tests/testthat/_snaps/utils.md

In tern: Create Common TLGs Used in Clinical Trials

f_conf_level works for proportion

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Output
  [1] "95% CI"

f_pval works for numeric input

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Output
  [1] "p-value (H0: mean = 0.05)"

make_names works as expected

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Output
  [1] "AnyGrade"        "TotalAEnumbers"  "Noadverseevents"

get_covariates works for a character vector

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Output
  $a
  [1] "a"

  $b
  [1] "b"

  $c
  [1] "c"

month2day works correctly

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Output
  [1] 403.29688 248.06563  30.43750  86.25988        NA

day2month works correctly

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Output
  [1] 13.2402464  8.1478439  0.9856263  2.8254620         NA

empty_vector_if_na works correctly

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Output
  numeric(0)

extract_by_name returns NULL when there is no overlap

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Output
  NULL

aesi_label works as expected for SMQ

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Output
  [1] "AESI 1 (NARROW)"

aesi_label works as expected for CQ

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Output
  [1] "AESI CQ1"

aesi_label works as expected when input includes multiple values

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Output
  NULL

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Output
  [1] "CQ: ABC"

n_available works as expected

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Output
  [1] 3

range_noinf for INT [no zero-len data, no NAs, no Inf] and with all default options

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Output
  [1] 1 5

range_noinf for INT [no zero-len data, no NAs, no Inf] with [na.rm = TRUE, finite = FALSE (d)]

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Output
  [1] 1 5

range_noinf for INT [no zero-len data, no NAs, no Inf] with [na.rm = FALSE (def), finite = TRUE]

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Output
  [1] 1 5

range_noinf for INT [no zero-len data, no NAs, no Inf] with [na.rm = TRUE, finite = TRUE]

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Output
  [1] 1 5

range_noinf for INT [no zero-len data, with NAs, no Inf] and with default options

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Output
  [1] NA NA

range_noinf for INT [no zero-len data, with NAs, no Inf] with [na.rm = TRUE, finite = FALSE (def)]

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Output
  [1] 1 5

range_noinf for INT [no zero-len data, with NAs, no Inf] with [na.rm = FALSE (def), finite = TRUE]

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Output
  [1] 1 5

range_noinf for INT [no zero-len data, with NAs, no Inf] with [na.rm = TRUE, finite = TRUE]

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Output
  [1] 1 5

range_noinf for INT [with zero-len data, no NAs, no Inf] and with all default options

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Output
  [1] NA NA

range_noinf for INT [with zero-len data, no NAs, no Inf] with [na.rm = TRUE, finite = FALSE (def)]

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Output
  [1] NA NA

range_noinf for INT [with zero-len data, no NAs, no Inf] with [na.rm = FALSE (def), finite = TRUE]

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Output
  [1] NA NA

range_noinf for INT [with zero-len data, no NAs, no Inf] with [na.rm = TRUE, finite = TRUE]

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Output
  [1] NA NA

range_noinf for INT [with zero-len data, with NAs, no Inf] and with default options

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Output
  [1] NA NA

range_noinf for INT [with zero-len data, with NAs, no Inf] with [na.rm = TRUE, finite = FALSE (def)]

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Output
  [1] NA NA

range_noinf for INT [with zero-len data, with NAs, no Inf] with [na.rm = FALSE (def), finite = TRUE]

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Output
  [1] NA NA

range_noinf for INT [with zero-len data, with NAs, no Inf] with [na.rm = TRUE, finite = TRUE]

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Output
  [1] NA NA

range_noinf for DOUBLE [no zero-len data, no NAs, no Inf] and with all default options

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Output
  [1] 1.5 3.5

range_noinf for DOUBLE [no zero-len data, no NAs, no Inf] with [na.rm = TRUE, finite = FALSE (def)]

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Output
  [1] 1.5 3.5

range_noinf for DOUBLE [no zero-len data, no NAs, no Inf] with [na.rm = FALSE (def), finite = TRUE]

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Output
  [1] 1.5 3.5

range_noinf for DOUBLE [no zero-len data, no NAs, no Inf] with [na.rm = TRUE, finite = TRUE]

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Output
  [1] 1.5 3.5

range_noinf for DOUBLE [no zero-len data, no NAs, with Inf] and with all default options

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Output
  [1] -Inf  Inf

range_noinf for DOUBLE [no zero-len data, no NAs, with Inf] with [na.rm = TRUE, finite = FALSE (def)]

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Output
  [1] -Inf  Inf

range_noinf for DOUBLE [no zero-len data, no NAs, with Inf] with [na.rm = FALSE (def), finite = TRUE]

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Output
  [1] 1.5 3.5

range_noinf for DOUBLE [no zero-len data, no NAs, with Inf] with [na.rm = TRUE, finite = TRUE]

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Output
  [1] 1.5 3.5

range_noinf for DOUBLE [no zero-len data, with NAs, no Inf] and with default options

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Output
  [1] NA NA

range_noinf for DOUBLE [no zero-len data, with NAs, no Inf] with [na.rm = TRUE, finite = FALSE (def)]

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Output
  [1] 1.5 3.5

range_noinf for DOUBLE [no zero-len data, with NAs, no Inf] with [na.rm = FALSE (def), finite = TRUE]

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Output
  [1] 1.5 3.5

range_noinf for DOUBLE [no zero-len data, with NAs, no Inf] with [na.rm = TRUE, finite = TRUE]

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Output
  [1] 1.5 3.5

range_noinf for DOUBLE [no zero-len data, with NAs, with Inf] with [na.rm = TRUE, finite = FALSE (def)]

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Output
  [1] -Inf  Inf

range_noinf for DOUBLE [no zero-len data, with NAs, with Inf] with [na.rm = FALSE (def), finite = TRUE]

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Output
  [1] 1.5 3.5

range_noinf for DOUBLE [no zero-len data, with NAs, with Inf] with [na.rm = TRUE, finite = TRUE]

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Output
  [1] 1.5 3.5

range_noinf for DOUBLE [with zero-len data, no NAs, no Inf] and with all default options

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Output
  [1] NA NA

range_noinf for DOUBLE [with zero-len data, no NAs, no Inf] with [na.rm = TRUE, finite = FALSE (def)]

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Output
  [1] NA NA

range_noinf for DOUBLE [with zero-len data, no NAs, no Inf] with [na.rm = FALSE (def), finite = TRUE]

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Output
  [1] NA NA

range_noinf for DOUBLE [with zero-len data, no NAs, no Inf] with [na.rm = TRUE, finite = TRUE]

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Output
  [1] NA NA

range_noinf for DOUBLE [with zero-len data, no NAs, with Inf] and with all default options

Code
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Output
  [1] -Inf  Inf

range_noinf for DOUBLE [with zero-len data, no NAs, with Inf] with [na.rm = TRUE, finite = FALSE (def)]

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Output
  [1] -Inf  Inf

range_noinf for DOUBLE [with zero-len data, no NAs, with Inf] with [na.rm = FALSE (def), finite = TRUE]

Code
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Output
  [1] NA NA

range_noinf for DOUBLE [with zero-len data, no NAs, with Inf] with [na.rm = TRUE, finite = TRUE]

Code
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Output
  [1] NA NA

range_noinf for DOUBLE [with zero-len data, with NAs, no Inf] and with default options

Code
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Output
  [1] NA NA

range_noinf for DOUBLE [with zero-len data, with NAs, no Inf] with [na.rm = TRUE, finite = FALSE (def)]

Code
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Output
  [1] NA NA

range_noinf for DOUBLE [with zero-len data, with NAs, no Inf] with [na.rm = FALSE (def), finite = TRUE]

Code
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Output
  [1] NA NA

range_noinf for DOUBLE [with zero-len data, with NAs, no Inf] with [na.rm = TRUE, finite = TRUE]

Code
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Output
  [1] NA NA

range_noinf for DOUBLE [with zero-len data, with NAs, with Inf] and with default options

Code
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Output
  [1] NA NA

range_noinf for DOUBLE [with zero-len data, with NAs, with Inf] with [na.rm = TRUE, finite = FALSE (def)]

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Output
  [1] -Inf  Inf

range_noinf for DOUBLE [with zero-len data, with NAs, with Inf] with [na.rm = FALSE (def), finite = TRUE]

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Output
  [1] NA NA

range_noinf for DOUBLE [with zero-len data, with NAs, with Inf] with [na.rm = TRUE, finite = TRUE]

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Output
  [1] NA NA

tern documentation built on June 22, 2024, 10:25 a.m.