![]() ![]() To leverage the benefits of BufferedWriter and to have access to println () method, you can do the below as suggested in javadocs: PrintWriter out new PrintWriter (new BufferedWriter (new FileWriter ('foo.out'))) out.println. This method is preferable over the other because, in this method, we don’t have to worry about the environment in which our code will be executing. With BufferedWriter class for the reason mentioned in here best approach is to use write () and newLine () methods. We initialized a string variable s and added a new line to the string variable s after initialization with the Environment.NewLine property and the String.Replace() function in C#. S = s.Replace(".", "." + Environment.NewLine) The following code example shows us how to add a new line to a string with the Environment.NewLine property in C#. The Environment.NewLine property gets the appropriate newline for our environment. If we want to add a new line to our code, but we have no idea about the environment in which our code will be running, we can use the Environment.NewLine property in C#. Add a New Line to a String With the Environment.NewLine Property in C# We need to know the environment where our code is running to correctly add a new line to a string variable with this approach. This method of adding a new line to a string is not optimal because \n escape character is environment-dependent. We added a new line to the string variable s after initialization with the String.Replace() function in C#. ![]() String s = "This is the first line.This is the second line." The following code example shows us how we can add \n after initialization with the String.Replace() function in C#. The String.Replace(string x, y) returns a string in which the string x is replaced with the string y. The arguments of \mspace are measured in units of mu, which are 1/18 of an em. For spacing in mathematics, you should use the \mspace command rather than \hspace. You can also tweak the vertical spacing, if nexeccary, with an optional argument, e.g. The above code can be modified to add a line break to the string variable s after the initialization with the String.Replace() function. In those environments, just the command \\ is used for making new lines. The only drawback of this method is that we have to write \n during the initialization of the string variable s. We added a new line to the string variable s with the \n escape character in C#. What you can with C# This is the first line.
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