def parse_print(cursor, print_id):
print = cursor.execute(
"SELECT partiture, edition FROM print WHERE print.id=?",
(print_id, )).fetchone()
partiture = print[0] == 'Y'
edition = parse_edition(cursor, print[1])
return scorelib.Print(edition, print_id, partiture)
def processRecord(record):
print_id, title, genre, key, compositionYear, editionName, incipit = None, None, None, None, None, None, None
composers, editors, voices = [], [], []
partiture = False
for text in record:
splitted = text.split(":")
element = splitted[0]
value = None
if (len(splitted) > 1):
value = splitted[1].strip()
if (len(splitted) > 2):
counter = 0
for field in splitted:
if (counter > 1):
value = value + ":" + splitted[counter]
counter = counter + 1
value = value.strip()
if (value == None):
continue
if ("Print" in element):
print_id = int(value)
if ("Composer" in element):
for composerString in value.split(";"):
composers.append(createPerson(composerString.strip()))
if ("Title" in element):
if (value != None and value.strip() != ""):
title = value
if ("Genre" in element):
if (value != None and value.strip() != ""):
genre = value
if ("Key" in element):
if (value != None and value.strip() != ""):
key = value
if ("Composition" in element):
compositionYear = separateYear(value)
if ("Edition" in element):
if (value != None and value.strip() != ""):
editionName = value
if ("Editor" in element):
#editors = createEditor(value.split(","))
editors.append(createPerson(value.strip()))
if ("Voice" in element):
voices.append(createVoice(value))
if ("Partiture" in element):
partiture = getPartiture(value)
if ("Incipit" in element and incipit == None):
if (value != None and value.strip() != ""):
incipit = value
composition = scorelib.Composition(title, incipit, key, genre,
compositionYear, voices, composers)
edition = scorelib.Edition(editionName, composition, editors)
printRecord = scorelib.Print(edition, print_id, partiture)
return printRecord
def processPrintLines(printLinesArray):
printNumber = None
persons = []
title = None
genre = None
printKey = None
compositionYear = None
editionTitle = None
voices = []
partiture = False
incipit = None
editors = []
for line in printLinesArray:
splitArray = line.split(":")
if (len(splitArray) < 2):
continue
key = splitArray[0].strip()
value = splitArray[1].strip()
vc = re.compile(r"Voice.*")
voiceMatch = vc.match(key)
if (voiceMatch):
voices.append(processVoiceLine(value))
if (value == ""):
continue
if (key == "Print Number"):
printNumber = int(value)
if (key == "Composer"):
persons = processComposerLine(value)
if (key == "Title"):
title = value
if (key == "Genre"):
genre = value
if (key == "Key"):
printKey = value
if (key == "Composition Year"):
compositionYear = processCompositionYear(value)
if (key == "Edition"):
editionTitle = value
if (key == "Editor"):
editors.append(value)
if (key == "Partiture"):
partiture = processPartiture(value)
if (key == "Incipit"):
incipit = value
composition = scorelib.Composition(title, incipit, printKey, genre,
compositionYear, voices, persons)
edition = scorelib.Edition(composition, editors, editionTitle)
printInstance = scorelib.Print(edition, printNumber, partiture)
return printInstance
def parse_print(cursor):
result_list = []
all_prints = cursor.execute(
"SELECT id, partiture, edition FROM print").fetchall()
for print in all_prints:
print_id = print[0]
edition_id = print[2]
edition = parse_edition(cursor, edition_id)
partiture = print[1] == 'Y'
result_print = scorelib.Print(edition, print_id, partiture)
result_list.append(result_print)
return result_list
def getPrints(listOfPrintIds):
prints = []
for id in listOfPrintIds:
composers = []
editors = []
voices = {}
cur.execute(
'''SELECT print.id, print.partiture, edition.id, edition.name, score.id, score.name, score.incipit, score.key, score.genre, score.year FROM print
JOIN edition ON edition.id = print.edition
JOIN score ON score.id = edition.score WHERE print.id = ? ''', (id, ))
rowMain = cur.fetchone()
editionId = rowMain[2]
compositionId = rowMain[4]
cur.execute(
'''SELECT number, range, name FROM voice WHERE score = ? ''',
(compositionId, ))
for voice in cur:
voices[voice[0]] = scorelib.Voice(voice[2], voice[1])
cur.execute(
'''SELECT name, born, died FROM score_author JOIN person ON person.id = score_author.composer WHERE score_author.score = ? ''',
(compositionId, ))
for comp in cur:
composers.append(scorelib.Person(comp[0], comp[1], comp[2]))
cur.execute(
'''SELECT name, born, died FROM edition_author JOIN person ON person.id = edition_author.editor WHERE edition_author.edition = ? ''',
(editionId, ))
for edi in cur:
editors.append(scorelib.Person(edi[0], edi[1], edi[2]))
composition = scorelib.Composition(rowMain[5], rowMain[6], rowMain[7],
rowMain[8], voices, composers)
setattr(composition, "composition year", rowMain[9])
edition = scorelib.Edition(rowMain[3], composition, editors)
if (rowMain[1] == "Y" or rowMain[1] == "y"):
partiture = True
else:
partiture = False
printInstance = scorelib.Print(edition, partiture)
setattr(printInstance, "print number", rowMain[0])
prints.append(printInstance)
return prints
def getAllPrints():
dbFilename = "scorelib.dat"
conn = sqlite3.connect(dbFilename)
cur = conn.cursor()
persons = []
compositions = []
editions = []
prints = []
for row in cur.execute('SELECT * FROM score'):
compositions.append(
scorelib.Composition(row[1], row[4], row[3], row[2], row[5], [],
[]))
for row in cur.execute('SELECT * FROM person'):
persons.append(scorelib.Person(row[3], row[1], row[2]))
for row in cur.execute('SELECT * FROM voice'):
voice = scorelib.Voice(row[4], row[3])
if (len(compositions[row[2] - 1].Voices) < row[1] - 1):
compositions[row[2] - 1].Voices.append(None)
if (len(compositions[row[2] - 1].Voices) < row[1] - 1):
compositions[row[2] - 1].Voices.append(None)
if (len(compositions[row[2] - 1].Voices) < row[1] - 1):
compositions[row[2] - 1].Voices.append(None)
if (len(compositions[row[2] - 1].Voices) < row[1] - 1):
compositions[row[2] - 1].Voices.append(None)
compositions[row[2] - 1].Voices.append(voice)
for row in cur.execute('SELECT * FROM edition'):
edition = scorelib.Edition(compositions[row[1] - 1], [], row[2])
editions.append(edition)
for row in cur.execute('SELECT * FROM score_author'):
compositions[row[1] - 1].Composer.append(persons[row[2] - 1])
for row in cur.execute('SELECT * FROM edition_author'):
editions[row[1] - 1].Editor.append(persons[row[2] - 1])
for row in cur.execute('SELECT * FROM print'):
part = True if row[1] == "Y" else False
prints.append(scorelib.Print(editions[row[2] - 1], row[0], part))
return prints
def print_create(list_of_lines):
print_object = sc.Print(None, None, False)
edition_object = sc.Edition(None, None)
composition = sc.Composition(None, None, None, None, None)
for line in list_of_lines:
print_number = re.match("Print Number: (.*)", line)
if print_number:
print_object.print_id = int(print_number.group(1))
composers = re.match("Composer: (.*)", line)
if composers:
pass
title = re.match("Title: (.*)", line)
if title and title.group(1).strip() != "":
composition.name = title.group(1).strip()
genre = re.match("Genre: (.*)", line)
if genre and genre.group(1).strip() != "":
composition.genre = genre.group(1).strip()
key = re.match("Key: (.*)", line)
if key and key.group(1).strip() != "":
composition.key = key.group(1).strip()
edition = re.match("Edition: (.*)", line)
if edition and edition.group(1).strip() != "":
edition_object.name = edition.group(1).strip()
incipit = re.match("Incipit: (.*)", line)
if incipit and incipit.group(1).strip() != "":
composition.incipit = incipit.group(1).strip()
partiture = re.match("Partiture: (.*)", line)
if partiture and partiture.group(1).strip() != "":
part = re.match(".*yes.*", partiture.group(1).strip())
if part:
print_object.partiture = True
composition_year = re.match("Composition Year: (.*)", line)
if composition_year:
year = re.match(".*(\d{4}).*", composition_year.group(1).strip())
if year:
composition.year = int(year.group(1))
composers = re.match("Composer: (.*)", line)
if composers:
composers = composers.group(1).split(";")
for c in composers:
composition.add_author(create_person(c))
editors = re.match("Editor: (.*)", line)
if editors:
editors = editors.group(1).strip()
single_person = re.match("(\w+ \w+|\w+$|\w+-\w+ \w+)", editors)
if single_person:
editor = create_person(single_person.group(1).strip())
edition_object.add_author(editor)
else:
single_person = re.match("(\w+, \w+$|\w+, \w+\.$|(\w+\. ){1,2}(\w+[\s]?){1,2}$)", editors)
if single_person:
editor = create_person(single_person.group(1).strip())
edition_object.add_author(editor)
else:
persons = editors.split(",")
if len(persons) == 2:
for person in persons:
editor = create_person(person)
edition_object.add_author(editor)
else:
persons = [x+y for x, y in zip(persons[0::2], persons[1::2])]
for person in persons:
editor = create_person(person)
edition_object.add_author(editor)
voices = re.match("Voice (\d*): (.*)", line)
if voices:
voice = create_voice(voices.group(2))
voice.check_range()
voice.number = int(voices.group(1))
composition.add_voice(voice)
edition_object.composition = composition
print_object.edition = edition_object
return print_object