word-wrap

Does anyone know of a way to get vim to wrap long lines of text such that the position of the wrapped text is based on the indentation of the current line? I don't want to reformat my code, just for it to be displayed prettily. For instance, if I set my settings so that the line: print 'ProcessorError(%r, %r, %r)' % (self.file, self.index, self.message) is displayed when wrapped as: print 'ProcessorError(%r, %r, %r)' % (self.file, self.index, self.message) then if I write a block of code like this: def __repr__(self): return 'ProcessorError(%r, %r, %r)' % (self.file, self.index, self.message)

In all versions of Java up to 6, the default behaviour of a JTextPane put inside a JScrollPane was: wrap lines at word boundaries if possible. If not, then wrap them anyway. In JDK 7, the default behaviour seems to be: wrap lines at word boundaries if possible. If not, just expand the width of the JTextPane (never wrap long words). It is easy to reproduce this, here is a SSCCE: public class WrappingTest extends JFrame { public static void main ( String[] args ) { new WrappingTest(); } public WrappingTest () { setSize(200,200); getContentPane().setLayout(new BorderLayout()); JTextPane jtp = new

If I call $(".myClass") I get an array of elements. If I now want to get the first element as jquery element I would do something like this: $($(".myClass").get(0)) So I wrap the DOM-Element, which I get from the array again with the jQuery operator. Is there a more elegant way to do this? Some get method, which returns a jQuery element for example? Use the eq() method : $(".myClass").eq(0) This returns a jQuery object, whereas .get() returns a DOM element. .eq() lets you specify the index, but if you just want the first you can use .first() , or if you just want the last you can use (surprise

I've got an inline-block element that contains a very long word. When I resize the viewport until I reach the breakpoint of the text wrapping to the next line, I get a substantial amount of space. However, I would like the inline-block element to wrap immediately to the width of its contents. I found it hard to explain exactly what's going on, so below an animated gif to illustrate my issue: Upon resizing the viewport: To be clear, the image above is me continuously resizing the viewport. Does anybody know a way to achieve what I'd like? Even with CSS hyphenation the white-space still remains

I would like to wrap a C library within a C++ class. For my C++ class I also would like to have the same declaration used by these C function: is it possible to do that? If for example I have the case below how would it be possible to distinguish the C-function from the C++ one? I would like to call the C one off course. extern int my_foo( int val ); // class MyClass{ public: int my_foo( int val ){ // what to write here to use // the C functions? // If I call my_foo(val) it will call // the class function not the global one } } Adam Rosenfield Use the scope resolution operator :: : int my_foo(

Does any one know how to wrap text in TextView in Android platform. i.e if the text in textview exceed the screen length it should be displayed in the second line. I have searched and tried the following: android:scrollHorizontally="false", android:inputType="textMultiLine", android:singleLine="false" But none work.. Can anyone suggest how can I do it. For me this issue only occurred on Android < 4.0 The combination of parameters I used were: android:layout_weight="1" android:ellipsize="none" android:maxLines="100" android:scrollHorizontally="false" The maxLines count seemed to be the random

I am looking for an algorithm to wrap text within a non-rectangular shape, preferably based on the Knuth and Plass algorithm. The hardest part of this is that the lines may have different heights due to differing font sizes in the text. The image below is an example of what the algorithm should be able to generate. Edit, Updated Try text / html gggggggggggggg gggggggggggggg gggggggggggggggggggg gggggggggggggggggg gggggggggggggggggggggggg gggggggggggggggggggggg ggggggggggggggggggggggggggg ggggggggggggggggggggggggg ggggggggggggggggggggggggggggggggggggggggggggggggggggggggg