Running 'testthat.R' [192s]
Running the tests in 'tests/testthat.R' failed.
Complete output:
  > library(testthat)
  > library(cvcqv)
  Loading required package: dplyr
  
  Attaching package: 'dplyr'
  
  The following object is masked from 'package:testthat':
  
      matches
  
  The following objects are masked from 'package:stats':
  
      filter, lag
  
  The following objects are masked from 'package:base':
  
      intersect, setdiff, setequal, union
  
  > 
  > test_check("cvcqv")
  -- Warning (test_state_BootCoefQuartVar.R:52:9): check if 0.75 percentile is zer
  cqv is NaN because both q3 and q1 are 0, max was used instead of q3
  
  -- Warning (test_state_BootCoefQuartVar.R:57:9): check if 0.75 percentile is zer
  cqv is NaN because both q3 and q1 are 0, max was used instead of q3
  
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  -- Warning (test_state_BootCoefQuartVar.R:65:9): check if 0.75 percentile is zer
  cqv is NaN because both q3 and q1 are 0, max was used instead of q3
  
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  -- Warning (test_state_BootCoefQuartVar.R:73:9): check if 0.75 percentile is zer
  cqv is NaN because both q3 and q1 are 0, max was used instead of q3
  
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  -- Warning (test_state_BootCoefQuartVar.R:81:9): check if 0.75 percentile is zer
  cqv is NaN because both q3 and q1 are 0, max was used instead of q3
  
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  -- Warning (test_state_CoefQuartVar.R:45:9): check if 0.75 percentile is zero to
  cqv is NaN because both q3 and q1 are 0, max was used instead of q3
  
  -- Warning (test_state_CoefQuartVar.R:54:9): check if 0.75 percentile is zero to
  cqv is NaN because both q3 and q1 are 0, max was used instead of q3
  
  -- Warning (test_state_CoefQuartVar.R:54:9): check if 0.75 percentile is zero to
  cqv is NaN because both q3 and q1 are 0, max was used instead of q3
  
  -- Warning (test_state_CoefQuartVar.R:58:9): check if 0.75 percentile is zero to
  cqv is NaN because both q3 and q1 are 0, max was used instead of q3
  
  -- Warning (test_state_CoefQuartVar.R:62:9): check if 0.75 percentile is zero to
  cqv is NaN because both q3 and q1 are 0, max was used instead of q3
  
  -- Warning (test_state_CoefQuartVar.R:66:9): check if 0.75 percentile is zero to
  cqv is NaN because both q3 and q1 are 0, max was used instead of q3
  
  -- Warning (test_state_CoefQuartVar.R:70:9): check if 0.75 percentile is zero to
  cqv is NaN because both q3 and q1 are 0, max was used instead of q3
  
  -- Warning (test_state_CoefQuartVar.R:74:9): check if 0.75 percentile is zero to
  cqv is NaN because both q3 and q1 are 0, max was used instead of q3
  
  -- Warning (test_state_CoefQuartVar.R:79:9): check if 0.75 percentile is zero to
  cqv is NaN because both q3 and q1 are 0, max was used instead of q3
  
  -- Warning (test_state_CoefQuartVar.R:83:9): check if 0.75 percentile is zero to
  cqv is NaN because both q3 and q1 are 0, max was used instead of q3
  
  -- Warning (test_state_CoefQuartVar.R:87:9): check if 0.75 percentile is zero to
  cqv is NaN because both q3 and q1 are 0, max was used instead of q3
  
  -- Warning (test_state_CoefQuartVar.R:91:9): check if 0.75 percentile is zero to
  cqv is NaN because both q3 and q1 are 0, max was used instead of q3
  
  -- FAILURE (test_state_CoefVarCI.R:831:9): finds the correct findings ----------
  <... is not TRUE
  
  `actual`:   FALSE
  `expected`: TRUE 
  
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "All values of t are equal to  100 \n Cannot calculate confidence intervals"
  [1] "The observed noncentrality parameter of the noncentral t-distribution has exceeded 37.62 in magnitude (R's limitation for accurate probabilities from the noncentral t-distribution) in the function's iterative search for the appropriate value(s). The results may be fine, but they might be inaccurate; use caution."
  [1] "The observed noncentrality parameter of the noncentral t-distribution has exceeded 37.62 in magnitude (R's limitation for accurate probabilities from the noncentral t-distribution) in the function's iterative search for the appropriate value(s). The results may be fine, but they might be inaccurate; use caution."
  [1] "The observed noncentrality parameter of the noncentral t-distribution has exceeded 37.62 in magnitude (R's limitation for accurate probabilities from the noncentral t-distribution) in the function's iterative search for the appropriate value(s). The results may be fine, but they might be inaccurate; use caution."
  [1] "The observed noncentrality parameter of the noncentral t-distribution has exceeded 37.62 in magnitude (R's limitation for accurate probabilities from the noncentral t-distribution) in the function's iterative search for the appropriate value(s). The results may be fine, but they might be inaccurate; use caution."
  [1] "The observed noncentrality parameter of the noncentral t-distribution has exceeded 37.62 in magnitude (R's limitation for accurate probabilities from the noncentral t-distribution) in the function's iterative search for the appropriate value(s). The results may be fine, but they might be inaccurate; use caution."
  [1] "The observed noncentrality parameter of the noncentral t-distribution has exceeded 37.62 in magnitude (R's limitation for accurate probabilities from the noncentral t-distribution) in the function's iterative search for the appropriate value(s). The results may be fine, but they might be inaccurate; use caution."
  [1] "The observed noncentrality parameter of the noncentral t-distribution has exceeded 37.62 in magnitude (R's limitation for accurate probabilities from the noncentral t-distribution) in the function's iterative search for the appropriate value(s). The results may be fine, but they might be inaccurate; use caution."
  [1] "The observed noncentrality parameter of the noncentral t-distribution has exceeded 37.62 in magnitude (R's limitation for accurate probabilities from the noncentral t-distribution) in the function's iterative search for the appropriate value(s). The results may be fine, but they might be inaccurate; use caution."
  [1] "The observed noncentrality parameter of the noncentral t-distribution has exceeded 37.62 in magnitude (R's limitation for accurate probabilities from the noncentral t-distribution) in the function's iterative search for the appropriate value(s). The results may be fine, but they might be inaccurate; use caution."
  [1] "The observed noncentrality parameter of the noncentral t-distribution has exceeded 37.62 in magnitude (R's limitation for accurate probabilities from the noncentral t-distribution) in the function's iterative search for the appropriate value(s). The results may be fine, but they might be inaccurate; use caution."
  [1] "The observed noncentrality parameter of the noncentral t-distribution has exceeded 37.62 in magnitude (R's limitation for accurate probabilities from the noncentral t-distribution) in the function's iterative search for the appropriate value(s). The results may be fine, but they might be inaccurate; use caution."
  [1] "The observed noncentrality parameter of the noncentral t-distribution has exceeded 37.62 in magnitude (R's limitation for accurate probabilities from the noncentral t-distribution) in the function's iterative search for the appropriate value(s). The results may be fine, but they might be inaccurate; use caution."
  -- Skip (test_state_na_rm.R:89:1): correct missing handling when x is data.frame
  Reason: empty test
  
  -- Skipped tests  --------------------------------------------------------------
  * empty test (1)
  
  == testthat results  ===========================================================
  Warning (test_state_BootCoefQuartVar.R:52:9): check if 0.75 percentile is zero to avoid NANs
  Warning (test_state_BootCoefQuartVar.R:57:9): check if 0.75 percentile is zero to avoid NANs
  Warning (test_state_BootCoefQuartVar.R:65:9): check if 0.75 percentile is zero to avoid NANs
  Warning (test_state_BootCoefQuartVar.R:73:9): check if 0.75 percentile is zero to avoid NANs
  Warning (test_state_BootCoefQuartVar.R:81:9): check if 0.75 percentile is zero to avoid NANs
  Warning (test_state_CoefQuartVar.R:45:9): check if 0.75 percentile is zero to avoid NANs
  Warning (test_state_CoefQuartVar.R:54:9): check if 0.75 percentile is zero to avoid NANs
  Warning (test_state_CoefQuartVar.R:54:9): check if 0.75 percentile is zero to avoid NANs
  Warning (test_state_CoefQuartVar.R:58:9): check if 0.75 percentile is zero to avoid NANs
  Warning (test_state_CoefQuartVar.R:62:9): check if 0.75 percentile is zero to avoid NANs
  Warning (test_state_CoefQuartVar.R:66:9): check if 0.75 percentile is zero to avoid NANs
  Warning (test_state_CoefQuartVar.R:70:9): check if 0.75 percentile is zero to avoid NANs
  Warning (test_state_CoefQuartVar.R:74:9): check if 0.75 percentile is zero to avoid NANs
  Warning (test_state_CoefQuartVar.R:79:9): check if 0.75 percentile is zero to avoid NANs
  Warning (test_state_CoefQuartVar.R:83:9): check if 0.75 percentile is zero to avoid NANs
  Warning (test_state_CoefQuartVar.R:87:9): check if 0.75 percentile is zero to avoid NANs
  Warning (test_state_CoefQuartVar.R:91:9): check if 0.75 percentile is zero to avoid NANs
  FAILURE (test_state_CoefVarCI.R:831:9): finds the correct findings
  
  [ FAIL 1 | WARN 17 | SKIP 1 | PASS 567 ]
  Error: Test failures
  Execution halted