def save_to_db(self, update = True):
r"""
Saves ```self``` to the database, i.e.
save the meta record and the file in the gridfs file system.
"""
import pymongo
fs = self._files
self.authorize()
file_key = self.file_key_dict()
coll = self._file_collection
if fs.exists(file_key):
emf_logger.debug("File exists with key={0}".format(file_key))
if not update:
return True
else:
fid = coll.find_one(file_key, projection=['_id'])['_id']
fs.delete(fid)
emf_logger.debug("Deleted file with fid={0}".format(fid))
# insert
s = dumps(self.fs_dict())
if not self._use_separate_db:
file_key.update(self.db_dict())
try:
t = fs.put(s, **file_key)
emf_logger.debug("Inserted file t={0}, filekey={1}".format(t,file_key))
except Exception, e:
emf_logger.debug("Could not insert file s={0}, filekey={1}".format(s,file_key))
emf_logger.warn("Error inserting record: {0}".format(e))
def save_to_db(self, update=True):
r"""
Saves ```self``` to the database, i.e.
save the meta record and the file in the gridfs file system.
"""
import pymongo
fs = self._files
self.authorize()
file_key = self.file_key_dict()
coll = self._file_collection
if fs.exists(file_key):
emf_logger.debug("File exists with key={0}".format(file_key))
if not update:
return True
else:
fid = coll.find_one(file_key, projection=['_id'])['_id']
fs.delete(fid)
emf_logger.debug("Deleted file with fid={0}".format(fid))
# insert
s = dumps(self.fs_dict())
if not self._use_separate_db:
file_key.update(self.db_dict())
try:
t = fs.put(s, **file_key)
emf_logger.debug("Inserted file t={0}, filekey={1}".format(
t, file_key))
except Exception, e:
emf_logger.debug("Could not insert file s={0}, filekey={1}".format(
s, file_key))
emf_logger.warn("Error inserting record: {0}".format(e))
def print_list_of_coefficients(info):
r"""
Print a table of Fourier coefficients in the requested format
"""
level = my_get(info, 'level', -1, int)
weight = my_get(info, 'weight', -1, int)
prec = my_get(info, 'prec', 12, int) # number of digits
bitprec = my_get(info, 'bitprec', 12, int) # number of digits
character = my_get(info, 'character', '', str) # int(info.get('weight',0))
fmt = info.get("format", "q_expansion")
if character == '':
character = '1'
label = info.get('label', '')
if character.isalnum():
character = int(character)
else:
return "The character '{0}' is not well-defined!".format(character)
print "--------------"
if label == '' or level == -1 or weight == -1:
return "Need to specify a modular form completely!!"
number = int(info['number']) + 1 if 'number' in info else 20
emf_logger.debug("number = {}".format(number))
F = WebNewForm(level=level,
weight=weight,
character=character,
label=label,
prec=number)
if not F.has_updated():
return ""
if not 'number' in info:
F.prec = number = max(F.parent.sturm_bound + 1, 20)
F.update_from_db()
shead = "Cusp forms of weight " + str(weight) + "on \(" + latex(
F.parent.group) + "\)"
s = ""
if ((character is not None) and (character > 0)):
shead = shead + " and character \( \chi_{" + str(character) + "}\)"
# s="<table><tr><td>"
coefs = ""
if fmt == "sage":
res = []
if number > F.max_available_prec():
raise IndexError, "The database does not contain this many ({0}) coefficients for this modular form! We only have {1}".format(
number, F.max_available_prec())
if fmt == "sage":
qe = F.coefficients(range(number))
res.append(qe)
else:
coefs += print_coefficients_for_one_form(F,
number,
info['format'],
bitprec=bitprec)
if not fmt == "sage":
return s + "\n" + coefs
else:
if len(res) == 1:
res = res[0]
#print "res=",res
return dumps(res)
def insert_into_db(self):
r"""
Insert a dictionary of data for self into the database collection
WebNewforms.files
"""
wmf_logger.debug("inserting self into db! name={0}".format(self._name))
C = connect_to_modularforms_db('WebNewforms.files')
fs = get_files_from_gridfs('WebNewforms')
s = {'name':self._name,'version':float(self._version)}
rec = C.find_one(s)
if rec:
id = rec.get('_id')
else:
id = None
if id<>None:
wmf_logger.debug("Removing self from db with id={0}".format(id))
fs.delete(id)
fname = "webnewform-{0:0>5}-{1:0>3}-{2:0>3}-{3}".format(self._N,self._k,self._chi,self._label)
d = self.to_dict()
d.pop('_ap',None)
d.pop('_character',None)
d.pop('_as_factor',None)
id = fs.put(dumps(d),filename=fname,N=int(self._N),k=int(self._k),chi=int(self._chi),label=self._label,name=self._name,version=float(self._version))
wmf_logger.debug("inserted :{0}".format(id))
def append(self, x):
s = dumps(x)
with open(self._index, 'ab') as f:
f.write(struct.pack(_INTSYMB, os.path.getsize(self._data)))
with open(self._sizes, 'ab') as f:
f.write(struct.pack(_INTSYMB, len(s)))
with open(self._data, 'ab') as f:
f.write(s)
def close(self):
# Flush data file and write metadata.
if not self._file.closed:
self._file.close()
with open(self._meta_filename, 'wb') as f:
f.write(dumps(
{'cand': self._cand,
'critical': self._critical,
'count': self._count}
))
def print_list_of_coefficients(info):
r"""
Print a table of Fourier coefficients in the requested format
"""
level = my_get(info, "level", -1, int)
weight = my_get(info, "weight", -1, int)
bitprec = my_get(info, "bitprec", 12, int) # number of digits
character = my_get(info, "character", "", str) # int(info.get('weight',0))
fmt = info.get("format", "q_expansion")
if character == "":
character = "1"
label = info.get("label", "")
if character.isalnum():
character = int(character)
else:
return "The character '{0}' is not well-defined!".format(character)
print "--------------"
if label == "" or level == -1 or weight == -1:
return "Need to specify a modular form completely!!"
number = int(info["number"]) + 1 if "number" in info else 20
emf_logger.debug("number = {}".format(number))
F = WebNewForm(level=level, weight=weight, character=character, label=label, prec=number)
if not F.has_updated():
return ""
if not "number" in info:
F.prec = number = max(F.parent.sturm_bound + 1, 20)
F.update_from_db()
shead = "Cusp forms of weight " + str(weight) + "on \(" + latex(F.parent.group) + "\)"
s = ""
if (character is not None) and (character > 0):
shead = shead + " and character \( \chi_{" + str(character) + "}\)"
# s="<table><tr><td>"
coefs = ""
if fmt == "sage":
res = []
if number > F.max_available_prec():
raise IndexError, "The database does not contain this many ({0}) coefficients for this modular form! We only have {1}".format(
number, F.max_available_prec()
)
if fmt == "sage":
qe = F.coefficients(range(number))
res.append(qe)
else:
coefs += print_coefficients_for_one_form(F, number, info["format"], bitprec=bitprec)
if not fmt == "sage":
return s + "\n" + coefs
else:
if len(res) == 1:
res = res[0]
# print "res=",res
return dumps(res)
def save(self, obj, key=None, compress=None):
"""Save Python object obj to the grid file system self.gridfs.
If key is None, the file is stored by MongoDB assigned
ObjectID, and that id is returned.
"""
from sage.all import dumps
data = dumps(obj, compress=compress)
if key is not None:
self.gridfs.put(data, filename=key)
return key
else:
# store by MongoDB assigned _id only, and return that id.
return self.gridfs.put(data)
def save(self, obj, key=None, compress=None):
"""Save Python object obj to the grid file system self.gridfs.
If key is None, the file is stored by MongoDB assigned
ObjectID, and that id is returned.
"""
from sage.all import dumps
data = dumps(obj, compress=compress)
if key is not None:
self.gridfs.put(data, filename=key)
return key
else:
# store by MongoDB assigned _id only, and return that id.
return self.gridfs.put(data)
def generate_fundom_plots(N, group='Gamma0'):
gps = C['SL2Zsubgroups']['groups']
if group == 'Gamma0':
G = Gamma0(N)
grouptype = int(0)
else:
G = Gamma1(N)
grouptype = int(1)
dom = draw_fundamental_domain(N, group)
filename = 'domain' + str(N) + '.png'
save(dom, filename)
data = open(filename).read()
idins = gps.insert({'level': int(N), 'index': int(G.index(
)), 'G': pymongo.binary.Binary(dumps(G)), 'domain': pymongo.binary.Binary(data), 'type': grouptype})
print "inserted: ", N, " ", idins
def command(self):
r"""
Return command line arguments that can be used to recreate this surface.
EXAMPLES::
>>> from flatsurvey.surfaces import Ngon
>>> Ngon((1, 1, 1), 'exact-real').command()
['pickle', '--base64', '...']
"""
from base64 import b64encode
from sage.all import dumps
return ["pickle", "--base64", b64encode(dumps(self)).decode("ASCII").strip()]
def save_to_db(self, update=True):
r"""
Saves ```self``` to the database, i.e.
save the meta record and the file in the gridfs file system.
"""
import pymongo
from pymongo.errors import OperationFailure
fs = self._files
try:
self.authorize()
except OperationFailure:
emf_logger.critical(
"Authentication failed. You are not authorized to save data to the database!"
)
return False
if self._use_gridfs:
file_key = self.file_key_dict()
coll = self._file_collection
if fs.exists(file_key):
emf_logger.debug("File exists with key={0}".format(file_key))
if not update:
return True
else:
fid = coll.find_one(file_key, projection=['_id'])['_id']
fs.delete(fid)
emf_logger.debug("Deleted file with fid={0}".format(fid))
# insert
s = dumps(self.fs_dict())
if not self._use_separate_db:
file_key.update(self.db_dict())
try:
t = fs.put(s, **file_key)
emf_logger.debug("Inserted file with filekey={1}".format(
t, file_key))
except Exception, e:
emf_logger.debug(
"Could not insert file with filekey={1}".format(
s, file_key))
emf_logger.warn("Error inserting record: {0}".format(e))
#fid = coll.find_one(key)['_id']
# insert extended record
if not self._use_separate_db:
self.logout()
return True
def generate_fundom_plots(N, group='Gamma0'):
gps = C['SL2Zsubgroups']['groups']
if group == 'Gamma0':
G = Gamma0(N)
grouptype = int(0)
else:
G = Gamma1(N)
grouptype = int(1)
dom = draw_fundamental_domain(N, group)
filename = 'domain' + str(N) + '.png'
save(dom, filename)
data = open(filename).read()
idins = gps.insert({
'level': int(N),
'index': int(G.index()),
'G': pymongo.binary.Binary(dumps(G)),
'domain': pymongo.binary.Binary(data),
'type': grouptype
})
print "inserted: ", N, " ", idins
def download_web_modform(info):
r"""
Return a dump of a WebNewForm object.
"""
emf_logger.debug("IN GET_WEB_MODFORM!!! info={0}".format(info))
level = my_get(info, 'level', -1, int)
weight = my_get(info, 'weight', -1, int)
character = my_get(info, 'character', 0, int) # int(info.get('weight',0))
emf_logger.debug("info={0}".format(info))
if character == '':
character = 0
label = info.get('label', '')
# we only want one form or one embedding
if label != '':
if format == 'sage':
if character != 0:
D = DirichletGroup(level)
x = D[character]
X = Newforms(x, weight, names='a')
else:
X = Newforms(level, weight, names='a')
else: # format=='web_new':
X = WebNewForm(level=level,
weight=weight,
character=character,
label=label)
s = dumps(X)
name = "{0}-{1}-{2}-{3}-web_newform.sobj".format(weight, level, character,
label)
emf_logger.debug("name={0}".format(name))
info['filename'] = name
strIO = StringIO.StringIO()
strIO.write(s)
strIO.seek(0)
try:
return send_file(strIO,
attachment_filename=info["filename"],
as_attachment=True)
except IOError:
info['error'] = "Could not send file!"
def generate_fundom_plots(N, group="Gamma0"):
gps = C["SL2Zsubgroups"]["groups"]
if group == "Gamma0":
G = Gamma0(N)
grouptype = int(0)
else:
G = Gamma1(N)
grouptype = int(1)
dom = draw_fundamental_domain(N, group)
filename = "domain" + str(N) + ".png"
save(dom, filename)
data = open(filename).read()
idins = gps.insert(
{
"level": int(N),
"index": int(G.index()),
"G": pymongo.binary.Binary(dumps(G)),
"domain": pymongo.binary.Binary(data),
"type": grouptype,
}
)
print "inserted: ", N, " ", idins
def insert_into_db(self):
r"""
Insert a dictionary of data for self into the collection WebModularforms.files
"""
wmf_logger.debug("inserting self into db! name={0}".format(self._name))
db = connect_to_modularforms_db('WebModformspace.files')
fs = get_files_from_gridfs('WebModformspace')
s = {'name':self._name,'version':emf_version}
rec = db.find_one(s)
if rec:
id = rec.get('_id')
else:
id = None
if id<>None:
wmf_logger.debug("Removing self from db with id={0}".format(id))
fs.delete(id)
fname = "webmodformspace-{0:0>5}-{1:0>3}-{2:0>3}".format(self._N,self._k,self._chi)
d = self.to_dict()
d.pop('_ap',None) # Since the ap's are already in the database we don't need them here
id = fs.put(dumps(d),filename=fname,N=int(self._N),k=int(self._k),chi=int(self._chi),name=self._name,version=emf_version)
wmf_logger.debug("inserted :{0}".format(id))
def save_to_db(self, update = True):
r"""
Saves ```self``` to the database, i.e.
save the meta record and the file in the gridfs file system.
"""
import pymongo
from pymongo.errors import OperationFailure
fs = self._files
try:
self.authorize()
except OperationFailure:
emf_logger.critical("Authentication failed. You are not authorized to save data to the database!")
return False
if self._use_gridfs:
file_key = self.file_key_dict()
coll = self._file_collection
if fs.exists(file_key):
emf_logger.debug("File exists with key={0}".format(file_key))
if not update:
return True
else:
fid = coll.find_one(file_key, projection=['_id'])['_id']
fs.delete(fid)
emf_logger.debug("Deleted file with fid={0}".format(fid))
# insert
s = dumps(self.fs_dict())
if not self._use_separate_db:
file_key.update(self.db_dict())
try:
t = fs.put(s, **file_key)
emf_logger.debug("Inserted file with filekey={1}".format(t,file_key))
except Exception, e:
emf_logger.debug("Could not insert file with filekey={1}".format(s,file_key))
emf_logger.warn("Error inserting record: {0}".format(e))
#fid = coll.find_one(key)['_id']
# insert extended record
if not self._use_separate_db:
self.logout()
return True
def download_web_modform(info):
r"""
Return a dump of a WebNewForm object.
"""
emf_logger.debug("IN GET_WEB_MODFORM!!! info={0}".format(info))
level = my_get(info, 'level', -1, int)
weight = my_get(info, 'weight', -1, int)
character = my_get(info, 'character',0, int) # int(info.get('weight',0))
emf_logger.debug("info={0}".format(info))
if character == '':
character = 0
label = info.get('label', '')
# we only want one form or one embedding
if label != '':
if format == 'sage':
if character != 0:
D = DirichletGroup(level)
x = D[character]
X = Newforms(x, weight, names='a')
else:
X = Newforms(level, weight, names='a')
else: # format=='web_new':
X = WebNewForm(level=level, weight=weight, character=character, label=label)
s = dumps(X)
name = "{0}-{1}-{2}-{3}-web_newform.sobj".format(weight, level, character, label)
emf_logger.debug("name={0}".format(name))
info['filename'] = name
strIO = StringIO.StringIO()
strIO.write(s)
strIO.seek(0)
try:
return send_file(strIO,
attachment_filename=info["filename"],
as_attachment=True)
except IOError:
info['error'] = "Could not send file!"
def render_one_maass_waveform(maass_id, **kwds):
info = get_args_mwf(**kwds)
info['maass_id'] = bson.objectid.ObjectId(maass_id)
mwf_logger.debug("in_render_one_maass_form: info={0}".format(info))
if info.get('download', '') == 'coefficients1':
DB = connect_db()
fname = ""
f = DB.get_maassform_by_id({"_id": info['maass_id']}, filename='True')
dim = f.get('dim', 0)
res = DB.get_coefficients({"_id": info['maass_id']}, filename='True')
if isinstance(res, list):
if isinstance(res, list):
res = res[0][0]
else:
res = res[0]
try:
C, fname = res
except: # ValueError:
C = res
mwf_logger.debug("res={0}".format(res))
filename = fname + '.txt'
mwf_logger.debug("filename={0}".format(filename))
s = dumps(C)
strIO = StringIO.StringIO()
strIO.write(s)
strIO.seek(0)
try:
return send_file(strIO,
attachment_filename=filename,
as_attachment=True)
except IOError:
info['error'] = "Could not send file!"
else:
# mwf_logger.debug("id1={0}".format(id))
return render_one_maass_waveform_wp(info)
def to_fs(self):
return dumps(self._value)
def _test(self):
from sage.all import QuadraticField, loads, dumps
K = QuadraticField(-1, 'i')
if loads(dumps(K.maximal_order())) is not K.maximal_order():
raise Exception("#24934 has not been fixed")
def to_fs(self):
return dumps(self._value)
def dump_coefficients(self, prec):
if prec is None:
prec = self.prec
return dumps(self.coefficients(range(prec)))
def dump_coefficients(self, prec):
if prec is None:
prec = self.prec
return dumps(self.coefficients(range(prec)))
def print_list_of_coefficients(info):
r"""
Print a table of Fourier coefficients in the requested format
"""
level = my_get(info, 'level', -1, int)
weight = my_get(info, 'weight', -1, int)
prec = my_get(info, 'prec', 12, int) # number of digits
bitprec = my_get(info, 'bitprec', 12, int) # number of digits
character = my_get(info, 'character', '', str) # int(info.get('weight',0))
fmt = info.get("format","q_expansion")
if character == '':
character = '1'
label = info.get('label', '')
if character.isalnum():
character = int(character)
else:
return "The character '{0}' is not well-defined!".format(character)
print "--------------"
if label == '' or level == -1 or weight == -1:
return "Need to specify a modular form completely!!"
WMFS = WebModFormSpace(level= level, weight = weight, cuspidal=True,character = character)
if not WMFS:
return ""
if('number' in info):
number = int(info['number']) + 1
else:
number = max(WMFS.sturm_bound + 1, 20)
FS = list()
f = WMFS.hecke_orbits.get(label)
if f is not None:
FS.append(f)
else:
for label in WMFS.hecke_orbits:
FS.append(WMFS.f(label))
shead = "Cusp forms of weight " + str(weight) + "on \(" + latex(WMFS.group) + "\)"
s = ""
if((character is not None) and (character > 0)):
shead = shead + " and character \( \chi_{" + str(character) + "}\)"
# s="<table><tr><td>"
coefs = ""
if fmt == "sage":
res = []
for F in FS:
if number > F.max_cn():
raise IndexError,"The database does not contain this many ({0}) coefficients for this modular form! We only have {1}".format(number,F.max_cn())
if len(FS) > 1:
if info['format'] == 'html':
coefs += F.label()
else:
coefs += F.label()
if fmt == "sage":
qe = F.coefficients(range(number))
res.append(qe)
else:
coefs += print_coefficients_for_one_form(F, number, info['format'],bitprec=bitprec)
if not fmt == "sage":
return s+"\n"+coefs
else:
if len(res)==1:
res = res[0]
#print "res=",res
return dumps(res)
def print_list_of_coefficients(info):
r"""
Print a table of Fourier coefficients in the requested format
"""
level = my_get(info, 'level', -1, int)
weight = my_get(info, 'weight', -1, int)
prec = my_get(info, 'prec', 12, int) # number of digits
bitprec = my_get(info, 'bitprec', 12, int) # number of digits
character = my_get(info, 'character', '', str) # int(info.get('weight',0))
fmt = info.get("format", "q_expansion")
if character == '':
character = '1'
label = info.get('label', '')
if character.isalnum():
character = int(character)
else:
return "The character '{0}' is not well-defined!".format(character)
print "--------------"
if label == '' or level == -1 or weight == -1:
return "Need to specify a modular form completely!!"
WMFS = WebModFormSpace(level=level,
weight=weight,
cuspidal=True,
character=character)
if not WMFS:
return ""
if ('number' in info):
number = int(info['number']) + 1
else:
number = max(WMFS.sturm_bound + 1, 20)
FS = list()
f = WMFS.hecke_orbits.get(label)
if f is not None:
FS.append(f)
else:
for label in WMFS.hecke_orbits:
FS.append(WMFS.f(label))
shead = "Cusp forms of weight " + str(weight) + "on \(" + latex(
WMFS.group) + "\)"
s = ""
if ((character is not None) and (character > 0)):
shead = shead + " and character \( \chi_{" + str(character) + "}\)"
# s="<table><tr><td>"
coefs = ""
if fmt == "sage":
res = []
for F in FS:
if number > F.max_cn():
raise IndexError, "The database does not contain this many ({0}) coefficients for this modular form! We only have {1}".format(
number, F.max_cn())
if len(FS) > 1:
if info['format'] == 'html':
coefs += F.label()
else:
coefs += F.label()
if fmt == "sage":
qe = F.coefficients(range(number))
res.append(qe)
else:
coefs += print_coefficients_for_one_form(F,
number,
info['format'],
bitprec=bitprec)
if not fmt == "sage":
return s + "\n" + coefs
else:
if len(res) == 1:
res = res[0]
#print "res=",res
return dumps(res)