Sync your markdown files with Confluence pages.
Mark — a tool for syncing your markdown documentation with Atlassian Confluence pages.
Read the blog post discussing the tool — https://samizdat.dev/use-markdown-for-confluence/
This is very useful if you store documentation to your software in a Git repository and don't want to do an extra job of updating Confluence page using a tinymce wysiwyg enterprise core editor which always breaks everything.
Mark does the same but in a different way. Mark reads your markdown file, creates a Confluence page if it's not found by its name, uploads attachments, translates Markdown into HTML and updates the contents of the page via REST API. It's like you don't even need to create sections/pages in your Confluence anymore, just use them in your Markdown documentation.
Mark uses an extended file format, which, still being valid markdown, contains several HTML-ish metadata headers, which can be used to locate page inside Confluence instance and update it accordingly.
File in the extended format should follow the specification: ```markdown <!-- Space: --> <!-- Parent: --> <!-- Parent: --> <!-- Title: --> <!-- Attachment: <local path> --> <!-- Label: <label> --> <!-- Label: <label> --></label></label></local>
```
There can be any number of
Parentheaders, if Mark can't find specified parent by title, Mark creates it.
Also, optional following headers are supported:
Mark supports Go templates, which can be included into article by using path to the template relative to current working dir, e.g.:
Templates can accept configuration data in YAML format which immediately follows the
Includetag:
Mark also supports attachments. The standard way involves declaring an
Attachmentalong with the other items in the header, then have any links with the same path:
An attached link is here
NOTE: Be careful with
Attachment! If your path string is a subset of another longer string or referenced in text, you may get undesired behavior.
Mark also supports macro definitions, which are defined as regexps which will be replaced with specified template:
Capture groups can be defined in the macro's which can be later referenced in the
using${}syntax, where is number of a capture group in regexp (
${0}is used for entire regexp match), for example:
If you have long code blocks, you can make them collapsible with the Code Block Macro:
```bash collapse ... some long bash code block ... ```
And you can also add a title:
```bash collapse title Some long long bash function ... some long bash code block ... ```
You can collapse or have a title without language or any mix, but the language must stay in the front if it is given:
[] ["collapse"] ["title" ]
By default, mark provides several built-in templates and macros:
template
ac:statusto include badge-like text, which accepts following parameters:
template
ac:jira:ticketto include JIRA ticket link. Parameters:
See: https://confluence.atlassian.com/conf59/status-macro-792499207.html
@{...}to mention user by name specified in the braces.
disclaimer.md
**NOTE**: this document is generated, do not edit manually.
article.md ```markdown <!-- Space: TEST --> <!-- Title: My Article -->
This is my article. ```
article.md
If default TOC looks don't find a way to your heart, try parametrizing it, for example:
This is my nice title
:toc:
You can call the
Macroas you like but the
Templatefield must have the
ac:tocvalue. Also, note the single quotes around
'false'.
See Confluence TOC Macro for the list of parameters - keep in mind that here they start with capital letters. Every skipped field will have the default value, so feel free to include only the ones that you require.
article.md
See task MYJIRA-123.
go get -v github.com/kovetskiy/mark
Download a release from the Releases page
$ docker run --rm -i kovetskiy/mark:latest mark
mark [options] [-u ] [-p ] [-k] [-l ] -f mark [options] [-u ] [-p ] [-k] [-b ] -f mark [options] [-u ] [-p ] [--drop-h1] -f mark -v | --version mark -h | --help
-u— Use specified username for updating Confluence page.
-p— Use specified password for updating Confluence page. Specify
-as password to read password from stdin.
-l— Edit specified Confluence page. If -l is not specified, file should contain metadata (see above).
-bor
--base-url– Base URL for Confluence. Alternative option for base_url config field.
-f— Use specified markdown file for converting to html.
-c— Specify configuration file which should be used for reading Confluence page URL and markdown file path.
-k— Lock page editing to current user only to prevent accidental manual edits over Confluence Web UI.
--drop-h1– Don't include H1 headings in Confluence output.
--dry-run— Show resulting HTML and don't update Confluence page content.
--minor-edit— Don't send notifications while updating Confluence page.
--trace— Enable trace logs.
-v | --version— Show version.
-h | --help— Show help screen and call 911.
You can store user credentials in the configuration file, which should be located in ~/.config/mark with the following format (TOML):
username = "smith" password = "matrixishere" # If you are using Confluence Cloud add the /wiki suffix to base_url base_url = "http://confluence.local"
NOTE: Labels aren't supported when using
minor-edit!
It's quite trivial to integrate Mark into a CI/CD system, here is an example with Snake CI in case of self-hosted Bitbucket Server / Data Center.
stages: - syncSync documentation: stage: sync only: branches: - main image: kovetskiy/mark commands: - for file in $(find -type f -name '*.md'); do echo "> Sync $file"; mark -u $MARK_USER -p $MARK_PASS -b $MARK_URL -f $file || exit 1; echo; done
In this example, I'm using the
kovetskiy/markimage for creating a job container where the repository with documentation will be cloned to. The following command finds all
*.mdfiles and runs mark against them one by one:
for file in $(find -type f -name '*.md'); do echo "> Sync $file"; mark -u $MARK_USER -p $MARK_PASS -b $MARK_URL -f $file || exit 1; echo; done
The following directive tells the CI to run this particular job only if the changes are pushed into the
mainbranch. It means you can safely push your changes into feature branches without being afraid that they automatically shown in Confluence, then go through the reviewal process and automatically deploy them when PR got merged.
only: branches: - main