comparison: docs/Writerside/topics/map.h.md
docs/Writerside/topics/map.h.md
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| 27 > If you want to lazy-initialize maps, you can use the global `cxEmptyMap` symbol as a placeholder instead of using a `NULL`-pointer. | 27 > If you want to lazy-initialize maps, you can use the global `cxEmptyMap` symbol as a placeholder instead of using a `NULL`-pointer. |
| 28 > While you *must not* insert elements into that map, you can safely access this map or create iterators. | 28 > While you *must not* insert elements into that map, you can safely access this map or create iterators. |
| 29 > This allows you to write clean code without checking for `NULL`-pointer everywhere. | 29 > This allows you to write clean code without checking for `NULL`-pointer everywhere. |
| 30 > You still need to make sure that the placeholder is replaced with an actual map before inserting elements. | 30 > You still need to make sure that the placeholder is replaced with an actual map before inserting elements. |
| 31 | 31 |
| 32 > In the Sections below, the type for the key is denoted `KeyType`. | 32 > All functions working with keys are implemented as generics, so that the following types are supported: |
| 33 > All functions are implemented as generics, so that the following types are supported: | |
| 34 > `CxHashKey`, `cxstring`, `cxmutstr`, `const char*`, and `char*`. | 33 > `CxHashKey`, `cxstring`, `cxmutstr`, `const char*`, and `char*`. |
| 34 > When we write `KeyType`, we mean any of these types. | |
| 35 > {style="note"} | 35 > {style="note"} |
| 36 | 36 |
| 37 ## Examples | 37 ## Examples |
| 38 | 38 |
| 39 ```C | 39 ```C |
