capture.output({ ## suppresses printing of console output when running test()
# Test that runChecksOnSelectionAndProbs runs without errors when stratification is present (H1 and lower hierarchy A)
test_that("runChecksOnSelectionAndProbs runs without errors when stratification is present (H1 and lower hierarchy A)", {
myPath <- "./h1_v_20250211"
myObject <- importRDBESDataCSV(rdbesExtractPath = myPath)
# Only use the non-clustered test data
myObject <- filterRDBESDataObject(myObject,c("DEstratumName"),c("DE_stratum1_H1","DE_stratum2_H1","DE_stratum3_H1"))
myObject <- findAndKillOrphans(myObject, verbose = FALSE)
myObject[["SA"]]$SAlowHierarchy <- "A"
expect_error(runChecksOnSelectionAndProbs(myObject),NA)
})
# Test that runChecksOnSelectionAndProbs runs without errors when stratification is present (H1 and lower hierarchy B)
test_that("runChecksOnSelectionAndProbs runs without errors when stratification is present (H1 and lower hierarchy B)", {
myPath <- "./h1_v_20250211"
myObject <- importRDBESDataCSV(rdbesExtractPath = myPath)
# Only use the non-clustered test data
myObject <- filterRDBESDataObject(myObject,c("DEstratumName"),c("DE_stratum1_H1","DE_stratum2_H1","DE_stratum3_H1"))
myObject <- findAndKillOrphans(myObject, verbose = FALSE)
myObject[["SA"]]$SAlowHierarchy <- "B"
expect_error(runChecksOnSelectionAndProbs(myObject),NA)
})
# Test that runChecksOnSelectionAndProbs runs without errors when stratification is present (H1 and lower hierarchy C)
test_that("runChecksOnSelectionAndProbs runs without errors when stratification is present (H1 and lower hierarchy C)", {
myPath <- "./h1_v_20250211"
myObject <- importRDBESDataCSV(rdbesExtractPath = myPath)
# Only use the non-clustered test data
myObject <- filterRDBESDataObject(myObject,c("DEstratumName"),c("DE_stratum1_H1","DE_stratum2_H1","DE_stratum3_H1"))
myObject <- findAndKillOrphans(myObject, verbose = FALSE)
myObject[["SA"]]$SAlowHierarchy <- "C"
expect_error(runChecksOnSelectionAndProbs(myObject),NA)
})
test_that("runChecksOnSelectionAndProbs runs without errors when stratification is present (H1 and lower hierarchy D)", {
myPath <- "./h1_v_20250211"
myObject <- importRDBESDataCSV(rdbesExtractPath = myPath)
# Only use the non-clustered test data
myObject <- filterRDBESDataObject(myObject,c("DEstratumName"),c("DE_stratum1_H1","DE_stratum2_H1","DE_stratum3_H1"))
myObject <- findAndKillOrphans(myObject, verbose = FALSE)
myObject[["SA"]]$SAlowHierarchy <- "D"
expect_error(runChecksOnSelectionAndProbs(myObject),NA)
})
test_that("runChecksOnSelectionAndProbs runs without errors when stratification is present (H1 and lower hierarchy D) - different numTotal for different strata", {
myPath <- "./h1_v_20250211"
myObject <- importRDBESDataCSV(rdbesExtractPath = myPath)
# Only use the non-clustered test data
myObject <- filterRDBESDataObject(myObject,c("DEstratumName"),c("DE_stratum1_H1","DE_stratum2_H1","DE_stratum3_H1"))
myObject <- findAndKillOrphans(myObject, verbose = FALSE)
myObject[["SA"]]$SAlowHierarchy <- "D"
myObject[["VS"]][myObject[["VS"]]$VSstratumName == "VS_stratum2","VSnumTotal"] <- 40
expect_error(runChecksOnSelectionAndProbs(myObject),NA)
})
test_that("runChecksOnSelectionAndProbs runs without errors when stratification is present (H1 and lower hierarchy D) - different numSampled for different strata", {
myPath <- "./h1_v_20250211"
myObject <- importRDBESDataCSV(rdbesExtractPath = myPath)
# Only use the non-clustered test data
myObject <- filterRDBESDataObject(myObject,c("DEstratumName"),c("DE_stratum1_H1","DE_stratum2_H1","DE_stratum3_H1"))
myObject <- findAndKillOrphans(myObject, verbose = FALSE)
myObject[["SA"]]$SAlowHierarchy <- "D"
myObject[["VS"]][myObject[["VS"]]$VSstratumName == "VS_stratum2","VSnumSamp"] <- 2
expect_error(runChecksOnSelectionAndProbs(myObject),NA)
})
# Test that runChecksOnSelectionAndProbs runs without errors when stratification is present (H5 and lower hierarchy A)
test_that("runChecksOnSelectionAndProbs runs without errors when stratification is present (H5 and lower hierarchy A)", {
myPath <- "./h5_v_20250211"
myObject <- importRDBESDataCSV(rdbesExtractPath = myPath)
# Only use the non-clustered test data
myObject <- filterRDBESDataObject(myObject,c("DEstratumName"),c("DE_stratum1_H5","DE_stratum2_H5","DE_stratum3_H5"))
myObject <- findAndKillOrphans(myObject, verbose = FALSE)
myObject[["SA"]]$SAlowHierarchy <- "A"
expect_error(runChecksOnSelectionAndProbs(myObject),NA)
})
# Test that runChecksOnSelectionAndProbs runs without errors when stratification is present (H5 and lower hierarchy B)
test_that("runChecksOnSelectionAndProbs runs without errors when stratification is present (H5 and lower hierarchy B)", {
myPath <- "./h5_v_20250211"
myObject <- importRDBESDataCSV(rdbesExtractPath = myPath)
# Only use the non-clustered test data
myObject <- filterRDBESDataObject(myObject,c("DEstratumName"),c("DE_stratum1_H5","DE_stratum2_H5","DE_stratum3_H5"))
myObject <- findAndKillOrphans(myObject, verbose = FALSE)
myObject[["SA"]]$SAlowHierarchy <- "B"
expect_error(runChecksOnSelectionAndProbs(myObject),NA)
})
# Test that runChecksOnSelectionAndProbs runs without errors when stratification is present (H5 and lower hierarchy C)
test_that("runChecksOnSelectionAndProbs runs without errors when stratification is present (H5 and lower hierarchy C)", {
myPath <- "./h5_v_20250211"
myObject <- importRDBESDataCSV(rdbesExtractPath = myPath)
# Only use the non-clustered test data
myObject <- filterRDBESDataObject(myObject,c("DEstratumName"),c("DE_stratum1_H5","DE_stratum2_H5","DE_stratum3_H5"))
myObject <- findAndKillOrphans(myObject, verbose = FALSE)
myObject[["SA"]]$SAlowHierarchy <- "C"
expect_error(runChecksOnSelectionAndProbs(myObject),NA)
})
# Test that runChecksOnSelectionAndProbs runs without errors when stratification is present (H5 and lower hierarchy D)
test_that("runChecksOnSelectionAndProbs runs without errors when stratification is present (H5 and lower hierarchy D)", {
myPath <- "./h5_v_20250211"
myObject <- importRDBESDataCSV(rdbesExtractPath = myPath)
# Only use the non-clustered test data
myObject <- filterRDBESDataObject(myObject,c("DEstratumName"),c("DE_stratum1_H5","DE_stratum2_H5","DE_stratum3_H5"))
myObject <- findAndKillOrphans(myObject, verbose = FALSE)
myObject[["SA"]]$SAlowHierarchy <- "D"
expect_error(runChecksOnSelectionAndProbs(myObject),NA)
})
})
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