• using R version 4.6.1 (2026-06-24 ucrt)
• using platform: x86_64-w64-mingw32
• R was compiled by     gcc.exe (GCC) 14.3.0     GNU Fortran (GCC) 14.3.0
• running under: Windows Server 2022 x64 (build 20348)
• using session charset: UTF-8 * current time: 2026-09-09 06:48:02 UTC
• checking for file 'MiscMetabar/DESCRIPTION' ... OK
• checking extension type ... Package
• this is package 'MiscMetabar' version '0.16.8'
• package encoding: UTF-8
• checking package namespace information ... OK
• checking package dependencies ... OK
• checking if this is a source package ... OK
• checking if there is a namespace ... OK
• checking for hidden files and directories ... OK
• checking for portable file names ... OK
• checking whether package 'MiscMetabar' can be installed ... OK See the install log for details.
• checking installed package size ... OK
• checking package directory ... OK
• checking 'build' directory ... OK
• checking DESCRIPTION meta-information ... OK
• checking top-level files ... OK
• checking for left-over files ... OK
• checking index information ... OK
• checking package subdirectories ... OK
• checking code files for non-ASCII characters ... OK
• checking R files for syntax errors ... OK
• checking whether the package can be loaded ... [11s] OK
• checking whether the package can be loaded with stated dependencies ... [11s] OK
• checking whether the package can be unloaded cleanly ... [10s] OK
• checking whether the namespace can be loaded with stated dependencies ... [10s] OK
• checking whether the namespace can be unloaded cleanly ... [12s] OK
• checking loading without being on the library search path ... [12s] OK
• checking use of S3 registration ... OK
• checking dependencies in R code ... OK
• checking S3 generic/method consistency ... OK
• checking replacement functions ... OK
• checking foreign function calls ... OK
• checking R code for possible problems ... [39s] OK
• checking Rd files ... [4s] OK
• checking Rd metadata ... OK
• checking Rd cross-references ... OK
• checking for missing documentation entries ... OK
• checking for code/documentation mismatches ... OK
• checking Rd \usage sections ... OK
• checking Rd contents ... OK
• checking for unstated dependencies in examples ... OK
• checking contents of 'data' directory ... OK
• checking data for non-ASCII characters ... [11s] OK
• checking LazyData ... OK
• checking data for ASCII and uncompressed saves ... OK
• checking installed files from 'inst/doc' ... OK
• checking files in 'vignettes' ... OK
• checking examples ... [253s] OK
• checking for unstated dependencies in 'tests' ... OK
• checking tests ... [94s] ERROR   Running 'spelling.R' [0s]   Running 'testthat.R' [93s] Running the tests in 'tests/testthat.R' failed. Complete output:   > library(testthat)   > library(MiscMetabar)   Loading required package: phyloseq   Loading required package: ggplot2   Loading required package: dplyr      Attaching package: 'dplyr'      The following objects are masked from 'package:stats':          filter, lag      The following objects are masked from 'package:base':          intersect, setdiff, setequal, union      >   > test_check("MiscMetabar")   Starting 2 test processes.   > test_blast.R: Loading required package: Rcpp   > test_clean_pq.R: Cleaning suppress 2 taxa and 1 samples.   > test_clean_pq.R: Taxa are now in rows.   > test_clean_pq.R: Cleaning suppress 2 taxa and 1 samples.   > test_clean_pq.R: Change the samples names in refseq slot   > test_clean_pq.R: Cleaning suppress 2 taxa and 1 samples.   > test_clean_pq.R: Change the samples names in refseq slot   > test_clean_pq.R: Change the taxa names in tax_table slot   > test_clean_pq.R: Cleaning suppress 2 taxa and 1 samples.   > test_clean_pq.R: Change the taxa names in tax_table slot   > test_clean_pq.R: Cleaning suppress 2 taxa and 1 samples.   > test_clean_pq.R: At least one sample name start with a zero.   > test_clean_pq.R: That can be a problem for some phyloseq functions such as   > test_clean_pq.R: plot_bar and psmelt.   > test_clean_pq.R: Cleaning suppress 2 taxa and 1 samples.   > test_blast.R: blast_to_phyloseq(), filter_asv_blast(), blast_to_derep(),   > test_blast.R: add_blast_info, and blast_pq() can't be tested when   > test_blast.R: vsearch is not installed   > test_controls.R: Loading required package: BiocGenerics   > test_controls.R: Loading required package: generics   > test_controls.R:   > test_controls.R: Attaching package: 'generics'   > test_controls.R:   > test_controls.R: The following object is masked from 'package:dplyr':   > test_controls.R:   > test_controls.R: explain   > test_controls.R:   > test_controls.R: The following objects are masked from 'package:base':   > test_controls.R:   > test_controls.R: as.difftime, as.factor, as.ordered, intersect, is.element, setdiff,   > test_controls.R: setequal, union   > test_controls.R:   > test_controls.R:   > test_controls.R: Attaching package: 'BiocGenerics'   > test_controls.R:   > test_controls.R: The following objects are masked from 'package:stats':   > test_controls.R:   > test_controls.R: IQR, mad, sd, var, xtabs   > test_controls.R:   > test_controls.R: The following object is masked from 'package:dplyr':   > test_controls.R:   > test_controls.R: combine   > test_controls.R:   > test_controls.R: The following objects are masked from 'package:base':   > test_controls.R:   > test_controls.R: Filter, Find, Map, Position, Reduce, anyDuplicated, aperm, append,   > test_controls.R: as.data.frame, basename, cbind, colnames, dirname, do.call,   > test_controls.R: duplicated, eval, evalq, get, grep, grepl, is.unsorted, lapply,   > test_controls.R: mapply, match, mget, order, paste, pmax, pmax.int, pmin, pmin.int,   > test_controls.R: rank, rbind, rownames, sapply, saveRDS, table, tapply, unique,   > test_controls.R: unsplit, which.max, which.min   > test_controls.R:   > test_controls.R: Loading required package: S4Vectors   > test_controls.R: Loading required package: stats4   > test_controls.R:   > test_controls.R: Attaching package: 'S4Vectors'   > test_controls.R:   > test_controls.R: The following object is masked from 'package:utils':   > test_controls.R:   > test_controls.R: findMatches   > test_controls.R:   > test_controls.R: The following objects are masked from 'package:dplyr':   > test_controls.R:   > test_controls.R: first, rename   > test_controls.R:   > test_controls.R: The following objects are masked from 'package:base':   > test_controls.R:   > test_controls.R: I, expand.grid, unname   > test_controls.R:   > test_controls.R: Loading required package: IRanges   > test_controls.R:   > test_controls.R: Attaching package: 'IRanges'   > test_controls.R:   > test_controls.R: The following object is masked from 'package:grDevices':   > test_controls.R:   > test_controls.R: windows   > test_controls.R:   > test_controls.R: The following objects are masked from 'package:dplyr':   > test_controls.R:   > test_controls.R: collapse, desc, slice   > test_controls.R:   > test_controls.R: The following object is masked from 'package:phyloseq':   > test_controls.R:   > test_controls.R: distance   > test_controls.R:   > test_controls.R: Loading required package: XVector   > test_controls.R: Loading required package: Seqinfo   > test_controls.R:   > test_controls.R: Attaching package: 'Biostrings'   > test_controls.R:   > test_controls.R: The following object is masked from 'package:base':   > test_controls.R:   > test_controls.R: strsplit   > test_controls.R:   > test_dada_phyloseq.R: Loading required package: Rcpp   > test_data_manipulation.R:   > test_data_manipulation.R: Attaching package: 'divent'   > test_data_manipulation.R:   > test_data_manipulation.R: The following object is masked from 'package:Biostrings':   > test_data_manipulation.R:   > test_data_manipulation.R: coverage   > test_data_manipulation.R:   > test_data_manipulation.R: The following object is masked from 'package:IRanges':   > test_data_manipulation.R:   > test_data_manipulation.R: coverage   > test_data_manipulation.R:   > test_dada_phyloseq.R: Taxa are now in columns.   > test_dada_phyloseq.R: Cleaning suppress 3 taxa and 0 samples.   > test_dada_phyloseq.R: Cleaning suppress 0 taxa ( ) and 0 sample(s) ( ).   > test_dada_phyloseq.R: Number of non-matching ASV 0   > test_dada_phyloseq.R: Number of matching ASV 42   > test_dada_phyloseq.R: Number of filtered-out ASV 35   > test_dada_phyloseq.R: Number of kept ASV 7   > test_dada_phyloseq.R: Number of kept samples 3   > test_dada_phyloseq.R: Cleaning suppress 3 taxa and 0 samples.   > test_dada_phyloseq.R: ! Sample coverage is 0, most estimators will return `NaN`.   > test_dada_phyloseq.R: ! Sample coverage is 0, most estimators will return `NaN`.   > test_dada_phyloseq.R: ! Sample coverage is 0, most estimators will return `NaN`.   > test_dada_phyloseq.R: ! Sample coverage is 0, most estimators will return `NaN`.   > test_dada_phyloseq.R: ! Sample coverage is 0, most estimators will return `NaN`.   > test_dada_phyloseq.R: ! Sample coverage is 0, most estimators will return `NaN`.   > test_dada_phyloseq.R: Joining with `by = join_by(Sample)`   > test_dada_phyloseq.R: `set.seed(123)` was used to initialize repeatable random subsampling.   > test_dada_phyloseq.R: Please record this for your records so others can reproduce.   > test_dada_phyloseq.R: Try `set.seed(123); .Random.seed` for the full vector   > test_dada_phyloseq.R: Cleaning suppress 0 taxa ( ) and 1 sample(s) ( N23-002-M_S132_MERGED.fastq.gz ).   > test_dada_phyloseq.R: Number of non-matching ASV 0   > test_dada_phyloseq.R: Number of matching ASV 1420   > test_dada_phyloseq.R: Number of filtered-out ASV 771   > test_dada_phyloseq.R: Number of kept ASV 649   > test_dada_phyloseq.R: Number of kept samples 184   > test_dada_phyloseq.R: You filtered out 771 taxa, leading to a phyloseq object including 649 taxa without NA in the taxonomic ranks: 1 2 3 4 5 6 7 8 9 10 11 12.   > test_figures_biplot.R: Cleaning suppress 0 taxa ( ) and 15 sample(s) ( BE9-006-B_S27_MERGED.fastq.gz / C21-NV1-M_S64_MERGED.fastq.gz / DJ2-008-B_S87_MERGED.fastq.gz / DY5-004-H_S97_MERGED.fastq.gz / DY5-004-M_S98_MERGED.fastq.gz / E9-009-B_S100_MERGED.fastq.gz / E9-009-H_S101_MERGED.fastq.gz / N22-001-B_S129_MERGED.fastq.gz / O20-X-B_S139_MERGED.fastq.gz / O21-007-M_S144_MERGED.fastq.gz / R28-008-H_S159_MERGED.fastq.gz / R28-008-M_S160_MERGED.fastq.gz / W26-001-M_S167_MERGED.fastq.gz / Y29-007-H_S182_MERGED.fastq.gz / Y29-007-M_S183_MERGED.fastq.gz ).   > test_figures_biplot.R: Number of non-matching ASV 0   > test_figures_biplot.R: Number of matching ASV 1420   > test_figures_biplot.R: Number of filtered-out ASV 1385   > test_figures_biplot.R: Number of kept ASV 35   > test_figures_biplot.R: Number of kept samples 170   > test_data_manipulation.R: Taxa are now in rows.   > test_filtering.R: Cleaning suppress 0 taxa ( ) and 0 sample(s) ( ).   > test_filtering.R: Number of non-matching ASV 0   > test_filtering.R: Number of matching ASV 1420   > test_filtering.R: Number of filtered-out ASV 32   > test_filtering.R: Number of kept ASV 1388   > test_filtering.R: Number of kept samples 185   > test_filtering.R: Cleaning suppress 0 taxa ( ) and 0 sample(s) ( ).   > test_filtering.R: Number of non-matching ASV 0   > test_filtering.R: Number of matching ASV 1420   > test_filtering.R: Number of filtered-out ASV 206   > test_filtering.R: Number of kept ASV 1214   > test_filtering.R: Number of kept samples 185   > test_filtering.R: Cleaning suppress 0 taxa ( ) and 0 sample(s) ( ).   > test_filtering.R: Number of non-matching ASV 0   > test_filtering.R: Number of matching ASV 1420   > test_filtering.R: Number of filtered-out ASV 212   > test_filtering.R: Number of kept ASV 1208   > test_filtering.R: Number of kept samples 185   > test_filtering.R: Cleaning suppress 0 taxa ( ) and 0 sample(s) ( ).   > test_filtering.R: Number of non-matching ASV 0   > test_filtering.R: Number of matching ASV 1420   > test_filtering.R: Number of filtered-out ASV 159   > test_filtering.R: Number of kept ASV 1261   > test_filtering.R: Number of kept samples 185   > test_filtering.R: Cleaning suppress 0 taxa ( ) and 0 sample(s) ( ).   > test_filtering.R: Number of non-matching ASV 0   > test_filtering.R: Number of matching ASV 1420   > test_filtering.R: Number of filtered-out ASV 93   > test_filtering.R: Number of kept ASV 1327   > test_filtering.R: Number of kept samples 185   > test_filtering.R: You filtered out 93 taxa, leading to a phyloseq object including 1327 taxa without NA in the taxonomic ranks: Class.   > test_filtering.R: Taxa are now in rows.   > test_krona.R: Error in system("ktImportText 2>&1", intern = TRUE) :   > test_krona.R: 'ktImportText' not found   > test_data_manipulation.R: Joining with `by = join_by(Sample)`   > test_data_manipulation.R: `set.seed(42)` was used to initialize repeatable random subsampling.   > test_data_manipulation.R: Please record this for your records so others can reproduce.   > test_data_manipulation.R: Try `set.seed(42); .Random.seed` for the full vector   > test_data_manipulation.R: Cleaning suppress 0 taxa ( ) and 4 sample(s) ( DY5-004-M_S98_MERGED.fastq.gz / E9-009-B_S100_MERGED.fastq.gz / O21-007-M_S144_MERGED.fastq.gz / Y29-007-H_S182_MERGED.fastq.gz ).   > test_data_manipulation.R: Number of non-matching ASV 0   > test_data_manipulation.R: Number of matching ASV 1420   > test_data_manipulation.R: Number of filtered-out ASV 1159   > test_data_manipulation.R: Number of kept ASV 261   > test_data_manipulation.R: Number of kept samples 181   > test_data_manipulation.R: Partitioning sequences by 5-mer similarity:   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: ==   > test_data_manipulation.R: =   > test_data_manipulation.R: ===   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: ==   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: ==   > test_data_manipulation.R: =   > test_data_manipulation.R: ==   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: ==   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: ==   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: ==   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: ==   > test_data_manipulation.R: =   > test_data_manipulation.R: ==   > test_data_manipulation.R: ==   > test_data_manipulation.R: ===   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: ==   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R:   > test_data_manipulation.R:   > test_data_manipulation.R: Time difference of 0.14 secs   > test_data_manipulation.R:   > test_data_manipulation.R: Sorting by relatedness within 116 groups:   > test_data_manipulation.R:   iteration 1 of up to 7 (100.0% stability)   > test_data_manipulation.R:   > test_data_manipulation.R: Time difference of 0.09 secs   > test_data_manipulation.R:   > test_data_manipulation.R: Clustering sequences by 9-mer similarity:   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: 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test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R: =   > test_data_manipulation.R:   > test_data_manipulation.R:   > test_data_manipulation.R: Time difference of 0.33 secs   > test_data_manipulation.R:   > test_data_manipulation.R: Clusters via relatedness sorting: 100% (0% exclusively)   > test_data_manipulation.R: Clusters via rare 5-mers: 100% (0% exclusively)   > test_data_manipulation.R: Estimated clustering effectiveness: 100%   > test_data_manipulation.R:   > test_normalize_pq.R: Taxa are now in columns.   > test_normalize_pq.R: Default value being used.   > test_normalize_pq.R: calcNormFactors has been renamed to normLibSizes   > test_normalize_pq.R: converting counts to integer mode   > test_normalize_pq.R: -- note: fitType='parametric', but the dispersion trend was not well captured by the   > test_normalize_pq.R: function: y = a/x + b, and a local regression fit was automatically substituted.   > test_normalize_pq.R: specify fitType='local' or 'mean' to avoid this message next time.   > test_phyloseq_class.R: lulu_pq() can't be tested when vsearch is not installed   > test_phyloseq_class.R: mumu_pq() can't be tested when mumu is not installed   > test_misc.R: All modality were undoubtedly rarefy in the physeq object.   > test_plot_utilities.R: Loading required namespace: ggridges   > test_plot_utilities.R: Loading required namespace: treemapify   > test_plot_utilities.R: 47 were discarded due to NA in variables present in formula.   > test_plot_utilities.R: Cleaning suppress 3 taxa and 0 samples.   > test_plot_utilities.R: 17 were discarded due to NA in variables present in formula.   > test_plot_utilities.R: At least one sample name start with a zero.   > test_plot_utilities.R: That can be a problem for some phyloseq functions such as   > test_plot_utilities.R: plot_bar and psmelt.   > test_subset.R: Cleaning suppress 0 taxa ( ) and 0 sample(s) ( ).   > test_subset.R: Number of non-matching ASV 0   > test_subset.R: Number of matching ASV 1420   > test_subset.R: Number of filtered-out ASV 354   > test_subset.R: Number of kept ASV 1066   > test_subset.R: Number of kept samples 185   > test_swarm.R: swarm_clustering() and asv2otu(..., method=swarm) can't be   > test_swarm.R: tested when swarm is not installed   > test_table_functions.R: Cleaning suppress 256 taxa and 0 samples.   > test_table_functions.R: Loading required namespace: gtsummary   > test_taxonomy_utils.R: Taxa are now in rows.   > test_taxonomy_utils.R: Cleaning suppress 144 taxa and 0 samples.   > test_taxonomy_utils.R: Cleaning suppress 0 taxa ( ) and 0 sample(s) ( ).   > test_taxonomy_utils.R: Number of non-matching ASV 0   > test_taxonomy_utils.R: Number of matching ASV 1276   > test_taxonomy_utils.R: Number of filtered-out ASV 953   > test_taxonomy_utils.R: Number of kept ASV 323   > test_taxonomy_utils.R: Number of kept samples 3   > test_taxonomy_utils.R: Cleaning suppress 199 taxa and 0 samples.   > test_plot_funcs.R: Cleaning suppress 0 taxa ( ) and 0 sample(s) ( ).   > test_plot_funcs.R: Number of non-matching ASV 0   > test_plot_funcs.R: Number of matching ASV 1420   > test_plot_funcs.R: Number of filtered-out ASV 1   > test_plot_funcs.R: Number of kept ASV 1419   > test_plot_funcs.R: Number of kept samples 185   > test_taxonomy_utils.R: New names:   > test_taxonomy_utils.R: * `` -> `...1`   > test_taxonomy_utils.R: * `` -> `...2`   > test_utils.R: D:\temp\2026_09_09_01_50_00_18435\RtmpIPUvLU/script_cutadapt.sh: line 1: /c/Users/CRAN/Documents/miniconda3/etc/profile.d/conda.sh: No such file or directory   > test_visualization.R: Please load ggalluvial with: library(ggalluvial)   > test_visualization.R: `set.seed(207706)` was used to initialize repeatable random subsampling.   > test_visualization.R: Please record this for your records so others can reproduce.   > test_visualization.R: Try `set.seed(207706); .Random.seed` for the full vector   > test_visualization.R: ...   > test_visualization.R: Taxa are now in rows.   > test_plot_funcs.R: `set.seed(1)` was used to initialize repeatable random subsampling.   > test_plot_funcs.R: Please record this for your records so others can reproduce.   > test_plot_funcs.R: Try `set.seed(1); .Random.seed` for the full vector   > test_plot_funcs.R:     |     | | 0%   > test_plot_funcs.R:     |     |====== | 11%   > test_visualization.R: Joining with `by = join_by(Sample)`   > test_plot_funcs.R:     |     |=========== | 22%   > test_plot_funcs.R:     |     |================= | 33%   > test_visualization.R: Joining with `by = join_by(Sample)`   > test_plot_funcs.R:     |     |====================== | 44%   > test_plot_funcs.R:     |     |============================ | 56%   > test_visualization.R: Taxa are now in rows.   > test_plot_funcs.R:     |     |================================= | 67%   > test_plot_funcs.R:     |     |======================================= | 78%   > test_plot_funcs.R:     |     |============================================ | 89%   > test_plot_funcs.R:     |     |==================================================| 100%   > test_vsearch.R:      Error:   ! testthat subprocess exited in file 'test_vsearch.R'.   Caused by error:   ! R session crashed with exit code -1073741819   Backtrace:        ▆     1. └─testthat::test_check("MiscMetabar")     2. └─testthat::test_dir(...)     3. └─testthat:::test_files(...)     4. └─testthat:::test_files_parallel(...)     5. ├─withr::with_dir(...)     6. │ └─base::force(code)     7. ├─testthat::with_reporter(...)     8. │ └─base::tryCatch(...)     9. │ └─base (local) tryCatchList(expr, classes, parentenv, handlers)    10. │ └─base (local) tryCatchOne(expr, names, parentenv, handlers[[1L]])    11. │ └─base (local) doTryCatch(return(expr), name, parentenv, handler)    12. └─testthat:::parallel_event_loop_chunky(queue, reporters, ".")    13. └─queue$poll(Inf)    14. └─base::lapply(...)    15. └─testthat (local) FUN(X[[i]], ...)    16. └─private$handle_error(msg, i)    17. └─cli::cli_abort(...)    18. └─rlang::abort(...)   Execution halted
• checking for unstated dependencies in vignettes ... OK
• checking package vignettes ... OK
• checking re-building of vignette outputs ... [18s] OK
• checking PDF version of manual ... [30s] OK
• checking HTML version of manual ... [50s] OK
• DONE

Status: 1 ERROR