covr (version 2.2.0)

package_coverage: Calculate test coverage for a package

Description

This function calculates the test coverage for a development package on the path. By default it runs only the package tests, but it can also run vignette and example code.

Usage

package_coverage(path = ".", type = c("tests", "vignettes", "examples", "all", "none"), combine_types = TRUE, relative_path = TRUE, quiet = TRUE, clean = TRUE, line_exclusions = NULL, function_exclusions = NULL, code = character(), ..., exclusions)

Arguments

path
file path to the package
type
run the package ‘tests’, ‘vignettes’, ‘examples’, ‘all’, or ‘none’. The default is ‘tests’.
combine_types
If TRUE (the default) the coverage for all types is simply summed into one coverage object. If FALSE separate objects are used for each type of coverage.
relative_path
whether to output the paths as relative or absolute paths.
quiet
whether to load and compile the package quietly, useful for debugging errors.
clean
whether to clean temporary output files after running, mainly useful for debugging errors.
line_exclusions
a named list of files with the lines to exclude from each file.
function_exclusions
a vector of regular expressions matching function names to exclude. Example print\. to match print methods.
code
A character vector of additional test code to run.
...
Additional arguments passed to testInstalledPackage
exclusions
‘Deprecated’, please use ‘line_exclusions’ instead.

Details

This function uses testInstalledPackage to run the code, if you would like to test your package in another way you can set type = "none" and pass the code to run as a character vector to the code parameter.

unix Parallelized code using mcparallel needs to be use a patched mcparallel:::mcexit. This is done automatically if the package depends on parallel, but can also be explicitly set using the environment variable COVR_FIX_PARALLEL_MCEXIT or the global option covr.fix_parallel_mcexit.

See Also

exclusions For details on excluding parts of the package from the coverage calculations.