test_that("init() automatically installs referenced packages", { skip_on_cran() renv_tests_scope("bread") init() expect_true(renv_package_installed("bread")) }) test_that("we can initialize a project using 'breakfast'", { skip_on_cran() skip_on_covr() renv_tests_scope("breakfast") init() expect_true(renv_project_initialized(getwd())) expected <- c("bread", "breakfast", "oatmeal", "toast") lockfile <- snapshot(lockfile = NULL) actual <- setdiff(names(renv_lockfile_records(lockfile)), "renv") expect_setequal(actual, expected) }) test_that("we can initialize a project using 'toast'", { skip_on_covr() renv_tests_scope("toast") init() expected <- c("bread", "toast") lockfile <- snapshot(lockfile = NULL) actual <- setdiff(names(renv_lockfile_records(lockfile)), "renv") expect_setequal(actual, expected) }) test_that("we cannot initialize a project using 'brunch'", { renv_tests_scope("brunch") # 'brunch' will fail to install init() expect_false(file.exists(renv_paths_library("brunch"))) }) test_that("attempts to initialize a project with a missing package is okay", { renv_tests_scope("missing") # package 'missing' does not exist and so cannot be installed init() expect_false(file.exists(renv_paths_library("missing"))) }) test_that("the remotes field in a DESCRIPTION is honored", { skip_on_cran() renv_tests_scope("halloween") install("halloween") ip <- installed_packages(lib.loc = renv_libpaths_active()) expect_true("halloween" %in% ip$Package) expect_true("skeleton" %in% ip$Package) }) test_that("init(bare = TRUE) initializes a project without packages", { renv_tests_scope("brunch") init(bare = TRUE) files <- list.files(renv_paths_library()) expect_length(files, 0) }) test_that("init succeeds even if there are parse errors in project", { renv_tests_scope() writeLines("oh no", con = "analysis.R") init() expect_true(file.exists("renv.lock")) }) test_that("init() works in path containing accented characters", { # ensure the project path can be represented in native encoding project <- enc2utf8("pr\u{00f8}ject") roundtrip <- tryCatch( enc2utf8(enc2native(project)), condition = identity ) if (!identical(project, roundtrip)) skip("project cannot be represented in native encoding") # TODO(Kevin): Windows tests on CI had the following NOTE # # Found the following files/directories: # 'RtmpKIUpGHprĂžject' # # so we should run this down. project <- paste(tempdir(), enc2native(project), sep = "/") renv_tests_scope(project = project) defer(unlink(project, recursive = TRUE)) init() install("toast") expect_true(renv_package_installed("bread")) expect_true(renv_package_installed("toast")) snapshot(library = paths$library(), type = "all") lockfile <- renv_lockfile_load(project = getwd()) expect_true(!is.null(lockfile$Packages$bread)) expect_true(!is.null(lockfile$Packages$toast)) }) test_that("we use an external library path for package projects", { skip_on_cran() renv_tests_scope() # use custom userdir userdir <- renv_scope_tempfile("renv-userdir-override") ensure_directory(userdir) userdir <- renv_path_normalize(userdir, mustWork = TRUE) renv_scope_options(renv.userdir.override = userdir) # sanity check userdir <- renv_bootstrap_user_dir() if (!identical(expect_true(renv_path_within(userdir, tempdir())), TRUE)) skip("userdir not in tempdir; cannot proceed") # initialize a package project writeLines("Type: Package", con = "DESCRIPTION") init() # check for external library path library <- renv_libpaths_active() expect_true( object = renv_path_within(library, userdir), info = sprintf("- %s\n- %s\n", library, userdir) ) }) test_that("a project with unnamed repositories can be initialized", { skip_on_cran() renv_tests_scope() repos <- c( CRAN = "https://cran.rstudio.com", "https://cloud.r-project.org" ) renv_scope_options(repos = repos) init() repos <- getOption("repos") expect_equal(names(repos), c("CRAN", "V1")) }) test_that("RENV_PATHS_RENV is respected on init", { skip_on_cran() renv_tests_scope() unlink("renv", recursive = TRUE) renv_scope_envvars( RENV_PATHS_LOCKFILE = ".renv/renv.lock", RENV_PATHS_RENV = ".renv", # don't execute user profile R_PROFILE_USER = "" ) # perform init in sub-process args <- c("-s", "-e", renv_shell_quote("renv::init()")) renv_system_exec(R(), args, action = "executing init()") # check that the requisite files were created expect_true(file.exists(".renv")) expect_true(file.exists(".renv/renv.lock")) script <- renv_test_code({ writeLines(Sys.getenv("RENV_PATHS_RENV")) }) renv_scope_envvars(R_PROFILE_USER = NULL) args <- c("-s", "-f", script) renv <- renv_system_exec(R(), args, action = "reading RENV_PATHS_RENV") expect_equal(tail(renv, n = 1L), ".renv") }) test_that("init() uses PPM by default", { skip_on_cran() # simulate "fresh" R session with unset repositories renv_scope_options(repos = c(CRAN = "@CRAN@")) repos <- renv_init_repos() expect_equal(repos[["CRAN"]], "https://packagemanager.posit.co/cran/latest") }) test_that("init() prompts the user for the snapshot type", { skip_on_cran() project <- renv_tests_scope("bread") writeLines("Depends: bread", con = "DESCRIPTION") expect_snapshot(init()) expect_true(renv_package_installed("bread")) }) test_that("a project can be initialized without loading it", { skip_on_cran() project <- renv_tests_scope() init() expect_equal(renv_project_get(), project) oldwd <- getwd() oldrepos <- getOption("repos") oldlibs <- .libPaths() other <- renv_scope_tempfile("renv-project-") ensure_directory(other) init(project = other, load = FALSE, restart = FALSE) expect_equal(renv_project_get(), project) expect_true(file.exists(file.path(other, "renv.lock"))) expect_equal(oldwd, getwd()) expect_equal(oldrepos, getOption("repos")) expect_equal(oldlibs, .libPaths()) }) test_that("init() respects user-requested snapshot type", { project <- renv_tests_scope() writeLines("Depends: bread", con = "DESCRIPTION") writeLines("library(toast)", con = "deps.R") init() expect_true(renv_package_installed("bread")) expect_false(renv_package_installed("toast")) expect_equal(settings$snapshot.type(), "explicit") })