def test_rebuild_same_quantity_of_links_for_many_to_one_default_only(self):
title = "Rashi on Deuteronomy"
base = "Deuteronomy"
rf = Ref(title)
linker = rf.autolinker()
# prepare the text for the tests:
# convert simple text to a complex text with default node and add base_text_* and dependence properties.
index = library.get_index(title)
convert_simple_index_to_complex(index)
index.base_text_mapping = "many_to_one_default_only"
index.base_text_titles = [base]
index.dependence = "Commentary"
index.save()
# add intro node and give it some text
intro = JaggedArrayNode()
intro.add_shared_term("Introduction")
intro.key = 'intro'
intro.add_structure(["Chapter", "Paragraph"])
insert_first_child(intro, library.get_index(title).nodes)
comm_ref = "{}, Introduction 1:1".format(title)
tc = TextChunk(Ref(comm_ref), vtitle="test", lang="en")
tc.text = "Intro first segment text"
tc.save()
# assert that despite adding text to the intro node, the number of links
# should be exactly as they were before (e.g desired_link_count)
found = linker.rebuild_links()
desired_link_count = self.desired_link_counts[title]
assert len(found) == desired_link_count
def test_rebuild_same_quantity_of_links_for_many_to_one_default_only(self):
title = "Rashi on Deuteronomy"
base = "Deuteronomy"
rf = Ref(title)
linker = rf.autolinker()
# prepare the text for the tests:
# convert simple text to a complex text with default node and add base_text_* and dependence properties.
index = library.get_index(title)
convert_simple_index_to_complex(index)
index.base_text_mapping = "many_to_one_default_only"
index.base_text_titles = [base]
index.dependence = "Commentary"
index.save()
# add intro node and give it some text
intro = JaggedArrayNode()
intro.add_shared_term("Introduction")
intro.key = 'intro'
intro.add_structure(["Chapter", "Paragraph"])
insert_first_child(intro, library.get_index(title).nodes)
comm_ref = "{}, Introduction 1:1".format(title)
tc = TextChunk(Ref(comm_ref), vtitle="test", lang="en")
tc.text = "Intro first segment text"
tc.save()
# assert that despite adding text to the intro node, the number of links
# should be exactly as they were before (e.g desired_link_count)
found = linker.rebuild_links()
desired_link_count = self.desired_link_counts[title]
assert len(found) == desired_link_count
def test_rebuild_same_quantity_of_links_for_one_to_one_default_only(self):
title = "Onkelos Genesis"
base = "Genesis"
rf = Ref(title)
linker = rf.autolinker()
# prepare the text for the tests:
# convert simple text to a complex text with default node and add base_text_* and dependence properties.
index = library.get_index(title)
convert_simple_index_to_complex(index)
index.base_text_mapping = "one_to_one_default_only"
index.base_text_titles = [base]
index.dependence = "Commentary"
index.save()
# add intro node and give it some text
intro = JaggedArrayNode()
intro.add_shared_term("Introduction")
intro.key = 'intro'
intro.add_structure(["Chapter", "Paragraph"])
insert_first_child(intro, library.get_index(title).nodes)
comm_ref = "{}, Introduction 1:1".format(title)
tc = TextChunk(Ref(comm_ref), vtitle="test", lang="en")
tc.text = "Intro first segment text"
tc.save()
# need to change value of "generated_by" from "MatchBaseTextDepthAutoLinker" to "add_commentary_links"
# and "link_type" from "targum" to "commentary"
for l in LinkSet({
"refs": {
"$regex": title
},
"generated_by": "MatchBaseTextDepthAutoLinker"
}):
l.generated_by = linker._generated_by_string
l.auto = linker._auto
l.type = linker._link_type
l.save()
# assert that despite adding text to the intro node, the number of links
# should be exactly as they were before (e.g desired_link_count)
found = linker.rebuild_links()
desired_link_count = self.desired_link_counts[title]
assert len(found) == desired_link_count
def test_rebuild_same_quantity_of_links_for_one_to_one_default_only(self):
title = "Onkelos Genesis"
base = "Genesis"
rf = Ref(title)
linker = rf.autolinker()
# prepare the text for the tests:
# convert simple text to a complex text with default node and add base_text_* and dependence properties.
index = library.get_index(title)
convert_simple_index_to_complex(index)
index.base_text_mapping = "one_to_one_default_only"
index.base_text_titles = [base]
index.dependence = "Commentary"
index.save()
# add intro node and give it some text
intro = JaggedArrayNode()
intro.add_shared_term("Introduction")
intro.key = 'intro'
intro.add_structure(["Chapter", "Paragraph"])
insert_first_child(intro, library.get_index(title).nodes)
comm_ref = "{}, Introduction 1:1".format(title)
tc = TextChunk(Ref(comm_ref), vtitle="test", lang="en")
tc.text = "Intro first segment text"
tc.save()
# need to change value of "generated_by" from "MatchBaseTextDepthAutoLinker" to "add_commentary_links"
# and "link_type" from "targum" to "commentary"
for l in LinkSet({"refs": {"$regex": title}, "generated_by": "MatchBaseTextDepthAutoLinker"}):
l.generated_by = linker._generated_by_string
l.auto = linker._auto
l.type = linker._link_type
l.save()
# assert that despite adding text to the intro node, the number of links
# should be exactly as they were before (e.g desired_link_count)
found = linker.rebuild_links()
desired_link_count = self.desired_link_counts[title]
assert len(found) == desired_link_count
i = library.get_index("Sefer HaChinuch")
convert_simple_index_to_complex(i)
i = library.get_index("Sefer HaChinuch")
root = i.nodes
n = JaggedArrayNode()
n.key = "Opening Letter by the Author"
n.add_title("Opening Letter by the Author", "en", primary=True)
n.add_title(u"איגרת המחבר", "he", primary=True)
n.depth = 1
n.sectionNames = ["Paragraph"]
n.addressTypes = ["Integer"]
insert_first_child(n, root)
n = JaggedArrayNode()
n.key = "Author's Introduction"
n.add_title("Author's Introduction", "en", primary=True)
n.add_title(u"הקדמת המחבר", "he", primary=True)
n.depth = 1
n.sectionNames = ["Paragraph"]
n.addressTypes = ["Integer"]
insert_first_child(n, root)
# while we're at it, let's nail some more.
convert_simple_index_to_complex(library.get_index('Seder Olam Rabbah'))
convert_simple_index_to_complex(library.get_index('Eight Chapters'))
shir.addressTypes = ["Integer"]
lechu.key = "Lechu"
lechu.add_title("Go See", "en", primary=True)
lechu.add_title(u"לכו חזו", "he", primary=True)
lechu.depth = 1
lechu.sectionNames = ["Paragraph"]
lechu.addressTypes = ["Integer"]
tinyana.key = "Tinyana"
tinyana.add_title("Part II", "en", primary=True)
tinyana.add_title("Tinyana", "en")
tinyana.add_title(u"תנינא", "he", primary=True)
tinyana.depth = 2
tinyana.sectionNames = ["Torah", "Section"]
tinyana.addressTypes = ["Integer", "Integer"]
letters.key = "Letters"
letters.add_title("Letters", "en", primary=True)
letters.add_title(u"מכתבים", "he", primary=True)
letters.depth = 2
letters.sectionNames = ["Letter", "Paragraph"]
letters.addressTypes = ["Integer", "Integer"]
insert_first_child(lechu, root)
insert_first_child(shir, root)
insert_first_child(hakdama, root)
insert_last_child(tinyana, root)
insert_last_child(letters, root)
