Nothing
test_that("Check arguments works as expected.", {
skip_on_cran()
expect_error(check_args())
expect_error(check_args_estimate_gps())
expect_error(check_args_compile_pseudo_pop())
val1 <- check_args(pred_model = "sl",
use_cov_transform = FALSE,
transformers = list(),
sl_lib=c("xyz"),
trim_quantiles = c(0.01,0.99),
covar_bl_method="absolute",
ci_appr = "matching",
gps_density = "kernel",
covar_bl_trs=0.1,
covar_bl_trs_type="mean",
max_attempt=2,
dist_measure = "l1",
delta_n=0.2,
scale=0.5)
expect_true(val1)
val2 <- check_args_estimate_gps(gps_density = "kernel",
sl_lib=c("xgboost"))
expect_true(val2)
val3 <- check_args_compile_pseudo_pop(ci_appr = "matching",
covar_bl_method="absolute",
covar_bl_trs=1,
covar_bl_trs_type="mean",
max_attempt=10,
trim_quantiles = c(0.01,0.99),
dist_measure="l1",
delta_n=1,
scale=0.5)
expect_true(val3)
expect_error(
check_args_compile_pseudo_pop(ci_appr = "matching",
covar_bl_method = "absolute",
covar_bl_trs = 1,
covar_bl_trs_type = "mean",
max_attempt = 10,
trim_quantiles = c(0.01, 0.99),
dist_measure = "l1",
delta_n = NULL,
scale = 0.5)
)
# returns error when delta_n is NULL:
# trim_quantiles should be in [0,1] range and first element less than
# the second element.
expect_error(
val1 <- check_args(use_cov_transform = FALSE,
transformers = list(),
sl_lib=c("xyz"),
trim_quantiles = c(1,3),
covar_bl_method="absolute",
ci_appr = "matching",
gps_density = "kernel",
covar_bl_trs=0.1,
covar_bl_trs_type="mean",
max_attempt=2,
dist_measure="l1",
delta_n=0.2,
scale=0.5)
)
# trim_quantiles should be numeric values.
expect_error(
val1 <- check_args(use_cov_transform = FALSE,
transformers = list(),
sl_lib=c("xyz"),
trim_quantiles = c("a","b"),
covar_bl_method="absolute",
ci_appr = "matching",
gps_density = "kernel",
covar_bl_trs=0.1,
covar_bl_trs_type="mean",
max_attempt=2,
dist_measure="l1",
delta_n=0.2,
scale=0.5)
)
# "min is not accepted covar_bl_trs_type"
expect_error(
check_args_compile_pseudo_pop(ci_appr = "matching",
covar_bl_method="absolute",
covar_bl_trs=1,
covar_bl_trs_type="min",
max_attempt=10,
trim_quantiles = c("a","b"),
dist_measure="l1",
delta_n=1,
scale=0.5)
)
})
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