R Under development (unstable) (2026-05-28 r90087 ucrt) -- "Unsuffered Consequences"
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> # 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(admix)
Package 'admix' version 2.6.1
-------------------------------
Type 'citation("admix")' for citing this R package in publications.
-------------------------------
This work was partly conducted within the Research Chair DIALog under the aegis of the Risk Foundation, an initiative by CNP Assurances.

> 
> test_check("admix")

Estimation (IBM method)

Sample sizes: 500 / 600 
Configuration: distinct known components

Mixing weight (first sample): 0.461 
Mixing weight (second sample): 0.675 

Use `?estim_IBM` for further details.

Call:
estim_IBM(samples = list(ctx$data1, ctx$data2), admixMod = list(ctx$admixMod1, 
    ctx$admixMod2), n.integ = 200)

Data
----
Number of samples: 2 
Sample sizes: 500 / 600 
Known components equal: FALSE 

Sample 1 
  Known component: norm 
  Known parameters: mean = 0, sd = 1 

Sample 2 
  Known component: norm 
  Known parameters: mean = 5, sd = 2 

Estimation (IBM method)
-----------------------
Configuration: distinct known components

Mixing weight (first sample):  0.461 
Mixing weight (second sample): 0.675 

Integration
-----------
Support (range preview): -2.639 -2.509 -2.501 ... 9.988 9.996 10.104 

Use `?estim_IBM` for further details.
In function 'IBM_gap': in case of identical known components, the mixing weight of the unknown
  component in the first sample, named 'fixed.p.X', was arbitrarily set to 0.2
In function 'IBM_gap': in case of identical known components, the mixing weight of the unknown
  component in the first sample, named 'fixed.p.X', was arbitrarily set to 0.2

Call:
admix_estim()

Method: PS  -  Number of samples: 1 

   sample size mix_weight
 Sample_1  100      0.750

Call:
admix_model(knownComp_dist = "norm", knownComp_param = list(mean = 0, 
    sd = 1))

Known component distribution: norm
Known parameters:
  - mean = 0
  - sd = 1
  Default estimation method is 'BVdk' when testing with polynomial basis expansions (ensuring
  theoretical guarantees, but relying on symmetric unknown component densities). To consider
  other frameworks in the 2-sample case, use 'PS' estimator (setting argument 'est_method' to 'PS').
  Default estimation method is 'BVdk' when testing with polynomial basis expansions (ensuring
  theoretical guarantees, but relying on symmetric unknown component densities). To consider
  other frameworks in the 2-sample case, use 'PS' estimator (setting argument 'est_method' to 'PS').
  Default estimation method is 'BVdk' when testing with polynomial basis expansions (ensuring
  theoretical guarantees, but relying on symmetric unknown component densities). To consider
  other frameworks in the 2-sample case, use 'PS' estimator (setting argument 'est_method' to 'PS').
  Default estimation method is 'BVdk' when testing with polynomial basis expansions (ensuring
  theoretical guarantees, but relying on symmetric unknown component densities). To consider
  other frameworks in the 2-sample case, use 'PS' estimator (setting argument 'est_method' to 'PS').

Estimation (PS method)

Sample size: 500 
Mixing weight (unknown): 0.311 
c_n (penalization): 0.183 
Selection method: fixed c_n

Use `?estim_PS` for details on the penalization term.

Call:
estim_PS(samples = d$data1, admixMod = d$admixMod1, method = "fixed")

Data
----
Sample size: 500 
Known component: exp 
Known parameters: rate = 0.25 

Estimation (PS method)
----------------------
Mixing weight (unknown): 0.311 
c_n (penalization): 0.183 
Selection method: fixed c_n 

Use `?estim_PS` for details on the penalization term.

'c.n' is not given. Fixing it to be '0.1*log(log(n))

[ FAIL 0 | WARN 0 | SKIP 95 | PASS 579 ]

══ Skipped tests (95) ══════════════════════════════════════════════════════════
• On CRAN (95): 'test-IBM-print-summary.R:2:3',
  'test-IBM-print-summary.R:12:3', 'test-IBM-print-summary.R:25:3',
  'test-IBM-print-summary.R:47:3', 'test-IBM_2samples_test.R:2:3',
  'test-IBM_2samples_test.R:17:3', 'test-IBM_2samples_test.R:29:3',
  'test-IBM_2samples_test.R:52:3', 'test-IBM_k_samples_test.R:18:3',
  'test-IBM_k_samples_test.R:35:3', 'test-IBM_k_samples_test.R:47:3',
  'test-IBM_k_samples_test.R:58:3', 'test-IBM_k_samples_test.R:73:3',
  'test-IBM_k_samples_test.R:96:3', 'test-IBM_k_samples_test.R:124:3',
  'test-IBM_k_samples_test.R:152:3', 'test-IBM_tabul_stochasticInteg.R:9:3',
  'test-admix_cluster.R:18:3', 'test-admix_cluster.R:54:3',
  'test-admix_cluster.R:76:3', 'test-admix_cluster.R:95:3',
  'test-admix_cluster.R:152:3', 'test-admix_cluster.R:183:3',
  'test-admix_cluster.R:202:3', 'test-admix_cluster.R:221:3',
  'test-admix_cluster.R:253:3', 'test-admix_cluster.R:273:3',
  'test-admix_estim-print-summary.R:71:3', 'test-estim_BVdk.R:27:3',
  'test-estim_IBM.R:60:3', 'test-estim_IBM.R:68:3', 'test-estim_IBM.R:81:3',
  'test-estim_IBM.R:89:3', 'test-estim_IBM.R:97:3', 'test-estim_IBM.R:106:3',
  'test-estim_IBM.R:114:3', 'test-estim_IBM.R:122:3', 'test-estim_IBM.R:131:3',
  'test-estim_IBM.R:141:3', 'test-estim_IBM.R:149:3', 'test-estim_IBM.R:161:3',
  'test-estim_IBM.R:169:3', 'test-estim_IBM.R:177:3', 'test-estim_IBM.R:189:3',
  'test-estim_IBM.R:199:3', 'test-estim_IBM.R:208:3', 'test-estim_IBM.R:218:3',
  'test-estim_IBM.R:227:3', 'test-estim_IBM.R:236:3', 'test-estim_IBM.R:249:3',
  'test-estim_IBM.R:259:3', 'test-estim_IBM.R:268:3', 'test-estim_IBM.R:277:3',
  'test-estim_IBM.R:286:3', 'test-estim_IBM.R:297:3', 'test-estim_IBM.R:306:3',
  'test-estim_IBM.R:321:3', 'test-estim_IBM.R:336:3', 'test-estim_IBM.R:351:3',
  'test-estim_IBM.R:365:3', 'test-estim_IBM.R:379:3', 'test-estim_IBM.R:399:3',
  'test-estim_IBM.R:426:3', 'test-estim_IBM.R:456:3', 'test-estim_IBM.R:516:3',
  'test-estim_IBM.R:534:3', 'test-estim_IBM.R:552:3', 'test-estim_IBM.R:574:3',
  'test-estim_IBM.R:597:3', 'test-extractors.R:69:3', 'test-extractors.R:77:3',
  'test-extractors.R:90:3', 'test-extractors.R:125:3',
  'test-extractors.R:132:3', 'test-extractors.R:139:3',
  'test-extractors.R:163:3', 'test-extractors.R:188:3',
  'test-extractors.R:214:3', 'test-extractors.R:239:3',
  'test-extractors.R:255:3', 'test-extractors.R:279:3',
  'test-orthobasis_test.R:48:3', 'test-orthobasis_test.R:74:3',
  'test-orthobasis_test.R:97:3', 'test-orthobasis_test.R:117:3',
  'test-orthobasis_test.R:136:3', 'test-orthobasis_test.R:155:3',
  'test-orthobasis_test.R:176:3', 'test-utils.R:349:3', 'test-utils.R:358:3',
  'test-utils.R:369:3', 'test-utils.R:379:3', 'test-utils.R:388:3',
  'test-utils.R:399:3', 'test-utils.R:408:3'

[ FAIL 0 | WARN 0 | SKIP 95 | PASS 579 ]
> 
> proc.time()
   user  system elapsed 
  40.85    5.59   46.71