def download_search(info, res):
dltype = info['Submit']
delim = 'bracket'
com = r'\\' # single line comment start
com1 = '' # multiline comment start
com2 = '' # multiline comment end
filename = 'fields.gp'
mydate = time.strftime("%d %B %Y")
if dltype == 'sage':
com = '#'
filename = 'fields.sage'
if dltype == 'mathematica':
com = ''
com1 = '(*'
com2 = '*)'
delim = 'brace'
filename = 'fields.ma'
if dltype == 'magma':
com = ''
com1 = '/*'
com2 = '*/'
delim = 'magma'
filename = 'fields.m'
s = com1 + "\n"
s += com + ' Global number fields downloaded from the LMFDB downloaded %s\n'% mydate
s += com + ' Below is a list called data. Each entry has the form:\n'
s += com + ' [polynomial, discriminant, t-number, class group]\n'
s += com + ' Here the t-number is for the Galois group\n'
s += com + ' If a class group was not computed, the entry is [-1]\n'
s += '\n' + com2
s += '\n'
if dltype == 'magma':
s += 'data := ['
else:
s += 'data = ['
s += '\\\n'
Qx = PolynomialRing(QQ,'x')
str2pol = lambda s: Qx([QQ(str(c)) for c in s.split(',')])
for f in res:
## We should try to avoid using database specific information here
## Kept for now for speed
# wnf = WebNumberField.from_data(f)
# entry = ', '.join(
# [str(wnf.poly()), str(wnf.disc()), str(wnf.galois_t()), str(wnf.class_group_invariants_raw())])
pol = str2pol(f['coeffs'])
D = decodedisc(f['disc_abs_key'], f['disc_sign'])
gal_t = f['galois']['t']
if 'class_group' in f:
cl = string2list(f['class_group'])
else:
cl = [-1]
entry = ', '.join([str(pol), str(D), str(gal_t), str(cl)])
s += '[' + entry + ']' + ',\\\n'
s = s[:-3]
if dltype == 'gp':
s += '];\n'
else:
s += ']\n'
if delim == 'brace':
s = s.replace('[', '{')
s = s.replace(']', '}')
if delim == 'magma':
s = s.replace('[', '[*')
s = s.replace(']', '*]')
s += ';'
strIO = StringIO.StringIO()
strIO.write(s)
strIO.seek(0)
return send_file(strIO,
attachment_filename=filename,
as_attachment=True)
def download_search(info, res):
dltype = info.get('Submit')
delim = 'bracket'
com = r'\\' # single line comment start
com1 = '' # multiline comment start
com2 = '' # multiline comment end
filename = 'fields.gp'
mydate = time.strftime("%d %B %Y")
if dltype == 'sage':
com = '#'
filename = 'fields.sage'
if dltype == 'mathematica':
com = ''
com1 = '(*'
com2 = '*)'
delim = 'brace'
filename = 'fields.ma'
if dltype == 'magma':
com = ''
com1 = '/*'
com2 = '*/'
delim = 'magma'
filename = 'fields.m'
s = com1 + "\n"
s += com + ' Global number fields downloaded from the LMFDB downloaded %s\n' % mydate
s += com + ' Below is a list called data. Each entry has the form:\n'
s += com + ' [polynomial, discriminant, t-number, class group]\n'
s += com + ' Here the t-number is for the Galois group\n'
s += com + ' If a class group was not computed, the entry is [-1]\n'
s += '\n' + com2
s += '\n'
if dltype == 'magma':
s += 'data := ['
else:
s += 'data = ['
s += '\\\n'
Qx = PolynomialRing(QQ, 'x')
str2pol = lambda s: Qx([QQ(str(c)) for c in s.split(',')])
for f in res:
## We should try to avoid using database specific information here
## Kept for now for speed
# wnf = WebNumberField.from_data(f)
# entry = ', '.join(
# [str(wnf.poly()), str(wnf.disc()), str(wnf.galois_t()), str(wnf.class_group_invariants_raw())])
pol = str2pol(f['coeffs'])
D = decodedisc(f['disc_abs_key'], f['disc_sign'])
gal_t = f['galois']['t']
if 'class_group' in f:
cl = string2list(f['class_group'])
else:
cl = [-1]
entry = ', '.join([str(pol), str(D), str(gal_t), str(cl)])
s += '[' + entry + ']' + ',\\\n'
s = s[:-3]
if dltype == 'gp':
s += '];\n'
else:
s += ']\n'
if delim == 'brace':
s = s.replace('[', '{')
s = s.replace(']', '}')
if delim == 'magma':
s = s.replace('[', '[*')
s = s.replace(']', '*]')
s += ';'
strIO = StringIO.StringIO()
strIO.write(s)
strIO.seek(0)
return send_file(strIO,
attachment_filename=filename,
as_attachment=True,
add_etags=False)