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I am trying to set the width and height of a div exactly equal to the size of my users screen. How can it be done. Should I use jquery ? If so, how ? What about some CSS? http://jsfiddle.net/TJGZU/ body, html { /* set size of body to full page and remove margins */ width: 100%; height: 100%; padding: 0; margin: 0; } div { /* set div to full width and height */ width: 100%; height: 100%; } by css seems ideal as pimvdb has suggested...doing it in jquery would be inline styling which would be a bad practice which can be avoided unless necessary. by means of jquery: var windowWidth = $(window)

I am developing one application, right now i am on designing phase. i design one screen on the 3.7WVGA(Nexus One) screen in eclipse using Linear Layout. but when i test it on 2.7 my some icon are go outside of the screen. my question is that which layout is suitable for all screen whether i design it in 3.7 inch or run it on 2.7. Please give me a suggestion. Thanks in Advance. 1st i design it in 3.7 and second in 2.7. Don't ever, ever , ever design a screen for Android based on an actual screen size. You will always screw yourself up because there are a hundred different screens out there.

I am using the emulator. So definitely I have the root permission. I use command: adb pull /dev/graphics/fb0 d:/a and then use my program to read this file and generate a bmp. It is successful. But when I use pure java code to do this: Process process = Runtime.getRuntime().exec("su -c cat /dev/graphics/fb0"); process.waitFor(); InputStream is = process.getInputStream(); is.read(buffer, 0, width*height*2); The buffer can not get the correct data. All the data is 0, while the correct is 0xFF at the first several line. Then I tried: adb shell cat /dev/graphics/fb0 > /sdcard/tmp The tmp file also

I've been browing the site for an answer, I followed this: Android manifest config for smartphone only, Sony Xperia Z, HTC One and Samsung Galaxy S4 missing on google play And yet, google Play does not show Samsung S4 & HTC One as supported by my app in my manifest: <uses-sdk android:minSdkVersion="8" android:targetSdkVersion="16"/> <compatible-screens> <screen android:screenDensity="mdpi" android:screenSize="normal"/> <screen android:screenDensity="hdpi" android:screenSize="normal"/> <screen android:screenDensity="xhdpi" android:screenSize="normal"/> <screen android:screenDensity="mdpi"

I have an application that views pdfs, the problem is that the pdf out of the screen, and if I zoom out the pdf is not focused. I am Using code from this SO answer. Read PDF Using PDFViewer Any ideas? Thank you To increase the view size of PDFVIEWER.jar Create an ABSTRACT CLASS or just copy the code HERE For me I name the class "PdfViewerActivities" To get the desired amount of zoom please refer to the logcat which is trigger when you click the button of zoom icon in the pdf page "PDFVIEWER ST='reading page 1, zoom:0.435'" In private static final float STARTZOOM = 0.435f; change the value

I'm building a new app with this great tool and i have a question to solve. What is the best way to handle imnage size for multiple scren and multiple devices. Apple = retina and non-retina Android = ldpi, mdpi, hdpi, xhdpi, xxhdpi and tablets (all this with multiple screen resolution) BlackBerry10 = one resolution (but not equal to the others) WindowsPhone8 = one resolution (but not equal to the others) For this case, what is the best way ? Use SVG images (Optimizacion, perfomance, size of app) ?? Dedicate CSS tags for device pixel ratio (CSS Image Replacement) (the designer can kill me

Displaying images on a computer monitor involves the usage of a graphic API, which dispatches a series of asynchronous calls... and at some given time, put the wanted stuff on the computer screen. But, what if you are interested in knowing the exact CPU time at the point where the required image is fully drawn (and visible to the user)? I really need to grab a CPU timestamp when everything is displayed to relate this point in time to other measurements I take. Without taking account of the asynchronous behavior of the graphic stack, many things can get the length of the graphic calls to jitter