test_that("test 1", {
  setupInitial <- setupTest()
  # on.exit(endTest(setupInitial))

  isDev <- getOption("Require.isDev")

  quiet <- !(getOption("Require.verbose") >= 1)

  tmpdir <- tempdir3()
  tmpdir2 <- tempdir3()
  created <- dir.create(tmpdir, recursive = TRUE, showWarnings = FALSE)
  pkgVF <- file.path(tmpdir, "packageVersions.txt")
  setLibPaths(tmpdir, standAlone = TRUE)
  tmpdirActual <- .libPaths()[1] # setLibPaths postpends the R version
  suppressWarnings(Require(c("rlang"), require = FALSE, quiet = quiet))

  skip_if_offline2()

  setLibPaths(tmpdir2, standAlone = TRUE)
  tmpdir2Actual <- .libPaths()[1] # setLibPaths postpends the R version
  if (isDev) {
    ## Bumped from covr (==3.6.3) to covr (==3.6.5):
    ## covr 3.6.3 used the SET_BODY symbol from R-internals which was
    ## removed in R 4.5+. R CMD INSTALL of covr 3.6.3 builds fine but
    ## fails the test-load step with "undefined symbol: SET_BODY" /
    ## "loading failed". covr 3.6.5+ uses the public R API instead.
    ## The version-pin-warning behavior under test is unaffected by
    ## the version choice.
    warns <- capture_warnings(Require(c("rlang", "covr (==3.6.5)"),
                                      require = FALSE, quiet = quiet))
    test <- testWarnsInUsePleaseChange(warns)
    if (!isMacOS())
      expect_true(test)
  } else {
    Require(c("crayon"), require = FALSE, quiet = quiet)
  }

  skip_if_offline2()
  .libPaths(c(tmpdirActual, tmpdir2Actual))
  # .libPaths(c(tmpdir, tmpdir2))
  aa1 <- pkgSnapshot(packageVersionFile = pkgVF,
                     libPaths = unique(c(head(.libPaths(), 1), tail(.libPaths(), 1))))
  aa <- aa1[!Package %in% "R"]

  bb <- list()
  for (lp in unique(aa$LibPath)) {
    pack1 <- aa$Package[aa$LibPath == lp]
    pack <- sample(pack1, size = min(10, length(pack1)))
    if (!all(pack %in% .basePkgs)) {
      deps <- pkgDep(pack, recursive = TRUE)
      lens <- lengths(deps)
      haveFewDeps <- order(lens)
      deps <- deps[haveFewDeps]
      # the `max(1)` is because "Error in seq.default(-Inf) : 'from' must be a finite number" on some GHA
      wh <- max(0, min(4, max(which(cumsum(lengths(deps) + 1) < 10))))
      if (wh > 0) {
        deps <- deps[seq(wh)]
        pkgs <- c(names(deps), Require::extractPkgName(unname(unlist(deps))))
        bb[[lp]] <- aa[Package %in% pkgs & LibPath == lp]
      }
    }
  }

  bb1 <- data.table::rbindlist(bb)
  bb1 <- bb1[!Package %in% "Require"] # don't try to install Require here; not relevant; failing on covr::coverage()
  data.table::fwrite(x = bb1, file = pkgVF)

  if (file.exists(pkgVF)) {
    fileNames <- list()
    baseFN <- "packageVersions"
    tmpLibPath <- tempdir2(paste(sample(LETTERS, size = 6), collapse = ""))
    fileNames[["fn0"]][["lp"]] <- file.path(tmpLibPath)
    fileNames[["fn0"]][["txt"]] <- pkgVF

    try(setLibPaths(origLibPaths[[1]], updateRprofile = FALSE), silent = TRUE)
    #
    #   origLibPaths <- setLibPaths(paste0(fileNames[["fn0"]][["lp"]]), updateRprofile = FALSE)
    #
    #   theDir <- rpackageFolder(cacheGetOptionCachePkgDir())
    #   if (!is.null(theDir)) {
    #     localBins <- dir(theDir, pattern = "data.table")
    #     localBinsFull <- dir(theDir, full.names = TRUE, pattern = "data.table")
    #     vers <- gsub("^[^_]+\\_(.+)", "\\1", basename(localBins))
    #     vers <- gsub("^([^_]+)_+.+$", "\\1", vers)
    #     vers <- gsub("^([[:digit:]\\.-]+)\\.[[:alpha:]]{1,1}.+$", "\\1", vers)
    #
    #
    #     localBinsOrd <- order(package_version(vers), decreasing = TRUE)
    #     localBins <- localBins[localBinsOrd]
    #     localBinsFull <- localBinsFull[localBinsOrd]
    #     dups <- duplicated(gsub("(.+)\\_.+", "\\1", localBins))
    #     localBins <- localBins[!dups]
    #     localBinsFull <- localBinsFull[!dups]
    #     if (any(grepl("tar.gz", localBinsFull))) {
    #       localBinsFull <- grep("linux-gnu", localBinsFull, value = TRUE)
    #     }
    #     # There might be more than one version
    #     dts <- grep("data.table", localBinsFull, value = TRUE)[1]
    #     # rems <- grep("remotes", localBinsFull, value = TRUE)[1]
    #     localBinsFull <- na.omit(c(dts)) # , rems))
    #     # dts <- grep("data.table", localBinsFull, value = TRUE)[1]
    #     # localBinsFull <- dts
    #   } else {
    #     localBinsFull <- NULL
    #   }
    #
    #   ## There might be more than one version
    #   Rpath <- Sys.which("Rscript")
    #   if (length(localBinsFull) == 1) { # already have the binary in the Cache
    #     if (isWindows()) {
    #       system(paste0(
    #         Rpath, " -e \"install.packages(c('", localBinsFull[1],
    #         "'), quiet = ", quiet, ", type = 'binary', lib = '", .libPaths()[1], "', repos = NULL)\""
    #       ), wait = TRUE)
    #     } else {
    #       system(paste0(
    #         Rpath, " -e \"install.packages(c('", localBinsFull[1],
    #         "'), quiet = ", quiet, ", lib = '", .libPaths()[1], "', repos = NULL)\""
    #       ), wait = TRUE)
    #     }
    #   } else {
    #     # For some reason, when using Rscript, the RStudio Package Manager repository the Rscript install doesn't use binary
    #     pkg <- "data.table"
    #     withCallingHandlers(
    #       install.packages(pkg,
    #         lib = .libPaths()[1],
    #         quiet = quiet, repos = getOption("repos")[["CRAN"]]
    #       ),
    #       warning = function(w) {
    #         system(paste0(
    #           Rpath, " -e \"install.packages(c('", pkg, "'), lib ='",
    #           .libPaths()[1], "', quiet = ", quiet, ", repos = '", getOption("repos")[["CRAN"]], "')\""
    #         ), wait = TRUE)
    #         invokeRestart("muffleWarning")
    #       }
    #     )
    #   }
    #
    #   if (is.null(getOption("Require.Home"))) stop("Must define options('Require.Home' = 'pathToRequirePkgSrc')")
    #   installRequire(getOption("Require.Home"))

    warns <- capture_warnings(
      out <- Require(packageVersionFile = fileNames[["fn0"]][["txt"]], standAlone = TRUE)
    )
    # Test
    there <- data.table::fread(fileNames[["fn0"]][["txt"]])
    unique(there, by = "Package")
    here <- try(pkgSnapshot(file.path(tempdir2("test"), "packageVersionsEliot.txt"), libPaths = .libPaths()))
    if (!is(here, "try-error")) {
      anyMissing <- there[!here, on = c("Package", "Version")]
      anyMissing <- anyMissing[!Package %in% c("Require", getFromNamespace(".basePkgs", "Require"))]
      anyMissing <- anyMissing[!is.na(GithubRepo)] # fails due to "local install"
      anyMissing <- anyMissing[GithubUsername != "PredictiveEcology"] # even though they have GitHub info,
      # they are likely missing because of the previous line of local installs
      if (isWindows()) {
        anyMissing <- anyMissing[!Package %in% "littler"]
      }
      # here[!there, on = "Package"]
      if (NROW(anyMissing) != 0) stop("Error 832; please contact developer")
      expect_true(NROW(anyMissing) == 0)
    }
  }
})
