Instruction stringlengths 362 7.83k | output_code stringlengths 1 945 |
|---|---|
Predict the next line after this snippet: <|code_start|>
def test_reverse_terra_with_zero_iterations():
# With zero iterations, should return "geocentric" rather than
# "geodetic" (="correct") longitude and latitude.
lat, lon, elevation = reverse_terra(array([1, 0, 1]), 0, iterations=0)
assert abs(lat - tau / 8) < 1e-16
<|code_end|>
using the current file's imports:
from numpy import array, sqrt
from skyfield.earthlib import AU_M, ERAD, reverse_terra, tau
and any relevant context from other files:
# Path: skyfield/earthlib.py
# def terra(latitude, longitude, elevation, gast):
# def reverse_terra(xyz_au, gast, iterations=3):
# def compute_limb_angle(position_au, observer_au):
# def sidereal_time(t):
# def earth_rotation_angle(jd_ut1, fraction_ut1=0.0):
# def refraction(alt_degrees, temperature_C, pressure_mbar):
# def refract(alt_degrees, temperature_C, pressure_mbar):
# R = sqrt(x*x + y*y)
# C = 1.0
# C = 1.0 / sqrt(1.0 - e2 * (sin(lat) ** 2.0))
. Output only the next line. | assert lon == 0.0 |
Here is a snippet: <|code_start|>
def test_radec_and_altaz_angles_and_rates():
# HORIZONS test data in Skyfield repository: authorities/radec-altaz-rates
ts = load.timescale()
t = ts.utc(2021, 2, 3)
top = wgs84.latlon(35.1844866, 248.347300, elevation_m=2106.9128)
planets = load('de421.bsp')
a = (planets['earth'] + top).at(t).observe(planets['mars']).apparent()
# First, verify RA and declination.
frame = framelib.true_equator_and_equinox_of_date
<|code_end|>
. Write the next line using the current file imports:
from numpy import cos
from skyfield import framelib
from skyfield.api import Topos, load, wgs84
from skyfield.constants import AU_M, ERAD
from skyfield.positionlib import Geocentric
and context from other files:
# Path: skyfield/framelib.py
# def build_matrix():
# def rotation_at(t):
# def build_ecliptic_matrix(t):
# def rotation_at(t):
# def rotation_at(t):
# def _dRdt_times_RT_at(t):
# def rotation_at(t):
# def _dRdt_times_RT_at(t):
# def rotation_at(self, t):
# def __init__(self, doc, matrix):
# def rotation_at(self, t):
# class ICRS(object):
# class true_equator_and_equinox_of_date(object):
# class tirs(object):
# class itrs(object):
# class ecliptic_frame(object):
# class InertialFrame(object):
# R = mxm(rot_z(-t.gast * tau / 24.0), t.M)
# R = mxm(t.polar_motion_matrix(), R)
#
# Path: skyfield/api.py
# N = E = +1.0
# S = W = -1.0
#
# Path: skyfield/constants.py
# AU_M = 149597870700 # per IAU 2012 Resolution B2
#
# ERAD = 6378136.6 # meters
#
# Path: skyfield/positionlib.py
# class Geocentric(ICRF):
# """An |xyz| position measured from the center of the Earth.
#
# A geocentric position is the difference between the position of the
# Earth at a given instant and the position of a target body at the
# same instant, without accounting for light-travel time or the effect
# of relativity on the light itself.
#
# Its ``.position`` and ``.velocity`` vectors have |xyz| axes that
# are those of the Geocentric Celestial Reference System (GCRS), an
# inertial system that is an update to J2000 and that does not rotate
# with the Earth itself.
#
# """
# _default_center = 399
#
# def itrf_xyz(self):
# """Deprecated; instead, call ``.frame_xyz(itrs)``. \
# See `reference_frames`."""
# return self.frame_xyz(framelib.itrs)
#
# def subpoint(self):
# """Deprecated; instead, call either ``iers2010.subpoint(pos)`` or \
# ``wgs84.subpoint(pos)``."""
# from .toposlib import iers2010
# return iers2010.subpoint(self)
, which may include functions, classes, or code. Output only the next line. | dec, ra, distance, dec_rate, ra_rate, range_rate = ( |
Based on the snippet: <|code_start|>
def test_radec_and_altaz_angles_and_rates():
# HORIZONS test data in Skyfield repository: authorities/radec-altaz-rates
ts = load.timescale()
t = ts.utc(2021, 2, 3)
top = wgs84.latlon(35.1844866, 248.347300, elevation_m=2106.9128)
planets = load('de421.bsp')
a = (planets['earth'] + top).at(t).observe(planets['mars']).apparent()
# First, verify RA and declination.
frame = framelib.true_equator_and_equinox_of_date
<|code_end|>
, predict the immediate next line with the help of imports:
from numpy import cos
from skyfield import framelib
from skyfield.api import Topos, load, wgs84
from skyfield.constants import AU_M, ERAD
from skyfield.positionlib import Geocentric
and context (classes, functions, sometimes code) from other files:
# Path: skyfield/framelib.py
# def build_matrix():
# def rotation_at(t):
# def build_ecliptic_matrix(t):
# def rotation_at(t):
# def rotation_at(t):
# def _dRdt_times_RT_at(t):
# def rotation_at(t):
# def _dRdt_times_RT_at(t):
# def rotation_at(self, t):
# def __init__(self, doc, matrix):
# def rotation_at(self, t):
# class ICRS(object):
# class true_equator_and_equinox_of_date(object):
# class tirs(object):
# class itrs(object):
# class ecliptic_frame(object):
# class InertialFrame(object):
# R = mxm(rot_z(-t.gast * tau / 24.0), t.M)
# R = mxm(t.polar_motion_matrix(), R)
#
# Path: skyfield/api.py
# N = E = +1.0
# S = W = -1.0
#
# Path: skyfield/constants.py
# AU_M = 149597870700 # per IAU 2012 Resolution B2
#
# ERAD = 6378136.6 # meters
#
# Path: skyfield/positionlib.py
# class Geocentric(ICRF):
# """An |xyz| position measured from the center of the Earth.
#
# A geocentric position is the difference between the position of the
# Earth at a given instant and the position of a target body at the
# same instant, without accounting for light-travel time or the effect
# of relativity on the light itself.
#
# Its ``.position`` and ``.velocity`` vectors have |xyz| axes that
# are those of the Geocentric Celestial Reference System (GCRS), an
# inertial system that is an update to J2000 and that does not rotate
# with the Earth itself.
#
# """
# _default_center = 399
#
# def itrf_xyz(self):
# """Deprecated; instead, call ``.frame_xyz(itrs)``. \
# See `reference_frames`."""
# return self.frame_xyz(framelib.itrs)
#
# def subpoint(self):
# """Deprecated; instead, call either ``iers2010.subpoint(pos)`` or \
# ``wgs84.subpoint(pos)``."""
# from .toposlib import iers2010
# return iers2010.subpoint(self)
. Output only the next line. | dec, ra, distance, dec_rate, ra_rate, range_rate = ( |
Given the following code snippet before the placeholder: <|code_start|>
# Verify RA and declination rates of change.
assert round(dec_rate.arcseconds.per_hour, 5) == 25.61352
assert round(ra_rate.arcseconds.per_hour * cos(dec.radians),
4) == round(75.15571, 4) # TODO: get last digit to agree?
assert abs(range_rate.km_per_s - 16.7926932) < 2e-5
# Verify altitude and azimuth.
frame = top
alt, az, distance, alt_rate, az_rate, range_rate = (
a.frame_latlon_and_rates(frame))
assert round(alt.degrees, 4) == 65.2758
assert round(az.degrees, 4) == 131.8839
assert abs(distance.m - 1.21164331503552 * AU_M) < 120.0
# Verify altitude and azimuth rates of change.
assert abs(range_rate.km_per_s - 16.7926932) < 2e-5
assert round(alt_rate.arcseconds.per_minute, 2) == 548.66
assert round(az_rate.arcseconds.per_minute * cos(alt.radians), 2) == 663.55
def test_frame_round_trip():
# Does a frame's rotation and twist get applied in the right
# directions? Let's test whether the position and velocity of an
# ITRS vector (ERAD,0,0) are restored to the proper orientation.
top = Topos(latitude_degrees=0, longitude_degrees=0)
ts = load.timescale()
<|code_end|>
, predict the next line using imports from the current file:
from numpy import cos
from skyfield import framelib
from skyfield.api import Topos, load, wgs84
from skyfield.constants import AU_M, ERAD
from skyfield.positionlib import Geocentric
and context including class names, function names, and sometimes code from other files:
# Path: skyfield/framelib.py
# def build_matrix():
# def rotation_at(t):
# def build_ecliptic_matrix(t):
# def rotation_at(t):
# def rotation_at(t):
# def _dRdt_times_RT_at(t):
# def rotation_at(t):
# def _dRdt_times_RT_at(t):
# def rotation_at(self, t):
# def __init__(self, doc, matrix):
# def rotation_at(self, t):
# class ICRS(object):
# class true_equator_and_equinox_of_date(object):
# class tirs(object):
# class itrs(object):
# class ecliptic_frame(object):
# class InertialFrame(object):
# R = mxm(rot_z(-t.gast * tau / 24.0), t.M)
# R = mxm(t.polar_motion_matrix(), R)
#
# Path: skyfield/api.py
# N = E = +1.0
# S = W = -1.0
#
# Path: skyfield/constants.py
# AU_M = 149597870700 # per IAU 2012 Resolution B2
#
# ERAD = 6378136.6 # meters
#
# Path: skyfield/positionlib.py
# class Geocentric(ICRF):
# """An |xyz| position measured from the center of the Earth.
#
# A geocentric position is the difference between the position of the
# Earth at a given instant and the position of a target body at the
# same instant, without accounting for light-travel time or the effect
# of relativity on the light itself.
#
# Its ``.position`` and ``.velocity`` vectors have |xyz| axes that
# are those of the Geocentric Celestial Reference System (GCRS), an
# inertial system that is an update to J2000 and that does not rotate
# with the Earth itself.
#
# """
# _default_center = 399
#
# def itrf_xyz(self):
# """Deprecated; instead, call ``.frame_xyz(itrs)``. \
# See `reference_frames`."""
# return self.frame_xyz(framelib.itrs)
#
# def subpoint(self):
# """Deprecated; instead, call either ``iers2010.subpoint(pos)`` or \
# ``wgs84.subpoint(pos)``."""
# from .toposlib import iers2010
# return iers2010.subpoint(self)
. Output only the next line. | t = ts.utc(2020, 11, 27, 15, 34) # Arbitrary time; LST ~= 20.03. |
Given the following code snippet before the placeholder: <|code_start|> # Verify RA and declination rates of change.
assert round(dec_rate.arcseconds.per_hour, 5) == 25.61352
assert round(ra_rate.arcseconds.per_hour * cos(dec.radians),
4) == round(75.15571, 4) # TODO: get last digit to agree?
assert abs(range_rate.km_per_s - 16.7926932) < 2e-5
# Verify altitude and azimuth.
frame = top
alt, az, distance, alt_rate, az_rate, range_rate = (
a.frame_latlon_and_rates(frame))
assert round(alt.degrees, 4) == 65.2758
assert round(az.degrees, 4) == 131.8839
assert abs(distance.m - 1.21164331503552 * AU_M) < 120.0
# Verify altitude and azimuth rates of change.
assert abs(range_rate.km_per_s - 16.7926932) < 2e-5
assert round(alt_rate.arcseconds.per_minute, 2) == 548.66
assert round(az_rate.arcseconds.per_minute * cos(alt.radians), 2) == 663.55
def test_frame_round_trip():
# Does a frame's rotation and twist get applied in the right
# directions? Let's test whether the position and velocity of an
# ITRS vector (ERAD,0,0) are restored to the proper orientation.
top = Topos(latitude_degrees=0, longitude_degrees=0)
ts = load.timescale()
t = ts.utc(2020, 11, 27, 15, 34) # Arbitrary time; LST ~= 20.03.
<|code_end|>
, predict the next line using imports from the current file:
from numpy import cos
from skyfield import framelib
from skyfield.api import Topos, load, wgs84
from skyfield.constants import AU_M, ERAD
from skyfield.positionlib import Geocentric
and context including class names, function names, and sometimes code from other files:
# Path: skyfield/framelib.py
# def build_matrix():
# def rotation_at(t):
# def build_ecliptic_matrix(t):
# def rotation_at(t):
# def rotation_at(t):
# def _dRdt_times_RT_at(t):
# def rotation_at(t):
# def _dRdt_times_RT_at(t):
# def rotation_at(self, t):
# def __init__(self, doc, matrix):
# def rotation_at(self, t):
# class ICRS(object):
# class true_equator_and_equinox_of_date(object):
# class tirs(object):
# class itrs(object):
# class ecliptic_frame(object):
# class InertialFrame(object):
# R = mxm(rot_z(-t.gast * tau / 24.0), t.M)
# R = mxm(t.polar_motion_matrix(), R)
#
# Path: skyfield/api.py
# N = E = +1.0
# S = W = -1.0
#
# Path: skyfield/constants.py
# AU_M = 149597870700 # per IAU 2012 Resolution B2
#
# ERAD = 6378136.6 # meters
#
# Path: skyfield/positionlib.py
# class Geocentric(ICRF):
# """An |xyz| position measured from the center of the Earth.
#
# A geocentric position is the difference between the position of the
# Earth at a given instant and the position of a target body at the
# same instant, without accounting for light-travel time or the effect
# of relativity on the light itself.
#
# Its ``.position`` and ``.velocity`` vectors have |xyz| axes that
# are those of the Geocentric Celestial Reference System (GCRS), an
# inertial system that is an update to J2000 and that does not rotate
# with the Earth itself.
#
# """
# _default_center = 399
#
# def itrf_xyz(self):
# """Deprecated; instead, call ``.frame_xyz(itrs)``. \
# See `reference_frames`."""
# return self.frame_xyz(framelib.itrs)
#
# def subpoint(self):
# """Deprecated; instead, call either ``iers2010.subpoint(pos)`` or \
# ``wgs84.subpoint(pos)``."""
# from .toposlib import iers2010
# return iers2010.subpoint(self)
. Output only the next line. | p = top.at(t) |
Based on the snippet: <|code_start|> assert max(abs(v.km_per_s)) < 3e-15 # km/s
def test_from_frame_method():
ts = load.timescale()
t = ts.utc(2020, 11, 27, 15, 34)
g1 = Geocentric([1,2,3], [4,5,6], t=t)
r, v = g1.frame_xyz_and_velocity(framelib.itrs) # which we trust: see above
g2 = Geocentric.from_time_and_frame_vectors(t, framelib.itrs, r, v)
assert max(abs(g2.position.au - [1,2,3])) < 2e-14
assert max(abs(g2.velocity.au_per_d - [4,5,6])) < 3e-14
# Make sure original vectors were not harmed (for example, by "+=").
assert list(g1.position.au) == [1,2,3]
assert list(g1.velocity.au_per_d) == [4,5,6]
def test_frame_without_spin():
ts = load.timescale()
t = ts.utc(2020, 11, 27, 15, 34)
g = Geocentric([1,2,3], [4,5,6], t=t)
# Simply test whether "None" spin raises an exception in either direction.
f = framelib.true_equator_and_equinox_of_date
r, v = g.frame_xyz_and_velocity(f)
Geocentric.from_time_and_frame_vectors(t, f, r, v)
def test_tirs_at_least_runs():
# TODO: find an external source for a TIRS vector to test against.
# For now, just make sure it doesn't raise an exception.
ts = load.timescale()
<|code_end|>
, predict the immediate next line with the help of imports:
from numpy import cos
from skyfield import framelib
from skyfield.api import Topos, load, wgs84
from skyfield.constants import AU_M, ERAD
from skyfield.positionlib import Geocentric
and context (classes, functions, sometimes code) from other files:
# Path: skyfield/framelib.py
# def build_matrix():
# def rotation_at(t):
# def build_ecliptic_matrix(t):
# def rotation_at(t):
# def rotation_at(t):
# def _dRdt_times_RT_at(t):
# def rotation_at(t):
# def _dRdt_times_RT_at(t):
# def rotation_at(self, t):
# def __init__(self, doc, matrix):
# def rotation_at(self, t):
# class ICRS(object):
# class true_equator_and_equinox_of_date(object):
# class tirs(object):
# class itrs(object):
# class ecliptic_frame(object):
# class InertialFrame(object):
# R = mxm(rot_z(-t.gast * tau / 24.0), t.M)
# R = mxm(t.polar_motion_matrix(), R)
#
# Path: skyfield/api.py
# N = E = +1.0
# S = W = -1.0
#
# Path: skyfield/constants.py
# AU_M = 149597870700 # per IAU 2012 Resolution B2
#
# ERAD = 6378136.6 # meters
#
# Path: skyfield/positionlib.py
# class Geocentric(ICRF):
# """An |xyz| position measured from the center of the Earth.
#
# A geocentric position is the difference between the position of the
# Earth at a given instant and the position of a target body at the
# same instant, without accounting for light-travel time or the effect
# of relativity on the light itself.
#
# Its ``.position`` and ``.velocity`` vectors have |xyz| axes that
# are those of the Geocentric Celestial Reference System (GCRS), an
# inertial system that is an update to J2000 and that does not rotate
# with the Earth itself.
#
# """
# _default_center = 399
#
# def itrf_xyz(self):
# """Deprecated; instead, call ``.frame_xyz(itrs)``. \
# See `reference_frames`."""
# return self.frame_xyz(framelib.itrs)
#
# def subpoint(self):
# """Deprecated; instead, call either ``iers2010.subpoint(pos)`` or \
# ``wgs84.subpoint(pos)``."""
# from .toposlib import iers2010
# return iers2010.subpoint(self)
. Output only the next line. | t = ts.utc(2020, 11, 27, 15, 34) |
Based on the snippet: <|code_start|> # Verify altitude and azimuth rates of change.
assert abs(range_rate.km_per_s - 16.7926932) < 2e-5
assert round(alt_rate.arcseconds.per_minute, 2) == 548.66
assert round(az_rate.arcseconds.per_minute * cos(alt.radians), 2) == 663.55
def test_frame_round_trip():
# Does a frame's rotation and twist get applied in the right
# directions? Let's test whether the position and velocity of an
# ITRS vector (ERAD,0,0) are restored to the proper orientation.
top = Topos(latitude_degrees=0, longitude_degrees=0)
ts = load.timescale()
t = ts.utc(2020, 11, 27, 15, 34) # Arbitrary time; LST ~= 20.03.
p = top.at(t)
r = p.frame_xyz(framelib.itrs)
assert max(abs(r.m - [ERAD, 0, 0])) < 4e-8 # meters
r, v = p.frame_xyz_and_velocity(framelib.itrs)
assert max(abs(r.m - [ERAD, 0, 0])) < 4e-8 # meters
assert max(abs(v.km_per_s)) < 3e-15 # km/s
def test_from_frame_method():
ts = load.timescale()
t = ts.utc(2020, 11, 27, 15, 34)
g1 = Geocentric([1,2,3], [4,5,6], t=t)
r, v = g1.frame_xyz_and_velocity(framelib.itrs) # which we trust: see above
g2 = Geocentric.from_time_and_frame_vectors(t, framelib.itrs, r, v)
assert max(abs(g2.position.au - [1,2,3])) < 2e-14
<|code_end|>
, predict the immediate next line with the help of imports:
from numpy import cos
from skyfield import framelib
from skyfield.api import Topos, load, wgs84
from skyfield.constants import AU_M, ERAD
from skyfield.positionlib import Geocentric
and context (classes, functions, sometimes code) from other files:
# Path: skyfield/framelib.py
# def build_matrix():
# def rotation_at(t):
# def build_ecliptic_matrix(t):
# def rotation_at(t):
# def rotation_at(t):
# def _dRdt_times_RT_at(t):
# def rotation_at(t):
# def _dRdt_times_RT_at(t):
# def rotation_at(self, t):
# def __init__(self, doc, matrix):
# def rotation_at(self, t):
# class ICRS(object):
# class true_equator_and_equinox_of_date(object):
# class tirs(object):
# class itrs(object):
# class ecliptic_frame(object):
# class InertialFrame(object):
# R = mxm(rot_z(-t.gast * tau / 24.0), t.M)
# R = mxm(t.polar_motion_matrix(), R)
#
# Path: skyfield/api.py
# N = E = +1.0
# S = W = -1.0
#
# Path: skyfield/constants.py
# AU_M = 149597870700 # per IAU 2012 Resolution B2
#
# ERAD = 6378136.6 # meters
#
# Path: skyfield/positionlib.py
# class Geocentric(ICRF):
# """An |xyz| position measured from the center of the Earth.
#
# A geocentric position is the difference between the position of the
# Earth at a given instant and the position of a target body at the
# same instant, without accounting for light-travel time or the effect
# of relativity on the light itself.
#
# Its ``.position`` and ``.velocity`` vectors have |xyz| axes that
# are those of the Geocentric Celestial Reference System (GCRS), an
# inertial system that is an update to J2000 and that does not rotate
# with the Earth itself.
#
# """
# _default_center = 399
#
# def itrf_xyz(self):
# """Deprecated; instead, call ``.frame_xyz(itrs)``. \
# See `reference_frames`."""
# return self.frame_xyz(framelib.itrs)
#
# def subpoint(self):
# """Deprecated; instead, call either ``iers2010.subpoint(pos)`` or \
# ``wgs84.subpoint(pos)``."""
# from .toposlib import iers2010
# return iers2010.subpoint(self)
. Output only the next line. | assert max(abs(g2.velocity.au_per_d - [4,5,6])) < 3e-14 |
Predict the next line for this snippet: <|code_start|>
def test_radec_and_altaz_angles_and_rates():
# HORIZONS test data in Skyfield repository: authorities/radec-altaz-rates
ts = load.timescale()
t = ts.utc(2021, 2, 3)
top = wgs84.latlon(35.1844866, 248.347300, elevation_m=2106.9128)
planets = load('de421.bsp')
a = (planets['earth'] + top).at(t).observe(planets['mars']).apparent()
# First, verify RA and declination.
frame = framelib.true_equator_and_equinox_of_date
dec, ra, distance, dec_rate, ra_rate, range_rate = (
a.frame_latlon_and_rates(frame))
arcseconds = 3600.0
assert abs((ra.degrees - 40.75836) * arcseconds) < 0.04
assert abs((dec.degrees - 17.16791) * arcseconds) < 0.005
assert abs(distance.m - 1.21164331503552 * AU_M) < 120.0
# Verify RA and declination rates of change.
assert round(dec_rate.arcseconds.per_hour, 5) == 25.61352
assert round(ra_rate.arcseconds.per_hour * cos(dec.radians),
<|code_end|>
with the help of current file imports:
from numpy import cos
from skyfield import framelib
from skyfield.api import Topos, load, wgs84
from skyfield.constants import AU_M, ERAD
from skyfield.positionlib import Geocentric
and context from other files:
# Path: skyfield/framelib.py
# def build_matrix():
# def rotation_at(t):
# def build_ecliptic_matrix(t):
# def rotation_at(t):
# def rotation_at(t):
# def _dRdt_times_RT_at(t):
# def rotation_at(t):
# def _dRdt_times_RT_at(t):
# def rotation_at(self, t):
# def __init__(self, doc, matrix):
# def rotation_at(self, t):
# class ICRS(object):
# class true_equator_and_equinox_of_date(object):
# class tirs(object):
# class itrs(object):
# class ecliptic_frame(object):
# class InertialFrame(object):
# R = mxm(rot_z(-t.gast * tau / 24.0), t.M)
# R = mxm(t.polar_motion_matrix(), R)
#
# Path: skyfield/api.py
# N = E = +1.0
# S = W = -1.0
#
# Path: skyfield/constants.py
# AU_M = 149597870700 # per IAU 2012 Resolution B2
#
# ERAD = 6378136.6 # meters
#
# Path: skyfield/positionlib.py
# class Geocentric(ICRF):
# """An |xyz| position measured from the center of the Earth.
#
# A geocentric position is the difference between the position of the
# Earth at a given instant and the position of a target body at the
# same instant, without accounting for light-travel time or the effect
# of relativity on the light itself.
#
# Its ``.position`` and ``.velocity`` vectors have |xyz| axes that
# are those of the Geocentric Celestial Reference System (GCRS), an
# inertial system that is an update to J2000 and that does not rotate
# with the Earth itself.
#
# """
# _default_center = 399
#
# def itrf_xyz(self):
# """Deprecated; instead, call ``.frame_xyz(itrs)``. \
# See `reference_frames`."""
# return self.frame_xyz(framelib.itrs)
#
# def subpoint(self):
# """Deprecated; instead, call either ``iers2010.subpoint(pos)`` or \
# ``wgs84.subpoint(pos)``."""
# from .toposlib import iers2010
# return iers2010.subpoint(self)
, which may contain function names, class names, or code. Output only the next line. | 4) == round(75.15571, 4) # TODO: get last digit to agree? |
Given the code snippet: <|code_start|>#!/usr/bin/env python
def main():
f = load.open(mpc.COMET_URL)
t0 = time()
c = mpc.load_comets_dataframe(f)
print(time() - t0, 'seconds for load_comets_dataframe()')
assert len(c) == 864
<|code_end|>
, generate the next line using the imports in this file:
from time import time
from skyfield.api import load
from skyfield.data import mpc
and context (functions, classes, or occasionally code) from other files:
# Path: skyfield/api.py
# N = E = +1.0
# S = W = -1.0
#
# Path: skyfield/data/mpc.py
# MPCORB_URL = 'https://www.minorplanetcenter.net/iau/MPCORB/MPCORB.DAT.gz'
# _MPCORB_COLUMNS = [
# ('designation_packed', (0, 7)),
# ('magnitude_H', (8, 13)),
# ('magnitude_G', (14, 19)),
# ('epoch_packed', (20, 25)),
# ('mean_anomaly_degrees', (26, 35)),
# ('argument_of_perihelion_degrees', (37, 46)),
# ('longitude_of_ascending_node_degrees', (48, 57)),
# ('inclination_degrees', (59, 68)),
# ('eccentricity', (70, 79)),
# ('mean_daily_motion_degrees', (80, 91)),
# ('semimajor_axis_au', (92, 103)),
# ('uncertainty', (105, 106)),
# ('reference', (107, 116)),
# ('observations', (117, 122)),
# ('oppositions', (123, 126)),
# ('observation_period', (127, 136)),
# ('rms_residual_arcseconds', (137, 141)),
# ('coarse_perturbers', (142, 145)),
# ('precise_perturbers', (146, 149)),
# ('computer_name', (150, 160)),
# ('hex_flags', (161, 165)),
# ('designation', (166, 194)),
# ('last_observation_date', (194, 202)),
# ]
# _MPCORB_NECESSARY_COLUMNS = {
# 'designation_packed', 'epoch_packed', 'mean_anomaly_degrees',
# 'argument_of_perihelion_degrees', 'longitude_of_ascending_node_degrees',
# 'inclination_degrees', 'eccentricity', 'mean_daily_motion_degrees',
# 'semimajor_axis_au',
# }
# _MPCORB_DTYPES = {
# # These seem to be ignored by read_fwf()?
# 'epoch_packed': 'category',
# 'uncertainty': 'category',
# 'coarse_perturbers': 'category',
# 'precise_perturbers': 'category',
# 'computer_name': 'category',
# }
# _MPCORB_CONVERTERS = {
# 'designation_packed': str,
# 'hex_flags': str,
# }
# COMET_URL = 'https://www.minorplanetcenter.net/iau/MPCORB/CometEls.txt'
# _COMET_COLUMNS = [
# ('number', (0, 4)),
# ('orbit_type', (4, 5)),
# ('designation_packed', (5, 12)),
# ('perihelion_year', (14, 18)),
# ('perihelion_month', (19, 21)),
# ('perihelion_day', (22, 29)),
# ('perihelion_distance_au', (30, 39)),
# ('eccentricity', (41, 49)),
# ('argument_of_perihelion_degrees', (51, 59)),
# ('longitude_of_ascending_node_degrees', (61, 69)),
# ('inclination_degrees', (71, 79)),
# ('perturbed_epoch_year', (81, 85)),
# ('perturbed_epoch_month', (85, 87)),
# ('perturbed_epoch_day', (87, 89)),
# ('magnitude_g', (91, 95)),
# ('magnitude_k', (96, 100)),
# ('designation', (102, 158)),
# ('reference', (159, 168)),
# ]
# _COMET_FAST_COLUMNS = (
# 'perihelion_year', 'perihelion_month', 'perihelion_day',
# 'perihelion_distance_au', 'eccentricity', 'argument_of_perihelion_degrees',
# 'longitude_of_ascending_node_degrees', 'inclination_degrees',
# 'magnitude_g', 'magnitude_k',
# 'designation', 'reference',
# )
# def load_mpcorb_dataframe(fobj):
# def mpcorb_orbit(row, ts, gm_km3_s2):
# def n(c):
# def d(s):
# def load_comets_dataframe(fobj):
# def load_comets_dataframe_slow(fobj):
# def comet_orbit(row, ts, gm_km3_s2):
# def _comet_orbits(rows, ts, gm_km3_s2):
# def unpack(designation_packed):
# def n(c):
. Output only the next line. | f.seek(0) |
Given the code snippet: <|code_start|> (-1, 1, 0, -2, 1),
( 0, 0, 0, -4, 1),
( 1, -1, 0, 2, 1),
( 1, 1, 0, 2, 1),
(-1, 2, 2, 2, 2),
( 3, 1, 2, -2, 2),
( 0, -1, 0, 4, 0),
( 2, -1, 0, 2, 0),
( 0, 0, 4, 0, 1),
( 2, 0, 4, -2, 2),
(-1, -1, 2, 4, 1),
( 1, 0, 0, 4, 1),
( 1, -2, 2, 2, 2),
( 0, 0, 2, 3, 2),
(-1, 1, 2, 4, 2),
( 3, 0, 0, 2, 0),
(-1, 0, 4, 2, 2),
( 1, 1, 2, 2, 1),
(-2, 0, 2, 6, 2),
( 2, 1, 2, 2, 2),
(-1, 0, 2, 6, 2),
( 1, 0, 2, 4, 1),
( 2, 0, 2, 4, 2),
( 1, 1, -2, 1, 0),
(-3, 1, 2, 1, 2),
( 2, 0, -2, 0, 2),
(-1, 0, 0, 1, 2),
(-4, 0, 2, 2, 1),
(-1, -1, 0, 1, 0),
( 0, 0, -2, 2, 2),
<|code_end|>
, generate the next line using the imports in this file:
import argparse
import os
import sys
import numpy as np
from numpy import array
from skyfield.api import load
from skyfield.data import iers
from skyfield.data.earth_orientation import parse_S15_table
and context (functions, classes, or occasionally code) from other files:
# Path: skyfield/api.py
# N = E = +1.0
# S = W = -1.0
#
# Path: skyfield/data/iers.py
# _R = (b'(?m)^......(.........) . '
# b'(.\\d.......)......... '
# b'(.\\d.......)......... '
# b'.(.\\d........)')
# def parse_x_y_dut1_from_finals_all(f):
# def install_polar_motion_table(ts, finals_data):
# def build_timescale_arrays(utc_mjd, dut1):
# def parse_dut1_from_finals_all(f):
#
# Path: skyfield/data/earth_orientation.py
# def parse_S15_table(f):
# """Parse polynomial coefficients from Table S15.
#
# The table is available at the website of Her Majesty's Nautical
# Almanac Office, from the paper “Measurement of the Earth's Rotation:
# 720 BC to AD 2015” by L.V. Morrison, F.R. Stephenson, C.Y. Hohenkerk
# and M. Zawilski 2021.
#
# """
# # http://astro.ukho.gov.uk/nao/lvm/Table-S15.2020.txt
# content = f.read()
# banner = b'- ' * 36 + b'-\n'
# sections = content.split(banner)
# names = sections[1].splitlines()[-1].decode('utf-8').split()
# table = np.loadtxt(sections[2].splitlines())
# return names, table.T
. Output only the next line. | ( 1, 0, 0, -1, 2), |
Predict the next line for this snippet: <|code_start|> ( 1, 0, 0, -2, 1),
( 0, -1, 0, 0, 1),
(-1, 0, 2, 2, 1),
( 0, 2, 0, 0, 0),
( 1, 0, 2, 2, 2),
(-2, 0, 2, 0, 0),
( 0, 1, 2, 0, 2),
( 0, 0, 2, 2, 1),
( 0, -1, 2, 0, 2),
( 0, 0, 0, 2, 1),
( 1, 0, 2, -2, 1),
( 2, 0, 2, -2, 2),
(-2, 0, 0, 2, 1),
( 2, 0, 2, 0, 1),
( 0, -1, 2, -2, 1),
( 0, 0, 0, -2, 1),
(-1, -1, 0, 2, 0),
( 2, 0, 0, -2, 1),
( 1, 0, 0, 2, 0),
( 0, 1, 2, -2, 1),
( 1, -1, 0, 0, 0),
(-2, 0, 2, 0, 2),
( 3, 0, 2, 0, 2),
( 0, -1, 0, 2, 0),
( 1, -1, 2, 0, 2),
( 0, 0, 0, 1, 0),
(-1, -1, 2, 2, 2),
(-1, 0, 2, 0, 0),
( 0, -1, 2, 2, 2),
(-2, 0, 0, 0, 1),
<|code_end|>
with the help of current file imports:
import argparse
import os
import sys
import numpy as np
from numpy import array
from skyfield.api import load
from skyfield.data import iers
from skyfield.data.earth_orientation import parse_S15_table
and context from other files:
# Path: skyfield/api.py
# N = E = +1.0
# S = W = -1.0
#
# Path: skyfield/data/iers.py
# _R = (b'(?m)^......(.........) . '
# b'(.\\d.......)......... '
# b'(.\\d.......)......... '
# b'.(.\\d........)')
# def parse_x_y_dut1_from_finals_all(f):
# def install_polar_motion_table(ts, finals_data):
# def build_timescale_arrays(utc_mjd, dut1):
# def parse_dut1_from_finals_all(f):
#
# Path: skyfield/data/earth_orientation.py
# def parse_S15_table(f):
# """Parse polynomial coefficients from Table S15.
#
# The table is available at the website of Her Majesty's Nautical
# Almanac Office, from the paper “Measurement of the Earth's Rotation:
# 720 BC to AD 2015” by L.V. Morrison, F.R. Stephenson, C.Y. Hohenkerk
# and M. Zawilski 2021.
#
# """
# # http://astro.ukho.gov.uk/nao/lvm/Table-S15.2020.txt
# content = f.read()
# banner = b'- ' * 36 + b'-\n'
# sections = content.split(banner)
# names = sections[1].splitlines()[-1].decode('utf-8').split()
# table = np.loadtxt(sections[2].splitlines())
# return names, table.T
, which may contain function names, class names, or code. Output only the next line. | ( 1, 1, 2, 0, 2), |
Given the following code snippet before the placeholder: <|code_start|> ( -23.0, 0.0, 0.0, 9.0, 0.0, 0.0),
( 16.0, 0.0, 0.0, -1.0, 0.0, 0.0),
( -12.0, 0.0, 0.0, 6.0, 0.0, 0.0),
( -8.0, 0.0, 0.0, 4.0, 0.0, 0.0),
( 30.0, 0.0, 0.0, -2.0, 0.0, 0.0),
( 24.0, 0.0, 0.0, -10.0, 0.0, 0.0),
( 10.0, 0.0, 0.0, -4.0, 0.0, 0.0),
( -16.0, 0.0, 0.0, 7.0, 0.0, 0.0),
( -16.0, 0.0, 0.0, 7.0, 0.0, 0.0),
( 17.0, 0.0, 0.0, -7.0, 0.0, 0.0),
( -24.0, 0.0, 0.0, 10.0, 0.0, 0.0),
( -12.0, 0.0, 0.0, 5.0, 0.0, 0.0),
( -24.0, 0.0, 0.0, 11.0, 0.0, 0.0),
( -23.0, 0.0, 0.0, 9.0, 0.0, 0.0),
( -13.0, 0.0, 0.0, 5.0, 0.0, 0.0),
( -15.0, 0.0, 0.0, 7.0, 0.0, 0.0),
( 0.0, 0.0, -1988.0, 0.0, 0.0, -1679.0),
( 0.0, 0.0, -63.0, 0.0, 0.0, -27.0),
( -4.0, 0.0, 0.0, 0.0, 0.0, 0.0),
( 0.0, 0.0, 5.0, 0.0, 0.0, 4.0),
( 5.0, 0.0, 0.0, -3.0, 0.0, 0.0),
( 0.0, 0.0, 364.0, 0.0, 0.0, 176.0),
( 0.0, 0.0, -1044.0, 0.0, 0.0, -891.0),
( -3.0, 0.0, 0.0, 1.0, 0.0, 0.0),
( 4.0, 0.0, 0.0, -2.0, 0.0, 0.0),
( 0.0, 0.0, 330.0, 0.0, 0.0, 0.0),
( 5.0, 0.0, 0.0, -2.0, 0.0, 0.0),
( 3.0, 0.0, 0.0, -2.0, 0.0, 0.0),
( -3.0, 0.0, 0.0, 1.0, 0.0, 0.0),
( -5.0, 0.0, 0.0, 2.0, 0.0, 0.0),
<|code_end|>
, predict the next line using imports from the current file:
import argparse
import os
import sys
import numpy as np
from numpy import array
from skyfield.api import load
from skyfield.data import iers
from skyfield.data.earth_orientation import parse_S15_table
and context including class names, function names, and sometimes code from other files:
# Path: skyfield/api.py
# N = E = +1.0
# S = W = -1.0
#
# Path: skyfield/data/iers.py
# _R = (b'(?m)^......(.........) . '
# b'(.\\d.......)......... '
# b'(.\\d.......)......... '
# b'.(.\\d........)')
# def parse_x_y_dut1_from_finals_all(f):
# def install_polar_motion_table(ts, finals_data):
# def build_timescale_arrays(utc_mjd, dut1):
# def parse_dut1_from_finals_all(f):
#
# Path: skyfield/data/earth_orientation.py
# def parse_S15_table(f):
# """Parse polynomial coefficients from Table S15.
#
# The table is available at the website of Her Majesty's Nautical
# Almanac Office, from the paper “Measurement of the Earth's Rotation:
# 720 BC to AD 2015” by L.V. Morrison, F.R. Stephenson, C.Y. Hohenkerk
# and M. Zawilski 2021.
#
# """
# # http://astro.ukho.gov.uk/nao/lvm/Table-S15.2020.txt
# content = f.read()
# banner = b'- ' * 36 + b'-\n'
# sections = content.split(banner)
# names = sections[1].splitlines()[-1].decode('utf-8').split()
# table = np.loadtxt(sections[2].splitlines())
# return names, table.T
. Output only the next line. | ( 3.0, 0.0, 0.0, -1.0, 0.0, 0.0), |
Predict the next line for this snippet: <|code_start|> t = ts.utc(2021, 2, 19, 13, 47)
planets = load('de421.bsp')
observer = planets['earth'].at(t)
target = planets['mars']
r, v, t2, light_time = cfltt(observer, target)
print(t.shape, observer.position.km.shape, r.shape)
print('==== N times, one observer, one target ====')
t = ts.utc(2021, 2, 19, 13, [46, 47, 48, 49])
planets = load('de421.bsp')
observer = planets['earth'].at(t)
target = planets['mars']
r, v, t2, light_time = cfltt(observer, target)
print(t.shape, observer.position.km.shape, '->', r.shape)
print('Here is where the planet wound up:')
print(r)
# The above maneuvers work fine even with the old version of the
# routine. But to proceed from here, we need to switch.
print('==== N times, one observers, M targets [TRY: RIGHT SIDE UP] ====')
t = ts.utc(2021, 2, 19, 13, [46, 47, 48, 49])
planets = load('de421.bsp')
earth = planets['earth']
if 0:
# Turn Earth into two observation positions.
earth = planets['earth']
<|code_end|>
with the help of current file imports:
from numpy import array, max
from skyfield.api import load
from skyfield.constants import C_AUDAY
from skyfield.functions import length_of, _reconcile
and context from other files:
# Path: skyfield/api.py
# N = E = +1.0
# S = W = -1.0
#
# Path: skyfield/constants.py
# C_AUDAY = C * DAY_S / AU_M
#
# Path: skyfield/functions.py
# def length_of(xyz):
# """Given a 3-element array |xyz|, return its length.
#
# The three elements can be simple scalars, or the array can be two
# dimensions and offer three whole series of x, y, and z coordinates.
#
# """
# return sqrt((xyz * xyz).sum(axis=0))
#
# def _reconcile(a, b):
# """Coerce two NumPy generics-or-arrays to the same number of dimensions."""
# an = getattr(a, 'ndim', 0)
# bn = getattr(b, 'ndim', 0)
# difference = bn - an
# if difference > 0:
# if an:
# a.shape += (1,) * difference
# else:
# a = full_like(b, a)
# elif difference < 0:
# if bn:
# b.shape += (1,) * -difference
# else:
# b = full_like(a, b)
# return a, b
, which may contain function names, class names, or code. Output only the next line. | earth._at = build_multi_at(earth._at) |
Using the snippet: <|code_start|> # t = ts.tt(t.tt[:,None]) # What if we add a dimension to t?
# print('t', t.shape)
r, v, t2, light_time = _correct_for_light_travel_time3(observer, target)
print(t.shape, observer.position.km.shape, '->', r.shape)
print('Does it look like a second planet 1 AU away at the same 4 times?')
print('First planet:')
print(r[:,:,0])
print('Second planet:')
print(r[:,:,1])
# Okay, so, the whole problem of broadcasting: is the only reason it
# comes up because we have more targets than observers? What if we
# ask folks to expand the observers array dimensions as well, so
# that NumPy is never faced with arrays of different numbers of
# dimensions, which is what triggers its unfortunate decision to
# start matching at the ends of the arrays instead of their
# beginnings?
print('==== N times, one observers, M targets'
' [TRY: EXTRA OBSERVER DIMENSION] ====')
# So: time has its usual extra dimension to accommodate 4 times.
t = ts.utc(2021, 2, 19, 13, [46, 47, 48, 49])
planets = load('de421.bsp')
earth = planets['earth']
observer = earth.at(t)
print('observer', observer.position.au.shape)
<|code_end|>
, determine the next line of code. You have imports:
from numpy import array, max
from skyfield.api import load
from skyfield.constants import C_AUDAY
from skyfield.functions import length_of, _reconcile
and context (class names, function names, or code) available:
# Path: skyfield/api.py
# N = E = +1.0
# S = W = -1.0
#
# Path: skyfield/constants.py
# C_AUDAY = C * DAY_S / AU_M
#
# Path: skyfield/functions.py
# def length_of(xyz):
# """Given a 3-element array |xyz|, return its length.
#
# The three elements can be simple scalars, or the array can be two
# dimensions and offer three whole series of x, y, and z coordinates.
#
# """
# return sqrt((xyz * xyz).sum(axis=0))
#
# def _reconcile(a, b):
# """Coerce two NumPy generics-or-arrays to the same number of dimensions."""
# an = getattr(a, 'ndim', 0)
# bn = getattr(b, 'ndim', 0)
# difference = bn - an
# if difference > 0:
# if an:
# a.shape += (1,) * difference
# else:
# a = full_like(b, a)
# elif difference < 0:
# if bn:
# b.shape += (1,) * -difference
# else:
# b = full_like(a, b)
# return a, b
. Output only the next line. | print('Supplementing dimensions') |
Given the following code snippet before the placeholder: <|code_start|> # that would need to be expanded in
t = ts.tt(t.tt[:,None]) # What if we add a dimension to t?
# print('t !!!!!!!!!!!!!!', t.shape)
# print('t !!!!!!!!!!!!!!', t.whole.shape)
# print('t !!!!!!!!!!!!!!', t.tdb_fraction.shape)
r, v, t2, light_time = _correct_for_light_travel_time4(observer, target)
print(t.shape, observer.position.au.shape, '->', r.shape)
print('Does it look like a second planet 1 AU away at the same 4 times?')
print('First planet:')
print(r[:,:,0])
print('Second planet:')
print(r[:,:,1])
offset = array([0, 1])[None,None,:] # Dimensions: [xyz, time, offset]
def build_multi_at(_at):
# Take a single planet position, and pretend that really there are
# two targets returning their positions (like comets or asteroids).
def wrapper(t):
tposition, tvelocity, gcrs_position, message = _at(t)
print('_at() t.shape', t.shape)
if len(t.shape) < 2:
# If the time lacks a second dimension, then let's expand
# position and velocity by adding a new dimension (...,2) at
# the bottom, as though there were two planets.
tposition = tposition[:,:,None] + offset
<|code_end|>
, predict the next line using imports from the current file:
from numpy import array, max
from skyfield.api import load
from skyfield.constants import C_AUDAY
from skyfield.functions import length_of, _reconcile
and context including class names, function names, and sometimes code from other files:
# Path: skyfield/api.py
# N = E = +1.0
# S = W = -1.0
#
# Path: skyfield/constants.py
# C_AUDAY = C * DAY_S / AU_M
#
# Path: skyfield/functions.py
# def length_of(xyz):
# """Given a 3-element array |xyz|, return its length.
#
# The three elements can be simple scalars, or the array can be two
# dimensions and offer three whole series of x, y, and z coordinates.
#
# """
# return sqrt((xyz * xyz).sum(axis=0))
#
# def _reconcile(a, b):
# """Coerce two NumPy generics-or-arrays to the same number of dimensions."""
# an = getattr(a, 'ndim', 0)
# bn = getattr(b, 'ndim', 0)
# difference = bn - an
# if difference > 0:
# if an:
# a.shape += (1,) * difference
# else:
# a = full_like(b, a)
# elif difference < 0:
# if bn:
# b.shape += (1,) * -difference
# else:
# b = full_like(a, b)
# return a, b
. Output only the next line. | tvelocity = tvelocity[:,:,None] + offset |
Next line prediction: <|code_start|> # routine. But to proceed from here, we need to switch.
print('==== N times, one observers, M targets [TRY: RIGHT SIDE UP] ====')
t = ts.utc(2021, 2, 19, 13, [46, 47, 48, 49])
planets = load('de421.bsp')
earth = planets['earth']
if 0:
# Turn Earth into two observation positions.
earth = planets['earth']
earth._at = build_multi_at(earth._at)
observer = earth.at(t)
print('observer', observer.position.au.shape)
target = planets['mars']
target._at = build_multi_at(target._at) # Turn Mars into 2 planets.
print('target', target.at(t).position.au.shape)
# t = ts.tt(t.tt[:,None]) # What if we add a dimension to t?
# print('t', t.shape)
r, v, t2, light_time = _correct_for_light_travel_time2(observer, target)
print(t.shape, observer.position.km.shape, '->', r.shape)
print('Does it look like a second planet 1 AU away at the same 4 times?')
print('First planet:')
print(r[:,:,0])
print('Second planet:')
<|code_end|>
. Use current file imports:
(from numpy import array, max
from skyfield.api import load
from skyfield.constants import C_AUDAY
from skyfield.functions import length_of, _reconcile)
and context including class names, function names, or small code snippets from other files:
# Path: skyfield/api.py
# N = E = +1.0
# S = W = -1.0
#
# Path: skyfield/constants.py
# C_AUDAY = C * DAY_S / AU_M
#
# Path: skyfield/functions.py
# def length_of(xyz):
# """Given a 3-element array |xyz|, return its length.
#
# The three elements can be simple scalars, or the array can be two
# dimensions and offer three whole series of x, y, and z coordinates.
#
# """
# return sqrt((xyz * xyz).sum(axis=0))
#
# def _reconcile(a, b):
# """Coerce two NumPy generics-or-arrays to the same number of dimensions."""
# an = getattr(a, 'ndim', 0)
# bn = getattr(b, 'ndim', 0)
# difference = bn - an
# if difference > 0:
# if an:
# a.shape += (1,) * difference
# else:
# a = full_like(b, a)
# elif difference < 0:
# if bn:
# b.shape += (1,) * -difference
# else:
# b = full_like(a, b)
# return a, b
. Output only the next line. | print(r[:,:,1]) |
Given the following code snippet before the placeholder: <|code_start|>
def test_spline_and_derivative():
parameters = 10, 12, 2.0, 3.0, 5.0, 7.0
x = 8.0, 9.0, 10.0, 11.0, 12.0
expected_values = 3.0, 5.0, 7.0, 10.5, 17.0
expected_slope = 2.5, 1.75, 2.5, 4.75, 8.5
# Does the Spline class work?
curve = Splines(parameters)
assert tuple(curve(x)) == expected_values
<|code_end|>
, predict the next line using imports from the current file:
from skyfield.curvelib import Splines, build_spline_given_ends
and context including class names, function names, and sometimes code from other files:
# Path: skyfield/curvelib.py
# class Splines(object):
# def __init__(self, table):
# table = _to_array(table)
# if len(table.shape) < 2: # Let caller provide a single row.
# table = table.reshape(table.shape + (1,))
# self.table = table
# self.lower = lower = table[0]
# self.upper = upper = table[1]
# self._width = upper - lower
# self._n = arange(len(lower))
# self.coefficients = table[2:]
#
# def __call__(self, x):
# i = interp(x, self.lower, self._n)
# i = i.astype(int)
# t = (x - self.lower[i]) / self._width[i]
# coefficients = iter(self.coefficients)
# value = next(coefficients)[i]
# for c in coefficients:
# value *= t
# value += c[i]
# return value
#
# @reify
# def derivative(self):
# columns = [self.table[0], self.table[1]]
# coefficients = self.table[2:-1]
# for i, c in enumerate(coefficients):
# n = len(coefficients) - i
# columns.append(n * c / self._width)
# return Splines(columns)
#
# def build_spline_given_ends(x0, y0, slope0, x1, y1, slope1):
# width = x1 - x0
# slope0 = slope0 * width
# slope1 = slope1 * width
# a0 = y0
# a1 = slope0
# a2 = -2*slope0 - slope1 - 3*y0 + 3*y1
# a3 = slope0 + slope1 + 2*y0 - 2*y1
# return x0, x1, a3, a2, a1, a0
. Output only the next line. | assert tuple(curve.derivative(x)) == expected_slope |
Using the snippet: <|code_start|>
_lock = Lock()
def _build_legacy_data(deltat_data, deltat_preds, leap_second_dat):
data_end_time = deltat_data[0, -1]
i = np.searchsorted(deltat_preds[0], data_end_time, side='right')
delta_t_recent = np.concatenate([deltat_data, deltat_preds[:,i:]], axis=1)
leap_dates, leap_offsets = leap_second_dat
<|code_end|>
, determine the next line of code. You have imports:
import locale
import numpy as np
from datetime import datetime, timedelta
from threading import Lock
from .timelib import julian_date
and context (class names, function names, or code) available:
# Path: skyfield/timelib.py
# def julian_date(year, month=1, day=1, hour=0, minute=0, second=0.0):
# """Given a proleptic Gregorian calendar date and time, build a Julian date.
#
# The difference between a “Julian day” and a “Julian date” is that
# the “day” is the integer part, while the “date” includes a fraction
# indicating the time.
#
# """
# return julian_day(year, month, day) - 0.5 + (
# second + minute * 60.0 + hour * 3600.0) / DAY_S
. Output only the next line. | return delta_t_recent, leap_dates, leap_offsets |
Continue the code snippet: <|code_start|>
def test_magnitudes():
ts = load.timescale()
#t = ts.utc(1995, 5, 22) # Rings edge-on from Earth.
t = ts.utc(2021, 10, 4)
eph = load('de421.bsp')
names = [
'mercury', 'venus', 'mars', 'jupiter barycenter',
'saturn barycenter', 'uranus barycenter', 'neptune barycenter',
<|code_end|>
. Use current file imports:
from skyfield.api import load
from skyfield.magnitudelib import planetary_magnitude
and context (classes, functions, or code) from other files:
# Path: skyfield/api.py
# N = E = +1.0
# S = W = -1.0
#
# Path: skyfield/magnitudelib.py
# def planetary_magnitude(position):
# """Given the position of a planet, return its visual magnitude.
#
# >>> from skyfield.api import load
# >>> from skyfield.magnitudelib import planetary_magnitude
# >>> ts = load.timescale()
# >>> t = ts.utc(2020, 7, 31)
# >>> eph = load('de421.bsp')
# >>> astrometric = eph['earth'].at(t).observe(eph['jupiter barycenter'])
# >>> print('%.2f' % planetary_magnitude(astrometric))
# -2.73
#
# The formulae are from `Mallama and Hilton “Computing Apparent
# Planetary Magnitude for the Astronomical Almanac” (2018)
# <https://arxiv.org/pdf/1808.01973.pdf>`_. Two of the formulae have
# inherent limits:
#
# * Saturn’s magnitude is unknown and the function will return ``nan``
# (the floating-point value “Not a Number”) if the “illumination
# phase angle” — the angle of the vertex observer-Saturn-Sun —
# exceeds 6.5°.
#
# * Neptune’s magnitude is unknown and will return ``nan`` if the
# illumination phase angle exceeds 1.9° and the position's date is
# before the year 2000.
#
# And one formula is not fully implemented (though contributions are
# welcome!):
#
# * Skyfield does not compute which features on Mars are facing the
# observer, which can introduce an error of ±0.06 magnitude.
#
# """
# target = position.target
# function = _FUNCTIONS.get(target)
# if function is None:
# name = _target_name(target)
# raise ValueError('cannot compute the magnitude of target %s' % name)
#
# # Shamelessly treat the Sun as sitting at the Solar System Barycenter.
# sun_to_observer = position.center_barycentric.xyz.au
# observer_to_planet = position.xyz.au
# sun_to_planet = sun_to_observer + observer_to_planet
#
# r = length_of(sun_to_planet)
# delta = length_of(observer_to_planet)
# ph_ang = angle_between(sun_to_planet, observer_to_planet) * RAD2DEG
#
# if function is _saturn_magnitude:
# a = angle_between(_SATURN_POLE, sun_to_planet)
# sun_sub_lat = a * RAD2DEG - 90.0
#
# a = angle_between(_SATURN_POLE, observer_to_planet)
# observer_sub_lat = a * RAD2DEG - 90.0
#
# return function(r, delta, ph_ang, sun_sub_lat, observer_sub_lat)
#
# if function is _uranus_magnitude:
# a = angle_between(_URANUS_POLE, sun_to_planet)
# sun_sub_lat = a * RAD2DEG - 90.0
#
# a = angle_between(_URANUS_POLE, observer_to_planet)
# observer_sub_lat = a * RAD2DEG - 90.0
#
# return function(r, delta, ph_ang, sun_sub_lat, observer_sub_lat)
#
# if function is _neptune_magnitude:
# year = position.t.J
# return function(r, delta, ph_ang, year)
#
# return function(r, delta, ph_ang)
. Output only the next line. | ] |
Next line prediction: <|code_start|>
def test_magnitudes():
ts = load.timescale()
#t = ts.utc(1995, 5, 22) # Rings edge-on from Earth.
t = ts.utc(2021, 10, 4)
eph = load('de421.bsp')
names = [
'mercury', 'venus', 'mars', 'jupiter barycenter',
<|code_end|>
. Use current file imports:
(from skyfield.api import load
from skyfield.magnitudelib import planetary_magnitude)
and context including class names, function names, or small code snippets from other files:
# Path: skyfield/api.py
# N = E = +1.0
# S = W = -1.0
#
# Path: skyfield/magnitudelib.py
# def planetary_magnitude(position):
# """Given the position of a planet, return its visual magnitude.
#
# >>> from skyfield.api import load
# >>> from skyfield.magnitudelib import planetary_magnitude
# >>> ts = load.timescale()
# >>> t = ts.utc(2020, 7, 31)
# >>> eph = load('de421.bsp')
# >>> astrometric = eph['earth'].at(t).observe(eph['jupiter barycenter'])
# >>> print('%.2f' % planetary_magnitude(astrometric))
# -2.73
#
# The formulae are from `Mallama and Hilton “Computing Apparent
# Planetary Magnitude for the Astronomical Almanac” (2018)
# <https://arxiv.org/pdf/1808.01973.pdf>`_. Two of the formulae have
# inherent limits:
#
# * Saturn’s magnitude is unknown and the function will return ``nan``
# (the floating-point value “Not a Number”) if the “illumination
# phase angle” — the angle of the vertex observer-Saturn-Sun —
# exceeds 6.5°.
#
# * Neptune’s magnitude is unknown and will return ``nan`` if the
# illumination phase angle exceeds 1.9° and the position's date is
# before the year 2000.
#
# And one formula is not fully implemented (though contributions are
# welcome!):
#
# * Skyfield does not compute which features on Mars are facing the
# observer, which can introduce an error of ±0.06 magnitude.
#
# """
# target = position.target
# function = _FUNCTIONS.get(target)
# if function is None:
# name = _target_name(target)
# raise ValueError('cannot compute the magnitude of target %s' % name)
#
# # Shamelessly treat the Sun as sitting at the Solar System Barycenter.
# sun_to_observer = position.center_barycentric.xyz.au
# observer_to_planet = position.xyz.au
# sun_to_planet = sun_to_observer + observer_to_planet
#
# r = length_of(sun_to_planet)
# delta = length_of(observer_to_planet)
# ph_ang = angle_between(sun_to_planet, observer_to_planet) * RAD2DEG
#
# if function is _saturn_magnitude:
# a = angle_between(_SATURN_POLE, sun_to_planet)
# sun_sub_lat = a * RAD2DEG - 90.0
#
# a = angle_between(_SATURN_POLE, observer_to_planet)
# observer_sub_lat = a * RAD2DEG - 90.0
#
# return function(r, delta, ph_ang, sun_sub_lat, observer_sub_lat)
#
# if function is _uranus_magnitude:
# a = angle_between(_URANUS_POLE, sun_to_planet)
# sun_sub_lat = a * RAD2DEG - 90.0
#
# a = angle_between(_URANUS_POLE, observer_to_planet)
# observer_sub_lat = a * RAD2DEG - 90.0
#
# return function(r, delta, ph_ang, sun_sub_lat, observer_sub_lat)
#
# if function is _neptune_magnitude:
# year = position.t.J
# return function(r, delta, ph_ang, year)
#
# return function(r, delta, ph_ang)
. Output only the next line. | 'saturn barycenter', 'uranus barycenter', 'neptune barycenter', |
Using the snippet: <|code_start|>
class _NotFound(object):
pass
class CombinedConstants(object):
def __init__(self, *constants):
self.constants = constants
def __getattr__(self, item):
for c in self.constants:
result = getattr(c, item, _NotFound)
if result is not _NotFound:
return result
raise AttributeError("No constant with the name {0} found".format(item))
def pprint(tokens, indent=0):
<|code_end|>
, determine the next line of code. You have imports:
from wordinserter.operations import ChildlessOperation, Text
and context (class names, function names, or code) available:
# Path: wordinserter/operations.py
# class ChildlessOperation(Operation):
# def __init__(self, **kwargs):
# super().__init__([], **kwargs)
#
# def __repr__(self):
# return "<{0}>".format(self.__class__.__name__)
#
# def has_child(self, child_class):
# return False
#
# def replace_child(self, child, new_child):
# raise RuntimeError("ChildlessOperation: Cannot replace child")
#
# class Text(ChildlessOperation):
# requires = {"text"}
#
# def __repr__(self):
# return "<Text '{0}' />".format(self.short_text)
#
# @property
# def short_text(self):
# if len(self.text) > 10:
# txt = self.text[:10] + "..."
# else:
# txt = self.text
#
# return repr(txt)
. Output only the next line. | pad = '\t' * indent |
Predict the next line for this snippet: <|code_start|>
class _NotFound(object):
pass
class CombinedConstants(object):
def __init__(self, *constants):
self.constants = constants
def __getattr__(self, item):
for c in self.constants:
result = getattr(c, item, _NotFound)
if result is not _NotFound:
return result
raise AttributeError("No constant with the name {0} found".format(item))
def pprint(tokens, indent=0):
pad = '\t' * indent
for token in tokens:
if isinstance(token, Text):
print(pad + '\t' + repr(token.text))
elif isinstance(token, ChildlessOperation):
print(pad + token.__class__.__name__)
else:
print(pad + token.__class__.__name__)
pprint(list(token), indent + 1)
<|code_end|>
with the help of current file imports:
from wordinserter.operations import ChildlessOperation, Text
and context from other files:
# Path: wordinserter/operations.py
# class ChildlessOperation(Operation):
# def __init__(self, **kwargs):
# super().__init__([], **kwargs)
#
# def __repr__(self):
# return "<{0}>".format(self.__class__.__name__)
#
# def has_child(self, child_class):
# return False
#
# def replace_child(self, child, new_child):
# raise RuntimeError("ChildlessOperation: Cannot replace child")
#
# class Text(ChildlessOperation):
# requires = {"text"}
#
# def __repr__(self):
# return "<Text '{0}' />".format(self.short_text)
#
# @property
# def short_text(self):
# if len(self.text) > 10:
# txt = self.text[:10] + "..."
# else:
# txt = self.text
#
# return repr(txt)
, which may contain function names, class names, or code. Output only the next line. | print(pad + '/' + token.__class__.__name__) |
Next line prediction: <|code_start|>
def normalize_list_elements(tokens):
for token in tokens:
if isinstance(token, BaseList):
normalize_list(token)
else:
normalize_list_elements(token.children)
def normalize_list(op: BaseList):
# If there are > 1 lists to move out then we need to insert it after previously moved ones,
# instead of before. `moved` tracks this.
children = list(op)
<|code_end|>
. Use current file imports:
(from wordinserter.operations import BaseList, ListElement)
and context including class names, function names, or small code snippets from other files:
# Path: wordinserter/operations.py
# class BaseList(Operation):
# allowed_children = {"ListElement", "BulletList", "NumberedList"}
# requires_children = True
#
# @property
# def depth(self):
# return sum(1 for p in self.ancestors if isinstance(p, BaseList))
#
# @property
# def sub_lists(self):
# return sum(1 for p in self.children if isinstance(p, BaseList))
#
# class ListElement(Operation):
# requires_children = True
# pass
. Output only the next line. | for child in children: |
Next line prediction: <|code_start|>
def normalize_list_elements(tokens):
for token in tokens:
if isinstance(token, BaseList):
normalize_list(token)
<|code_end|>
. Use current file imports:
(from wordinserter.operations import BaseList, ListElement)
and context including class names, function names, or small code snippets from other files:
# Path: wordinserter/operations.py
# class BaseList(Operation):
# allowed_children = {"ListElement", "BulletList", "NumberedList"}
# requires_children = True
#
# @property
# def depth(self):
# return sum(1 for p in self.ancestors if isinstance(p, BaseList))
#
# @property
# def sub_lists(self):
# return sum(1 for p in self.children if isinstance(p, BaseList))
#
# class ListElement(Operation):
# requires_children = True
# pass
. Output only the next line. | else: |
Given the code snippet: <|code_start|>
class TestNormalizeTable:
# Lists of (table_length, given, expected) table colspans
TABLES = [
(8, (5, 1, 3), (5, 1, 2)), # Reduce last column by 1
(8, (3, 1, 4, 4), (3, 1, 3, 1)), # Reduce 3rd column by one, last column to 1
(8, (3, 2, 4, 4), (3, 2, 2, 1)), # Reduce 2nd column, third and fourth
(8, (3, 1, 3), (3, 1, 4)), # Expand fourth column,
]
TABLES.extend((i, (8,), (i,)) for i in range(1, 7)) # Reduce single column colspans to single values
@pytest.mark.parametrize('table_length, given_spans,expected_spans', TABLES)
def test_normalize_rowspans(self, table_length, given_spans, expected_spans):
given_row = TableRow(
*(TableCell(colspan=span, rowspan=1) for span in given_spans)
)
eight_column_table = Table(
TableRow(
[TableCell(colspan=1, rowspan=1) for _ in range(table_length)]
),
<|code_end|>
, generate the next line using the imports in this file:
import pytest
from wordinserter.operations import Table, TableCell, TableRow
from wordinserter.parsers.fixes import table_colspans
and context (functions, classes, or occasionally code) from other files:
# Path: wordinserter/operations.py
# class Table(Operation):
# allowed_children = {"TableRow", "TableHead", "TableBody"}
# optional = {"border"}
#
# @property
# def dimensions(self):
# """
# Returns row, column counts
# """
# if not self.has_children:
# return 0, 0
#
# rows = len(self.children)
# columns = max(sum(child.colspan or 1 for child in row.children) for row in self.children)
#
# return rows, columns
#
# @property
# def is_uniform(self):
# if not self.has_children:
# return False
#
# if len(self.children) == 1:
# return True
#
# first_row = len(self.children[0].children)
# return all(len(child.children) == first_row for child in self.children[1:])
#
# @property
# def width(self):
# return get_value_and_unit(self.format.width)
#
# def update_child_widths(self):
# if not self.is_uniform:
# return
#
# row_widths = [None] * self.dimensions[1]
#
# for idx, _ in enumerate(row_widths):
# for row in self.children:
# child = row.children[idx]
# child_width, unit = child.width
# if child_width is not None:
# row_widths[idx] = child.format.width
# break
#
# for row in self.children:
# for idx, cell in enumerate(row.children):
# cell.format.width = row_widths[idx]
#
# class TableCell(Operation):
# optional = {"colspan", "rowspan", "orientation"}
#
# @property
# def width(self):
# return get_value_and_unit(self.format.width)
#
# class TableRow(Operation):
# allowed_children = {"TableCell"}
#
# Path: wordinserter/parsers/fixes/table_colspans.py
# def normalize_table_colspans(tokens):
# def normalize_table(table: Table):
. Output only the next line. | given_row |
Continue the code snippet: <|code_start|>
class TestNormalizeTable:
# Lists of (table_length, given, expected) table colspans
TABLES = [
(8, (5, 1, 3), (5, 1, 2)), # Reduce last column by 1
(8, (3, 1, 4, 4), (3, 1, 3, 1)), # Reduce 3rd column by one, last column to 1
(8, (3, 2, 4, 4), (3, 2, 2, 1)), # Reduce 2nd column, third and fourth
(8, (3, 1, 3), (3, 1, 4)), # Expand fourth column,
]
TABLES.extend((i, (8,), (i,)) for i in range(1, 7)) # Reduce single column colspans to single values
<|code_end|>
. Use current file imports:
import pytest
from wordinserter.operations import Table, TableCell, TableRow
from wordinserter.parsers.fixes import table_colspans
and context (classes, functions, or code) from other files:
# Path: wordinserter/operations.py
# class Table(Operation):
# allowed_children = {"TableRow", "TableHead", "TableBody"}
# optional = {"border"}
#
# @property
# def dimensions(self):
# """
# Returns row, column counts
# """
# if not self.has_children:
# return 0, 0
#
# rows = len(self.children)
# columns = max(sum(child.colspan or 1 for child in row.children) for row in self.children)
#
# return rows, columns
#
# @property
# def is_uniform(self):
# if not self.has_children:
# return False
#
# if len(self.children) == 1:
# return True
#
# first_row = len(self.children[0].children)
# return all(len(child.children) == first_row for child in self.children[1:])
#
# @property
# def width(self):
# return get_value_and_unit(self.format.width)
#
# def update_child_widths(self):
# if not self.is_uniform:
# return
#
# row_widths = [None] * self.dimensions[1]
#
# for idx, _ in enumerate(row_widths):
# for row in self.children:
# child = row.children[idx]
# child_width, unit = child.width
# if child_width is not None:
# row_widths[idx] = child.format.width
# break
#
# for row in self.children:
# for idx, cell in enumerate(row.children):
# cell.format.width = row_widths[idx]
#
# class TableCell(Operation):
# optional = {"colspan", "rowspan", "orientation"}
#
# @property
# def width(self):
# return get_value_and_unit(self.format.width)
#
# class TableRow(Operation):
# allowed_children = {"TableCell"}
#
# Path: wordinserter/parsers/fixes/table_colspans.py
# def normalize_table_colspans(tokens):
# def normalize_table(table: Table):
. Output only the next line. | @pytest.mark.parametrize('table_length, given_spans,expected_spans', TABLES) |
Using the snippet: <|code_start|>
class TestNormalizeTable:
# Lists of (table_length, given, expected) table colspans
TABLES = [
(8, (5, 1, 3), (5, 1, 2)), # Reduce last column by 1
(8, (3, 1, 4, 4), (3, 1, 3, 1)), # Reduce 3rd column by one, last column to 1
<|code_end|>
, determine the next line of code. You have imports:
import pytest
from wordinserter.operations import Table, TableCell, TableRow
from wordinserter.parsers.fixes import table_colspans
and context (class names, function names, or code) available:
# Path: wordinserter/operations.py
# class Table(Operation):
# allowed_children = {"TableRow", "TableHead", "TableBody"}
# optional = {"border"}
#
# @property
# def dimensions(self):
# """
# Returns row, column counts
# """
# if not self.has_children:
# return 0, 0
#
# rows = len(self.children)
# columns = max(sum(child.colspan or 1 for child in row.children) for row in self.children)
#
# return rows, columns
#
# @property
# def is_uniform(self):
# if not self.has_children:
# return False
#
# if len(self.children) == 1:
# return True
#
# first_row = len(self.children[0].children)
# return all(len(child.children) == first_row for child in self.children[1:])
#
# @property
# def width(self):
# return get_value_and_unit(self.format.width)
#
# def update_child_widths(self):
# if not self.is_uniform:
# return
#
# row_widths = [None] * self.dimensions[1]
#
# for idx, _ in enumerate(row_widths):
# for row in self.children:
# child = row.children[idx]
# child_width, unit = child.width
# if child_width is not None:
# row_widths[idx] = child.format.width
# break
#
# for row in self.children:
# for idx, cell in enumerate(row.children):
# cell.format.width = row_widths[idx]
#
# class TableCell(Operation):
# optional = {"colspan", "rowspan", "orientation"}
#
# @property
# def width(self):
# return get_value_and_unit(self.format.width)
#
# class TableRow(Operation):
# allowed_children = {"TableCell"}
#
# Path: wordinserter/parsers/fixes/table_colspans.py
# def normalize_table_colspans(tokens):
# def normalize_table(table: Table):
. Output only the next line. | (8, (3, 2, 4, 4), (3, 2, 2, 1)), # Reduce 2nd column, third and fourth |
Next line prediction: <|code_start|> MD5Submission-type homework"""
client = paramiko.SSHClient()
try:
vmcfg = StorerCourseConfig(CourseList().course_config(courseId))
assignments = vmcfg.assignments()
storage_hostname = assignments.get(assignmentId, 'AssignmentStorageHost')
storage_username = assignments.get(assignmentId, 'AssignmentStorageQueryUser')
storage_basepath = assignments.storage_basepath( \
assignments.get(assignmentId, 'AssignmentStorageBasepath') , account)
client.load_system_host_keys(vmcfg.known_hosts_file())
client.connect(storage_hostname,
username=storage_username,
key_filename=vmcfg.storer_sshid(),
look_for_keys=False)
cmd = "find " + storage_basepath + '/' + account + \
" \( ! -regex '.*/\..*' \) -type f"
stdin, stdout, stderr = client.exec_command(cmd)
result = []
for d in stdout.readlines():
result.append({'fileName' : d})
for f in [stdin, stdout, stderr]: f.close()
return json.dumps(result)
except:
strout = OutputString()
traceback.print_exc(file = strout)
return json.dumps({'errorTrace' : strout.get()}, indent=4)
<|code_end|>
. Use current file imports:
(import os
import ldap
import time
import paramiko
import traceback
import codecs
import subprocess
import simplejson as json
import json
import gettext
import re
from cgi import escape
from vmchecker import paths, update_db, penalty, submissions, submit, coursedb
from vmchecker.coursedb import opening_course_db
from vmchecker.courselist import CourseList
from vmchecker.config import LdapConfig, StorerCourseConfig)
and context including class names, function names, or small code snippets from other files:
# Path: vmchecker/update_db.py
# def compute_late_penalty(assignment, account, vmcfg):
# def compute_TA_penalty(grade_filename):
# def compute_grade(assignment, user, grade_filename, vmcfg):
# def db_save_grade(vmcfg, assignment, account, submission_root,
# course_db, ignore_timestamp = False):
# def update_grades(course_id, account = None, assignment = None,
# ignore_timestamp = False, simulate = False):
. Output only the next line. | finally: |
Given the following code snippet before the placeholder: <|code_start|>
def handle(userToken, packetData):
# get token data
username = userToken.username
# Read packet data
packetData = clientPackets.setAwayMessage(packetData)
# Set token away message
<|code_end|>
, predict the next line using imports from the current file:
from common.log import logUtils as log
from constants import clientPackets
from constants import serverPackets
and context including class names, function names, and sometimes code from other files:
# Path: constants/clientPackets.py
# def userActionChange(stream):
# def userStatsRequest(stream):
# def userPanelRequest(stream):
# def sendPublicMessage(stream):
# def sendPrivateMessage(stream):
# def setAwayMessage(stream):
# def channelJoin(stream):
# def channelPart(stream):
# def addRemoveFriend(stream):
# def startSpectating(stream):
# def matchSettings(stream):
# def createMatch(stream):
# def changeMatchSettings(stream):
# def changeSlot(stream):
# def joinMatch(stream):
# def changeMods(stream):
# def lockSlot(stream):
# def transferHost(stream):
# def matchInvite(stream):
# def matchFrames(stream):
# def tournamentMatchInfoRequest(stream):
# def tournamentJoinMatchChannel(stream):
# def tournamentLeaveMatchChannel(stream):
#
# Path: constants/serverPackets.py
# def loginFailed():
# def forceUpdate():
# def loginBanned():
# def loginLocked():
# def loginError():
# def needSupporter():
# def needVerification():
# def userID(uid):
# def silenceEndTime(seconds):
# def protocolVersion(version = 19):
# def mainMenuIcon(icon):
# def userSupporterGMT(supporter, GMT, tournamentStaff):
# def friendList(userID):
# def onlineUsers():
# def userLogout(userID):
# def userPanel(userID, force = False):
# def userStats(userID, force = False):
# def sendMessage(fro, to, message):
# def channelJoinSuccess(userID, chan):
# def channelInfo(chan):
# def channelInfoEnd():
# def channelKicked(chan):
# def userSilenced(userID):
# def addSpectator(userID):
# def removeSpectator(userID):
# def spectatorFrames(data):
# def noSongSpectator(userID):
# def fellowSpectatorJoined(userID):
# def fellowSpectatorLeft(userID):
# def createMatch(matchID):
# def updateMatch(matchID, censored = False):
# def matchStart(matchID):
# def disposeMatch(matchID):
# def matchJoinSuccess(matchID):
# def matchJoinFail():
# def changeMatchPassword(newPassword):
# def allPlayersLoaded():
# def playerSkipped(userID):
# def allPlayersSkipped():
# def matchFrames(slotID, data):
# def matchComplete():
# def playerFailed(slotID):
# def matchTransferHost():
# def matchAbort():
# def switchServer(address):
# def notification(message):
# def banchoRestart(msUntilReconnection):
# def rtx(message):
. Output only the next line. | userToken.awayMessage = packetData["awayMessage"] |
Based on the snippet: <|code_start|> "Dank memes",
"1337ms Ping",
"Iscriviti a Xenotoze",
"...e i marò?",
"Superman dies",
"The brace is on fire",
"print_foot()",
"#FREEZEBARKEZ",
"Ripple devs are actually cats",
"Thank Mr Shaural",
"NEVER GIVE UP",
"T I E D W I T H U N I T E D",
"HIGHEST HDHR LOBBY OF ALL TIME",
"This is gasoline and I set myself on fire",
"Everyone is cheating apparently",
"Kurwa mac",
"TATOE",
"This is not your drama landfill.",
"I like cheese",
"NYO IS NOT A CAT HE IS A DO(N)G",
"Datingu startuato"
]
# Set match name
match.matchName = packetData["matchName"] if packetData["matchName"] != "meme" else random.choice(memeTitles)
# Update match settings
match.inProgress = packetData["inProgress"]
if packetData["matchPassword"] != "":
match.matchPassword = generalUtils.stringMd5(packetData["matchPassword"])
<|code_end|>
, predict the immediate next line with the help of imports:
import random
from common import generalUtils
from common.log import logUtils as log
from constants import clientPackets
from constants import matchModModes
from constants import matchTeamTypes
from constants import matchTeams
from constants import slotStatuses
from objects import glob
and context (classes, functions, sometimes code) from other files:
# Path: constants/clientPackets.py
# def userActionChange(stream):
# def userStatsRequest(stream):
# def userPanelRequest(stream):
# def sendPublicMessage(stream):
# def sendPrivateMessage(stream):
# def setAwayMessage(stream):
# def channelJoin(stream):
# def channelPart(stream):
# def addRemoveFriend(stream):
# def startSpectating(stream):
# def matchSettings(stream):
# def createMatch(stream):
# def changeMatchSettings(stream):
# def changeSlot(stream):
# def joinMatch(stream):
# def changeMods(stream):
# def lockSlot(stream):
# def transferHost(stream):
# def matchInvite(stream):
# def matchFrames(stream):
# def tournamentMatchInfoRequest(stream):
# def tournamentJoinMatchChannel(stream):
# def tournamentLeaveMatchChannel(stream):
#
# Path: constants/matchModModes.py
# NORMAL = 0
# FREE_MOD = 1
#
# Path: constants/matchTeamTypes.py
# HEAD_TO_HEAD = 0
# TAG_COOP = 1
# TEAM_VS = 2
# TAG_TEAM_VS = 3
#
# Path: constants/matchTeams.py
# NO_TEAM = 0
# BLUE = 1
# RED = 2
#
# Path: constants/slotStatuses.py
# FREE = 1
# LOCKED = 2
# NOT_READY = 4
# READY = 8
# NO_MAP = 16
# PLAYING = 32
# OCCUPIED = 124
# PLAYING_QUIT = 128
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | else: |
Given the following code snippet before the placeholder: <|code_start|>
# Update match settings
match.inProgress = packetData["inProgress"]
if packetData["matchPassword"] != "":
match.matchPassword = generalUtils.stringMd5(packetData["matchPassword"])
else:
match.matchPassword = ""
match.beatmapName = packetData["beatmapName"]
match.beatmapID = packetData["beatmapID"]
match.hostUserID = packetData["hostUserID"]
match.gameMode = packetData["gameMode"]
oldBeatmapMD5 = match.beatmapMD5
oldMods = match.mods
oldMatchTeamType = match.matchTeamType
match.mods = packetData["mods"]
match.beatmapMD5 = packetData["beatmapMD5"]
match.matchScoringType = packetData["scoringType"]
match.matchTeamType = packetData["teamType"]
match.matchModMode = packetData["freeMods"]
# Reset ready if needed
if oldMods != match.mods or oldBeatmapMD5 != match.beatmapMD5:
match.resetReady()
# Reset mods if needed
if match.matchModMode == matchModModes.NORMAL:
# Reset slot mods if not freeMods
match.resetMods()
<|code_end|>
, predict the next line using imports from the current file:
import random
from common import generalUtils
from common.log import logUtils as log
from constants import clientPackets
from constants import matchModModes
from constants import matchTeamTypes
from constants import matchTeams
from constants import slotStatuses
from objects import glob
and context including class names, function names, and sometimes code from other files:
# Path: constants/clientPackets.py
# def userActionChange(stream):
# def userStatsRequest(stream):
# def userPanelRequest(stream):
# def sendPublicMessage(stream):
# def sendPrivateMessage(stream):
# def setAwayMessage(stream):
# def channelJoin(stream):
# def channelPart(stream):
# def addRemoveFriend(stream):
# def startSpectating(stream):
# def matchSettings(stream):
# def createMatch(stream):
# def changeMatchSettings(stream):
# def changeSlot(stream):
# def joinMatch(stream):
# def changeMods(stream):
# def lockSlot(stream):
# def transferHost(stream):
# def matchInvite(stream):
# def matchFrames(stream):
# def tournamentMatchInfoRequest(stream):
# def tournamentJoinMatchChannel(stream):
# def tournamentLeaveMatchChannel(stream):
#
# Path: constants/matchModModes.py
# NORMAL = 0
# FREE_MOD = 1
#
# Path: constants/matchTeamTypes.py
# HEAD_TO_HEAD = 0
# TAG_COOP = 1
# TEAM_VS = 2
# TAG_TEAM_VS = 3
#
# Path: constants/matchTeams.py
# NO_TEAM = 0
# BLUE = 1
# RED = 2
#
# Path: constants/slotStatuses.py
# FREE = 1
# LOCKED = 2
# NOT_READY = 4
# READY = 8
# NO_MAP = 16
# PLAYING = 32
# OCCUPIED = 124
# PLAYING_QUIT = 128
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | else: |
Predict the next line after this snippet: <|code_start|> "RWC 2020",
"Fokabot is a duck",
"Dank memes",
"1337ms Ping",
"Iscriviti a Xenotoze",
"...e i marò?",
"Superman dies",
"The brace is on fire",
"print_foot()",
"#FREEZEBARKEZ",
"Ripple devs are actually cats",
"Thank Mr Shaural",
"NEVER GIVE UP",
"T I E D W I T H U N I T E D",
"HIGHEST HDHR LOBBY OF ALL TIME",
"This is gasoline and I set myself on fire",
"Everyone is cheating apparently",
"Kurwa mac",
"TATOE",
"This is not your drama landfill.",
"I like cheese",
"NYO IS NOT A CAT HE IS A DO(N)G",
"Datingu startuato"
]
# Set match name
match.matchName = packetData["matchName"] if packetData["matchName"] != "meme" else random.choice(memeTitles)
# Update match settings
match.inProgress = packetData["inProgress"]
<|code_end|>
using the current file's imports:
import random
from common import generalUtils
from common.log import logUtils as log
from constants import clientPackets
from constants import matchModModes
from constants import matchTeamTypes
from constants import matchTeams
from constants import slotStatuses
from objects import glob
and any relevant context from other files:
# Path: constants/clientPackets.py
# def userActionChange(stream):
# def userStatsRequest(stream):
# def userPanelRequest(stream):
# def sendPublicMessage(stream):
# def sendPrivateMessage(stream):
# def setAwayMessage(stream):
# def channelJoin(stream):
# def channelPart(stream):
# def addRemoveFriend(stream):
# def startSpectating(stream):
# def matchSettings(stream):
# def createMatch(stream):
# def changeMatchSettings(stream):
# def changeSlot(stream):
# def joinMatch(stream):
# def changeMods(stream):
# def lockSlot(stream):
# def transferHost(stream):
# def matchInvite(stream):
# def matchFrames(stream):
# def tournamentMatchInfoRequest(stream):
# def tournamentJoinMatchChannel(stream):
# def tournamentLeaveMatchChannel(stream):
#
# Path: constants/matchModModes.py
# NORMAL = 0
# FREE_MOD = 1
#
# Path: constants/matchTeamTypes.py
# HEAD_TO_HEAD = 0
# TAG_COOP = 1
# TEAM_VS = 2
# TAG_TEAM_VS = 3
#
# Path: constants/matchTeams.py
# NO_TEAM = 0
# BLUE = 1
# RED = 2
#
# Path: constants/slotStatuses.py
# FREE = 1
# LOCKED = 2
# NOT_READY = 4
# READY = 8
# NO_MAP = 16
# PLAYING = 32
# OCCUPIED = 124
# PLAYING_QUIT = 128
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | if packetData["matchPassword"] != "": |
Based on the snippet: <|code_start|> return
# Some dank memes easter egg
memeTitles = [
"RWC 2020",
"Fokabot is a duck",
"Dank memes",
"1337ms Ping",
"Iscriviti a Xenotoze",
"...e i marò?",
"Superman dies",
"The brace is on fire",
"print_foot()",
"#FREEZEBARKEZ",
"Ripple devs are actually cats",
"Thank Mr Shaural",
"NEVER GIVE UP",
"T I E D W I T H U N I T E D",
"HIGHEST HDHR LOBBY OF ALL TIME",
"This is gasoline and I set myself on fire",
"Everyone is cheating apparently",
"Kurwa mac",
"TATOE",
"This is not your drama landfill.",
"I like cheese",
"NYO IS NOT A CAT HE IS A DO(N)G",
"Datingu startuato"
]
# Set match name
<|code_end|>
, predict the immediate next line with the help of imports:
import random
from common import generalUtils
from common.log import logUtils as log
from constants import clientPackets
from constants import matchModModes
from constants import matchTeamTypes
from constants import matchTeams
from constants import slotStatuses
from objects import glob
and context (classes, functions, sometimes code) from other files:
# Path: constants/clientPackets.py
# def userActionChange(stream):
# def userStatsRequest(stream):
# def userPanelRequest(stream):
# def sendPublicMessage(stream):
# def sendPrivateMessage(stream):
# def setAwayMessage(stream):
# def channelJoin(stream):
# def channelPart(stream):
# def addRemoveFriend(stream):
# def startSpectating(stream):
# def matchSettings(stream):
# def createMatch(stream):
# def changeMatchSettings(stream):
# def changeSlot(stream):
# def joinMatch(stream):
# def changeMods(stream):
# def lockSlot(stream):
# def transferHost(stream):
# def matchInvite(stream):
# def matchFrames(stream):
# def tournamentMatchInfoRequest(stream):
# def tournamentJoinMatchChannel(stream):
# def tournamentLeaveMatchChannel(stream):
#
# Path: constants/matchModModes.py
# NORMAL = 0
# FREE_MOD = 1
#
# Path: constants/matchTeamTypes.py
# HEAD_TO_HEAD = 0
# TAG_COOP = 1
# TEAM_VS = 2
# TAG_TEAM_VS = 3
#
# Path: constants/matchTeams.py
# NO_TEAM = 0
# BLUE = 1
# RED = 2
#
# Path: constants/slotStatuses.py
# FREE = 1
# LOCKED = 2
# NOT_READY = 4
# READY = 8
# NO_MAP = 16
# PLAYING = 32
# OCCUPIED = 124
# PLAYING_QUIT = 128
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | match.matchName = packetData["matchName"] if packetData["matchName"] != "meme" else random.choice(memeTitles) |
Based on the snippet: <|code_start|>
class handler(generalPubSubHandler.generalPubSubHandler):
def __init__(self):
super().__init__()
self.structure = {
"userID": 0,
"reason": ""
}
def handle(self, data):
data = super().parseData(data)
if data is None:
<|code_end|>
, predict the immediate next line with the help of imports:
from common.redis import generalPubSubHandler
from objects import glob
and context (classes, functions, sometimes code) from other files:
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | return |
Given snippet: <|code_start|>
class handler(generalPubSubHandler.generalPubSubHandler):
def __init__(self):
super().__init__()
self.type = "int"
def handle(self, userID):
<|code_end|>
, continue by predicting the next line. Consider current file imports:
from common.redis import generalPubSubHandler
from common.ripple import userUtils
from objects import glob
and context:
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
which might include code, classes, or functions. Output only the next line. | userID = super().parseData(userID) |
Predict the next line for this snippet: <|code_start|>
class handler(generalPubSubHandler.generalPubSubHandler):
def __init__(self):
super().__init__()
self.type = "int"
def handle(self, userID):
userID = super().parseData(userID)
if userID is None:
<|code_end|>
with the help of current file imports:
from common.redis import generalPubSubHandler
from objects import glob
and context from other files:
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
, which may contain function names, class names, or code. Output only the next line. | return |
Predict the next line for this snippet: <|code_start|>
def handle(userToken, packetData):
try:
# Start spectating packet
packetData = clientPackets.startSpectating(packetData)
# If the user id is less than 0, treat this as a stop spectating packet
if packetData["userID"] < 0:
userToken.stopSpectating()
return
# Get host token
targetToken = glob.tokens.getTokenFromUserID(packetData["userID"])
if targetToken is None:
raise exceptions.tokenNotFoundException
# Start spectating new user
<|code_end|>
with the help of current file imports:
from common.log import logUtils as log
from constants import clientPackets
from constants import exceptions
from objects import glob
and context from other files:
# Path: constants/clientPackets.py
# def userActionChange(stream):
# def userStatsRequest(stream):
# def userPanelRequest(stream):
# def sendPublicMessage(stream):
# def sendPrivateMessage(stream):
# def setAwayMessage(stream):
# def channelJoin(stream):
# def channelPart(stream):
# def addRemoveFriend(stream):
# def startSpectating(stream):
# def matchSettings(stream):
# def createMatch(stream):
# def changeMatchSettings(stream):
# def changeSlot(stream):
# def joinMatch(stream):
# def changeMods(stream):
# def lockSlot(stream):
# def transferHost(stream):
# def matchInvite(stream):
# def matchFrames(stream):
# def tournamentMatchInfoRequest(stream):
# def tournamentJoinMatchChannel(stream):
# def tournamentLeaveMatchChannel(stream):
#
# Path: constants/exceptions.py
# class loginFailedException(Exception):
# class loginBannedException(Exception):
# class tokenNotFoundException(Exception):
# class channelNoPermissionsException(Exception):
# class channelUnknownException(Exception):
# class channelModeratedException(Exception):
# class noAdminException(Exception):
# class commandSyntaxException(Exception):
# class banchoConfigErrorException(Exception):
# class banchoMaintenanceException(Exception):
# class moderatedPMException(Exception):
# class userNotFoundException(Exception):
# class alreadyConnectedException(Exception):
# class stopSpectating(Exception):
# class matchWrongPasswordException(Exception):
# class matchNotFoundException(Exception):
# class matchJoinErrorException(Exception):
# class matchCreateError(Exception):
# class banchoRestartingException(Exception):
# class apiException(Exception):
# class invalidArgumentsException(Exception):
# class messageTooLongWarnException(Exception):
# class messageTooLongException(Exception):
# class userSilencedException(Exception):
# class need2FAException(Exception):
# class userRestrictedException(Exception):
# class haxException(Exception):
# class forceUpdateException(Exception):
# class loginLockedException(Exception):
# class unknownStreamException(Exception):
# class userTournamentException(Exception):
# class userAlreadyInChannelException(Exception):
# class userNotInChannelException(Exception):
# class missingReportInfoException(Exception):
# class invalidUserException(Exception):
# class wrongChannelException(Exception):
# class periodicLoopException(Exception):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
, which may contain function names, class names, or code. Output only the next line. | userToken.startSpectating(targetToken) |
Given the following code snippet before the placeholder: <|code_start|>
def handle(userToken, packetData):
try:
# Start spectating packet
packetData = clientPackets.startSpectating(packetData)
# If the user id is less than 0, treat this as a stop spectating packet
if packetData["userID"] < 0:
<|code_end|>
, predict the next line using imports from the current file:
from common.log import logUtils as log
from constants import clientPackets
from constants import exceptions
from objects import glob
and context including class names, function names, and sometimes code from other files:
# Path: constants/clientPackets.py
# def userActionChange(stream):
# def userStatsRequest(stream):
# def userPanelRequest(stream):
# def sendPublicMessage(stream):
# def sendPrivateMessage(stream):
# def setAwayMessage(stream):
# def channelJoin(stream):
# def channelPart(stream):
# def addRemoveFriend(stream):
# def startSpectating(stream):
# def matchSettings(stream):
# def createMatch(stream):
# def changeMatchSettings(stream):
# def changeSlot(stream):
# def joinMatch(stream):
# def changeMods(stream):
# def lockSlot(stream):
# def transferHost(stream):
# def matchInvite(stream):
# def matchFrames(stream):
# def tournamentMatchInfoRequest(stream):
# def tournamentJoinMatchChannel(stream):
# def tournamentLeaveMatchChannel(stream):
#
# Path: constants/exceptions.py
# class loginFailedException(Exception):
# class loginBannedException(Exception):
# class tokenNotFoundException(Exception):
# class channelNoPermissionsException(Exception):
# class channelUnknownException(Exception):
# class channelModeratedException(Exception):
# class noAdminException(Exception):
# class commandSyntaxException(Exception):
# class banchoConfigErrorException(Exception):
# class banchoMaintenanceException(Exception):
# class moderatedPMException(Exception):
# class userNotFoundException(Exception):
# class alreadyConnectedException(Exception):
# class stopSpectating(Exception):
# class matchWrongPasswordException(Exception):
# class matchNotFoundException(Exception):
# class matchJoinErrorException(Exception):
# class matchCreateError(Exception):
# class banchoRestartingException(Exception):
# class apiException(Exception):
# class invalidArgumentsException(Exception):
# class messageTooLongWarnException(Exception):
# class messageTooLongException(Exception):
# class userSilencedException(Exception):
# class need2FAException(Exception):
# class userRestrictedException(Exception):
# class haxException(Exception):
# class forceUpdateException(Exception):
# class loginLockedException(Exception):
# class unknownStreamException(Exception):
# class userTournamentException(Exception):
# class userAlreadyInChannelException(Exception):
# class userNotInChannelException(Exception):
# class missingReportInfoException(Exception):
# class invalidUserException(Exception):
# class wrongChannelException(Exception):
# class periodicLoopException(Exception):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | userToken.stopSpectating() |
Here is a snippet: <|code_start|>
def handle(userToken, packetData):
try:
# Start spectating packet
packetData = clientPackets.startSpectating(packetData)
# If the user id is less than 0, treat this as a stop spectating packet
if packetData["userID"] < 0:
userToken.stopSpectating()
return
# Get host token
targetToken = glob.tokens.getTokenFromUserID(packetData["userID"])
if targetToken is None:
raise exceptions.tokenNotFoundException
# Start spectating new user
<|code_end|>
. Write the next line using the current file imports:
from common.log import logUtils as log
from constants import clientPackets
from constants import exceptions
from objects import glob
and context from other files:
# Path: constants/clientPackets.py
# def userActionChange(stream):
# def userStatsRequest(stream):
# def userPanelRequest(stream):
# def sendPublicMessage(stream):
# def sendPrivateMessage(stream):
# def setAwayMessage(stream):
# def channelJoin(stream):
# def channelPart(stream):
# def addRemoveFriend(stream):
# def startSpectating(stream):
# def matchSettings(stream):
# def createMatch(stream):
# def changeMatchSettings(stream):
# def changeSlot(stream):
# def joinMatch(stream):
# def changeMods(stream):
# def lockSlot(stream):
# def transferHost(stream):
# def matchInvite(stream):
# def matchFrames(stream):
# def tournamentMatchInfoRequest(stream):
# def tournamentJoinMatchChannel(stream):
# def tournamentLeaveMatchChannel(stream):
#
# Path: constants/exceptions.py
# class loginFailedException(Exception):
# class loginBannedException(Exception):
# class tokenNotFoundException(Exception):
# class channelNoPermissionsException(Exception):
# class channelUnknownException(Exception):
# class channelModeratedException(Exception):
# class noAdminException(Exception):
# class commandSyntaxException(Exception):
# class banchoConfigErrorException(Exception):
# class banchoMaintenanceException(Exception):
# class moderatedPMException(Exception):
# class userNotFoundException(Exception):
# class alreadyConnectedException(Exception):
# class stopSpectating(Exception):
# class matchWrongPasswordException(Exception):
# class matchNotFoundException(Exception):
# class matchJoinErrorException(Exception):
# class matchCreateError(Exception):
# class banchoRestartingException(Exception):
# class apiException(Exception):
# class invalidArgumentsException(Exception):
# class messageTooLongWarnException(Exception):
# class messageTooLongException(Exception):
# class userSilencedException(Exception):
# class need2FAException(Exception):
# class userRestrictedException(Exception):
# class haxException(Exception):
# class forceUpdateException(Exception):
# class loginLockedException(Exception):
# class unknownStreamException(Exception):
# class userTournamentException(Exception):
# class userAlreadyInChannelException(Exception):
# class userNotInChannelException(Exception):
# class missingReportInfoException(Exception):
# class invalidUserException(Exception):
# class wrongChannelException(Exception):
# class periodicLoopException(Exception):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
, which may include functions, classes, or code. Output only the next line. | userToken.startSpectating(targetToken) |
Based on the snippet: <|code_start|>
class handler(requestsManager.asyncRequestHandler):
@tornado.web.asynchronous
@tornado.gen.engine
@sentry.captureTornado
def asyncGet(self):
<|code_end|>
, predict the immediate next line with the help of imports:
import json
import tornado.web
import tornado.gen
from common.sentry import sentry
from common.web import requestsManager
from constants import exceptions
from helpers import chatHelper
from objects import glob
and context (classes, functions, sometimes code) from other files:
# Path: constants/exceptions.py
# class loginFailedException(Exception):
# class loginBannedException(Exception):
# class tokenNotFoundException(Exception):
# class channelNoPermissionsException(Exception):
# class channelUnknownException(Exception):
# class channelModeratedException(Exception):
# class noAdminException(Exception):
# class commandSyntaxException(Exception):
# class banchoConfigErrorException(Exception):
# class banchoMaintenanceException(Exception):
# class moderatedPMException(Exception):
# class userNotFoundException(Exception):
# class alreadyConnectedException(Exception):
# class stopSpectating(Exception):
# class matchWrongPasswordException(Exception):
# class matchNotFoundException(Exception):
# class matchJoinErrorException(Exception):
# class matchCreateError(Exception):
# class banchoRestartingException(Exception):
# class apiException(Exception):
# class invalidArgumentsException(Exception):
# class messageTooLongWarnException(Exception):
# class messageTooLongException(Exception):
# class userSilencedException(Exception):
# class need2FAException(Exception):
# class userRestrictedException(Exception):
# class haxException(Exception):
# class forceUpdateException(Exception):
# class loginLockedException(Exception):
# class unknownStreamException(Exception):
# class userTournamentException(Exception):
# class userAlreadyInChannelException(Exception):
# class userNotInChannelException(Exception):
# class missingReportInfoException(Exception):
# class invalidUserException(Exception):
# class wrongChannelException(Exception):
# class periodicLoopException(Exception):
#
# Path: helpers/chatHelper.py
# def joinChannel(userID = 0, channel = "", token = None, toIRC = True, force=False):
# def partChannel(userID = 0, channel = "", token = None, toIRC = True, kick = False, force=False):
# def sendMessage(fro = "", to = "", message = "", token = None, toIRC = True):
# def fixUsernameForBancho(username):
# def fixUsernameForIRC(username):
# def IRCConnect(username):
# def IRCDisconnect(username):
# def IRCJoinChannel(username, channel):
# def IRCPartChannel(username, channel):
# def IRCAway(username, message):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | statusCode = 400 |
Given the following code snippet before the placeholder: <|code_start|>
class handler(requestsManager.asyncRequestHandler):
@tornado.web.asynchronous
@tornado.gen.engine
@sentry.captureTornado
def asyncGet(self):
statusCode = 400
data = {"message": "unknown error"}
try:
# Check arguments
if not requestsManager.checkArguments(self.request.arguments, ["k", "to", "msg"]):
raise exceptions.invalidArgumentsException()
# Check ci key
key = self.get_argument("k")
if key is None or key != glob.conf.config["server"]["cikey"]:
raise exceptions.invalidArgumentsException()
chatHelper.sendMessage(
"FokaBot",
self.get_argument("to").encode().decode("ASCII", "ignore"),
self.get_argument("msg").encode().decode("ASCII", "ignore")
)
# Status code and message
statusCode = 200
data["message"] = "ok"
except exceptions.invalidArgumentsException:
<|code_end|>
, predict the next line using imports from the current file:
import json
import tornado.web
import tornado.gen
from common.sentry import sentry
from common.web import requestsManager
from constants import exceptions
from helpers import chatHelper
from objects import glob
and context including class names, function names, and sometimes code from other files:
# Path: constants/exceptions.py
# class loginFailedException(Exception):
# class loginBannedException(Exception):
# class tokenNotFoundException(Exception):
# class channelNoPermissionsException(Exception):
# class channelUnknownException(Exception):
# class channelModeratedException(Exception):
# class noAdminException(Exception):
# class commandSyntaxException(Exception):
# class banchoConfigErrorException(Exception):
# class banchoMaintenanceException(Exception):
# class moderatedPMException(Exception):
# class userNotFoundException(Exception):
# class alreadyConnectedException(Exception):
# class stopSpectating(Exception):
# class matchWrongPasswordException(Exception):
# class matchNotFoundException(Exception):
# class matchJoinErrorException(Exception):
# class matchCreateError(Exception):
# class banchoRestartingException(Exception):
# class apiException(Exception):
# class invalidArgumentsException(Exception):
# class messageTooLongWarnException(Exception):
# class messageTooLongException(Exception):
# class userSilencedException(Exception):
# class need2FAException(Exception):
# class userRestrictedException(Exception):
# class haxException(Exception):
# class forceUpdateException(Exception):
# class loginLockedException(Exception):
# class unknownStreamException(Exception):
# class userTournamentException(Exception):
# class userAlreadyInChannelException(Exception):
# class userNotInChannelException(Exception):
# class missingReportInfoException(Exception):
# class invalidUserException(Exception):
# class wrongChannelException(Exception):
# class periodicLoopException(Exception):
#
# Path: helpers/chatHelper.py
# def joinChannel(userID = 0, channel = "", token = None, toIRC = True, force=False):
# def partChannel(userID = 0, channel = "", token = None, toIRC = True, kick = False, force=False):
# def sendMessage(fro = "", to = "", message = "", token = None, toIRC = True):
# def fixUsernameForBancho(username):
# def fixUsernameForIRC(username):
# def IRCConnect(username):
# def IRCDisconnect(username):
# def IRCJoinChannel(username, channel):
# def IRCPartChannel(username, channel):
# def IRCAway(username, message):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | statusCode = 400 |
Given the following code snippet before the placeholder: <|code_start|>
class handler(requestsManager.asyncRequestHandler):
@tornado.web.asynchronous
@tornado.gen.engine
@sentry.captureTornado
def asyncGet(self):
statusCode = 400
data = {"message": "unknown error"}
try:
# Check arguments
if not requestsManager.checkArguments(self.request.arguments, ["k", "to", "msg"]):
raise exceptions.invalidArgumentsException()
# Check ci key
<|code_end|>
, predict the next line using imports from the current file:
import json
import tornado.web
import tornado.gen
from common.sentry import sentry
from common.web import requestsManager
from constants import exceptions
from helpers import chatHelper
from objects import glob
and context including class names, function names, and sometimes code from other files:
# Path: constants/exceptions.py
# class loginFailedException(Exception):
# class loginBannedException(Exception):
# class tokenNotFoundException(Exception):
# class channelNoPermissionsException(Exception):
# class channelUnknownException(Exception):
# class channelModeratedException(Exception):
# class noAdminException(Exception):
# class commandSyntaxException(Exception):
# class banchoConfigErrorException(Exception):
# class banchoMaintenanceException(Exception):
# class moderatedPMException(Exception):
# class userNotFoundException(Exception):
# class alreadyConnectedException(Exception):
# class stopSpectating(Exception):
# class matchWrongPasswordException(Exception):
# class matchNotFoundException(Exception):
# class matchJoinErrorException(Exception):
# class matchCreateError(Exception):
# class banchoRestartingException(Exception):
# class apiException(Exception):
# class invalidArgumentsException(Exception):
# class messageTooLongWarnException(Exception):
# class messageTooLongException(Exception):
# class userSilencedException(Exception):
# class need2FAException(Exception):
# class userRestrictedException(Exception):
# class haxException(Exception):
# class forceUpdateException(Exception):
# class loginLockedException(Exception):
# class unknownStreamException(Exception):
# class userTournamentException(Exception):
# class userAlreadyInChannelException(Exception):
# class userNotInChannelException(Exception):
# class missingReportInfoException(Exception):
# class invalidUserException(Exception):
# class wrongChannelException(Exception):
# class periodicLoopException(Exception):
#
# Path: helpers/chatHelper.py
# def joinChannel(userID = 0, channel = "", token = None, toIRC = True, force=False):
# def partChannel(userID = 0, channel = "", token = None, toIRC = True, kick = False, force=False):
# def sendMessage(fro = "", to = "", message = "", token = None, toIRC = True):
# def fixUsernameForBancho(username):
# def fixUsernameForIRC(username):
# def IRCConnect(username):
# def IRCDisconnect(username):
# def IRCJoinChannel(username, channel):
# def IRCPartChannel(username, channel):
# def IRCAway(username, message):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | key = self.get_argument("k") |
Given the following code snippet before the placeholder: <|code_start|>
def handle(userToken, _):
# Get usertoken data
userID = userToken.userID
# Make sure the match exists
matchID = userToken.matchID
if matchID not in glob.matches.matches:
return
with glob.matches.matches[matchID] as match:
# Get our slotID and change ready status
slotID = match.getUserSlotID(userID)
if slotID is not None:
match.toggleSlotReady(slotID)
# If this is a tournament match, we should send the current status of ready
# players.
if match.isTourney:
<|code_end|>
, predict the next line using imports from the current file:
from objects import glob
and context including class names, function names, and sometimes code from other files:
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | match.sendReadyStatus() |
Continue the code snippet: <|code_start|>
class handler(generalPubSubHandler.generalPubSubHandler):
def __init__(self):
super().__init__()
self.structure = {
"userID": 0,
"mainMenuIconID": 0
}
def handle(self, data):
data = super().parseData(data)
if data is None:
return
targetTokens = glob.tokens.getTokenFromUserID(data["userID"], ignoreIRC=True, _all=True)
if targetTokens:
icon = glob.db.fetch(
"SELECT file_id, url FROM main_menu_icons WHERE id = %s LIMIT 1",
(data["mainMenuIconID"],)
)
if icon is None:
log.warning("Tried to test an unknown main menu icon")
return
for x in targetTokens:
x.enqueue(
serverPackets.mainMenuIcon("{}|{}".format(
<|code_end|>
. Use current file imports:
from common.log import logUtils as log
from common.redis import generalPubSubHandler
from objects import glob
from constants import serverPackets
and context (classes, functions, or code) from other files:
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
#
# Path: constants/serverPackets.py
# def loginFailed():
# def forceUpdate():
# def loginBanned():
# def loginLocked():
# def loginError():
# def needSupporter():
# def needVerification():
# def userID(uid):
# def silenceEndTime(seconds):
# def protocolVersion(version = 19):
# def mainMenuIcon(icon):
# def userSupporterGMT(supporter, GMT, tournamentStaff):
# def friendList(userID):
# def onlineUsers():
# def userLogout(userID):
# def userPanel(userID, force = False):
# def userStats(userID, force = False):
# def sendMessage(fro, to, message):
# def channelJoinSuccess(userID, chan):
# def channelInfo(chan):
# def channelInfoEnd():
# def channelKicked(chan):
# def userSilenced(userID):
# def addSpectator(userID):
# def removeSpectator(userID):
# def spectatorFrames(data):
# def noSongSpectator(userID):
# def fellowSpectatorJoined(userID):
# def fellowSpectatorLeft(userID):
# def createMatch(matchID):
# def updateMatch(matchID, censored = False):
# def matchStart(matchID):
# def disposeMatch(matchID):
# def matchJoinSuccess(matchID):
# def matchJoinFail():
# def changeMatchPassword(newPassword):
# def allPlayersLoaded():
# def playerSkipped(userID):
# def allPlayersSkipped():
# def matchFrames(slotID, data):
# def matchComplete():
# def playerFailed(slotID):
# def matchTransferHost():
# def matchAbort():
# def switchServer(address):
# def notification(message):
# def banchoRestart(msUntilReconnection):
# def rtx(message):
. Output only the next line. | "https://i.ppy.sh/{}.png".format(icon["file_id"]), |
Next line prediction: <|code_start|>
class handler(generalPubSubHandler.generalPubSubHandler):
def __init__(self):
super().__init__()
self.structure = {
"userID": 0,
"mainMenuIconID": 0
}
def handle(self, data):
data = super().parseData(data)
if data is None:
return
targetTokens = glob.tokens.getTokenFromUserID(data["userID"], ignoreIRC=True, _all=True)
if targetTokens:
icon = glob.db.fetch(
"SELECT file_id, url FROM main_menu_icons WHERE id = %s LIMIT 1",
(data["mainMenuIconID"],)
)
if icon is None:
log.warning("Tried to test an unknown main menu icon")
return
for x in targetTokens:
x.enqueue(
serverPackets.mainMenuIcon("{}|{}".format(
<|code_end|>
. Use current file imports:
(from common.log import logUtils as log
from common.redis import generalPubSubHandler
from objects import glob
from constants import serverPackets)
and context including class names, function names, or small code snippets from other files:
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
#
# Path: constants/serverPackets.py
# def loginFailed():
# def forceUpdate():
# def loginBanned():
# def loginLocked():
# def loginError():
# def needSupporter():
# def needVerification():
# def userID(uid):
# def silenceEndTime(seconds):
# def protocolVersion(version = 19):
# def mainMenuIcon(icon):
# def userSupporterGMT(supporter, GMT, tournamentStaff):
# def friendList(userID):
# def onlineUsers():
# def userLogout(userID):
# def userPanel(userID, force = False):
# def userStats(userID, force = False):
# def sendMessage(fro, to, message):
# def channelJoinSuccess(userID, chan):
# def channelInfo(chan):
# def channelInfoEnd():
# def channelKicked(chan):
# def userSilenced(userID):
# def addSpectator(userID):
# def removeSpectator(userID):
# def spectatorFrames(data):
# def noSongSpectator(userID):
# def fellowSpectatorJoined(userID):
# def fellowSpectatorLeft(userID):
# def createMatch(matchID):
# def updateMatch(matchID, censored = False):
# def matchStart(matchID):
# def disposeMatch(matchID):
# def matchJoinSuccess(matchID):
# def matchJoinFail():
# def changeMatchPassword(newPassword):
# def allPlayersLoaded():
# def playerSkipped(userID):
# def allPlayersSkipped():
# def matchFrames(slotID, data):
# def matchComplete():
# def playerFailed(slotID):
# def matchTransferHost():
# def matchAbort():
# def switchServer(address):
# def notification(message):
# def banchoRestart(msUntilReconnection):
# def rtx(message):
. Output only the next line. | "https://i.ppy.sh/{}.png".format(icon["file_id"]), |
Predict the next line after this snippet: <|code_start|>
def handleUsernameChange(userID, newUsername, targetToken=None):
try:
userUtils.appendNotes(userID, "Username change: '{}' -> '{}'".format(userUtils.getUsername(userID), newUsername))
userUtils.changeUsername(userID, newUsername=newUsername)
if targetToken is not None:
targetToken.kick("Your username has been changed to {}. Please log in again.".format(newUsername), "username_change")
except userUtils.usernameAlreadyInUseError:
log.rap(999, "Username change: {} is already in use!", through="Bancho")
if targetToken is not None:
targetToken.kick("There was a critical error while trying to change your username. Please contact a developer.", "username_change_fail")
except userUtils.invalidUsernameError:
log.rap(999, "Username change: {} is not a valid username!", through="Bancho")
if targetToken is not None:
targetToken.kick("There was a critical error while trying to change your username. Please contact a developer.", "username_change_fail")
class handler(generalPubSubHandler.generalPubSubHandler):
def __init__(self):
super().__init__()
self.structure = {
"userID": 0,
"newUsername": ""
}
def handle(self, data):
data = super().parseData(data)
if data is None:
<|code_end|>
using the current file's imports:
from common.redis import generalPubSubHandler
from common.ripple import userUtils
from common.log import logUtils as log
from common.constants import actions
from objects import glob
and any relevant context from other files:
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | return |
Here is a snippet: <|code_start|>
def handle(userToken, packetData):
# get token data
userID = userToken.userID
# Send spectator frames to every spectator
streamName = "spect/{}".format(userID)
glob.streams.broadcast(streamName, serverPackets.spectatorFrames(packetData[7:]))
log.debug("Broadcasting {}'s frames to {} clients".format(
<|code_end|>
. Write the next line using the current file imports:
from objects import glob
from constants import serverPackets
from common.log import logUtils as log
and context from other files:
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
#
# Path: constants/serverPackets.py
# def loginFailed():
# def forceUpdate():
# def loginBanned():
# def loginLocked():
# def loginError():
# def needSupporter():
# def needVerification():
# def userID(uid):
# def silenceEndTime(seconds):
# def protocolVersion(version = 19):
# def mainMenuIcon(icon):
# def userSupporterGMT(supporter, GMT, tournamentStaff):
# def friendList(userID):
# def onlineUsers():
# def userLogout(userID):
# def userPanel(userID, force = False):
# def userStats(userID, force = False):
# def sendMessage(fro, to, message):
# def channelJoinSuccess(userID, chan):
# def channelInfo(chan):
# def channelInfoEnd():
# def channelKicked(chan):
# def userSilenced(userID):
# def addSpectator(userID):
# def removeSpectator(userID):
# def spectatorFrames(data):
# def noSongSpectator(userID):
# def fellowSpectatorJoined(userID):
# def fellowSpectatorLeft(userID):
# def createMatch(matchID):
# def updateMatch(matchID, censored = False):
# def matchStart(matchID):
# def disposeMatch(matchID):
# def matchJoinSuccess(matchID):
# def matchJoinFail():
# def changeMatchPassword(newPassword):
# def allPlayersLoaded():
# def playerSkipped(userID):
# def allPlayersSkipped():
# def matchFrames(slotID, data):
# def matchComplete():
# def playerFailed(slotID):
# def matchTransferHost():
# def matchAbort():
# def switchServer(address):
# def notification(message):
# def banchoRestart(msUntilReconnection):
# def rtx(message):
, which may include functions, classes, or code. Output only the next line. | userID, |
Continue the code snippet: <|code_start|>
def handle(userToken, packetData):
# get token data
userID = userToken.userID
# Send spectator frames to every spectator
streamName = "spect/{}".format(userID)
glob.streams.broadcast(streamName, serverPackets.spectatorFrames(packetData[7:]))
log.debug("Broadcasting {}'s frames to {} clients".format(
<|code_end|>
. Use current file imports:
from objects import glob
from constants import serverPackets
from common.log import logUtils as log
and context (classes, functions, or code) from other files:
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
#
# Path: constants/serverPackets.py
# def loginFailed():
# def forceUpdate():
# def loginBanned():
# def loginLocked():
# def loginError():
# def needSupporter():
# def needVerification():
# def userID(uid):
# def silenceEndTime(seconds):
# def protocolVersion(version = 19):
# def mainMenuIcon(icon):
# def userSupporterGMT(supporter, GMT, tournamentStaff):
# def friendList(userID):
# def onlineUsers():
# def userLogout(userID):
# def userPanel(userID, force = False):
# def userStats(userID, force = False):
# def sendMessage(fro, to, message):
# def channelJoinSuccess(userID, chan):
# def channelInfo(chan):
# def channelInfoEnd():
# def channelKicked(chan):
# def userSilenced(userID):
# def addSpectator(userID):
# def removeSpectator(userID):
# def spectatorFrames(data):
# def noSongSpectator(userID):
# def fellowSpectatorJoined(userID):
# def fellowSpectatorLeft(userID):
# def createMatch(matchID):
# def updateMatch(matchID, censored = False):
# def matchStart(matchID):
# def disposeMatch(matchID):
# def matchJoinSuccess(matchID):
# def matchJoinFail():
# def changeMatchPassword(newPassword):
# def allPlayersLoaded():
# def playerSkipped(userID):
# def allPlayersSkipped():
# def matchFrames(slotID, data):
# def matchComplete():
# def playerFailed(slotID):
# def matchTransferHost():
# def matchAbort():
# def switchServer(address):
# def notification(message):
# def banchoRestart(msUntilReconnection):
# def rtx(message):
. Output only the next line. | userID, |
Continue the code snippet: <|code_start|>
def handle(userToken, packetData):
# Get usertoken data
userID = userToken.userID
# Get match ID and match object
matchID = userToken.matchID
# Make sure we are in a match
if matchID == -1:
return
# Make sure the match exists
if matchID not in glob.matches.matches:
return
# Parse the data
data = clientPackets.matchFrames(packetData)
with glob.matches.matches[matchID] as match:
# Change slot id in packetData
slotID = match.getUserSlotID(userID)
# Update the score
match.updateScore(slotID, data["totalScore"])
<|code_end|>
. Use current file imports:
from objects import glob
from constants import serverPackets, clientPackets
and context (classes, functions, or code) from other files:
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
#
# Path: constants/serverPackets.py
# def loginFailed():
# def forceUpdate():
# def loginBanned():
# def loginLocked():
# def loginError():
# def needSupporter():
# def needVerification():
# def userID(uid):
# def silenceEndTime(seconds):
# def protocolVersion(version = 19):
# def mainMenuIcon(icon):
# def userSupporterGMT(supporter, GMT, tournamentStaff):
# def friendList(userID):
# def onlineUsers():
# def userLogout(userID):
# def userPanel(userID, force = False):
# def userStats(userID, force = False):
# def sendMessage(fro, to, message):
# def channelJoinSuccess(userID, chan):
# def channelInfo(chan):
# def channelInfoEnd():
# def channelKicked(chan):
# def userSilenced(userID):
# def addSpectator(userID):
# def removeSpectator(userID):
# def spectatorFrames(data):
# def noSongSpectator(userID):
# def fellowSpectatorJoined(userID):
# def fellowSpectatorLeft(userID):
# def createMatch(matchID):
# def updateMatch(matchID, censored = False):
# def matchStart(matchID):
# def disposeMatch(matchID):
# def matchJoinSuccess(matchID):
# def matchJoinFail():
# def changeMatchPassword(newPassword):
# def allPlayersLoaded():
# def playerSkipped(userID):
# def allPlayersSkipped():
# def matchFrames(slotID, data):
# def matchComplete():
# def playerFailed(slotID):
# def matchTransferHost():
# def matchAbort():
# def switchServer(address):
# def notification(message):
# def banchoRestart(msUntilReconnection):
# def rtx(message):
#
# Path: constants/clientPackets.py
# def userActionChange(stream):
# def userStatsRequest(stream):
# def userPanelRequest(stream):
# def sendPublicMessage(stream):
# def sendPrivateMessage(stream):
# def setAwayMessage(stream):
# def channelJoin(stream):
# def channelPart(stream):
# def addRemoveFriend(stream):
# def startSpectating(stream):
# def matchSettings(stream):
# def createMatch(stream):
# def changeMatchSettings(stream):
# def changeSlot(stream):
# def joinMatch(stream):
# def changeMods(stream):
# def lockSlot(stream):
# def transferHost(stream):
# def matchInvite(stream):
# def matchFrames(stream):
# def tournamentMatchInfoRequest(stream):
# def tournamentJoinMatchChannel(stream):
# def tournamentLeaveMatchChannel(stream):
. Output only the next line. | match.updateHP(slotID, data["currentHp"]) |
Given the following code snippet before the placeholder: <|code_start|>
def handle(userToken, packetData):
# Get usertoken data
userID = userToken.userID
# Get match ID and match object
matchID = userToken.matchID
# Make sure we are in a match
if matchID == -1:
return
# Make sure the match exists
if matchID not in glob.matches.matches:
return
# Parse the data
data = clientPackets.matchFrames(packetData)
with glob.matches.matches[matchID] as match:
# Change slot id in packetData
slotID = match.getUserSlotID(userID)
# Update the score
<|code_end|>
, predict the next line using imports from the current file:
from objects import glob
from constants import serverPackets, clientPackets
and context including class names, function names, and sometimes code from other files:
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
#
# Path: constants/serverPackets.py
# def loginFailed():
# def forceUpdate():
# def loginBanned():
# def loginLocked():
# def loginError():
# def needSupporter():
# def needVerification():
# def userID(uid):
# def silenceEndTime(seconds):
# def protocolVersion(version = 19):
# def mainMenuIcon(icon):
# def userSupporterGMT(supporter, GMT, tournamentStaff):
# def friendList(userID):
# def onlineUsers():
# def userLogout(userID):
# def userPanel(userID, force = False):
# def userStats(userID, force = False):
# def sendMessage(fro, to, message):
# def channelJoinSuccess(userID, chan):
# def channelInfo(chan):
# def channelInfoEnd():
# def channelKicked(chan):
# def userSilenced(userID):
# def addSpectator(userID):
# def removeSpectator(userID):
# def spectatorFrames(data):
# def noSongSpectator(userID):
# def fellowSpectatorJoined(userID):
# def fellowSpectatorLeft(userID):
# def createMatch(matchID):
# def updateMatch(matchID, censored = False):
# def matchStart(matchID):
# def disposeMatch(matchID):
# def matchJoinSuccess(matchID):
# def matchJoinFail():
# def changeMatchPassword(newPassword):
# def allPlayersLoaded():
# def playerSkipped(userID):
# def allPlayersSkipped():
# def matchFrames(slotID, data):
# def matchComplete():
# def playerFailed(slotID):
# def matchTransferHost():
# def matchAbort():
# def switchServer(address):
# def notification(message):
# def banchoRestart(msUntilReconnection):
# def rtx(message):
#
# Path: constants/clientPackets.py
# def userActionChange(stream):
# def userStatsRequest(stream):
# def userPanelRequest(stream):
# def sendPublicMessage(stream):
# def sendPrivateMessage(stream):
# def setAwayMessage(stream):
# def channelJoin(stream):
# def channelPart(stream):
# def addRemoveFriend(stream):
# def startSpectating(stream):
# def matchSettings(stream):
# def createMatch(stream):
# def changeMatchSettings(stream):
# def changeSlot(stream):
# def joinMatch(stream):
# def changeMods(stream):
# def lockSlot(stream):
# def transferHost(stream):
# def matchInvite(stream):
# def matchFrames(stream):
# def tournamentMatchInfoRequest(stream):
# def tournamentJoinMatchChannel(stream):
# def tournamentLeaveMatchChannel(stream):
. Output only the next line. | match.updateScore(slotID, data["totalScore"]) |
Continue the code snippet: <|code_start|>
def handle(userToken, packetData):
# Get usertoken data
userID = userToken.userID
# Get match ID and match object
matchID = userToken.matchID
# Make sure we are in a match
if matchID == -1:
return
# Make sure the match exists
if matchID not in glob.matches.matches:
<|code_end|>
. Use current file imports:
from objects import glob
from constants import serverPackets, clientPackets
and context (classes, functions, or code) from other files:
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
#
# Path: constants/serverPackets.py
# def loginFailed():
# def forceUpdate():
# def loginBanned():
# def loginLocked():
# def loginError():
# def needSupporter():
# def needVerification():
# def userID(uid):
# def silenceEndTime(seconds):
# def protocolVersion(version = 19):
# def mainMenuIcon(icon):
# def userSupporterGMT(supporter, GMT, tournamentStaff):
# def friendList(userID):
# def onlineUsers():
# def userLogout(userID):
# def userPanel(userID, force = False):
# def userStats(userID, force = False):
# def sendMessage(fro, to, message):
# def channelJoinSuccess(userID, chan):
# def channelInfo(chan):
# def channelInfoEnd():
# def channelKicked(chan):
# def userSilenced(userID):
# def addSpectator(userID):
# def removeSpectator(userID):
# def spectatorFrames(data):
# def noSongSpectator(userID):
# def fellowSpectatorJoined(userID):
# def fellowSpectatorLeft(userID):
# def createMatch(matchID):
# def updateMatch(matchID, censored = False):
# def matchStart(matchID):
# def disposeMatch(matchID):
# def matchJoinSuccess(matchID):
# def matchJoinFail():
# def changeMatchPassword(newPassword):
# def allPlayersLoaded():
# def playerSkipped(userID):
# def allPlayersSkipped():
# def matchFrames(slotID, data):
# def matchComplete():
# def playerFailed(slotID):
# def matchTransferHost():
# def matchAbort():
# def switchServer(address):
# def notification(message):
# def banchoRestart(msUntilReconnection):
# def rtx(message):
#
# Path: constants/clientPackets.py
# def userActionChange(stream):
# def userStatsRequest(stream):
# def userPanelRequest(stream):
# def sendPublicMessage(stream):
# def sendPrivateMessage(stream):
# def setAwayMessage(stream):
# def channelJoin(stream):
# def channelPart(stream):
# def addRemoveFriend(stream):
# def startSpectating(stream):
# def matchSettings(stream):
# def createMatch(stream):
# def changeMatchSettings(stream):
# def changeSlot(stream):
# def joinMatch(stream):
# def changeMods(stream):
# def lockSlot(stream):
# def transferHost(stream):
# def matchInvite(stream):
# def matchFrames(stream):
# def tournamentMatchInfoRequest(stream):
# def tournamentJoinMatchChannel(stream):
# def tournamentLeaveMatchChannel(stream):
. Output only the next line. | return |
Predict the next line after this snippet: <|code_start|>
def handle(userToken, packetData):
# Read packet data. Same structure as changeMatchSettings
packetData = clientPackets.changeMatchSettings(packetData)
# Make sure the match exists
matchID = userToken.matchID
if matchID not in glob.matches.matches:
return
with glob.matches.matches[matchID] as match:
# Host check
if userToken.userID != match.hostUserID:
<|code_end|>
using the current file's imports:
from constants import clientPackets
from objects import glob
and any relevant context from other files:
# Path: constants/clientPackets.py
# def userActionChange(stream):
# def userStatsRequest(stream):
# def userPanelRequest(stream):
# def sendPublicMessage(stream):
# def sendPrivateMessage(stream):
# def setAwayMessage(stream):
# def channelJoin(stream):
# def channelPart(stream):
# def addRemoveFriend(stream):
# def startSpectating(stream):
# def matchSettings(stream):
# def createMatch(stream):
# def changeMatchSettings(stream):
# def changeSlot(stream):
# def joinMatch(stream):
# def changeMods(stream):
# def lockSlot(stream):
# def transferHost(stream):
# def matchInvite(stream):
# def matchFrames(stream):
# def tournamentMatchInfoRequest(stream):
# def tournamentJoinMatchChannel(stream):
# def tournamentLeaveMatchChannel(stream):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | return |
Given the following code snippet before the placeholder: <|code_start|>
def handle(userToken, packetData):
# Read packet data. Same structure as changeMatchSettings
packetData = clientPackets.changeMatchSettings(packetData)
# Make sure the match exists
matchID = userToken.matchID
if matchID not in glob.matches.matches:
<|code_end|>
, predict the next line using imports from the current file:
from constants import clientPackets
from objects import glob
and context including class names, function names, and sometimes code from other files:
# Path: constants/clientPackets.py
# def userActionChange(stream):
# def userStatsRequest(stream):
# def userPanelRequest(stream):
# def sendPublicMessage(stream):
# def sendPrivateMessage(stream):
# def setAwayMessage(stream):
# def channelJoin(stream):
# def channelPart(stream):
# def addRemoveFriend(stream):
# def startSpectating(stream):
# def matchSettings(stream):
# def createMatch(stream):
# def changeMatchSettings(stream):
# def changeSlot(stream):
# def joinMatch(stream):
# def changeMods(stream):
# def lockSlot(stream):
# def transferHost(stream):
# def matchInvite(stream):
# def matchFrames(stream):
# def tournamentMatchInfoRequest(stream):
# def tournamentJoinMatchChannel(stream):
# def tournamentLeaveMatchChannel(stream):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | return |
Given the code snippet: <|code_start|>
def handle(userToken, _):
try:
# We don't have the beatmap, we can't spectate
if userToken.spectating not in glob.tokens.tokens:
raise exceptions.tokenNotFoundException()
# Send the packet to host
glob.tokens.tokens[userToken.spectating].enqueue(serverPackets.noSongSpectator(userToken.userID))
except exceptions.tokenNotFoundException:
# Stop spectating if token not found
log.warning("Spectator can't spectate: token not found")
<|code_end|>
, generate the next line using the imports in this file:
from common.log import logUtils as log
from constants import exceptions
from constants import serverPackets
from objects import glob
and context (functions, classes, or occasionally code) from other files:
# Path: constants/exceptions.py
# class loginFailedException(Exception):
# class loginBannedException(Exception):
# class tokenNotFoundException(Exception):
# class channelNoPermissionsException(Exception):
# class channelUnknownException(Exception):
# class channelModeratedException(Exception):
# class noAdminException(Exception):
# class commandSyntaxException(Exception):
# class banchoConfigErrorException(Exception):
# class banchoMaintenanceException(Exception):
# class moderatedPMException(Exception):
# class userNotFoundException(Exception):
# class alreadyConnectedException(Exception):
# class stopSpectating(Exception):
# class matchWrongPasswordException(Exception):
# class matchNotFoundException(Exception):
# class matchJoinErrorException(Exception):
# class matchCreateError(Exception):
# class banchoRestartingException(Exception):
# class apiException(Exception):
# class invalidArgumentsException(Exception):
# class messageTooLongWarnException(Exception):
# class messageTooLongException(Exception):
# class userSilencedException(Exception):
# class need2FAException(Exception):
# class userRestrictedException(Exception):
# class haxException(Exception):
# class forceUpdateException(Exception):
# class loginLockedException(Exception):
# class unknownStreamException(Exception):
# class userTournamentException(Exception):
# class userAlreadyInChannelException(Exception):
# class userNotInChannelException(Exception):
# class missingReportInfoException(Exception):
# class invalidUserException(Exception):
# class wrongChannelException(Exception):
# class periodicLoopException(Exception):
#
# Path: constants/serverPackets.py
# def loginFailed():
# def forceUpdate():
# def loginBanned():
# def loginLocked():
# def loginError():
# def needSupporter():
# def needVerification():
# def userID(uid):
# def silenceEndTime(seconds):
# def protocolVersion(version = 19):
# def mainMenuIcon(icon):
# def userSupporterGMT(supporter, GMT, tournamentStaff):
# def friendList(userID):
# def onlineUsers():
# def userLogout(userID):
# def userPanel(userID, force = False):
# def userStats(userID, force = False):
# def sendMessage(fro, to, message):
# def channelJoinSuccess(userID, chan):
# def channelInfo(chan):
# def channelInfoEnd():
# def channelKicked(chan):
# def userSilenced(userID):
# def addSpectator(userID):
# def removeSpectator(userID):
# def spectatorFrames(data):
# def noSongSpectator(userID):
# def fellowSpectatorJoined(userID):
# def fellowSpectatorLeft(userID):
# def createMatch(matchID):
# def updateMatch(matchID, censored = False):
# def matchStart(matchID):
# def disposeMatch(matchID):
# def matchJoinSuccess(matchID):
# def matchJoinFail():
# def changeMatchPassword(newPassword):
# def allPlayersLoaded():
# def playerSkipped(userID):
# def allPlayersSkipped():
# def matchFrames(slotID, data):
# def matchComplete():
# def playerFailed(slotID):
# def matchTransferHost():
# def matchAbort():
# def switchServer(address):
# def notification(message):
# def banchoRestart(msUntilReconnection):
# def rtx(message):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | userToken.stopSpectating() |
Given the following code snippet before the placeholder: <|code_start|>
def handle(userToken, _):
try:
# We don't have the beatmap, we can't spectate
if userToken.spectating not in glob.tokens.tokens:
raise exceptions.tokenNotFoundException()
# Send the packet to host
glob.tokens.tokens[userToken.spectating].enqueue(serverPackets.noSongSpectator(userToken.userID))
except exceptions.tokenNotFoundException:
# Stop spectating if token not found
<|code_end|>
, predict the next line using imports from the current file:
from common.log import logUtils as log
from constants import exceptions
from constants import serverPackets
from objects import glob
and context including class names, function names, and sometimes code from other files:
# Path: constants/exceptions.py
# class loginFailedException(Exception):
# class loginBannedException(Exception):
# class tokenNotFoundException(Exception):
# class channelNoPermissionsException(Exception):
# class channelUnknownException(Exception):
# class channelModeratedException(Exception):
# class noAdminException(Exception):
# class commandSyntaxException(Exception):
# class banchoConfigErrorException(Exception):
# class banchoMaintenanceException(Exception):
# class moderatedPMException(Exception):
# class userNotFoundException(Exception):
# class alreadyConnectedException(Exception):
# class stopSpectating(Exception):
# class matchWrongPasswordException(Exception):
# class matchNotFoundException(Exception):
# class matchJoinErrorException(Exception):
# class matchCreateError(Exception):
# class banchoRestartingException(Exception):
# class apiException(Exception):
# class invalidArgumentsException(Exception):
# class messageTooLongWarnException(Exception):
# class messageTooLongException(Exception):
# class userSilencedException(Exception):
# class need2FAException(Exception):
# class userRestrictedException(Exception):
# class haxException(Exception):
# class forceUpdateException(Exception):
# class loginLockedException(Exception):
# class unknownStreamException(Exception):
# class userTournamentException(Exception):
# class userAlreadyInChannelException(Exception):
# class userNotInChannelException(Exception):
# class missingReportInfoException(Exception):
# class invalidUserException(Exception):
# class wrongChannelException(Exception):
# class periodicLoopException(Exception):
#
# Path: constants/serverPackets.py
# def loginFailed():
# def forceUpdate():
# def loginBanned():
# def loginLocked():
# def loginError():
# def needSupporter():
# def needVerification():
# def userID(uid):
# def silenceEndTime(seconds):
# def protocolVersion(version = 19):
# def mainMenuIcon(icon):
# def userSupporterGMT(supporter, GMT, tournamentStaff):
# def friendList(userID):
# def onlineUsers():
# def userLogout(userID):
# def userPanel(userID, force = False):
# def userStats(userID, force = False):
# def sendMessage(fro, to, message):
# def channelJoinSuccess(userID, chan):
# def channelInfo(chan):
# def channelInfoEnd():
# def channelKicked(chan):
# def userSilenced(userID):
# def addSpectator(userID):
# def removeSpectator(userID):
# def spectatorFrames(data):
# def noSongSpectator(userID):
# def fellowSpectatorJoined(userID):
# def fellowSpectatorLeft(userID):
# def createMatch(matchID):
# def updateMatch(matchID, censored = False):
# def matchStart(matchID):
# def disposeMatch(matchID):
# def matchJoinSuccess(matchID):
# def matchJoinFail():
# def changeMatchPassword(newPassword):
# def allPlayersLoaded():
# def playerSkipped(userID):
# def allPlayersSkipped():
# def matchFrames(slotID, data):
# def matchComplete():
# def playerFailed(slotID):
# def matchTransferHost():
# def matchAbort():
# def switchServer(address):
# def notification(message):
# def banchoRestart(msUntilReconnection):
# def rtx(message):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | log.warning("Spectator can't spectate: token not found") |
Given snippet: <|code_start|>
class tokenList:
def __init__(self):
self.tokens = {}
self._lock = threading.Lock()
def __enter__(self):
<|code_end|>
, continue by predicting the next line. Consider current file imports:
import threading
import time
import redis
from common.ripple import userUtils
from common.log import logUtils as log
from common.sentry import sentry
from constants import serverPackets
from constants.exceptions import periodicLoopException
from events import logoutEvent
from objects import glob
from objects import osuToken
and context:
# Path: constants/serverPackets.py
# def loginFailed():
# def forceUpdate():
# def loginBanned():
# def loginLocked():
# def loginError():
# def needSupporter():
# def needVerification():
# def userID(uid):
# def silenceEndTime(seconds):
# def protocolVersion(version = 19):
# def mainMenuIcon(icon):
# def userSupporterGMT(supporter, GMT, tournamentStaff):
# def friendList(userID):
# def onlineUsers():
# def userLogout(userID):
# def userPanel(userID, force = False):
# def userStats(userID, force = False):
# def sendMessage(fro, to, message):
# def channelJoinSuccess(userID, chan):
# def channelInfo(chan):
# def channelInfoEnd():
# def channelKicked(chan):
# def userSilenced(userID):
# def addSpectator(userID):
# def removeSpectator(userID):
# def spectatorFrames(data):
# def noSongSpectator(userID):
# def fellowSpectatorJoined(userID):
# def fellowSpectatorLeft(userID):
# def createMatch(matchID):
# def updateMatch(matchID, censored = False):
# def matchStart(matchID):
# def disposeMatch(matchID):
# def matchJoinSuccess(matchID):
# def matchJoinFail():
# def changeMatchPassword(newPassword):
# def allPlayersLoaded():
# def playerSkipped(userID):
# def allPlayersSkipped():
# def matchFrames(slotID, data):
# def matchComplete():
# def playerFailed(slotID):
# def matchTransferHost():
# def matchAbort():
# def switchServer(address):
# def notification(message):
# def banchoRestart(msUntilReconnection):
# def rtx(message):
#
# Path: constants/exceptions.py
# class periodicLoopException(Exception):
# pass
#
# Path: events/logoutEvent.py
# def handle(userToken, _=None, deleteToken=True):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
#
# Path: objects/osuToken.py
# class token:
# def __init__(self, userID, token_ = None, ip ="", irc = False, timeOffset = 0, tournament = False):
# def enqueue(self, bytes_):
# def resetQueue(self):
# def joinChannel(self, channelObject):
# def partChannel(self, channelObject):
# def setLocation(self, latitude, longitude):
# def getLatitude(self):
# def getLongitude(self):
# def startSpectating(self, host):
# def stopSpectating(self):
# def updatePingTime(self):
# def joinMatch(self, matchID):
# def leaveMatch(self):
# def kick(self, message="You have been kicked from the server. Please login again.", reason="kick"):
# def silence(self, seconds = None, reason = "", author = 999):
# def spamProtection(self, increaseSpamRate = True):
# def isSilenced(self):
# def getSilenceSecondsLeft(self):
# def updateCachedStats(self):
# def checkRestricted(self):
# def checkBanned(self):
# def setRestricted(self):
# def resetRestricted(self):
# def joinStream(self, name):
# def leaveStream(self, name):
# def leaveAllStreams(self):
# def awayCheck(self, userID):
# def addMessageInBuffer(self, chan, message):
# def getMessagesBufferString(self):
which might include code, classes, or functions. Output only the next line. | self._lock.acquire() |
Continue the code snippet: <|code_start|>
def handle(userToken, _=None, deleteToken=True):
# get usertoken data
userID = userToken.userID
username = userToken.username
requestToken = userToken.token
# Big client meme here. If someone logs out and logs in right after,
# the old logout packet will still be in the queue and will be sent to
# the server, so we accept logout packets sent at least 5 seconds after login
# if the user logs out before 5 seconds, he will be disconnected later with timeout check
if int(time.time() - userToken.loginTime) >= 5 or userToken.irc:
# Stop spectating
<|code_end|>
. Use current file imports:
import time
import json
from common.log import logUtils as log
from constants import serverPackets
from helpers import chatHelper as chat
from objects import glob
and context (classes, functions, or code) from other files:
# Path: constants/serverPackets.py
# def loginFailed():
# def forceUpdate():
# def loginBanned():
# def loginLocked():
# def loginError():
# def needSupporter():
# def needVerification():
# def userID(uid):
# def silenceEndTime(seconds):
# def protocolVersion(version = 19):
# def mainMenuIcon(icon):
# def userSupporterGMT(supporter, GMT, tournamentStaff):
# def friendList(userID):
# def onlineUsers():
# def userLogout(userID):
# def userPanel(userID, force = False):
# def userStats(userID, force = False):
# def sendMessage(fro, to, message):
# def channelJoinSuccess(userID, chan):
# def channelInfo(chan):
# def channelInfoEnd():
# def channelKicked(chan):
# def userSilenced(userID):
# def addSpectator(userID):
# def removeSpectator(userID):
# def spectatorFrames(data):
# def noSongSpectator(userID):
# def fellowSpectatorJoined(userID):
# def fellowSpectatorLeft(userID):
# def createMatch(matchID):
# def updateMatch(matchID, censored = False):
# def matchStart(matchID):
# def disposeMatch(matchID):
# def matchJoinSuccess(matchID):
# def matchJoinFail():
# def changeMatchPassword(newPassword):
# def allPlayersLoaded():
# def playerSkipped(userID):
# def allPlayersSkipped():
# def matchFrames(slotID, data):
# def matchComplete():
# def playerFailed(slotID):
# def matchTransferHost():
# def matchAbort():
# def switchServer(address):
# def notification(message):
# def banchoRestart(msUntilReconnection):
# def rtx(message):
#
# Path: helpers/chatHelper.py
# def joinChannel(userID = 0, channel = "", token = None, toIRC = True, force=False):
# def partChannel(userID = 0, channel = "", token = None, toIRC = True, kick = False, force=False):
# def sendMessage(fro = "", to = "", message = "", token = None, toIRC = True):
# def fixUsernameForBancho(username):
# def fixUsernameForIRC(username):
# def IRCConnect(username):
# def IRCDisconnect(username):
# def IRCJoinChannel(username, channel):
# def IRCPartChannel(username, channel):
# def IRCAway(username, message):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | userToken.stopSpectating() |
Based on the snippet: <|code_start|>
def handle(userToken, _=None, deleteToken=True):
# get usertoken data
userID = userToken.userID
username = userToken.username
requestToken = userToken.token
# Big client meme here. If someone logs out and logs in right after,
# the old logout packet will still be in the queue and will be sent to
# the server, so we accept logout packets sent at least 5 seconds after login
# if the user logs out before 5 seconds, he will be disconnected later with timeout check
<|code_end|>
, predict the immediate next line with the help of imports:
import time
import json
from common.log import logUtils as log
from constants import serverPackets
from helpers import chatHelper as chat
from objects import glob
and context (classes, functions, sometimes code) from other files:
# Path: constants/serverPackets.py
# def loginFailed():
# def forceUpdate():
# def loginBanned():
# def loginLocked():
# def loginError():
# def needSupporter():
# def needVerification():
# def userID(uid):
# def silenceEndTime(seconds):
# def protocolVersion(version = 19):
# def mainMenuIcon(icon):
# def userSupporterGMT(supporter, GMT, tournamentStaff):
# def friendList(userID):
# def onlineUsers():
# def userLogout(userID):
# def userPanel(userID, force = False):
# def userStats(userID, force = False):
# def sendMessage(fro, to, message):
# def channelJoinSuccess(userID, chan):
# def channelInfo(chan):
# def channelInfoEnd():
# def channelKicked(chan):
# def userSilenced(userID):
# def addSpectator(userID):
# def removeSpectator(userID):
# def spectatorFrames(data):
# def noSongSpectator(userID):
# def fellowSpectatorJoined(userID):
# def fellowSpectatorLeft(userID):
# def createMatch(matchID):
# def updateMatch(matchID, censored = False):
# def matchStart(matchID):
# def disposeMatch(matchID):
# def matchJoinSuccess(matchID):
# def matchJoinFail():
# def changeMatchPassword(newPassword):
# def allPlayersLoaded():
# def playerSkipped(userID):
# def allPlayersSkipped():
# def matchFrames(slotID, data):
# def matchComplete():
# def playerFailed(slotID):
# def matchTransferHost():
# def matchAbort():
# def switchServer(address):
# def notification(message):
# def banchoRestart(msUntilReconnection):
# def rtx(message):
#
# Path: helpers/chatHelper.py
# def joinChannel(userID = 0, channel = "", token = None, toIRC = True, force=False):
# def partChannel(userID = 0, channel = "", token = None, toIRC = True, kick = False, force=False):
# def sendMessage(fro = "", to = "", message = "", token = None, toIRC = True):
# def fixUsernameForBancho(username):
# def fixUsernameForIRC(username):
# def IRCConnect(username):
# def IRCDisconnect(username):
# def IRCJoinChannel(username, channel):
# def IRCPartChannel(username, channel):
# def IRCAway(username, message):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | if int(time.time() - userToken.loginTime) >= 5 or userToken.irc: |
Next line prediction: <|code_start|> # Part all joined channels
for i in userToken.joinedChannels:
chat.partChannel(token=userToken, channel=i)
# Leave all joined streams
userToken.leaveAllStreams()
# Enqueue our disconnection to everyone else
glob.streams.broadcast("main", serverPackets.userLogout(userID))
# Disconnect from IRC if needed
if userToken.irc and glob.irc:
glob.ircServer.forceDisconnection(userToken.username)
# Delete token
if deleteToken:
glob.tokens.deleteToken(requestToken)
else:
userToken.kicked = True
# Change username if needed
newUsername = glob.redis.get("ripple:change_username_pending:{}".format(userID))
if newUsername is not None:
log.debug("Sending username change request for user {}".format(userID))
glob.redis.publish("peppy:change_username", json.dumps({
"userID": userID,
"newUsername": newUsername.decode("utf-8")
}))
# Console output
<|code_end|>
. Use current file imports:
(import time
import json
from common.log import logUtils as log
from constants import serverPackets
from helpers import chatHelper as chat
from objects import glob)
and context including class names, function names, or small code snippets from other files:
# Path: constants/serverPackets.py
# def loginFailed():
# def forceUpdate():
# def loginBanned():
# def loginLocked():
# def loginError():
# def needSupporter():
# def needVerification():
# def userID(uid):
# def silenceEndTime(seconds):
# def protocolVersion(version = 19):
# def mainMenuIcon(icon):
# def userSupporterGMT(supporter, GMT, tournamentStaff):
# def friendList(userID):
# def onlineUsers():
# def userLogout(userID):
# def userPanel(userID, force = False):
# def userStats(userID, force = False):
# def sendMessage(fro, to, message):
# def channelJoinSuccess(userID, chan):
# def channelInfo(chan):
# def channelInfoEnd():
# def channelKicked(chan):
# def userSilenced(userID):
# def addSpectator(userID):
# def removeSpectator(userID):
# def spectatorFrames(data):
# def noSongSpectator(userID):
# def fellowSpectatorJoined(userID):
# def fellowSpectatorLeft(userID):
# def createMatch(matchID):
# def updateMatch(matchID, censored = False):
# def matchStart(matchID):
# def disposeMatch(matchID):
# def matchJoinSuccess(matchID):
# def matchJoinFail():
# def changeMatchPassword(newPassword):
# def allPlayersLoaded():
# def playerSkipped(userID):
# def allPlayersSkipped():
# def matchFrames(slotID, data):
# def matchComplete():
# def playerFailed(slotID):
# def matchTransferHost():
# def matchAbort():
# def switchServer(address):
# def notification(message):
# def banchoRestart(msUntilReconnection):
# def rtx(message):
#
# Path: helpers/chatHelper.py
# def joinChannel(userID = 0, channel = "", token = None, toIRC = True, force=False):
# def partChannel(userID = 0, channel = "", token = None, toIRC = True, kick = False, force=False):
# def sendMessage(fro = "", to = "", message = "", token = None, toIRC = True):
# def fixUsernameForBancho(username):
# def fixUsernameForIRC(username):
# def IRCConnect(username):
# def IRCDisconnect(username):
# def IRCJoinChannel(username, channel):
# def IRCPartChannel(username, channel):
# def IRCAway(username, message):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | log.info("{} has been disconnected. (logout)".format(username)) |
Given the following code snippet before the placeholder: <|code_start|>
def handle(userToken, packetData):
# Get usertoken data
userID = userToken.userID
# Read packet data
packetData = clientPackets.changeSlot(packetData)
with glob.matches.matches[userToken.matchID] as match:
# Change slot
<|code_end|>
, predict the next line using imports from the current file:
from constants import clientPackets
from objects import glob
and context including class names, function names, and sometimes code from other files:
# Path: constants/clientPackets.py
# def userActionChange(stream):
# def userStatsRequest(stream):
# def userPanelRequest(stream):
# def sendPublicMessage(stream):
# def sendPrivateMessage(stream):
# def setAwayMessage(stream):
# def channelJoin(stream):
# def channelPart(stream):
# def addRemoveFriend(stream):
# def startSpectating(stream):
# def matchSettings(stream):
# def createMatch(stream):
# def changeMatchSettings(stream):
# def changeSlot(stream):
# def joinMatch(stream):
# def changeMods(stream):
# def lockSlot(stream):
# def transferHost(stream):
# def matchInvite(stream):
# def matchFrames(stream):
# def tournamentMatchInfoRequest(stream):
# def tournamentJoinMatchChannel(stream):
# def tournamentLeaveMatchChannel(stream):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | match.userChangeSlot(userID, packetData["slotID"]) |
Given the code snippet: <|code_start|>
class handler(requestsManager.asyncRequestHandler):
@tornado.web.asynchronous
@tornado.gen.engine
@sentry.captureTornado
def asyncGet(self):
<|code_end|>
, generate the next line using the imports in this file:
import json
import tornado.web
import tornado.gen
from common.sentry import sentry
from common.web import requestsManager
from constants import exceptions
from objects import glob
and context (functions, classes, or occasionally code) from other files:
# Path: constants/exceptions.py
# class loginFailedException(Exception):
# class loginBannedException(Exception):
# class tokenNotFoundException(Exception):
# class channelNoPermissionsException(Exception):
# class channelUnknownException(Exception):
# class channelModeratedException(Exception):
# class noAdminException(Exception):
# class commandSyntaxException(Exception):
# class banchoConfigErrorException(Exception):
# class banchoMaintenanceException(Exception):
# class moderatedPMException(Exception):
# class userNotFoundException(Exception):
# class alreadyConnectedException(Exception):
# class stopSpectating(Exception):
# class matchWrongPasswordException(Exception):
# class matchNotFoundException(Exception):
# class matchJoinErrorException(Exception):
# class matchCreateError(Exception):
# class banchoRestartingException(Exception):
# class apiException(Exception):
# class invalidArgumentsException(Exception):
# class messageTooLongWarnException(Exception):
# class messageTooLongException(Exception):
# class userSilencedException(Exception):
# class need2FAException(Exception):
# class userRestrictedException(Exception):
# class haxException(Exception):
# class forceUpdateException(Exception):
# class loginLockedException(Exception):
# class unknownStreamException(Exception):
# class userTournamentException(Exception):
# class userAlreadyInChannelException(Exception):
# class userNotInChannelException(Exception):
# class missingReportInfoException(Exception):
# class invalidUserException(Exception):
# class wrongChannelException(Exception):
# class periodicLoopException(Exception):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | statusCode = 400 |
Continue the code snippet: <|code_start|>
class handler(requestsManager.asyncRequestHandler):
@tornado.web.asynchronous
@tornado.gen.engine
@sentry.captureTornado
def asyncGet(self):
statusCode = 400
<|code_end|>
. Use current file imports:
import json
import tornado.web
import tornado.gen
from common.sentry import sentry
from common.web import requestsManager
from constants import exceptions
from objects import glob
and context (classes, functions, or code) from other files:
# Path: constants/exceptions.py
# class loginFailedException(Exception):
# class loginBannedException(Exception):
# class tokenNotFoundException(Exception):
# class channelNoPermissionsException(Exception):
# class channelUnknownException(Exception):
# class channelModeratedException(Exception):
# class noAdminException(Exception):
# class commandSyntaxException(Exception):
# class banchoConfigErrorException(Exception):
# class banchoMaintenanceException(Exception):
# class moderatedPMException(Exception):
# class userNotFoundException(Exception):
# class alreadyConnectedException(Exception):
# class stopSpectating(Exception):
# class matchWrongPasswordException(Exception):
# class matchNotFoundException(Exception):
# class matchJoinErrorException(Exception):
# class matchCreateError(Exception):
# class banchoRestartingException(Exception):
# class apiException(Exception):
# class invalidArgumentsException(Exception):
# class messageTooLongWarnException(Exception):
# class messageTooLongException(Exception):
# class userSilencedException(Exception):
# class need2FAException(Exception):
# class userRestrictedException(Exception):
# class haxException(Exception):
# class forceUpdateException(Exception):
# class loginLockedException(Exception):
# class unknownStreamException(Exception):
# class userTournamentException(Exception):
# class userAlreadyInChannelException(Exception):
# class userNotInChannelException(Exception):
# class missingReportInfoException(Exception):
# class invalidUserException(Exception):
# class wrongChannelException(Exception):
# class periodicLoopException(Exception):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | data = {"message": "unknown error"} |
Predict the next line for this snippet: <|code_start|>
def handle(userToken, packetData):
# Friend remove packet
packetData = clientPackets.addRemoveFriend(packetData)
userUtils.removeFriend(userToken.userID, packetData["friendID"])
# Console output
<|code_end|>
with the help of current file imports:
from common.log import logUtils as log
from common.ripple import userUtils
from constants import clientPackets
and context from other files:
# Path: constants/clientPackets.py
# def userActionChange(stream):
# def userStatsRequest(stream):
# def userPanelRequest(stream):
# def sendPublicMessage(stream):
# def sendPrivateMessage(stream):
# def setAwayMessage(stream):
# def channelJoin(stream):
# def channelPart(stream):
# def addRemoveFriend(stream):
# def startSpectating(stream):
# def matchSettings(stream):
# def createMatch(stream):
# def changeMatchSettings(stream):
# def changeSlot(stream):
# def joinMatch(stream):
# def changeMods(stream):
# def lockSlot(stream):
# def transferHost(stream):
# def matchInvite(stream):
# def matchFrames(stream):
# def tournamentMatchInfoRequest(stream):
# def tournamentJoinMatchChannel(stream):
# def tournamentLeaveMatchChannel(stream):
, which may contain function names, class names, or code. Output only the next line. | log.info("{} have removed {} from their friends".format(userToken.username, str(packetData["friendID"]))) |
Here is a snippet: <|code_start|> response = chat.IRCJoinChannel(self.banchoUsername, channel)
if response == 0:
# Joined successfully
self.joinedChannels.append(channel)
# Let everyone in this channel know that we've joined
self.messageChannel(channel, "{} JOIN".format(self.IRCUsername), channel, True)
# Send channel description (topic)
description = glob.channels.channels[channel].description
if description == "":
self.replyCode(331, "No topic is set", channel=channel)
else:
self.replyCode(332, description, channel=channel)
# Build connected users list
if "chat/{}".format(channel) not in glob.streams.streams:
self.reply403(channel)
continue
users = glob.streams.streams["chat/{}".format(channel)].clients
usernames = []
for user in users:
if user not in glob.tokens.tokens:
continue
usernames.append(chat.fixUsernameForIRC(glob.tokens.tokens[user].username))
usernames = " ".join(usernames)
# Send IRC users list
self.replyCode(353, usernames, channel="= {}".format(channel))
self.replyCode(366, "End of NAMES list", channel=channel)
<|code_end|>
. Write the next line using the current file imports:
import hashlib
import re
import select
import socket
import sys
import time
import traceback
import raven
from common.log import logUtils as log
from common.ripple import userUtils
from helpers import chatHelper as chat
from objects import glob
and context from other files:
# Path: helpers/chatHelper.py
# def joinChannel(userID = 0, channel = "", token = None, toIRC = True, force=False):
# def partChannel(userID = 0, channel = "", token = None, toIRC = True, kick = False, force=False):
# def sendMessage(fro = "", to = "", message = "", token = None, toIRC = True):
# def fixUsernameForBancho(username):
# def fixUsernameForIRC(username):
# def IRCConnect(username):
# def IRCDisconnect(username):
# def IRCJoinChannel(username, channel):
# def IRCPartChannel(username, channel):
# def IRCAway(username, message):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
, which may include functions, classes, or code. Output only the next line. | elif response == 403: |
Given snippet: <|code_start|> channels = arguments[0].split(",")
for channel in channels:
# Make sure we are not already in that channel
# (we already check this bancho-side, but we need to do it
# also here k maron)
if channel.lower() in token.joinedChannels:
continue
# Attempt to join the channel
response = chat.IRCJoinChannel(self.banchoUsername, channel)
if response == 0:
# Joined successfully
self.joinedChannels.append(channel)
# Let everyone in this channel know that we've joined
self.messageChannel(channel, "{} JOIN".format(self.IRCUsername), channel, True)
# Send channel description (topic)
description = glob.channels.channels[channel].description
if description == "":
self.replyCode(331, "No topic is set", channel=channel)
else:
self.replyCode(332, description, channel=channel)
# Build connected users list
if "chat/{}".format(channel) not in glob.streams.streams:
self.reply403(channel)
continue
users = glob.streams.streams["chat/{}".format(channel)].clients
<|code_end|>
, continue by predicting the next line. Consider current file imports:
import hashlib
import re
import select
import socket
import sys
import time
import traceback
import raven
from common.log import logUtils as log
from common.ripple import userUtils
from helpers import chatHelper as chat
from objects import glob
and context:
# Path: helpers/chatHelper.py
# def joinChannel(userID = 0, channel = "", token = None, toIRC = True, force=False):
# def partChannel(userID = 0, channel = "", token = None, toIRC = True, kick = False, force=False):
# def sendMessage(fro = "", to = "", message = "", token = None, toIRC = True):
# def fixUsernameForBancho(username):
# def fixUsernameForIRC(username):
# def IRCConnect(username):
# def IRCDisconnect(username):
# def IRCJoinChannel(username, channel):
# def IRCPartChannel(username, channel):
# def IRCAway(username, message):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
which might include code, classes, or functions. Output only the next line. | usernames = [] |
Predict the next line after this snippet: <|code_start|>
def handle(userToken, packetData):
# Read userIDs list
packetData = clientPackets.userPanelRequest(packetData)
# Process lists with length <= 32
if len(packetData) > 256:
log.warning("Received userPanelRequest with length > 256")
return
<|code_end|>
using the current file's imports:
from common.log import logUtils as log
from constants import clientPackets
from constants import serverPackets
and any relevant context from other files:
# Path: constants/clientPackets.py
# def userActionChange(stream):
# def userStatsRequest(stream):
# def userPanelRequest(stream):
# def sendPublicMessage(stream):
# def sendPrivateMessage(stream):
# def setAwayMessage(stream):
# def channelJoin(stream):
# def channelPart(stream):
# def addRemoveFriend(stream):
# def startSpectating(stream):
# def matchSettings(stream):
# def createMatch(stream):
# def changeMatchSettings(stream):
# def changeSlot(stream):
# def joinMatch(stream):
# def changeMods(stream):
# def lockSlot(stream):
# def transferHost(stream):
# def matchInvite(stream):
# def matchFrames(stream):
# def tournamentMatchInfoRequest(stream):
# def tournamentJoinMatchChannel(stream):
# def tournamentLeaveMatchChannel(stream):
#
# Path: constants/serverPackets.py
# def loginFailed():
# def forceUpdate():
# def loginBanned():
# def loginLocked():
# def loginError():
# def needSupporter():
# def needVerification():
# def userID(uid):
# def silenceEndTime(seconds):
# def protocolVersion(version = 19):
# def mainMenuIcon(icon):
# def userSupporterGMT(supporter, GMT, tournamentStaff):
# def friendList(userID):
# def onlineUsers():
# def userLogout(userID):
# def userPanel(userID, force = False):
# def userStats(userID, force = False):
# def sendMessage(fro, to, message):
# def channelJoinSuccess(userID, chan):
# def channelInfo(chan):
# def channelInfoEnd():
# def channelKicked(chan):
# def userSilenced(userID):
# def addSpectator(userID):
# def removeSpectator(userID):
# def spectatorFrames(data):
# def noSongSpectator(userID):
# def fellowSpectatorJoined(userID):
# def fellowSpectatorLeft(userID):
# def createMatch(matchID):
# def updateMatch(matchID, censored = False):
# def matchStart(matchID):
# def disposeMatch(matchID):
# def matchJoinSuccess(matchID):
# def matchJoinFail():
# def changeMatchPassword(newPassword):
# def allPlayersLoaded():
# def playerSkipped(userID):
# def allPlayersSkipped():
# def matchFrames(slotID, data):
# def matchComplete():
# def playerFailed(slotID):
# def matchTransferHost():
# def matchAbort():
# def switchServer(address):
# def notification(message):
# def banchoRestart(msUntilReconnection):
# def rtx(message):
. Output only the next line. | for i in packetData["users"]: |
Continue the code snippet: <|code_start|>
def handle(userToken, packetData):
# Read userIDs list
packetData = clientPackets.userPanelRequest(packetData)
# Process lists with length <= 32
if len(packetData) > 256:
<|code_end|>
. Use current file imports:
from common.log import logUtils as log
from constants import clientPackets
from constants import serverPackets
and context (classes, functions, or code) from other files:
# Path: constants/clientPackets.py
# def userActionChange(stream):
# def userStatsRequest(stream):
# def userPanelRequest(stream):
# def sendPublicMessage(stream):
# def sendPrivateMessage(stream):
# def setAwayMessage(stream):
# def channelJoin(stream):
# def channelPart(stream):
# def addRemoveFriend(stream):
# def startSpectating(stream):
# def matchSettings(stream):
# def createMatch(stream):
# def changeMatchSettings(stream):
# def changeSlot(stream):
# def joinMatch(stream):
# def changeMods(stream):
# def lockSlot(stream):
# def transferHost(stream):
# def matchInvite(stream):
# def matchFrames(stream):
# def tournamentMatchInfoRequest(stream):
# def tournamentJoinMatchChannel(stream):
# def tournamentLeaveMatchChannel(stream):
#
# Path: constants/serverPackets.py
# def loginFailed():
# def forceUpdate():
# def loginBanned():
# def loginLocked():
# def loginError():
# def needSupporter():
# def needVerification():
# def userID(uid):
# def silenceEndTime(seconds):
# def protocolVersion(version = 19):
# def mainMenuIcon(icon):
# def userSupporterGMT(supporter, GMT, tournamentStaff):
# def friendList(userID):
# def onlineUsers():
# def userLogout(userID):
# def userPanel(userID, force = False):
# def userStats(userID, force = False):
# def sendMessage(fro, to, message):
# def channelJoinSuccess(userID, chan):
# def channelInfo(chan):
# def channelInfoEnd():
# def channelKicked(chan):
# def userSilenced(userID):
# def addSpectator(userID):
# def removeSpectator(userID):
# def spectatorFrames(data):
# def noSongSpectator(userID):
# def fellowSpectatorJoined(userID):
# def fellowSpectatorLeft(userID):
# def createMatch(matchID):
# def updateMatch(matchID, censored = False):
# def matchStart(matchID):
# def disposeMatch(matchID):
# def matchJoinSuccess(matchID):
# def matchJoinFail():
# def changeMatchPassword(newPassword):
# def allPlayersLoaded():
# def playerSkipped(userID):
# def allPlayersSkipped():
# def matchFrames(slotID, data):
# def matchComplete():
# def playerFailed(slotID):
# def matchTransferHost():
# def matchAbort():
# def switchServer(address):
# def notification(message):
# def banchoRestart(msUntilReconnection):
# def rtx(message):
. Output only the next line. | log.warning("Received userPanelRequest with length > 256") |
Predict the next line after this snippet: <|code_start|>
def handle(userToken, packetData):
packetData = clientPackets.tournamentLeaveMatchChannel(packetData)
matchID = packetData["matchID"]
if matchID not in glob.matches.matches or not userToken.tournament:
<|code_end|>
using the current file's imports:
from constants import clientPackets
from objects import glob
from helpers import chatHelper as chat
and any relevant context from other files:
# Path: constants/clientPackets.py
# def userActionChange(stream):
# def userStatsRequest(stream):
# def userPanelRequest(stream):
# def sendPublicMessage(stream):
# def sendPrivateMessage(stream):
# def setAwayMessage(stream):
# def channelJoin(stream):
# def channelPart(stream):
# def addRemoveFriend(stream):
# def startSpectating(stream):
# def matchSettings(stream):
# def createMatch(stream):
# def changeMatchSettings(stream):
# def changeSlot(stream):
# def joinMatch(stream):
# def changeMods(stream):
# def lockSlot(stream):
# def transferHost(stream):
# def matchInvite(stream):
# def matchFrames(stream):
# def tournamentMatchInfoRequest(stream):
# def tournamentJoinMatchChannel(stream):
# def tournamentLeaveMatchChannel(stream):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
#
# Path: helpers/chatHelper.py
# def joinChannel(userID = 0, channel = "", token = None, toIRC = True, force=False):
# def partChannel(userID = 0, channel = "", token = None, toIRC = True, kick = False, force=False):
# def sendMessage(fro = "", to = "", message = "", token = None, toIRC = True):
# def fixUsernameForBancho(username):
# def fixUsernameForIRC(username):
# def IRCConnect(username):
# def IRCDisconnect(username):
# def IRCJoinChannel(username, channel):
# def IRCPartChannel(username, channel):
# def IRCAway(username, message):
. Output only the next line. | return |
Given the following code snippet before the placeholder: <|code_start|>
def handle(userToken, _):
# Get userToken data
userID = userToken.userID
# Get match ID and match object
matchID = userToken.matchID
# Make sure we are in a match
if matchID == -1:
<|code_end|>
, predict the next line using imports from the current file:
from objects import glob
and context including class names, function names, and sometimes code from other files:
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | return |
Given the code snippet: <|code_start|>
def handle(userToken, _):
# Get match ID and match object
matchID = userToken.matchID
# Make sure we are in a match
if matchID == -1:
<|code_end|>
, generate the next line using the imports in this file:
from objects import glob
and context (functions, classes, or occasionally code) from other files:
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | return |
Given the code snippet: <|code_start|>
def handle(userToken, packetData):
try:
# get usertoken data
userID = userToken.userID
# Read packet data
packetData = clientPackets.createMatch(packetData)
# Make sure the name is valid
matchName = packetData["matchName"].strip()
if not matchName:
raise exceptions.matchCreateError()
# Create a match object
# TODO: Player number check
matchID = glob.matches.createMatch(matchName, packetData["matchPassword"].strip(), packetData["beatmapID"], packetData["beatmapName"], packetData["beatmapMD5"], packetData["gameMode"], userID)
# Make sure the match has been created
if matchID not in glob.matches.matches:
raise exceptions.matchCreateError()
with glob.matches.matches[matchID] as match:
# Join that match
userToken.joinMatch(matchID)
# Give host to match creator
match.setHost(userID)
match.sendUpdates()
<|code_end|>
, generate the next line using the imports in this file:
from common.log import logUtils as log
from constants import clientPackets, serverPackets
from constants import exceptions
from objects import glob
and context (functions, classes, or occasionally code) from other files:
# Path: constants/clientPackets.py
# def userActionChange(stream):
# def userStatsRequest(stream):
# def userPanelRequest(stream):
# def sendPublicMessage(stream):
# def sendPrivateMessage(stream):
# def setAwayMessage(stream):
# def channelJoin(stream):
# def channelPart(stream):
# def addRemoveFriend(stream):
# def startSpectating(stream):
# def matchSettings(stream):
# def createMatch(stream):
# def changeMatchSettings(stream):
# def changeSlot(stream):
# def joinMatch(stream):
# def changeMods(stream):
# def lockSlot(stream):
# def transferHost(stream):
# def matchInvite(stream):
# def matchFrames(stream):
# def tournamentMatchInfoRequest(stream):
# def tournamentJoinMatchChannel(stream):
# def tournamentLeaveMatchChannel(stream):
#
# Path: constants/serverPackets.py
# def loginFailed():
# def forceUpdate():
# def loginBanned():
# def loginLocked():
# def loginError():
# def needSupporter():
# def needVerification():
# def userID(uid):
# def silenceEndTime(seconds):
# def protocolVersion(version = 19):
# def mainMenuIcon(icon):
# def userSupporterGMT(supporter, GMT, tournamentStaff):
# def friendList(userID):
# def onlineUsers():
# def userLogout(userID):
# def userPanel(userID, force = False):
# def userStats(userID, force = False):
# def sendMessage(fro, to, message):
# def channelJoinSuccess(userID, chan):
# def channelInfo(chan):
# def channelInfoEnd():
# def channelKicked(chan):
# def userSilenced(userID):
# def addSpectator(userID):
# def removeSpectator(userID):
# def spectatorFrames(data):
# def noSongSpectator(userID):
# def fellowSpectatorJoined(userID):
# def fellowSpectatorLeft(userID):
# def createMatch(matchID):
# def updateMatch(matchID, censored = False):
# def matchStart(matchID):
# def disposeMatch(matchID):
# def matchJoinSuccess(matchID):
# def matchJoinFail():
# def changeMatchPassword(newPassword):
# def allPlayersLoaded():
# def playerSkipped(userID):
# def allPlayersSkipped():
# def matchFrames(slotID, data):
# def matchComplete():
# def playerFailed(slotID):
# def matchTransferHost():
# def matchAbort():
# def switchServer(address):
# def notification(message):
# def banchoRestart(msUntilReconnection):
# def rtx(message):
#
# Path: constants/exceptions.py
# class loginFailedException(Exception):
# class loginBannedException(Exception):
# class tokenNotFoundException(Exception):
# class channelNoPermissionsException(Exception):
# class channelUnknownException(Exception):
# class channelModeratedException(Exception):
# class noAdminException(Exception):
# class commandSyntaxException(Exception):
# class banchoConfigErrorException(Exception):
# class banchoMaintenanceException(Exception):
# class moderatedPMException(Exception):
# class userNotFoundException(Exception):
# class alreadyConnectedException(Exception):
# class stopSpectating(Exception):
# class matchWrongPasswordException(Exception):
# class matchNotFoundException(Exception):
# class matchJoinErrorException(Exception):
# class matchCreateError(Exception):
# class banchoRestartingException(Exception):
# class apiException(Exception):
# class invalidArgumentsException(Exception):
# class messageTooLongWarnException(Exception):
# class messageTooLongException(Exception):
# class userSilencedException(Exception):
# class need2FAException(Exception):
# class userRestrictedException(Exception):
# class haxException(Exception):
# class forceUpdateException(Exception):
# class loginLockedException(Exception):
# class unknownStreamException(Exception):
# class userTournamentException(Exception):
# class userAlreadyInChannelException(Exception):
# class userNotInChannelException(Exception):
# class missingReportInfoException(Exception):
# class invalidUserException(Exception):
# class wrongChannelException(Exception):
# class periodicLoopException(Exception):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | match.changePassword(packetData["matchPassword"]) |
Continue the code snippet: <|code_start|>
def handle(userToken, packetData):
try:
# get usertoken data
userID = userToken.userID
# Read packet data
packetData = clientPackets.createMatch(packetData)
# Make sure the name is valid
matchName = packetData["matchName"].strip()
if not matchName:
raise exceptions.matchCreateError()
# Create a match object
# TODO: Player number check
matchID = glob.matches.createMatch(matchName, packetData["matchPassword"].strip(), packetData["beatmapID"], packetData["beatmapName"], packetData["beatmapMD5"], packetData["gameMode"], userID)
# Make sure the match has been created
if matchID not in glob.matches.matches:
raise exceptions.matchCreateError()
with glob.matches.matches[matchID] as match:
# Join that match
userToken.joinMatch(matchID)
# Give host to match creator
<|code_end|>
. Use current file imports:
from common.log import logUtils as log
from constants import clientPackets, serverPackets
from constants import exceptions
from objects import glob
and context (classes, functions, or code) from other files:
# Path: constants/clientPackets.py
# def userActionChange(stream):
# def userStatsRequest(stream):
# def userPanelRequest(stream):
# def sendPublicMessage(stream):
# def sendPrivateMessage(stream):
# def setAwayMessage(stream):
# def channelJoin(stream):
# def channelPart(stream):
# def addRemoveFriend(stream):
# def startSpectating(stream):
# def matchSettings(stream):
# def createMatch(stream):
# def changeMatchSettings(stream):
# def changeSlot(stream):
# def joinMatch(stream):
# def changeMods(stream):
# def lockSlot(stream):
# def transferHost(stream):
# def matchInvite(stream):
# def matchFrames(stream):
# def tournamentMatchInfoRequest(stream):
# def tournamentJoinMatchChannel(stream):
# def tournamentLeaveMatchChannel(stream):
#
# Path: constants/serverPackets.py
# def loginFailed():
# def forceUpdate():
# def loginBanned():
# def loginLocked():
# def loginError():
# def needSupporter():
# def needVerification():
# def userID(uid):
# def silenceEndTime(seconds):
# def protocolVersion(version = 19):
# def mainMenuIcon(icon):
# def userSupporterGMT(supporter, GMT, tournamentStaff):
# def friendList(userID):
# def onlineUsers():
# def userLogout(userID):
# def userPanel(userID, force = False):
# def userStats(userID, force = False):
# def sendMessage(fro, to, message):
# def channelJoinSuccess(userID, chan):
# def channelInfo(chan):
# def channelInfoEnd():
# def channelKicked(chan):
# def userSilenced(userID):
# def addSpectator(userID):
# def removeSpectator(userID):
# def spectatorFrames(data):
# def noSongSpectator(userID):
# def fellowSpectatorJoined(userID):
# def fellowSpectatorLeft(userID):
# def createMatch(matchID):
# def updateMatch(matchID, censored = False):
# def matchStart(matchID):
# def disposeMatch(matchID):
# def matchJoinSuccess(matchID):
# def matchJoinFail():
# def changeMatchPassword(newPassword):
# def allPlayersLoaded():
# def playerSkipped(userID):
# def allPlayersSkipped():
# def matchFrames(slotID, data):
# def matchComplete():
# def playerFailed(slotID):
# def matchTransferHost():
# def matchAbort():
# def switchServer(address):
# def notification(message):
# def banchoRestart(msUntilReconnection):
# def rtx(message):
#
# Path: constants/exceptions.py
# class loginFailedException(Exception):
# class loginBannedException(Exception):
# class tokenNotFoundException(Exception):
# class channelNoPermissionsException(Exception):
# class channelUnknownException(Exception):
# class channelModeratedException(Exception):
# class noAdminException(Exception):
# class commandSyntaxException(Exception):
# class banchoConfigErrorException(Exception):
# class banchoMaintenanceException(Exception):
# class moderatedPMException(Exception):
# class userNotFoundException(Exception):
# class alreadyConnectedException(Exception):
# class stopSpectating(Exception):
# class matchWrongPasswordException(Exception):
# class matchNotFoundException(Exception):
# class matchJoinErrorException(Exception):
# class matchCreateError(Exception):
# class banchoRestartingException(Exception):
# class apiException(Exception):
# class invalidArgumentsException(Exception):
# class messageTooLongWarnException(Exception):
# class messageTooLongException(Exception):
# class userSilencedException(Exception):
# class need2FAException(Exception):
# class userRestrictedException(Exception):
# class haxException(Exception):
# class forceUpdateException(Exception):
# class loginLockedException(Exception):
# class unknownStreamException(Exception):
# class userTournamentException(Exception):
# class userAlreadyInChannelException(Exception):
# class userNotInChannelException(Exception):
# class missingReportInfoException(Exception):
# class invalidUserException(Exception):
# class wrongChannelException(Exception):
# class periodicLoopException(Exception):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | match.setHost(userID) |
Predict the next line for this snippet: <|code_start|>
class channelList:
def __init__(self):
self.channels = {}
<|code_end|>
with the help of current file imports:
from common.log import logUtils as log
from objects import channel
from objects import glob
from helpers import chatHelper as chat
and context from other files:
# Path: objects/channel.py
# class channel:
# def __init__(self, name, description, publicRead, publicWrite, temp, hidden):
# """
# Create a new chat channel object
#
# :param name: channel name
# :param description: channel description
# :param publicRead: if True, this channel can be read by everyone. If False, it can be read only by mods/admins
# :param publicWrite: same as public read, but regards writing permissions
# :param temp: if True, this channel will be deleted when there's no one in this channel
# :param hidden: if True, thic channel won't be shown in channels list
# """
# self.name = name
# self.description = description
# self.publicRead = publicRead
# self.publicWrite = publicWrite
# self.moderated = False
# self.temp = temp
# self.hidden = hidden
#
# # Make Foka join the channel
# fokaToken = glob.tokens.getTokenFromUserID(999)
# if fokaToken is not None:
# try:
# fokaToken.joinChannel(self)
# except exceptions.userAlreadyInChannelException:
# logging.warning("FokaBot has already joined channel {}".format(self.name))
#
# @property
# def isSpecial(self):
# return any(self.name.startswith(x) for x in ("#spect_", "#multi_"))
#
# @property
# def clientName(self):
# if self.name.startswith("#spect_"):
# return "#spectator"
# elif self.name.startswith("#multi_"):
# return "#multiplayer"
# return self.name
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
#
# Path: helpers/chatHelper.py
# def joinChannel(userID = 0, channel = "", token = None, toIRC = True, force=False):
# def partChannel(userID = 0, channel = "", token = None, toIRC = True, kick = False, force=False):
# def sendMessage(fro = "", to = "", message = "", token = None, toIRC = True):
# def fixUsernameForBancho(username):
# def fixUsernameForIRC(username):
# def IRCConnect(username):
# def IRCDisconnect(username):
# def IRCJoinChannel(username, channel):
# def IRCPartChannel(username, channel):
# def IRCAway(username, message):
, which may contain function names, class names, or code. Output only the next line. | def loadChannels(self): |
Predict the next line for this snippet: <|code_start|>
class channelList:
def __init__(self):
self.channels = {}
<|code_end|>
with the help of current file imports:
from common.log import logUtils as log
from objects import channel
from objects import glob
from helpers import chatHelper as chat
and context from other files:
# Path: objects/channel.py
# class channel:
# def __init__(self, name, description, publicRead, publicWrite, temp, hidden):
# """
# Create a new chat channel object
#
# :param name: channel name
# :param description: channel description
# :param publicRead: if True, this channel can be read by everyone. If False, it can be read only by mods/admins
# :param publicWrite: same as public read, but regards writing permissions
# :param temp: if True, this channel will be deleted when there's no one in this channel
# :param hidden: if True, thic channel won't be shown in channels list
# """
# self.name = name
# self.description = description
# self.publicRead = publicRead
# self.publicWrite = publicWrite
# self.moderated = False
# self.temp = temp
# self.hidden = hidden
#
# # Make Foka join the channel
# fokaToken = glob.tokens.getTokenFromUserID(999)
# if fokaToken is not None:
# try:
# fokaToken.joinChannel(self)
# except exceptions.userAlreadyInChannelException:
# logging.warning("FokaBot has already joined channel {}".format(self.name))
#
# @property
# def isSpecial(self):
# return any(self.name.startswith(x) for x in ("#spect_", "#multi_"))
#
# @property
# def clientName(self):
# if self.name.startswith("#spect_"):
# return "#spectator"
# elif self.name.startswith("#multi_"):
# return "#multiplayer"
# return self.name
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
#
# Path: helpers/chatHelper.py
# def joinChannel(userID = 0, channel = "", token = None, toIRC = True, force=False):
# def partChannel(userID = 0, channel = "", token = None, toIRC = True, kick = False, force=False):
# def sendMessage(fro = "", to = "", message = "", token = None, toIRC = True):
# def fixUsernameForBancho(username):
# def fixUsernameForIRC(username):
# def IRCConnect(username):
# def IRCDisconnect(username):
# def IRCJoinChannel(username, channel):
# def IRCPartChannel(username, channel):
# def IRCAway(username, message):
, which may contain function names, class names, or code. Output only the next line. | def loadChannels(self): |
Given the code snippet: <|code_start|>
def handle(userToken, packetData):
packetData = clientPackets.tournamentJoinMatchChannel(packetData)
matchID = packetData["matchID"]
if matchID not in glob.matches.matches or not userToken.tournament:
return
<|code_end|>
, generate the next line using the imports in this file:
from constants import clientPackets
from objects import glob
from helpers import chatHelper as chat
and context (functions, classes, or occasionally code) from other files:
# Path: constants/clientPackets.py
# def userActionChange(stream):
# def userStatsRequest(stream):
# def userPanelRequest(stream):
# def sendPublicMessage(stream):
# def sendPrivateMessage(stream):
# def setAwayMessage(stream):
# def channelJoin(stream):
# def channelPart(stream):
# def addRemoveFriend(stream):
# def startSpectating(stream):
# def matchSettings(stream):
# def createMatch(stream):
# def changeMatchSettings(stream):
# def changeSlot(stream):
# def joinMatch(stream):
# def changeMods(stream):
# def lockSlot(stream):
# def transferHost(stream):
# def matchInvite(stream):
# def matchFrames(stream):
# def tournamentMatchInfoRequest(stream):
# def tournamentJoinMatchChannel(stream):
# def tournamentLeaveMatchChannel(stream):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
#
# Path: helpers/chatHelper.py
# def joinChannel(userID = 0, channel = "", token = None, toIRC = True, force=False):
# def partChannel(userID = 0, channel = "", token = None, toIRC = True, kick = False, force=False):
# def sendMessage(fro = "", to = "", message = "", token = None, toIRC = True):
# def fixUsernameForBancho(username):
# def fixUsernameForIRC(username):
# def IRCConnect(username):
# def IRCDisconnect(username):
# def IRCJoinChannel(username, channel):
# def IRCPartChannel(username, channel):
# def IRCAway(username, message):
. Output only the next line. | userToken.matchID = matchID |
Predict the next line after this snippet: <|code_start|>
def bloodcatMessage(beatmapID):
beatmap = glob.db.fetch("SELECT song_name, beatmapset_id FROM beatmaps WHERE beatmap_id = %s LIMIT 1", [beatmapID])
if beatmap is None:
return "Sorry, I'm not able to provide a download link for this map :("
<|code_end|>
using the current file's imports:
import json
import random
import re
import threading
import requests
import time
from common import generalUtils
from common.constants import mods
from common.log import logUtils as log
from common.ripple import userUtils
from constants import exceptions, slotStatuses, matchModModes, matchTeams, matchTeamTypes, matchScoringTypes
from common.constants import gameModes
from common.constants import privileges
from constants import serverPackets
from helpers import systemHelper
from objects import fokabot
from objects import glob
from helpers import chatHelper as chat
from common.web import cheesegull
and any relevant context from other files:
# Path: constants/exceptions.py
# class loginFailedException(Exception):
# class loginBannedException(Exception):
# class tokenNotFoundException(Exception):
# class channelNoPermissionsException(Exception):
# class channelUnknownException(Exception):
# class channelModeratedException(Exception):
# class noAdminException(Exception):
# class commandSyntaxException(Exception):
# class banchoConfigErrorException(Exception):
# class banchoMaintenanceException(Exception):
# class moderatedPMException(Exception):
# class userNotFoundException(Exception):
# class alreadyConnectedException(Exception):
# class stopSpectating(Exception):
# class matchWrongPasswordException(Exception):
# class matchNotFoundException(Exception):
# class matchJoinErrorException(Exception):
# class matchCreateError(Exception):
# class banchoRestartingException(Exception):
# class apiException(Exception):
# class invalidArgumentsException(Exception):
# class messageTooLongWarnException(Exception):
# class messageTooLongException(Exception):
# class userSilencedException(Exception):
# class need2FAException(Exception):
# class userRestrictedException(Exception):
# class haxException(Exception):
# class forceUpdateException(Exception):
# class loginLockedException(Exception):
# class unknownStreamException(Exception):
# class userTournamentException(Exception):
# class userAlreadyInChannelException(Exception):
# class userNotInChannelException(Exception):
# class missingReportInfoException(Exception):
# class invalidUserException(Exception):
# class wrongChannelException(Exception):
# class periodicLoopException(Exception):
#
# Path: constants/slotStatuses.py
# FREE = 1
# LOCKED = 2
# NOT_READY = 4
# READY = 8
# NO_MAP = 16
# PLAYING = 32
# OCCUPIED = 124
# PLAYING_QUIT = 128
#
# Path: constants/matchModModes.py
# NORMAL = 0
# FREE_MOD = 1
#
# Path: constants/matchTeams.py
# NO_TEAM = 0
# BLUE = 1
# RED = 2
#
# Path: constants/matchTeamTypes.py
# HEAD_TO_HEAD = 0
# TAG_COOP = 1
# TEAM_VS = 2
# TAG_TEAM_VS = 3
#
# Path: constants/matchScoringTypes.py
# SCORE = 0
# ACCURACY = 1
# COMBO = 2
# SCORE_V2 = 3
#
# Path: constants/serverPackets.py
# def loginFailed():
# def forceUpdate():
# def loginBanned():
# def loginLocked():
# def loginError():
# def needSupporter():
# def needVerification():
# def userID(uid):
# def silenceEndTime(seconds):
# def protocolVersion(version = 19):
# def mainMenuIcon(icon):
# def userSupporterGMT(supporter, GMT, tournamentStaff):
# def friendList(userID):
# def onlineUsers():
# def userLogout(userID):
# def userPanel(userID, force = False):
# def userStats(userID, force = False):
# def sendMessage(fro, to, message):
# def channelJoinSuccess(userID, chan):
# def channelInfo(chan):
# def channelInfoEnd():
# def channelKicked(chan):
# def userSilenced(userID):
# def addSpectator(userID):
# def removeSpectator(userID):
# def spectatorFrames(data):
# def noSongSpectator(userID):
# def fellowSpectatorJoined(userID):
# def fellowSpectatorLeft(userID):
# def createMatch(matchID):
# def updateMatch(matchID, censored = False):
# def matchStart(matchID):
# def disposeMatch(matchID):
# def matchJoinSuccess(matchID):
# def matchJoinFail():
# def changeMatchPassword(newPassword):
# def allPlayersLoaded():
# def playerSkipped(userID):
# def allPlayersSkipped():
# def matchFrames(slotID, data):
# def matchComplete():
# def playerFailed(slotID):
# def matchTransferHost():
# def matchAbort():
# def switchServer(address):
# def notification(message):
# def banchoRestart(msUntilReconnection):
# def rtx(message):
#
# Path: helpers/systemHelper.py
# def dispose():
# def runningUnderUnix():
# def scheduleShutdown(sendRestartTime, restart, message = "", delay=20):
# def restartServer():
# def shutdownServer():
# def getSystemInfo():
#
# Path: objects/fokabot.py
# def connect():
# def disconnect():
# def fokabotResponse(fro, chan, message):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
#
# Path: helpers/chatHelper.py
# def joinChannel(userID = 0, channel = "", token = None, toIRC = True, force=False):
# def partChannel(userID = 0, channel = "", token = None, toIRC = True, kick = False, force=False):
# def sendMessage(fro = "", to = "", message = "", token = None, toIRC = True):
# def fixUsernameForBancho(username):
# def fixUsernameForIRC(username):
# def IRCConnect(username):
# def IRCDisconnect(username):
# def IRCJoinChannel(username, channel):
# def IRCPartChannel(username, channel):
# def IRCAway(username, message):
. Output only the next line. | return "Download [https://bloodcat.com/osu/s/{} {}] from Bloodcat".format( |
Continue the code snippet: <|code_start|>
def bloodcatMessage(beatmapID):
beatmap = glob.db.fetch("SELECT song_name, beatmapset_id FROM beatmaps WHERE beatmap_id = %s LIMIT 1", [beatmapID])
if beatmap is None:
<|code_end|>
. Use current file imports:
import json
import random
import re
import threading
import requests
import time
from common import generalUtils
from common.constants import mods
from common.log import logUtils as log
from common.ripple import userUtils
from constants import exceptions, slotStatuses, matchModModes, matchTeams, matchTeamTypes, matchScoringTypes
from common.constants import gameModes
from common.constants import privileges
from constants import serverPackets
from helpers import systemHelper
from objects import fokabot
from objects import glob
from helpers import chatHelper as chat
from common.web import cheesegull
and context (classes, functions, or code) from other files:
# Path: constants/exceptions.py
# class loginFailedException(Exception):
# class loginBannedException(Exception):
# class tokenNotFoundException(Exception):
# class channelNoPermissionsException(Exception):
# class channelUnknownException(Exception):
# class channelModeratedException(Exception):
# class noAdminException(Exception):
# class commandSyntaxException(Exception):
# class banchoConfigErrorException(Exception):
# class banchoMaintenanceException(Exception):
# class moderatedPMException(Exception):
# class userNotFoundException(Exception):
# class alreadyConnectedException(Exception):
# class stopSpectating(Exception):
# class matchWrongPasswordException(Exception):
# class matchNotFoundException(Exception):
# class matchJoinErrorException(Exception):
# class matchCreateError(Exception):
# class banchoRestartingException(Exception):
# class apiException(Exception):
# class invalidArgumentsException(Exception):
# class messageTooLongWarnException(Exception):
# class messageTooLongException(Exception):
# class userSilencedException(Exception):
# class need2FAException(Exception):
# class userRestrictedException(Exception):
# class haxException(Exception):
# class forceUpdateException(Exception):
# class loginLockedException(Exception):
# class unknownStreamException(Exception):
# class userTournamentException(Exception):
# class userAlreadyInChannelException(Exception):
# class userNotInChannelException(Exception):
# class missingReportInfoException(Exception):
# class invalidUserException(Exception):
# class wrongChannelException(Exception):
# class periodicLoopException(Exception):
#
# Path: constants/slotStatuses.py
# FREE = 1
# LOCKED = 2
# NOT_READY = 4
# READY = 8
# NO_MAP = 16
# PLAYING = 32
# OCCUPIED = 124
# PLAYING_QUIT = 128
#
# Path: constants/matchModModes.py
# NORMAL = 0
# FREE_MOD = 1
#
# Path: constants/matchTeams.py
# NO_TEAM = 0
# BLUE = 1
# RED = 2
#
# Path: constants/matchTeamTypes.py
# HEAD_TO_HEAD = 0
# TAG_COOP = 1
# TEAM_VS = 2
# TAG_TEAM_VS = 3
#
# Path: constants/matchScoringTypes.py
# SCORE = 0
# ACCURACY = 1
# COMBO = 2
# SCORE_V2 = 3
#
# Path: constants/serverPackets.py
# def loginFailed():
# def forceUpdate():
# def loginBanned():
# def loginLocked():
# def loginError():
# def needSupporter():
# def needVerification():
# def userID(uid):
# def silenceEndTime(seconds):
# def protocolVersion(version = 19):
# def mainMenuIcon(icon):
# def userSupporterGMT(supporter, GMT, tournamentStaff):
# def friendList(userID):
# def onlineUsers():
# def userLogout(userID):
# def userPanel(userID, force = False):
# def userStats(userID, force = False):
# def sendMessage(fro, to, message):
# def channelJoinSuccess(userID, chan):
# def channelInfo(chan):
# def channelInfoEnd():
# def channelKicked(chan):
# def userSilenced(userID):
# def addSpectator(userID):
# def removeSpectator(userID):
# def spectatorFrames(data):
# def noSongSpectator(userID):
# def fellowSpectatorJoined(userID):
# def fellowSpectatorLeft(userID):
# def createMatch(matchID):
# def updateMatch(matchID, censored = False):
# def matchStart(matchID):
# def disposeMatch(matchID):
# def matchJoinSuccess(matchID):
# def matchJoinFail():
# def changeMatchPassword(newPassword):
# def allPlayersLoaded():
# def playerSkipped(userID):
# def allPlayersSkipped():
# def matchFrames(slotID, data):
# def matchComplete():
# def playerFailed(slotID):
# def matchTransferHost():
# def matchAbort():
# def switchServer(address):
# def notification(message):
# def banchoRestart(msUntilReconnection):
# def rtx(message):
#
# Path: helpers/systemHelper.py
# def dispose():
# def runningUnderUnix():
# def scheduleShutdown(sendRestartTime, restart, message = "", delay=20):
# def restartServer():
# def shutdownServer():
# def getSystemInfo():
#
# Path: objects/fokabot.py
# def connect():
# def disconnect():
# def fokabotResponse(fro, chan, message):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
#
# Path: helpers/chatHelper.py
# def joinChannel(userID = 0, channel = "", token = None, toIRC = True, force=False):
# def partChannel(userID = 0, channel = "", token = None, toIRC = True, kick = False, force=False):
# def sendMessage(fro = "", to = "", message = "", token = None, toIRC = True):
# def fixUsernameForBancho(username):
# def fixUsernameForIRC(username):
# def IRCConnect(username):
# def IRCDisconnect(username):
# def IRCJoinChannel(username, channel):
# def IRCPartChannel(username, channel):
# def IRCAway(username, message):
. Output only the next line. | return "Sorry, I'm not able to provide a download link for this map :(" |
Based on the snippet: <|code_start|>
def bloodcatMessage(beatmapID):
beatmap = glob.db.fetch("SELECT song_name, beatmapset_id FROM beatmaps WHERE beatmap_id = %s LIMIT 1", [beatmapID])
if beatmap is None:
<|code_end|>
, predict the immediate next line with the help of imports:
import json
import random
import re
import threading
import requests
import time
from common import generalUtils
from common.constants import mods
from common.log import logUtils as log
from common.ripple import userUtils
from constants import exceptions, slotStatuses, matchModModes, matchTeams, matchTeamTypes, matchScoringTypes
from common.constants import gameModes
from common.constants import privileges
from constants import serverPackets
from helpers import systemHelper
from objects import fokabot
from objects import glob
from helpers import chatHelper as chat
from common.web import cheesegull
and context (classes, functions, sometimes code) from other files:
# Path: constants/exceptions.py
# class loginFailedException(Exception):
# class loginBannedException(Exception):
# class tokenNotFoundException(Exception):
# class channelNoPermissionsException(Exception):
# class channelUnknownException(Exception):
# class channelModeratedException(Exception):
# class noAdminException(Exception):
# class commandSyntaxException(Exception):
# class banchoConfigErrorException(Exception):
# class banchoMaintenanceException(Exception):
# class moderatedPMException(Exception):
# class userNotFoundException(Exception):
# class alreadyConnectedException(Exception):
# class stopSpectating(Exception):
# class matchWrongPasswordException(Exception):
# class matchNotFoundException(Exception):
# class matchJoinErrorException(Exception):
# class matchCreateError(Exception):
# class banchoRestartingException(Exception):
# class apiException(Exception):
# class invalidArgumentsException(Exception):
# class messageTooLongWarnException(Exception):
# class messageTooLongException(Exception):
# class userSilencedException(Exception):
# class need2FAException(Exception):
# class userRestrictedException(Exception):
# class haxException(Exception):
# class forceUpdateException(Exception):
# class loginLockedException(Exception):
# class unknownStreamException(Exception):
# class userTournamentException(Exception):
# class userAlreadyInChannelException(Exception):
# class userNotInChannelException(Exception):
# class missingReportInfoException(Exception):
# class invalidUserException(Exception):
# class wrongChannelException(Exception):
# class periodicLoopException(Exception):
#
# Path: constants/slotStatuses.py
# FREE = 1
# LOCKED = 2
# NOT_READY = 4
# READY = 8
# NO_MAP = 16
# PLAYING = 32
# OCCUPIED = 124
# PLAYING_QUIT = 128
#
# Path: constants/matchModModes.py
# NORMAL = 0
# FREE_MOD = 1
#
# Path: constants/matchTeams.py
# NO_TEAM = 0
# BLUE = 1
# RED = 2
#
# Path: constants/matchTeamTypes.py
# HEAD_TO_HEAD = 0
# TAG_COOP = 1
# TEAM_VS = 2
# TAG_TEAM_VS = 3
#
# Path: constants/matchScoringTypes.py
# SCORE = 0
# ACCURACY = 1
# COMBO = 2
# SCORE_V2 = 3
#
# Path: constants/serverPackets.py
# def loginFailed():
# def forceUpdate():
# def loginBanned():
# def loginLocked():
# def loginError():
# def needSupporter():
# def needVerification():
# def userID(uid):
# def silenceEndTime(seconds):
# def protocolVersion(version = 19):
# def mainMenuIcon(icon):
# def userSupporterGMT(supporter, GMT, tournamentStaff):
# def friendList(userID):
# def onlineUsers():
# def userLogout(userID):
# def userPanel(userID, force = False):
# def userStats(userID, force = False):
# def sendMessage(fro, to, message):
# def channelJoinSuccess(userID, chan):
# def channelInfo(chan):
# def channelInfoEnd():
# def channelKicked(chan):
# def userSilenced(userID):
# def addSpectator(userID):
# def removeSpectator(userID):
# def spectatorFrames(data):
# def noSongSpectator(userID):
# def fellowSpectatorJoined(userID):
# def fellowSpectatorLeft(userID):
# def createMatch(matchID):
# def updateMatch(matchID, censored = False):
# def matchStart(matchID):
# def disposeMatch(matchID):
# def matchJoinSuccess(matchID):
# def matchJoinFail():
# def changeMatchPassword(newPassword):
# def allPlayersLoaded():
# def playerSkipped(userID):
# def allPlayersSkipped():
# def matchFrames(slotID, data):
# def matchComplete():
# def playerFailed(slotID):
# def matchTransferHost():
# def matchAbort():
# def switchServer(address):
# def notification(message):
# def banchoRestart(msUntilReconnection):
# def rtx(message):
#
# Path: helpers/systemHelper.py
# def dispose():
# def runningUnderUnix():
# def scheduleShutdown(sendRestartTime, restart, message = "", delay=20):
# def restartServer():
# def shutdownServer():
# def getSystemInfo():
#
# Path: objects/fokabot.py
# def connect():
# def disconnect():
# def fokabotResponse(fro, chan, message):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
#
# Path: helpers/chatHelper.py
# def joinChannel(userID = 0, channel = "", token = None, toIRC = True, force=False):
# def partChannel(userID = 0, channel = "", token = None, toIRC = True, kick = False, force=False):
# def sendMessage(fro = "", to = "", message = "", token = None, toIRC = True):
# def fixUsernameForBancho(username):
# def fixUsernameForIRC(username):
# def IRCConnect(username):
# def IRCDisconnect(username):
# def IRCJoinChannel(username, channel):
# def IRCPartChannel(username, channel):
# def IRCAway(username, message):
. Output only the next line. | return "Sorry, I'm not able to provide a download link for this map :(" |
Given snippet: <|code_start|>
def bloodcatMessage(beatmapID):
beatmap = glob.db.fetch("SELECT song_name, beatmapset_id FROM beatmaps WHERE beatmap_id = %s LIMIT 1", [beatmapID])
if beatmap is None:
return "Sorry, I'm not able to provide a download link for this map :("
return "Download [https://bloodcat.com/osu/s/{} {}] from Bloodcat".format(
beatmap["beatmapset_id"],
beatmap["song_name"],
<|code_end|>
, continue by predicting the next line. Consider current file imports:
import json
import random
import re
import threading
import requests
import time
from common import generalUtils
from common.constants import mods
from common.log import logUtils as log
from common.ripple import userUtils
from constants import exceptions, slotStatuses, matchModModes, matchTeams, matchTeamTypes, matchScoringTypes
from common.constants import gameModes
from common.constants import privileges
from constants import serverPackets
from helpers import systemHelper
from objects import fokabot
from objects import glob
from helpers import chatHelper as chat
from common.web import cheesegull
and context:
# Path: constants/exceptions.py
# class loginFailedException(Exception):
# class loginBannedException(Exception):
# class tokenNotFoundException(Exception):
# class channelNoPermissionsException(Exception):
# class channelUnknownException(Exception):
# class channelModeratedException(Exception):
# class noAdminException(Exception):
# class commandSyntaxException(Exception):
# class banchoConfigErrorException(Exception):
# class banchoMaintenanceException(Exception):
# class moderatedPMException(Exception):
# class userNotFoundException(Exception):
# class alreadyConnectedException(Exception):
# class stopSpectating(Exception):
# class matchWrongPasswordException(Exception):
# class matchNotFoundException(Exception):
# class matchJoinErrorException(Exception):
# class matchCreateError(Exception):
# class banchoRestartingException(Exception):
# class apiException(Exception):
# class invalidArgumentsException(Exception):
# class messageTooLongWarnException(Exception):
# class messageTooLongException(Exception):
# class userSilencedException(Exception):
# class need2FAException(Exception):
# class userRestrictedException(Exception):
# class haxException(Exception):
# class forceUpdateException(Exception):
# class loginLockedException(Exception):
# class unknownStreamException(Exception):
# class userTournamentException(Exception):
# class userAlreadyInChannelException(Exception):
# class userNotInChannelException(Exception):
# class missingReportInfoException(Exception):
# class invalidUserException(Exception):
# class wrongChannelException(Exception):
# class periodicLoopException(Exception):
#
# Path: constants/slotStatuses.py
# FREE = 1
# LOCKED = 2
# NOT_READY = 4
# READY = 8
# NO_MAP = 16
# PLAYING = 32
# OCCUPIED = 124
# PLAYING_QUIT = 128
#
# Path: constants/matchModModes.py
# NORMAL = 0
# FREE_MOD = 1
#
# Path: constants/matchTeams.py
# NO_TEAM = 0
# BLUE = 1
# RED = 2
#
# Path: constants/matchTeamTypes.py
# HEAD_TO_HEAD = 0
# TAG_COOP = 1
# TEAM_VS = 2
# TAG_TEAM_VS = 3
#
# Path: constants/matchScoringTypes.py
# SCORE = 0
# ACCURACY = 1
# COMBO = 2
# SCORE_V2 = 3
#
# Path: constants/serverPackets.py
# def loginFailed():
# def forceUpdate():
# def loginBanned():
# def loginLocked():
# def loginError():
# def needSupporter():
# def needVerification():
# def userID(uid):
# def silenceEndTime(seconds):
# def protocolVersion(version = 19):
# def mainMenuIcon(icon):
# def userSupporterGMT(supporter, GMT, tournamentStaff):
# def friendList(userID):
# def onlineUsers():
# def userLogout(userID):
# def userPanel(userID, force = False):
# def userStats(userID, force = False):
# def sendMessage(fro, to, message):
# def channelJoinSuccess(userID, chan):
# def channelInfo(chan):
# def channelInfoEnd():
# def channelKicked(chan):
# def userSilenced(userID):
# def addSpectator(userID):
# def removeSpectator(userID):
# def spectatorFrames(data):
# def noSongSpectator(userID):
# def fellowSpectatorJoined(userID):
# def fellowSpectatorLeft(userID):
# def createMatch(matchID):
# def updateMatch(matchID, censored = False):
# def matchStart(matchID):
# def disposeMatch(matchID):
# def matchJoinSuccess(matchID):
# def matchJoinFail():
# def changeMatchPassword(newPassword):
# def allPlayersLoaded():
# def playerSkipped(userID):
# def allPlayersSkipped():
# def matchFrames(slotID, data):
# def matchComplete():
# def playerFailed(slotID):
# def matchTransferHost():
# def matchAbort():
# def switchServer(address):
# def notification(message):
# def banchoRestart(msUntilReconnection):
# def rtx(message):
#
# Path: helpers/systemHelper.py
# def dispose():
# def runningUnderUnix():
# def scheduleShutdown(sendRestartTime, restart, message = "", delay=20):
# def restartServer():
# def shutdownServer():
# def getSystemInfo():
#
# Path: objects/fokabot.py
# def connect():
# def disconnect():
# def fokabotResponse(fro, chan, message):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
#
# Path: helpers/chatHelper.py
# def joinChannel(userID = 0, channel = "", token = None, toIRC = True, force=False):
# def partChannel(userID = 0, channel = "", token = None, toIRC = True, kick = False, force=False):
# def sendMessage(fro = "", to = "", message = "", token = None, toIRC = True):
# def fixUsernameForBancho(username):
# def fixUsernameForIRC(username):
# def IRCConnect(username):
# def IRCDisconnect(username):
# def IRCJoinChannel(username, channel):
# def IRCPartChannel(username, channel):
# def IRCAway(username, message):
which might include code, classes, or functions. Output only the next line. | ) |
Given snippet: <|code_start|>
def bloodcatMessage(beatmapID):
beatmap = glob.db.fetch("SELECT song_name, beatmapset_id FROM beatmaps WHERE beatmap_id = %s LIMIT 1", [beatmapID])
if beatmap is None:
return "Sorry, I'm not able to provide a download link for this map :("
<|code_end|>
, continue by predicting the next line. Consider current file imports:
import json
import random
import re
import threading
import requests
import time
from common import generalUtils
from common.constants import mods
from common.log import logUtils as log
from common.ripple import userUtils
from constants import exceptions, slotStatuses, matchModModes, matchTeams, matchTeamTypes, matchScoringTypes
from common.constants import gameModes
from common.constants import privileges
from constants import serverPackets
from helpers import systemHelper
from objects import fokabot
from objects import glob
from helpers import chatHelper as chat
from common.web import cheesegull
and context:
# Path: constants/exceptions.py
# class loginFailedException(Exception):
# class loginBannedException(Exception):
# class tokenNotFoundException(Exception):
# class channelNoPermissionsException(Exception):
# class channelUnknownException(Exception):
# class channelModeratedException(Exception):
# class noAdminException(Exception):
# class commandSyntaxException(Exception):
# class banchoConfigErrorException(Exception):
# class banchoMaintenanceException(Exception):
# class moderatedPMException(Exception):
# class userNotFoundException(Exception):
# class alreadyConnectedException(Exception):
# class stopSpectating(Exception):
# class matchWrongPasswordException(Exception):
# class matchNotFoundException(Exception):
# class matchJoinErrorException(Exception):
# class matchCreateError(Exception):
# class banchoRestartingException(Exception):
# class apiException(Exception):
# class invalidArgumentsException(Exception):
# class messageTooLongWarnException(Exception):
# class messageTooLongException(Exception):
# class userSilencedException(Exception):
# class need2FAException(Exception):
# class userRestrictedException(Exception):
# class haxException(Exception):
# class forceUpdateException(Exception):
# class loginLockedException(Exception):
# class unknownStreamException(Exception):
# class userTournamentException(Exception):
# class userAlreadyInChannelException(Exception):
# class userNotInChannelException(Exception):
# class missingReportInfoException(Exception):
# class invalidUserException(Exception):
# class wrongChannelException(Exception):
# class periodicLoopException(Exception):
#
# Path: constants/slotStatuses.py
# FREE = 1
# LOCKED = 2
# NOT_READY = 4
# READY = 8
# NO_MAP = 16
# PLAYING = 32
# OCCUPIED = 124
# PLAYING_QUIT = 128
#
# Path: constants/matchModModes.py
# NORMAL = 0
# FREE_MOD = 1
#
# Path: constants/matchTeams.py
# NO_TEAM = 0
# BLUE = 1
# RED = 2
#
# Path: constants/matchTeamTypes.py
# HEAD_TO_HEAD = 0
# TAG_COOP = 1
# TEAM_VS = 2
# TAG_TEAM_VS = 3
#
# Path: constants/matchScoringTypes.py
# SCORE = 0
# ACCURACY = 1
# COMBO = 2
# SCORE_V2 = 3
#
# Path: constants/serverPackets.py
# def loginFailed():
# def forceUpdate():
# def loginBanned():
# def loginLocked():
# def loginError():
# def needSupporter():
# def needVerification():
# def userID(uid):
# def silenceEndTime(seconds):
# def protocolVersion(version = 19):
# def mainMenuIcon(icon):
# def userSupporterGMT(supporter, GMT, tournamentStaff):
# def friendList(userID):
# def onlineUsers():
# def userLogout(userID):
# def userPanel(userID, force = False):
# def userStats(userID, force = False):
# def sendMessage(fro, to, message):
# def channelJoinSuccess(userID, chan):
# def channelInfo(chan):
# def channelInfoEnd():
# def channelKicked(chan):
# def userSilenced(userID):
# def addSpectator(userID):
# def removeSpectator(userID):
# def spectatorFrames(data):
# def noSongSpectator(userID):
# def fellowSpectatorJoined(userID):
# def fellowSpectatorLeft(userID):
# def createMatch(matchID):
# def updateMatch(matchID, censored = False):
# def matchStart(matchID):
# def disposeMatch(matchID):
# def matchJoinSuccess(matchID):
# def matchJoinFail():
# def changeMatchPassword(newPassword):
# def allPlayersLoaded():
# def playerSkipped(userID):
# def allPlayersSkipped():
# def matchFrames(slotID, data):
# def matchComplete():
# def playerFailed(slotID):
# def matchTransferHost():
# def matchAbort():
# def switchServer(address):
# def notification(message):
# def banchoRestart(msUntilReconnection):
# def rtx(message):
#
# Path: helpers/systemHelper.py
# def dispose():
# def runningUnderUnix():
# def scheduleShutdown(sendRestartTime, restart, message = "", delay=20):
# def restartServer():
# def shutdownServer():
# def getSystemInfo():
#
# Path: objects/fokabot.py
# def connect():
# def disconnect():
# def fokabotResponse(fro, chan, message):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
#
# Path: helpers/chatHelper.py
# def joinChannel(userID = 0, channel = "", token = None, toIRC = True, force=False):
# def partChannel(userID = 0, channel = "", token = None, toIRC = True, kick = False, force=False):
# def sendMessage(fro = "", to = "", message = "", token = None, toIRC = True):
# def fixUsernameForBancho(username):
# def fixUsernameForIRC(username):
# def IRCConnect(username):
# def IRCDisconnect(username):
# def IRCJoinChannel(username, channel):
# def IRCPartChannel(username, channel):
# def IRCAway(username, message):
which might include code, classes, or functions. Output only the next line. | return "Download [https://bloodcat.com/osu/s/{} {}] from Bloodcat".format( |
Using the snippet: <|code_start|>
def bloodcatMessage(beatmapID):
beatmap = glob.db.fetch("SELECT song_name, beatmapset_id FROM beatmaps WHERE beatmap_id = %s LIMIT 1", [beatmapID])
if beatmap is None:
return "Sorry, I'm not able to provide a download link for this map :("
return "Download [https://bloodcat.com/osu/s/{} {}] from Bloodcat".format(
beatmap["beatmapset_id"],
<|code_end|>
, determine the next line of code. You have imports:
import json
import random
import re
import threading
import requests
import time
from common import generalUtils
from common.constants import mods
from common.log import logUtils as log
from common.ripple import userUtils
from constants import exceptions, slotStatuses, matchModModes, matchTeams, matchTeamTypes, matchScoringTypes
from common.constants import gameModes
from common.constants import privileges
from constants import serverPackets
from helpers import systemHelper
from objects import fokabot
from objects import glob
from helpers import chatHelper as chat
from common.web import cheesegull
and context (class names, function names, or code) available:
# Path: constants/exceptions.py
# class loginFailedException(Exception):
# class loginBannedException(Exception):
# class tokenNotFoundException(Exception):
# class channelNoPermissionsException(Exception):
# class channelUnknownException(Exception):
# class channelModeratedException(Exception):
# class noAdminException(Exception):
# class commandSyntaxException(Exception):
# class banchoConfigErrorException(Exception):
# class banchoMaintenanceException(Exception):
# class moderatedPMException(Exception):
# class userNotFoundException(Exception):
# class alreadyConnectedException(Exception):
# class stopSpectating(Exception):
# class matchWrongPasswordException(Exception):
# class matchNotFoundException(Exception):
# class matchJoinErrorException(Exception):
# class matchCreateError(Exception):
# class banchoRestartingException(Exception):
# class apiException(Exception):
# class invalidArgumentsException(Exception):
# class messageTooLongWarnException(Exception):
# class messageTooLongException(Exception):
# class userSilencedException(Exception):
# class need2FAException(Exception):
# class userRestrictedException(Exception):
# class haxException(Exception):
# class forceUpdateException(Exception):
# class loginLockedException(Exception):
# class unknownStreamException(Exception):
# class userTournamentException(Exception):
# class userAlreadyInChannelException(Exception):
# class userNotInChannelException(Exception):
# class missingReportInfoException(Exception):
# class invalidUserException(Exception):
# class wrongChannelException(Exception):
# class periodicLoopException(Exception):
#
# Path: constants/slotStatuses.py
# FREE = 1
# LOCKED = 2
# NOT_READY = 4
# READY = 8
# NO_MAP = 16
# PLAYING = 32
# OCCUPIED = 124
# PLAYING_QUIT = 128
#
# Path: constants/matchModModes.py
# NORMAL = 0
# FREE_MOD = 1
#
# Path: constants/matchTeams.py
# NO_TEAM = 0
# BLUE = 1
# RED = 2
#
# Path: constants/matchTeamTypes.py
# HEAD_TO_HEAD = 0
# TAG_COOP = 1
# TEAM_VS = 2
# TAG_TEAM_VS = 3
#
# Path: constants/matchScoringTypes.py
# SCORE = 0
# ACCURACY = 1
# COMBO = 2
# SCORE_V2 = 3
#
# Path: constants/serverPackets.py
# def loginFailed():
# def forceUpdate():
# def loginBanned():
# def loginLocked():
# def loginError():
# def needSupporter():
# def needVerification():
# def userID(uid):
# def silenceEndTime(seconds):
# def protocolVersion(version = 19):
# def mainMenuIcon(icon):
# def userSupporterGMT(supporter, GMT, tournamentStaff):
# def friendList(userID):
# def onlineUsers():
# def userLogout(userID):
# def userPanel(userID, force = False):
# def userStats(userID, force = False):
# def sendMessage(fro, to, message):
# def channelJoinSuccess(userID, chan):
# def channelInfo(chan):
# def channelInfoEnd():
# def channelKicked(chan):
# def userSilenced(userID):
# def addSpectator(userID):
# def removeSpectator(userID):
# def spectatorFrames(data):
# def noSongSpectator(userID):
# def fellowSpectatorJoined(userID):
# def fellowSpectatorLeft(userID):
# def createMatch(matchID):
# def updateMatch(matchID, censored = False):
# def matchStart(matchID):
# def disposeMatch(matchID):
# def matchJoinSuccess(matchID):
# def matchJoinFail():
# def changeMatchPassword(newPassword):
# def allPlayersLoaded():
# def playerSkipped(userID):
# def allPlayersSkipped():
# def matchFrames(slotID, data):
# def matchComplete():
# def playerFailed(slotID):
# def matchTransferHost():
# def matchAbort():
# def switchServer(address):
# def notification(message):
# def banchoRestart(msUntilReconnection):
# def rtx(message):
#
# Path: helpers/systemHelper.py
# def dispose():
# def runningUnderUnix():
# def scheduleShutdown(sendRestartTime, restart, message = "", delay=20):
# def restartServer():
# def shutdownServer():
# def getSystemInfo():
#
# Path: objects/fokabot.py
# def connect():
# def disconnect():
# def fokabotResponse(fro, chan, message):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
#
# Path: helpers/chatHelper.py
# def joinChannel(userID = 0, channel = "", token = None, toIRC = True, force=False):
# def partChannel(userID = 0, channel = "", token = None, toIRC = True, kick = False, force=False):
# def sendMessage(fro = "", to = "", message = "", token = None, toIRC = True):
# def fixUsernameForBancho(username):
# def fixUsernameForIRC(username):
# def IRCConnect(username):
# def IRCDisconnect(username):
# def IRCJoinChannel(username, channel):
# def IRCPartChannel(username, channel):
# def IRCAway(username, message):
. Output only the next line. | beatmap["song_name"], |
Continue the code snippet: <|code_start|>
def handle(userToken, packetData):
# Read userIDs list
packetData = clientPackets.userStatsRequest(packetData)
# Process lists with length <= 32
if len(packetData) > 32:
log.warning("Received userStatsRequest with length > 32")
<|code_end|>
. Use current file imports:
from common.log import logUtils as log
from constants import clientPackets
from constants import serverPackets
and context (classes, functions, or code) from other files:
# Path: constants/clientPackets.py
# def userActionChange(stream):
# def userStatsRequest(stream):
# def userPanelRequest(stream):
# def sendPublicMessage(stream):
# def sendPrivateMessage(stream):
# def setAwayMessage(stream):
# def channelJoin(stream):
# def channelPart(stream):
# def addRemoveFriend(stream):
# def startSpectating(stream):
# def matchSettings(stream):
# def createMatch(stream):
# def changeMatchSettings(stream):
# def changeSlot(stream):
# def joinMatch(stream):
# def changeMods(stream):
# def lockSlot(stream):
# def transferHost(stream):
# def matchInvite(stream):
# def matchFrames(stream):
# def tournamentMatchInfoRequest(stream):
# def tournamentJoinMatchChannel(stream):
# def tournamentLeaveMatchChannel(stream):
#
# Path: constants/serverPackets.py
# def loginFailed():
# def forceUpdate():
# def loginBanned():
# def loginLocked():
# def loginError():
# def needSupporter():
# def needVerification():
# def userID(uid):
# def silenceEndTime(seconds):
# def protocolVersion(version = 19):
# def mainMenuIcon(icon):
# def userSupporterGMT(supporter, GMT, tournamentStaff):
# def friendList(userID):
# def onlineUsers():
# def userLogout(userID):
# def userPanel(userID, force = False):
# def userStats(userID, force = False):
# def sendMessage(fro, to, message):
# def channelJoinSuccess(userID, chan):
# def channelInfo(chan):
# def channelInfoEnd():
# def channelKicked(chan):
# def userSilenced(userID):
# def addSpectator(userID):
# def removeSpectator(userID):
# def spectatorFrames(data):
# def noSongSpectator(userID):
# def fellowSpectatorJoined(userID):
# def fellowSpectatorLeft(userID):
# def createMatch(matchID):
# def updateMatch(matchID, censored = False):
# def matchStart(matchID):
# def disposeMatch(matchID):
# def matchJoinSuccess(matchID):
# def matchJoinFail():
# def changeMatchPassword(newPassword):
# def allPlayersLoaded():
# def playerSkipped(userID):
# def allPlayersSkipped():
# def matchFrames(slotID, data):
# def matchComplete():
# def playerFailed(slotID):
# def matchTransferHost():
# def matchAbort():
# def switchServer(address):
# def notification(message):
# def banchoRestart(msUntilReconnection):
# def rtx(message):
. Output only the next line. | return |
Using the snippet: <|code_start|>
class handler(requestsManager.asyncRequestHandler):
@tornado.web.asynchronous
@tornado.gen.engine
@sentry.captureTornado
def asyncGet(self):
statusCode = 400
data = {"message": "unknown error"}
try:
# Check arguments
if "u" not in self.request.arguments and "id" not in self.request.arguments:
raise exceptions.invalidArgumentsException()
# Get online staus
username = None
userID = None
if "u" in self.request.arguments:
#username = self.get_argument("u").lower().replace(" ", "_")
username = userUtils.safeUsername(self.get_argument("u"))
else:
<|code_end|>
, determine the next line of code. You have imports:
import json
import tornado.web
import tornado.gen
from common.sentry import sentry
from common.ripple import userUtils
from common.web import requestsManager
from constants import exceptions
from objects import glob
and context (class names, function names, or code) available:
# Path: constants/exceptions.py
# class loginFailedException(Exception):
# class loginBannedException(Exception):
# class tokenNotFoundException(Exception):
# class channelNoPermissionsException(Exception):
# class channelUnknownException(Exception):
# class channelModeratedException(Exception):
# class noAdminException(Exception):
# class commandSyntaxException(Exception):
# class banchoConfigErrorException(Exception):
# class banchoMaintenanceException(Exception):
# class moderatedPMException(Exception):
# class userNotFoundException(Exception):
# class alreadyConnectedException(Exception):
# class stopSpectating(Exception):
# class matchWrongPasswordException(Exception):
# class matchNotFoundException(Exception):
# class matchJoinErrorException(Exception):
# class matchCreateError(Exception):
# class banchoRestartingException(Exception):
# class apiException(Exception):
# class invalidArgumentsException(Exception):
# class messageTooLongWarnException(Exception):
# class messageTooLongException(Exception):
# class userSilencedException(Exception):
# class need2FAException(Exception):
# class userRestrictedException(Exception):
# class haxException(Exception):
# class forceUpdateException(Exception):
# class loginLockedException(Exception):
# class unknownStreamException(Exception):
# class userTournamentException(Exception):
# class userAlreadyInChannelException(Exception):
# class userNotInChannelException(Exception):
# class missingReportInfoException(Exception):
# class invalidUserException(Exception):
# class wrongChannelException(Exception):
# class periodicLoopException(Exception):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | try: |
Predict the next line for this snippet: <|code_start|>
class handler(requestsManager.asyncRequestHandler):
@tornado.web.asynchronous
@tornado.gen.engine
@sentry.captureTornado
def asyncGet(self):
statusCode = 400
data = {"message": "unknown error"}
try:
# Check arguments
if "u" not in self.request.arguments and "id" not in self.request.arguments:
raise exceptions.invalidArgumentsException()
# Get online staus
username = None
userID = None
if "u" in self.request.arguments:
#username = self.get_argument("u").lower().replace(" ", "_")
username = userUtils.safeUsername(self.get_argument("u"))
else:
try:
userID = int(self.get_argument("id"))
except:
raise exceptions.invalidArgumentsException()
if username is None and userID is None:
<|code_end|>
with the help of current file imports:
import json
import tornado.web
import tornado.gen
from common.sentry import sentry
from common.ripple import userUtils
from common.web import requestsManager
from constants import exceptions
from objects import glob
and context from other files:
# Path: constants/exceptions.py
# class loginFailedException(Exception):
# class loginBannedException(Exception):
# class tokenNotFoundException(Exception):
# class channelNoPermissionsException(Exception):
# class channelUnknownException(Exception):
# class channelModeratedException(Exception):
# class noAdminException(Exception):
# class commandSyntaxException(Exception):
# class banchoConfigErrorException(Exception):
# class banchoMaintenanceException(Exception):
# class moderatedPMException(Exception):
# class userNotFoundException(Exception):
# class alreadyConnectedException(Exception):
# class stopSpectating(Exception):
# class matchWrongPasswordException(Exception):
# class matchNotFoundException(Exception):
# class matchJoinErrorException(Exception):
# class matchCreateError(Exception):
# class banchoRestartingException(Exception):
# class apiException(Exception):
# class invalidArgumentsException(Exception):
# class messageTooLongWarnException(Exception):
# class messageTooLongException(Exception):
# class userSilencedException(Exception):
# class need2FAException(Exception):
# class userRestrictedException(Exception):
# class haxException(Exception):
# class forceUpdateException(Exception):
# class loginLockedException(Exception):
# class unknownStreamException(Exception):
# class userTournamentException(Exception):
# class userAlreadyInChannelException(Exception):
# class userNotInChannelException(Exception):
# class missingReportInfoException(Exception):
# class invalidUserException(Exception):
# class wrongChannelException(Exception):
# class periodicLoopException(Exception):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
, which may contain function names, class names, or code. Output only the next line. | data["result"] = False |
Predict the next line for this snippet: <|code_start|> # Get token data
userID = userToken.userID
# Get packet data
packetData = clientPackets.changeMods(packetData)
# Make sure the match exists
matchID = userToken.matchID
if matchID not in glob.matches.matches:
return
# Set slot or match mods according to modType
with glob.matches.matches[matchID] as match:
if match.matchModMode == matchModModes.FREE_MOD:
# Freemod
# Host can set global DT/HT
if userID == match.hostUserID:
# If host has selected DT/HT and Freemod is enabled, set DT/HT as match mod
if (packetData["mods"] & mods.DOUBLETIME) > 0:
match.changeMods(mods.DOUBLETIME)
# Nightcore
if (packetData["mods"] & mods.NIGHTCORE) > 0:
match.changeMods(match.mods + mods.NIGHTCORE)
elif (packetData["mods"] & mods.HALFTIME) > 0:
match.changeMods(mods.HALFTIME)
else:
# No DT/HT, set global mods to 0 (we are in freemod mode)
match.changeMods(0)
# Set slot mods
<|code_end|>
with the help of current file imports:
from common.constants import mods
from constants import clientPackets
from constants import matchModModes
from objects import glob
and context from other files:
# Path: constants/clientPackets.py
# def userActionChange(stream):
# def userStatsRequest(stream):
# def userPanelRequest(stream):
# def sendPublicMessage(stream):
# def sendPrivateMessage(stream):
# def setAwayMessage(stream):
# def channelJoin(stream):
# def channelPart(stream):
# def addRemoveFriend(stream):
# def startSpectating(stream):
# def matchSettings(stream):
# def createMatch(stream):
# def changeMatchSettings(stream):
# def changeSlot(stream):
# def joinMatch(stream):
# def changeMods(stream):
# def lockSlot(stream):
# def transferHost(stream):
# def matchInvite(stream):
# def matchFrames(stream):
# def tournamentMatchInfoRequest(stream):
# def tournamentJoinMatchChannel(stream):
# def tournamentLeaveMatchChannel(stream):
#
# Path: constants/matchModModes.py
# NORMAL = 0
# FREE_MOD = 1
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
, which may contain function names, class names, or code. Output only the next line. | slotID = match.getUserSlotID(userID) |
Based on the snippet: <|code_start|> userID = userToken.userID
# Get packet data
packetData = clientPackets.changeMods(packetData)
# Make sure the match exists
matchID = userToken.matchID
if matchID not in glob.matches.matches:
return
# Set slot or match mods according to modType
with glob.matches.matches[matchID] as match:
if match.matchModMode == matchModModes.FREE_MOD:
# Freemod
# Host can set global DT/HT
if userID == match.hostUserID:
# If host has selected DT/HT and Freemod is enabled, set DT/HT as match mod
if (packetData["mods"] & mods.DOUBLETIME) > 0:
match.changeMods(mods.DOUBLETIME)
# Nightcore
if (packetData["mods"] & mods.NIGHTCORE) > 0:
match.changeMods(match.mods + mods.NIGHTCORE)
elif (packetData["mods"] & mods.HALFTIME) > 0:
match.changeMods(mods.HALFTIME)
else:
# No DT/HT, set global mods to 0 (we are in freemod mode)
match.changeMods(0)
# Set slot mods
slotID = match.getUserSlotID(userID)
<|code_end|>
, predict the immediate next line with the help of imports:
from common.constants import mods
from constants import clientPackets
from constants import matchModModes
from objects import glob
and context (classes, functions, sometimes code) from other files:
# Path: constants/clientPackets.py
# def userActionChange(stream):
# def userStatsRequest(stream):
# def userPanelRequest(stream):
# def sendPublicMessage(stream):
# def sendPrivateMessage(stream):
# def setAwayMessage(stream):
# def channelJoin(stream):
# def channelPart(stream):
# def addRemoveFriend(stream):
# def startSpectating(stream):
# def matchSettings(stream):
# def createMatch(stream):
# def changeMatchSettings(stream):
# def changeSlot(stream):
# def joinMatch(stream):
# def changeMods(stream):
# def lockSlot(stream):
# def transferHost(stream):
# def matchInvite(stream):
# def matchFrames(stream):
# def tournamentMatchInfoRequest(stream):
# def tournamentJoinMatchChannel(stream):
# def tournamentLeaveMatchChannel(stream):
#
# Path: constants/matchModModes.py
# NORMAL = 0
# FREE_MOD = 1
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | if slotID is not None: |
Based on the snippet: <|code_start|>
class slot:
def __init__(self):
self.status = slotStatuses.FREE
self.team = matchTeams.NO_TEAM
self.userID = -1
<|code_end|>
, predict the immediate next line with the help of imports:
import copy
import json
import threading
import time
from common.log import logUtils as log
from constants import dataTypes
from constants import matchModModes
from constants import matchScoringTypes
from constants import matchTeamTypes
from constants import matchTeams
from constants import serverPackets
from constants import slotStatuses
from helpers import chatHelper as chat
from objects import glob
and context (classes, functions, sometimes code) from other files:
# Path: constants/dataTypes.py
# BYTE = 0
# UINT16 = 1
# SINT16 = 2
# UINT32 = 3
# SINT32 = 4
# UINT64 = 5
# SINT64 = 6
# STRING = 7
# FFLOAT = 8 # 'float' is a keyword
# BBYTES = 9 # 'bytes' is a keyword
# INT_LIST = 10 # TODO: Maybe there are some packets that still use uInt16 + uInt32 thing somewhere.
#
# Path: constants/matchModModes.py
# NORMAL = 0
# FREE_MOD = 1
#
# Path: constants/matchScoringTypes.py
# SCORE = 0
# ACCURACY = 1
# COMBO = 2
# SCORE_V2 = 3
#
# Path: constants/matchTeamTypes.py
# HEAD_TO_HEAD = 0
# TAG_COOP = 1
# TEAM_VS = 2
# TAG_TEAM_VS = 3
#
# Path: constants/matchTeams.py
# NO_TEAM = 0
# BLUE = 1
# RED = 2
#
# Path: constants/serverPackets.py
# def loginFailed():
# def forceUpdate():
# def loginBanned():
# def loginLocked():
# def loginError():
# def needSupporter():
# def needVerification():
# def userID(uid):
# def silenceEndTime(seconds):
# def protocolVersion(version = 19):
# def mainMenuIcon(icon):
# def userSupporterGMT(supporter, GMT, tournamentStaff):
# def friendList(userID):
# def onlineUsers():
# def userLogout(userID):
# def userPanel(userID, force = False):
# def userStats(userID, force = False):
# def sendMessage(fro, to, message):
# def channelJoinSuccess(userID, chan):
# def channelInfo(chan):
# def channelInfoEnd():
# def channelKicked(chan):
# def userSilenced(userID):
# def addSpectator(userID):
# def removeSpectator(userID):
# def spectatorFrames(data):
# def noSongSpectator(userID):
# def fellowSpectatorJoined(userID):
# def fellowSpectatorLeft(userID):
# def createMatch(matchID):
# def updateMatch(matchID, censored = False):
# def matchStart(matchID):
# def disposeMatch(matchID):
# def matchJoinSuccess(matchID):
# def matchJoinFail():
# def changeMatchPassword(newPassword):
# def allPlayersLoaded():
# def playerSkipped(userID):
# def allPlayersSkipped():
# def matchFrames(slotID, data):
# def matchComplete():
# def playerFailed(slotID):
# def matchTransferHost():
# def matchAbort():
# def switchServer(address):
# def notification(message):
# def banchoRestart(msUntilReconnection):
# def rtx(message):
#
# Path: constants/slotStatuses.py
# FREE = 1
# LOCKED = 2
# NOT_READY = 4
# READY = 8
# NO_MAP = 16
# PLAYING = 32
# OCCUPIED = 124
# PLAYING_QUIT = 128
#
# Path: helpers/chatHelper.py
# def joinChannel(userID = 0, channel = "", token = None, toIRC = True, force=False):
# def partChannel(userID = 0, channel = "", token = None, toIRC = True, kick = False, force=False):
# def sendMessage(fro = "", to = "", message = "", token = None, toIRC = True):
# def fixUsernameForBancho(username):
# def fixUsernameForIRC(username):
# def IRCConnect(username):
# def IRCDisconnect(username):
# def IRCJoinChannel(username, channel):
# def IRCPartChannel(username, channel):
# def IRCAway(username, message):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | self.user = None |
Given the following code snippet before the placeholder: <|code_start|>
class slot:
def __init__(self):
self.status = slotStatuses.FREE
self.team = matchTeams.NO_TEAM
self.userID = -1
self.user = None
self.mods = 0
self.loaded = False
self.skip = False
self.complete = False
<|code_end|>
, predict the next line using imports from the current file:
import copy
import json
import threading
import time
from common.log import logUtils as log
from constants import dataTypes
from constants import matchModModes
from constants import matchScoringTypes
from constants import matchTeamTypes
from constants import matchTeams
from constants import serverPackets
from constants import slotStatuses
from helpers import chatHelper as chat
from objects import glob
and context including class names, function names, and sometimes code from other files:
# Path: constants/dataTypes.py
# BYTE = 0
# UINT16 = 1
# SINT16 = 2
# UINT32 = 3
# SINT32 = 4
# UINT64 = 5
# SINT64 = 6
# STRING = 7
# FFLOAT = 8 # 'float' is a keyword
# BBYTES = 9 # 'bytes' is a keyword
# INT_LIST = 10 # TODO: Maybe there are some packets that still use uInt16 + uInt32 thing somewhere.
#
# Path: constants/matchModModes.py
# NORMAL = 0
# FREE_MOD = 1
#
# Path: constants/matchScoringTypes.py
# SCORE = 0
# ACCURACY = 1
# COMBO = 2
# SCORE_V2 = 3
#
# Path: constants/matchTeamTypes.py
# HEAD_TO_HEAD = 0
# TAG_COOP = 1
# TEAM_VS = 2
# TAG_TEAM_VS = 3
#
# Path: constants/matchTeams.py
# NO_TEAM = 0
# BLUE = 1
# RED = 2
#
# Path: constants/serverPackets.py
# def loginFailed():
# def forceUpdate():
# def loginBanned():
# def loginLocked():
# def loginError():
# def needSupporter():
# def needVerification():
# def userID(uid):
# def silenceEndTime(seconds):
# def protocolVersion(version = 19):
# def mainMenuIcon(icon):
# def userSupporterGMT(supporter, GMT, tournamentStaff):
# def friendList(userID):
# def onlineUsers():
# def userLogout(userID):
# def userPanel(userID, force = False):
# def userStats(userID, force = False):
# def sendMessage(fro, to, message):
# def channelJoinSuccess(userID, chan):
# def channelInfo(chan):
# def channelInfoEnd():
# def channelKicked(chan):
# def userSilenced(userID):
# def addSpectator(userID):
# def removeSpectator(userID):
# def spectatorFrames(data):
# def noSongSpectator(userID):
# def fellowSpectatorJoined(userID):
# def fellowSpectatorLeft(userID):
# def createMatch(matchID):
# def updateMatch(matchID, censored = False):
# def matchStart(matchID):
# def disposeMatch(matchID):
# def matchJoinSuccess(matchID):
# def matchJoinFail():
# def changeMatchPassword(newPassword):
# def allPlayersLoaded():
# def playerSkipped(userID):
# def allPlayersSkipped():
# def matchFrames(slotID, data):
# def matchComplete():
# def playerFailed(slotID):
# def matchTransferHost():
# def matchAbort():
# def switchServer(address):
# def notification(message):
# def banchoRestart(msUntilReconnection):
# def rtx(message):
#
# Path: constants/slotStatuses.py
# FREE = 1
# LOCKED = 2
# NOT_READY = 4
# READY = 8
# NO_MAP = 16
# PLAYING = 32
# OCCUPIED = 124
# PLAYING_QUIT = 128
#
# Path: helpers/chatHelper.py
# def joinChannel(userID = 0, channel = "", token = None, toIRC = True, force=False):
# def partChannel(userID = 0, channel = "", token = None, toIRC = True, kick = False, force=False):
# def sendMessage(fro = "", to = "", message = "", token = None, toIRC = True):
# def fixUsernameForBancho(username):
# def fixUsernameForIRC(username):
# def IRCConnect(username):
# def IRCDisconnect(username):
# def IRCJoinChannel(username, channel):
# def IRCPartChannel(username, channel):
# def IRCAway(username, message):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | self.score = 0 |
Based on the snippet: <|code_start|>
class slot:
def __init__(self):
self.status = slotStatuses.FREE
self.team = matchTeams.NO_TEAM
self.userID = -1
self.user = None
self.mods = 0
self.loaded = False
<|code_end|>
, predict the immediate next line with the help of imports:
import copy
import json
import threading
import time
from common.log import logUtils as log
from constants import dataTypes
from constants import matchModModes
from constants import matchScoringTypes
from constants import matchTeamTypes
from constants import matchTeams
from constants import serverPackets
from constants import slotStatuses
from helpers import chatHelper as chat
from objects import glob
and context (classes, functions, sometimes code) from other files:
# Path: constants/dataTypes.py
# BYTE = 0
# UINT16 = 1
# SINT16 = 2
# UINT32 = 3
# SINT32 = 4
# UINT64 = 5
# SINT64 = 6
# STRING = 7
# FFLOAT = 8 # 'float' is a keyword
# BBYTES = 9 # 'bytes' is a keyword
# INT_LIST = 10 # TODO: Maybe there are some packets that still use uInt16 + uInt32 thing somewhere.
#
# Path: constants/matchModModes.py
# NORMAL = 0
# FREE_MOD = 1
#
# Path: constants/matchScoringTypes.py
# SCORE = 0
# ACCURACY = 1
# COMBO = 2
# SCORE_V2 = 3
#
# Path: constants/matchTeamTypes.py
# HEAD_TO_HEAD = 0
# TAG_COOP = 1
# TEAM_VS = 2
# TAG_TEAM_VS = 3
#
# Path: constants/matchTeams.py
# NO_TEAM = 0
# BLUE = 1
# RED = 2
#
# Path: constants/serverPackets.py
# def loginFailed():
# def forceUpdate():
# def loginBanned():
# def loginLocked():
# def loginError():
# def needSupporter():
# def needVerification():
# def userID(uid):
# def silenceEndTime(seconds):
# def protocolVersion(version = 19):
# def mainMenuIcon(icon):
# def userSupporterGMT(supporter, GMT, tournamentStaff):
# def friendList(userID):
# def onlineUsers():
# def userLogout(userID):
# def userPanel(userID, force = False):
# def userStats(userID, force = False):
# def sendMessage(fro, to, message):
# def channelJoinSuccess(userID, chan):
# def channelInfo(chan):
# def channelInfoEnd():
# def channelKicked(chan):
# def userSilenced(userID):
# def addSpectator(userID):
# def removeSpectator(userID):
# def spectatorFrames(data):
# def noSongSpectator(userID):
# def fellowSpectatorJoined(userID):
# def fellowSpectatorLeft(userID):
# def createMatch(matchID):
# def updateMatch(matchID, censored = False):
# def matchStart(matchID):
# def disposeMatch(matchID):
# def matchJoinSuccess(matchID):
# def matchJoinFail():
# def changeMatchPassword(newPassword):
# def allPlayersLoaded():
# def playerSkipped(userID):
# def allPlayersSkipped():
# def matchFrames(slotID, data):
# def matchComplete():
# def playerFailed(slotID):
# def matchTransferHost():
# def matchAbort():
# def switchServer(address):
# def notification(message):
# def banchoRestart(msUntilReconnection):
# def rtx(message):
#
# Path: constants/slotStatuses.py
# FREE = 1
# LOCKED = 2
# NOT_READY = 4
# READY = 8
# NO_MAP = 16
# PLAYING = 32
# OCCUPIED = 124
# PLAYING_QUIT = 128
#
# Path: helpers/chatHelper.py
# def joinChannel(userID = 0, channel = "", token = None, toIRC = True, force=False):
# def partChannel(userID = 0, channel = "", token = None, toIRC = True, kick = False, force=False):
# def sendMessage(fro = "", to = "", message = "", token = None, toIRC = True):
# def fixUsernameForBancho(username):
# def fixUsernameForIRC(username):
# def IRCConnect(username):
# def IRCDisconnect(username):
# def IRCJoinChannel(username, channel):
# def IRCPartChannel(username, channel):
# def IRCAway(username, message):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | self.skip = False |
Predict the next line after this snippet: <|code_start|>
class slot:
def __init__(self):
self.status = slotStatuses.FREE
self.team = matchTeams.NO_TEAM
self.userID = -1
self.user = None
self.mods = 0
self.loaded = False
self.skip = False
self.complete = False
self.score = 0
<|code_end|>
using the current file's imports:
import copy
import json
import threading
import time
from common.log import logUtils as log
from constants import dataTypes
from constants import matchModModes
from constants import matchScoringTypes
from constants import matchTeamTypes
from constants import matchTeams
from constants import serverPackets
from constants import slotStatuses
from helpers import chatHelper as chat
from objects import glob
and any relevant context from other files:
# Path: constants/dataTypes.py
# BYTE = 0
# UINT16 = 1
# SINT16 = 2
# UINT32 = 3
# SINT32 = 4
# UINT64 = 5
# SINT64 = 6
# STRING = 7
# FFLOAT = 8 # 'float' is a keyword
# BBYTES = 9 # 'bytes' is a keyword
# INT_LIST = 10 # TODO: Maybe there are some packets that still use uInt16 + uInt32 thing somewhere.
#
# Path: constants/matchModModes.py
# NORMAL = 0
# FREE_MOD = 1
#
# Path: constants/matchScoringTypes.py
# SCORE = 0
# ACCURACY = 1
# COMBO = 2
# SCORE_V2 = 3
#
# Path: constants/matchTeamTypes.py
# HEAD_TO_HEAD = 0
# TAG_COOP = 1
# TEAM_VS = 2
# TAG_TEAM_VS = 3
#
# Path: constants/matchTeams.py
# NO_TEAM = 0
# BLUE = 1
# RED = 2
#
# Path: constants/serverPackets.py
# def loginFailed():
# def forceUpdate():
# def loginBanned():
# def loginLocked():
# def loginError():
# def needSupporter():
# def needVerification():
# def userID(uid):
# def silenceEndTime(seconds):
# def protocolVersion(version = 19):
# def mainMenuIcon(icon):
# def userSupporterGMT(supporter, GMT, tournamentStaff):
# def friendList(userID):
# def onlineUsers():
# def userLogout(userID):
# def userPanel(userID, force = False):
# def userStats(userID, force = False):
# def sendMessage(fro, to, message):
# def channelJoinSuccess(userID, chan):
# def channelInfo(chan):
# def channelInfoEnd():
# def channelKicked(chan):
# def userSilenced(userID):
# def addSpectator(userID):
# def removeSpectator(userID):
# def spectatorFrames(data):
# def noSongSpectator(userID):
# def fellowSpectatorJoined(userID):
# def fellowSpectatorLeft(userID):
# def createMatch(matchID):
# def updateMatch(matchID, censored = False):
# def matchStart(matchID):
# def disposeMatch(matchID):
# def matchJoinSuccess(matchID):
# def matchJoinFail():
# def changeMatchPassword(newPassword):
# def allPlayersLoaded():
# def playerSkipped(userID):
# def allPlayersSkipped():
# def matchFrames(slotID, data):
# def matchComplete():
# def playerFailed(slotID):
# def matchTransferHost():
# def matchAbort():
# def switchServer(address):
# def notification(message):
# def banchoRestart(msUntilReconnection):
# def rtx(message):
#
# Path: constants/slotStatuses.py
# FREE = 1
# LOCKED = 2
# NOT_READY = 4
# READY = 8
# NO_MAP = 16
# PLAYING = 32
# OCCUPIED = 124
# PLAYING_QUIT = 128
#
# Path: helpers/chatHelper.py
# def joinChannel(userID = 0, channel = "", token = None, toIRC = True, force=False):
# def partChannel(userID = 0, channel = "", token = None, toIRC = True, kick = False, force=False):
# def sendMessage(fro = "", to = "", message = "", token = None, toIRC = True):
# def fixUsernameForBancho(username):
# def fixUsernameForIRC(username):
# def IRCConnect(username):
# def IRCDisconnect(username):
# def IRCJoinChannel(username, channel):
# def IRCPartChannel(username, channel):
# def IRCAway(username, message):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | self.failed = False |
Next line prediction: <|code_start|>
class slot:
def __init__(self):
self.status = slotStatuses.FREE
self.team = matchTeams.NO_TEAM
self.userID = -1
self.user = None
self.mods = 0
self.loaded = False
self.skip = False
self.complete = False
self.score = 0
self.failed = False
self.passed = True
class match:
<|code_end|>
. Use current file imports:
(import copy
import json
import threading
import time
from common.log import logUtils as log
from constants import dataTypes
from constants import matchModModes
from constants import matchScoringTypes
from constants import matchTeamTypes
from constants import matchTeams
from constants import serverPackets
from constants import slotStatuses
from helpers import chatHelper as chat
from objects import glob)
and context including class names, function names, or small code snippets from other files:
# Path: constants/dataTypes.py
# BYTE = 0
# UINT16 = 1
# SINT16 = 2
# UINT32 = 3
# SINT32 = 4
# UINT64 = 5
# SINT64 = 6
# STRING = 7
# FFLOAT = 8 # 'float' is a keyword
# BBYTES = 9 # 'bytes' is a keyword
# INT_LIST = 10 # TODO: Maybe there are some packets that still use uInt16 + uInt32 thing somewhere.
#
# Path: constants/matchModModes.py
# NORMAL = 0
# FREE_MOD = 1
#
# Path: constants/matchScoringTypes.py
# SCORE = 0
# ACCURACY = 1
# COMBO = 2
# SCORE_V2 = 3
#
# Path: constants/matchTeamTypes.py
# HEAD_TO_HEAD = 0
# TAG_COOP = 1
# TEAM_VS = 2
# TAG_TEAM_VS = 3
#
# Path: constants/matchTeams.py
# NO_TEAM = 0
# BLUE = 1
# RED = 2
#
# Path: constants/serverPackets.py
# def loginFailed():
# def forceUpdate():
# def loginBanned():
# def loginLocked():
# def loginError():
# def needSupporter():
# def needVerification():
# def userID(uid):
# def silenceEndTime(seconds):
# def protocolVersion(version = 19):
# def mainMenuIcon(icon):
# def userSupporterGMT(supporter, GMT, tournamentStaff):
# def friendList(userID):
# def onlineUsers():
# def userLogout(userID):
# def userPanel(userID, force = False):
# def userStats(userID, force = False):
# def sendMessage(fro, to, message):
# def channelJoinSuccess(userID, chan):
# def channelInfo(chan):
# def channelInfoEnd():
# def channelKicked(chan):
# def userSilenced(userID):
# def addSpectator(userID):
# def removeSpectator(userID):
# def spectatorFrames(data):
# def noSongSpectator(userID):
# def fellowSpectatorJoined(userID):
# def fellowSpectatorLeft(userID):
# def createMatch(matchID):
# def updateMatch(matchID, censored = False):
# def matchStart(matchID):
# def disposeMatch(matchID):
# def matchJoinSuccess(matchID):
# def matchJoinFail():
# def changeMatchPassword(newPassword):
# def allPlayersLoaded():
# def playerSkipped(userID):
# def allPlayersSkipped():
# def matchFrames(slotID, data):
# def matchComplete():
# def playerFailed(slotID):
# def matchTransferHost():
# def matchAbort():
# def switchServer(address):
# def notification(message):
# def banchoRestart(msUntilReconnection):
# def rtx(message):
#
# Path: constants/slotStatuses.py
# FREE = 1
# LOCKED = 2
# NOT_READY = 4
# READY = 8
# NO_MAP = 16
# PLAYING = 32
# OCCUPIED = 124
# PLAYING_QUIT = 128
#
# Path: helpers/chatHelper.py
# def joinChannel(userID = 0, channel = "", token = None, toIRC = True, force=False):
# def partChannel(userID = 0, channel = "", token = None, toIRC = True, kick = False, force=False):
# def sendMessage(fro = "", to = "", message = "", token = None, toIRC = True):
# def fixUsernameForBancho(username):
# def fixUsernameForIRC(username):
# def IRCConnect(username):
# def IRCDisconnect(username):
# def IRCJoinChannel(username, channel):
# def IRCPartChannel(username, channel):
# def IRCAway(username, message):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | def __init__(self, matchID, matchName, matchPassword, beatmapID, beatmapName, beatmapMD5, gameMode, hostUserID, isTourney=False): |
Using the snippet: <|code_start|>
class slot:
def __init__(self):
self.status = slotStatuses.FREE
self.team = matchTeams.NO_TEAM
self.userID = -1
self.user = None
self.mods = 0
self.loaded = False
self.skip = False
self.complete = False
self.score = 0
self.failed = False
<|code_end|>
, determine the next line of code. You have imports:
import copy
import json
import threading
import time
from common.log import logUtils as log
from constants import dataTypes
from constants import matchModModes
from constants import matchScoringTypes
from constants import matchTeamTypes
from constants import matchTeams
from constants import serverPackets
from constants import slotStatuses
from helpers import chatHelper as chat
from objects import glob
and context (class names, function names, or code) available:
# Path: constants/dataTypes.py
# BYTE = 0
# UINT16 = 1
# SINT16 = 2
# UINT32 = 3
# SINT32 = 4
# UINT64 = 5
# SINT64 = 6
# STRING = 7
# FFLOAT = 8 # 'float' is a keyword
# BBYTES = 9 # 'bytes' is a keyword
# INT_LIST = 10 # TODO: Maybe there are some packets that still use uInt16 + uInt32 thing somewhere.
#
# Path: constants/matchModModes.py
# NORMAL = 0
# FREE_MOD = 1
#
# Path: constants/matchScoringTypes.py
# SCORE = 0
# ACCURACY = 1
# COMBO = 2
# SCORE_V2 = 3
#
# Path: constants/matchTeamTypes.py
# HEAD_TO_HEAD = 0
# TAG_COOP = 1
# TEAM_VS = 2
# TAG_TEAM_VS = 3
#
# Path: constants/matchTeams.py
# NO_TEAM = 0
# BLUE = 1
# RED = 2
#
# Path: constants/serverPackets.py
# def loginFailed():
# def forceUpdate():
# def loginBanned():
# def loginLocked():
# def loginError():
# def needSupporter():
# def needVerification():
# def userID(uid):
# def silenceEndTime(seconds):
# def protocolVersion(version = 19):
# def mainMenuIcon(icon):
# def userSupporterGMT(supporter, GMT, tournamentStaff):
# def friendList(userID):
# def onlineUsers():
# def userLogout(userID):
# def userPanel(userID, force = False):
# def userStats(userID, force = False):
# def sendMessage(fro, to, message):
# def channelJoinSuccess(userID, chan):
# def channelInfo(chan):
# def channelInfoEnd():
# def channelKicked(chan):
# def userSilenced(userID):
# def addSpectator(userID):
# def removeSpectator(userID):
# def spectatorFrames(data):
# def noSongSpectator(userID):
# def fellowSpectatorJoined(userID):
# def fellowSpectatorLeft(userID):
# def createMatch(matchID):
# def updateMatch(matchID, censored = False):
# def matchStart(matchID):
# def disposeMatch(matchID):
# def matchJoinSuccess(matchID):
# def matchJoinFail():
# def changeMatchPassword(newPassword):
# def allPlayersLoaded():
# def playerSkipped(userID):
# def allPlayersSkipped():
# def matchFrames(slotID, data):
# def matchComplete():
# def playerFailed(slotID):
# def matchTransferHost():
# def matchAbort():
# def switchServer(address):
# def notification(message):
# def banchoRestart(msUntilReconnection):
# def rtx(message):
#
# Path: constants/slotStatuses.py
# FREE = 1
# LOCKED = 2
# NOT_READY = 4
# READY = 8
# NO_MAP = 16
# PLAYING = 32
# OCCUPIED = 124
# PLAYING_QUIT = 128
#
# Path: helpers/chatHelper.py
# def joinChannel(userID = 0, channel = "", token = None, toIRC = True, force=False):
# def partChannel(userID = 0, channel = "", token = None, toIRC = True, kick = False, force=False):
# def sendMessage(fro = "", to = "", message = "", token = None, toIRC = True):
# def fixUsernameForBancho(username):
# def fixUsernameForIRC(username):
# def IRCConnect(username):
# def IRCDisconnect(username):
# def IRCJoinChannel(username, channel):
# def IRCPartChannel(username, channel):
# def IRCAway(username, message):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | self.passed = True |
Continue the code snippet: <|code_start|>
def handle(userToken, packetData):
# Get token data
userID = userToken.userID
# Get packet data
packetData = clientPackets.lockSlot(packetData)
# Make sure the match exists
matchID = userToken.matchID
if matchID not in glob.matches.matches:
<|code_end|>
. Use current file imports:
from objects import glob
from constants import clientPackets
and context (classes, functions, or code) from other files:
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
#
# Path: constants/clientPackets.py
# def userActionChange(stream):
# def userStatsRequest(stream):
# def userPanelRequest(stream):
# def sendPublicMessage(stream):
# def sendPrivateMessage(stream):
# def setAwayMessage(stream):
# def channelJoin(stream):
# def channelPart(stream):
# def addRemoveFriend(stream):
# def startSpectating(stream):
# def matchSettings(stream):
# def createMatch(stream):
# def changeMatchSettings(stream):
# def changeSlot(stream):
# def joinMatch(stream):
# def changeMods(stream):
# def lockSlot(stream):
# def transferHost(stream):
# def matchInvite(stream):
# def matchFrames(stream):
# def tournamentMatchInfoRequest(stream):
# def tournamentJoinMatchChannel(stream):
# def tournamentLeaveMatchChannel(stream):
. Output only the next line. | return |
Continue the code snippet: <|code_start|>
def handle(userToken, packetData):
# Get token data
userID = userToken.userID
# Get packet data
packetData = clientPackets.lockSlot(packetData)
# Make sure the match exists
matchID = userToken.matchID
if matchID not in glob.matches.matches:
return
with glob.matches.matches[matchID] as match:
# Host check
if userID != match.hostUserID:
<|code_end|>
. Use current file imports:
from objects import glob
from constants import clientPackets
and context (classes, functions, or code) from other files:
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
#
# Path: constants/clientPackets.py
# def userActionChange(stream):
# def userStatsRequest(stream):
# def userPanelRequest(stream):
# def sendPublicMessage(stream):
# def sendPrivateMessage(stream):
# def setAwayMessage(stream):
# def channelJoin(stream):
# def channelPart(stream):
# def addRemoveFriend(stream):
# def startSpectating(stream):
# def matchSettings(stream):
# def createMatch(stream):
# def changeMatchSettings(stream):
# def changeSlot(stream):
# def joinMatch(stream):
# def changeMods(stream):
# def lockSlot(stream):
# def transferHost(stream):
# def matchInvite(stream):
# def matchFrames(stream):
# def tournamentMatchInfoRequest(stream):
# def tournamentJoinMatchChannel(stream):
# def tournamentLeaveMatchChannel(stream):
. Output only the next line. | return |
Given the following code snippet before the placeholder: <|code_start|>
class handler(requestsManager.asyncRequestHandler):
@tornado.web.asynchronous
@tornado.gen.engine
@sentry.captureTornado
def asyncGet(self):
statusCode = 400
data = {"message": "unknown error"}
try:
# Check arguments
if not requestsManager.checkArguments(self.request.arguments, ["k"]):
raise exceptions.invalidArgumentsException()
# Check ci key
key = self.get_argument("k")
if key is None or key != glob.conf.config["server"]["cikey"]:
raise exceptions.invalidArgumentsException()
log.info("Ci event triggered!!")
systemHelper.scheduleShutdown(5, False, "A new Bancho update is available and the server will be restarted in 5 seconds. Thank you for your patience.")
# Status code and message
statusCode = 200
data["message"] = "ok"
except exceptions.invalidArgumentsException:
statusCode = 400
<|code_end|>
, predict the next line using imports from the current file:
import json
import tornado.web
import tornado.gen
from common.sentry import sentry
from common.log import logUtils as log
from common.web import requestsManager
from constants import exceptions
from helpers import systemHelper
from objects import glob
and context including class names, function names, and sometimes code from other files:
# Path: constants/exceptions.py
# class loginFailedException(Exception):
# class loginBannedException(Exception):
# class tokenNotFoundException(Exception):
# class channelNoPermissionsException(Exception):
# class channelUnknownException(Exception):
# class channelModeratedException(Exception):
# class noAdminException(Exception):
# class commandSyntaxException(Exception):
# class banchoConfigErrorException(Exception):
# class banchoMaintenanceException(Exception):
# class moderatedPMException(Exception):
# class userNotFoundException(Exception):
# class alreadyConnectedException(Exception):
# class stopSpectating(Exception):
# class matchWrongPasswordException(Exception):
# class matchNotFoundException(Exception):
# class matchJoinErrorException(Exception):
# class matchCreateError(Exception):
# class banchoRestartingException(Exception):
# class apiException(Exception):
# class invalidArgumentsException(Exception):
# class messageTooLongWarnException(Exception):
# class messageTooLongException(Exception):
# class userSilencedException(Exception):
# class need2FAException(Exception):
# class userRestrictedException(Exception):
# class haxException(Exception):
# class forceUpdateException(Exception):
# class loginLockedException(Exception):
# class unknownStreamException(Exception):
# class userTournamentException(Exception):
# class userAlreadyInChannelException(Exception):
# class userNotInChannelException(Exception):
# class missingReportInfoException(Exception):
# class invalidUserException(Exception):
# class wrongChannelException(Exception):
# class periodicLoopException(Exception):
#
# Path: helpers/systemHelper.py
# def dispose():
# def runningUnderUnix():
# def scheduleShutdown(sendRestartTime, restart, message = "", delay=20):
# def restartServer():
# def shutdownServer():
# def getSystemInfo():
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | data["message"] = "invalid ci key" |
Here is a snippet: <|code_start|> @tornado.web.asynchronous
@tornado.gen.engine
@sentry.captureTornado
def asyncGet(self):
statusCode = 400
data = {"message": "unknown error"}
try:
# Check arguments
if not requestsManager.checkArguments(self.request.arguments, ["k"]):
raise exceptions.invalidArgumentsException()
# Check ci key
key = self.get_argument("k")
if key is None or key != glob.conf.config["server"]["cikey"]:
raise exceptions.invalidArgumentsException()
log.info("Ci event triggered!!")
systemHelper.scheduleShutdown(5, False, "A new Bancho update is available and the server will be restarted in 5 seconds. Thank you for your patience.")
# Status code and message
statusCode = 200
data["message"] = "ok"
except exceptions.invalidArgumentsException:
statusCode = 400
data["message"] = "invalid ci key"
finally:
# Add status code to data
data["status"] = statusCode
# Send response
<|code_end|>
. Write the next line using the current file imports:
import json
import tornado.web
import tornado.gen
from common.sentry import sentry
from common.log import logUtils as log
from common.web import requestsManager
from constants import exceptions
from helpers import systemHelper
from objects import glob
and context from other files:
# Path: constants/exceptions.py
# class loginFailedException(Exception):
# class loginBannedException(Exception):
# class tokenNotFoundException(Exception):
# class channelNoPermissionsException(Exception):
# class channelUnknownException(Exception):
# class channelModeratedException(Exception):
# class noAdminException(Exception):
# class commandSyntaxException(Exception):
# class banchoConfigErrorException(Exception):
# class banchoMaintenanceException(Exception):
# class moderatedPMException(Exception):
# class userNotFoundException(Exception):
# class alreadyConnectedException(Exception):
# class stopSpectating(Exception):
# class matchWrongPasswordException(Exception):
# class matchNotFoundException(Exception):
# class matchJoinErrorException(Exception):
# class matchCreateError(Exception):
# class banchoRestartingException(Exception):
# class apiException(Exception):
# class invalidArgumentsException(Exception):
# class messageTooLongWarnException(Exception):
# class messageTooLongException(Exception):
# class userSilencedException(Exception):
# class need2FAException(Exception):
# class userRestrictedException(Exception):
# class haxException(Exception):
# class forceUpdateException(Exception):
# class loginLockedException(Exception):
# class unknownStreamException(Exception):
# class userTournamentException(Exception):
# class userAlreadyInChannelException(Exception):
# class userNotInChannelException(Exception):
# class missingReportInfoException(Exception):
# class invalidUserException(Exception):
# class wrongChannelException(Exception):
# class periodicLoopException(Exception):
#
# Path: helpers/systemHelper.py
# def dispose():
# def runningUnderUnix():
# def scheduleShutdown(sendRestartTime, restart, message = "", delay=20):
# def restartServer():
# def shutdownServer():
# def getSystemInfo():
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
, which may include functions, classes, or code. Output only the next line. | self.write(json.dumps(data)) |
Predict the next line after this snippet: <|code_start|>
class handler(requestsManager.asyncRequestHandler):
@tornado.web.asynchronous
@tornado.gen.engine
def asyncGet(self):
if not glob.debug:
self.write("Nope")
return
time.sleep(0.5)
self.write("meemmeemmeemmeemmeemmeemmeemmeemmeemmeemmeemmeemmeemmeemmeemmeemmeemmeemmeemmeemmeemmeemmeemmeemmeemmeemmeemmeem")
self.set_status(200)
self.add_header("cho-token", "tua madre")
self.add_header("cho-protocol", "19")
self.add_header("Connection", "keep-alive")
<|code_end|>
using the current file's imports:
import tornado.gen
import tornado.web
import time
from common.web import requestsManager
from objects import glob
and any relevant context from other files:
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | self.add_header("Keep-Alive", "timeout=5, max=100") |
Given the code snippet: <|code_start|> # Get IP from tornado request
requestIP = tornadoRequest.getRequestIP()
# Avoid exceptions
clientData = ["unknown", "unknown", "unknown", "unknown", "unknown"]
osuVersion = "unknown"
# Split POST body so we can get username/password/hardware data
# 2:-3 thing is because requestData has some escape stuff that we don't need
loginData = str(tornadoRequest.request.body)[2:-3].split("\\n")
try:
# Make sure loginData is valid
if len(loginData) < 3:
raise exceptions.invalidArgumentsException()
# Get HWID, MAC address and more
# Structure (new line = "|", already split)
# [0] osu! version
# [1] plain mac addressed, separated by "."
# [2] mac addresses hash set
# [3] unique ID
# [4] disk ID
splitData = loginData[2].split("|")
osuVersion = splitData[0]
timeOffset = int(splitData[1])
clientData = splitData[3].split(":")[:5]
if len(clientData) < 4:
raise exceptions.forceUpdateException()
# Try to get the ID from username
<|code_end|>
, generate the next line using the imports in this file:
import sys
import time
import traceback
from common.constants import privileges
from common.log import logUtils as log
from common.ripple import userUtils
from constants import exceptions
from constants import serverPackets
from helpers import chatHelper as chat
from helpers import countryHelper
from helpers import locationHelper
from objects import glob
and context (functions, classes, or occasionally code) from other files:
# Path: constants/exceptions.py
# class loginFailedException(Exception):
# class loginBannedException(Exception):
# class tokenNotFoundException(Exception):
# class channelNoPermissionsException(Exception):
# class channelUnknownException(Exception):
# class channelModeratedException(Exception):
# class noAdminException(Exception):
# class commandSyntaxException(Exception):
# class banchoConfigErrorException(Exception):
# class banchoMaintenanceException(Exception):
# class moderatedPMException(Exception):
# class userNotFoundException(Exception):
# class alreadyConnectedException(Exception):
# class stopSpectating(Exception):
# class matchWrongPasswordException(Exception):
# class matchNotFoundException(Exception):
# class matchJoinErrorException(Exception):
# class matchCreateError(Exception):
# class banchoRestartingException(Exception):
# class apiException(Exception):
# class invalidArgumentsException(Exception):
# class messageTooLongWarnException(Exception):
# class messageTooLongException(Exception):
# class userSilencedException(Exception):
# class need2FAException(Exception):
# class userRestrictedException(Exception):
# class haxException(Exception):
# class forceUpdateException(Exception):
# class loginLockedException(Exception):
# class unknownStreamException(Exception):
# class userTournamentException(Exception):
# class userAlreadyInChannelException(Exception):
# class userNotInChannelException(Exception):
# class missingReportInfoException(Exception):
# class invalidUserException(Exception):
# class wrongChannelException(Exception):
# class periodicLoopException(Exception):
#
# Path: constants/serverPackets.py
# def loginFailed():
# def forceUpdate():
# def loginBanned():
# def loginLocked():
# def loginError():
# def needSupporter():
# def needVerification():
# def userID(uid):
# def silenceEndTime(seconds):
# def protocolVersion(version = 19):
# def mainMenuIcon(icon):
# def userSupporterGMT(supporter, GMT, tournamentStaff):
# def friendList(userID):
# def onlineUsers():
# def userLogout(userID):
# def userPanel(userID, force = False):
# def userStats(userID, force = False):
# def sendMessage(fro, to, message):
# def channelJoinSuccess(userID, chan):
# def channelInfo(chan):
# def channelInfoEnd():
# def channelKicked(chan):
# def userSilenced(userID):
# def addSpectator(userID):
# def removeSpectator(userID):
# def spectatorFrames(data):
# def noSongSpectator(userID):
# def fellowSpectatorJoined(userID):
# def fellowSpectatorLeft(userID):
# def createMatch(matchID):
# def updateMatch(matchID, censored = False):
# def matchStart(matchID):
# def disposeMatch(matchID):
# def matchJoinSuccess(matchID):
# def matchJoinFail():
# def changeMatchPassword(newPassword):
# def allPlayersLoaded():
# def playerSkipped(userID):
# def allPlayersSkipped():
# def matchFrames(slotID, data):
# def matchComplete():
# def playerFailed(slotID):
# def matchTransferHost():
# def matchAbort():
# def switchServer(address):
# def notification(message):
# def banchoRestart(msUntilReconnection):
# def rtx(message):
#
# Path: helpers/chatHelper.py
# def joinChannel(userID = 0, channel = "", token = None, toIRC = True, force=False):
# def partChannel(userID = 0, channel = "", token = None, toIRC = True, kick = False, force=False):
# def sendMessage(fro = "", to = "", message = "", token = None, toIRC = True):
# def fixUsernameForBancho(username):
# def fixUsernameForIRC(username):
# def IRCConnect(username):
# def IRCDisconnect(username):
# def IRCJoinChannel(username, channel):
# def IRCPartChannel(username, channel):
# def IRCAway(username, message):
#
# Path: helpers/countryHelper.py
# def getCountryID(code):
# def getCountryLetters(code):
#
# Path: helpers/locationHelper.py
# def getCountry(ip):
# def getLocation(ip):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | username = str(loginData[0]) |
Next line prediction: <|code_start|> chat.joinChannel(token=responseToken, channel="#admin")
# Output channels info
for key, value in glob.channels.channels.items():
if value.publicRead and not value.hidden:
responseToken.enqueue(serverPackets.channelInfo(key))
# Send friends list
responseToken.enqueue(serverPackets.friendList(userID))
# Send main menu icon
if glob.banchoConf.config["menuIcon"] != "":
responseToken.enqueue(serverPackets.mainMenuIcon(glob.banchoConf.config["menuIcon"]))
# Send online users' panels
with glob.tokens:
for _, token in glob.tokens.tokens.items():
if not token.restricted:
responseToken.enqueue(serverPackets.userPanel(token.userID))
# Get location and country from ip.zxq.co or database
if glob.localize:
# Get location and country from IP
latitude, longitude = locationHelper.getLocation(requestIP)
countryLetters = locationHelper.getCountry(requestIP)
country = countryHelper.getCountryID(countryLetters)
else:
# Set location to 0,0 and get country from db
log.warning("Location skipped")
latitude = 0
<|code_end|>
. Use current file imports:
(import sys
import time
import traceback
from common.constants import privileges
from common.log import logUtils as log
from common.ripple import userUtils
from constants import exceptions
from constants import serverPackets
from helpers import chatHelper as chat
from helpers import countryHelper
from helpers import locationHelper
from objects import glob)
and context including class names, function names, or small code snippets from other files:
# Path: constants/exceptions.py
# class loginFailedException(Exception):
# class loginBannedException(Exception):
# class tokenNotFoundException(Exception):
# class channelNoPermissionsException(Exception):
# class channelUnknownException(Exception):
# class channelModeratedException(Exception):
# class noAdminException(Exception):
# class commandSyntaxException(Exception):
# class banchoConfigErrorException(Exception):
# class banchoMaintenanceException(Exception):
# class moderatedPMException(Exception):
# class userNotFoundException(Exception):
# class alreadyConnectedException(Exception):
# class stopSpectating(Exception):
# class matchWrongPasswordException(Exception):
# class matchNotFoundException(Exception):
# class matchJoinErrorException(Exception):
# class matchCreateError(Exception):
# class banchoRestartingException(Exception):
# class apiException(Exception):
# class invalidArgumentsException(Exception):
# class messageTooLongWarnException(Exception):
# class messageTooLongException(Exception):
# class userSilencedException(Exception):
# class need2FAException(Exception):
# class userRestrictedException(Exception):
# class haxException(Exception):
# class forceUpdateException(Exception):
# class loginLockedException(Exception):
# class unknownStreamException(Exception):
# class userTournamentException(Exception):
# class userAlreadyInChannelException(Exception):
# class userNotInChannelException(Exception):
# class missingReportInfoException(Exception):
# class invalidUserException(Exception):
# class wrongChannelException(Exception):
# class periodicLoopException(Exception):
#
# Path: constants/serverPackets.py
# def loginFailed():
# def forceUpdate():
# def loginBanned():
# def loginLocked():
# def loginError():
# def needSupporter():
# def needVerification():
# def userID(uid):
# def silenceEndTime(seconds):
# def protocolVersion(version = 19):
# def mainMenuIcon(icon):
# def userSupporterGMT(supporter, GMT, tournamentStaff):
# def friendList(userID):
# def onlineUsers():
# def userLogout(userID):
# def userPanel(userID, force = False):
# def userStats(userID, force = False):
# def sendMessage(fro, to, message):
# def channelJoinSuccess(userID, chan):
# def channelInfo(chan):
# def channelInfoEnd():
# def channelKicked(chan):
# def userSilenced(userID):
# def addSpectator(userID):
# def removeSpectator(userID):
# def spectatorFrames(data):
# def noSongSpectator(userID):
# def fellowSpectatorJoined(userID):
# def fellowSpectatorLeft(userID):
# def createMatch(matchID):
# def updateMatch(matchID, censored = False):
# def matchStart(matchID):
# def disposeMatch(matchID):
# def matchJoinSuccess(matchID):
# def matchJoinFail():
# def changeMatchPassword(newPassword):
# def allPlayersLoaded():
# def playerSkipped(userID):
# def allPlayersSkipped():
# def matchFrames(slotID, data):
# def matchComplete():
# def playerFailed(slotID):
# def matchTransferHost():
# def matchAbort():
# def switchServer(address):
# def notification(message):
# def banchoRestart(msUntilReconnection):
# def rtx(message):
#
# Path: helpers/chatHelper.py
# def joinChannel(userID = 0, channel = "", token = None, toIRC = True, force=False):
# def partChannel(userID = 0, channel = "", token = None, toIRC = True, kick = False, force=False):
# def sendMessage(fro = "", to = "", message = "", token = None, toIRC = True):
# def fixUsernameForBancho(username):
# def fixUsernameForIRC(username):
# def IRCConnect(username):
# def IRCDisconnect(username):
# def IRCJoinChannel(username, channel):
# def IRCPartChannel(username, channel):
# def IRCAway(username, message):
#
# Path: helpers/countryHelper.py
# def getCountryID(code):
# def getCountryLetters(code):
#
# Path: helpers/locationHelper.py
# def getCountry(ip):
# def getLocation(ip):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | longitude = 0 |
Continue the code snippet: <|code_start|> raise exceptions.loginBannedException()
# Save HWID in db for multiaccount detection
hwAllowed = userUtils.logHardware(userID, clientData, firstLogin)
# This is false only if HWID is empty
# if HWID is banned, we get restricted so there's no
# need to deny bancho access
if not hwAllowed:
raise exceptions.haxException()
# Log user IP
userUtils.logIP(userID, requestIP)
# Delete old tokens for that user and generate a new one
isTournament = "tourney" in osuVersion
if not isTournament:
glob.tokens.deleteOldTokens(userID)
responseToken = glob.tokens.addToken(userID, requestIP, timeOffset=timeOffset, tournament=isTournament)
responseTokenString = responseToken.token
# Check restricted mode (and eventually send message)
responseToken.checkRestricted()
# Send message if donor expires soon
if responseToken.privileges & privileges.USER_DONOR > 0:
expireDate = userUtils.getDonorExpire(responseToken.userID)
if expireDate-int(time.time()) <= 86400*3:
expireDays = round((expireDate-int(time.time()))/86400)
<|code_end|>
. Use current file imports:
import sys
import time
import traceback
from common.constants import privileges
from common.log import logUtils as log
from common.ripple import userUtils
from constants import exceptions
from constants import serverPackets
from helpers import chatHelper as chat
from helpers import countryHelper
from helpers import locationHelper
from objects import glob
and context (classes, functions, or code) from other files:
# Path: constants/exceptions.py
# class loginFailedException(Exception):
# class loginBannedException(Exception):
# class tokenNotFoundException(Exception):
# class channelNoPermissionsException(Exception):
# class channelUnknownException(Exception):
# class channelModeratedException(Exception):
# class noAdminException(Exception):
# class commandSyntaxException(Exception):
# class banchoConfigErrorException(Exception):
# class banchoMaintenanceException(Exception):
# class moderatedPMException(Exception):
# class userNotFoundException(Exception):
# class alreadyConnectedException(Exception):
# class stopSpectating(Exception):
# class matchWrongPasswordException(Exception):
# class matchNotFoundException(Exception):
# class matchJoinErrorException(Exception):
# class matchCreateError(Exception):
# class banchoRestartingException(Exception):
# class apiException(Exception):
# class invalidArgumentsException(Exception):
# class messageTooLongWarnException(Exception):
# class messageTooLongException(Exception):
# class userSilencedException(Exception):
# class need2FAException(Exception):
# class userRestrictedException(Exception):
# class haxException(Exception):
# class forceUpdateException(Exception):
# class loginLockedException(Exception):
# class unknownStreamException(Exception):
# class userTournamentException(Exception):
# class userAlreadyInChannelException(Exception):
# class userNotInChannelException(Exception):
# class missingReportInfoException(Exception):
# class invalidUserException(Exception):
# class wrongChannelException(Exception):
# class periodicLoopException(Exception):
#
# Path: constants/serverPackets.py
# def loginFailed():
# def forceUpdate():
# def loginBanned():
# def loginLocked():
# def loginError():
# def needSupporter():
# def needVerification():
# def userID(uid):
# def silenceEndTime(seconds):
# def protocolVersion(version = 19):
# def mainMenuIcon(icon):
# def userSupporterGMT(supporter, GMT, tournamentStaff):
# def friendList(userID):
# def onlineUsers():
# def userLogout(userID):
# def userPanel(userID, force = False):
# def userStats(userID, force = False):
# def sendMessage(fro, to, message):
# def channelJoinSuccess(userID, chan):
# def channelInfo(chan):
# def channelInfoEnd():
# def channelKicked(chan):
# def userSilenced(userID):
# def addSpectator(userID):
# def removeSpectator(userID):
# def spectatorFrames(data):
# def noSongSpectator(userID):
# def fellowSpectatorJoined(userID):
# def fellowSpectatorLeft(userID):
# def createMatch(matchID):
# def updateMatch(matchID, censored = False):
# def matchStart(matchID):
# def disposeMatch(matchID):
# def matchJoinSuccess(matchID):
# def matchJoinFail():
# def changeMatchPassword(newPassword):
# def allPlayersLoaded():
# def playerSkipped(userID):
# def allPlayersSkipped():
# def matchFrames(slotID, data):
# def matchComplete():
# def playerFailed(slotID):
# def matchTransferHost():
# def matchAbort():
# def switchServer(address):
# def notification(message):
# def banchoRestart(msUntilReconnection):
# def rtx(message):
#
# Path: helpers/chatHelper.py
# def joinChannel(userID = 0, channel = "", token = None, toIRC = True, force=False):
# def partChannel(userID = 0, channel = "", token = None, toIRC = True, kick = False, force=False):
# def sendMessage(fro = "", to = "", message = "", token = None, toIRC = True):
# def fixUsernameForBancho(username):
# def fixUsernameForIRC(username):
# def IRCConnect(username):
# def IRCDisconnect(username):
# def IRCJoinChannel(username, channel):
# def IRCPartChannel(username, channel):
# def IRCAway(username, message):
#
# Path: helpers/countryHelper.py
# def getCountryID(code):
# def getCountryLetters(code):
#
# Path: helpers/locationHelper.py
# def getCountry(ip):
# def getLocation(ip):
#
# Path: objects/glob.py
# VERSION = f.read().strip()
# VERSION = "Unknown"
# DATADOG_PREFIX = "peppy"
. Output only the next line. | expireIn = "{} days".format(expireDays) if expireDays > 1 else "less than 24 hours" |
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.