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ado 2021-01-03 19:51:54 +01:00
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README.md
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@ -408,17 +408,17 @@ p.try_next<int>()
# Rest of the library
First of all, *type_traits.hpp* and *function_traits.hpp* contain many handy
traits used for the parser. Most of them are operating on tuples of elements
traits used in the parser. Most of them are operating on tuples of elements
and can be utilized in projects.
## The converter
**ss::parser** is used to manipulate on files. It has a builtin file reader, but
the conversions themselves are executed using **ss::converter**.
the conversions themselves are done using the **ss::converter**.
To convert a string the **convert** method can be used. It accepts a c-string as
input and a delimiter, as **std::string**, and retruns a **tuple** of objects in
the same way as **get_next** does it for the parser. A whole object can be returned
the same way **get_next** does it for the parser. A whole object can be returned
too using the **convert_object** method, again in an identical way **get_object**
doest it for the parser.
```cpp
@ -438,8 +438,9 @@ All special types and restrictions work on the converter too. Error handling is
also identical to error handling of the parser.
The converter has also the ability to just split the line, tho it does not
change it, statically, hence the name of the library. It returns an **std::vector**
of pairs of pointers, each **std::pair** representing a split segment of the string.
change it (kinda statically), hence the name of the library.
It returns an **std::vector** of pairs of pointers, begin and end,
each **std::pair** representing a split segment (column) of the whole string.
The vector can then be used in a overloaded **convert** method. This allows the
reuse of the same line without splitting it on every conversion.
```cpp