Coverex.Task
SourceSummary↑
| cover_class(arg1) | |
| coverage_data() | Returns detailed coverage data |
| encode_html(s, acc \\ "") | |
| module_anchor(m) | |
| overview_entry_template(entry, cov, uncov, ratio) | |
| overview_template(title, entries) | |
| post_coveralls(mods, output, job_id, url \\ "https://coveralls.io/api/v1/jobs") | |
| post_to_coveralls?(opts) | is post to coveralls requested? |
| running_travis?(env \\ System.get_env()) | |
| send_http(url, filename, body) | |
| source_line_template(number, count, source, anchor) | |
| source_template(title, lines) | |
| start(compile_path, opts) | Starts the |
| travis_job_id(env \\ System.get_env()) | gets the travis job id out of the environment |
| write_function_overview(functions, output) | |
| write_html_file(mod, output) | |
| write_module_overview(modules, output) |
Functions
Returns detailed coverage data {mod, mf} for all modules from the :cover application.
The `mod` data
The mod data is a list of pairs: {modulename, {no of covered lines, no of uncovered lines}}
The `mf` data
The mf data is list of pairs: {{m, f, a}, {no of covered lines, no of uncovered lines}}
Specs:
is post to coveralls requested?
Specs:
Starts the Coverex coverage data generation. An additional option
is
log: :errorwhich sets the log-level of the Elixir Logger application. Default value
is :error. For debugging purposes, it can be set to :debug. In this case,
the output is quite noisy…
Specs:
gets the travis job id out of the environment