, many sites arent optimized for mobile, mobile data is still expensive and users have to deal with slow Internet connections.
Brandon Giesing noticed an interesting question from Google Opinion Rewards: "Imagine youre Googling on your phone. Compared to tapping on a regular search result, would tapping on a result that expanded to reveal content below where you tapped would be... much worse/worse/similar/better/much better?" It looks like Google considers adding a feature that loads the content of a search result inline, probably from Google Cache.

{ Thanks, Brandon. }
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Huawei E585
Huawei E585
| Huawei E585 3G Pocket Modem Router/ MiFi Wifi Mobile Broadband: Specifications & Features |

Huawei E585 Technical Specification:
| General | |
|---|---|
| Model | E585 |
| Brand | Huawei |
| Type | 3G Wireless Router |
| Ports | Mini USB |
| Networks | 3G / 2G |
| Modem | |
|---|---|
| Chipset | Qualcomm MSM7225 |
| Firmware | ? |
| Algorithm | NEW ALGO |
| Hardware ver. | ? |
| Dimensions | |
|---|---|
| Weight | <90 g |
| Height | 86 mm |
| Width | 46.5 mm |
| Depth | 10.5 mm |
| Frequency Bands | |
|---|---|
| WLAN | ? |
| 3G | 2100 MHz |
| 2G | 850/900/1800/1900 MHz |
| Connectivity Speed | |
|---|---|
| WI-FI | 54 Mbps |
| HSDPA | 7.2 Mbps |
| HSUPA | 5.76 Mbps |
| UMTS | 384 kbps |
| EDGE | 236.8 kbps |
| GPRS | 85.6 kbps |
| Battery | |
|---|---|
| Type | Li-ion battery |
| Capacity | 1500mAh |
| Standby | 100 hours |
| Working | 5 hours |
| Power | |
|---|---|
| AC | 100-240 Volt |
| DC | 5.3 Volt |
| Memory Support | |
|---|---|
| Memory Capacity | 32 GB |
| Memory Card Slot | SD Card |
| WLAN | |
|---|---|
| IEEE | 802.11b/g/n |
| Encryption | WPA2-AES |
| Wi-Fi Devices | 5 Users |
| Additional Features | |
|---|---|
| Antenna Port | Internal |
| Auto APN | Yes |
| SMS Support | Yes |
| LED Indicator | Yes |
| Setup Installation | Plug and Play |
| Web Interface | ? Language |
| Web Management Page | ? |
| System Requirements | |
|---|---|
| Operating System | Windows XP, Windows Vista, Windows 7, Mac and Linux |
Download Firmware Huawei E585 Update Original and Certified
Download Firmware |
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How to Install Android 6 0 1 Marshmallow Slim ROM on T Mobile LG Optimus L90 D415
How to Install Android 6 0 1 Marshmallow Slim ROM on T Mobile LG Optimus L90 D415
SlimROM is a custom android operating system. The main goal is to offer users a slimmed down but still feature rich alternative to other android operating systems.
The entire SlimTeam works together to bring you this tailor-made beauty straight from Android Open Source Project (AOSP) source code.
÷ ROM Features:
Android Marshmallow
Slim Center
Slim Launcher
Slim File Manager
Slim Heads Up
The Real Dark Slim User Interface
SlimPIE (inspired by ParanoidAndroids PIE with a light touch of Slim)
Smart Card Service
Adaptive Backlight
Adaptive Brightness
Smart Lock
Privacy Guard
Sounds Tweaks(Audio FX and Music FX)
Status Bar Tweaks
Battery Saver Mode
Removed Bloatwares
Notification Reminder/Snoozer
Drawer Shortcuts
Lockscreen Shortcuts
Custom Quick Settings Tiles
Improved Performance
Camera - True View
Camera - Smart Capture
and Much More!
WHATS WORKING:
Everything..
BUGS/NOT WORKING:
IR.
Follow our guide below to download Android 6.0.1 Marshmallow Slim ROM and install it yourself.
÷ Prerequisites:
This tutorial is only for installing Android 6.0.1 Marshmallow Slim ROM on T-Mobile LG Optimus L90 D415. Please do not try on any other LG Optimus variants.
Your phone should be rooted and haveClockworkMod recovery installed from before.
This tutorial will wipe out all your data.Proceed at your own risk.Perform a Dalvik Cache wipe before proceeding from the recovery mode.
Make sure you backup all your data in your phone before proceeding.
*Disclaimer:
Android Custom ROM fix ® provide various Firmware Updates and Rooting process along with Custom ROM,Modes,file are all belong to their owners/developers. The autor of this site or the developers are not responsible, if you damage or brick your device.Do it on your own risk and follow the instruction properly.
* Important:
Backup important files stored on your device before proceeding with the steps below, so that in case something goes wrong youll have backup of all your important files.

÷ How to Install Android 6.0.1 Marshmallow Slim ROM on T-Mobile LG Optimus L90 D415.
Step 1 Download Slim ROM Android 6.0.1 Marshmallow and Google Apps for your T-Mobile LG Optimus L90 D415 to your computer.
Step 2 Connect and mount your LG Optimus L90 D415 USB memory on your computer using the USB cable.
Step 3 Now copy/paste the downloaded Android 6.0.1 ROM zip file and Google Appszip files to your SD card. Make sure the files are in the SD card root (not in any folder).
Step 4 Then turn OFF your phone and disconnect from the USB cable.
Step 5 Now to get in the Recovery Mode. Switch ON the phone while pressing and holding Volume Up + Home + Power buttons together
Step 6 Once you are in ClockworkModRecovery, select perform a full data wipe by selecting wipe data/factory reset. Use the Power button to select everything while in the Recovery Mode.
Step 7 Then, perform a cache wipe by selecting wipe cache partition .
Step 8 Now this is optional, but it is recommended to perform a wipe of your dalvik cache as well. You will not get into boot loops or any other errors. From CWM recovery, go to advanced and then select wipe dalvik cache.
Step 9 Then go back to the main recovery screen and select install zip from SD card.
Step 10 Now select choose zip from sdcard. Using your volume keys, navigate to the Android 6.0.1 ROM zip file that you copied to your SD card and select it using the Power button. Confirm the installation on the next screen and the installation procedure should start now.
Google Apps: Repeat the above step for the Gapps zip file as well and install it on your phone.
Step 11 After the installation completes, go to +++++Go Back+++++ and reboot the phone by selecting reboot system now from the recovery menu.

Your T-Mobile LG Optimus L90 D415 will boot now and it might take about 5 minutes to boot on your first time. So, please wait.
Thats it Your LG Optimus L90 D415. should now have Android 6.0.1 Marshmallow Slim ROM installed on your phone! Go to Settings > About phone to verify.
For More T-Mobile LG Optimus L90 D415. Brand New Firmware & Custom ROM keep checking AndroidCustomROM Fix ®
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Best Regards
Available link for download
Announcing the Google Play Indie Games Festival in San Francisco Sept 24
Announcing the Google Play Indie Games Festival in San Francisco Sept 24
Posted by Jamil Moledina, Google Play, Games Strategic Lead
If youre an indie game developer, you know that games are a powerful medium of expression of art, whimsy, and delight. Being on Google Play can help you reach over a billion users and build a successful, global business. Thats why we recently introduced programs, like the Indie Corner, to help more gamers discover your works of art.
To further celebrate and showcase the passion and innovation of indie game developers, were hosting the Google Play Indie Games Festival at the Terra Gallery in San Francisco, on September 24.

This is a great opportunity for you to showcase your indie title to the public, increase your network, and compete to win great prizes, such as Tango devices, free tickets for Google I/O 2017, and Google ad campaign support. Admission will be free and players will get the chance to play and vote on their favorites.
If youre interested in showcasing your game, were accepting submissions now through August 14. Well then select high-quality games that are both innovative and fun for the festival. Submissions are open to US and Canadian developers with 15 or less full time staff. Only games published on or after January 1, 2016 or those to be published by December 31, 2016 are eligible. See complete rules.
We encourage virtual reality and augmented reality game submissions that use the Google VR SDK and the Tango Tablet Development Kit.
At the end of August, well announce the group of indies to be featured at the festival.
You can learn more about the event here. We cant wait to see what innovative and fun experiences you share with us!
Available link for download
Connecting your App to a Wi Fi Device
Connecting your App to a Wi Fi Device
Posted by Rich Hyndman, Android Developer Advocate
With the growth of the Internet of Things, connecting Android applications to Wi-Fi enabled devices is becoming more and more common. Whether youre building an app for a remote viewfinder, to set up a connected light bulb, or to control a quadcopter, if its Wi-Fi based you will need to connect to a hotspot that may not have Internet connectivity.
From Lollipop onwards the OS became a little more intelligent, allowing multiple network connections and not routing data to networks that dont have Internet connectivity. Thats very useful for users as they dont lose connectivity when theyre near Wi-Fis with captive portals. Data routing APIs were added for developers, so you can ensure that only the appropriate app traffic is routed over the Wi-Fi connection to the external device.
To make the APIs easier to understand, it is good to know that there are 3 sets of networks available to developers:
- WiFiManager#startScan returns a list of available Wi-Fi networks. They are primarily identified by SSID.
- WiFiManager#getConfiguredNetworks returns a list of the Wi-Fi networks configured on the device, also indexed by SSID, but they are not necessarily currently available.
- ConnectivityManager#getAllNetworks returns a list of networks that are being interacted with by the phone. This is necessary as from Lollipop onwards a device may be connected to multiple networks at once, Wi-Fi, LTE, Bluetooth, etc The current state of each is available by calling ConnectivityManager#getNetworkInfo and is identified by a network ID.
In all versions of Android you start by scanning for available Wi-Fi networks with WiFiManager#startScan, iterate through the ScanResults looking for the SSID of your external Wi-Fi device. Once youve found it you can check if it is already a configured network using WifiManager#getConfiguredNetworks and iterating through the WifiConfigurations returned, matching on SSID. Its worth noting that the SSIDs of the configured networks are enclosed in double quotes, whilst the SSIDs returned in ScanResults are not.
If your network is configured you can obtain the network ID from the WifiConfiguration object. Otherwise you can configure it using WifiManager#addNetwork and keep track of the network id that is returned.
To connect to the Wi-Fi network, register a BroadcastReceiver that listens for WifiManager.NETWORK_STATE_CHANGED_ACTION and then call WifiManager.enableNetwork (int netId, boolean disableOthers), passing in your network ID. The enableNetwork call disables all the other Wi-Fi access points for the next scan, locates the one youve requested and connects to it. When you receive the network broadcasts you can check with WifiManager#getConnectionInfo that youre successfully connected to the correct network. But, on Lollipop and above, if that network doesnt have internet connectivity network, requests will not be routed to it.
Routing network requests
To direct all the network requests from your app to an external Wi-Fi device, call ConnectivityManager#setProcessDefaultNetwork on Lollipop devices, and on Marshmallow call ConnectivityManager#bindProcessToNetwork instead, which is a direct API replacement. Note that these calls require android.permission.INTERNET; otherwise they will just return false.
Alternatively, if youd like to route some of your app traffic to the Wi-Fi device and some to the Internet over the mobile network:
- For HTTP requests you can use Network#openConnection(java.net.URL), directly routing your request to this network.
- For low-level socket communication, open a socket and call Network#bindSocket(java.net.Socket), or alternatively use Network#getSocketFactory.
Now you can keep your users connected whilst they benefit from your innovative Wi-Fi enabled products.
Available link for download