Running ‘testthat.R’ [130s/132s]
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(surveycore)
  > 
  > test_check("surveycore")
  i Skipped 2 surveys missing the requested variable: "w1" and "w2".
  # A survey_diffs result
  # Design: Taylor series | Family: gaussian (identity)
  # DV: y | Treatment: arm (ref: Ctrl)
  # Method: coefficient / intercept
  # A <survey_diffs> [2 × 4]
  # A tibble: 2 x 4
    arm   estimate  mean     n
    <fct>    <dbl> <dbl> <int>
  1 Ctrl      0     0.5    100
  2 T1        0.05  0.55   100
  # A survey_t_test result
  # Design: Taylor series | N: 400
  # A <tbl_df> [1 × 13]
  # A tibble: 1 x 13
    level_a level_b estimate mean_a mean_b   n_a   n_b ci_low ci_high t_stat    df
    <chr>   <chr>      <dbl>  <dbl>  <dbl> <int> <int>  <dbl>   <dbl>  <dbl> <dbl>
  1 A       B           3.51   50.9   54.4   209   191   1.16    5.86   3.18    15
  # i 2 more variables: p_value <dbl>, stars <chr>
  # A survey_pairwise result
  # Design: Taylor series | N: 400
  # Adjustment: holm
  # A <tbl_df> [3 × 13]
  # A tibble: 3 x 13
    level_a level_b estimate mean_a mean_b   n_a   n_b ci_low ci_high  t_stat
    <chr>   <chr>      <dbl>  <dbl>  <dbl> <int> <int>  <dbl>   <dbl>   <dbl>
  1 X       Y        -0.910    53.1   52.2   145   136  -3.59    1.77 -0.725 
  2 X       Z        -0.847    53.1   52.3   145   119  -3.77    2.08 -0.617 
  3 Y       Z         0.0631   52.2   52.3   136   119  -2.78    2.91  0.0473
  # i 3 more variables: df <dbl>, p_value <dbl>, stars <chr>
  i Skipped 2 surveys missing the requested variable: "w1" and "w2".
  Saving _problems/test-collection-groups-560.R
  
  -- Survey Design ---------------------------------------------------------------
  <survey_nonprob> (non-probability) [experimental]
  Sample size: 10
  
  # A tibble: 10 x 2
         y     w
     <int> <dbl>
   1     1     1
   2     2     1
   3     3     1
   4     4     1
   5     5     1
   6     6     1
   7     7     1
   8     8     1
   9     9     1
  10    10     1
  
  -- Survey Design Summary -------------------------------------------------------
  Type: non-probability [experimental]
  Sample size: 10
  Weighted N: 10
  
  
  -- Design --
  
  Weights: w
  * Range: 1 – 1
  * Mean: 1
  * CV: 0
  Calibration provenance: none stored
  
  Metadata: 0 of 2 variable(s) labeled
  Survey-weighted GLM
  
  Family:  gaussian (identity link)
  Formula: y1 ~ y2 + y3
  Design:  Taylor series
  
  Coefficients:
  (Intercept)          y2          y3 
      51.1868     -0.0624     -2.6042 
  
  Degrees of freedom: 16 (design-based)
  Survey-weighted GLM
  
  Call:
  survey_glm(design = .glm_taylor(), formula = y1 ~ y2 + y3) 
  
  Deviance Residuals:
       Min       1Q   Median       3Q      Max 
  -93.3797 -18.7253  -0.4633  22.9540  75.4878 
  
  Coefficients:
              Estimate Std. Error t value Pr(>|t|)    
  (Intercept) 51.1868   0.7268    70.4262  0.0000  ***
  y2          -0.0624   0.8308    -0.0752  0.9412     
  y3          -2.6042   1.4802    -1.7594  0.1003     
  ---
  Signif. codes:  0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1
  
  (Dispersion parameter for gaussian family taken to be 986.9)
  
      Null deviance: 197426 on 199 degrees of freedom
  Residual deviance: 194412 on 197 degrees of freedom
  AIC: 1492
  
  Design df: 16 (taylor)
  # A tibble: 50 x 8
     psu   strata      fpc    wt    y1      y2    y3 group
     <chr> <chr>     <dbl> <dbl> <dbl>   <dbl> <int> <chr>
   1 psu_1 stratum_1   378  14.3  50.9 -0.122      1 A    
   2 psu_1 stratum_1   378  21.8  20.1  0.188      0 B    
   3 psu_1 stratum_1   378  14.4  52.8  0.119      1 B    
   4 psu_2 stratum_1   378  18.9  46.3 -0.0251     0 A    
   5 psu_2 stratum_1   378  23.0  51.9  0.108      0 B    
   6 psu_2 stratum_1   378  11.0  55.8 -0.485      0 C    
   7 psu_2 stratum_1   378  13.8  64.0 -0.504      0 A    
   8 psu_2 stratum_1   378  14.2  42.7 -1.66       0 B    
   9 psu_3 stratum_1   378  16.5  63.0 -0.382      1 C    
  10 psu_3 stratum_1   378  13.7  53.4 -0.513      1 A    
  # i 40 more rows
  # A tibble: 50 x 8
     psu   strata      fpc    wt    y1      y2    y3 group
     <chr> <chr>     <dbl> <dbl> <dbl>   <dbl> <int> <chr>
   1 psu_1 stratum_1   378  14.3  50.9 -0.122      1 A    
   2 psu_1 stratum_1   378  21.8  20.1  0.188      0 B    
   3 psu_1 stratum_1   378  14.4  52.8  0.119      1 B    
   4 psu_2 stratum_1   378  18.9  46.3 -0.0251     0 A    
   5 psu_2 stratum_1   378  23.0  51.9  0.108      0 B    
   6 psu_2 stratum_1   378  11.0  55.8 -0.485      0 C    
   7 psu_2 stratum_1   378  13.8  64.0 -0.504      0 A    
   8 psu_2 stratum_1   378  14.2  42.7 -1.66       0 B    
   9 psu_3 stratum_1   378  16.5  63.0 -0.382      1 C    
  10 psu_3 stratum_1   378  13.7  53.4 -0.513      1 A    
  # i 40 more rows
  # A tibble: 50 x 8
     psu   strata      fpc    wt    y1      y2    y3 group
     <chr> <chr>     <dbl> <dbl> <dbl>   <dbl> <int> <chr>
   1 psu_1 stratum_1   378  14.3  50.9 -0.122      1 A    
   2 psu_1 stratum_1   378  21.8  20.1  0.188      0 B    
   3 psu_1 stratum_1   378  14.4  52.8  0.119      1 B    
   4 psu_2 stratum_1   378  18.9  46.3 -0.0251     0 A    
   5 psu_2 stratum_1   378  23.0  51.9  0.108      0 B    
   6 psu_2 stratum_1   378  11.0  55.8 -0.485      0 C    
   7 psu_2 stratum_1   378  13.8  64.0 -0.504      0 A    
   8 psu_2 stratum_1   378  14.2  42.7 -1.66       0 B    
   9 psu_3 stratum_1   378  16.5  63.0 -0.382      1 C    
  10 psu_3 stratum_1   378  13.7  53.4 -0.513      1 A    
  # i 40 more rows
  # A tibble: 50 x 8
     psu   strata      fpc    wt    y1      y2    y3 group
     <chr> <chr>     <dbl> <dbl> <dbl>   <dbl> <int> <chr>
   1 psu_1 stratum_1   378  14.3  50.9 -0.122      1 A    
   2 psu_1 stratum_1   378  21.8  20.1  0.188      0 B    
   3 psu_1 stratum_1   378  14.4  52.8  0.119      1 B    
   4 psu_2 stratum_1   378  18.9  46.3 -0.0251     0 A    
   5 psu_2 stratum_1   378  23.0  51.9  0.108      0 B    
   6 psu_2 stratum_1   378  11.0  55.8 -0.485      0 C    
   7 psu_2 stratum_1   378  13.8  64.0 -0.504      0 A    
   8 psu_2 stratum_1   378  14.2  42.7 -1.66       0 B    
   9 psu_3 stratum_1   378  16.5  63.0 -0.382      1 C    
  10 psu_3 stratum_1   378  13.7  53.4 -0.513      1 A    
  # i 40 more rows
  # A tibble: 50 x 8
    psu   strata      fpc    wt    y1     y2    y3 group
    <chr> <chr>     <dbl> <dbl> <dbl>  <dbl> <int> <chr>
  1 psu_1 stratum_1   378  14.3  50.9 -0.122     1 A    
  # i 49 more rows
  # A tibble: 50 x 8
     psu   strata      fpc    wt    y1      y2    y3 group
     <chr> <chr>     <dbl> <dbl> <dbl>   <dbl> <int> <chr>
   1 psu_1 stratum_1   378  14.3  50.9 -0.122      1 A    
   2 psu_1 stratum_1   378  21.8  20.1  0.188      0 B    
   3 psu_1 stratum_1   378  14.4  52.8  0.119      1 B    
   4 psu_2 stratum_1   378  18.9  46.3 -0.0251     0 A    
   5 psu_2 stratum_1   378  23.0  51.9  0.108      0 B    
   6 psu_2 stratum_1   378  11.0  55.8 -0.485      0 C    
   7 psu_2 stratum_1   378  13.8  64.0 -0.504      0 A    
   8 psu_2 stratum_1   378  14.2  42.7 -1.66       0 B    
   9 psu_3 stratum_1   378  16.5  63.0 -0.382      1 C    
  10 psu_3 stratum_1   378  13.7  53.4 -0.513      1 A    
  # i 40 more rows
  # A tibble: 50 x 10
     psu   strata     fpc    wt    y1      y2    y3 group   prob ..surveycore_wt..
     <chr> <chr>    <dbl> <dbl> <dbl>   <dbl> <int> <chr>  <dbl>             <dbl>
   1 psu_1 stratum~   378  14.3  50.9 -0.122      1 A     0.0701              14.3
   2 psu_1 stratum~   378  21.8  20.1  0.188      0 B     0.0459              21.8
   3 psu_1 stratum~   378  14.4  52.8  0.119      1 B     0.0697              14.4
   4 psu_2 stratum~   378  18.9  46.3 -0.0251     0 A     0.0530              18.9
   5 psu_2 stratum~   378  23.0  51.9  0.108      0 B     0.0435              23.0
   6 psu_2 stratum~   378  11.0  55.8 -0.485      0 C     0.0908              11.0
   7 psu_2 stratum~   378  13.8  64.0 -0.504      0 A     0.0727              13.8
   8 psu_2 stratum~   378  14.2  42.7 -1.66       0 B     0.0706              14.2
   9 psu_3 stratum~   378  16.5  63.0 -0.382      1 C     0.0606              16.5
  10 psu_3 stratum~   378  13.7  53.4 -0.513      1 A     0.0728              13.7
  # i 40 more rows
  # A tibble: 30 x 9
     psu   strata      fpc    wt    y1      y2    y3 group ..surveycore_wt..
     <chr> <chr>     <dbl> <dbl> <dbl>   <dbl> <int> <chr>             <int>
   1 psu_1 stratum_1   218  14.3  41.5  1.04       1 B                     1
   2 psu_1 stratum_1   218  21.8  25.9  0.921      1 B                     1
   3 psu_2 stratum_1   218  14.4  50.4  0.721      0 B                     1
   4 psu_2 stratum_1   218  18.9  52.1 -1.04       1 A                     1
   5 psu_2 stratum_1   218  23.0  46.4 -0.0902     0 A                     1
   6 psu_3 stratum_1   218  11.0  57.6  0.624      0 C                     1
   7 psu_3 stratum_1   218  13.7  42.7 -0.954      0 B                     1
   8 psu_4 stratum_1   218  14.2  36.3 -0.543      0 B                     1
   9 psu_4 stratum_1   218  16.5  54.3  0.581      0 C                     1
  10 psu_4 stratum_1   218  13.7  41.9  0.768      0 C                     1
  # i 20 more rows
  # A tibble: 50 x 13
    psu   strata      fpc    wt    y1     y2    y3 group repwt_1 repwt_2 repwt_3
    <chr> <chr>     <dbl> <dbl> <dbl>  <dbl> <int> <chr>   <dbl>   <dbl>   <dbl>
  1 psu_1 stratum_1   378  14.3  50.9 -0.122     1 A        14.4    13.2    13.3
  # i 49 more rows
  # i 2 more variables: repwt_4 <dbl>, repwt_5 <dbl>
  # A tibble: 60 x 11
    psu   strata      fpc    wt    y1    y2    y3 group subset phase1_prob
    <chr> <chr>     <dbl> <dbl> <dbl> <dbl> <int> <chr> <lgl>        <dbl>
  1 psu_1 stratum_1   451  14.3  60.4 -2.02     0 B     TRUE        0.0687
  # i 59 more rows
  # i 1 more variable: phase2_prob <dbl>
  # A tibble: 50 x 13
     psu   strata      fpc    wt    y1      y2    y3 group repwt_1 repwt_2 repwt_3
     <chr> <chr>     <dbl> <dbl> <dbl>   <dbl> <int> <chr>   <dbl>   <dbl>   <dbl>
   1 psu_1 stratum_1   378  14.3  50.9 -0.122      1 A        14.4    13.2   13.3 
   2 psu_1 stratum_1   378  21.8  20.1  0.188      0 B        19.0    22.6   20.3 
   3 psu_1 stratum_1   378  14.4  52.8  0.119      1 B        11.6    12.6   15.2 
   4 psu_2 stratum_1   378  18.9  46.3 -0.0251     0 A        17.5    19.0   19.0 
   5 psu_2 stratum_1   378  23.0  51.9  0.108      0 B        22.9    21.2   24.3 
   6 psu_2 stratum_1   378  11.0  55.8 -0.485      0 C        12.7    13.1    9.77
   7 psu_2 stratum_1   378  13.8  64.0 -0.504      0 A        15.3    12.5   15.1 
   8 psu_2 stratum_1   378  14.2  42.7 -1.66       0 B        14.0    15.2   14.9 
   9 psu_3 stratum_1   378  16.5  63.0 -0.382      1 C        18.0    15.3   15.9 
  10 psu_3 stratum_1   378  13.7  53.4 -0.513      1 A        11.8    13.1   15.8 
  # i 40 more rows
  # i 2 more variables: repwt_4 <dbl>, repwt_5 <dbl>
  # A tibble: 50 x 14
     psu   strata      fpc    wt    y1      y2    y3 group repwt_1 repwt_2 repwt_3
     <chr> <chr>     <dbl> <dbl> <dbl>   <dbl> <int> <chr>   <dbl>   <dbl>   <dbl>
   1 psu_1 stratum_1   378  14.3  50.9 -0.122      1 A        14.4    13.2   13.3 
   2 psu_1 stratum_1   378  21.8  20.1  0.188      0 B        19.0    22.6   20.3 
   3 psu_1 stratum_1   378  14.4  52.8  0.119      1 B        11.6    12.6   15.2 
   4 psu_2 stratum_1   378  18.9  46.3 -0.0251     0 A        17.5    19.0   19.0 
   5 psu_2 stratum_1   378  23.0  51.9  0.108      0 B        22.9    21.2   24.3 
   6 psu_2 stratum_1   378  11.0  55.8 -0.485      0 C        12.7    13.1    9.77
   7 psu_2 stratum_1   378  13.8  64.0 -0.504      0 A        15.3    12.5   15.1 
   8 psu_2 stratum_1   378  14.2  42.7 -1.66       0 B        14.0    15.2   14.9 
   9 psu_3 stratum_1   378  16.5  63.0 -0.382      1 C        18.0    15.3   15.9 
  10 psu_3 stratum_1   378  13.7  53.4 -0.513      1 A        11.8    13.1   15.8 
  # i 40 more rows
  # i 3 more variables: repwt_4 <dbl>, repwt_5 <dbl>, fpc_rep <int>
  # A tibble: 60 x 11
     psu   strata      fpc    wt    y1         y2    y3 group subset phase1_prob
     <chr> <chr>     <dbl> <dbl> <dbl>      <dbl> <int> <chr> <lgl>        <dbl>
   1 psu_1 stratum_1   451  14.3  60.4 -2.02          0 B     TRUE        0.0687
   2 psu_1 stratum_1   451  21.8  59.2 -1.22          0 B     FALSE       0.0687
   3 psu_1 stratum_1   451  14.4  57.2  0.180         1 B     FALSE       0.0687
   4 psu_1 stratum_1   451  18.9  39.6  0.568         1 C     TRUE        0.0687
   5 psu_2 stratum_1   451  23.0  49.1 -0.493         1 A     FALSE       0.0687
   6 psu_2 stratum_1   451  11.0  56.2  0.0000629     0 C     TRUE        0.0687
   7 psu_2 stratum_1   451  13.8  40.5  1.12          0 A     TRUE        0.0687
   8 psu_2 stratum_1   451  14.2  44.6  1.44          0 C     FALSE       0.0687
   9 psu_2 stratum_1   451  16.5  55.8 -1.10          0 A     TRUE        0.0687
  10 psu_2 stratum_1   451  13.7  57.7 -0.117         1 B     TRUE        0.0687
  # i 50 more rows
  # i 1 more variable: phase2_prob <dbl>
  # A tibble: 60 x 11
     psu   strata      fpc    wt    y1         y2    y3 group subset phase1_prob
     <chr> <chr>     <dbl> <dbl> <dbl>      <dbl> <int> <chr> <lgl>        <dbl>
   1 psu_1 stratum_1   451  14.3  60.4 -2.02          0 B     TRUE        0.0687
   2 psu_1 stratum_1   451  21.8  59.2 -1.22          0 B     FALSE       0.0687
   3 psu_1 stratum_1   451  14.4  57.2  0.180         1 B     FALSE       0.0687
   4 psu_1 stratum_1   451  18.9  39.6  0.568         1 C     TRUE        0.0687
   5 psu_2 stratum_1   451  23.0  49.1 -0.493         1 A     FALSE       0.0687
   6 psu_2 stratum_1   451  11.0  56.2  0.0000629     0 C     TRUE        0.0687
   7 psu_2 stratum_1   451  13.8  40.5  1.12          0 A     TRUE        0.0687
   8 psu_2 stratum_1   451  14.2  44.6  1.44          0 C     FALSE       0.0687
   9 psu_2 stratum_1   451  16.5  55.8 -1.10          0 A     TRUE        0.0687
  10 psu_2 stratum_1   451  13.7  57.7 -0.117         1 B     TRUE        0.0687
  # i 50 more rows
  # i 1 more variable: phase2_prob <dbl>
  # A tibble: 30 x 2
           y     w
       <dbl> <dbl>
   1  0.828  2.00 
   2  0.0757 1.11 
   3  0.126  1.85 
   4  2.27   1.22 
   5 -0.838  1.30 
   6 -0.469  1.48 
   7  0.0155 1.20 
   8  0.961  1.41 
   9 -0.281  0.965
  10  0.0697 1.51 
  # i 20 more rows
  # A tibble: 100 x 11
     psu   strata      fpc    wt    y1     y2    y3 group subset phase1_prob
     <chr> <chr>     <dbl> <dbl> <dbl>  <dbl> <int> <chr> <lgl>        <dbl>
   1 psu_1 stratum_1   538 11.6   50.9 -1.43      0 C     FALSE       0.0967
   2 psu_1 stratum_1   538 12.0   46.7 -0.718     0 C     FALSE       0.0967
   3 psu_1 stratum_1   538 12.1   42.0  0.205     1 A     TRUE        0.0967
   4 psu_1 stratum_1   538 11.6   30.8 -1.90      0 A     FALSE       0.0967
   5 psu_1 stratum_1   538  9.12  53.7 -0.449     0 A     FALSE       0.0967
   6 psu_1 stratum_1   538 10.3   56.6  0.523     0 B     TRUE        0.0967
   7 psu_1 stratum_1   538  9.43  69.5 -0.123     0 C     FALSE       0.0967
   8 psu_1 stratum_1   538 10.7   55.8 -1.11      1 B     TRUE        0.0967
   9 psu_1 stratum_1   538 10.5   39.5 -0.774     1 C     FALSE       0.0967
  10 psu_1 stratum_1   538 10.1   39.8  0.615     0 C     FALSE       0.0967
  # i 90 more rows
  # i 1 more variable: phase2_prob <dbl>
  # A tibble: 50 x 8
     psu   strata      fpc    wt    y1      y2    y3 group
     <chr> <chr>     <dbl> <dbl> <dbl>   <dbl> <int> <chr>
   1 psu_1 stratum_1   378  14.3  50.9 -0.122      1 A    
   2 psu_1 stratum_1   378  21.8  20.1  0.188      0 B    
   3 psu_1 stratum_1   378  14.4  52.8  0.119      1 B    
   4 psu_2 stratum_1   378  18.9  46.3 -0.0251     0 A    
   5 psu_2 stratum_1   378  23.0  51.9  0.108      0 B    
   6 psu_2 stratum_1   378  11.0  55.8 -0.485      0 C    
   7 psu_2 stratum_1   378  13.8  64.0 -0.504      0 A    
   8 psu_2 stratum_1   378  14.2  42.7 -1.66       0 B    
   9 psu_3 stratum_1   378  16.5  63.0 -0.382      1 C    
  10 psu_3 stratum_1   378  13.7  53.4 -0.513      1 A    
  # i 40 more rows
  i Skipped 2 surveys missing the requested variable: "w1" and "w2".
  i Skipped 1 survey missing the requested variable: "only".
  [ FAIL 1 | WARN 154 | SKIP 346 | PASS 9369 ]
  
  ══ Skipped tests (346) ═════════════════════════════════════════════════════════
  • A-13 trigger requires careful numerical construction; tracked for follow-up
    PR (1): 'test-glm-anova.R:531:3'
  • A-20 requires a hand-built fit whose @design@data domain column differs from
    the refit's; deferred to follow-up PR (1): 'test-glm-anova.R:481:3'
  • On CRAN (310): 'test-analysis-corr-latent-primitives.R:74:1',
    'test-analysis-corr-latent-primitives.R:97:1',
    'test-analysis-corr-latent-primitives.R:152:1',
    'test-analysis-corr-latent-primitives.R:348:1',
    'test-analysis-corr-latent-primitives.R:482:1',
    'test-analysis-corr-latent-primitives.R:741:1',
    'test-analysis-corr-latent-variance.R:14:1',
    'test-analysis-corr-latent.R:20:1', 'test-analysis-corr.R:809:1',
    'test-analysis-corr.R:817:1', 'test-analysis-corr.R:1231:1',
    'test-analysis-covariance.R:690:1', 'test-analysis-covariance.R:699:1',
    'test-analysis-covariance.R:712:1', 'test-analysis-covariance.R:734:1',
    'test-analysis-covariance.R:747:1', 'test-analysis-covariance.R:768:1',
    'test-analysis-covariance.R:785:1', 'test-analysis-covariance.R:798:1',
    'test-analysis-covariance.R:819:1', 'test-analysis-covariance.R:851:1',
    'test-analysis-covariance.R:884:1', 'test-analysis-covariance.R:924:1',
    'test-analysis-covariance.R:1131:1', 'test-analysis-covariance.R:1154:1',
    'test-analysis-covariance.R:1176:1', 'test-analysis-diffs-helpers.R:147:1',
    'test-analysis-diffs-helpers.R:388:1',
    'test-analysis-diffs-marginaleffects.R:6:1',
    'test-analysis-diffs-numerical.R:6:1', 'test-analysis-diffs.R:30:1',
    'test-analysis-diffs.R:39:1', 'test-analysis-diffs.R:48:1',
    'test-analysis-diffs.R:57:1', 'test-analysis-diffs.R:66:1',
    'test-analysis-diffs.R:77:1', 'test-analysis-diffs.R:89:1',
    'test-analysis-diffs.R:101:1', 'test-analysis-diffs.R:385:1',
    'test-analysis-freqs.R:578:1', 'test-analysis-freqs.R:589:1',
    'test-analysis-freqs.R:610:1', 'test-analysis-freqs.R:631:1',
    'test-analysis-freqs.R:652:1', 'test-analysis-freqs.R:1255:1',
    'test-analysis-freqs.R:1499:1', 'test-analysis-helpers.R:59:1',
    'test-analysis-helpers.R:77:1', 'test-analysis-helpers.R:110:1',
    'test-analysis-helpers.R:398:1', 'test-analysis-helpers.R:735:1',
    'test-analysis-helpers.R:1093:1', 'test-analysis-helpers.R:1133:1',
    'test-analysis-means.R:320:1', 'test-analysis-means.R:349:1',
    'test-analysis-means.R:812:1', 'test-analysis-quantiles.R:716:1',
    'test-analysis-quantiles.R:724:1', 'test-analysis-quantiles.R:759:1',
    'test-analysis-quantiles.R:771:1', 'test-analysis-quantiles.R:1095:1',
    'test-analysis-ratios.R:578:1', 'test-analysis-ratios.R:588:1',
    'test-analysis-ratios.R:598:1', 'test-analysis-ratios.R:608:1',
    'test-analysis-ratios.R:1040:1', 'test-analysis-t-test-numerical.R:6:1',
    'test-analysis-t-test.R:223:1', 'test-analysis-t-test.R:248:1',
    'test-analysis-t-test.R:257:1', 'test-analysis-t-test.R:266:1',
    'test-analysis-t-test.R:278:1', 'test-analysis-t-test.R:290:1',
    'test-analysis-t-test.R:302:1', 'test-analysis-t-test.R:315:1',
    'test-analysis-t-test.R:331:1', 'test-analysis-t-test.R:340:1',
    'test-analysis-t-test.R:349:1', 'test-analysis-t-test.R:358:1',
    'test-analysis-t-test.R:629:1', 'test-analysis-t-test.R:680:1',
    'test-analysis-t-test.R:691:1', 'test-analysis-totals.R:301:1',
    'test-analysis-totals.R:320:1', 'test-analysis-totals.R:624:1',
    'test-analysis-variance-collection.R:122:1',
    'test-analysis-variance-collection.R:146:1',
    'test-analysis-variance-collection.R:169:1',
    'test-analysis-variance-collection.R:182:1',
    'test-analysis-variance-twophase-nonprob.R:9:1',
    'test-analysis-variance.R:598:1', 'test-analysis-variance.R:608:1',
    'test-analysis-variance.R:622:1', 'test-analysis-variance.R:634:1',
    'test-analysis-variance.R:646:1', 'test-analysis-variance.R:657:1',
    'test-analysis-variance.R:676:1', 'test-analysis-variance.R:691:1',
    'test-analysis-variance.R:705:1', 'test-collection-groups.R:352:1',
    'test-collection-groups.R:362:1', 'test-collection-groups.R:375:1',
    'test-collection-groups.R:411:1', 'test-collection-groups.R:549:1',
    'test-constructors.R:145:1', 'test-constructors.R:161:1',
    'test-constructors.R:171:1', 'test-constructors.R:189:1',
    'test-constructors.R:199:1', 'test-constructors.R:259:1',
    'test-constructors.R:272:1', 'test-constructors.R:302:1',
    'test-constructors.R:329:1', 'test-constructors.R:347:1',
    'test-constructors.R:361:1', 'test-constructors.R:730:1',
    'test-constructors.R:752:1', 'test-constructors.R:827:1',
    'test-constructors.R:850:1', 'test-constructors.R:1145:1',
    'test-constructors.R:1159:1', 'test-constructors.R:1200:1',
    'test-constructors.R:1211:1', 'test-constructors.R:1227:1',
    'test-constructors.R:1243:1', 'test-constructors.R:1265:1',
    'test-constructors.R:1613:1', 'test-constructors.R:1624:1',
    'test-constructors.R:1636:1', 'test-constructors.R:1648:1',
    'test-constructors.R:1660:1', 'test-constructors.R:1672:1',
    'test-constructors.R:1738:1', 'test-constructors.R:1744:1',
    'test-constructors.R:1750:1', 'test-constructors.R:1756:1',
    'test-constructors.R:1762:1', 'test-constructors.R:1769:1',
    'test-constructors.R:1917:1', 'test-constructors.R:2043:1',
    'test-constructors.R:2081:1', 'test-constructors.R:2105:1',
    'test-constructors.R:2129:1', 'test-constructors.R:2152:1',
    'test-constructors.R:2176:1', 'test-glm-anova-dispatch.R:270:1',
    'test-glm-anova-dispatch.R:274:1', 'test-glm-anova-dispatch.R:280:1',
    'test-glm-anova-dispatch.R:284:1', 'test-glm-anova-dispatch.R:289:1',
    'test-glm-anova-dispatch.R:295:1', 'test-glm-anova-numerical.R:18:1',
    'test-glm-anova.R:353:1', 'test-glm-anova.R:361:1', 'test-glm-anova.R:374:1',
    'test-glm-anova.R:398:1', 'test-glm-anova.R:412:1', 'test-glm-anova.R:426:1',
    'test-glm-anova.R:436:1', 'test-glm-anova.R:694:1', 'test-glm-anova.R:700:1',
    'test-glm-anova.R:709:1', 'test-glm-anova.R:811:1', 'test-glm-anova.R:822:1',
    'test-glm-anova.R:833:1', 'test-glm-anova.R:859:1', 'test-glm-anova.R:871:1',
    'test-glm-anova.R:919:1', 'test-glm-marginaleffects.R:9:1',
    'test-glm-methods.R:52:1', 'test-glm-methods.R:98:1',
    'test-glm-methods.R:104:1', 'test-glm-methods.R:194:1',
    'test-glm-methods.R:278:1', 'test-glm-methods.R:288:1',
    'test-glm-methods.R:301:1', 'test-glm-methods.R:314:1',
    'test-glm-methods.R:381:1', 'test-glm-methods.R:413:1',
    'test-glm-methods.R:438:1', 'test-glm-methods.R:463:1',
    'test-glm-methods.R:515:1', 'test-glm-methods.R:537:1',
    'test-glm-methods.R:564:1', 'test-glm-methods.R:573:1',
    'test-glm-methods.R:600:1', 'test-glm-numerical.R:14:1', 'test-glm.R:128:1',
    'test-glm.R:177:1', 'test-glm.R:186:1', 'test-glm.R:196:1',
    'test-glm.R:206:1', 'test-glm.R:219:1', 'test-glm.R:229:1',
    'test-glm.R:239:1', 'test-glm.R:249:1', 'test-glm.R:261:1',
    'test-glm.R:273:1', 'test-glm.R:309:1', 'test-glm.R:325:1',
    'test-glm.R:1007:1', 'test-glm.R:1015:1', 'test-metadata-infer.R:408:1',
    'test-metadata-system.R:187:1', 'test-metadata-system.R:706:1',
    'test-metadata-system.R:710:1', 'test-metadata-system.R:715:1',
    'test-metadata-system.R:720:1', 'test-metadata-system.R:728:1',
    'test-metadata-system.R:733:1', 'test-metadata-system.R:738:1',
    'test-metadata-system.R:743:1', 'test-metadata-system.R:912:1',
    'test-metadata-system.R:917:1', 'test-metadata-system.R:922:1',
    'test-metadata-system.R:926:1', 'test-metadata-system.R:931:1',
    'test-metadata-system.R:936:1', 'test-metadata-system.R:944:1',
    'test-metadata-system.R:949:1', 'test-metadata-system.R:1078:1',
    'test-metadata-system.R:1082:1', 'test-metadata-system.R:1087:1',
    'test-metadata-system.R:1092:1', 'test-metadata-system.R:1097:1',
    'test-metadata-system.R:1105:1', 'test-metadata-system.R:1110:1',
    'test-metadata-system.R:1236:1', 'test-metadata-system.R:1240:1',
    'test-metadata-system.R:1245:1', 'test-metadata-system.R:1250:1',
    'test-metadata-system.R:1258:1', 'test-metadata-system.R:1263:1',
    'test-metadata-system.R:1268:1', 'test-metadata-system.R:1394:1',
    'test-metadata-system.R:1398:1', 'test-metadata-system.R:1403:1',
    'test-metadata-system.R:1408:1', 'test-metadata-system.R:1413:1',
    'test-metadata-system.R:1421:1', 'test-metadata-system.R:1426:1',
    'test-metadata-system.R:1561:1', 'test-metadata-system.R:1566:1',
    'test-metadata-system.R:1570:1', 'test-metadata-system.R:1578:1',
    'test-metadata-system.R:1583:1', 'test-metadata-system.R:1591:1',
    'test-metadata-system.R:1596:1', 'test-metadata-system.R:1800:1',
    'test-metadata-system.R:1947:1', 'test-metadata-system.R:1961:1',
    'test-metadata-system.R:1975:1', 'test-metadata-system.R:1989:1',
    'test-metadata-system.R:2089:1', 'test-metadata-system.R:2309:1',
    'test-metadata-system.R:2313:1', 'test-metadata-system.R:2438:1',
    'test-metadata-system.R:2446:1', 'test-metadata-system.R:2459:1',
    'test-metadata-system.R:2469:1', 'test-metadata-system.R:2479:1',
    'test-metadata-system.R:2602:1', 'test-metadata-system.R:2610:1',
    'test-metadata-system.R:2620:1', 'test-metadata-system.R:2630:1',
    'test-methods-print.R:107:1', 'test-methods-print.R:118:1',
    'test-methods-print.R:224:1', 'test-methods-print.R:235:1',
    'test-methods-print.R:255:1', 'test-methods-print.R:266:1',
    'test-methods-print.R:286:1', 'test-methods-print.R:331:1',
    'test-methods-print.R:348:1', 'test-methods-print.R:375:1',
    'test-methods-print.R:386:1', 'test-methods-print.R:398:1',
    'test-methods-print.R:410:1', 'test-methods-print.R:421:1',
    'test-methods-print.R:432:1', 'test-methods-print.R:447:1',
    'test-methods-print.R:462:1', 'test-methods-print.R:652:1',
    'test-methods-print.R:680:1', 'test-methods-print.R:702:1',
    'test-methods-print.R:723:1', 'test-sata-detection.R:178:1',
    'test-sata-detection.R:193:1', 'test-sata-detection.R:211:1',
    'test-survey-collection-dispatch.R:319:1',
    'test-survey-collection-dispatch.R:343:1',
    'test-survey-collection-dispatch.R:366:1',
    'test-survey-collection-dispatch.R:379:1',
    'test-survey-collection-dispatch.R:389:1',
    'test-survey-collection-dispatch.R:399:1',
    'test-survey-collection-dispatch.R:424:1',
    'test-survey-collection-dispatch.R:446:1',
    'test-survey-collection-dispatch.R:559:1',
    'test-survey-collection-dispatch.R:819:1', 'test-survey-collection.R:180:1',
    'test-survey-collection.R:229:1', 'test-survey-collection.R:374:1',
    'test-survey-collection.R:665:1', 'test-survey-collection.R:693:1',
    'test-survey-collection.R:959:1', 'test-survey-collection.R:965:1',
    'test-survey-collection.R:976:1', 'test-utils.R:640:1',
    'test-variance-twophase.R:5:1', 'test-variance-vendored-saddlepoint.R:9:1'
  • Set SURVEYCORE_EXTENDED_TESTS=true to run extended tests (1):
    'test-srr-compliance.R:294:3'
  • {haven} is not installed (7): 'test-analysis-corr.R:1179:3',
    'test-analysis-freqs.R:1452:3', 'test-analysis-helpers.R:1316:3',
    'test-analysis-means.R:765:3', 'test-analysis-quantiles.R:1042:3',
    'test-analysis-ratios.R:994:3', 'test-analysis-totals.R:577:3'
  • {surveytidy} is not installed (26): 'test-analysis-corr.R:153:3',
    'test-analysis-corr.R:237:3', 'test-analysis-corr.R:265:3',
    'test-analysis-corr.R:320:3', 'test-analysis-corr.R:344:3',
    'test-analysis-corr.R:373:3', 'test-analysis-corr.R:394:3',
    'test-analysis-corr.R:1214:3', 'test-analysis-corr.R:1223:3',
    'test-analysis-diffs.R:550:3', 'test-analysis-freqs.R:1482:3',
    'test-analysis-freqs.R:1491:3', 'test-analysis-means.R:795:3',
    'test-analysis-means.R:804:3', 'test-analysis-quantiles.R:1078:3',
    'test-analysis-quantiles.R:1087:3', 'test-analysis-ratios.R:384:3',
    'test-analysis-ratios.R:416:3', 'test-analysis-ratios.R:1023:3',
    'test-analysis-ratios.R:1032:3', 'test-analysis-totals.R:607:3',
    'test-analysis-totals.R:616:3', 'test-analysis-variance.R:264:3',
    'test-glm.R:387:3', 'test-variance-taylor.R:1295:5',
    'test-variance-taylor.R:1336:5'
  
  ══ Failed tests ════════════════════════════════════════════════════════════════
  ── Error ('test-collection-groups.R:560:3'): ungrouped collection print omits Groups: line ──
  Error in `file("", "w+b")`: cannot open the connection
  Backtrace:
      ▆
   1. └─testthat::expect_snapshot(print(coll)) at test-collection-groups.R:560:3
   2.   └─testthat:::expect_snapshot_(...)
   3.     ├─testthat:::with_is_snapshotting(...)
   4.     └─testthat:::verify_exec(quo_get_expr(x), quo_get_env(x), replay)
   5.       └─evaluate::evaluate(source, envir = env, new_device = FALSE, output_handler = handler)
   6.         └─evaluate:::watchout(...)
   7.           └─evaluate:::local_persistent_sink_connection(debug, frame)
   8.             └─base::file("", "w+b")
  
  [ FAIL 1 | WARN 154 | SKIP 346 | PASS 9369 ]
  Error:
  ! Test failures.
  Execution halted