R Under development (unstable) (2026-01-29 r89354 ucrt) -- "Unsuffered Consequences"
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> # Launch tests for causaldef package
> library(testthat)
> library(causaldef)
> 
> test_check("causaldef")
v Created causal specification: n=100, 1 covariate(s)
v Created causal specification: n=100, 1 covariate(s)
v Created causal specification: n=100, 1 covariate(s)
v Created causal specification: n=100, 1 covariate(s)
v Created causal specification: n=100, 1 covariate(s)
v Created causal specification: n=100, 1 covariate(s)
v Created causal specification: n=100, 1 covariate(s)
v Created causal specification: n=95, 1 covariate(s)
v Created causal specification: n=100, 1 covariate(s)
v Created causal specification: n=100, 1 covariate(s)
v Created causal specification: n=100, 1 covariate(s)
v Computed confounding frontier: 10x10 grid
v Computed confounding frontier: 10x10 grid
v Computed confounding frontier: 21x21 grid
v Created causal specification: n=200, 0 covariate(s)
v Computed confounding frontier: 10x10 grid
v Computed confounding frontier: 21x21 grid
v Computed confounding frontier: 10x10 grid
v Created causal specification: n=200, 1 covariate(s)
i Estimating deficiency: iptw
v Created causal specification: n=500, 1 covariate(s)
i Estimating deficiency: aipw
v Created causal specification: n=200, 1 covariate(s)
i Estimating deficiency: unadjusted
i Estimating deficiency: iptw
i Estimating deficiency: aipw
v Created causal specification: n=200, 1 covariate(s)
i Estimating deficiency: iptw
v Created causal specification: n=100, 1 covariate(s)
v Created causal specification: n=200, 1 covariate(s)
i Estimating deficiency: unadjusted
i Estimating deficiency: iptw
v Created causal specification: n=100, 1 covariate(s)
i Estimating deficiency: iptw
v Created causal specification: n=500, 1 covariate(s)
v Created causal specification: n=500, 1 covariate(s)
v Created causal specification: n=100, 0 covariate(s)
v Created causal specification: n=200, 1 covariate(s)
v Created survival causal specification: n=200, 200 events
v Created survival causal specification: n=50, 50 events
i Using method with lowest deficiency: unadjusted
v Created causal specification: n=200, 1 covariate(s)
i Using kappa = 1 (conservative). Consider domain-specific estimation.
v No evidence against causal assumptions (p = 0.49569 )
v Created causal specification: n=100, 1 covariate(s)
v Created causal specification: n=500, 1 covariate(s)
i Using kappa = 1 (conservative). Consider domain-specific estimation.
x Causal assumptions FALSIFIED (p = < 2.22e-16 )
i Using kappa = 1 (conservative). Consider domain-specific estimation.
v No evidence against causal assumptions (p = 0.098108 )
v Created causal specification: n=200, 1 covariate(s)
v No evidence against causal assumptions (p = 0.49569 )
v No evidence against causal assumptions (p = 0.61591 )
v Created causal specification: n=200, 1 covariate(s)
i Using kappa = 1 (conservative). Consider domain-specific estimation.
v No evidence against causal assumptions (p = 0.53242 )
v Created causal specification: n=100, 1 covariate(s)
i Using kappa = 1 (conservative). Consider domain-specific estimation.
v No evidence against causal assumptions (p = 0.36061 )
i Safety floor: 0.2 (minimum regret given delta = 0.1)
v Created causal specification: n=100, 1 covariate(s)
i Estimating deficiency: iptw
i Safety floor: 0.1268 (minimum regret given delta = 0.0634)
i Safety floor: 2 (minimum regret given delta = 0.1)
i Safety floor: 0.2 (minimum regret given delta = 0.1)
i Safety floor: 0.2 (minimum regret given delta = 0.1)
[ FAIL 0 | WARN 2 | SKIP 0 | PASS 89 ]

[ FAIL 0 | WARN 2 | SKIP 0 | PASS 89 ]
> 
> proc.time()
   user  system elapsed 
   2.89    0.48    3.35