def _generate_parsetab():
"""
Simple function to generate a parsetab file. This is done by creating a
parser which automatically generates the parsetab file too.
"""
from pyoracc.atf.common.atfyacc import AtfParser
myparser = AtfParser()
def __init__(self, content, atftype='oracc', debug=False):
skipinvalid = False
if content[-1] != '\n':
content += "\n"
if atftype == 'cdli':
lexer = AtfCDLILexer(debug=debug, skipinvalid=skipinvalid,
log=log).lexer
parser = AtfCDLIParser(debug=debug, log=log).parser
elif atftype == 'oracc':
lexer = AtfOraccLexer(debug=debug, skipinvalid=skipinvalid,
log=log).lexer
parser = AtfOraccParser(debug=debug, log=log).parser
else:
lexer = AtfLexer(debug=debug, skipinvalid=skipinvalid,
log=log).lexer
parser = AtfParser(debug=debug, log=log).parser
if debug:
self.text = parser.parse(content, lexer=lexer, debug=log)
else:
self.text = parser.parse(content, lexer=lexer)
def __init__(self, content, atftype='oracc', debug=False,skip=False):
if content[-1] != '\n':
content += "\n"
if atftype == 'cdli':
atflexer=AtfCDLILexer(debug=debug, skip=skip,log=log)
atfparser=AtfCDLIParser(debug=debug, skip=skip,log=log)
elif atftype == 'oracc':
atflexer=AtfOraccLexer(debug=debug, skip=skip,log=log)
atfparser=AtfOraccParser(debug=debug, skip=skip,log=log)
else:
atflexer=AtfLexer(debug=debug, skip=skip,log=log)
atfparser=AtfParser(debug=debug, skip=skip,log=log)
lexer = atflexer.lexer
parser = atfparser.parser
self.errors_lex=atflexer.errors
self.errors_yacc=atfparser.errors
if debug:
self.text = parser.parse(content, lexer=lexer, debug=log)
else:
self.text = parser.parse(content, lexer=lexer)
def try_parse(content):
if content[-1] != '\n':
content += "\n"
lexer = AtfLexer().lexer
parser = AtfParser().parser
return parser.parse(content, lexer=lexer)
def setUp(self):
"""
Initialize lexer and parser.
"""
self.lexer = AtfLexer().lexer
self.parser = AtfParser().parser
def try_parse(self, content):
if content[-1] != '\n':
content += "\n"
self.parser = AtfParser().parser
return self.parser.parse(content, lexer=self.lexer)
class TestParser(TestCase):
"""A class that contains all tests of the ATFParser"""
def setUp(self):
self.lexer = AtfLexer().lexer
def try_parse(self, content):
if content[-1] != '\n':
content += "\n"
self.parser = AtfParser().parser
return self.parser.parse(content, lexer=self.lexer)
def test_code(self):
text = self.try_parse("&X001001 = JCS 48, 089\n")
assert isinstance(text, Text)
assert text.description == "JCS 48, 089"
assert text.code == "X001001"
def test_text_project(self):
text = self.try_parse(
"&X001001 = JCS 48, 089\n" +
"#project: cams/gkab\n"
)
assert isinstance(text, Text)
assert text.code == "X001001"
assert text.project == "cams/gkab"
def test_text_language(self):
text = self.try_parse(
"&X001001 = JCS 48, 089\n" +
"#atf: lang akk-x-stdbab\n"
)
assert isinstance(text, Text)
assert text.code == "X001001"
assert text.language == "akk-x-stdbab"
# @skip("No support for key protocol")
def test_key_protocol(self):
text = self.try_parse(
"&X001001 = JCS 48, 089\n" +
"#key: cdli=ND 02688\n"
)
# @skip("No support for key protocol")
def test_double_equals_in_key_protocol(self):
text = self.try_parse(
"&X001001 = JCS 48, 089\n" +
"#key: musno=Ki 1904-10-9,049 = BM 099020\n"
)
# @skip("No support for key protocol")
def test_many_equals_in_key_protocol(self):
text = self.try_parse(
"&X001001 = JCS 48, 089\n" +
"#key: musno=VAT 10433 (= Ass 04691 = NARGD 30)\n"
)
# @skip("No support for key protocol")
def test_empty_key_in_key_protocol(self):
text = self.try_parse(
"&X001001 = JCS 48, 089\n" +
"#key: date=\n"
)
# @skip("No support for mylines protocol")
def test_mylines_protocol(self):
text = self.try_parse(
"&X001001 = JCS 48, 089\n" +
"#atf: use mylines\n"
)
# @skip("No support for lexical protocol")
def test_lexical_protocol(self):
text = self.try_parse(
"&X001001 = JCS 48, 089\n" +
"#atf: use lexical\n"
)
# @skip("No support for lemmatizer protocol")
def test_lemmatizer_protocol(self):
text = self.try_parse(
"&X001001 = JCS 48, 089\n" +
"#lemmatizer: sparse do sv sn eq tx\n"
)
def test_text_protocol_language(self):
text = self.try_parse(
"&X001001 = JCS 48, 089\n" +
"#project: cams/gkab\n" +
"#atf: lang akk-x-stdbab\n"
)
assert isinstance(text, Text)
assert text.code == "X001001"
assert text.project == "cams/gkab"
assert text.language == "akk-x-stdbab"
def test_score(self):
obj = self.try_parse(
"&Q004184 = MB Boghazkoy Anti-witchcraft Text 1 [CMAwRo 1.1]\n" +
"@score matrix parsed word\n" +
"#project: cmawro\n"
)
assert isinstance(obj, Text)
def test_simple_object(self):
obj = self.try_parse(
"@tablet\n"
)
assert isinstance(obj, OraccObject)
assert obj.objecttype == "tablet"
def test_generic_object(self):
obj = self.try_parse(
"@object That fits no other category\n"
)
assert isinstance(obj, OraccNamedObject)
assert obj.objecttype == "object"
assert obj.name == "That fits no other category"
def test_flagged_object_broken_remark(self):
obj = self.try_parse(
"@object which is remarkable and broken!#\n"
)
assert isinstance(obj, OraccNamedObject)
assert obj.objecttype == "object"
assert obj.name == "which is remarkable and broken"
assert(obj.broken)
assert(obj.remarkable)
assert(not obj.collated)
def test_flagged_object_collated(self):
obj = self.try_parse(
"@tablet\n@column 2'*\n"
)
assert isinstance(obj.children[0], OraccNamedObject)
assert obj.children[0].objecttype == "column"
assert obj.children[0].name == "2'"
assert(obj.children[0].collated)
assert(not obj.children[0].broken)
def test_substructure(self):
obj = self.try_parse(
"@tablet\n" +
"@obverse\n"
)
assert isinstance(obj.children[0], OraccObject)
assert obj.children[0].objecttype == "obverse"
def test_substructure_sealing(self):
obj = self.try_parse(
"@sealings\n" +
"@top\n"
)
assert isinstance(obj, OraccObject)
assert obj.objecttype == "sealings"
assert isinstance(obj.children[0], OraccObject)
assert obj.children[0].objecttype == "top"
def test_triple_substructure(self):
art = self.try_parse(
"&X001001 = My Text\n" +
"@tablet\n" +
"@obverse\n"
)
assert isinstance(art, Text)
assert isinstance(art.children[0], OraccObject)
assert isinstance(art.children[0].children[0], OraccObject)
assert art.children[0].children[0].objecttype == "obverse"
def test_two_surfaces(self):
art = self.try_parse(
"&X001001 = My Text\n" +
"@tablet\n" +
"@obverse\n" +
"@reverse\n"
)
assert isinstance(art, Text)
assert isinstance(art.children[0], OraccObject)
assert isinstance(art.children[0].children[0], OraccObject)
assert art.children[0].children[0].objecttype == "obverse"
assert art.children[0].children[1].objecttype == "reverse"
def test_two_inscribed_surfaces(self):
art = self.try_parse(
"&X001001 = My Text\n" +
"@tablet\n" +
"@obverse\n" +
"1. line one\n" +
"@reverse\n" +
"2. line two\n"
)
assert isinstance(art, Text)
assert isinstance(art.children[0], OraccObject)
assert isinstance(art.children[0].children[0], OraccObject)
assert art.children[0].children[0].objecttype == "obverse"
assert art.children[0].children[1].objecttype == "reverse"
assert isinstance(art.children[0].children[0].children[0], Line)
assert isinstance(art.children[0].children[1].children[0], Line)
def test_score_simple(self):
art = self.try_parse(
"&X001001 = My Text\n" +
"@score matrix parsed\n" +
"@tablet\n" +
"@obverse\n" +
"1. line one\n" +
"A₁_obv_i_4′: line one again\n"
)
assert isinstance(art, Text)
assert isinstance(art.children[0], OraccObject)
assert isinstance(art.children[0].children[0], OraccObject)
assert art.children[0].children[0].objecttype == "obverse"
assert isinstance(art.children[0].children[0].children[0], Line)
assert isinstance(art.children[0].children[0].children[1], Line)
assert art.children[0].children[0].children[1].words == \
'line one again'.split()
def test_complex_substructure(self):
art = self.try_parse(
"&X001001 = My Text\n" +
"@tablet\n" +
"@obverse\n" +
"1. Line one\n" +
"2. Line two\n" +
"#lem: line; two\n"
"@reverse\n" +
"3. Line three\n" +
"#lem: line; three\n" +
"#note: Note to line three\n" +
"@object case\n" +
"@obverse\n" +
"4. Line four\n"
)
assert isinstance(art, Text)
tablet = art.children[0]
assert isinstance(tablet, OraccObject)
case = art.children[1]
assert len(art.children) == 2
obverse = tablet.children[0]
assert isinstance(obverse, OraccObject)
reverse = tablet.children[1]
assert len(tablet.children) == 2
caseobverse = case.children[0]
assert len(case.children) == 1
lines = (obverse.children[:] +
reverse.children[:] +
caseobverse.children[:])
assert len(lines) == 4
assert lines[1].lemmas[1] == "two"
assert lines[2].notes[0].content == "Note to line three"
def test_complex_substructure_2(self):
art = self.try_parse(
"&X001001 = My Text\n" +
"@obverse\n" +
"1. Line one\n" +
"2. Line two\n" +
"#lem: line; two\n" +
"@bottom\n" +
"3. Line three)\n" +
"@reverse\n" +
"4. Line four\n" +
"#lem: line; three\n" +
"#note: Note to line four\n" +
"@translation labeled en project\n" +
"@(1) Line one\n\n"
)
assert isinstance(art, Text)
tablet = art.children[0]
assert isinstance(tablet, OraccObject)
assert len(art.children) == 1
obverse = tablet.children[0]
assert isinstance(obverse, OraccObject)
reverse = tablet.children[2]
assert len(tablet.children) == 4
bottom = tablet.children[1]
# Is this wrong -- should tops and bottoms
# really be a lower nesting level?
translation = tablet.children[3]
lines = (obverse.children[:] +
bottom.children[:] +
reverse.children[:])
assert len(lines) == 4
assert lines[1].lemmas[1] == "two"
assert lines[3].notes[0].content == "Note to line four"
assert isinstance(translation, Translation)
def test_line(self):
art = self.try_parse(
"@tablet\n" +
"@obverse\n" +
"1. [MU] 1.03-KAM {iti}AB GE₆ U₄ 2-KAM\n"
)
assert len(art.children[0].children[0].words) == 6
# @skip("No idea what this means")
def test_line_equalsbrace(self):
art = self.try_parse(
"@tablet\n" +
"@reverse\n" +
"2'. ITI# an-ni-u2#\n" +
"={ ur-hu\n"
)
def test_line_lemmas(self):
art = self.try_parse(
"@tablet\n" +
"@obverse\n" +
"1. [MU] 1.03-KAM {iti}AB GE₆ U₄ 2-KAM\n"
"#lem: šatti[year]N; n; Ṭebetu[1]MN; " +
"mūša[at night]AV; ūm[day]N; n\n"
)
assert len(art.children[0].children[0].words) == 6
assert len(art.children[0].children[0].lemmas) == 6
def test_empty_lemma(self):
art = self.try_parse(
"@tablet\n" +
"@obverse\n" +
"1. [MU] 1.03-KAM {iti}AB GE₆ U₄ 2-KAM\n"
"#lem: šatti[year]N; ; Ṭebetu[1]MN; " +
"mūša[at night]AV; ūm[day]N; n\n"
)
assert len(art.children[0].children[0].words) == 6
assert len(art.children[0].children[0].lemmas) == 6
def test_ruling(self):
art = self.try_parse(
"@tablet\n" +
"@obverse\n" +
"$ triple ruling\n"
)
assert art.children[0].children[0].count == 3
def test_flagged_ruling(self):
art = self.try_parse(
"@tablet\n" +
"@obverse\n" +
"$ ruling!\n"
)
assert art.children[0].children[0].remarkable is True
def test_uncounted_ruling(self):
art = self.try_parse(
"@tablet\n" +
"@obverse\n" +
"$ ruling\n"
)
assert art.children[0].children[0].count == 1
def test_line_ruling(self):
art = self.try_parse(
"@tablet\n" +
"@obverse\n" +
"$ double line ruling\n"
)
assert art.children[0].children[0].count == 2
def test_ruling_on_object_no_surface(self):
art = self.try_parse(
"@tablet\n" +
"$ single ruling\n",
)
# Should default to an obverse surface
assert art.children[0].objecttype == "obverse"
assert art.children[0].children[0].count == 1
def test_link_on_surface_not_line(self):
art = self.try_parse(
"@tablet\n" +
"4'. zal-bi a-ri-[a]\n" +
"$single ruling\n" +
">> A Seg.2, 33\n"
)
obverse = art.children[0]
assert isinstance(obverse.children[0], Line)
assert isinstance(obverse.children[1], Ruling)
assert isinstance(obverse.children[2], LinkReference)
def test_ruling_on_labeled_translation(self):
art = self.try_parse(
"@tablet\n" +
"@translation labeled en project\n" +
"$ single ruling\n" +
"@label 1\n" +
"Some content\n\n"
)
# Should default to an obverse surface
assert isinstance(art.children[0].children[0], State)
def test_comment(self):
art = self.try_parse(
"@tablet\n" +
"@obverse\n" +
"# A comment\n"
)
assert isinstance(art.children[0].children[0], Comment)
def test_check(self):
art = self.try_parse(
"@tablet\n" +
"@obverse\n" +
"#CHECK: A worry\n"
)
comment = art.children[0].children[0]
assert isinstance(comment, Comment)
assert comment.check is True
def test_note(self):
art = self.try_parse(
"@tablet\n" +
"@obverse\n" +
"3. U₄!-BI? 20* [(ina)] 9.30 ina(DIŠ) MAŠ₂!(BAR)\n" +
"#note: Note to line.\n"
)
assert art.children[0].children[0].notes[0].content == "Note to line."
def test_surface_note(self):
art = self.try_parse(
"@tablet\n" +
"@obverse\n" +
"#note: Note to surface.\n"
)
assert art.children[0].children[0].content == "Note to surface."
def test_dollar_unquantified_reverse(self):
art = self.try_parse(
"@tablet\n" +
"@obverse\n" +
"3. U₄!-BI? 20* [(ina)] 9.30 ina(DIŠ) MAŠ₂!(BAR)\n" +
"$ missing lines\n"
)
assert art.children[0].children[1].state == "missing"
assert art.children[0].children[1].scope == "lines"
def test_dollar_unquantified(self):
art = self.try_parse(
"@tablet\n" +
"@obverse\n" +
"3. U₄!-BI? 20* [(ina)] 9.30 ina(DIŠ) MAŠ₂!(BAR)\n" +
"$ columns broken\n"
)
assert art.children[0].children[1].state == "broken"
assert art.children[0].children[1].scope == "columns"
def test_loose_dollar(self):
art = self.try_parse(
"@tablet\n" +
"@obverse\n" +
"3. U₄!-BI? 20* [(ina)] 9.30 ina(DIŠ) MAŠ₂!(BAR)\n" +
"$ (something loose)\n"
)
assert art.children[0].children[1].loose == "(something loose)"
def test_strict_dollar_single_reverse(self):
"""Test that reverse $ line is working correctly as in
p_state_singular_desc"""
art = self.try_parse(
"@tablet\n" +
"@obverse\n" +
"$ blank line\n"
)
assert art.children[0].children[0].state == "blank"
assert art.children[0].children[0].scope == "line"
def test_strict_dollar_simple(self):
art = self.try_parse(
"@tablet\n" +
"@obverse\n" +
"$case blank\n"
)
assert art.children[0].children[0].state == "blank"
assert art.children[0].children[0].scope == "case"
def test_strict_dollar_simple_space(self):
art = self.try_parse(
"@tablet\n" +
"@obverse\n" +
"$space blank\n"
)
assert art.children[0].children[0].state == "blank"
assert art.children[0].children[0].scope == "space"
def test_strict_dollar_plural_difficult(self):
art = self.try_parse(
"@tablet\n" +
"@obverse\n" +
"$5-7 lines blank\n"
)
assert art.children[0].children[0].state == "blank"
assert art.children[0].children[0].scope == "lines"
assert art.children[0].children[0].extent == "5-7"
def test_strict_dollar_in_lines(self):
art = self.try_parse(
"@tablet\n" +
"@obverse\n" +
"48. lip#-tar-rik ina at-ma-ni šu-bat ki#-[iṣ-ṣi]\n" +
"$ 3 lines broken\n" +
"53. ta#-[mit] iq#-bu-šu DINGIR an-[na i-pu-ul]\n"
)
content = art.children[0].children
assert isinstance(content[0], Line)
assert isinstance(content[2], Line)
assert content[1].state == "broken"
assert content[1].scope == "lines"
assert content[1].extent == "3"
def test_strict_dollar_singular_difficult(self):
art = self.try_parse(
"@tablet\n" +
"@obverse\n" +
"$rest of bulla blank\n"
)
assert art.children[0].children[0].state == "blank"
assert art.children[0].children[0].scope == "bulla"
assert art.children[0].children[0].extent == "rest of"
def test_strict_dollar_plural_qualified(self):
art = self.try_parse(
"@tablet\n" +
"@obverse\n" +
"$at most 5 columns blank\n"
)
assert art.children[0].children[0].state == "blank"
assert art.children[0].children[0].scope == "columns"
assert art.children[0].children[0].extent == "5"
assert art.children[0].children[0].qualification == "at most"
def test_strict_dollar_labelled(self):
art = self.try_parse(
"@tablet\n" +
"@obverse\n" +
"$rest of column 1 blank\n"
)
assert art.children[0].children[0].state == "blank"
assert art.children[0].children[0].scope == "column 1"
assert art.children[0].children[0].extent == "rest of"
def test_strict_dollar_no_scope(self):
art = self.try_parse(
"@tablet\n" +
"@obverse\n" +
"$rest blank\n"
)
assert art.children[0].children[0].state == "blank"
assert art.children[0].children[0].scope is None
assert art.children[0].children[0].extent == "rest"
def test_strict_dollar_singular_exception(self):
art = self.try_parse(
"@tablet\n" +
"@obverse\n" +
"$ 1 line traces\n"
)
dollar = art.children[0].children[0]
assert dollar.state == "traces"
assert dollar.scope == "line"
assert dollar.extent == "1"
def test_strict_dollar_start_of_exception(self):
art = self.try_parse(
"@tablet\n" +
"@obverse\n" +
"$ start of column missing\n",
)
assert art.children[0].children[0].state == "missing"
assert art.children[0].children[0].scope == "column"
assert art.children[0].children[0].extent == "start of"
def test_strict_dollar_lacuna_exception(self):
art = self.try_parse(
"@tablet\n" +
"@obverse\n" +
"$ Lacuna\n",
)
assert art.children[0].children[0].state == "Lacuna"
assert art.children[0].children[0].scope is None
assert art.children[0].children[0].extent is None
def test_strict_dollar_simple_exception(self):
art = self.try_parse(
"@tablet\n" +
"@obverse\n" +
"$ broken\n",
)
assert art.children[0].children[0].state == "broken"
assert art.children[0].children[0].scope is None
assert art.children[0].children[0].extent is None
@pytest.mark.xfail
def test_loose_recovery(self):
# Users often put a loose dollar without the brackets
# We should define a parser fallback to accommodate this
# And recover.
art = self.try_parse(
"@tablet\n" +
"@obverse\n" +
"$ traces of 2 erased lines\n" +
"1. Hello\n",
)
assert art.children[0].children[0].label == '1'
def test_strict_as_loose_in_translation(self):
art = self.try_parse(
"@tablet\n" +
"@translation parallel en project\n" +
"$ Continued in text no. 2\n"
)
assert isinstance(art.children[0].children[0], State)
def test_translation_intro(self):
art = self.try_parse(
"@tablet\n" +
"@translation parallel en project\n"
)
assert isinstance(art.children[0], Translation)
def test_translation_text(self):
art = self.try_parse(
"@tablet\n" +
"@translation parallel en project\n" +
"@obverse\n"
"1. Year 63, Ṭebetu (Month X), night of day 2\n"
)
assert isinstance(art.children[0], Translation)
assert art.children[0].children[0].children[0].label == '1'
assert art.children[0].children[0].children[0].words[0] == \
"Year 63, Ṭebetu (Month X), night of day 2"
def test_translation_eneded(self):
art = self.try_parse(
"@tablet\n" +
"@translation labeled en project\n" +
"@(1) Year 63, Ṭebetu (Month X), night of day 2\n" +
"@end translation\n"
)
assert isinstance(art.children[0], Translation)
assert art.children[0].children[0].label.label == ['1']
assert art.children[0].children[0].words[0] == \
"Year 63, Ṭebetu (Month X), night of day 2"
def test_translation_labeled_text(self):
art = self.try_parse(
"@tablet\n" +
"@translation labeled en project\n" +
"@label o 4\n"
"Then it will be taken for the rites and rituals.\n\n"
)
assert isinstance(art.children[0], Translation)
assert art.children[0].children[0].label.label == ['o', '4']
assert art.children[0].children[0].words[0] == \
"Then it will be taken for the rites and rituals."
def test_translation_labeled_long(self):
art = self.try_parse(
"@tablet\n" +
"@translation labeled en project\n" +
"@label obverse 4\n"
"Then it will be taken for the rites and rituals.\n\n"
)
assert isinstance(art.children[0], Translation)
assert art.children[0].children[0].label.label == ['obverse', '4']
assert art.children[0].children[0].words[0] == \
"Then it will be taken for the rites and rituals."
def test_translation_labeled_text2(self):
art = self.try_parse(
"@tablet\n" +
"@translation labeled en project\n" +
"@label o 2 - o 3\n" +
"an expert will carefully inspect an ungelded bull.\n\n")
assert isinstance(art.children[0], Translation)
assert art.children[0].children[0].label.label == ['o', '2']
assert art.children[0].children[0].label.rangelabel == ['o', '3']
assert art.children[0].children[0].words[0] == \
"an expert will carefully inspect an ungelded bull."
def test_translation_label_plus(self):
art = self.try_parse(
"@tablet\n" +
"@translation labeled en project\n" +
"@label+ o 28\n" +
"You extinguish the fire on the altar with beer\n\n"
)
assert(art.children[0].children[0].label.plus)
def test_translation_labeled_dashlabel(self):
art = self.try_parse(
"@tablet\n" +
"@translation labeled en project\n" +
"@label o 14-15 - o 20\n" +
"You strew all (kinds of) seed.\n\n",
)
assert isinstance(art.children[0], Translation)
assert art.children[0].children[0].label.label == ['o', '14-15']
assert art.children[0].children[0].label.rangelabel == ['o', '20']
assert art.children[0].children[0].words[0] == \
"You strew all (kinds of) seed."
def test_translation_labeled_noted_text(self):
art = self.try_parse(
"@tablet\n" +
"@translation labeled en project\n" +
"@label r 8\n" +
"The priest says the gods have performed these actions. ^1^\n\n" +
"@note ^1^ Parenthesised text follows Neo-Assyrian source\n"
)
assert isinstance(art.children[0], Translation)
assert art.children[0].children[0].label.label == ['r', '8']
assert art.children[0].children[0].words[0] == \
"The priest says the gods have performed these actions."
assert art.children[0].children[0].references[0] == "1"
assert art.children[0].children[0].notes[0].references[0] == "1"
assert art.children[0].children[0].notes[0].content == \
"Parenthesised text follows Neo-Assyrian source"
def test_translation_links(self):
art = self.try_parse(
"@tablet\n" +
"@translation parallel en project\n" +
"@obverse\n"
"1. Year 63, Ṭebetu (Month X), night of day 2:^1^\n\n"
"@note ^1^ A note to the translation.\n"
)
assert isinstance(art.children[0], Translation)
assert art.children[0].children[0].children[0].label == '1'
assert art.children[0].children[0].children[0].words[0] == \
"Year 63, Ṭebetu (Month X), night of day 2:"
assert art.children[0].children[0].children[0].references[0] == "1"
assert \
art.children[0].children[0].children[0].notes[0].references[0] == \
"1"
def test_translation_poundnote(self):
art = self.try_parse(
"@tablet\n" +
"@translation parallel en project\n" +
"@obverse\n"
"1. Year 63, Ṭebetu (Month X), night of day 2\n"
"#note: A note to the translation.\n"
)
assert art.children[0].children[0].children[0].notes[0].content == \
"A note to the translation."
def test_translation_labeled_atlabel(self):
art = self.try_parse(
"@tablet\n" +
"@translation labeled en project\n" +
"@(o 20) You strew all (kinds of) seed.\n" +
"@(o i 2) No-one will occupy the king of Akkad's throne.\n")
l1 = art.children[0].children[0]
assert l1.label.label == ["o", "20"]
assert l1.words[0] == "You strew all (kinds of) seed."
l2 = art.children[0].children[1]
assert l2.label.label == ["o", "i", "2"]
assert l2.words[0] == "No-one will occupy the king of Akkad's throne."
def test_translation_labeled_multiline_atlabel(self):
art = self.try_parse(
"@tablet\n" +
"@translation labeled en project\n" +
"@(o 20) He fled like a fox to the land\n" +
"Elam.\n")
l1 = art.children[0].children[0]
assert l1.label.label == ["o", "20"]
assert "\n".join(l1.words) == "He fled like a fox to the land\nElam."
def test_default_surface(self):
text = self.try_parse(
"&Q002769 = SB Anzu 1\n" +
"@tablet\n" +
"1. bi#-in šar da-ad-mi šu-pa-a na-ram {d}ma#-mi\n"
)
assert text.children[0].objecttype == "tablet"
assert text.children[0].children[0].objecttype == "obverse"
def test_default_object(self):
text = self.try_parse(
"&Q002769 = SB Anzu 1\n" +
"@obverse\n" +
"1. bi#-in šar da-ad-mi šu-pa-a na-ram {d}ma#-mi\n"
)
assert text.children[0].objecttype == "tablet"
assert text.children[0].children[0].objecttype == "obverse"
def test_default_object_surface(self):
text = self.try_parse(
"&Q002769 = SB Anzu 1\n" +
"1. bi#-in šar da-ad-mi šu-pa-a na-ram {d}ma#-mi\n"
)
assert text.children[0].objecttype == "tablet"
assert text.children[0].children[0].objecttype == "obverse"
def test_default_object_surface_dollar(self):
text = self.try_parse(
"&Q002769 = SB Anzu 1\n" +
"$ 5 lines broken\n"
)
assert text.children[0].objecttype == "tablet"
assert text.children[0].children[0].objecttype == "obverse"
assert isinstance(text.children[0].children[0].children[0], State)
def test_default_surface_dollar(self):
text = self.try_parse(
"&Q002769 = SB Anzu 1\n" +
"@tablet\n" +
"$ 5 lines broken\n"
)
assert text.children[0].objecttype == "tablet"
assert text.children[0].children[0].objecttype == "obverse"
assert isinstance(text.children[0].children[0].children[0], State)
def test_default_object_dollar(self):
text = self.try_parse(
"&Q002769 = SB Anzu 1\n" +
"@obverse\n" +
"$ 5 lines broken\n"
)
assert text.children[0].objecttype == "tablet"
assert text.children[0].children[0].objecttype == "obverse"
assert isinstance(text.children[0].children[0].children[0], State)
def test_composite(self):
composite = self.try_parse(
"&Q002769 = SB Anzu 1\n" +
"@composite\n" +
"#project: cams/gkab\n" +
"1. bi#-in šar da-ad-mi šu-pa-a na-ram {d}ma#-mi\n" +
"&Q002770 = SB Anzu 2\n" +
"#project: cams/gkab\n" +
"1. bi-riq ur-ha šuk-na a-dan-na\n"
)
assert isinstance(composite, Composite)
assert isinstance(composite.texts[0], Text)
assert isinstance(composite.texts[1], Text)
def test_implicit_composite(self):
composite = self.try_parse(
"&Q002769 = SB Anzu 1\n" +
"#project: cams/gkab\n" +
"1. bi#-in šar da-ad-mi šu-pa-a na-ram {d}ma#-mi\n" +
"&Q002770 = SB Anzu 2\n" +
"#project: cams/gkab\n" +
"1. bi-riq ur-ha šuk-na a-dan-na\n"
)
assert isinstance(composite, Composite)
assert isinstance(composite.texts[0], Text)
assert isinstance(composite.texts[1], Text)
def test_translated_composite(self):
composite = self.try_parse(
"&Q002769 = SB Anzu 1\n" +
"#project: cams/gkab\n" +
"1. bi#-in šar da-ad-mi šu-pa-a na-ram {d}ma#-mi\n" +
"@translation labeled en project\n"
"@(1) This is English\n\n\n"
"&Q002770 = SB Anzu 2\n" +
"#project: cams/gkab\n" +
"1. bi-riq ur-ha šuk-na a-dan-na\n"
)
assert isinstance(composite, Composite)
assert isinstance(composite.texts[0], Text)
assert isinstance(composite.texts[1], Text)
def test_link_declaration(self):
text = self.try_parse(
"&Q002769 = SB Anzu 1\n" +
"#link: def A = P363716 = TCL 06, 44\n" +
"@tablet\n" +
"1. Some text\n"
)
link = text.links[0]
assert isinstance(link, Link)
assert link.label == "A"
assert link.code == "P363716"
assert link.description == "TCL 06, 44"
def test_link_source(self):
text = self.try_parse(
"&Q002769 = SB Anzu 1\n" +
"#link: source rinap/sources:P345512 = BM 078223\n" +
"@tablet\n" +
"1. Some text\n"
)
link = text.links[0]
assert isinstance(link, Link)
assert link.label is None
assert link.code == "rinap/sources:P345512"
assert link.description == "BM 078223"
def test_link_declaration_parallel(self):
text = self.try_parse(
"&Q002769 = SB Anzu 1\n" +
"#link: parallel abcd:P363716 = TCL 06, 44\n" +
"@tablet\n" +
"1. Some text\n"
)
link = text.links[0]
assert isinstance(link, Link)
assert link.label is None
assert link.code == "abcd:P363716"
assert link.description == "TCL 06, 44"
def test_link_reference_simple(self):
text = self.try_parse(
"@tablet\n" +
"1. Some text\n" +
">>A Tab.I, 102\n" +
"2. Some more text\n"
)
link = text.children[0].children[0].links[0]
assert isinstance(link, LinkReference)
assert link.target == "A"
assert link.operator == ">>"
assert link.label == ["Tab.I", "102"]
def test_link_reference_comma(self):
text = self.try_parse(
"@tablet\n" +
"1. Some text\n" +
"|| A o ii 10\n" +
"2. Some more text\n"
)
link = text.children[0].children[0].links[0]
assert isinstance(link, LinkReference)
assert link.target == "A"
assert link.operator == "||"
assert link.label == ["o", "ii", "10"]
def test_link_reference_range(self):
text = self.try_parse(
"@tablet\n" +
"1. Some text\n" +
">> A o ii 10 - o ii 15\n" +
"2. Some more text\n"
)
line = text.children[0].children[0]
assert isinstance(line, Line)
link = line.links[0]
assert link.target == "A"
assert link.operator == ">>"
assert link.label == ["o", "ii", "10"]
assert link.rangelabel == ["o", "ii", "15"]
def test_multilingual_interlinear(self):
text = self.try_parse(
"@tablet\n" +
"@obverse\n" +
"1. dim₃#-me-er# [...]\n" +
"#lem: diŋir[deity]N; u\n" +
"== %sb DINGIR-MEŠ GAL#-MEŠ# [...]\n" +
"#lem: ilū[god]N; rabûtu[great]AJ; u\n" +
"# ES dim₃-me-er = diŋir\n" +
"|| A o ii 15\n")
multilingual = text.children[0].children[0]
assert isinstance(multilingual, Multilingual)
assert len(multilingual.lines) == 2
assert len(multilingual.lines[None].words) == 2
assert len(multilingual.lines[None].lemmas) == 2
assert len(multilingual.lines["sb"].words) == 3
assert len(multilingual.lines["sb"].lemmas) == 3
def test_interlinear_translation(self):
text = self.try_parse(
"@tablet\n" +
"1'. ⸢x⸣\n" +
"#tr: English\n"
)
line = text.children[0].children[0]
assert line.translation == "English"
def test_interlinear_empty(self):
text = self.try_parse(
"@tablet\n" +
"1'. ⸢x⸣\n" +
"#tr: \n"
)
line = text.children[0].children[0]
assert line.translation == ""
def test_interlinear_multiline(self):
text = self.try_parse(
"@tablet\n" +
"1'. ⸢x⸣\n" +
"#tr: English\n" +
" more"
)
line = text.children[0].children[0]
assert line.translation == "English more"
def test_interlinear_ends_document(self):
text = self.try_parse(
"@tablet\n" +
"1'. ⸢x⸣\n" +
"#tr: English"
)
line = text.children[0].children[0]
assert line.translation == "English"
def test_translation_heading(self):
text = self.try_parse(
"@tablet\n" +
"@translation parallel en project\n" +
"@h1 A translation heading\n"
)
assert len(text.children[0].children) == 1
assert text.children[0].children[0].objecttype == 'h1'
def test_heading(self):
text = self.try_parse(
"@tablet\n" +
"@h1 A heading\n"
)
assert text.children[0].objecttype == 'h1'
def test_milestone(self):
text = self.try_parse(
"@tablet\n" +
"@obverse\n" +
"@m=locator catchline\n" +
"16'. si-i-ia-a-a-ku\n",
)
assert isinstance(text.children[0].children[0], Milestone)
assert isinstance(text.children[0].children[1], Line)
def test_colophon(self):
text = self.try_parse(
"@tablet\n" +
"@obverse\n" +
"@colophon\n" +
"16'. si-i-ia-a-a-ku\n",
)
assert isinstance(text.children[0].children[0], Milestone)
assert isinstance(text.children[0].children[1], Line)
def test_include(self):
text = self.try_parse(
"&X001001 = My Text\n" +
"@include dcclt:P229061 = MSL 07, 197 V02, 210 V11\n"
)
assert text.links[0].label == "Include"
assert text.links[0].code == "dcclt:P229061"
assert text.links[0].description == "MSL 07, 197 V02, 210 V11"