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;; Tests for class `rst-Ado' -*- lexical-binding: t -*-
(add-to-list 'load-path ".")
(load "init" nil t)
(init-rst-ert nil)
(ert-deftest rst-Ado-new-transition ()
"Test `rst-Ado-new-transition'."
(should (rst-Ado-p (rst-Ado-new-transition)))
)
(ert-deftest rst-Ado-new-simple ()
"Test `rst-Ado-new-simple'."
(should-error (rst-Ado-new-simple nil)
:type 'wrong-type-argument)
(should-error (rst-Ado-new-simple "=")
:type 'wrong-type-argument)
(should-error (rst-Ado-new-simple ?a)
:type 'wrong-type-argument)
(should (rst-Ado-p (rst-Ado-new-simple ?=)))
)
(ert-deftest rst-Ado-new-over-and-under ()
"Test `rst-Ado-new-over-and-under'."
(should-error (rst-Ado-new-over-and-under nil)
:type 'wrong-type-argument)
(should-error (rst-Ado-new-over-and-under "=")
:type 'wrong-type-argument)
(should-error (rst-Ado-new-over-and-under ?a)
:type 'wrong-type-argument)
(should (rst-Ado-p (rst-Ado-new-over-and-under ?=)))
)
(ert-deftest rst-Ado-new-invert ()
"Test `rst-Ado-new-invert'."
(let ((dbl-eq (rst-Ado-new-over-and-under ?=))
(spl-eq (rst-Ado-new-simple ?=))
(tsn (rst-Ado-new-transition)))
(should (rst-Ado-equal (rst-Ado-new-invert dbl-eq) spl-eq))
(should (rst-Ado-equal (rst-Ado-new-invert spl-eq) dbl-eq))
(should (rst-Ado-equal (rst-Ado-new-invert tsn) tsn))
))
(ert-deftest rst-Ado-is-transition ()
"Test `rst-Ado-is-transition'."
(should-error (rst-Ado-is-transition nil)
:type 'wrong-type-argument)
(should-error (rst-Ado-is-transition 3)
:type 'wrong-type-argument)
(should (rst-Ado-is-transition (rst-Ado-new-transition)))
(should-not (rst-Ado-is-transition (rst-Ado-new-simple ?=)))
)
(ert-deftest rst-Ado-is-section ()
"Test `rst-Ado-is-section'."
(should-error (rst-Ado-is-section nil)
:type 'wrong-type-argument)
(should-error (rst-Ado-is-section 3)
:type 'wrong-type-argument)
(should (rst-Ado-is-section (rst-Ado-new-simple ?=)))
(should-not (rst-Ado-is-section (rst-Ado-new-transition)))
)
(ert-deftest rst-Ado-is-simple ()
"Test `rst-Ado-is-simple'."
(should-error (rst-Ado-is-simple nil)
:type 'wrong-type-argument)
(should-error (rst-Ado-is-simple 3)
:type 'wrong-type-argument)
(should (rst-Ado-is-simple (rst-Ado-new-simple ?=)))
(should-not (rst-Ado-is-simple (rst-Ado-new-transition)))
(should-not (rst-Ado-is-simple (rst-Ado-new-over-and-under ?=)))
)
(ert-deftest rst-Ado-is-over-and-under ()
"Test `rst-Ado-is-over-and-under'."
(should-error (rst-Ado-is-over-and-under nil)
:type 'wrong-type-argument)
(should-error (rst-Ado-is-over-and-under 3)
:type 'wrong-type-argument)
(should (rst-Ado-is-over-and-under (rst-Ado-new-over-and-under ?=)))
(should-not (rst-Ado-is-over-and-under (rst-Ado-new-transition)))
(should-not (rst-Ado-is-over-and-under (rst-Ado-new-simple ?=)))
)
(ert-deftest rst-Ado-equal ()
"Test `rst-Ado-equal'."
(let ((dbl-eq (rst-Ado-new-over-and-under ?=))
(dbl-pl (rst-Ado-new-over-and-under ?+))
(spl-eq (rst-Ado-new-simple ?=))
(spl-pl (rst-Ado-new-simple ?+))
(tsn (rst-Ado-new-transition)))
(should-error (rst-Ado-equal nil dbl-eq)
:type 'wrong-type-argument)
(should-error (rst-Ado-equal dbl-eq nil)
:type 'wrong-type-argument)
(should-error (rst-Ado-equal dbl-eq 3)
:type 'wrong-type-argument)
(should-error (rst-Ado-equal 'some-sym dbl-eq)
:type 'wrong-type-argument)
(should (rst-Ado-equal dbl-eq dbl-eq))
(should (rst-Ado-equal spl-eq spl-eq))
(should (rst-Ado-equal spl-pl spl-pl))
(should-not (rst-Ado-equal dbl-eq dbl-pl))
(should-not (rst-Ado-equal dbl-eq spl-eq))
(should-not (rst-Ado-equal dbl-eq spl-pl))
(should-not (rst-Ado-equal dbl-eq tsn))
(should-not (rst-Ado-equal spl-eq spl-pl))
(should-not (rst-Ado-equal spl-eq tsn))
))
(ert-deftest rst-Ado-position ()
"Test `rst-Ado-position'."
(let ((dbl-eq (rst-Ado-new-over-and-under ?=))
(dbl-pl (rst-Ado-new-over-and-under ?+))
(spl-eq (rst-Ado-new-simple ?=))
(spl-pl (rst-Ado-new-simple ?+))
(tsn- (rst-Ado-new-transition)))
(let* ((tsn (list tsn-))
(spl_tsn (cons spl-eq tsn))
(dbl_spl_tsn (cons dbl-eq spl_tsn)))
(should-error (rst-Ado-position nil nil)
:type 'wrong-type-argument)
(should-error (rst-Ado-position 3 nil)
:type 'wrong-type-argument)
(should-error (rst-Ado-position dbl-eq '(3))
:type 'wrong-type-argument)
(should (equal (rst-Ado-position tsn- dbl_spl_tsn) 2))
(should (equal (rst-Ado-position tsn- tsn) 0))
(should (equal (rst-Ado-position spl-eq dbl_spl_tsn) 1))
(should (equal (rst-Ado-position dbl-eq dbl_spl_tsn) 0))
(should-not (rst-Ado-position dbl-pl dbl_spl_tsn))
(should-not (rst-Ado-position spl-pl dbl_spl_tsn))
)))
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