def version_dict():
"""
A dictionary describing the version of Sage.
INPUT:
nothing
OUTPUT:
dictionary with keys 'major', 'minor', 'tiny', 'prerelease'
This process the Sage version string and produces a dictionary.
It expects the Sage version to be in one of these forms:
N.N
N.N.N
N.N.N.N
N.N.str
N.N.N.str
N.N.N.N.str
where 'N' stands for an integer and 'str' stands for a string.
The first integer is stored under the 'major' key and the second
integer under 'minor'. If there is one more integer, it is stored
under 'tiny'; if there are two more integers, then they are stored
together as a float N.N under 'tiny'. If there is a string, then
the key 'prerelease' returns True.
For example, if the Sage version is '3.2.1', then the dictionary
is {'major': 3, 'minor': 2, 'tiny': 1, 'prerelease': False}.
If the Sage version is '3.2.1.2', then the dictionary is
{'major': 3, 'minor': 2, 'tiny': 1.200..., 'prerelease': False}.
If the Sage version is '3.2.alpha0', then the dictionary is
{'major': 3, 'minor': 2, 'tiny': 0, 'prerelease': True}.
EXAMPLES:
sage: from sage.misc.banner import version_dict
sage: print "Sage major version is %s" % version_dict()['major']
Sage major version is ...
sage: version_dict()['major'] == int(sage.version.version.split('.')[0])
True
"""
v = SAGE_VERSION.split('.')
dict = {}
dict['major'] = int(v[0])
dict['minor'] = int(v[1])
dict['tiny'] = 0
dict['prerelease'] = False
try:
dummy = int(v[-1])
except ValueError: # when last entry is not an integer
dict['prerelease'] = True
if (len(v) == 3 and not dict['prerelease']) or len(v) > 3:
dict['tiny'] = int(v[2])
try:
teeny = int(v[3])
dict['tiny'] += 0.1 * teeny
except (ValueError, IndexError):
pass
return dict
def version_dict():
"""
A dictionary describing the version of Sage.
INPUT:
nothing
OUTPUT:
dictionary with keys 'major', 'minor', 'tiny', 'prerelease'
This process the Sage version string and produces a dictionary.
It expects the Sage version to be in one of these forms:
N.N
N.N.N
N.N.N.N
N.N.str
N.N.N.str
N.N.N.N.str
where 'N' stands for an integer and 'str' stands for a string.
The first integer is stored under the 'major' key and the second
integer under 'minor'. If there is one more integer, it is stored
under 'tiny'; if there are two more integers, then they are stored
together as a float N.N under 'tiny'. If there is a string, then
the key 'prerelease' returns True.
For example, if the Sage version is '3.2.1', then the dictionary
is {'major': 3, 'minor': 2, 'tiny': 1, 'prerelease': False}.
If the Sage version is '3.2.1.2', then the dictionary is
{'major': 3, 'minor': 2, 'tiny': 1.200..., 'prerelease': False}.
If the Sage version is '3.2.alpha0', then the dictionary is
{'major': 3, 'minor': 2, 'tiny': 0, 'prerelease': True}.
EXAMPLES:
sage: from sage.misc.banner import version_dict
sage: print "Sage major version is %s" % version_dict()['major']
Sage major version is ...
sage: version_dict()['major'] == int(sage.version.version.split('.')[0])
True
"""
v = SAGE_VERSION.split('.')
dict = {}
dict['major'] = int(v[0])
dict['minor'] = int(v[1])
dict['tiny'] = 0
dict['prerelease'] = False
try:
dummy = int(v[-1])
except ValueError: # when last entry is not an integer
dict['prerelease'] = True
if (len(v) == 3 and not dict['prerelease']) or len(v) > 3:
dict['tiny'] = int(v[2])
try:
teeny = int(v[3])
dict['tiny'] += 0.1 * teeny
except (ValueError, IndexError):
pass
return dict
from lmfdb.utils import make_logger
import flask
## Some common definitions to use in this module.
default_prec = 10 # The default number of terms in a q-expansion
default_bprec = 53 # The default number of bits of precision to compute for floating point data
default_display_bprec = 26 # The default number of bits of precision to display for floating point data
default_max_height = 90
from sage.env import SAGE_VERSION
version_major, version_minor = [int(x) for x in SAGE_VERSION.split('.')[:2]]
#if (version_major, version_minor) >= (6,9):
# emf_version = 1.3
#elif (version_major, version_minor) >= (6,8):
# emf_version = 1.3
#else:
# emf_version = 1.1
emf_version = 1.3
EMF_TOP = "Holomorphic Modular Forms" # The name to use for the top of this catergory
EMF = "emf" # The current blueprint name
emf = flask.Blueprint(EMF, __name__, template_folder="views/templates", static_folder="views/static")
emf_logger = make_logger(emf)
emf_logger.info("Initializing elliptic modular forms blueprint with Sage version %s, emf version %s" % (SAGE_VERSION, emf_version))
### Maximum values for computations
N_max_comp = 50
k_max_comp = 12
N_max_Gamma1_fdraw = 33
N_max_Gamma0_fdraw = 300
N_max_db = 5000
from lmfdb.utils import make_logger
import flask
## Some common definitions to use in this module.
default_prec = 10 # The default number of terms in a q-expansion
default_bprec = 53 # The default number of bits of precision to compute for floating point data
default_display_bprec = 26 # The default number of bits of precision to display for floating point data
default_max_height = 90
from sage.env import SAGE_VERSION
version_major, version_minor = [int(x) for x in SAGE_VERSION.split('.')[:2]]
#if (version_major, version_minor) >= (6,9):
# emf_version = 1.3
#elif (version_major, version_minor) >= (6,8):
# emf_version = 1.3
#else:
# emf_version = 1.1
emf_version = 1.3
EMF_TOP = "Holomorphic Modular Forms" # The name to use for the top of this catergory
EMF = "emf" # The current blueprint name
emf = flask.Blueprint(EMF,
__name__,
template_folder="views/templates",
static_folder="views/static")
emf_logger = make_logger(emf)
emf_logger.info(
"Initializing elliptic modular forms blueprint with Sage version %s, emf version %s"
% (SAGE_VERSION, emf_version))
### Maximum values for computations
