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I wrote this project as a way of learning perl6 so the code may not be fully idiomatic perl6.
get-full() # generates a random name with a first name and last name get-full("male") # generates a random male full name get-full("female") # generates a random female full name get-male() # generates just a male first name get-female() # generates just a female first name get-last() # generates just a last name
You can significantly increase performance for large numbers of generated names by setting
$*buffer-size to the number of names you plan on generating. By default, the file is reread every time a name is generated.
$*buffer-size tells the library to fetch that many names at once from each file used.
$*buffer-size will likely not significantly improve performance for small numbers of generated names.
If you prefer enums to magic strings, you can use
both from the enum
Performance is a bit rubbish. The current algorithm is slower than it needs to be. Some speed increases can be implemented likely by indexing the source file instead of reading though almost the entire name database every time a rare name is generated. Alternatively a heuristic could likely be used to allow greater leaps down the text file to find the target name quicker.
In theory, the automatic tests could rarely fail just from drawing the same random name several times in a row. I have never seen this happen and is extremely unlikely.
This module was written using the python "names" module heavily as reference. Ribbon-otter (me) copied the public domain source files as well as the basic algorithm from it. The names python project, at time of writing, lists their authors as