# TeXplate


TeXplate is a tool for creating document structures based on templates. The
application name is a word play on _TeX_ and _template_, so the purpose seems
quite obvious: we want to provide an easy and straightforward framework for
reducing the typical code boilerplate when writing TeX documents. Also note that
one can easily extrapolate the use beyond articles and theses: the application
is powerful enough to generate _any_ text-based structure, given that a
corresponding template exists.

## Basic use

Our tool is a typical command line application, so we need to invoke it by
simply typing `texplate` in the terminal:

```bash
$ texplate
______         __   __          ___             __
/\__  _\       /\ \ /\ \        /\_ \           /\ \__
\/_/\ \/    __ \ `\`\/'/'  _____\//\ \      __  \ \ ,_\    __
  \ \ \  /'__`\`\/ > <   /\ '__`\\ \ \   /'__`\ \ \ \/  /'__`\
   \ \ \/\  __/   \/'/\`\\ \ \L\ \\_\ \_/\ \L\.\_\ \ \_/\  __/
    \ \_\ \____\  /\_\\ \_\ \ ,__//\____\ \__/.\_\\ \__\ \____\
     \/_/\/____/  \/_/ \/_/\ \ \/ \/____/\/__/\/_/ \/__/\/____/
                            \ \_\
                             \/_/

TeXplate 1.0.4, a document structure creation tool
Copyright (c) 2020, Island of TeX
All rights reserved.

Missing required option '--output=<output>'
Usage: texplate [-c=<configuration>] -o=<output> [-t=<template>]
               [-m=<String=String>...]...
 -c, --config=<configuration>
                         The configuration file in which the tool
                           can read template data, for automation
                           purposes. Make sure to follow the correct
                           specification when writing a
                           configuration file.
 -m, --map=<String=String>...
                         The contextual map that provides the data
                           to be merged in the template. This
                           parameter can be used multiple times. You
                           can specify a map entry with the
                           key=value syntax (mind the entry
                           separator).
 -o, --output=<output>   The output file in which the chosen
                           template will be effectively written.
                           Make sure the directory has the correct
                           permissions for writing the output file.
 -t, --template=<template>
                         The template and. The tool will search both
                           user and system locations and set the
                           template model accordingly, based on your
                           specs.
```



Provided that TeXplate is properly available in the underlying operating system,
we will get a lovely, colorful output in our terminal, along with a couple of
scary messages telling that some required options are missing. Our tool provides
four options, described as follows. Strictly speaking, there is only one
mandatory option. The remainder might be optional, depending on certain
scenarios.

### Output

Referred as either`-o` (short representation) or `--output` (long
representation), this option holds the output file in which the chosen template
will be effectively written. The name is arbitrary, so you can use anything to
your heart's desires. Keep in mind, however, that an existing file will be
mercilessly overwritten. Also, make sure the path has the proper permissions for
writing the output file.

### Template

Referred as either `-t` (short representation) or `--template` (long
representation), this option holds the reference to the template to be
potentially merged with data and properly generated. The provided string should
match the template identifier, otherwise TeXplate will raise an error
complaining about the missing reference.

### Map

Referred as either `-m` (short representation) or `--map` (long representation),
this option holds a map entry, defined as a `key=value` ordered pair (mind the
`=` symbol used as entry separator). This option can be used multiple times. The
map entry denotes a variable in the template context, where the key is the
variable name and the value is set to be the initial state of such variable.

## Examples

For instance, let us generate a document named `doc1.tex`, based on the standard
`article` class:

```bash
$ texplate -t article -o doc1.tex
______         __   __          ___             __
/\__  _\       /\ \ /\ \        /\_ \           /\ \__
\/_/\ \/    __ \ `\`\/'/'  _____\//\ \      __  \ \ ,_\    __
  \ \ \  /'__`\`\/ > <   /\ '__`\\ \ \   /'__`\ \ \ \/  /'__`\
   \ \ \/\  __/   \/'/\`\\ \ \L\ \\_\ \_/\ \L\.\_\ \ \_/\  __/
    \ \_\ \____\  /\_\\ \_\ \ ,__//\____\ \__/.\_\\ \__\ \____\
     \/_/\/____/  \/_/ \/_/\ \ \/ \/____/\/__/\/_/ \/__/\/____/
                            \ \_\
                             \/_/

TeXplate 1.0.4, a document structure creation tool
Copyright (c) 2020, Island of TeX
All rights reserved.

Configuration file mode disabled .................. [ DONE ]
Entering full command line mode ................... [ DONE ]

Please, wait...

Obtaining reference ............................... [ DONE ]
Composing template ................................ [ DONE ]
Validating data ................................... [ DONE ]
Merging template and data ......................... [ DONE ]

Done! Enjoy your template!
Written: 112 B
```

And that is it! We provided the template name (`-t article`) and the output (`-o
doc1.tex`). Checking the contents of `doc1.tex`:

```tex
\documentclass{article}

\usepackage[T1]{fontenc}
\usepackage[utf8]{inputenc}

\begin{document}

\end{document}
```

We could enhance the template generation by providing further options to it. Let
us say we want to include A4 as the paper size for our document and use XeTeX as
engine. The command line is as follows (we omitted the full output for reducing
verbosity):

```bash
$ texplate -t article -o doc2.tex -m options=a4paper -m xetex=true
```

For this example, we added two map entries referring to the class option and the
support for newer engines (please refer to the user manual for more details on
template options). The newly generated `doc2.tex` document is as follows:

```tex
\documentclass[a4paper]{article}

\usepackage{fontspec}

\begin{document}

\end{document}
```

Now, let us provide some packages to our document, as well as language support:

```bash
$ texplate -t article -o doc3.tex -m options=a4paper -m xetex=true \
-m babel=spanish,english -m packages=longtable,siunitx,array
```

Checking the contents of `doc3.tex`:

```tex
\documentclass[a4paper]{article}

\usepackage{fontspec}

\usepackage[spanish,english]{babel}

\usepackage{longtable}
\usepackage{siunitx}
\usepackage{array}

\begin{document}

\end{document}
```

And that is it! Make sure to take a look at the user manual to learn more about
TeXplate!

## License

This application is licensed under the
[New BSD License](https://opensource.org/licenses/BSD-3-Clause). Please note
that the New BSD License has been verified as a GPL-compatible free software
license by the [Free Software Foundation](http://www.fsf.org/), and has been
vetted as an open source license by the
[Open Source Initiative](http://www.opensource.org/).

## The team

TeXplate is brought to you by the Island of TeX. If you want to support TeX
development by a donation, the best way to do this is donating to the
[TeX Users Group](https://www.tug.org/donate.html).

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