Running ‘testthat.R’ [111s/105s]
Running the tests in ‘tests/testthat.R’ failed.
Complete output:
  > # This file is part of the standard setup for testthat.
  > # It is recommended that you do not modify it.
  > #
  > # Where should you do additional test configuration?
  > # Learn more about the roles of various files in:
  > # * https://r-pkgs.org/testing-design.html#sec-tests-files-overview
  > # * https://testthat.r-lib.org/articles/special-files.html
  > 
  > library(testthat)
  > library(DiSCos)
  Loading required package: data.table
  
  Attaching package: 'data.table'
  
  The following object is masked from 'package:base':
  
      %notin%
  
  Loading required package: ggplot2
  > 
  > options(datatable.auto.thread = 1)  # Limit data.table to 1 thread
  > Sys.setenv(OMP_NUM_THREADS = 1) # limit environment to 1 thread
  > 
  > test_check("DiSCos")
  Saving _problems/test-DiSCo-13.R
  Saving _problems/test-DiSCo-97.R
  Saving _problems/test-DiSCo-99.R
  Saving _problems/test-DiSCo-112.R
  Saving _problems/test-DiSCo-114.R
  Warning: in are.pargam.valid(z): Parameter BETA is not > 0, invalid
  -- tryStack sys.calls: test_check -> test_dir -> test_files -> test_files_serial -> with_reporter -> lapply -> FUN -> source_file -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> test_that -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> expect_no_error -> expect_no_ -> quasi_capture -> .capture -> withRestarts -> withOneRestart -> withCallingHandlers -> eval_bare -> DiSCo -> mclapply.hack -> lapply -> FUN -> myQuant -> extremeStat::distLquantile -> distLfit -> lapply -> FUN -> tryStack -> lmomco::lmom2par -> pargam -> are.pargam.valid -> warning -> are.pargam.valid(z)
  Warning: in pargam(lmom, ...): Parameters can not be computed likely because L1 <= L2 or L2 <= 0
  -- tryStack sys.calls: test_check -> test_dir -> test_files -> test_files_serial -> with_reporter -> lapply -> FUN -> source_file -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> test_that -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> expect_no_error -> expect_no_ -> quasi_capture -> .capture -> withRestarts -> withOneRestart -> withCallingHandlers -> eval_bare -> DiSCo -> mclapply.hack -> lapply -> FUN -> myQuant -> extremeStat::distLquantile -> distLfit -> lapply -> FUN -> tryStack -> lmomco::lmom2par -> pargam -> warning -> pargam(lmom, ...)
  Warning: in parln3(lmom, ...): L-skew is negative, try reversing the data Y <- -X, to avoid a log(<0) error
  -- tryStack sys.calls: test_check -> test_dir -> test_files -> test_files_serial -> with_reporter -> lapply -> FUN -> source_file -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> test_that -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> expect_no_error -> expect_no_ -> quasi_capture -> .capture -> withRestarts -> withOneRestart -> withCallingHandlers -> eval_bare -> DiSCo -> mclapply.hack -> lapply -> FUN -> myQuant -> extremeStat::distLquantile -> distLfit -> lapply -> FUN -> tryStack -> lmomco::lmom2par -> parln3 -> warning -> parln3(lmom, ...)
  Warning: in parrice(lmom, ...): LCV too small (<0.0236) for Rice as implemented
  -- tryStack sys.calls: test_check -> test_dir -> test_files -> test_files_serial -> with_reporter -> lapply -> FUN -> source_file -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> test_that -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> expect_no_error -> expect_no_ -> quasi_capture -> .capture -> withRestarts -> withOneRestart -> withCallingHandlers -> eval_bare -> DiSCo -> mclapply.hack -> lapply -> FUN -> myQuant -> extremeStat::distLquantile -> distLfit -> lapply -> FUN -> tryStack -> lmomco::lmom2par -> parrice -> warning -> parrice(lmom, ...)
  Warning: in are.pargam.valid(z): Parameter BETA is not > 0, invalid
  -- tryStack sys.calls: test_check -> test_dir -> test_files -> test_files_serial -> with_reporter -> lapply -> FUN -> source_file -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> test_that -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> expect_no_error -> expect_no_ -> quasi_capture -> .capture -> withRestarts -> withOneRestart -> withCallingHandlers -> eval_bare -> DiSCo -> mclapply.hack -> lapply -> FUN -> myQuant -> extremeStat::distLquantile -> distLfit -> lapply -> FUN -> tryStack -> lmomco::lmom2par -> pargam -> are.pargam.valid -> warning -> are.pargam.valid(z)
  Warning: in pargam(lmom, ...): Parameters can not be computed likely because L1 <= L2 or L2 <= 0
  -- tryStack sys.calls: test_check -> test_dir -> test_files -> test_files_serial -> with_reporter -> lapply -> FUN -> source_file -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> test_that -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> expect_no_error -> expect_no_ -> quasi_capture -> .capture -> withRestarts -> withOneRestart -> withCallingHandlers -> eval_bare -> DiSCo -> mclapply.hack -> lapply -> FUN -> myQuant -> extremeStat::distLquantile -> distLfit -> lapply -> FUN -> tryStack -> lmomco::lmom2par -> pargam -> warning -> pargam(lmom, ...)
  Warning: in parrice(lmom, ...): LCV too small (<0.0236) for Rice as implemented
  -- tryStack sys.calls: test_check -> test_dir -> test_files -> test_files_serial -> with_reporter -> lapply -> FUN -> source_file -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> test_that -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> expect_no_error -> expect_no_ -> quasi_capture -> .capture -> withRestarts -> withOneRestart -> withCallingHandlers -> eval_bare -> DiSCo -> mclapply.hack -> lapply -> FUN -> myQuant -> extremeStat::distLquantile -> distLfit -> lapply -> FUN -> tryStack -> lmomco::lmom2par -> parrice -> warning -> parrice(lmom, ...)
  Warning: in are.pargam.valid(z): Parameter ALPHA is not > 0, invalid
  -- tryStack sys.calls: test_check -> test_dir -> test_files -> test_files_serial -> with_reporter -> lapply -> FUN -> source_file -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> test_that -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> expect_no_error -> expect_no_ -> quasi_capture -> .capture -> withRestarts -> withOneRestart -> withCallingHandlers -> eval_bare -> DiSCo -> mclapply.hack -> lapply -> FUN -> myQuant -> extremeStat::distLquantile -> distLfit -> lapply -> FUN -> tryStack -> lmomco::lmom2par -> pargam -> are.pargam.valid -> warning -> are.pargam.valid(z)
  Warning: in pargam(lmom, ...): Parameters can not be computed likely because L1 <= L2 or L2 <= 0
  -- tryStack sys.calls: test_check -> test_dir -> test_files -> test_files_serial -> with_reporter -> lapply -> FUN -> source_file -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> test_that -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> expect_no_error -> expect_no_ -> quasi_capture -> .capture -> withRestarts -> withOneRestart -> withCallingHandlers -> eval_bare -> DiSCo -> mclapply.hack -> lapply -> FUN -> myQuant -> extremeStat::distLquantile -> distLfit -> lapply -> FUN -> tryStack -> lmomco::lmom2par -> pargam -> warning -> pargam(lmom, ...)
  Warning: in parrice(lmom, ...): LCV too small (<0.0236) for Rice as implemented
  -- tryStack sys.calls: test_check -> test_dir -> test_files -> test_files_serial -> with_reporter -> lapply -> FUN -> source_file -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> test_that -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> expect_no_error -> expect_no_ -> quasi_capture -> .capture -> withRestarts -> withOneRestart -> withCallingHandlers -> eval_bare -> DiSCo -> mclapply.hack -> lapply -> FUN -> myQuant -> extremeStat::distLquantile -> distLfit -> lapply -> FUN -> tryStack -> lmomco::lmom2par -> parrice -> warning -> parrice(lmom, ...)
  Warning: in are.pargam.valid(z): Parameter BETA is not > 0, invalid
  -- tryStack sys.calls: test_check -> test_dir -> test_files -> test_files_serial -> with_reporter -> lapply -> FUN -> source_file -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> test_that -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> expect_no_error -> expect_no_ -> quasi_capture -> .capture -> withRestarts -> withOneRestart -> withCallingHandlers -> eval_bare -> DiSCo -> mclapply.hack -> lapply -> FUN -> myQuant -> extremeStat::distLquantile -> distLfit -> lapply -> FUN -> tryStack -> lmomco::lmom2par -> pargam -> are.pargam.valid -> warning -> are.pargam.valid(z)
  Warning: in pargam(lmom, ...): Parameters can not be computed likely because L1 <= L2 or L2 <= 0
  -- tryStack sys.calls: test_check -> test_dir -> test_files -> test_files_serial -> with_reporter -> lapply -> FUN -> source_file -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> test_that -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> expect_no_error -> expect_no_ -> quasi_capture -> .capture -> withRestarts -> withOneRestart -> withCallingHandlers -> eval_bare -> DiSCo -> mclapply.hack -> lapply -> FUN -> myQuant -> extremeStat::distLquantile -> distLfit -> lapply -> FUN -> tryStack -> lmomco::lmom2par -> pargam -> warning -> pargam(lmom, ...)
  Warning: in parln3(lmom, ...): L-skew is negative, try reversing the data Y <- -X, to avoid a log(<0) error
  -- tryStack sys.calls: test_check -> test_dir -> test_files -> test_files_serial -> with_reporter -> lapply -> FUN -> source_file -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> test_that -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> expect_no_error -> expect_no_ -> quasi_capture -> .capture -> withRestarts -> withOneRestart -> withCallingHandlers -> eval_bare -> DiSCo -> mclapply.hack -> lapply -> FUN -> myQuant -> extremeStat::distLquantile -> distLfit -> lapply -> FUN -> tryStack -> lmomco::lmom2par -> parln3 -> warning -> parln3(lmom, ...)
  Warning: in parrice(lmom, ...): LCV too small (<0.0236) for Rice as implemented
  -- tryStack sys.calls: test_check -> test_dir -> test_files -> test_files_serial -> with_reporter -> lapply -> FUN -> source_file -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> test_that -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> expect_no_error -> expect_no_ -> quasi_capture -> .capture -> withRestarts -> withOneRestart -> withCallingHandlers -> eval_bare -> DiSCo -> mclapply.hack -> lapply -> FUN -> myQuant -> extremeStat::distLquantile -> distLfit -> lapply -> FUN -> tryStack -> lmomco::lmom2par -> parrice -> warning -> parrice(lmom, ...)
  Warning: in are.pargam.valid(z): Parameter ALPHA is not > 0, invalid
  -- tryStack sys.calls: test_check -> test_dir -> test_files -> test_files_serial -> with_reporter -> lapply -> FUN -> source_file -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> test_that -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> expect_no_error -> expect_no_ -> quasi_capture -> .capture -> withRestarts -> withOneRestart -> withCallingHandlers -> eval_bare -> DiSCo -> mclapply.hack -> lapply -> FUN -> myQuant -> extremeStat::distLquantile -> distLfit -> lapply -> FUN -> tryStack -> lmomco::lmom2par -> pargam -> are.pargam.valid -> warning -> are.pargam.valid(z)
  Warning: in pargam(lmom, ...): Parameters can not be computed likely because L1 <= L2 or L2 <= 0
  -- tryStack sys.calls: test_check -> test_dir -> test_files -> test_files_serial -> with_reporter -> lapply -> FUN -> source_file -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> test_that -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> expect_no_error -> expect_no_ -> quasi_capture -> .capture -> withRestarts -> withOneRestart -> withCallingHandlers -> eval_bare -> DiSCo -> mclapply.hack -> lapply -> FUN -> myQuant -> extremeStat::distLquantile -> distLfit -> lapply -> FUN -> tryStack -> lmomco::lmom2par -> pargam -> warning -> pargam(lmom, ...)
  Warning: in parrice(lmom, ...): LCV too small (<0.0236) for Rice as implemented
  -- tryStack sys.calls: test_check -> test_dir -> test_files -> test_files_serial -> with_reporter -> lapply -> FUN -> source_file -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> test_that -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> expect_no_error -> expect_no_ -> quasi_capture -> .capture -> withRestarts -> withOneRestart -> withCallingHandlers -> eval_bare -> DiSCo -> mclapply.hack -> lapply -> FUN -> myQuant -> extremeStat::distLquantile -> distLfit -> lapply -> FUN -> tryStack -> lmomco::lmom2par -> parrice -> warning -> parrice(lmom, ...)
  Warning: in are.pargam.valid(z): Parameter BETA is not > 0, invalid
  -- tryStack sys.calls: test_check -> test_dir -> test_files -> test_files_serial -> with_reporter -> lapply -> FUN -> source_file -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> test_that -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> expect_no_error -> expect_no_ -> quasi_capture -> .capture -> withRestarts -> withOneRestart -> withCallingHandlers -> eval_bare -> DiSCo -> mclapply.hack -> lapply -> FUN -> myQuant -> extremeStat::distLquantile -> distLfit -> lapply -> FUN -> tryStack -> lmomco::lmom2par -> pargam -> are.pargam.valid -> warning -> are.pargam.valid(z)
  Warning: in pargam(lmom, ...): Parameters can not be computed likely because L1 <= L2 or L2 <= 0
  -- tryStack sys.calls: test_check -> test_dir -> test_files -> test_files_serial -> with_reporter -> lapply -> FUN -> source_file -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> test_that -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> expect_no_error -> expect_no_ -> quasi_capture -> .capture -> withRestarts -> withOneRestart -> withCallingHandlers -> eval_bare -> DiSCo -> mclapply.hack -> lapply -> FUN -> myQuant -> extremeStat::distLquantile -> distLfit -> lapply -> FUN -> tryStack -> lmomco::lmom2par -> pargam -> warning -> pargam(lmom, ...)
  Warning: in parrice(lmom, ...): LCV too small (<0.0236) for Rice as implemented
  -- tryStack sys.calls: test_check -> test_dir -> test_files -> test_files_serial -> with_reporter -> lapply -> FUN -> source_file -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> test_that -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> expect_no_error -> expect_no_ -> quasi_capture -> .capture -> withRestarts -> withOneRestart -> withCallingHandlers -> eval_bare -> DiSCo -> mclapply.hack -> lapply -> FUN -> myQuant -> extremeStat::distLquantile -> distLfit -> lapply -> FUN -> tryStack -> lmomco::lmom2par -> parrice -> warning -> parrice(lmom, ...)
  Warning: in are.pargam.valid(z): Parameter BETA is not > 0, invalid
  -- tryStack sys.calls: test_check -> test_dir -> test_files -> test_files_serial -> with_reporter -> lapply -> FUN -> source_file -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> test_that -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> expect_no_error -> expect_no_ -> quasi_capture -> .capture -> withRestarts -> withOneRestart -> withCallingHandlers -> eval_bare -> DiSCo -> mclapply.hack -> lapply -> FUN -> myQuant -> extremeStat::distLquantile -> distLfit -> lapply -> FUN -> tryStack -> lmomco::lmom2par -> pargam -> are.pargam.valid -> warning -> are.pargam.valid(z)
  Warning: in pargam(lmom, ...): Parameters can not be computed likely because L1 <= L2 or L2 <= 0
  -- tryStack sys.calls: test_check -> test_dir -> test_files -> test_files_serial -> with_reporter -> lapply -> FUN -> source_file -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> test_that -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> expect_no_error -> expect_no_ -> quasi_capture -> .capture -> withRestarts -> withOneRestart -> withCallingHandlers -> eval_bare -> DiSCo -> mclapply.hack -> lapply -> FUN -> myQuant -> extremeStat::distLquantile -> distLfit -> lapply -> FUN -> tryStack -> lmomco::lmom2par -> pargam -> warning -> pargam(lmom, ...)
  Warning: in parrice(lmom, ...): LCV too small (<0.0236) for Rice as implemented
  -- tryStack sys.calls: test_check -> test_dir -> test_files -> test_files_serial -> with_reporter -> lapply -> FUN -> source_file -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> test_that -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> expect_no_error -> expect_no_ -> quasi_capture -> .capture -> withRestarts -> withOneRestart -> withCallingHandlers -> eval_bare -> DiSCo -> mclapply.hack -> lapply -> FUN -> myQuant -> extremeStat::distLquantile -> distLfit -> lapply -> FUN -> tryStack -> lmomco::lmom2par -> parrice -> warning -> parrice(lmom, ...)
  Warning: in are.pargam.valid(z): Parameter ALPHA is not > 0, invalid
  -- tryStack sys.calls: test_check -> test_dir -> test_files -> test_files_serial -> with_reporter -> lapply -> FUN -> source_file -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> test_that -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> expect_no_error -> expect_no_ -> quasi_capture -> .capture -> withRestarts -> withOneRestart -> withCallingHandlers -> eval_bare -> DiSCo -> mclapply.hack -> lapply -> FUN -> myQuant -> extremeStat::distLquantile -> distLfit -> lapply -> FUN -> tryStack -> lmomco::lmom2par -> pargam -> are.pargam.valid -> warning -> are.pargam.valid(z)
  Warning: in are.pargam.valid(z): Parameter BETA is not > 0, invalid
  -- tryStack sys.calls: test_check -> test_dir -> test_files -> test_files_serial -> with_reporter -> lapply -> FUN -> source_file -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> test_that -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> expect_no_error -> expect_no_ -> quasi_capture -> .capture -> withRestarts -> withOneRestart -> withCallingHandlers -> eval_bare -> DiSCo -> mclapply.hack -> lapply -> FUN -> myQuant -> extremeStat::distLquantile -> distLfit -> lapply -> FUN -> tryStack -> lmomco::lmom2par -> pargam -> are.pargam.valid -> warning -> are.pargam.valid(z)
  Warning: in pargam(lmom, ...): Parameters can not be computed likely because L1 <= L2 or L2 <= 0
  -- tryStack sys.calls: test_check -> test_dir -> test_files -> test_files_serial -> with_reporter -> lapply -> FUN -> source_file -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> test_that -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> expect_no_error -> expect_no_ -> quasi_capture -> .capture -> withRestarts -> withOneRestart -> withCallingHandlers -> eval_bare -> DiSCo -> mclapply.hack -> lapply -> FUN -> myQuant -> extremeStat::distLquantile -> distLfit -> lapply -> FUN -> tryStack -> lmomco::lmom2par -> pargam -> warning -> pargam(lmom, ...)
  Warning: in are.pargam.valid(z): Parameter ALPHA is not > 0, invalid
  -- tryStack sys.calls: test_check -> test_dir -> test_files -> test_files_serial -> with_reporter -> lapply -> FUN -> source_file -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> test_that -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> expect_no_error -> expect_no_ -> quasi_capture -> .capture -> withRestarts -> withOneRestart -> withCallingHandlers -> eval_bare -> DiSCo -> mclapply.hack -> lapply -> FUN -> myQuant -> extremeStat::distLquantile -> distLfit -> lapply -> FUN -> tryStack -> lmomco::lmom2par -> pargam -> are.pargam.valid -> warning -> are.pargam.valid(z)
  Warning: in pargam(lmom, ...): Parameters can not be computed likely because L1 <= L2 or L2 <= 0
  -- tryStack sys.calls: test_check -> test_dir -> test_files -> test_files_serial -> with_reporter -> lapply -> FUN -> source_file -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> test_that -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> expect_no_error -> expect_no_ -> quasi_capture -> .capture -> withRestarts -> withOneRestart -> withCallingHandlers -> eval_bare -> DiSCo -> mclapply.hack -> lapply -> FUN -> myQuant -> extremeStat::distLquantile -> distLfit -> lapply -> FUN -> tryStack -> lmomco::lmom2par -> pargam -> warning -> pargam(lmom, ...)
  Warning: in parln3(lmom, ...): L-skew is negative, try reversing the data Y <- -X, to avoid a log(<0) error
  -- tryStack sys.calls: test_check -> test_dir -> test_files -> test_files_serial -> with_reporter -> lapply -> FUN -> source_file -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> test_that -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> expect_no_error -> expect_no_ -> quasi_capture -> .capture -> withRestarts -> withOneRestart -> withCallingHandlers -> eval_bare -> DiSCo -> mclapply.hack -> lapply -> FUN -> myQuant -> extremeStat::distLquantile -> distLfit -> lapply -> FUN -> tryStack -> lmomco::lmom2par -> parln3 -> warning -> parln3(lmom, ...)
  Warning: in parrice(lmom, ...): LCV too small (<0.0236) for Rice as implemented
  -- tryStack sys.calls: test_check -> test_dir -> test_files -> test_files_serial -> with_reporter -> lapply -> FUN -> source_file -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> test_that -> test_code -> withRestarts -> withOneRestart -> withCallingHandlers -> eval -> eval -> expect_no_error -> expect_no_ -> quasi_capture -> .capture -> withRestarts -> withOneRestart -> withCallingHandlers -> eval_bare -> DiSCo -> mclapply.hack -> lapply -> FUN -> myQuant -> extremeStat::distLquantile -> distLfit -> lapply -> FUN -> tryStack -> lmomco::lmom2par -> parrice -> warning -> parrice(lmom, ...)
  Saving _problems/test-DiSCo-163.R
  Saving _problems/test-DiSCo-166.R
  Saving _problems/test-DiSCo-216.R
  Saving _problems/test-DiSCo-224.R
  
  Call:
  DiSCoTEA(disco = disco, agg = "quantile")
  
  Reference: Gunsilius, Florian F. "Distributional synthetic controls." Econometrica 91, no. 3 (2023): 1105-1117. 
  
  No treatment effects to summarize, set graph=TRUE in function call or specify a treatment effect option in `agg`.Saving _problems/test-DiSCoTEA-25.R
  
  Call:
  DiSCoTEA(disco = disco, agg = "cdf")
  
  Reference: Gunsilius, Florian F. "Distributional synthetic controls." Econometrica 91, no. 3 (2023): 1105-1117. 
  
  No treatment effects to summarize, set graph=TRUE in function call or specify a treatment effect option in `agg`.Saving _problems/test-DiSCoTEA-60.R
  
  Call:
  DiSCoTEA(disco = disco, agg = "quantileDiff")
  
  Reference: Gunsilius, Florian F. "Distributional synthetic controls." Econometrica 91, no. 3 (2023): 1105-1117. 
  
  Aggregated Distribution Differences, Quantile Δ 
   Time X_from X_to Quantile Δ Std. Error    [95%  Conf. Band]  
      2   0.00 0.25    -1.7561     1.5609  -3.4356     -1.3386 *
      2   0.25 0.50    -1.8575     3.1431  -4.8640     -0.6412 *
      2   0.50 0.75    -4.5250     4.8535  -9.4400     -2.9192 *
      2   0.75 1.00    -6.9157     5.4630 -12.4064     -5.0669 *
  ---
  Signif. codes: `*' Confidence band for distribution differences does not cover 0
  
  No permutation test performed. 
  Number of pre-treatment periods: 1
  Number of post-treatment periods: 1
  N=10,000
  Saving _problems/test-DiSCoTEA-94.R
  
  Call:
  DiSCoTEA(disco = disco, agg = "quantileDiff")
  
  Reference: Gunsilius, Florian F. "Distributional synthetic controls." Econometrica 91, no. 3 (2023): 1105-1117. 
  
  Aggregated Distribution Differences, Quantile Δ 
   Time X_from X_to Quantile Δ Std. Error    [95%  Conf. Band]  
      2   0.00 0.25    -1.7561     1.5609  -3.4356     -1.3386 *
      2   0.25 0.50    -1.8575     3.1431  -4.8640     -0.6412 *
      2   0.50 0.75    -4.5250     4.8535  -9.4400     -2.9192 *
      2   0.75 1.00    -6.9157     5.4630 -12.4064     -5.0669 *
  ---
  Signif. codes: `*' Confidence band for distribution differences does not cover 0
  
  No permutation test performed. 
  Number of pre-treatment periods: 1
  Number of post-treatment periods: 1
  N=10,000
  Saving _problems/test-DiSCoTEA-128.R
  [ FAIL 13 | WARN 0 | SKIP 0 | PASS 72 ]
  
  ══ Failed tests ════════════════════════════════════════════════════════════════
  ── Error ('test-DiSCo.R:13:3'): mixture weights sum up to 1 ────────────────────
  Error: 'solve' is not an exported object from 'namespace:CVXR'
  Backtrace:
      ▆
   1. └─DiSCos::DiSCo(...) at test-DiSCo.R:13:3
   2.   └─DiSCos:::mclapply.hack(...)
   3.     └─base::lapply(...)
   4.       └─DiSCos (local) FUN(X[[i]], ...)
   5.         └─DiSCos:::DiSCo_mixture(...)
   6.           └─DiSCos:::DiSCo_mixture_solve(...)
  ── Failure ('test-DiSCo.R:97:3'): simplex results in weakly positive weights for mixture ──
  Expected `... <- NULL` not to throw any errors.
  Actually got a <simpleError> with message:
    'solve' is not an exported object from 'namespace:CVXR'
  ── Error ('test-DiSCo.R:99:3'): simplex results in weakly positive weights for mixture ──
  Error in `eval(code, test_env)`: object 'disco' not found
  Backtrace:
      ▆
   1. └─testthat::expect_true(all(disco$weights > -1e-05)) at test-DiSCo.R:99:3
   2.   └─testthat::quasi_label(enquo(object), label)
   3.     └─rlang::eval_bare(expr, quo_get_env(quo))
  ── Failure ('test-DiSCo.R:112:3'): returned quantile functions and cdfs are weakly increasing ──
  Expected `... <- NULL` not to throw any errors.
  Actually got a <simpleError> with message:
    'solve' is not an exported object from 'namespace:CVXR'
  ── Error ('test-DiSCo.R:114:3'): returned quantile functions and cdfs are weakly increasing ──
  Error in `eval(code, test_env)`: object 'disco' not found
  ── Failure ('test-DiSCo.R:163:3'): discrete support works for mixture ──────────
  Expected `... <- NULL` not to throw any errors.
  Actually got a <simpleError> with message:
    'solve' is not an exported object from 'namespace:CVXR'
  ── Error ('test-DiSCo.R:166:3'): discrete support works for mixture ────────────
  Error in `eval(code, test_env)`: object 'disco' not found
  Backtrace:
      ▆
   1. └─testthat::expect_true(...) at test-DiSCo.R:166:3
   2.   └─testthat::quasi_label(enquo(object), label)
   3.     └─rlang::eval_bare(expr, quo_get_env(quo))
  ── Failure ('test-DiSCo.R:216:3'): test that variations of other arguments work ──
  Expected `... <- NULL` not to throw any errors.
  Actually got a <simpleError> with message:
    'solve' is not an exported object from 'namespace:CVXR'
  ── Failure ('test-DiSCo.R:224:3'): test that variations of other arguments work ──
  Expected `... <- NULL` not to throw any errors.
  Actually got a <simpleError> with message:
    'solve' is not an exported object from 'namespace:CVXR'
  ── Error ('test-DiSCoTEA.R:25:3'): quantile works ──────────────────────────────
  Error: 'solve' is not an exported object from 'namespace:CVXR'
  Backtrace:
      ▆
   1. └─DiSCos::DiSCo(...) at test-DiSCoTEA.R:25:3
   2.   └─DiSCos:::mclapply.hack(...)
   3.     └─base::lapply(...)
   4.       └─DiSCos (local) FUN(X[[i]], ...)
   5.         └─DiSCos:::DiSCo_mixture(...)
   6.           └─DiSCos:::DiSCo_mixture_solve(...)
  ── Error ('test-DiSCoTEA.R:60:3'): cdf works ───────────────────────────────────
  Error: 'solve' is not an exported object from 'namespace:CVXR'
  Backtrace:
      ▆
   1. └─DiSCos::DiSCo(...) at test-DiSCoTEA.R:60:3
   2.   └─DiSCos:::mclapply.hack(...)
   3.     └─base::lapply(...)
   4.       └─DiSCos (local) FUN(X[[i]], ...)
   5.         └─DiSCos:::DiSCo_mixture(...)
   6.           └─DiSCos:::DiSCo_mixture_solve(...)
  ── Error ('test-DiSCoTEA.R:94:3'): quantileDiff works ──────────────────────────
  Error: 'solve' is not an exported object from 'namespace:CVXR'
  Backtrace:
      ▆
   1. └─DiSCos::DiSCo(...) at test-DiSCoTEA.R:94:3
   2.   └─DiSCos:::mclapply.hack(...)
   3.     └─base::lapply(...)
   4.       └─DiSCos (local) FUN(X[[i]], ...)
   5.         └─DiSCos:::DiSCo_mixture(...)
   6.           └─DiSCos:::DiSCo_mixture_solve(...)
  ── Error ('test-DiSCoTEA.R:128:3'): cdfDiff works ──────────────────────────────
  Error: 'solve' is not an exported object from 'namespace:CVXR'
  Backtrace:
      ▆
   1. └─DiSCos::DiSCo(...) at test-DiSCoTEA.R:128:3
   2.   └─DiSCos:::mclapply.hack(...)
   3.     └─base::lapply(...)
   4.       └─DiSCos (local) FUN(X[[i]], ...)
   5.         └─DiSCos:::DiSCo_mixture(...)
   6.           └─DiSCos:::DiSCo_mixture_solve(...)
  
  [ FAIL 13 | WARN 0 | SKIP 0 | PASS 72 ]
  Error:
  ! Test failures.
  Execution halted