• using R version 4.5.3 (2026-03-11 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
• checking for file 'OpenSpecy/DESCRIPTION' ... OK
• checking extension type ... Package
• this is package 'OpenSpecy' version '2.0.3'
• 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 'OpenSpecy' 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 ... [8s] OK
• checking whether the package can be loaded with stated dependencies ... [7s] OK
• checking whether the package can be unloaded cleanly ... [7s] OK
• checking whether the namespace can be loaded with stated dependencies ... [6s] OK
• checking whether the namespace can be unloaded cleanly ... [6s] OK
• checking loading without being on the library search path ... [7s] OK
• checking whether startup messages can be suppressed ... [7s] 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 ... [84s] OK
• checking Rd files ... [3s] 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 ... [1s] 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 ... [26s] OK
• checking for unstated dependencies in 'tests' ... OK
• checking tests ... [202s] ERROR   Running 'testthat.R' [202s] Running the tests in 'tests/testthat.R' failed. Complete output:   > library(testthat)   > library(OpenSpecy)   >   > library(data.table)   > setDTthreads(2)   >   > test_check("OpenSpecy")   Particle analysis [file-backed source]: read into memory (1 regions; 16 spectra; 4 bands)   Particle analysis [Region1]: memory materialization (region 1/1; 16 spectra)   Particle analysis [Region1]: memory materialization complete (elapsed 0.0 s)   Particle analysis [Region1]: read (sample 1 of 1)   Particle analysis [Region1]: signal/noise   Particle analysis [Region1]: particle detection and collapse   Particle analysis [Region1]: library matching   Particle analysis [Region1]: outputs   Particle analysis [Region1]: complete   Particle analysis [file-backed source]: read into memory (1 regions; 16 spectra; 4 bands)   Particle analysis [Region1]: memory materialization (region 1/1; 16 spectra)   Particle analysis [Region1]: memory materialization complete (elapsed 0.0 s)   Particle analysis [Region1]: read (sample 1 of 1)   Particle analysis [Region1]: signal/noise   Particle analysis [Region1]: particle detection and collapse   Particle analysis [Region1]: library matching   Particle analysis [Region1]: outputs   Particle analysis [Region1]: complete   Particle analysis [Region1]: region (1 of 1)   Particle analysis [Region1]: index   Particle analysis [Region1]: reuse cached particle means   Particle analysis [Region1]: library matching   Particle analysis [Region1]: outputs   Particle analysis [Region1]: complete   Particle analysis [Region1]: region (1 of 1)   Particle analysis [Region1]: index   Particle analysis [Region1]: reuse cached particle means   Particle analysis [Region1]: library matching   Particle analysis [Region1]: outputs   Particle analysis [Region1]: complete   Particle analysis [Region1]: region (1 of 1)   Particle analysis [Region1]: index   Particle analysis [Region1]: streaming signal/noise (16 spectra)   Particle analysis [Region1]: streaming signal/noise (chunk 1/1; 16/16 spectra (100%); elapsed 0.0 s)   Particle analysis [Region1]: streaming particle means   FileSpecs collapse: 16 source spectra; 4 retained; 1 connected units.   Particle analysis [Region1]: streaming particle means (chunk 1/1; 4/4 spectra (100%); elapsed 0.0 s)   FileSpecs collapse complete in 0.06 seconds.   Particle analysis [Region1]: library matching   Particle analysis [Region1]: outputs   Particle analysis [Region1]: complete   Particle analysis [Region1]: region (1 of 1)   Particle analysis [Region1]: index   Particle analysis [Region1]: streaming signal/noise (16 spectra)   Particle analysis [Region1]: streaming signal/noise (chunk 1/1; 16/16 spectra (100%); elapsed 0.0 s)   Particle analysis [Region1]: streaming particle means   FileSpecs collapse: 16 source spectra; 4 retained; 1 connected units.   Particle analysis [Region1]: streaming particle means (chunk 1/1; 4/4 spectra (100%); elapsed 0.0 s)   FileSpecs collapse complete in 0.04 seconds.   Particle analysis [Region1]: library matching   Particle analysis [Region1]: outputs   Particle analysis [Region1]: complete   FileSpecs collapse: 16 source spectra; 4 retained; 1 connected units.   FileSpecs collapse complete in 0.05 seconds.   FileSpecs collapse: 16 source spectra; 4 retained; 2 connected units.   FileSpecs collapse complete in 0.06 seconds.   Particle analysis [Region1]: region (1 of 1)   Particle analysis [Region1]: index   Particle analysis [Region1]: streaming signal/noise (16 spectra)   Particle analysis [Region1]: streaming signal/noise (chunk 1/1; 16/16 spectra (100%); elapsed 0.0 s)   Particle analysis [Region1]: streaming particle means   FileSpecs collapse: 16 source spectra; 16 retained; 1 connected units.   Particle analysis [Region1]: streaming particle means (chunk 1/1; 16/16 spectra (100%); elapsed 0.0 s)   FileSpecs collapse complete in 0.06 seconds.   Particle analysis [Region1]: library matching   Particle analysis [Region1]: outputs   Particle analysis [Region1]: complete   Particle analysis [Region1]: region (1 of 1)   Particle analysis [Region1]: index   Particle analysis [Region1]: streaming signal/noise (16 spectra)   Particle analysis [Region1]: streaming signal/noise (chunk 1/1; 16/16 spectra (100%); elapsed 0.0 s)   Particle analysis [Region1]: region (1 of 1)   Particle analysis [Region1]: index   Particle analysis [Region1]: streaming signal/noise (16 spectra)   Particle analysis [Region1]: streaming signal/noise (chunk 1/6; 3/16 spectra (18%); elapsed 0.0 s)   Particle analysis [Region1]: streaming signal/noise (chunk 2/6; 6/16 spectra (37%); elapsed 0.0 s)   Particle analysis [Region1]: streaming signal/noise (chunk 3/6; 9/16 spectra (56%); elapsed 0.0 s)   Particle analysis [Region1]: streaming signal/noise (chunk 4/6; 12/16 spectra (75%); elapsed 0.1 s)   Particle analysis [Region1]: streaming signal/noise (chunk 5/6; 15/16 spectra (93%); elapsed 0.1 s)   Particle analysis [Region1]: streaming signal/noise (chunk 6/6; 16/16 spectra (100%); elapsed 0.1 s)   Particle analysis [Region1]: streaming pixel identification   Particle analysis [Region1]: streaming pixel identification (chunk 1/2; 3/4 spectra (75%); elapsed 0.0 s)   Particle analysis [Region1]: streaming pixel identification (chunk 2/2; 4/4 spectra (100%); elapsed 0.4 s)   Particle analysis [Region1]: streaming particle means   FileSpecs collapse: 16 source spectra; 4 retained; 1 connected units.   Particle analysis [Region1]: streaming particle means (chunk 1/2; 3/4 spectra (75%); elapsed 0.0 s)   Particle analysis [Region1]: streaming particle means (chunk 2/2; 4/4 spectra (100%); elapsed 0.0 s)   FileSpecs collapse complete in 0.07 seconds.   Particle analysis [Region1]: library matching   Particle analysis [Region1]: outputs   Particle analysis [Region1]: complete   Particle analysis [sample_1]: read (sample 1 of 1)   Particle analysis [sample_1]: signal/noise   Particle analysis [sample_1]: library matching   Particle analysis [sample_1]: outputs   Particle analysis [sample_1]: complete   Particle analysis [Region1]: region (1 of 1)   Particle analysis [Region1]: index   Particle analysis [Region1]: streaming signal/noise (16 spectra)   Particle analysis [Region1]: streaming signal/noise (chunk 1/4; 4/16 spectra (25%); elapsed 0.0 s)   Particle analysis [Region1]: streaming signal/noise (chunk 2/4; 8/16 spectra (50%); elapsed 0.0 s)   Particle analysis [Region1]: streaming signal/noise (chunk 3/4; 12/16 spectra (75%); elapsed 0.1 s)   Particle analysis [Region1]: streaming signal/noise (chunk 4/4; 16/16 spectra (100%); elapsed 0.1 s)   Particle analysis [Region1]: streaming particle means   FileSpecs collapse: 16 source spectra; 12 retained; 1 connected units.   Particle analysis [Region1]: streaming particle means (chunk 1/4; 2/12 spectra (16%); elapsed 0.0 s)   Particle analysis [Region1]: streaming particle means (chunk 2/4; 6/12 spectra (50%); elapsed 0.0 s)   Particle analysis [Region1]: streaming particle means (chunk 3/4; 10/12 spectra (83%); elapsed 0.1 s)   Particle analysis [Region1]: streaming particle means (chunk 4/4; 12/12 spectra (100%); elapsed 0.1 s)   FileSpecs collapse complete in 0.11 seconds.   Particle analysis [Region1]: library matching   Particle analysis [Region1]: outputs   Particle analysis [Region1]: complete   Particle analysis [particle-map]: read (sample 1 of 1)   Particle analysis [particle-map]: signal/noise   Particle analysis [particle-map]: particle detection and collapse   Particle analysis [particle-map]: library matching   Particle analysis [particle-map]: outputs   Particle analysis [particle-map]: complete   split_h5: copying Region2 (2/2)   split_h5: copying 10 (4 spectra in 1 region(s); 2/2)   split_h5: reading 2 (4 spectra; 2/2)      Attaching package: 'shinyjs'      The following object is masked from 'package:shiny':          runExample      The following objects are masked from 'package:methods':          removeClass, show         Attaching package: 'shinyWidgets'      The following object is masked from 'package:shinyjs':          alert         Attaching package: 'dplyr'      The following objects are masked from 'package:data.table':          between, first, last      The following objects are masked from 'package:stats':          filter, lag      The following objects are masked from 'package:base':          intersect, setdiff, setequal, union      Loading required package: ggplot2      Attaching package: 'plotly'      The following object is masked from 'package:ggplot2':          last_plot      The following object is masked from 'package:stats':          filter      The following object is masked from 'package:graphics':          layout         Attaching package: 'DT'      The following objects are masked from 'package:shiny':          dataTableOutput, renderDataTable         Attaching package: 'bs4Dash'      The following object is masked from 'package:shinyWidgets':          progressBar      The following objects are masked from 'package:shiny':          actionButton, column, insertTab, navbarMenu, tabsetPanel      The following object is masked from 'package:graphics':          box         Attaching package: 'reshape2'      The following objects are masked from 'package:data.table':          dcast, melt      No trace type specified:     Based on info supplied, a 'scatter' trace seems appropriate.     Read more about this trace type -> https://plotly.com/r/reference/#scatter   No scatter mode specifed:     Setting the mode to markers     Read more about this attribute -> https://plotly.com/r/reference/#scatter-mode   Particle analysis [sample_1]: read (sample 1 of 1)   Particle analysis [sample_1]: signal/noise   Particle analysis [sample_1]: particle detection and collapse   Particle analysis [sample_1]: library matching   Particle analysis [sample_1]: outputs   Particle analysis [sample_1]: complete   Particle analysis [particle-sample-a-13072c7176416d]: read (sample 1 of 2)   Particle analysis [particle-sample-a-13072c7176416d]: signal/noise   Particle analysis [particle-sample-a-13072c7176416d]: particle detection and collapse   Particle analysis [particle-sample-a-13072c7176416d]: library matching   Particle analysis [particle-sample-a-13072c7176416d]: outputs   Particle analysis [particle-sample-a-13072c7176416d]: complete   Particle analysis [particle-sample-b-13072c2977119]: read (sample 2 of 2)   Particle analysis [particle-sample-b-13072c2977119]: signal/noise   Particle analysis [particle-sample-b-13072c2977119]: particle detection and collapse   Particle analysis [particle-sample-b-13072c2977119]: library matching   Particle analysis [particle-sample-b-13072c2977119]: outputs   Particle analysis [particle-sample-b-13072c2977119]: complete   Particle analysis [sample_1]: read (sample 1 of 1)   Particle analysis [sample_1]: signal/noise   Particle analysis [sample_1]: particle detection and collapse   Particle analysis [sample_1]: library matching   Particle analysis [sample_1]: outputs   Particle analysis [sample_1]: complete   Particle analysis [sample_1]: read (sample 1 of 1)   Particle analysis [sample_1]: signal/noise   Particle analysis [sample_1]: read (sample 1 of 1)   Particle analysis [sample_1]: signal/noise   S/N thresholds retained every map pixel in 'sample_1'; continuing with particle_id_strategy = 'all_cell_id'.   Particle analysis [sample_1]: library matching   Particle analysis [sample_1]: outputs   Particle analysis [sample_1]: complete   Particle analysis [small]: read (sample 1 of 1)   Particle analysis [small]: signal/noise   Particle analysis [small]: particle detection and collapse   Particle analysis [small]: library matching   Particle analysis [small]: outputs   Particle analysis [small]: complete   Particle analysis [sample_1]: read (sample 1 of 1)   Particle analysis [sample_1]: signal/noise   Particle analysis [sample_1]: library matching   Particle analysis [sample_1]: outputs   Particle analysis [sample_1]: complete   Particle analysis [sample_1]: read (sample 1 of 1)   Particle analysis [sample_1]: signal/noise   Particle analysis [sample_1]: library matching   Particle analysis [sample_1]: outputs   Particle analysis [sample_1]: complete   build_lib [0.0s]: starting   build_lib [0.0s]: using 1 in-memory OpenSpecy source(s)   build_lib [0.0s]: preparing 1 source object(s)   build_lib [0.0s]: preparing source object 1/1   build_lib [0.1s]: processing recipe 1/2 (raw)   build_lib [0.1s]: processing recipe 2/2 (relative)   build_lib [0.1s]: complete   build_lib [0.0s]: starting   build_lib [0.0s]: using 1 in-memory OpenSpecy source(s)   build_lib [0.0s]: preparing 1 source object(s)   build_lib [0.0s]: preparing source object 1/1   build_lib [0.0s]: processing recipe 1/1 (raw)   build_lib [0.1s]: complete   build_lib [0.0s]: starting   build_lib [0.0s]: using 1 in-memory OpenSpecy source(s)   build_lib [0.0s]: preparing 1 source object(s)   build_lib [0.0s]: preparing source object 1/1   build_lib [0.1s]: processing recipe 1/1 (raw)   build_lib [0.1s]: complete   build_lib [0.0s]: starting   build_lib [0.0s]: using 1 in-memory OpenSpecy source(s)   build_lib [0.0s]: preparing 1 source object(s)   build_lib [0.0s]: preparing source object 1/1   build_lib [0.0s]: processing recipe 1/1 (raw)   build_lib [0.0s]: complete   build_lib [0.0s]: starting   build_lib [0.0s]: using 1 in-memory OpenSpecy source(s)   build_lib [0.0s]: preparing 1 source object(s)   build_lib [0.0s]: preparing source object 1/1   build_lib [0.1s]: processing recipe 1/1 (raw)   build_lib [0.1s]: complete   build_lib [0.0s]: starting   build_lib [0.0s]: preparing 1 source object(s)   build_lib [0.0s]: preparing source object 1/1   build_lib [0.0s]: restricting the wavenumber range   build_lib [0.1s]: processing recipe 1/1 (raw)   build_lib [0.1s]: complete   build_lib [0.0s]: starting   build_lib [0.0s]: using 1 in-memory OpenSpecy source(s)   build_lib [0.0s]: preparing 1 source object(s)   build_lib [0.0s]: preparing source object 1/1   build_lib [0.0s]: restricting the wavenumber range   build_lib [0.0s]: starting   build_lib [0.0s]: using 2 in-memory OpenSpecy source(s)   build_lib [0.0s]: preparing 2 source object(s)   build_lib [0.0s]: preparing source object 1/2   build_lib [0.0s]: preparing source object 2/2   build_lib [0.0s]: combining 2 same-axis source object(s)   build_lib [0.0s]: processing recipe 1/1 (raw)   build_lib [0.0s]: complete   build_lib [0.0s]: starting   build_lib [0.0s]: using 1 in-memory OpenSpecy source(s)   build_lib [0.0s]: preparing 1 source object(s)   build_lib [0.0s]: preparing source object 1/1   build_lib [0.0s]: standardized source keys (filled=2; conflicts=0)   build_lib [0.0s]: processing recipe 1/1 (raw)   build_lib [0.0s]: complete   build_lib [0.0s]: starting   build_lib [0.0s]: using 1 in-memory OpenSpecy source(s)   build_lib [0.0s]: preparing 1 source object(s)   build_lib [0.0s]: preparing source object 1/1   build_lib [0.0s]: joining metadata lookup 1/1   build_lib [0.0s]: metadata lookup 1/1 complete (matched=8; unmatched=0)   build_lib [0.1s]: joining the material hierarchy   build_lib [0.1s]: material hierarchy complete (unmatched=0)   build_lib [0.1s]: processing recipe 1/3 (raw)   build_lib [0.1s]: calculating signal-to-noise (raw)   build_lib [0.1s]: assessing spectra (raw)   build_lib [0.1s]: processing recipe 2/3 (derivative)   build_lib [0.1s]: calculating signal-to-noise (derivative)   build_lib [0.1s]: assessing spectra (derivative)   build_lib [0.1s]: processing recipe 3/3 (nobaseline)   build_lib [0.2s]: calculating signal-to-noise (nobaseline)   build_lib [0.2s]: assessing spectra (nobaseline)   build_lib [0.2s]: complete   build_lib [0.0s]: starting   build_lib [0.0s]: using one in-memory OpenSpecy source   build_lib [0.0s]: preparing 1 source object(s)   build_lib [0.0s]: preparing source object 1/1   build_lib [0.0s]: joining metadata lookup 1/1   build_lib [0.1s]: processing recipe 1/1 (raw)   build_lib [0.1s]: complete   build_lib [0.0s]: starting   build_lib [0.0s]: using one in-memory OpenSpecy source   build_lib [0.0s]: preparing 1 source object(s)   build_lib [0.0s]: preparing source object 1/1   build_lib [0.0s]: joining metadata lookup 1/1   build_lib [0.1s]: processing recipe 1/1 (raw)   build_lib [0.1s]: complete   build_lib [0.0s]: starting   build_lib [0.0s]: using 2 in-memory OpenSpecy source(s)   build_lib [0.0s]: preparing 2 source object(s)   build_lib [0.0s]: preparing source object 1/2   build_lib [0.0s]: preparing source object 2/2   build_lib [0.0s]: merging 2 source object(s) with c_spec()   build_lib [0.1s]: processing recipe 1/3 (raw)   build_lib [0.1s]: processing recipe 2/3 (derivative)   build_lib [0.1s]: processing recipe 3/3 (nobaseline)   build_lib [0.2s]: complete   build_lib [0.0s]: starting   build_lib [0.0s]: using 1 in-memory OpenSpecy source(s)   build_lib [0.0s]: preparing 1 source object(s)   build_lib [0.0s]: preparing source object 1/1   build_lib [0.1s]: processing recipe 1/1 (nobaseline)   build_lib [0.1s]: complete   build_lib [0.0s]: starting   build_lib [0.0s]: reading path 1/3 (raman_hdpe.csv)   build_lib [0.6s]: reading path 2/3 (ftir_ldpe_soil.asp)   build_lib [1.3s]: reading path 3/3 (raman_atacamit.spc)   build_lib [2.0s]: streamed 3 source object(s) from 3 path(s)   build_lib [2.0s]: merging 3 source object(s) with c_spec()   build_lib [2.5s]: joining metadata lookup 1/1   build_lib [2.6s]: metadata lookup 1/1 complete (matched=3; unmatched=0)   build_lib [2.6s]: processing recipe 1/1 (raw)   build_lib [2.6s]: complete   object 'x' needs to be a list of 'OpenSpecy' objects; nothing to concatenate, returning 'x'   No trace type specified:     Based on info supplied, a 'scatter' trace seems appropriate.     Read more about this trace type -> https://plotly.com/r/reference/#scatter   No scatter mode specifed:     Setting the mode to markers     Read more about this attribute -> https://plotly.com/r/reference/#scatter-mode   A line object has been specified, but lines is not in the mode   Adding lines to the mode...   A line object has been specified, but lines is not in the mode   Adding lines to the mode...   No trace type specified:     Based on info supplied, a 'scatter' trace seems appropriate.     Read more about this trace type -> https://plotly.com/r/reference/#scatter   No scatter mode specifed:     Setting the mode to markers     Read more about this attribute -> https://plotly.com/r/reference/#scatter-mode   A line object has been specified, but lines is not in the mode   Adding lines to the mode...   No trace type specified:     Based on info supplied, a 'scatter' trace seems appropriate.     Read more about this trace type -> https://plotly.com/r/reference/#scatter   No scatter mode specifed:     Setting the mode to markers     Read more about this attribute -> https://plotly.com/r/reference/#scatter-mode   A line object has been specified, but lines is not in the mode   Adding lines to the mode...   Fetching Open Specy reference libraries from AWS ...   Fetching medoid derivative library...   Use 'load_lib()' to load the library   Launching bundled OpenSpecy Shiny app from: D:/temp/2026_11_06_17_40_09_221/RtmpU3pezs/OpenSpecy-testthat-run-app-launch   Saving _problems/test-run_app-2001.R   object 'x' needs to be a list of 'OpenSpecy' objects; nothing to concatenate, returning 'x'   [ FAIL 1 | WARN 31 | SKIP 27 | PASS 3748 ]      ══ Skipped tests (27) ══════════════════════════════════════════════════════════   • On CRAN (7): 'test-app-onboarding.R:252:3', 'test-build_lib.R:2383:3',     'test-def_features.R:134:3', 'test-def_features.R:155:3',     'test-manage_lib.R:76:3', 'test-match_spec.R:156:3',     'test-match_spec.R:310:3'   • Repository source files are not in the package tarball (1):     'test-shinylive_wasm.R:285:5'   • Repository-only hosted deployment files are not in the package tarball (1):     'test-shinylive_wasm.R:891:5'   • Repository-only hosted-site sources are not in the package tarball (1):     'test-shinylive_wasm.R:1182:5'   • Repository-only wasm deployment tools are not in the package tarball (9):     'test-shinylive_wasm.R:128:3', 'test-shinylive_wasm.R:228:3',     'test-shinylive_wasm.R:321:5', 'test-shinylive_wasm.R:332:3',     'test-shinylive_wasm.R:413:3', 'test-shinylive_wasm.R:469:3',     'test-shinylive_wasm.R:505:3', 'test-shinylive_wasm.R:542:3',     'test-shinylive_wasm.R:604:3'   • Repository-only wasm preflight scripts are not in the package tarball (1):     'test-shinylive_wasm.R:730:5'   • Repository-only workflow files are not in the package tarball (2):     'test-shinylive_wasm.R:635:5', 'test-shinylive_wasm.R:864:5'   • Repository-only workspace path contract is not in the package tarball (1):     'test-shinylive_wasm.R:845:5'   • repository-only reference workflow tables are not installed (4):     'test-build_lib.R:1679:3', 'test-build_lib.R:1865:3',     'test-build_lib.R:3151:3', 'test-build_lib.R:3188:3'      ══ Failed tests ════════════════════════════════════════════════════════════════   ── Error ('test-run_app.R:1998:3'): bundled app applies spike correction through the registered API ──   Error in `file(con, "r")`: cannot open the connection   Backtrace:       ▆    1. ├─base::grepl(...) at test-run_app.R:1998:3    2. │ └─base::is.factor(x)    3. └─base::readLines(namespace_path, warn = FALSE)    4. └─base::file(con, "r")      [ FAIL 1 | WARN 31 | SKIP 27 | PASS 3748 ]   Error:   ! Test failures.   Execution halted
• checking for unstated dependencies in vignettes ... OK
• checking package vignettes ... OK
• checking re-building of vignette outputs ... [24s] OK
• checking PDF version of manual ... [21s] OK
• checking HTML version of manual ... [15s] OK
• DONE

Status: 1 ERROR