test_that("uniteGroup", { tib <- dplyr::tibble( age = c(NA, ">40", "<=40", NA, NA, NA, NA, NA, ">40", "<=40"), sex = c(NA, NA, NA, "F", "M", NA, NA, NA, "F", "M"), region = c(NA, NA, NA, NA, NA, "North", "South", "Center", NA, NA) ) expect_no_error(res0 <- uniteNameLevelInternal(tib, c("age", "sex", "region"), keep = FALSE)) expect_equal(colnames(res0), c("group_name", "group_level")) expect_true(res0[1,1] == "overall") expect_true(res0[1,2] == "overall") expect_equal(res0$group_name[grepl("40", res0$group_level)] |> unique(), c("age", "age &&& sex")) expect_equal(res0$group_name[grepl("region", res0$group_name)] |> unique(), "region") expect_no_error(res1 <- uniteNameLevelInternal(tib, c("age", "sex", "region"), keep = TRUE)) expect_equal(colnames(res1), c("age", "sex", "region", "group_name", "group_level")) expect_true(all(is.na(res1[1,1:3]))) expect_no_error(res2 <- uniteNameLevelInternal(tib, c("age", "sex", "region"), keep = FALSE, ignore = character())) expect_true(res2$group_level[1] == "NA &&& NA &&& NA") expect_true(res2$group_level[2] == ">40 &&& NA &&& NA") res3 <- tib |> uniteStrata(cols = character()) expect_true(all(c("strata_name", "strata_level") %in% colnames(res3))) expect_true(all(res3$strata_name == "overall")) expect_identical(res3$strata_name, res3$strata_level) res4 <- uniteGroup(tib, cols = c("age", "sex", "region")) expect_identical(res0, res4) # grouped input table expect_warning(res5 <- uniteAdditional(tib |> dplyr::group_by(age), cols = c("region"))) expect_warning(res5 <- uniteStrata(tib |> dplyr::group_by(age), cols = c("age"))) }) test_that("test unitNameLevelInternal", { x <- mockSummarisedResult() expect_error(uniteNameLevelInternal(x, name = "group_name", level = "group_name")) expect_error(uniteNameLevelInternal(x, name = "group_name", level = "group_name")) }) test_that("test unitNameLevelInternal", { x <- mockSummarisedResult() expect_warning(uniteNameLevel(x)) })