Ascii-art is a program which consists on receiving a `string` as an argument and outputting the `string` in a graphic representation using ASCII. Time to write big.
Ascii-art is a program which consists in receiving a `string` as an argument and outputting the `string` in a graphic representation using ASCII. Time to write big.
What we mean by a graphic representation using ASCII is to write the `string` received using ASCII characters as you can see in the example below:
What we mean by a graphic representation using ASCII, is to write the `string` received using ASCII characters, as you can see in the example below:
- The code must respect the [**good practices**](https://public.01-edu.org/subjects/good-practices/).
- The code must respect the [**good practices**](https://public.01-edu.org/subjects/good-practices/).
- It is recommended that the code present a **test file**.
- It is recommended that the code present a **test file**.
- It will be given some [**banner**](https://github.com/01-edu/public/blob/master/subjects/ascii-art) files (.txt files) with a specific graphical template representation using ASCII. The files are formatted in a way that it is not necessary to change them.
- Some [**banner**](https://github.com/01-edu/public/blob/master/subjects/ascii-art) files (.txt files) with a specific graphical template representation using ASCII will be given. The files are formatted in a way that is not necessary to change them.
You must follow the same [instructions](https://public.01-edu.org/subjects/ascii-art/) as in the first subject but this time with colors.
You must follow the same [instructions](https://public.01-edu.org/subjects/ascii-art/) as in the first subject but this time with colors.
The output should manipulate colors using the **flag**`--color=<color>`, in which `--color` is the flag and `<color>` is the color desired by the user. These colors can be achieved using different notations (color code systems, like `RGB`, `hsl`, `ANSI`...), its up to you to choose which one you want to use.
The output should manipulate colors using the **flag**`--color=<color>`, in which `--color` is the flag and `<color>` is the color desired by the user. These colors can be achieved using different notations (color code systems, like `RGB`, `hsl`, `ANSI`...), it is up to you to choose which one you want to use.
- You should be able to specify a single or a set of letters you want to be colored (use your imagination for this one).
- You should be able to specify a single or a set of letters you want to be colored (use your imagination for this one).
- If the letter isn't specified, the whole `string` should be colored.
- If the letter is not specified, the whole `string` should be colored.
You must follow the same [instructions](https://public.01-edu.org/subjects/ascii-art/) as in the first subject but the second argument must be the name of the template. I know some templates may be hard to read, just don't obsess about it. Please.
You must follow the same [instructions](https://public.01-edu.org/subjects/ascii-art/) as in the first subject but the second argument must be the name of the template. I know some templates may be hard to read, just do not obsess about it. Please...
You must follow the same [instructions](https://public.01-edu.org/subjects/ascii-art/) as in the first subject but this time the process will be reversed. desrever fo dnik siht toN
You must follow the same [instructions](https://public.01-edu.org/subjects/ascii-art/) as in the first subject but this time the process will be reversed. desrever fo dnik siht toN.
Ascii-reverse consists on reversing the process, converting the graphic representation into a text. You will have to create a text file containing a graphic representation of a random `string` given as an argument.
Ascii-reverse consists on reversing the process, converting the graphic representation into a text. You will have to create a text file containing a graphic representation of a random `string` given as an argument.
Chris
3 years ago
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