MyFavMirrors
/
hugo-PaperMod
mirror of https://github.com/adityatelange/hugo-PaperMod.git
1
0
Fork 0
Code Issues Packages Projects Releases Wiki Activity

Fix minor typos and update copyright year

This commit is contained in:
Anthony Fok 2018-05-17 12:47:47 -06:00
parent 405c351815
commit 3b9de18696
No known key found for this signature in database
GPG Key ID: EA2500B412C59ACF
4 changed files with 48 additions and 49 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

5
config.toml
View File

@ -1,8 +1,7 @@
baseurl = "http://hugo.spf13.com/" baseurl = "https://gohugo.io/"
title = "Hugo Themes" title = "Hugo Themes"
author = "Steve Francia" author = "Steve Francia"
copyright = "Copyright (c) 2008 - 2014, Steve Francia; all rights reserved." copyright = "Copyright © 2008–2018, Steve Francia and the Hugo Authors; all rights reserved."
canonifyurls = true canonifyurls = true
paginate = 3 paginate = 3

2
content/post/creating-a-new-theme.md
View File

@ -28,7 +28,7 @@ $ echo this is a command
this is a command this is a command
## edit the file ## edit the file
$vi foo.md $ vi foo.md
+++ +++
date = "2014-09-28" date = "2014-09-28"
title = "creating a new theme" title = "creating a new theme"

78
content/post/goisforlovers.md
View File

@ -16,30 +16,30 @@ categories = [
menu = "main" menu = "main"
+++ +++
Hugo uses the excellent [go][] [html/template][gohtmltemplate] library for Hugo uses the excellent [Go][] [html/template][gohtmltemplate] library for
its template engine. It is an extremely lightweight engine that provides a very its template engine. It is an extremely lightweight engine that provides a very
small amount of logic. In our experience that it is just the right amount of small amount of logic. In our experience that it is just the right amount of
logic to be able to create a good static website. If you have used other logic to be able to create a good static website. If you have used other
template systems from different languages or frameworks you will find a lot of template systems from different languages or frameworks you will find a lot of
similarities in go templates. similarities in Go templates.
This document is a brief primer on using go templates. The [go docs][gohtmltemplate] This document is a brief primer on using Go templates. The [Go docs][gohtmltemplate]
provide more details. provide more details.
## Introduction to Go Templates ## Introduction to Go Templates
Go templates provide an extremely simple template language. It adheres to the Go templates provide an extremely simple template language. It adheres to the
belief that only the most basic of logic belongs in the template or view layer. belief that only the most basic of logic belongs in the template or view layer.
One consequence of this simplicity is that go templates parse very quickly. One consequence of this simplicity is that Go templates parse very quickly.
A unique characteristic of go templates is they are content aware. Variables and A unique characteristic of Go templates is they are content aware. Variables and
content will be sanitized depending on the context of where they are used. More content will be sanitized depending on the context of where they are used. More
details can be found in the [go docs][gohtmltemplate]. details can be found in the [Go docs][gohtmltemplate].
## Basic Syntax ## Basic Syntax
Go lang templates are html files with the addition of variables and Golang templates are HTML files with the addition of variables and
functions. functions.
**Go variables and functions are accessible within {{ }}** **Go variables and functions are accessible within {{ }}**
@ -66,7 +66,7 @@ Accessing the Page Parameter "bar"
## Variables ## Variables
Each go template has a struct (object) made available to it. In hugo each Each Go template has a struct (object) made available to it. In hugo each
template is passed either a page or a node struct depending on which type of template is passed either a page or a node struct depending on which type of
page you are rendering. More details are available on the page you are rendering. More details are available on the
[variables](/layout/variables) page. [variables](/layout/variables) page.
@ -83,7 +83,7 @@ Variables can also be defined and referenced.
## Functions ## Functions
Go template ship with a few functions which provide basic functionality. The go Go template ship with a few functions which provide basic functionality. The Go
template system also provides a mechanism for applications to extend the template system also provides a mechanism for applications to extend the
available functions with their own. [Hugo template available functions with their own. [Hugo template
functions](/layout/functions) provide some additional functionality we believe functions](/layout/functions) provide some additional functionality we believe
@ -111,50 +111,50 @@ the /layout/ directory within Hugo.
Go templates provide the most basic iteration and conditional logic. Go templates provide the most basic iteration and conditional logic.
### Iteration ### Iteration
Just like in go, the go templates make heavy use of range to iterate over Just like in Go, the Go templates make heavy use of range to iterate over
a map, array or slice. The following are different examples of how to use a map, array or slice. The following are different examples of how to use
range. range.
**Example 1: Using Context** **Example 1: Using Context**
{{ range array }} {{ range array }}
{{ . }} {{ . }}
{{ end }} {{ end }}
**Example 2: Declaring value variable name** **Example 2: Declaring value variable name**
{{range $element := array}} {{range $element := array}}
{{ $element }} {{ $element }}
{{ end }} {{ end }}
**Example 2: Declaring key and value variable name** **Example 2: Declaring key and value variable name**
{{range $index, $element := array}} {{range $index, $element := array}}
{{ $index }} {{ $index }}
{{ $element }} {{ $element }}
{{ end }} {{ end }}
### Conditionals ### Conditionals
If, else, with, or, & and provide the framework for handling conditional If, else, with, or, & and provide the framework for handling conditional
logic in Go Templates. Like range, each statement is closed with `end`. logic in Go Templates. Like range, each statement is closed with `end`.
Go Templates treat the following values as false: Go Templates treat the following values as false:
* false * false
* 0 * 0
* any array, slice, map, or string of length zero * any array, slice, map, or string of length zero
**Example 1: If** **Example 1: If**
{{ if isset .Params "title" }}<h4>{{ index .Params "title" }}</h4>{{ end }} {{ if isset .Params "title" }}<h4>{{ index .Params "title" }}</h4>{{ end }}
**Example 2: If -> Else** **Example 2: If -> Else**
{{ if isset .Params "alt" }} {{ if isset .Params "alt" }}
{{ index .Params "alt" }} {{ index .Params "alt" }}
{{else}} {{else}}
{{ index .Params "caption" }} {{ index .Params "caption" }}
@ -174,9 +174,9 @@ The first example above could be simplified as:
{{ with .Params.title }}<h4>{{ . }}</h4>{{ end }} {{ with .Params.title }}<h4>{{ . }}</h4>{{ end }}
**Example 5: If -> Else If** **Example 5: If -> Else If**
{{ if isset .Params "alt" }} {{ if isset .Params "alt" }}
{{ index .Params "alt" }} {{ index .Params "alt" }}
{{ else if isset .Params "caption" }} {{ else if isset .Params "caption" }}
{{ index .Params "caption" }} {{ index .Params "caption" }}
@ -184,15 +184,15 @@ The first example above could be simplified as:
## Pipes ## Pipes
One of the most powerful components of go templates is the ability to One of the most powerful components of Go templates is the ability to
stack actions one after another. This is done by using pipes. Borrowed stack actions one after another. This is done by using pipes. Borrowed
from unix pipes, the concept is simple, each pipeline's output becomes the from unix pipes, the concept is simple, each pipeline's output becomes the
input of the following pipe. input of the following pipe.
Because of the very simple syntax of go templates, the pipe is essential Because of the very simple syntax of Go templates, the pipe is essential
to being able to chain together function calls. One limitation of the to being able to chain together function calls. One limitation of the
pipes is that they only can work with a single value and that value pipes is that they only can work with a single value and that value
becomes the last parameter of the next pipeline. becomes the last parameter of the next pipeline.
A few simple examples should help convey how to use the pipe. A few simple examples should help convey how to use the pipe.
@ -200,7 +200,7 @@ A few simple examples should help convey how to use the pipe.
{{ if eq 1 1 }} Same {{ end }} {{ if eq 1 1 }} Same {{ end }}
is the same as is the same as
{{ eq 1 1 | if }} Same {{ end }} {{ eq 1 1 | if }} Same {{ end }}
@ -219,16 +219,16 @@ Access the page parameter called "disqus_url" and escape the HTML.
Stuff Here Stuff Here
{{ end }} {{ end }}
Could be rewritten as Could be rewritten as
{{ isset .Params "caption" | or isset .Params "title" | or isset .Params "attr" | if }} {{ isset .Params "caption" | or isset .Params "title" | or isset .Params "attr" | if }}
Stuff Here Stuff Here
{{ end }} {{ end }}
## Context (aka. the dot) ## Context (aka. the dot)
The most easily overlooked concept to understand about go templates is that {{ . }} The most easily overlooked concept to understand about Go templates is that {{ . }}
always refers to the current context. In the top level of your template this always refers to the current context. In the top level of your template this
will be the data set made available to it. Inside of a iteration it will have will be the data set made available to it. Inside of a iteration it will have
the value of the current item. When inside of a loop the context has changed. . the value of the current item. When inside of a loop the context has changed. .
@ -247,24 +247,24 @@ Notice how once we have entered the loop the value of {{ . }} has changed. We
have defined a variable outside of the loop so we have access to it from within have defined a variable outside of the loop so we have access to it from within
the loop. the loop.
# Hugo Parameters # Hugo Parameters
Hugo provides the option of passing values to the template language Hugo provides the option of passing values to the template language
through the site configuration (for sitewide values), or through the meta through the site configuration (for sitewide values), or through the meta
data of each specific piece of content. You can define any values of any data of each specific piece of content. You can define any values of any
type (supported by your front matter/config format) and use them however type (supported by your front matter/config format) and use them however
you want to inside of your templates. you want to inside of your templates.
## Using Content (page) Parameters ## Using Content (page) Parameters
In each piece of content you can provide variables to be used by the In each piece of content you can provide variables to be used by the
templates. This happens in the [front matter](/content/front-matter). templates. This happens in the [front matter](/content/front-matter).
An example of this is used in this documentation site. Most of the pages An example of this is used in this documentation site. Most of the pages
benefit from having the table of contents provided. Sometimes the TOC just benefit from having the table of contents provided. Sometimes the TOC just
doesn't make a lot of sense. We've defined a variable in our front matter doesn't make a lot of sense. We've defined a variable in our front matter
of some pages to turn off the TOC from being displayed. of some pages to turn off the TOC from being displayed.
Here is the example front matter: Here is the example front matter:
@ -340,5 +340,5 @@ so, such as in this example:
``` ```
[go]: <http://golang.org/> [go]: https://golang.org/
[gohtmltemplate]: <http://golang.org/pkg/html/template/> [gohtmltemplate]: https://golang.org/pkg/html/template/

12
content/post/hugoisforlovers.md
View File

@ -17,12 +17,12 @@ menu = "main"
## Step 1. Install Hugo ## Step 1. Install Hugo
Goto [hugo releases](https://github.com/spf13/hugo/releases) and download the Go to [Hugo releases](https://github.com/spf13/hugo/releases) and download the
appropriate version for your os and architecture. appropriate version for your OS and architecture.
Save it somewhere specific as we will be using it in the next step. Save it somewhere specific as we will be using it in the next step.
More complete instructions are available at [installing hugo](/overview/installing/) More complete instructions are available at [Install Hugo](https://gohugo.io/getting-started/installing/)
## Step 2. Build the Docs ## Step 2. Build the Docs
@ -31,7 +31,7 @@ you are reading right now.
Follow the following steps: Follow the following steps:
1. Clone the [hugo repository](http://github.com/spf13/hugo) 1. Clone the [Hugo repository](http://github.com/spf13/hugo)
2. Go into the repo 2. Go into the repo
3. Run hugo in server mode and build the docs 3. Run hugo in server mode and build the docs
4. Open your browser to http://localhost:1313 4. Open your browser to http://localhost:1313
@ -51,7 +51,7 @@ Once you've gotten here, follow along the rest of this page on your local build.
## Step 3. Change the docs site ## Step 3. Change the docs site
Stop the Hugo process by hitting ctrl+c. Stop the Hugo process by hitting Ctrl+C.
Now we are going to run hugo again, but this time with hugo in watch mode. Now we are going to run hugo again, but this time with hugo in watch mode.
@ -81,7 +81,7 @@ Change and save this file.. Notice what happened in your terminal.
Refresh the browser and observe that the typo is now fixed. Refresh the browser and observe that the typo is now fixed.
Notice how quick that was. Try to refresh the site before it's finished building.. I double dare you. Notice how quick that was. Try to refresh the site before it's finished building. I double dare you.
Having nearly instant feedback enables you to have your creativity flow without waiting for long builds. Having nearly instant feedback enables you to have your creativity flow without waiting for long builds.
## Step 4. Have fun ## Step 4. Have fun