def __init__(self):
"""
There are SC1 and SC2 variants that should be ignored.
"""
self.allowed_forms = {
'F3': 1,
'F3X':1,
}
# F3X -- periodic pac filing.
f3x = line_parser('F3X', True)
f3 = line_parser('F3', True)
sa = line_parser('SchA', True)
sb = line_parser('SchB', True)
sc = line_parser('SchC', True)
sd = line_parser('SchD', True)
se = line_parser('SchE', True)
# Match form type to appropriate parsers; must be applied with re.I
self.line_dict = {
'^SA': sa,
'^SB': sb,
'^SC\/': sc,
'^SD': sd,
'^SE': se,
'^F3[A|N|T]$': f3,
'^F3X[A|N|T]$': f3x,
}
# The regex parsers must be tested in a certain order and must be an exact match, since it will use the
# resulting headers as the keys in the output dictionaries.
self.regex_tuple = ('^F3X[A|N|T]$','^F3[A|N|T]$','^SB','^SA','^SE','^SD','^SC\/')
def __init__(self):
"""
There are SC1 and SC2 variants that should be ignored.
"""
self.allowed_forms = {
'F3': 1,
'F3X': 1,
}
# F3X -- periodic pac filing.
f3x = line_parser('F3X', True)
f3 = line_parser('F3', True)
sa = line_parser('SchA', True)
sb = line_parser('SchB', True)
sc = line_parser('SchC', True)
sd = line_parser('SchD', True)
se = line_parser('SchE', True)
# Match form type to appropriate parsers; must be applied with re.I
self.line_dict = {
'^SA': sa,
'^SB': sb,
'^SC\/': sc,
'^SD': sd,
'^SE': se,
'^F3[A|N|T]$': f3,
'^F3X[A|N|T]$': f3x,
}
# The regex parsers must be tested in a certain order and must be an exact match, since it will use the
# resulting headers as the keys in the output dictionaries.
self.regex_tuple = ('^F3X[A|N|T]$', '^F3[A|N|T]$', '^SB', '^SA', '^SE',
'^SD', '^SC\/')
def __init__(self):
self.allowed_forms = {
'F3': 1,
'F3X': 1,
'F3P': 1,
'F9': 1,
'F5': 1,
'F24': 1,
'F6':1,
'F7':1,
'F4':1,
'F3L':1,
'F13':1,
}
# F3P periodic presidential filing
f3p = line_parser('F3P')
# F3X -- periodic pac filing
f3x = line_parser('F3X')
f3ps = line_parser('F3PS')
# F4 inaugural committees
f4 = line_parser('F4')
# schedules
sa = line_parser('SchA')
sa3l = line_parser('SchA3L')
sb = line_parser('SchB')
sc1 = line_parser('SchC1')
sc2 = line_parser('SchC2')
sc = line_parser('SchC')
sd = line_parser('SchD')
se = line_parser('SchE')
sf = line_parser('SchF')
h1 = line_parser('H1')
h2 = line_parser('H2')
h3 = line_parser('H3')
h4 = line_parser('H4')
h5 = line_parser('H5')
h6 = line_parser('H6')
sl = line_parser('SchL')
# F24 -- 24 hr ie report
f24 = line_parser('F24')
#F9 -- Electioneering communication
f9 = line_parser('F9')
f91 = line_parser('F91')
f92 = line_parser('F92')
f93 = line_parser('F93')
f94 = line_parser('F94')
# IE report by non-committee, roughly
f5 = line_parser('F5')
f56 = line_parser('F56')
f57 = line_parser('F57')
# 48-hr report from candidate committee
f6 = line_parser('F6')
f65 = line_parser('F65')
# communication cost - these are typically filed in print
f7 = line_parser('F7')
f76 = line_parser('F76')
# F3 Periodic report for candidate
f3 = line_parser('F3')
f3s = line_parser('F3S')
# lobbyist bundling
f3l = line_parser('F3L')
# Allow text in lines
text = line_parser('TEXT')
f13 = line_parser('F13')
f132 = line_parser('F132')
f133 = line_parser('F133')
# match form type to appropriate parsers; must be applied with re.I
# the leading ^ are redundant if we're using re.match, but...
self.line_dict = {
'^SA': sa,
'^SB': sb,
'^SC': sc,
'^SC1': sc1,
'^SC2': sc2,
'^SD': sd,
'^SE': se,
'^SF': sf,
'^SL':sl,
'^H1':h1,
'^H2':h2,
'^H3':h3,
'^H4':h4,
'^H5':h5,
'^H6':h6,
'^F3X[A|N|T]': f3x,
'^F3P[A|N|T]': f3p,
'^F3L[A|N]':f3l,
'^F4[A|N|T]': f4,
'^F3PS':f3ps,
'^F3S': f3s,
'^F3[A|N|T]$': f3,
'^F6[A|N]*$':f6,
'^F65':f65,
'^F91': f91,
'^F92': f92,
'^F93': f93,
'^F94': f94,
'^F9': f9,
'^F57': f57,
'^F56': f56,
'^F5': f5,
'^TEXT': text,
'^F24': f24,
'^F7[A|N]$': f7,
'^F76$': f76,
'^SA3L':sa3l,
'^F13[A|N]$':f13,
'^F132':f132,
'^F133':f133,
}
# The regex parsers must be tested in a certain order and must be an exact match, since it will use the
# resulting headers as the keys in the output dictionaries.
self.regex_tuple = ('^SA3L','^SA','^SB','^SC1','^SC2','^SC','^SD','^SE','^SF','^F3X[A|N|T]','^F3P[A|N|T]','^F3S','^F3[A|N|T]$','^F91','^F92','^F93','^F94','^F9','^F6[A|N]*$','^F65','^F57','^F56','^F5','^TEXT','^F24','^H1','^H2','^H3','^H4','^H5','^H6','^SL','^F3PS','^F76$','^F7[A|N]$','^F4[A|N|T]','^F3L[A|N]','^F13[A|N]$','^F132','^F133')
def __init__(self):
self.allowed_forms = {
'F3': 1,
'F3X': 1,
'F3P': 1,
'F9': 1,
'F5': 1,
'F24': 1,
'F6': 1,
'F7': 1,
'F4': 1,
'F3L': 1,
'F13': 1,
}
# F3P periodic presidential filing
f3p = line_parser('F3P')
# F3X -- periodic pac filing
f3x = line_parser('F3X')
f3ps = line_parser('F3PS')
# F4 inaugural committees
f4 = line_parser('F4')
# schedules
sa = line_parser('SchA')
sa3l = line_parser('SchA3L')
sb = line_parser('SchB')
sc1 = line_parser('SchC1')
sc2 = line_parser('SchC2')
sc = line_parser('SchC')
sd = line_parser('SchD')
se = line_parser('SchE')
sf = line_parser('SchF')
h1 = line_parser('H1')
h2 = line_parser('H2')
h3 = line_parser('H3')
h4 = line_parser('H4')
h5 = line_parser('H5')
h6 = line_parser('H6')
sl = line_parser('SchL')
# F24 -- 24 hr ie report
f24 = line_parser('F24')
#F9 -- Electioneering communication
f9 = line_parser('F9')
f91 = line_parser('F91')
f92 = line_parser('F92')
f93 = line_parser('F93')
f94 = line_parser('F94')
# IE report by non-committee, roughly
f5 = line_parser('F5')
f56 = line_parser('F56')
f57 = line_parser('F57')
# 48-hr report from candidate committee
f6 = line_parser('F6')
f65 = line_parser('F65')
# communication cost - these are typically filed in print
f7 = line_parser('F7')
f76 = line_parser('F76')
# F3 Periodic report for candidate
f3 = line_parser('F3')
f3s = line_parser('F3S')
# lobbyist bundling
f3l = line_parser('F3L')
# Allow text in lines
text = line_parser('TEXT')
f13 = line_parser('F13')
f132 = line_parser('F132')
f133 = line_parser('F133')
# match form type to appropriate parsers; must be applied with re.I
# the leading ^ are redundant if we're using re.match, but...
self.line_dict = {
'^SA': sa,
'^SB': sb,
'^SC': sc,
'^SC1': sc1,
'^SC2': sc2,
'^SD': sd,
'^SE': se,
'^SF': sf,
'^SL': sl,
'^H1': h1,
'^H2': h2,
'^H3': h3,
'^H4': h4,
'^H5': h5,
'^H6': h6,
'^F3X[A|N|T]': f3x,
'^F3P[A|N|T]': f3p,
'^F3L[A|N]': f3l,
'^F4[A|N|T]': f4,
'^F3PS': f3ps,
'^F3S': f3s,
'^F3[A|N|T]$': f3,
'^F6[A|N]*$': f6,
'^F65': f65,
'^F91': f91,
'^F92': f92,
'^F93': f93,
'^F94': f94,
'^F9': f9,
'^F57': f57,
'^F56': f56,
'^F5': f5,
'^TEXT': text,
'^F24': f24,
'^F7[A|N]$': f7,
'^F76$': f76,
'^SA3L': sa3l,
'^F13[A|N]$': f13,
'^F132': f132,
'^F133': f133,
}
# The regex parsers must be tested in a certain order and must be an exact match, since it will use the
# resulting headers as the keys in the output dictionaries.
self.regex_tuple = ('^SA3L', '^SA', '^SB', '^SC1', '^SC2', '^SC',
'^SD', '^SE', '^SF', '^F3X[A|N|T]', '^F3P[A|N|T]',
'^F3S', '^F3[A|N|T]$', '^F91', '^F92', '^F93',
'^F94', '^F9', '^F6[A|N]*$', '^F65', '^F57',
'^F56', '^F5', '^TEXT', '^F24', '^H1', '^H2',
'^H3', '^H4', '^H5', '^H6', '^SL', '^F3PS',
'^F76$', '^F7[A|N]$', '^F4[A|N|T]', '^F3L[A|N]',
'^F13[A|N]$', '^F132', '^F133')
