# This file takes too long
testthat::skip_on_cran()

data(tips)

facethistBindwidth1 <- list(combo = wrap("facethist", binwidth = 1))
facethistBindwidth1Duo <- list(
  comboHorizontal = wrap("facethist", binwidth = 1),
  comboVertical = wrap("facethist", binwidth = 1)
)

test_that("structure", {
  expect_null <- function(x) {
    expect_true(is.null(x))
  }

  expect_obj <- function(x) {
    expect_s3_class(x$data, "data.frame")
    expect_type(x$plots, "list")
    expect_equal(length(x$plots), ncol(tips)^2)
    expect_null(x$title)
    expect_null(x$xlab)
    expect_null(x$ylab)
    expect_type(x$xAxisLabels, "character")
    expect_type(x$yAxisLabels, "character")
    expect_type(x$showXAxisPlotLabels, "logical")
    expect_type(x$showYAxisPlotLabels, "logical")
    expect_null(x$legend)
    expect_type(x$byrow, "logical")
    expect_null(x$gg)
    expect_true("gg" %in% names(x))
  }

  expect_obj(ggduo(tips))
  expect_obj(ggpairs(tips))
})

test_that("columns", {
  expect_obj <- function(pm, columnsX, columnsY) {
    expect_equal(length(pm$plots), length(columnsX) * length(columnsY))
    expect_equal(pm$xAxisLabels, columnsX)
    expect_equal(pm$yAxisLabels, columnsY)
    expect_equal(pm$ncol, length(columnsX))
    expect_equal(pm$nrow, length(columnsY))
  }

  columnsUsed <- c("total_bill", "tip", "sex")
  pm <- ggpairs(tips, columns = columnsUsed)
  expect_obj(pm, columnsUsed, columnsUsed)

  columnsX <- c("total_bill", "tip", "sex")
  columnsY <- c("smoker", "day", "time", "size")
  pm <- ggduo(tips, columnsX, columnsY)
  expect_obj(pm, columnsX, columnsY)
})

test_that("column labels", {
  expect_obj <- function(pm, columnLabelsX, columnLabelsY) {
    expect_equal(pm$xAxisLabels, columnLabelsX)
    expect_equal(pm$yAxisLabels, columnLabelsY)
  }

  columnTitles <- c("A", "B", "C")
  pm <- ggpairs(tips, 1:3, columnLabels = columnTitles)
  expect_obj(pm, columnTitles, columnTitles)

  columnTitles <- c("Total Bill %", "Tip 123456", "Sex ( /a asdf)")
  pm <- ggpairs(tips, 1:3, columnLabels = columnTitles)
  expect_obj(pm, columnTitles, columnTitles)

  columnLabelsX <- c("Total Bill %", "Tip 123456", "Sex ( /a asdf)")
  columnLabelsY <- c("Smoker !#@", "Day 678", "1", "NULL")
  pm <- ggduo(tips, 1:3, 4:7, columnLabelsX = columnLabelsX, columnLabelsY = columnLabelsY)
  expect_obj(pm, columnLabelsX, columnLabelsY)
})

test_that("character", {
  expect_obj <- function(pm) {
    expect_true(is.factor(pm$data$sex))
    expect_true(is.factor(pm$data$smoker))
  }

  tips2 <- tips
  tips2$sex <- as.character(tips2$sex)
  tips2$smoker <- as.character(tips2$smoker)

  expect_obj(ggpairs(tips2))
  expect_obj(ggduo(tips2))
})


test_that("upper/lower/diag = blank", {
  columnsUsed <- 1:3
  au <- ggpairs(tips, columnsUsed, upper = "blank")
  ad <- ggpairs(tips, columnsUsed, diag = "blank")
  al <- ggpairs(tips, columnsUsed, lower = "blank")
  for (i in 1:3) {
    for (j in 1:3) {
      if (i < j) {
        expect_true(is_blank_plot(au[i, j]))
        expect_false(is_blank_plot(ad[i, j]))
        expect_false(is_blank_plot(al[i, j]))
      }
      if (i > j) {
        expect_false(is_blank_plot(au[i, j]))
        expect_false(is_blank_plot(ad[i, j]))
        expect_true(is_blank_plot(al[i, j]))
      }
      if (i == j) {
        expect_false(is_blank_plot(au[i, j]))
        expect_true(is_blank_plot(ad[i, j]))
        expect_false(is_blank_plot(al[i, j]))
      }
    }
  }

  a <- ggpairs(tips, columnsUsed)
  a[1, 1] <- ggplot(tips, aes(total_bill)) +
    geom_histogram()
  expect_false(is_blank_plot(a[1, 1]))
})

test_that("stops", {
  expect_warning(
    {
      pm <- ggpairs(tips, axisLabels = "not_a_chosen", lower = facethistBindwidth1)
    },
    "'axisLabels' not in "
  ) # nolint
  expect_warning(
    {
      pm <- ggduo(tips, axisLabels = "not_a_chosen", types = facethistBindwidth1Duo)
    },
    "'axisLabels' not in "
  ) # nolint

  expect_warning(
    {
      pm <- ggpairs(tips, color = "sex")
    },
    "Extra arguments: "
  ) # nolint

  expect_warning(
    {
      pm <- ggduo(tips, 2:3, 2:3, types = list(combo = "facetdensity"))
    },
    "Setting:\n\ttypes"
  ) # nolint

  expect_error(
    {
      ggpairs(tips, columns = c("tip", "day", "not in tips"))
    },
    "Columns in 'columns' not found in data"
  ) # nolint
  expect_error(
    {
      ggduo(tips, columnsX = c("tip", "day", "not in tips"), columnsY = "smoker")
    },
    "Columns in 'columnsX' not found in data"
  ) # nolint
  expect_error(
    {
      ggduo(tips, columnsX = c("tip", "day", "smoker"), columnsY = "not in tips")
    },
    "Columns in 'columnsY' not found in data"
  ) # nolint

  expect_warning(
    {
      pm <- ggpairs(tips, legends = TRUE)
    },
    "'legends' will be deprecated"
  ) # nolint

  expect_error(
    {
      ggpairs(tips, params = c(size = 2))
    },
    "'params' is a deprecated"
  ) # nolint

  expect_error(
    {
      ggpairs(tips, columns = 1:10)
    },
    "Make sure your numeric 'columns' values are less than or equal to"
  ) # nolint
  expect_error(
    {
      ggduo(tips, columnsX = 1:10)
    },
    "Make sure your numeric 'columnsX' values are less than or equal to"
  ) # nolint
  expect_error(
    {
      ggduo(tips, columnsY = 1:10)
    },
    "Make sure your numeric 'columnsY' values are less than or equal to"
  ) # nolint

  expect_error(
    {
      ggpairs(tips, columns = -5:5)
    },
    "Make sure your numeric 'columns' values are positive"
  ) # nolint
  expect_error(
    {
      ggduo(tips, columnsX = -5:5)
    },
    "Make sure your numeric 'columnsX' values are positive"
  ) # nolint
  expect_error(
    {
      ggduo(tips, columnsY = -5:5)
    },
    "Make sure your numeric 'columnsY' values are positive"
  ) # nolint

  expect_error(
    {
      ggpairs(tips, columns = (2:10) / 2)
    },
    "Make sure your numeric 'columns' values are integers"
  ) # nolint
  expect_error(
    {
      ggduo(tips, columnsX = (2:10) / 2)
    },
    "Make sure your numeric 'columnsX' values are integers"
  ) # nolint
  expect_error(
    {
      ggduo(tips, columnsY = (2:10) / 2)
    },
    "Make sure your numeric 'columnsY' values are integers"
  ) # nolint

  expect_error(
    {
      ggpairs(tips, columns = 1:3, columnLabels = c("A", "B", "C", "Extra"))
    },
    "The length of the 'columnLabels' does not match the length of the 'columns'"
  ) # nolint
  expect_error(
    {
      ggduo(tips, columnsX = 1:3, columnLabelsX = c("A", "B", "C", "Extra"))
    },
    "The length of the 'columnLabelsX' does not match the length of the 'columnsX'"
  ) # nolint
  expect_error(
    {
      ggduo(tips, columnsY = 1:3, columnLabelsY = c("A", "B", "C", "Extra"))
    },
    "The length of the 'columnLabelsY' does not match the length of the 'columnsY'"
  ) # nolint

  expect_error(
    {
      ggpairs(tips, upper = c("not_a_list"))
    },
    "'upper' is not a list"
  ) # nolint
  expect_error(
    {
      ggpairs(tips, diag = c("not_a_list"))
    },
    "'diag' is not a list"
  ) # nolint
  expect_error(
    {
      ggpairs(tips, lower = c("not_a_list"))
    },
    "'lower' is not a list"
  ) # nolint
  expect_error(
    {
      ggduo(tips, types = c("not_a_list"))
    },
    "'types' is not a list"
  ) # nolint

  # # couldn't get correct error message
  # #  variables: 'colour' have non standard format: 'total_bill + tip'.
  # expect_error({
  #   ggpairs(tips, mapping = ggplot2::aes(color = total_bill + tip))
  # }, "variables\\: \"colour\" have non standard format") # nolint
  # expect_error({
  #   ggduo(tips, mapping = ggplot2::aes(color = total_bill + tip))
  # }, "variables\\: \"colour\" have non standard format") # nolint

  errorString <- "'aes_string' is a deprecated element"
  expect_error(
    {
      ggpairs(tips, upper = list(aes_string = ggplot2::aes(color = day)))
    },
    errorString
  ) # nolint
  expect_error(
    {
      ggpairs(tips, lower = list(aes_string = ggplot2::aes(color = day)))
    },
    errorString
  ) # nolint
  expect_error(
    {
      ggpairs(tips, diag = list(aes_string = ggplot2::aes(color = day)))
    },
    errorString
  ) # nolint
  expect_error(
    {
      ggduo(tips, types = list(aes_string = ggplot2::aes(color = day)))
    },
    errorString
  ) # nolint


  expect_diag_warn <- function(key, value) {
    warnString <- str_c("Changing diag\\$", key, " from '", value, "' to '", value, "Diag'")
    diagObj <- list()
    diagObj[[key]] <- value
    expect_warning(
      {
        pm <- ggpairs(tips, diag = diagObj)
      },
      warnString
    )
  }
  # diag
  #   continuous
  #     densityDiag
  #     barDiag
  #     blankDiag
  #   discrete
  #     barDiag
  #     blankDiag
  expect_diag_warn("continuous", "density")
  expect_diag_warn("continuous", "bar")
  expect_diag_warn("continuous", "blank")
  expect_diag_warn("discrete", "bar")
  expect_diag_warn("discrete", "blank")
})


test_that("cardinality", {
  expect_silent(stop_if_high_cardinality(tips, 1:ncol(tips), NULL))
  expect_silent(stop_if_high_cardinality(tips, 1:ncol(tips), FALSE))
  expect_error(
    stop_if_high_cardinality(tips, 1:ncol(tips), "not numeric"),
    "'cardinality_threshold' should"
  )
  expect_error(
    stop_if_high_cardinality(tips, 1:ncol(tips), 2),
    "Column 'day' has more levels"
  )
})

test_that("blank types", {
  columnsUsed <- 1:3
  pmUpper <- ggpairs(tips, columnsUsed, upper = "blank", lower = facethistBindwidth1)
  pmDiag <- ggpairs(tips, columnsUsed, diag = "blank", lower = facethistBindwidth1)
  pmLower <- ggpairs(tips, columnsUsed, lower = "blank")

  for (i in columnsUsed) {
    for (j in columnsUsed) {
      if (i < j) {
        # upper
        expect_true(is_blank_plot(pmUpper[i, j]))
        expect_false(is_blank_plot(pmDiag[i, j]))
        expect_false(is_blank_plot(pmLower[i, j]))
      } else if (i > j) {
        # lower
        expect_false(is_blank_plot(pmUpper[i, j]))
        expect_false(is_blank_plot(pmDiag[i, j]))
        expect_true(is_blank_plot(pmLower[i, j]))
      } else {
        # diag
        expect_false(is_blank_plot(pmUpper[i, j]))
        expect_true(is_blank_plot(pmDiag[i, j]))
        expect_false(is_blank_plot(pmLower[i, j]))
      }
    }
  }

  columnsUsedX <- 1:3
  columnsUsedY <- 4:5
  pmDuo <- ggduo(tips, columnsUsedX, columnsUsedY, types = "blank")
  for (i in seq_along(columnsUsedX)) {
    for (j in seq_along(columnsUsedY)) {
      expect_true(is_blank_plot(pmDuo[j, i]))
    }
  }
})

test_that("axisLabels", {
  expect_axis_labels <- function(pm, prefix, axisLabel) {
    expect_true(is.null(pm$showStrips))
    if (axisLabel == "show") {
      expect_true(pm$showXAxisPlotLabels)
      expect_true(pm$showYAxisPlotLabels)
      expect_false(is.null(pm$xAxisLabels))
      expect_false(is.null(pm$yAxisLabels))
    } else if (axisLabel == "internal") {
      for (i in 1:(pm$ncol)) {
        p <- pm[i, i]
        expect_true(inherits(p$layers[[1]]$geom, "GeomText"))
        expect_true(inherits(p$layers[[2]]$geom, "GeomText"))
        expect_equal(length(p$layers), 2)
      }
      expect_false(pm$showXAxisPlotLabels)
      expect_false(pm$showYAxisPlotLabels)
      expect_true(is.null(pm$xAxisLabels))
      expect_true(is.null(pm$yAxisLabels))
    } else if (axisLabel == "none") {
      expect_false(pm$showXAxisPlotLabels)
      expect_false(pm$showYAxisPlotLabels)
      expect_false(is.null(pm$xAxisLabels))
      expect_false(is.null(pm$yAxisLabels))
    }
    vdiffr::expect_doppelganger(paste0("axisLabels-", prefix, "-", axisLabel), pm)
  }

  fn <- function(axisLabels) {
    pm <- ggpairs(
      iris, c(3, 4, 5, 1),
      upper = "blank",
      lower = facethistBindwidth1,
      axisLabels = axisLabels,
      title = str_c("axisLabels = ", axisLabels),
      progress = FALSE
    )
    pm
  }
  for (axisLabels in c("show", "internal", "none")) {
    expect_axis_labels(fn(axisLabels), "ggpairs", axisLabels)
  }

  plots <- ggpairs(iris, 1:3)$plots
  for (val in c(TRUE, FALSE)) {
    pm <- ggmatrix(
      plots, 3, 3,
      showAxisPlotLabels = val
    )
    expect_equal(pm$showXAxisPlotLabels, val)
    expect_equal(pm$showYAxisPlotLabels, val)
  }


  fn <- function(axisLabels) {
    a <- ggduo(
      iris, c(4, 5), c(5, 1),
      types = facethistBindwidth1Duo,
      axisLabels = axisLabels,
      title = str_c("axisLabels = ", axisLabels)
    )
    a
  }
  for (axisLabels in c("show", "none")) {
    expect_axis_labels(fn(axisLabels), "ggduo", axisLabels)
  }
})


test_that("strips and axis", {
  # axis should line up with left side strips
  pm <- ggpairs(
    tips, c(3, 1, 4),
    showStrips = TRUE,
    title = "Axis should line up even if strips are present",
    lower = list(combo = wrap("facethist", binwidth = 1))
  )
  vdiffr::expect_doppelganger("show-strips", pm)
  # default behavior. tested in other places
  # expect_silent({
  #   pm <- ggpairs(tips, c(3, 1, 4), showStrips = FALSE)
  #   print(pm)
  # })
})


test_that("dates", {
  startDt <- as.POSIXct("2000-01-01", tz = "UTC")
  endDt <- as.POSIXct("2000-04-01", tz = "UTC")

  dts <- seq(startDt, endDt, 86400) # 86400 = as.numeric(ddays(1))
  x <- data.frame(
    date = dts,
    x1 = rnorm(length(dts)),
    x2 = rnorm(length(dts)),
    cat = sample(c("a", "b", "c"), length(dts), replace = TRUE)
  )

  class(x) <- c("NOT_data.frame", "data.frame")

  a <- ggpairs(
    x, c(2, 1, 4, 3),
    mapping = ggplot2::aes(color = cat),
    lower = "blank",
    diag = list(continuous = "densityDiag"),
    upper = list(continuous = "cor")
  )
  p <- a[1, 2]
  expect_true(inherits(p$layers[[1]]$geom, "GeomText"))
  expect_true(inherits(p$layers[[2]]$geom, "GeomText"))
  expect_equal(length(p$layers), 2)


  a <- ggpairs(
    x, c(2, 1, 4, 3),
    mapping = ggplot2::aes(color = cat),
    lower = "blank",
    diag = list(continuous = "barDiag"),
    upper = list(continuous = "cor")
  )
  p <- a[1, 1]
  expect_true(inherits(p$layers[[1]]$geom, "GeomBar"))
  expect_equal(length(p$layers), 1)
})


test_that("mapping", {
  pm <- ggpairs(tips, mapping = 1:3)
  expect_equal(pm$xAxisLabels, names(tips)[1:3])

  pm <- ggpairs(tips, columns = 1:3)
  expect_equal(pm$xAxisLabels, names(tips)[1:3])

  expect_error(
    {
      ggpairs(tips, columns = 1:3, mapping = 1:3)
    },
    "'mapping' should not be numeric"
  ) # nolint
})

test_that("user functions", {
  p0 <- ggally_points(tips, ggplot2::aes(x = total_bill, y = tip))

  pm1 <- ggpairs(tips, 1:2, lower = list(continuous = "points"))
  p1 <- pm1[2, 1]

  pm2 <- ggpairs(tips, 1:2, lower = list(continuous = ggally_points))
  p2 <- pm2[2, 1]

  expect_equal_plots <- function(x, y) {
    expect_equal(length(x$layers), 1)
    expect_equal(length(y$layers), 1)
    expect_true(
      "GeomPoint" %in% class(x$layers[[1]]$geom)
    )
    expect_true(
      "GeomPoint" %in% class(y$layers[[1]]$geom)
    )

    expect_equal(x$labels, list(x = "total_bill", y = "tip"))
    expect_equal(x$labels, y$labels)
  }
  expect_equal_plots(p0, p1)
  expect_equal_plots(p0, p2)
})

test_that("NA data", {
  expect_is_na_plot <- function(p) {
    expect_true(identical(as.character(p$data$label), "NA"))
    expect_true(inherits(p$layers[[1]]$geom, "GeomText"))
    expect_equal(length(p$layers), 1)
  }
  expect_not_na_plot <- function(p) {
    expect_false(identical(as.character(p$data$label), "NA"))
  }
  expect_is_blank <- function(p) {
    expect_true(is_blank_plot(p))
  }

  dd <- data.frame(x = c(1:5, rep(NA, 5)), y = c(rep(NA, 5), 2:6), z = 1:10, w = NA)
  pm <- ggpairs(dd)

  test_pm <- function(pm, na_mat) {
    for (i in 1:4) {
      for (j in 1:4) {
        if (na_mat[i, j]) {
          expect_is_na_plot(pm[i, j])
        } else {
          if (j == 3 && i < 3) {
            expect_warning(
              {
                p <- pm[i, j]
              },
              "Removed 5 rows"
            )
          } else {
            p <- pm[i, j]
          }
          expect_not_na_plot(p)
        }
      }
    }
  }

  na_mat <- matrix(FALSE, ncol = 4, nrow = 4)
  na_mat[1, 2] <- TRUE
  na_mat[2, 1] <- TRUE
  na_mat[1:4, 4] <- TRUE
  na_mat[4, 1:4] <- TRUE
  test_pm(pm, na_mat)
})

test_that("strip-top and strip-right", {
  data(tips)

  double_strips <- function(data, mapping, ...) {
    dt <- plyr::count(data, c(mapping_string(mapping$x), mapping_string(mapping$y)))
    ggplot(dt, aes(xmin = 0.25, xmax = 0.75, ymin = 1, ymax = freq)) +
      geom_rect() +
      ggplot2::facet_grid(paste0(mapping_string(mapping$y), " ~ ", mapping_string(mapping$x))) +
      ggplot2::scale_x_continuous(breaks = 0.5, labels = NULL)
  }

  pm <- ggpairs(
    tips, 3:6,
    lower = "blank", diag = "blank",
    upper = list(discrete = double_strips),
    progress = FALSE
  )
  vdiffr::expect_doppelganger("nested-strips-default", pm)
  pm <- ggpairs(
    tips, 3:6,
    lower = "blank", diag = "blank",
    upper = list(discrete = double_strips),
    showStrips = TRUE,
    progress = FALSE
  )
  vdiffr::expect_doppelganger("nested-strips-true", pm)
})


test_that("subtypes", {
  testthat::skip_on_cran()
  testthat::skip_if_not_installed("Hmisc")

  # list of the different plot types to check
  # continuous
  #    points
  #    smooth
  #    smooth_loess
  #    density
  #    cor
  #   blank

  # combo
  #   box
  #   dot plot
  #   facethist
  #   facetdensity
  #   denstrip
  #   blank

  # discrete
  #   ratio
  #   facetbar
  #   blank

  gn <- function(x) {
    fnName <- attr(x, "name")
    ifnull(fnName, x)
  }

  ggpairs_fn1 <- function(title, types, diag, ...) {
    ggpairs(
      tips, 1:4,
      axisLabels = "show",
      title = paste(
        "upper = c(cont = ", gn(types$continuous),
        ", combo = ", gn(types$combo),
        ", discrete = ", gn(types$discrete),
        "); diag = c(cont = ", gn(diag$continuous),
        ", discrete = ", gn(diag$discrete),
        ")",
        sep = ""
      ),
      upper = types,
      lower = types,
      diag = diag,
      progress = FALSE,
      ...
    ) + ggplot2::theme(plot.title = ggplot2::element_text(size = 9))
  }

  ggpairs_fn2 <- function(...) {
    ggpairs_fn1(..., mapping = ggplot2::aes(color = day), legend = c(1, 3))
  }

  ggduo_fn1 <- function(title, types, diag, ...) {
    types$comboHorizontal <- types$combo
    types$comboVertical <- types$combo
    types$combo <- NULL
    ggduo(
      tips, 1:3, 1:4,
      axisLabels = "show",
      title = paste(
        "types = c(cont = ", gn(types$continuous),
        ", combo = ", gn(types$comboHorizontal),
        ", discrete = ", gn(types$discrete),
        ")",
        sep = ""
      ),
      types = types,
      progress = FALSE,
      ...
    ) + ggplot2::theme(plot.title = ggplot2::element_text(size = 9))
  }

  ggduo_fn2 <- function(...) {
    ggduo_fn1(..., mapping = ggplot2::aes(color = day), legend = 3) +
      theme(legend.position = "bottom")
  }


  # re ordered the subs so that density can have no binwidth param
  conSubs <- list(
    "autopoint",
    "density", "points", "smooth", "smooth_lm", "smooth_loess", "cor",
    "blank"
  )
  comSubs <- list(
    "autopoint",
    "box", "dot", "box_no_facet", "dot_no_facet",
    wrap("facethist", binwidth = 1),
    "facetdensity",
    "facetdensitystrip",
    # "summarise_by", # Issues with grid printing
    wrap("denstrip", binwidth = 1),
    "blank"
  )
  disSubs <- list(
    "autopoint", "colbar", "count",
    "cross", "crosstable", "facetbar",
    "ratio", "rowbar",
    "table",
    # "trends", # Issues with grid printing
    "blank"
  )

  conDiagSubs <- c("autopointDiag", "densityDiag", wrap("barDiag", binwidth = 1), "blankDiag")
  disDiagSubs <- c("autopointDiag", "barDiag", "countDiag", "tableDiag", "blankDiag")

  # for (fn in list(ggpairs_fn1, ggpairs_fn2, ggduo_fn1, ggduo_fn2)) {
  for (fn_info in list(
    list(fn = ggpairs_fn1, title = "ggpairs"),
    list(fn = ggpairs_fn2, title = "ggpairs_color"),
    list(fn = ggduo_fn1, title = "ggduo"),
    list(fn = ggduo_fn2, title = "ggduo_color")
  )) {
    fn <- fn_info$fn
    fn_name <- fn_info$title
    for (i in 1:max(c(
      length(conSubs),
      length(comSubs),
      length(disSubs),
      length(conDiagSubs),
      length(disDiagSubs)
    ))) {
      conSub <- if (i <= length(conSubs)) conSubs[[i]] else "blank"
      comSub <- if (i <= length(comSubs)) comSubs[[i]] else "blank"
      disSub <- if (i <= length(disSubs)) disSubs[[i]] else "blank"

      diagConSub <- if (i <= length(conDiagSubs)) conDiagSubs[[i]] else "blankDiag"
      diagDisSub <- if (i <= length(disDiagSubs)) disDiagSubs[[i]] else "blankDiag"

      # print(list(
      #   fn_num = fn_num,
      #   types = list(
      #     continuous = conSub,
      #     combo = comSub,
      #     discrete = disSub
      #   ),
      #   diag = list(
      #     continuous = diagConSub,
      #     discrete = diagDisSub
      #   )
      # ))
      #
      expect_silent({
        pm <- fn(
          types = list(
            continuous = conSub,
            combo = comSub,
            discrete = disSub
          ),
          diag = list(
            continuous = diagConSub,
            discrete = diagDisSub
          )
        )
      })

      type_name <- function(x) {
        if (is.function(x)) {
          sub("ggally_", "", attr(x, "name"))
        } else {
          x
        }
      }
      type_names <- vapply(c(conSub, comSub, disSub, diagConSub, diagDisSub), type_name, character(1))
      if (all(grepl("blank", type_names))) {
        # vdiffr can't handle blank plots
        next
      }
      pm_name <- paste0(type_names, collapse = "-")
      pm_name <- paste0(fn_name, "-", pm_name)

      tryCatch(
        {
          set.seed(123456) # keep jitter consistent
          suppressWarnings({
            built_pm <- ggmatrix_gtable(pm)
          })
          vdiffr::expect_doppelganger(pm_name, built_pm)
        },
        error = function(e) {
          message("failed to create doppelganger: ", pm_name)
          print(e)
          barret <<- pm
          expect_silent(print(c("failed to create doppelganger", pm_name)))
        }
      )
    }
  }

  expect_error({
    ggpairs(tips, 1:2, lower = "blank", diag = "blank", upper = list(continuous = "BAD_TYPE"))
  })
})


# pm <- ggpairs(tips, upper = "blank")
# # pm


#  # Custom Example
#  pm <- ggpairs(
#    tips[, c(1, 3, 4, 2)],
#    upper = list(continuous = "density", combo = "box"),
#    lower = list(continuous = "points", combo = "dot")
#  )
#  # pm

#  # Use sample of the diamonds data
#  data(diamonds, package = "ggplot2")
#  diamonds.samp <- diamonds[sample(1:dim(diamonds)[1], 200), ]

#  # Custom Example
#  pm <- ggpairs(
#   diamonds.samp[, 1:5],
#   upper = list(continuous = "density", combo = "box"),
#   lower = list(continuous = "points", combo = "dot"),
#   color = "cut",
#   alpha = 0.4,
#   title = "Diamonds"
#  )
#  # pm

#  # Will plot four "Incorrect Plots"
#  bad_plots <- ggpairs(
#    tips[, 1:3],
#    upper = list(continuous = "wrongType1", combo = "wrongType2"),
#    lower = list(continuous = "IDK1", combo = "IDK2", discrete = "mosaic"),
#  )
#  # bad_plots

#  # Only Variable Labels on the diagonal (no axis labels)
#  pm <- ggpairs(tips[, 1:3], axisLabels = "internal")
#  # pm
#  # Only Variable Labels on the outside (no axis labels)
#  pm <- ggpairs(tips[, 1:3], axisLabels = "none")
#  # pm

#  # Custom Examples
#  custom_car <- ggpairs(mtcars[, c("mpg", "wt", "cyl")], upper = "blank", title = "Custom Example")
# #' # ggplot example taken from example(geom_text)
# #'   plot <- ggplot2::ggplot(mtcars, ggplot2::aes(x = wt, y = mpg, label = rownames(mtcars)))
# #'   plot <- plot +
# #'     ggplot2::geom_text(ggplot2::aes(colour = factor(cyl)), size = 3) +
# #'     ggplot2::scale_colour_discrete(l = 40)
# #' custom_car <- putPlot(custom_car, plot, 1, 2)
# #' personal_plot <- ggally_text(
# #'   "ggpairs allows you\nto put in your\nown plot.\nLike that one.\n <---"
# #' )
# #' custom_car <- putPlot(custom_car, personal_plot, 1, 3)
# #' # custom_car