tests/testthat/test_taxa_translate.R

In BioMonTools: Biomonitoring and Bioassessment Calculations

# taxa_translate ####
testthat::test_that("taxa_translate", {


  # from example


  # Example 1, PacNW
  ## Input Parameters
  df_user <- BioMonTools::data_benthos_PacNW
  fn_official <- file.path(system.file("extdata", package = "BioMonTools")
                           , "taxa_official"
                           , "ORWA_TAXATRANSLATOR_20221219.csv")
  df_official <- read.csv(fn_official)
  fn_official_metadata <- file.path(system.file("extdata"
                                                , package = "BioMonTools")
                                    , "taxa_official"
                                    , "ORWA_ATTRIBUTES_METADATA_20221117.csv")
  df_official_metadata <- read.csv(fn_official_metadata)
  taxaid_user <- "TaxaID"
  taxaid_official_match <- "Taxon_orig"
  taxaid_official_project <- "OTU_BCG_MariNW"
  taxaid_drop <- NULL
  col_drop <- c("Taxon_v2", "OTU_MTTI") # non desired ID cols in Official
  sum_n_taxa_boo <- TRUE
  sum_n_taxa_col <- "N_TAXA"
  sum_n_taxa_group_by <- c("INDEX_NAME", "INDEX_CLASS", "SampleID", "TaxaID")
  ## Run Function
  taxatrans <- BioMonTools::taxa_translate(df_user
                              , df_official
                              , df_official_metadata
                              , taxaid_user
                              , taxaid_official_match
                              , taxaid_official_project
                              , taxaid_drop
                              , col_drop
                              , sum_n_taxa_boo
                              , sum_n_taxa_col
                              , sum_n_taxa_group_by)

  # QC stuff

  TaxaID <- c("Eukiefferiella coerulescens/claripennis groups"
              , "Telmatodrilinae")
  N_Taxa_Sum <- c(4L, 1L)
  N_Taxa_Count <- c(1L, 1L)

  # DEPRECATE, sum_n_taxa
  # 2024-06-12
  # 20250905, set values to NA
  N_Taxa_Sum <- c(NA, NA)

  df_qc_nonmatch <- data.frame(TaxaID, N_Taxa_Sum, N_Taxa_Count)

  testthat::expect_identical(taxatrans$nonmatch, df_qc_nonmatch)


  # # Check sum
  # sum_qc <- sum(df_user$N_TAXA) - sum(df_qc_nonmatch$N_Taxa_Sum)
  # sum_calc <- sum(taxatrans$merge$N_TAXA)
  # testthat::expect_equal(sum_calc, sum_qc)
  # remove 20260905


})## Test ~ taxa_translate

#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
testthat::test_that("taxa_translate_multistage", {
  # taxa with multiple stage should be combined if the column is not kept

  # 20250908, feature deprecated a while ago,
  # rework results for test

  # create example data ----
  TAXAID <- c(rep("Agapetus", 3), rep("Zavrelimyia", 2))
  N_TAXA <- c(rep(33, 3), rep(50, 2))
  STAGE <- c("A","L","P","X","")
  df_user <- data.frame(TAXAID, N_TAXA, STAGE)
  df_user[, "INDEX_NAME"] <- "BCG_MariNW_Bugs500ct"
  df_user[, "INDEX_CLASS"] <- "HiGrad-HiElev"
  df_user[, "SAMPLEID"] <- "Test2023"
  df_user[, "STATIONID"] <- "Test"
  df_user[, "DATE"] <- "2023-01-16"

  # Example 2, multistage
  ## Input Parameters
  fn_official <- file.path(system.file("extdata", package = "BioMonTools")
                           , "taxa_official"
                           , "ORWA_TAXATRANSLATOR_20221219.csv")
  df_official <- read.csv(fn_official)
  fn_official_metadata <- file.path(system.file("extdata"
                                                , package = "BioMonTools")
                                    , "taxa_official"
                                    , "ORWA_ATTRIBUTES_20221212.csv")
  df_official_metadata <- read.csv(fn_official_metadata)
  taxaid_user <- "TAXAID"
  taxaid_official_match <- "Taxon_orig"
  taxaid_official_project <- "OTU_BCG_MariNW"
  taxaid_drop <- NULL
  col_drop <- c("Taxon_v2", "OTU_MTTI") # non desired ID cols in Official
  sum_n_taxa_boo <- TRUE
  sum_n_taxa_col <- "N_TAXA"
  sum_n_taxa_group_by <- c("INDEX_NAME", "INDEX_CLASS", "SAMPLEID", "TAXAID")
  ## Run Function
  taxatrans <- BioMonTools::taxa_translate(df_user
                                          , df_official
                                          , df_official_metadata
                                          , taxaid_user
                                          , taxaid_official_match
                                          , taxaid_official_project
                                          , taxaid_drop
                                          , col_drop
                                          , sum_n_taxa_boo
                                          , sum_n_taxa_col
                                          , sum_n_taxa_group_by)

  # test
  ntaxa_calc <- taxatrans$merge$N_TAXA
  # ntaxa_qc <- c(99, 100)
  # 20250905, not merging 50, 50, 33, 33, 33
  ntaxa_qc <- c(50, 50, 33, 33, 33)
  testthat::expect_identical(ntaxa_calc, ntaxa_qc)


})## Test ~ taxa_translate_multistage

#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

testthat::test_that("taxa_translate_trimws_basic", {
  # "clean" white space and non-breaking spaces (Unicode "\u00A0")
  # see ?trimws
  demo_txt <- c("x", "x ", "x\u00A0")
  remove_ws_allcombos <- trimws(demo_txt, whitespace = "[\\h\\v]") #try all combos
  # test
  testthat::expect_identical(unique(remove_ws_allcombos), "x")

})## TEST ~ taxa_translate_clean_basic

#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

testthat::test_that("taxa_translate_trimws_function", {
  # ensure "clean" parameter works
  ## Calc 1A ----
  # use example code
  df_user1A <- BioMonTools::data_benthos_PacNW
  fn_official <- file.path(system.file("extdata", package = "BioMonTools")
                           , "taxa_official"
                           , "ORWA_TAXATRANSLATOR_20221219.csv")
  df_official <- read.csv(fn_official)
  fn_official_metadata <- file.path(system.file("extdata"
                                                , package = "BioMonTools")
                                    , "taxa_official"
                                    , "ORWA_ATTRIBUTES_METADATA_20221117.csv")
  df_official_metadata <- read.csv(fn_official_metadata)
  taxaid_user <- "TaxaID"
  taxaid_official_match <- "Taxon_orig"
  taxaid_official_project <- "OTU_MTTI"
  taxaid_drop <- "DNI"
  col_drop <- c("Taxon_v2", "OTU_BCG_MariNW") # non desired ID cols in Official
  sum_n_taxa_boo <- TRUE
  sum_n_taxa_col <- "N_TAXA"
  sum_n_taxa_group_by <- c("INDEX_NAME", "INDEX_CLASS", "SampleID", "TaxaID")
  ## Run Function
  taxatrans1A <- taxa_translate(df_user1A
                              , df_official
                              , df_official_metadata
                              , taxaid_user
                              , taxaid_official_match
                              , taxaid_official_project
                              , taxaid_drop
                              , col_drop
                              , sum_n_taxa_boo
                              , sum_n_taxa_col
                              , sum_n_taxa_group_by)
  ## View Results
  taxatrans1A$nonmatch

  ## Calc 1B----
  # data with spaces
  df_user1B <- df_user1A
  df_user1B[, "Mod_Group"] <- cut(seq_len(nrow(df_user1B))
                                  , 4
                                  , labels = c("lead"
                                               , "trail"
                                               , "both"
                                               , "mid_nbsp"))

  # df_user1B <- dplyr::mutate(df_user1B
  #                            , .data[[taxaid_user]] = dplyr::case_when(
  #                              Mod_Group == "lead" ~ paste0(" ", .data[[taxaid_user]])
  #                              , Mod_Group == "trail" ~ paste0(.data[[taxaid_user]], " ")
  #                              , Mod_Group == "both" ~ paste0(" ", .data[[taxaid_user]], " ")
  #                              , Mod_Group == "mid_nbsp" ~ gsub(" ", "\u00a0", .data[[taxaid_user]])
  #                              , .default == .data[[taxaid_user]])
  # )


  # add spaces to start
  df_user1B[df_user1B[, "Mod_Group"] == "lead", taxaid_user] <-
    paste0(" ", df_user1B[df_user1B[, "Mod_Group"] == "lead", taxaid_user])
  # add spaces to end
  df_user1B[df_user1B[, "Mod_Group"] == "trail", taxaid_user] <-
    paste0(df_user1B[df_user1B[, "Mod_Group"] == "trail", taxaid_user], " ")
  # add spaces to both
  df_user1B[df_user1B[, "Mod_Group"] == "both", taxaid_user] <-
    paste0(" ", df_user1B[df_user1B[, "Mod_Group"] == "both", taxaid_user], " ")
  # add mid nbsp
  df_user1B[df_user1B[, "Mod_Group"] == "mid_nbsp", taxaid_user] <-
    gsub(" ", "\u00a0", df_user1B[df_user1B[, "Mod_Group"] == "mid_nbsp", taxaid_user])

  # should be mostly FALSE (only true if in last 1/4 and no spaces)
  df_user1A$TaxaID == df_user1B$TaxaID


  taxatrans1B <- taxa_translate(df_user1B
                              , df_official
                              , df_official_metadata
                              , taxaid_user
                              , taxaid_official_match
                              , taxaid_official_project
                              , taxaid_drop
                              , col_drop
                              , sum_n_taxa_boo
                              , sum_n_taxa_col
                              , sum_n_taxa_group_by
                              , trim_ws = TRUE)
  ## View Results
  taxatrans1B$nonmatch

  ## Test ----
  testthat::expect_identical(taxatrans1B$nonmatch, taxatrans1A$nonmatch)

})## TEST ~ taxa_translate_clean_function