readme (view raw)
1vite
2----
3
4A fast (this time, actually) and minimal static site generator.
5
6INSTALLING
7
8 go install git.icyphox.sh/vite@latest
9
10
11USAGE
12
13 usage: vite [options]
14
15 A simple and minimal static site generator.
16
17 options:
18 init PATH create vite project at PATH
19 build builds the current project
20 new PATH create a new markdown post
21 serve [HOST:PORT] serves the 'build' directory
22
23
24CONFIG
25
26The configuration is unmarshalled from a config.yaml file, into the
27below struct:
28
29 type ConfigYaml struct {
30 Title string `yaml:"title"`
31 Desc string `yaml:"description"`
32 DefaultTemplate string `yaml:"-"`
33 Author struct {
34 Name string `yaml:"name"`
35 Email string `yaml:"email"`
36 } `yaml:"author"`
37 URL string `yaml:"url"`
38 PreBuild []string `yaml:"preBuild"`
39 PostBuild []string `yaml:"postBuild"`
40 }
41
42Example config: https://git.icyphox.sh/site/tree/config.yaml
43
44
45SYNTAX HIGHLIGHTING
46
47vite uses chroma (https://github.com/alecthomas/chroma) for syntax
48highlighting. Note that CSS is not provided, and will have to be
49included by the user in the templates. A sample style can be generated
50by running:
51
52 go run contrib/style.go > syntax.css
53
54
55TEMPLATING
56
57Non-index templates have access to the below objects:
58• Cfg: object of ConfigYaml
59• Meta: map[string]string of the page's frontmatter metadata
60• Body: Contains the HTML
61
62
63Index templates have access to everything above, and an Extra object,
64which is a slice of types.Post containing Body and Meta. This is useful
65for iterating through to generate an index page.
66Example: https://git.icyphox.sh/site/tree/templates/index.html
67
68Templates are written as standard Go templates (ref:
69https://godocs.io/text/template), and can be loaded recursively.
70Consider the below template structure:
71
72 templates/
73 |-- blog.html
74 |-- index.html
75 |-- project/
76 |-- index.html
77 `-- project.html
78
79The templates under project/ are referenced as project/index.html.
80This deserves mention because Go templates don't recurse into
81subdirectories by default (template.ParseGlob uses filepath.Glob, and
82doesn't support deep-matching, i.e. **).
83
84vite also supports templating generic YAML files. Take for instance,
85pages/reading.yaml (https://git.icyphox.sh/site/blob/master/pages/reading.yaml):
86
87 meta:
88 template: reading.html
89 title: reading
90 subtitle: Tracking my reading.
91 description: I use this page to track my reading.
92
93 books:
94 - 2024:
95 - name: Dune Messiah
96 link: https://en.wikipedia.org/wiki/Dune_Messiah
97 author: Frank Herbert
98 status: now reading
99 - 2023:
100 - name: Dune
101 link: https://en.wikipedia.org/wiki/Dune_(novel)
102 author: Frank Herbert
103 status: finished
104
105vite will look for a 'meta' key in the YAML file, and use the 'template'
106specified to render the page. The rest of the YAML file is available to
107you in the template as a map[string]interface{} called Yaml.
108
109
110More templating examples can be found at:
111https://git.icyphox.sh/site/tree/templates
112
113
114FEEDS
115
116Atom feeds are generated for all directories under pages/. So
117pages/foo will have a Atom feed at build/foo/feed.xml.
118
119
120FILE TREE
121
122 .
123 |-- build/
124 |-- config.yaml
125 |-- pages/
126 |-- static/
127 |-- templates/
128
129The entire static/ directory gets copied over to build/, and can be
130used to reference static assets -- css, images, etc. pages/ supports
131only nesting one directory deep; for example: pages/blog/*.md will
132render, but pages/blog/foo/*.md will not.
133
134
135BUGS
136
137Or rather, (undocumented) features. There's probably a couple. If you are
138actually using this, feel free to reach out and I can try to help.