Ascii-art consists on receiving a `string` as an argument and outputting the `string` in a graphic representation of ASCII.
- This project should handle numbers, letters, spaces, special characters and `\n`.
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.
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:
```````````console
@@@@@@BB@@@@``^^``^^``@@BB$$@@BB$$
@@%%$$$$^^^^WW&&8888&&^^""BBBB@@@@
@@@@@@""WW8888&&WW888888WW``@@@@$$
BB$$``&&&&WWWW8888&&&&8888&&``@@@@
$$``&&WW88&&88&&&&8888&&88WW88``$$
@@""&&&&&&&&88888888&&&&&&88&&``$$
``````^^``^^^^^^````""^^``^^``^^``
""WW^^@@@@^^``````^^BB@@^^``^^&&``
^^&&^^@@````^^``&&``@@````^^^^&&``
``WW&&^^""``^^WW&&&&""``^^^^&&88``
^^8888&&&&&&WW88&&88WW&&&&88&&WW``
@@``&&88888888WW&&WW88&&88WW88^^$$
@@""88&&&&&&&&888888&&``^^&&88``$$
@@@@^^&&&&&&""``^^^^^^8888&&^^@@@@
@@@@@@^^888888&&88&&&&MM88^^BB$$$$
@@@@@@BB````&&&&&&&&88""``BB@@BB$$
$$@@$$$$$$$$``````````@@$$@@$$$$$$
```````````
- This project should handle an input with numbers, letters, spaces, special characters and `\n`.
- Take a look at the ASCII manual.
This project will help you learn about :
- The Go file system(**fs**) API.
- Ways to receive data.
- Ways to output data.
- Manipulation of strings.
- Manipulation of structures.
### Instructions
- Your project must be written in **Go**.
- 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 will be given some [**banner**](https://github.com/01-edu/public/blob/master/subjects/ascii-art) files with a specific graphical template representation of ASCII. The files are formatted in a way that it is not necessary to change them.
- 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.
### Banner Format
@ -58,7 +72,6 @@ This project will help you learn about :
You must follow the same [instructions](https://public.01-edu.org/subjects/ascii-art/) as in the first subject but 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.
- The colors can be done using different notations (color code systems, like `RGB`, `hsl`, `ANSI`, ...), its 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).
- If the letter isn't specified, the whole `string` should be colored.
This project will help you learn about :
- The Go file system(**fs**) API.
- Color converters.
- Ways to receive data.
- Ways to output data.
- Manipulation of strings.
- Manipulation of colors on the terminal.
- Manipulation of structures.
### Instructions
- Your project must be written in **Go**.
@ -30,3 +18,10 @@ This project will help you learn about :
### Allowed packages
- Only the [standard go](https://golang.org/pkg/) packages are allowed
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.
This project will help you learn about :
- The Go file system(**fs**) API.
- Ways to receive data.
- Ways to output data.
- Manipulation of strings.
- Manipulation of structures.
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/ascii-art.en) as in the first subject but the representation should be formatted using a **flag**`--align=<type>`, in which `type` can be :
You must follow the same [instructions](https://public.01-edu.org/subjects/ascii-art) as in the first subject but the alignment can be changed.
```console
We
will
explain!
```
To change the alignment of the output it must be possible to use a **flag**`--align=<type>`, in which `type` can be :
- center
- left
@ -11,18 +19,10 @@ You must follow the same [instructions](https://public.01-edu.org/subjects/ascii
- You must adapt your representation to the terminal size. If you reduce the terminal window the graphical representation should be adapted to the terminal size.
This project will help you learn about :
- The Go file system(**fs**) API.
- Ways to receive data.
- Ways to output data.
- Manipulation of strings.
- Manipulation of structures.
### Instructions
- Your project must be written in **Go**.
- The code must respect the [**good practices**](https://public.01-edu.org/subjects/good-practices.en).
- The code must respect the [**good practices**](https://public.01-edu.org/subjects/good-practices).
- It is recommended that the code should present a **test file**.
### Allowed packages
@ -31,6 +31,8 @@ This project will help you learn about :
### Usage
Assume the bars in the display below are the terminal borders:
```console
|$ go run . "hello" standard --align=center |
| _ _ _ |
@ -70,3 +72,9 @@ This project will help you learn about :
- You must follow the same [instructions](https://public.01-edu.org/subjects/ascii-art/) as in the first subject **while** writing the result into a file.
- You must follow the same [instructions](https://public.01-edu.org/subjects/ascii-art/) as in the first subject **while** writing the result into a file. Yep, you will read from one file and write to another.
- The file must be named by using the flag `--output=<fileName.txt>`, in which `--output` is the flag and `<fileName.txt>` is the file name.
This project will help you learn about :
- The Go file system(**fs**) API.
- Ways to receive data.
- Ways to output data.
- Manipulation of strings.
- Choices of outputs.
The file must be named by using the flag `--output=<fileName.txt>`, in which `--output` is the flag and `<fileName.txt>` is the file name which will contain the output.
You must follow the same [instructions](https://public.01-edu.org/subjects/ascii-art/) as in the first subject.
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`.
- The argument will be a **flag**, `--reverse=<fileName>`, in which `--reverse` is the flag and `<fileName>` is the file name.
- The program must print this `string` in **normal text**.
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.
This project will help you learn about :
- The Go file system(**fs**) API.
- Ways to receive data.
- Ways to output data.
- Manipulation of strings.
- Manipulation of structures.
The argument will be a **flag**, `--reverse=<fileName>`, in which `--reverse` is the flag and `<fileName>` is the file name. The program must then print this `string` in **normal text**.
Christopher Fremond