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Monday, August 1, 2016

Xposed for Android Lollipop is out!


The day weve been all waiting for since Android Lollipop landed on the HTC flag-ship devices! Xposed (so far Alpha version) for Android 5.0 is finally here!

Installation procedure is a bit more complicated than it used to be with pre-Lollipop Xposed installer. This time you need to install regular .apk file to manage installed modules and also flash a .zip package with a framework inside custom recovery.

Ok, so wait no more! Go to the original thread - [OFFICIAL] Xposed for Lollipop and download proper installation files. Keep in mind its still in Alpha stage, so rovo89 warned that there is a risk of boot loop, because Xposed hasnt been yet tested on many devices.

Let us know how it works for you!

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Predicting Future Travel Times with the Google Maps APIs

Posted by Elena Kelareva, Product Manager, Google Maps APIs

Location-based and time-relevant data are changing the way we live, work and travel. As consumers, we can access incredibly detailed information about where we are and where we’re going with a few taps on our mobile devices. Location and time-relevant data play an important role in helping to answer everyday questions like “what’s the best route to take when running errands?” or “what time is my taxi arriving?” At work, we rely on this data to make better decisions, like how to optimize utilization of assets or organize a team. Google Maps and Google Maps APIs have played a key role in helping us make these decisions, both at home and at work.

Today, we’re bringing predictive travel time – one of the most powerful features from our consumer Google Maps experience – to the Google Maps APIs so businesses and developers can make their location-based applications even more relevant for their users.

Predictive travel time uses historical time-of-day and day-of-week traffic data to estimate travel times at a future date. This makes it easier than ever to predict how long it will take to get somewhere and suggest the best route even when the departure time is far in the future.

Since traffic conditions in the future will vary greatly, we give companies the ability to set an optional traffic_model parameter to choose whether an optimistic, pessimistic or best_guess estimate of traffic conditions is most appropriate for their application. Some examples:

  • If your application is used for scheduling deliveries, and you want to ensure you’ve allowed enough time between deliveries so your drivers won’t be late, you might want to use the pessimistic travel time estimates.
  • On the other hand, if you’re building a thermostat app, and you want the house to be warm by the time your user arrives home from work, you might want to use the optimistic travel time estimate to calculate when the user is likely to arrive.
  • If you want to give your user an estimate of the most likely travel time to their destination, the default best_guess traffic model will give you the most likely travel time considering both current traffic conditions and historical averages.

We worked with the real estate website Redfin to show developers what’s possible with predictive travel times. Redfin will use the Google Maps Distance Matrix API to help make better predictions for drive time between homes.

“Taking the guesswork out of knowing how long it will take to drive between homes will help us provide a better customer experience to our users” – Curtis Howell, Product Manager Customer Engagement, Redfin

Predictive travel time is available for both Standard Plan and Premium Plan customers in the Direction and Distance Matrix API, and for Premium Plan customers only in the JavaScript Maps API.

To get started with the predictive travel time, visit our documentation on the Directions and Distance Matrix API and try it out by signing up online for the Standard Plan or reach out to your account manager. To become a Premium Plan Customer, please reach out here.
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Saturday, July 30, 2016

HTC One won Gadget of the Year by T3


Since the release date, the HTC One has won almost every smartphone contest. Its won awards on many sites because of its unique design and great performance in conjunction with my favourite Android custom UI - HTC Sense. Now, months after the launch event in London, the HTC One has won yet another slew of awards - T3 Gadget of the Year, T3 Phone of the Year and finally T3 Design Award 2013! We are not hiding the fact that we are not surprised!
"The HTC One is a product designed to save a company in financial trouble – and it seems HTC’s design and engineering team work well with their backs against the wall.
This Android phone is the best product HTC has ever built, with a gorgeously thin, reassuringly rigid aluminium body bonded to the 4.7-inch screen by a technique that doesnt leave a single gap. And speaking of the screen, it’s eyeball-piercingly sharp, with a 1080p full HD resolution and Retina display-spanking pixel density of 468ppi. It’s one of a handful of phones that can be mentioned in the same breath as the iPhone when it comes to looks and build quality.
Performance is no less impressive, with the quad-core processor blazing through tasks with nary a trace of lag and the 4MP Ultrapixel camera serving up some of the finest snaps weve ever seen from a smartphone."
Source: Awards T3

Android Revolution HD in courtesy of HTC is giving away brand new HTC One to the lucky winner of the giveaway #RevolutionChange contest. Dont miss it!

Have any questions or comments? Feel free to share! Also, if you like this article, please use media sharing buttons (Twitter, G+, Facebook) below this post!
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HTC One review part 1 Design

I used to think that we were in an era when all smartphones with big screens looked more or less the same. Because if youre honest, what can be changed in the front of the device, if 90 to 95% of its surface is just touch screen? Oh dear, I was so wrong. HTC One is a true masterpiece of art. However, this review will also show some weak points of the newest HTC premium device. Yes there are some shortcomings, but we are not living in an ideal world so you wont ever find a perfect product: it doesnt matter if its just a smartphone, a computer or even a car. People have different tastes or expectations and this wont ever change. But HTC One can surely satisfy more people then any other device before. Lets start from the beginning.






Size: 137.4 x 68.2 x 9.3mm


Weight: 143g


Display: 4.7 inch, Full HD 1080p, 468 PPI




Design

HTC put in a lot of effort to make this device look amazing - efforts which have been a great success. However, design was never a weak point of HTC devices. As far back as I remember, HTC devices were always one step ahead of the competition when it came to the design and form innovation. So for me, it is not a surprise that HTC One sets a new standard of build quality and design.  

Gaps
However, some users are reporting a wide gap between its plastic and metal surfaces. I dont have any on mine, but as far as I know this problem is not a matter of just few devices. So right after you buy yours, make sure it doesnt have any gaps. Is it something that should stop you from buying HTC One? Surely not. It is normal in every production process that sometimes there are some manufacturing issues. On the other hand, it seems that HTC quality testing department is not working very well, if units with gaps are passing build flaw tests. HTC One is a premium device for a premium price, so as a customer, you have a right to expect a gap free product (especially since HTC advertised the device as "gap free"). If you have noticed any, go to the store where you bought your device and exchange it for a gap free unit.

Made from one piece of aluminium
HTC One is known to be made from aluminium with a unibody construction. You can have a silver model or a black one at the moment (more colours are rumoured to be on the way). I can tell you that both look amazing. The black device looks to be more solid, but silver gives you a better, more premium look and feel. Not much to discuss when it comes to colours, because its a matter of a taste of each user. If you want to read more about the process of designing the HTC One, you can visit this blog - Metal-morphosis of the New HTC One and this one - Making the New HTC One.

No removable battery - no problem
The unibody design has some particular consequences. First of all, you cant remove or change the battery inside the HTC One. Is it an issue? Personally, I never found it to be a problem. There are methods to switch off the device completely without removing the battery - a combination of power + volume buttons. Also, I shared my thoughts on this topic here - Removable battery - do we really need it? Its been a while already since the HTC One has been on the market and its a best-selling product, despite its non-removable battery. Does this mean a removable battery is not that important in the end?

Of course I understand some arguments against having a non-removable battery. But there are always two sides of an argument and Im not here to judge which side is better. Personally I just prefer unibody design, mostly because I see no reason to replace or remove the battery inside the device.


No micro-SD card - no problem either
It seems that no micro-SD card slot is also a consequence of having such a design. However, I can imagine that a micro-SD card could be used the same way as micro-SIM card is and it wont make it impossible to have a unibody design. On the other hand I also dont find any reasonable arguments to have a micro-SD card. The vast majority of users dont need more then 32 GB of available space. If you want to know more details about Android and internal memory you can read my article here - Virtual SD card on Android. HTC One is not supposed to be your personal media storage - for that you should buy a mini-PC with an mATX motherboard and 2x2TB HDDs connected with RAID. If the internal storage on your HTC One is full, backup some pictures or music onto your PC (or use USB OTG).


What to improve
Is there room for some improvements? Yes, I think there is. First of all, the design of the hardware buttons is not really comfortable. Having the power button on the top of such big device is not the best solution. Also, the power button itself is too small and it doesnt protrude enough from the surface, so its quite hard sometimes to press it. Maybe its because of the IR sensor built into the button that they were stuck with this design. I believe that having a power button located on the right hand side of the device (like on Nexus devices) and volume buttons on the left hand side would be a much better solution.

Secondly, the build of the front speaker grilles. These tiny holes can get clogged very easily. I cant think of an alternate solution at the moment; I guess its just the downside of having a smartphone with amazing sound capabilities, known as HTC BoomSound™.

The last biggest design flaw I found are capacitive buttons. There are just 2 buttons - home and back button. It is already confirmed that under the HTC logo there is a touch sensor as well, and with the new "logo2menu" feature available in most custom kernels for HTC One it is possible to assign the HTC logo as a menu button. I think that the trend to have fewer buttons on smartphones comes from Apple - but iOS is a completely different operating system with a much simpler UI, and its quite impossible to make the Android user experience that simple. Having just 2 capacitive buttons brings some negative consequences, for instance there is significant confusion about different "long-press" and "double-tap" combinations. For example, to activate the menu function you need to long press the Home button. To display "Recent Applications" you need to quickly tap twice on the Home button. Wouldnt it be easier for the end users to have 3 buttons instead of just 2, where one of them can be used in 3 different ways?

- 1 tap = home

- 2 tap = recent apps
- long tap = menu



Im writing this review using Android 4.2.2 on my HTC One. On Android 4.1.2 it was less complicated, but somehow worse, because without the possibility to assign a long tap on the home button as "menu", you would have to deal with an ugly black "action overflow" button at the bottom of the display, the result of application developers failing to implement the appropriate Android SDK (level 11 or higher). Such a button takes about 10% of the screen space and in some cases it does absolutely nothing. You can disable it by proper system modification (qemu.hw.mainkeys=1) but then you wouldnt be able to access the apps settings if the particular app doesnt support Android SDK level 11+. You can read more about Googles approach to the issue here - Say Goodbye to the Menu Button.

I believe that the perfect combination of capacitive buttons would be following:

- Back button
---> short press = back
---> long press = kill recent app

- Home button


- Menu button

---> short press = home
---> long press = recent apps


Shiny edges
Coming back to overall design, I forgot to mention that I really like the shining aluminium edges of the One. Its much more visible on the silver version, which is also known to be less susceptible to fingerprints. This is a really awesome effect, and there is no phone on the market that looks as good as the HTC One. Say no to plastic!

Heat dissipation
Apart from premium looks, the aluminium unibody brings one more very important feature. It works as a natural, huge radiator, taking out heat from inside your device. I can definitely tell that the HTC One is running much cooler than the HTC One X or One X+. The included "System on a Chip" is part of the reason, but the aluminium body helps a lot in dissipating any heat that does build up.



Camera
Camera housing is flat in HTC One, and its very good move from HTC. In HTC One X/X+ camera housing protrudes from the phone body and it was very easy to scratch it. It seems that HTC took seriously users feedback in that matter.





Verdict

There is a lot of marketing effort behind the HTC One, but this time its one of those rare occasions where advertising doesnt lie. The HTC One is a premium product, with unique and completely amazing design. If youre looking for a smartphone that will gain people attention on the street, the HTC One fits perfectly. But design is not all - it also has great hardware inside, but this is a material for part 2 of this review, coming in a few days!

PS. I want thank to Tom Kelsall, my HTC Elevate companion for his help in a proper grammar redaction of the review! Thanks Tom!




Design summarize:

+ overall design
+ aluminium unibody construction
+ it feels really great in the hand
+ available in two great looking colours
+ two sound grids for best multimedia experience

- gaps on some units
- only 2 capacitive buttons
- hardware buttons location

Have any questions or comments? Feel free to share! Also, if you like this article, please use media sharing buttons (Twitter, G+, Facebook) down this post!
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How To Fix Wi Fi connecting issues on the HTC One running Android 4 4 2

It turned out that HTC One users have lately some problems with connecting their devices to the Wi-Fi routers after the Android 4.4.2 update. Here we present the iconography solution of this problem.

  1. Open Settings panel and click on the "Wi-Fi" tile
  2. Tap on the "3 dots" menu in the upper right corner
  3. From the list select "Wi-Fi Direct"


  4. You will now see that your device is called "Android_ed2c". Tap on the "3 dots" menu in the upper right corner
  5. From the list select "Rename device"
  6. Replace the "Android_ed2c" with  the "HTC One" text and hit "OK" button


  7. Done!
Have any questions or comments? Feel free to share! Also, if you like this article, please use media sharing buttons (Twitter, G+, Facebook) below this post!
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Friday, July 29, 2016

Introducing Google Actual Cloud Platform



(Cross-posted on the Google Cloud Platform Blog.)

At Google Cloud Platform, we strive to deliver innovative cloud computing technology to developers at low costs with massive scale. Currently, our cloud offerings are powered by best-in-class data centers, virtualization software and container-based applications, but as we consider the future of cloud computing, we realize there’s a major opportunity ahead that would allow us to deliver an unprecedented improvement in the power, efficiency and reliability of our infrastructure. We can elevate cloud computing like never before.

We’re answering the question that’s been in front of us the whole time: why isn’t cloud computing built in actual clouds? Well, as of today, it is. We’re excited to announce Google Actual Cloud Platform: all of our incredible services and products running in actual clouds in the troposphere.

Starting on April 1, Google Actual Cloud Platform brings with it a number of exciting new features:

  • New compute zone: We’ve added a new compute zone, troposphere-1a, to make it easier than ever to provide your app with non-earth-bound availability. Now, you no longer have to make a choice between high availability and high altitude.

  • New machine types: Alongside our current machine types, we’ve added a new category of “physical” devices: actual-cloud machine types. Choose from cumulus-16gb, cirrus-32gb and stratocumuliform-64g (created specifically for data intensive workloads).

  • Stormboost: Drawing on charges from electrical fields during thunderstorms, we’re able to supercharge read/write performance on all persistent disks and offer 50% higher IOPS.

  • CloudDrops: A new, game-changing content distribution system. CloudDrops can provide blazingly fast content delivery to all of your users using—you guessed it—rain drops.

  • Weather Dashboards in the Developer’s Console: With new weather-dependent performance features, you need a way to monitor the atmospheric conditions of your servers. Now, you can monitor humidity/request, watch your app’s altitude and see a 7-day forecast right next to the rest of your stats.

  • Bare-metal container support: Applications deployed on Actual Cloud Platform can run in containers too. The lightweight shared kernel model of containers makes them ideal for non-terrestrial deployments.

From all of us on the Google Cloud Platform team, here’s to clear skies ahead.
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ion Loc"

samsung,pen,package,–,some,fundamentals
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