test_that("set_pars", {
expect_identical(set_pars(new_term("a"), "b"), new_term("b"))
expect_error(
set_pars(new_term("a"), c("b", "a")),
"^`value` must be length 1, not 2[.]$",
class = "chk_error"
)
expect_error(
set_pars(new_term(c("a", "a")), c("b", "a", "c")),
"^`value` must be length 1, not 3[.]$",
class = "chk_error"
)
expect_error(
set_pars(new_term("a"), ""),
"^`value` must match regular expression",
class = "chk_error"
)
expect_error(
set_pars(new_term("a"), "1"),
"^`value` must match regular expression",
class = "chk_error"
)
expect_identical(set_pars(new_term(c("a", "b")), c("b", "a")), new_term(c("b", "a")))
expect_identical(set_pars(new_term(c("a", "b")), c("b", "d")), new_term(c("b", "d")))
expect_identical(set_pars(new_term(c("a [ 1]", "b")), c("b", "d")), new_term(c("b [ 1]", "d")))
expect_error(
set_pars(new_term(rep("a", 7)), value = c("gamma", "theta", "rho")),
"^`value` must be length 1, not 3[.]$",
class = "chk_error"
)
})
test_that("set_pars missing values", {
expect_error(set_pars(new_term(c("a [ 1]", "b")), c("b", NA)),
"^`value` must not have any missing values[.]$",
class = "chk_error"
)
expect_error(set_pars(NA_term_, "a"), "^`x` must not have any missing values[.]$",
class = "chk_error"
)
expect_error(
set_pars(new_term(c("c c", "b")), "a"),
"^All elements of term vector `x` must be valid[.]$",
class = "chk_error"
)
})
test_that("set_pars no values", {
term <- new_term(character(0))
expect_identical(set_pars(term, character(0)), term)
expect_error(set_pars(term, "c"),
"^`value` must be length 0, not 1[.]$",
class = "chk_error"
)
})
test_that("set_pars missing values", {
term <- new_term(c("a [1]", "a[3,2]", "b", "bb"))
pars(term) <- c("c", "d", "cd")
expect_identical(
term,
new_term(c("c [1]", "c[3,2]", "d", "cd"))
)
})
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