def test_leader():
print(marcdata.marc_tuple(REC1))
marc = marcdata.marc_tuple(REC1)
ldr = marc[0]
assert ldr == ("c", "a", "m", " ", "a", 2, 2, 205, "1", " ", " ", 4, 5, 0,
0)
def test_visual_materials():
marc = marcdata.marc_tuple(REC_VM)
assert marcdata.utils.material_type(marc) == "VM"
assert marcdata.utils.fixed_length_tuple(marc) == \
("991028", "s", " ", " ", "xxu",
(" ", " ", " ", " ", " ", " ", " ", "v", "|"),
"eng", " ", " ")
def test_continuing_resource():
marc = marcdata.marc_tuple(REC_CR)
assert marcdata.utils.material_type(marc) == "CR"
assert marcdata.utils.fixed_length_tuple(marc) == \
("940906", "u", "1994", "9999", "dcu",
("u", "u", " ", " ", " ", " ", " ",
" ", " ", "0", " ", " ", "0"), "eng", " ", " ")
def test_music():
marc = marcdata.marc_tuple(REC_MU)
assert marcdata.utils.material_type(marc) == "MU"
assert marcdata.utils.fixed_length_tuple(marc) == \
("000824", "s", "1998", " ", "nyu",
("pp", "n", " ", " ", " ", " ", " ", " ", " ", " "),
" ", " ", "d")
def test_computer_file():
marc = marcdata.marc_tuple(REC_CF)
assert marcdata.utils.material_type(marc) == "CF"
assert marcdata.utils.fixed_length_tuple(marc) == \
("000110", "s", "2000", " ", "ohu",
(" ", "f", " ", " ", "m", " ", " ", " "),
"eng", " ", " ")
def test_map():
marc = marcdata.marc_tuple(REC_MP)
assert marcdata.utils.material_type(marc) == "MP"
assert marcdata.utils.fixed_length_tuple(marc) == \
("940812", "m", "1898", "1906", "pau",
(" ", " ", " ", "e", " ", " ", " ", " ", " ", " ", " "),
"eng", " ", " ")
def test_subfields():
marc = marcdata.marc_tuple(REC1)
title = marcdata.find(marc, "245")[0]
assert len(marcdata.find_subf(title)) == 3
assert marcdata.find_subf(title, "a") == \
(("a", "Botanical materia medica and pharmacology;"),)
assert marcdata.find_subf(title, "c") == \
(("c", "By S. H. Aurand."),)
assert marcdata.find_subf(title, "z") == ()
def test_mat_desc_dict_mx():
fd = marcdata.utils.fixed_length_dict(marcdata.marc_tuple(REC_MX))
assert "target_audience" not in fd
assert "form_of_item" in fd
assert "illustrations" not in fd
assert "type_of_computer_file" not in fd
assert "type_of_cartographic_material" not in fd
assert "form_of_composition" not in fd
assert "type_of_continuing_resource" not in fd
assert "type_of_visual_material" not in fd
def test_find_with_indicators():
marc = marcdata.marc_tuple(REC1)
title = (("245", "1", "0", (
"a", "Botanical materia medica and pharmacology;"
), ("b",
"drugs considered from a botanical, pharmaceutical, physiological, therapeutical and toxicological standpoint."
), ("c", "By S. H. Aurand.")), )
assert marcdata.find(marc, "245", ind1="x") == ()
assert marcdata.find(marc, "245", ind1="1") == title
assert marcdata.find(marc, "245", ind2="x") == ()
assert marcdata.find(marc, "245", ind2="0") == title
assert marcdata.find(marc, "245", ind1="1", ind2="x") == ()
assert marcdata.find(marc, "245", ind1="1", ind2="0") == title
def test_leader_dict():
marc = marcdata.utils.marc_dict(marcdata.marc_tuple(REC1))
print(marc.keys())
ldr = marc["leader"]
assert ldr["record_status"] == "c"
assert ldr["type_of_record"] == "a"
assert ldr["bibliographic_level"] == "m"
assert ldr["type_of_control"] == " "
assert ldr["character_encoding_scheme"] == "a"
assert ldr["indicator_count"] == 2
assert ldr["subfield_code_count"] == 2
assert ldr["base_address_of_data"] == 205
assert ldr["encoding_level"] == "1"
assert ldr["descriptive_cataloging_form"] == " "
assert ldr["multipart_resource_record_level"] == " "
assert ldr["length_of_length_of_field_portion"] == 4
assert ldr["length_of_starting_character_position_portion"] == 5
assert ldr["length_of_implication_defined_portion"] == 0
def test_marc_dict():
md = marcdata.utils.marc_dict(marcdata.marc_tuple(REC1))
# Control field has one value
assert len(md["003"]) == 1
assert md["003"][0]["type"] == "control"
assert md["003"][0]["value"] == "DLC"
# 008 field is a dict
assert type(md["008"][0]["value"]) == dict
# The 650 field has two values
assert len(md["650"]) == 2
# The second 650 has two subfields
assert md["650"][1]["type"] == "variable"
assert md["650"][1]["ind1"] == " "
assert md["650"][1]["ind2"] == "0"
assert len(md["650"][1]["subfields"]) == 2
assert md["650"][1]["subfields"]["a"] == "Homeopathy"
assert md["650"][1]["subfields"]["x"] == "Materia medica and therapeutics."
def test_find_none():
marc = marcdata.marc_tuple(REC1)
assert marcdata.find(marc, "XYZ") == ()
def test_find_multiple():
marc = marcdata.marc_tuple(REC1)
assert len(marcdata.find(marc, "650")) == 2
def test_find():
marc = marcdata.marc_tuple(REC1)
assert marcdata.find(marc, "010") == \
(("010", " ", " ", ("a", " 00000002 ")),)
def test_control_value():
marc = marcdata.marc_tuple(REC1)
f008 = marc[1][3]
assert marcdata.control_value(f008) == \
"800108s1899 ilu 000 0 eng "
def test_fixed_length_tuple():
marc = marcdata.marc_tuple(REC1)
assert marcdata.utils.fixed_length_tuple(marc) == \
("800108", "s", "1899", " ", "ilu",
(" ", " ", " ", " ", " ", "0", "0", "0", " ", "0", " "),
"eng", " ", " ")
def test_mixed_materials():
marc = marcdata.marc_tuple(REC_MX)
assert marcdata.utils.material_type(marc) == "MX"
assert marcdata.utils.fixed_length_tuple(marc) == \
("000724", "i", "1980", "2005", "xxu",
(" ", " ", " "), "eng", " ", " ")
def test_fixed_length_dict():
fd = marcdata.utils.fixed_length_dict(marcdata.marc_tuple(REC1))
assert fd["place_of_publication"] == "ilu"
assert fd["language"] == "eng"
