Last updated on 2025-02-23 15:49:57 CET.
| Flavor | Version | Tinstall | Tcheck | Ttotal | Status | Flags |
|---|---|---|---|---|---|---|
| r-devel-linux-x86_64-debian-clang | 0.11.3 | 6.08 | 159.90 | 165.98 | OK | |
| r-devel-linux-x86_64-debian-gcc | 0.11.3 | 4.70 | 108.59 | 113.29 | OK | |
| r-devel-linux-x86_64-fedora-clang | 0.11.3 | 222.68 | ERROR | |||
| r-devel-linux-x86_64-fedora-gcc | 0.11.3 | 251.40 | ERROR | |||
| r-devel-macos-arm64 | 0.11.3 | 75.00 | OK | |||
| r-devel-macos-x86_64 | 0.11.3 | 125.00 | OK | |||
| r-devel-windows-x86_64 | 0.11.3 | 9.00 | 148.00 | 157.00 | OK | |
| r-patched-linux-x86_64 | 0.11.3 | 7.79 | 150.04 | 157.83 | OK | |
| r-release-linux-x86_64 | 0.11.3 | 7.24 | 151.68 | 158.92 | OK | |
| r-release-macos-arm64 | 0.11.3 | 80.00 | OK | |||
| r-release-macos-x86_64 | 0.11.3 | 127.00 | OK | |||
| r-release-windows-x86_64 | 0.11.3 | 10.00 | 146.00 | 156.00 | OK | |
| r-oldrel-macos-arm64 | 0.11.2 | 81.00 | OK | |||
| r-oldrel-macos-x86_64 | 0.11.3 | 130.00 | OK | |||
| r-oldrel-windows-x86_64 | 0.11.3 | 10.00 | 188.00 | 198.00 | OK |
Version: 0.11.3
Check: examples
Result: ERROR
Running examples in ‘semlbci-Ex.R’ failed
The error most likely occurred in:
> ### Name: ci_order
> ### Title: Check The Order of Bounds in a List of 'semlbci' Objects
> ### Aliases: ci_order print.ci_order
>
> ### ** Examples
>
>
> library(lavaan)
This is lavaan 0.6-19
lavaan is FREE software! Please report any bugs.
> mod <-
+ "
+ m ~ x
+ y ~ m
+ "
> fit_med <- sem(mod, simple_med, fixed.x = FALSE)
> lbci_fit <- semlbci(fit_med)
Error: nlopt_add_equality_mconstraint returned NLOPT_INVALID_ARGS.
Error: nlopt_add_equality_mconstraint returned NLOPT_INVALID_ARGS.
Error: nlopt_add_equality_mconstraint returned NLOPT_INVALID_ARGS.
Error: nlopt_add_equality_mconstraint returned NLOPT_INVALID_ARGS.
Error: nlopt_add_equality_mconstraint returned NLOPT_INVALID_ARGS.
Error: nlopt_add_equality_mconstraint returned NLOPT_INVALID_ARGS.
Error: nlopt_add_equality_mconstraint returned NLOPT_INVALID_ARGS.
Error: nlopt_add_equality_mconstraint returned NLOPT_INVALID_ARGS.
Error: nlopt_add_equality_mconstraint returned NLOPT_INVALID_ARGS.
Error: nlopt_add_equality_mconstraint returned NLOPT_INVALID_ARGS.
Error: nlopt_add_equality_mconstraint returned NLOPT_INVALID_ARGS.
Error: nlopt_add_equality_mconstraint returned NLOPT_INVALID_ARGS.
> lbci_fit_nb <- nearby_levels(lbci_fit,
+ ciperc_levels = c(-.050, .050))
Error: nlopt_add_equality_mconstraint returned NLOPT_INVALID_ARGS.
Error: nlopt_add_equality_mconstraint returned NLOPT_INVALID_ARGS.
Error: nlopt_add_equality_mconstraint returned NLOPT_INVALID_ARGS.
Error: nlopt_add_equality_mconstraint returned NLOPT_INVALID_ARGS.
Error: nlopt_add_equality_mconstraint returned NLOPT_INVALID_ARGS.
Error: nlopt_add_equality_mconstraint returned NLOPT_INVALID_ARGS.
Error: nlopt_add_equality_mconstraint returned NLOPT_INVALID_ARGS.
Error: nlopt_add_equality_mconstraint returned NLOPT_INVALID_ARGS.
Error: nlopt_add_equality_mconstraint returned NLOPT_INVALID_ARGS.
Error: nlopt_add_equality_mconstraint returned NLOPT_INVALID_ARGS.
Error: nlopt_add_equality_mconstraint returned NLOPT_INVALID_ARGS.
Error: nlopt_add_equality_mconstraint returned NLOPT_INVALID_ARGS.
Error: nlopt_add_equality_mconstraint returned NLOPT_INVALID_ARGS.
Error: nlopt_add_equality_mconstraint returned NLOPT_INVALID_ARGS.
Error: nlopt_add_equality_mconstraint returned NLOPT_INVALID_ARGS.
Error: nlopt_add_equality_mconstraint returned NLOPT_INVALID_ARGS.
Error: nlopt_add_equality_mconstraint returned NLOPT_INVALID_ARGS.
Error: nlopt_add_equality_mconstraint returned NLOPT_INVALID_ARGS.
Error: nlopt_add_equality_mconstraint returned NLOPT_INVALID_ARGS.
Error: nlopt_add_equality_mconstraint returned NLOPT_INVALID_ARGS.
Error: nlopt_add_equality_mconstraint returned NLOPT_INVALID_ARGS.
Error: nlopt_add_equality_mconstraint returned NLOPT_INVALID_ARGS.
Error: nlopt_add_equality_mconstraint returned NLOPT_INVALID_ARGS.
Error: nlopt_add_equality_mconstraint returned NLOPT_INVALID_ARGS.
>
> # Check the order of the confidence bounds.
> # A confidence interval with a higher level of confidence
> # should enclose a confidence interval with
> # a lower level of confidence.
> ci_order(lbci_fit_nb)
Error in stats::var(level_tmp) : is.atomic(x) is not TRUE
Calls: ci_order ... lapply -> FUN -> confint.semlbci -> <Anonymous> -> stopifnot
Execution halted
Flavors: r-devel-linux-x86_64-fedora-clang, r-devel-linux-x86_64-fedora-gcc
Version: 0.11.3
Check: tests
Result: ERROR
Running ‘testthat.R’ [93s/81s]
Running the tests in ‘tests/testthat.R’ failed.
Complete output:
> library(testthat)
> library(semlbci)
>
> test_check("semlbci")
Starting 2 test processes
[ FAIL 28 | WARN 7 | SKIP 168 | PASS 98 ]
══ Skipped tests (168) ═════════════════════════════════════════════════════════
• For running all interactive session tests (1):
'test-1_run_interactive_session_tests.R:1:1'
• On CRAN (122): 'test-semlbci_wn_mg_ustd_cfa_user_eq.R:1:1',
'test-semlbci_wn_mg_ustd_pa_user_eq.R:1:1',
'test-semlbci_wn_mg_ustd_sem_user_eq.R:1:1',
'test-ur_ci_bound_ur_i_mg_ustd_1.R:1:1',
'test-ur_ci_bound_ur_i_mg_std_1.R:1:1',
'test-ur_ci_bound_ur_i_rb_ustd_1.R:1:1', 'test-ur_ci_bound_ur_i_std_1.R:1:1',
'test-ur_ci_bound_ur_i_ustd_1.R:1:1', 'test-ur_ci_bound_ur_mg_std_1.R:1:1',
'test-ur_ci_bound_ur_mg_ustd_1.R:1:1',
'test-ur_ci_bound_ur_rb_mg_ustd_1.R:1:1',
'test-ur_ci_bound_ur_rb_ustd_1.R:1:1', 'test-ur_ci_bound_ur_std_1.R:1:1',
'test-ur_ci_bound_ur_ustd_1.R:1:1', 'test-ci_bound_wn_i_mg_rb_std_cfa.R:1:1',
'test-ci_bound_wn_i_mg_rb_std_cfa_eq.R:1:1',
'test-ci_bound_wn_i_mg_rb_std_cfa_user.R:1:1',
'test-ci_bound_wn_i_mg_rb_std_cfa_user_eq.R:1:1',
'test-ci_bound_wn_i_mg_rb_std_pa.R:1:1',
'test-ci_bound_wn_i_mg_rb_std_pa_eq.R:1:1',
'test-ci_bound_wn_i_mg_rb_std_pa_user.R:1:1',
'test-ci_bound_wn_i_mg_rb_std_pa_user_eq.R:1:1',
'test-ci_bound_wn_i_mg_rb_std_sem.R:1:1',
'test-ci_bound_wn_i_mg_rb_std_sem_eq.R:1:1',
'test-ci_bound_wn_i_mg_rb_std_sem_user.R:1:1',
'test-ci_bound_wn_i_mg_rb_std_sem_user_eq.R:1:1',
'test-ci_bound_wn_i_mg_rb_ustd_cfa.R:1:1',
'test-ci_bound_wn_i_mg_rb_ustd_cfa_eq.R:1:1',
'test-ci_bound_wn_i_mg_rb_ustd_cfa_user.R:1:1',
'test-ci_bound_wn_i_mg_rb_ustd_cfa_user_eq.R:1:1',
'test-ci_bound_wn_i_mg_rb_ustd_pa.R:1:1',
'test-ci_bound_wn_i_mg_rb_ustd_pa_eq.R:1:1',
'test-ci_bound_wn_i_mg_rb_ustd_pa_user.R:1:1',
'test-ci_bound_wn_i_mg_rb_ustd_pa_user_eq.R:1:1',
'test-ci_bound_wn_i_mg_rb_ustd_sem.R:1:1',
'test-ci_bound_wn_i_mg_rb_ustd_sem_eq.R:1:1',
'test-ci_bound_wn_i_mg_rb_ustd_sem_user.R:1:1',
'test-ci_bound_wn_i_mg_rb_ustd_sem_user_eq.R:1:1',
'test-ci_bound_wn_i_mg_std_cfa.R:1:1',
'test-ci_bound_wn_i_mg_std_cfa_eq.R:1:1',
'test-ci_bound_wn_i_mg_std_cfa_user.R:1:1',
'test-ci_bound_wn_i_mg_std_cfa_user_eq.R:1:1',
'test-ci_bound_wn_i_mg_std_pa.R:1:1',
'test-ci_bound_wn_i_mg_std_pa_eq.R:1:1',
'test-ci_bound_wn_i_mg_std_pa_user.R:1:1',
'test-ci_bound_wn_i_mg_std_pa_user_eq.R:1:1',
'test-ci_bound_wn_i_mg_std_sem.R:1:1',
'test-ci_bound_wn_i_mg_std_sem_eq.R:1:1',
'test-ci_bound_wn_i_mg_std_sem_user.R:1:1',
'test-ci_bound_wn_i_mg_std_sem_user_eq.R:1:1',
'test-ci_bound_wn_i_mg_ustd_cfa_eq.R:1:1',
'test-ci_bound_wn_i_mg_ustd_cfa_user.R:1:1',
'test-ci_bound_wn_i_mg_ustd_cfa_user_eq.R:1:1',
'test-ci_bound_wn_i_mg_ustd_pa_eq.R:1:1',
'test-ci_bound_wn_i_mg_ustd_pa_user.R:1:1',
'test-ci_bound_wn_i_mg_ustd_pa_user_eq.R:1:1',
'test-ci_bound_wn_i_mg_ustd_sem_eq.R:1:1',
'test-ci_bound_wn_i_mg_ustd_sem_user.R:1:1',
'test-ci_bound_wn_i_mg_ustd_sem_user_eq.R:1:1',
'test-ci_bound_wn_i_rb_std_cfa.R:1:1',
'test-ci_bound_wn_i_rb_std_cfa_eq.R:1:1',
'test-ci_bound_wn_i_rb_std_cfa_user.R:1:1',
'test-ci_bound_wn_i_rb_std_cfa_user_eq.R:1:1',
'test-ci_bound_wn_i_rb_std_pa.R:1:1',
'test-ci_bound_wn_i_rb_std_pa_eq.R:1:1',
'test-ci_bound_wn_i_rb_std_pa_user.R:1:1',
'test-ci_bound_wn_i_rb_std_pa_user_eq.R:1:1',
'test-ci_bound_wn_i_rb_std_sem.R:1:1',
'test-ci_bound_wn_i_rb_std_sem_eq.R:1:1',
'test-ci_bound_wn_i_rb_std_sem_user.R:1:1',
'test-ci_bound_wn_i_rb_std_sem_user_eq.R:1:1',
'test-ci_bound_wn_i_rb_ustd_cfa.R:1:1',
'test-ci_bound_wn_i_rb_ustd_cfa_eq.R:1:1',
'test-ci_bound_wn_i_rb_ustd_cfa_user.R:1:1',
'test-ci_bound_wn_i_rb_ustd_cfa_user_eq.R:1:1',
'test-ci_bound_wn_i_rb_ustd_pa_eq.R:1:1',
'test-ci_bound_wn_i_rb_ustd_pa.R:1:1',
'test-ci_bound_wn_i_rb_ustd_pa_user.R:1:1',
'test-ci_bound_wn_i_rb_ustd_pa_user_eq.R:1:1',
'test-ci_bound_wn_i_rb_ustd_sem.R:1:1',
'test-ci_bound_wn_i_rb_ustd_sem_eq.R:1:1',
'test-ci_bound_wn_i_rb_ustd_sem_user.R:1:1',
'test-ci_bound_wn_i_rb_ustd_sem_user_eq.R:1:1',
'test-ci_bound_wn_i_std_cfa_eq.R:1:1',
'test-ci_bound_wn_i_std_cfa_user.R:1:1',
'test-ci_bound_wn_i_std_cfa_user_eq.R:1:1',
'test-ci_bound_wn_i_std_pa_eq.R:1:1', 'test-ci_bound_wn_i_std_pa_user.R:1:1',
'test-ci_bound_wn_i_std_pa_user_eq.R:1:1',
'test-ci_bound_wn_i_std_sem_eq.R:1:1',
'test-ci_bound_wn_i_std_sem_user.R:1:1',
'test-ci_bound_wn_i_std_sem_user_eq.R:1:1',
'test-ci_bound_wn_i_ustd_cfa_eq.R:1:1',
'test-ci_bound_wn_i_ustd_cfa_user.R:1:1',
'test-ci_bound_wn_i_ustd_pa_eq.R:1:1',
'test-ci_bound_wn_i_ustd_pa_user.R:1:1',
'test-ci_bound_wn_i_ustd_sem_eq.R:1:1',
'test-ci_bound_wn_i_ustd_sem_user.R:1:1',
'test-ci_bound_wn_i_z_print_maxtime.R:1:1', 'test-ci_i_one_rb_std_pa.R:1:1',
'test-ci_i_one_std_pa.R:1:1', 'test-ci_i_one_std_pa_ur.R:1:1',
'test-ci_i_one_ustd_pa_ur.R:1:1', 'test-confint_semlbci.R:1:1',
'test-scaling_factor3_mg_rb_std_sem_user_eq.R:1:1',
'test-scaling_factor3_mg_rb_ustd_sem_user_eq.R:1:1',
'test-scaling_factor3_mg_wn_sem_std.R:1:1',
'test-scaling_factor3_mg_wn_sem_ustd.R:1:1',
'test-scaling_factor3_std_sem_user_eq.R:1:1',
'test-scaling_factor3_ustd_sem_user_eq.R:1:1',
'test-scaling_factor3_wn_sem_std.R:1:1',
'test-scaling_factor3_wn_sem_ustd.R:1:1',
'test-scaling_factor_int_comp_mg_wn_sem_std.R:1:1',
'test-scaling_factor_int_comp_wn_sem_std.R:1:1',
'test-semlbci_print_text.R:1:1', 'test-semlbci_rb_std_pa.R:1:1',
'test-semlbci_std_wn.R:1:1', 'test-semlbci_std_wn_derived_parameter.R:1:1',
'test-semlbci_std_wn_eq_constr.R:1:1',
'test-semlbci_update_wn_mg_ustd_cfa_user_eq.R:1:1',
'test-std_lav_one_factor.R:1:1', 'test-ur_gen_est_i.R:1:1'
• Plots: Test in interactive sections (2): 'test-plot_likelihood.R:1:1',
'test-plot_likelihood_ur.R:1:1'
• Run it only if are major changes in the arguments in ci_i_* functions (1):
'test-extra_arguments.R:1:1'
• Run only if data changed (12): 'test-ci_bound_wn_i_mg_ustd_cfa.R:39:1',
'test-ci_bound_wn_i_mg_ustd_pa.R:39:1',
'test-ci_bound_wn_i_mg_ustd_sem.R:40:1', 'test-ci_bound_wn_i_std_pa.R:39:1',
'test-ci_bound_wn_i_std_cfa.R:41:1', 'test-ci_bound_wn_i_std_sem.R:40:1',
'test-ci_bound_wn_i_ustd_cfa.R:38:1', 'test-ci_bound_wn_i_ustd_pa.R:39:1',
'test-ci_bound_wn_i_ustd_cfa_user_eq.R:41:1',
'test-ci_bound_wn_i_ustd_pa_user_eq.R:41:1',
'test-ci_bound_wn_i_ustd_sem.R:40:1',
'test-ci_bound_wn_i_ustd_sem_user_eq.R:43:1'
• Run only if there is a major change in std_method (18):
'test-ci_bound_wn_i_int_comp_mg_std_cfa.R:1:1',
'test-ci_bound_wn_i_int_comp_mg_std_cfa_user_eq.R:1:1',
'test-ci_bound_wn_i_int_comp_mg_std_pa.R:1:1',
'test-ci_bound_wn_i_int_comp_mg_std_pa_user_eq.R:1:1',
'test-ci_bound_wn_i_int_comp_mg_std_sem.R:1:1',
'test-ci_bound_wn_i_int_comp_mg_std_sem_user_eq.R:1:1',
'test-ci_bound_wn_i_int_comp_rb_std_cfa.R:1:1',
'test-ci_bound_wn_i_int_comp_rb_std_cfa_user_eq.R:1:1',
'test-ci_bound_wn_i_int_comp_rb_std_pa.R:1:1',
'test-ci_bound_wn_i_int_comp_rb_std_pa_user_eq.R:1:1',
'test-ci_bound_wn_i_int_comp_rb_std_sem.R:1:1',
'test-ci_bound_wn_i_int_comp_rb_std_sem_user_eq.R:1:1',
'test-ci_bound_wn_i_int_comp_std_cfa.R:1:1',
'test-ci_bound_wn_i_int_comp_std_cfa_user_eq.R:1:1',
'test-ci_bound_wn_i_int_comp_std_pa.R:1:1',
'test-ci_bound_wn_i_int_comp_std_pa_user_eq.R:1:1',
'test-ci_bound_wn_i_int_comp_std_sem.R:1:1',
'test-ci_bound_wn_i_int_comp_std_sem_user_eq.R:1:1'
• Test parallel processing: Test in interactive sections (7):
'test-semlbci_lavaan_cfa.R:1:1', 'test-semlbci_lavaan_cfa_mg.R:1:1',
'test-semlbci_lavaan_indirect.R:1:1', 'test-semlbci_lavaan_sem.R:1:1',
'test-semlbci_lavaan_sem_ur.R:1:1', 'test-semlbci_lavaan_sem_ur_rb.R:1:1',
'test-semlbci_wn_parallel.R:1:1'
• To be run in an interactive session (4): 'test-1_run_selected_tests.R:1:1',
'test-ci_bound_wn_i_all_std.R:1:1', 'test-semlbci_nearby_rb_std.R:1:1',
'test-ur_gen_userp.R:38:1'
• empty test (1): 'test-ci_bound_wn_i_z_diagnostic_info.R:74:1'
══ Failed tests ════════════════════════════════════════════════════════════════
── Failure ('test-ci_bound_wn_i_mg_ustd_cfa.R:35:5'): Check against precomputed answers ──
out1l$bound (`actual`) not equal to 0.8719076 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.8719076)
── Failure ('test-ci_bound_wn_i_mg_ustd_cfa.R:36:5'): Check against precomputed answers ──
out2u$bound (`actual`) not equal to 1.94076 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (1.94076)
── Failure ('test-ci_bound_wn_i_mg_ustd_pa.R:35:5'): Check against precomputed answers ──
out1l$bound (`actual`) not equal to 0.09563159 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.09563159)
── Failure ('test-ci_bound_wn_i_mg_ustd_sem.R:36:5'): Check against precomputed answers ──
out1l$bound (`actual`) not equal to 0.8718068 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.8718068)
── Failure ('test-ci_bound_wn_i_mg_ustd_sem.R:37:5'): Check against precomputed answers ──
out2u$bound (`actual`) not equal to 0.6873715 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.6873715)
── Failure ('test-ci_bound_wn_i_std_pa.R:35:5'): Check against precomputed answers ──
out1l$bound (`actual`) not equal to 0.1256137 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.1256137)
── Failure ('test-ci_bound_wn_i_std_pa.R:36:5'): Check against precomputed answers ──
out2u$bound (`actual`) not equal to 0.5656437 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.5656437)
── Failure ('test-ci_bound_wn_i_std_cfa.R:36:5'): Check against precomputed answers ──
out1l$bound (`actual`) not equal to 0.6745196 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.6745196)
── Failure ('test-ci_bound_wn_i_std_cfa.R:37:5'): Check against precomputed answers ──
out2u$bound (`actual`) not equal to 0.8769257 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.8769257)
── Failure ('test-ci_bound_wn_i_std_cfa.R:38:5'): Check against precomputed answers ──
out3l$bound (`actual`) not equal to 0.4039171 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.4039171)
── Failure ('test-ci_bound_wn_i_std_sem.R:36:5'): Check against precomputed answers ──
out1l$bound (`actual`) not equal to 0.6745196 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.6745196)
── Failure ('test-ci_bound_wn_i_std_sem.R:37:5'): Check against precomputed answers ──
out2u$bound (`actual`) not equal to 0.6151329 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.6151329)
── Failure ('test-ci_bound_wn_i_ustd_cfa.R:34:5'): Check against precomputed answers ──
out1l$bound (`actual`) not equal to 1.044513 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (1.044513)
── Failure ('test-ci_bound_wn_i_ustd_cfa.R:35:5'): Check against precomputed answers ──
out2u$bound (`actual`) not equal to 1.391671 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (1.391671)
── Failure ('test-ci_bound_wn_i_ustd_pa.R:35:5'): Check against precomputed answers ──
out1l$bound (`actual`) not equal to 0.7866848 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.7866848)
── Failure ('test-ci_bound_wn_i_ustd_pa.R:36:5'): Check against precomputed answers ──
out2u$bound (`actual`) not equal to 0.6864138 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.6864138)
── Failure ('test-ci_bound_wn_i_ustd_cfa_user_eq.R:37:5'): Check against precomputed answers ──
out1l$bound (`actual`) not equal to 0.6211464 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.6211464)
── Failure ('test-ci_bound_wn_i_ustd_cfa_user_eq.R:38:5'): Check against precomputed answers ──
out1u$bound (`actual`) not equal to 1.230061 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (1.230061)
── Failure ('test-ci_bound_wn_i_ustd_pa_user_eq.R:37:5'): Check against precomputed answers ──
out1l$bound (`actual`) not equal to 0.4172761 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.4172761)
── Failure ('test-ci_bound_wn_i_ustd_pa_user_eq.R:38:5'): Check against precomputed answers ──
out2u$bound (`actual`) not equal to 0.5131228 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.5131228)
── Failure ('test-ci_bound_wn_i_ustd_sem.R:36:5'): Check against precomputed answers ──
out1l$bound (`actual`) not equal to 1.044513 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (1.044513)
── Failure ('test-ci_bound_wn_i_ustd_sem.R:37:5'): Check against precomputed answers ──
out2u$bound (`actual`) not equal to 0.5081693 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.5081693)
── Failure ('test-ci_bound_wn_i_ustd_sem_user_eq.R:39:5'): Check against precomputed answers ──
out1l$bound (`actual`) not equal to 0.9261166 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.9261166)
── Failure ('test-ci_bound_wn_i_ustd_sem_user_eq.R:40:5'): Check against precomputed answers ──
out2u$bound (`actual`) not equal to 0.9509614 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.9509614)
── Failure ('test-ci_i_one_rb_ustd_pa.R:46:5'): Check with know results ────────
unname(out1x$bounds) (`actual`) not equal to c(0.6756703) (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.6756703)
── Failure ('test-ci_i_one_rb_ustd_pa.R:47:5'): Check with know results ────────
unname(out2x$bounds) (`actual`) not equal to c(0.6734225) (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.6734225)
── Error ('test-semlbci_rb_ustd_pa.R:142:5'): Check p-value for the chi-square difference test ──
Error in `if (all(mods.scaled | ndf == 0) && any(mods.scaled)) {
scaled <- TRUE
scaledList <- sapply(mods[[which(ndf > 0)[1]]]@test, function(x) !is.null(x$scaled.test.stat))
scaled.idx <- which(scaledList)[[1]]
default.TEST <- object@test[[scaled.idx]]$test
if (test == "default") {
TEST <- default.TEST
}
else if (!test %in% c("satorra.bentler", "yuan.bentler",
"yuan.bentler.mplus", "mean.var.adjusted", "scaled.shifted")) {
lav_msg_stop(gettextf("test = %s not found in object. See available tests in\n lavInspect(object, \"options\")$test.",
dQuote(test)))
}
else TEST <- test
check.scaled <- unlist(lapply(mods, function(x) {
TEST %in% unlist(sapply(slot(x, "test"), "[[", "test"))
}))
if (any(!check.scaled)) {
lav_msg_stop(gettextf("test = %1$s not found in model(s): %2$s. Find available tests per model\n using lavInspect(fit, \"options\")$test.",
dQuote(test), lav_msg_view(names(mods)[which(!check.scaled)],
"none")))
}
} else if (!any(mods.scaled)) {
scaled <- FALSE
TEST <- "standard"
method <- "standard"
} else {
lav_msg_stop(gettext("some models (but not all) have scaled test statistics"))
}`: missing value where TRUE/FALSE needed
Backtrace:
▆
1. ├─testthat::expect_true(...) at test-semlbci_rb_ustd_pa.R:142:5
2. │ └─testthat::quasi_label(enquo(object), label, arg = "object")
3. │ └─rlang::eval_bare(expr, quo_get_env(quo))
4. └─semlbci:::test_p(fitc_out1l, fit, ciperc = ciperc, tol = 1e-04)
5. └─lavaan::lavTestLRT(fit0, fit1, method = "satorra.2000", A.method = "exact")
── Error ('test-semlbci_rb_ustd_pa.R:149:1'): (code run outside of `test_that()`) ──
Error in `if (any(STAT.delta[-1] < -1 * .Machine$double.eps^(1/3))) {
lav_msg_warn(gettextf("Some restricted models fit better than less restricted models; either\n these models are not nested, or the less restricted model failed to reach\n a global optimum.Smallest difference = %s.",
min(STAT.delta[-1])))
}`: missing value where TRUE/FALSE needed
Backtrace:
▆
1. └─semlbci:::test_constr(...) at test-semlbci_rb_ustd_pa.R:149:1
2. ├─lavaan::anova(fitc, fit)
3. └─lavaan::anova(fitc, fit)
4. └─lavaan::lavTestLRT(object = object, ..., model.names = tmp.names)
[ FAIL 28 | WARN 7 | SKIP 168 | PASS 98 ]
Error: Test failures
Execution halted
Flavor: r-devel-linux-x86_64-fedora-clang
Version: 0.11.3
Check: tests
Result: ERROR
Running ‘testthat.R’ [101s/152s]
Running the tests in ‘tests/testthat.R’ failed.
Complete output:
> library(testthat)
> library(semlbci)
>
> test_check("semlbci")
Starting 2 test processes
Superclass process has cloneable=FALSE, but subclass r_session has cloneable=TRUE. A subclass cannot be cloneable when its superclass is not cloneable, so cloning will be disabled for r_session.
Superclass process has cloneable=FALSE, but subclass r_session has cloneable=TRUE. A subclass cannot be cloneable when its superclass is not cloneable, so cloning will be disabled for r_session.
[ FAIL 28 | WARN 7 | SKIP 168 | PASS 98 ]
══ Skipped tests (168) ═════════════════════════════════════════════════════════
• For running all interactive session tests (1):
'test-1_run_interactive_session_tests.R:1:1'
• On CRAN (122): 'test-semlbci_wn_mg_ustd_cfa_user_eq.R:1:1',
'test-semlbci_wn_mg_ustd_pa_user_eq.R:1:1',
'test-semlbci_wn_mg_ustd_sem_user_eq.R:1:1',
'test-ur_ci_bound_ur_i_mg_ustd_1.R:1:1',
'test-ur_ci_bound_ur_i_mg_std_1.R:1:1',
'test-ur_ci_bound_ur_i_rb_ustd_1.R:1:1', 'test-ur_ci_bound_ur_i_std_1.R:1:1',
'test-ur_ci_bound_ur_i_ustd_1.R:1:1', 'test-ur_ci_bound_ur_mg_std_1.R:1:1',
'test-ur_ci_bound_ur_mg_ustd_1.R:1:1',
'test-ur_ci_bound_ur_rb_mg_ustd_1.R:1:1',
'test-ur_ci_bound_ur_rb_ustd_1.R:1:1', 'test-ur_ci_bound_ur_std_1.R:1:1',
'test-ur_ci_bound_ur_ustd_1.R:1:1', 'test-ci_bound_wn_i_mg_rb_std_cfa.R:1:1',
'test-ci_bound_wn_i_mg_rb_std_cfa_eq.R:1:1',
'test-ci_bound_wn_i_mg_rb_std_cfa_user.R:1:1',
'test-ci_bound_wn_i_mg_rb_std_cfa_user_eq.R:1:1',
'test-ci_bound_wn_i_mg_rb_std_pa.R:1:1',
'test-ci_bound_wn_i_mg_rb_std_pa_eq.R:1:1',
'test-ci_bound_wn_i_mg_rb_std_pa_user.R:1:1',
'test-ci_bound_wn_i_mg_rb_std_pa_user_eq.R:1:1',
'test-ci_bound_wn_i_mg_rb_std_sem.R:1:1',
'test-ci_bound_wn_i_mg_rb_std_sem_eq.R:1:1',
'test-ci_bound_wn_i_mg_rb_std_sem_user.R:1:1',
'test-ci_bound_wn_i_mg_rb_std_sem_user_eq.R:1:1',
'test-ci_bound_wn_i_mg_rb_ustd_cfa.R:1:1',
'test-ci_bound_wn_i_mg_rb_ustd_cfa_eq.R:1:1',
'test-ci_bound_wn_i_mg_rb_ustd_cfa_user.R:1:1',
'test-ci_bound_wn_i_mg_rb_ustd_cfa_user_eq.R:1:1',
'test-ci_bound_wn_i_mg_rb_ustd_pa_eq.R:1:1',
'test-ci_bound_wn_i_mg_rb_ustd_pa.R:1:1',
'test-ci_bound_wn_i_mg_rb_ustd_pa_user.R:1:1',
'test-ci_bound_wn_i_mg_rb_ustd_pa_user_eq.R:1:1',
'test-ci_bound_wn_i_mg_rb_ustd_sem.R:1:1',
'test-ci_bound_wn_i_mg_rb_ustd_sem_eq.R:1:1',
'test-ci_bound_wn_i_mg_rb_ustd_sem_user.R:1:1',
'test-ci_bound_wn_i_mg_rb_ustd_sem_user_eq.R:1:1',
'test-ci_bound_wn_i_mg_std_cfa.R:1:1',
'test-ci_bound_wn_i_mg_std_cfa_eq.R:1:1',
'test-ci_bound_wn_i_mg_std_cfa_user.R:1:1',
'test-ci_bound_wn_i_mg_std_cfa_user_eq.R:1:1',
'test-ci_bound_wn_i_mg_std_pa.R:1:1',
'test-ci_bound_wn_i_mg_std_pa_eq.R:1:1',
'test-ci_bound_wn_i_mg_std_pa_user.R:1:1',
'test-ci_bound_wn_i_mg_std_sem.R:1:1',
'test-ci_bound_wn_i_mg_std_pa_user_eq.R:1:1',
'test-ci_bound_wn_i_mg_std_sem_eq.R:1:1',
'test-ci_bound_wn_i_mg_std_sem_user.R:1:1',
'test-ci_bound_wn_i_mg_std_sem_user_eq.R:1:1',
'test-ci_bound_wn_i_mg_ustd_cfa_eq.R:1:1',
'test-ci_bound_wn_i_mg_ustd_cfa_user.R:1:1',
'test-ci_bound_wn_i_mg_ustd_cfa_user_eq.R:1:1',
'test-ci_bound_wn_i_mg_ustd_pa_eq.R:1:1',
'test-ci_bound_wn_i_mg_ustd_pa_user.R:1:1',
'test-ci_bound_wn_i_mg_ustd_pa_user_eq.R:1:1',
'test-ci_bound_wn_i_mg_ustd_sem_eq.R:1:1',
'test-ci_bound_wn_i_mg_ustd_sem_user.R:1:1',
'test-ci_bound_wn_i_mg_ustd_sem_user_eq.R:1:1',
'test-ci_bound_wn_i_rb_std_cfa.R:1:1',
'test-ci_bound_wn_i_rb_std_cfa_eq.R:1:1',
'test-ci_bound_wn_i_rb_std_cfa_user.R:1:1',
'test-ci_bound_wn_i_rb_std_cfa_user_eq.R:1:1',
'test-ci_bound_wn_i_rb_std_pa.R:1:1',
'test-ci_bound_wn_i_rb_std_pa_eq.R:1:1',
'test-ci_bound_wn_i_rb_std_pa_user.R:1:1',
'test-ci_bound_wn_i_rb_std_pa_user_eq.R:1:1',
'test-ci_bound_wn_i_rb_std_sem.R:1:1',
'test-ci_bound_wn_i_rb_std_sem_eq.R:1:1',
'test-ci_bound_wn_i_rb_std_sem_user.R:1:1',
'test-ci_bound_wn_i_rb_std_sem_user_eq.R:1:1',
'test-ci_bound_wn_i_rb_ustd_cfa.R:1:1',
'test-ci_bound_wn_i_rb_ustd_cfa_eq.R:1:1',
'test-ci_bound_wn_i_rb_ustd_cfa_user.R:1:1',
'test-ci_bound_wn_i_rb_ustd_cfa_user_eq.R:1:1',
'test-ci_bound_wn_i_rb_ustd_pa.R:1:1',
'test-ci_bound_wn_i_rb_ustd_pa_eq.R:1:1',
'test-ci_bound_wn_i_rb_ustd_pa_user.R:1:1',
'test-ci_bound_wn_i_rb_ustd_pa_user_eq.R:1:1',
'test-ci_bound_wn_i_rb_ustd_sem.R:1:1',
'test-ci_bound_wn_i_rb_ustd_sem_user.R:1:1',
'test-ci_bound_wn_i_rb_ustd_sem_eq.R:1:1',
'test-ci_bound_wn_i_rb_ustd_sem_user_eq.R:1:1',
'test-ci_bound_wn_i_std_cfa_eq.R:1:1',
'test-ci_bound_wn_i_std_cfa_user.R:1:1',
'test-ci_bound_wn_i_std_cfa_user_eq.R:1:1',
'test-ci_bound_wn_i_std_pa_eq.R:1:1', 'test-ci_bound_wn_i_std_pa_user.R:1:1',
'test-ci_bound_wn_i_std_pa_user_eq.R:1:1',
'test-ci_bound_wn_i_std_sem_eq.R:1:1',
'test-ci_bound_wn_i_std_sem_user.R:1:1',
'test-ci_bound_wn_i_std_sem_user_eq.R:1:1',
'test-ci_bound_wn_i_ustd_cfa_eq.R:1:1',
'test-ci_bound_wn_i_ustd_cfa_user.R:1:1',
'test-ci_bound_wn_i_ustd_pa_eq.R:1:1',
'test-ci_bound_wn_i_ustd_pa_user.R:1:1',
'test-ci_bound_wn_i_ustd_sem_eq.R:1:1',
'test-ci_bound_wn_i_ustd_sem_user.R:1:1',
'test-ci_bound_wn_i_z_print_maxtime.R:1:1', 'test-ci_i_one_rb_std_pa.R:1:1',
'test-ci_i_one_std_pa.R:1:1', 'test-ci_i_one_std_pa_ur.R:1:1',
'test-ci_i_one_ustd_pa_ur.R:1:1', 'test-confint_semlbci.R:1:1',
'test-scaling_factor3_mg_rb_std_sem_user_eq.R:1:1',
'test-scaling_factor3_mg_rb_ustd_sem_user_eq.R:1:1',
'test-scaling_factor3_mg_wn_sem_std.R:1:1',
'test-scaling_factor3_mg_wn_sem_ustd.R:1:1',
'test-scaling_factor3_std_sem_user_eq.R:1:1',
'test-scaling_factor3_ustd_sem_user_eq.R:1:1',
'test-scaling_factor3_wn_sem_std.R:1:1',
'test-scaling_factor3_wn_sem_ustd.R:1:1',
'test-scaling_factor_int_comp_mg_wn_sem_std.R:1:1',
'test-scaling_factor_int_comp_wn_sem_std.R:1:1',
'test-semlbci_print_text.R:1:1', 'test-semlbci_rb_std_pa.R:1:1',
'test-semlbci_std_wn.R:1:1', 'test-semlbci_std_wn_derived_parameter.R:1:1',
'test-semlbci_std_wn_eq_constr.R:1:1',
'test-semlbci_update_wn_mg_ustd_cfa_user_eq.R:1:1',
'test-std_lav_one_factor.R:1:1', 'test-ur_gen_est_i.R:1:1'
• Plots: Test in interactive sections (2): 'test-plot_likelihood.R:1:1',
'test-plot_likelihood_ur.R:1:1'
• Run it only if are major changes in the arguments in ci_i_* functions (1):
'test-extra_arguments.R:1:1'
• Run only if data changed (12): 'test-ci_bound_wn_i_mg_ustd_pa.R:39:1',
'test-ci_bound_wn_i_mg_ustd_cfa.R:39:1',
'test-ci_bound_wn_i_mg_ustd_sem.R:40:1', 'test-ci_bound_wn_i_std_pa.R:39:1',
'test-ci_bound_wn_i_std_cfa.R:41:1', 'test-ci_bound_wn_i_std_sem.R:40:1',
'test-ci_bound_wn_i_ustd_cfa.R:38:1', 'test-ci_bound_wn_i_ustd_pa.R:39:1',
'test-ci_bound_wn_i_ustd_cfa_user_eq.R:41:1',
'test-ci_bound_wn_i_ustd_pa_user_eq.R:41:1',
'test-ci_bound_wn_i_ustd_sem.R:40:1',
'test-ci_bound_wn_i_ustd_sem_user_eq.R:43:1'
• Run only if there is a major change in std_method (18):
'test-ci_bound_wn_i_int_comp_mg_std_cfa.R:1:1',
'test-ci_bound_wn_i_int_comp_mg_std_cfa_user_eq.R:1:1',
'test-ci_bound_wn_i_int_comp_mg_std_pa.R:1:1',
'test-ci_bound_wn_i_int_comp_mg_std_pa_user_eq.R:1:1',
'test-ci_bound_wn_i_int_comp_mg_std_sem.R:1:1',
'test-ci_bound_wn_i_int_comp_mg_std_sem_user_eq.R:1:1',
'test-ci_bound_wn_i_int_comp_rb_std_cfa.R:1:1',
'test-ci_bound_wn_i_int_comp_rb_std_cfa_user_eq.R:1:1',
'test-ci_bound_wn_i_int_comp_rb_std_pa.R:1:1',
'test-ci_bound_wn_i_int_comp_rb_std_pa_user_eq.R:1:1',
'test-ci_bound_wn_i_int_comp_rb_std_sem.R:1:1',
'test-ci_bound_wn_i_int_comp_rb_std_sem_user_eq.R:1:1',
'test-ci_bound_wn_i_int_comp_std_cfa.R:1:1',
'test-ci_bound_wn_i_int_comp_std_cfa_user_eq.R:1:1',
'test-ci_bound_wn_i_int_comp_std_pa.R:1:1',
'test-ci_bound_wn_i_int_comp_std_pa_user_eq.R:1:1',
'test-ci_bound_wn_i_int_comp_std_sem.R:1:1',
'test-ci_bound_wn_i_int_comp_std_sem_user_eq.R:1:1'
• Test parallel processing: Test in interactive sections (7):
'test-semlbci_lavaan_cfa.R:1:1', 'test-semlbci_lavaan_cfa_mg.R:1:1',
'test-semlbci_lavaan_indirect.R:1:1', 'test-semlbci_lavaan_sem.R:1:1',
'test-semlbci_lavaan_sem_ur.R:1:1', 'test-semlbci_lavaan_sem_ur_rb.R:1:1',
'test-semlbci_wn_parallel.R:1:1'
• To be run in an interactive session (4): 'test-1_run_selected_tests.R:1:1',
'test-ci_bound_wn_i_all_std.R:1:1', 'test-semlbci_nearby_rb_std.R:1:1',
'test-ur_gen_userp.R:38:1'
• empty test (1): 'test-ci_bound_wn_i_z_diagnostic_info.R:74:1'
══ Failed tests ════════════════════════════════════════════════════════════════
── Failure ('test-ci_bound_wn_i_mg_ustd_pa.R:35:5'): Check against precomputed answers ──
out1l$bound (`actual`) not equal to 0.09563159 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.09563159)
── Failure ('test-ci_bound_wn_i_mg_ustd_cfa.R:35:5'): Check against precomputed answers ──
out1l$bound (`actual`) not equal to 0.8719076 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.8719076)
── Failure ('test-ci_bound_wn_i_mg_ustd_cfa.R:36:5'): Check against precomputed answers ──
out2u$bound (`actual`) not equal to 1.94076 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (1.94076)
── Failure ('test-ci_bound_wn_i_mg_ustd_sem.R:36:5'): Check against precomputed answers ──
out1l$bound (`actual`) not equal to 0.8718068 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.8718068)
── Failure ('test-ci_bound_wn_i_mg_ustd_sem.R:37:5'): Check against precomputed answers ──
out2u$bound (`actual`) not equal to 0.6873715 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.6873715)
── Failure ('test-ci_bound_wn_i_std_pa.R:35:5'): Check against precomputed answers ──
out1l$bound (`actual`) not equal to 0.1256137 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.1256137)
── Failure ('test-ci_bound_wn_i_std_pa.R:36:5'): Check against precomputed answers ──
out2u$bound (`actual`) not equal to 0.5656437 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.5656437)
── Failure ('test-ci_bound_wn_i_std_cfa.R:36:5'): Check against precomputed answers ──
out1l$bound (`actual`) not equal to 0.6745196 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.6745196)
── Failure ('test-ci_bound_wn_i_std_cfa.R:37:5'): Check against precomputed answers ──
out2u$bound (`actual`) not equal to 0.8769257 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.8769257)
── Failure ('test-ci_bound_wn_i_std_cfa.R:38:5'): Check against precomputed answers ──
out3l$bound (`actual`) not equal to 0.4039171 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.4039171)
── Failure ('test-ci_bound_wn_i_std_sem.R:36:5'): Check against precomputed answers ──
out1l$bound (`actual`) not equal to 0.6745196 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.6745196)
── Failure ('test-ci_bound_wn_i_std_sem.R:37:5'): Check against precomputed answers ──
out2u$bound (`actual`) not equal to 0.6151329 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.6151329)
── Failure ('test-ci_bound_wn_i_ustd_cfa.R:34:5'): Check against precomputed answers ──
out1l$bound (`actual`) not equal to 1.044513 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (1.044513)
── Failure ('test-ci_bound_wn_i_ustd_cfa.R:35:5'): Check against precomputed answers ──
out2u$bound (`actual`) not equal to 1.391671 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (1.391671)
── Failure ('test-ci_bound_wn_i_ustd_pa.R:35:5'): Check against precomputed answers ──
out1l$bound (`actual`) not equal to 0.7866848 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.7866848)
── Failure ('test-ci_bound_wn_i_ustd_pa.R:36:5'): Check against precomputed answers ──
out2u$bound (`actual`) not equal to 0.6864138 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.6864138)
── Failure ('test-ci_bound_wn_i_ustd_cfa_user_eq.R:37:5'): Check against precomputed answers ──
out1l$bound (`actual`) not equal to 0.6211464 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.6211464)
── Failure ('test-ci_bound_wn_i_ustd_cfa_user_eq.R:38:5'): Check against precomputed answers ──
out1u$bound (`actual`) not equal to 1.230061 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (1.230061)
── Failure ('test-ci_bound_wn_i_ustd_pa_user_eq.R:37:5'): Check against precomputed answers ──
out1l$bound (`actual`) not equal to 0.4172761 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.4172761)
── Failure ('test-ci_bound_wn_i_ustd_pa_user_eq.R:38:5'): Check against precomputed answers ──
out2u$bound (`actual`) not equal to 0.5131228 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.5131228)
── Failure ('test-ci_bound_wn_i_ustd_sem.R:36:5'): Check against precomputed answers ──
out1l$bound (`actual`) not equal to 1.044513 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (1.044513)
── Failure ('test-ci_bound_wn_i_ustd_sem.R:37:5'): Check against precomputed answers ──
out2u$bound (`actual`) not equal to 0.5081693 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.5081693)
── Failure ('test-ci_bound_wn_i_ustd_sem_user_eq.R:39:5'): Check against precomputed answers ──
out1l$bound (`actual`) not equal to 0.9261166 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.9261166)
── Failure ('test-ci_bound_wn_i_ustd_sem_user_eq.R:40:5'): Check against precomputed answers ──
out2u$bound (`actual`) not equal to 0.9509614 (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.9509614)
── Failure ('test-ci_i_one_rb_ustd_pa.R:46:5'): Check with know results ────────
unname(out1x$bounds) (`actual`) not equal to c(0.6756703) (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.6756703)
── Failure ('test-ci_i_one_rb_ustd_pa.R:47:5'): Check with know results ────────
unname(out2x$bounds) (`actual`) not equal to c(0.6734225) (`expected`).
`actual` is a logical vector (NA)
`expected` is a double vector (0.6734225)
── Error ('test-semlbci_rb_ustd_pa.R:142:5'): Check p-value for the chi-square difference test ──
Error in `if (all(mods.scaled | ndf == 0) && any(mods.scaled)) {
scaled <- TRUE
scaledList <- sapply(mods[[which(ndf > 0)[1]]]@test, function(x) !is.null(x$scaled.test.stat))
scaled.idx <- which(scaledList)[[1]]
default.TEST <- object@test[[scaled.idx]]$test
if (test == "default") {
TEST <- default.TEST
}
else if (!test %in% c("satorra.bentler", "yuan.bentler",
"yuan.bentler.mplus", "mean.var.adjusted", "scaled.shifted")) {
lav_msg_stop(gettextf("test = %s not found in object. See available tests in\n lavInspect(object, \"options\")$test.",
dQuote(test)))
}
else TEST <- test
check.scaled <- unlist(lapply(mods, function(x) {
TEST %in% unlist(sapply(slot(x, "test"), "[[", "test"))
}))
if (any(!check.scaled)) {
lav_msg_stop(gettextf("test = %1$s not found in model(s): %2$s. Find available tests per model\n using lavInspect(fit, \"options\")$test.",
dQuote(test), lav_msg_view(names(mods)[which(!check.scaled)],
"none")))
}
} else if (!any(mods.scaled)) {
scaled <- FALSE
TEST <- "standard"
method <- "standard"
} else {
lav_msg_stop(gettext("some models (but not all) have scaled test statistics"))
}`: missing value where TRUE/FALSE needed
Backtrace:
▆
1. ├─testthat::expect_true(...) at test-semlbci_rb_ustd_pa.R:142:5
2. │ └─testthat::quasi_label(enquo(object), label, arg = "object")
3. │ └─rlang::eval_bare(expr, quo_get_env(quo))
4. └─semlbci:::test_p(fitc_out1l, fit, ciperc = ciperc, tol = 1e-04)
5. └─lavaan::lavTestLRT(fit0, fit1, method = "satorra.2000", A.method = "exact")
── Error ('test-semlbci_rb_ustd_pa.R:149:1'): (code run outside of `test_that()`) ──
Error in `if (any(STAT.delta[-1] < -1 * .Machine$double.eps^(1/3))) {
lav_msg_warn(gettextf("Some restricted models fit better than less restricted models; either\n these models are not nested, or the less restricted model failed to reach\n a global optimum.Smallest difference = %s.",
min(STAT.delta[-1])))
}`: missing value where TRUE/FALSE needed
Backtrace:
▆
1. └─semlbci:::test_constr(...) at test-semlbci_rb_ustd_pa.R:149:1
2. ├─lavaan::anova(fitc, fit)
3. └─lavaan::anova(fitc, fit)
4. └─lavaan::lavTestLRT(object = object, ..., model.names = tmp.names)
[ FAIL 28 | WARN 7 | SKIP 168 | PASS 98 ]
Error: Test failures
Execution halted
Flavor: r-devel-linux-x86_64-fedora-gcc
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