def test_display_document_doc(self):
disp_type = DisplayDocument.Document
text = "Human machine interface for lab abc computer applications." \
" A survey of user opinion of computer system response time." \
"\nThe EPS user interface management system."
new_text = DisplayDocument(disp_type)(text, [])
self.assertEqual(new_text, text)
new_text = DisplayDocument(disp_type)(text, [(0, 58)])
text1 = "<mark data-markjs='true'>Human machine interface for lab " \
"abc computer applications.</mark>" \
" A survey of user opinion of computer system response time." \
"\nThe EPS user interface management system."
self.assertEqual(new_text, text1)
new_text = DisplayDocument(disp_type)(text, [(118, 159)])
text1 = "Human machine interface for lab abc" \
" computer applications." \
" A survey of user opinion of computer system response time." \
"\n<mark data-markjs='true'>The EPS user interface " \
"management system.</mark>"
self.assertEqual(new_text, text1)
new_text = DisplayDocument(disp_type)(text, [(0, 58), (118, 159)])
text1 = "<mark data-markjs='true'>Human machine interface for lab " \
"abc computer applications.</mark>" \
" A survey of user opinion of computer system response time." \
"\n<mark data-markjs='true'>The EPS user interface " \
"management system.</mark>"
self.assertEqual(new_text, text1)
def test_tag_text(self):
text = "Human machine interface for lab abc computer applications." \
" A survey of user opinion of computer system response time." \
"\nThe EPS user interface management system."
matches = [(0, 58), (118, 159)]
tagged = DisplayDocument._tag_text(text, matches)
text = "<mark data-markjs='true'>Human machine interface for lab abc" \
" computer applications.</mark>" \
" A survey of user opinion of computer system response time." \
"\n<mark data-markjs='true'>The EPS user interface management" \
" system.</mark>"
self.assertEqual(tagged, text)
def test_purge_consecutive(self):
collection = ["...", "...", "foo", "...", "...", "..."]
purged = DisplayDocument._purge(collection)
self.assertEqual(purged, ["...", "foo", "..."])
collection = ["...", "...", "foo", "foo", "...", "..."]
purged = DisplayDocument._purge(collection)
self.assertEqual(purged, ["...", "foo", "foo", "..."])
collection = ["foo", "...", "...", "...", "..."]
purged = DisplayDocument._purge(collection)
self.assertEqual(purged, ["foo", "..."])
collection = ["...", "...", "...", "...", "foo"]
purged = DisplayDocument._purge(collection)
self.assertEqual(purged, ["...", "foo"])
collection = [
"...", "...", "...", "foo", "...", "...", "...", "bar", "...",
"..."
]
purged = DisplayDocument._purge(collection)
self.assertEqual(purged, ["...", "foo", "...", "bar", "..."])
def test_display_document_section(self):
disp_type = DisplayDocument.Section
text = "Human machine interface for lab abc computer applications." \
" A survey of user opinion of computer system response time." \
"\nThe EPS user interface management system."
new_text = DisplayDocument(disp_type)(text, [])
self.assertEqual(new_text, "...")
new_text = DisplayDocument(disp_type)(text, [(0, 58)])
text1 = "<mark data-markjs='true'>Human machine interface for lab " \
"abc computer applications.</mark>" \
" A survey of user opinion of computer system response time." \
"\n..."
self.assertEqual(new_text, text1)
new_text = DisplayDocument(disp_type)(text, [(59, 117)])
text1 = "Human machine interface for lab abc computer applications. " \
"<mark data-markjs='true'>A survey of user opinion of " \
"computer system response time.</mark>\n..."
self.assertEqual(new_text, text1)
new_text = DisplayDocument(disp_type)(text, [(118, 159)])
text1 = "...\n<mark data-markjs='true'>The EPS user interface " \
"management system.</mark>"
self.assertEqual(new_text, text1)
new_text = DisplayDocument(disp_type)(text, [(0, 58), (59, 117)])
text1 = "<mark data-markjs='true'>Human machine interface " \
"for lab abc computer applications.</mark> " \
"<mark data-markjs='true'>A survey of user opinion of " \
"computer system response time.</mark>\n..."
self.assertEqual(new_text, text1)
new_text = DisplayDocument(disp_type)(text, [(0, 58), (118, 159)])
text1 = "<mark data-markjs='true'>Human machine interface for lab " \
"abc computer applications.</mark>" \
" A survey of user opinion of computer system response time." \
"\n<mark data-markjs='true'>The EPS user interface " \
"management system.</mark>"
self.assertEqual(new_text, text1)
new_text = DisplayDocument(disp_type)(text, [(59, 117), (118, 159)])
text1 = "Human machine interface for lab abc computer applications. " \
"<mark data-markjs='true'>A survey of user opinion of " \
"computer system response time.</mark>" \
"\n<mark data-markjs='true'>The EPS user interface " \
"management system.</mark>"
self.assertEqual(new_text, text1)
new_text = DisplayDocument(disp_type)(text, [(0, 58), (59, 117),
(118, 159)])
text1 = "<mark data-markjs='true'>Human machine interface " \
"for lab abc computer applications.</mark> " \
"<mark data-markjs='true'>A survey of user opinion of " \
"computer system response time.</mark>" \
"\n<mark data-markjs='true'>The EPS user interface " \
"management system.</mark>"
self.assertEqual(new_text, text1)
text = "Human machine interface for lab abc computer applications." \
" A survey of user opinion of computer system response time." \
"\n\nThe EPS user interface management system."
new_text = DisplayDocument(disp_type)(text, [(0, 58), (59, 117),
(119, 160)])
text1 = "<mark data-markjs='true'>Human machine interface " \
"for lab abc computer applications.</mark> " \
"<mark data-markjs='true'>A survey of user opinion of " \
"computer system response time.</mark>" \
"\n<mark data-markjs='true'>The EPS user interface " \
"management system.</mark>"
self.assertEqual(new_text, text1)
text = "Human machine interface for lab abc computer applications." \
" A survey of user opinion of computer system response time:" \
"\n - survey of user opinion" \
"\n - survey of user opinion" \
"\nThe EPS user interface management system."
new_text = DisplayDocument(disp_type)(text, [(0, 58), (59, 169)])
text1 = "<mark data-markjs='true'>Human machine interface " \
"for lab abc computer applications.</mark> " \
"<mark data-markjs='true'>A survey of user opinion of" \
" computer system response time:" \
"\n - survey of user opinion" \
"\n - survey of user opinion</mark>\n..."
self.assertEqual(new_text, text1)