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How to replace a new line with unicode character using Java ReplaceAll method?
I want to replace a new line character with a Unicode Character. I have tried the below code but not working. I am getting exception.
String replacedString = String.replaceAll("[
]", "‐");
I am getting this exception.
Exception in thread "main" java.util.regex.PatternSyntaxException: Illegal/illegal
character class near index 1
[
]
A:
Try this:
String replacedString = String.replaceAll("[
]", "‐");
This is the Unicode character notation for ‐, which is the vertical bar | character, U+005C, as defined by the Unicode Character Database.
Q:
Adjusting float in a container of elements
I would like to adjust a float in a container of elements, if the content of a container element exceeds the float.
In the following example, I want to make a minimal and intuitive user interface:
|
Some content 01e38acffe
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If you have been using the pre-built cpp library for C++, you can skip this step, or you can learn to use a newer library like Boost.
Create the header file
To start with, you have to create a file called atlattice.h.
This file needs to be in the root folder of your project. You will want to reference it by including a header like this atlattice.h.
#include
Then define the constructor
You want to use some settings for your container. They are passed into the constructor as argument. It is then responsible for initializing the settings. You can find these settings under a struct called settings.
The data_node_type of type int will get a pointer to your class, that will store the settings. In this case, the class will just be a struct.
struct settings {
int data_node_type = 0;
};
The values for data_node_type can be anything as long as they are convertible to an int.
Then you need to implement the main function
In this case, it is implemented with a main function. If you wanted, you could use a separate function to start up your program.
int main() {
settings s;
return s.data_node_type;
}
Implementing data_node_type
This is a very basic example. The only purpose of this class is to be able to store settings into an internal tree, that is constructed by data_node_type.
In this case, we are using int, because any value convertible to an int can be used as a data_node_type. If you wanted to store complex values, you would need to use some data_node_type derived from the container, that would handle these more complex values.
If you want to use a std::map as a container, you would need to have a data_node_type derived from std::pair. Here is a simple implementation of that.
struct std_pair {
int key;
int data_node_type;
};
You can implement your own data_node_type, if you want. You would then just have to make sure the derived data_node_
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