async def process(self, message, args):
# args = [(var name)?, (var value)?]
if len(args) == 0:
out = config.all_config_vars_str()
await discord_funcs.reply_to_message(message, out)
elif len(args) == 1:
var_name = args[0]
if not config.check_var_exists(var_name):
import error_messages
return await error_messages.error_var_does_not_exist(
message, var_name)
config_vars = config.get_config_vars()
var_val = config.get_var_val_from_vars(var_name, config_vars)
out = config.var_to_str(var_name, var_val)
await discord_funcs.reply_to_message(message, out)
elif len(args) == 2:
var_name = args[0]
if not config.check_var_exists(var_name):
import error_messages
return await error_messages.error_var_does_not_exist(
message, var_name)
var_val = args[1]
config_vars = await config.set_var(message, var_name, var_val)
if config_vars is None:
return
min_percent = config.get_var_val_from_vars(
config.ConfigVars.percent.value.var_name(), config_vars)
no_players = config.get_var_val_from_vars(
config.ConfigVars.players.value.var_name(), config_vars)
problems_table.update_activity_all_problems(
min_percent, no_players)
await config.display_successful_set_var(message, var_name, var_val)
async def process(self, message, args):
# args = [(command)?]
if len(args) == 0:
await help.display_general_help(message)
else:
command_name = args[0]
command_found = False
# A variable and a command shouldn't have the same name
# but in the case they somehow do, the user should see both help messages
for user_command in UserCommands:
uc_val = user_command.value
if uc_matches_command_name(uc_val, command_name):
await help.display_help_message(message, uc_val)
command_found = True
for var in config.ConfigVars:
if command_name == var.value.var_name():
out = config.var_to_help_str(var.value,
config.get_config_vars())
await discord_funcs.reply_to_message(message, out)
command_found = True
if command_found:
return
out = "No command with name \"{}\" was found.\n".format(
command_name)
out += help.list_all_commands()
await discord_funcs.reply_to_message(message, out)
async def process(self, message, args):
# args = [(problem ID || -1)?]
if len(args) == 0:
active_problems = problems_table.get_active_problems()
if len(active_problems) == 0:
return await problems_table.send_no_active_problems(
message, False)
if not discord_funcs.is_a_dm(message):
out = "Here are the active problems: "
await discord_funcs.reply_to_message(message, out)
await problems_table.send_problems(message, active_problems)
else:
name = discord_funcs.get_username(message)
config_vars = config.get_config_vars()
min_percent = config.get_var_val_from_vars(
config.ConfigVars.percent.value.var_name(), config_vars)
new_problem_ids = []
for p in active_problems:
problem_id = p[constants.ProblemTableStruct.ID.value]
attempts = problem_files.get_all_attempts(problem_id)
userAttempt = [
a for a in attempts
if a[constants.ProblemFileStruct.NAME.value] == name
]
if len(userAttempt) == 0 or problems_table.attempt_fails(
userAttempt[0], min_percent):
new_problem_ids.append(problem_id)
new_active_problems = [
p for p in active_problems if
p[constants.ProblemTableStruct.ID.value] in new_problem_ids
]
if len(new_active_problems) == 0:
return await problems_table.send_no_active_problems(
message, True)
out = "Here are your active problems"
await discord_funcs.reply_to_message(message, out)
await problems_table.send_problems(message,
new_active_problems)
elif args[0] == constants.ALL_ID:
all_problems = problems_table.get_all_problems()
if len(all_problems) == 0:
out = "There are currently no problems"
await discord_funcs.reply_to_message(message, out)
return
out = "Here are all of the problems: "
await discord_funcs.reply_to_message(message, out)
await problems_table.send_problems(message, all_problems)
else:
if not problems_table.problem_id_exists(args[0]):
import error_messages
return await error_messages.error_problem_does_not_exist(
message, args[0])
problem = problems_table.get_problem_table_problem_by_id(args[0])
out = "Here is problem {}: ".format(args[0])
await discord_funcs.reply_to_message(message, out)
await problems_table.send_problem(message, problem)
async def error_wrong_var_type(message, var_name, e):
import config
title = var_name
body = str(e) + "\n"
body += "\n"
for var in config.ConfigVars:
if var.value.var_name() == var_name:
body += config.var_to_help_str(var.value, config.get_config_vars())
break
await send_error(message, title, body)
def help_message(self):
out = "Used to display and change variable values."
out += " With no arguments, it will display all variables and their values."
out += " With 1 argument, it will display just that variable's value."
out += " With 2 arguments, it will set the variable to the new value."
out += " All variables have default values.\n"
out += "The possible variables that can be changed are: \n"
config_vars = config.get_config_vars()
for var in config.ConfigVars:
out += "\n"
out += config.var_to_help_str(var.value, config_vars)
out += "."
return out
def explain_inactive_str():
import config
config_vars = config.get_config_vars()
min_percent = config.get_var_val_from_vars(
config.ConfigVars.percent.value.var_name(), config_vars)
no_players = config.get_var_val_from_vars(
config.ConfigVars.players.value.var_name(), config_vars)
out = " A problem is inactive for everyone if {} or more players attempt".format(
no_players)
out += " (or forfeit a problem) and get above {}%.".format(min_percent)
out += " A problem is inactive for a user if the user forfeits or attempts the problem"
out += " and gets above {}%.".format(min_percent)
out += " Inactive problems are hidden from standard lists to reduce clutter."
return out
async def update_active_val(message, attempts, problem_id):
# attempts include forfeit attempts
config_vars = config.get_config_vars()
no_players = config.get_var_val_from_vars(config.ConfigVars.players.value.var_name(), config_vars)
min_percent = config.get_var_val_from_vars(config.ConfigVars.percent.value.var_name(), config_vars)
active = is_problem_active(attempts, min_percent, no_players)
problems = get_problem_table()
prob_name = ""
for p in problems:
if p[constants.ProblemTableStruct.ID.value] == problem_id:
p[constants.ProblemTableStruct.ACTIVE.value] = active
prob_name = p[constants.ProblemTableStruct.NAME.value]
break
save_problem_table(problems)
if not active:
await display_problem_marked_inactive(message, problem_id, prob_name)
scalapack = False
hdf5 = False
# User provided customizations:
execfile(customize)
if platform_id != '':
my_platform = distutils.util.get_platform() + '-' + platform_id
def my_get_platform():
return my_platform
distutils.util.get_platform = my_get_platform
if compiler is not None:
msg += ['* Compiling gpaw with %s' % compiler]
# A hack to change the used compiler and linker:
vars = get_config_vars()
if remove_default_flags:
for key in ['BASECFLAGS', 'CFLAGS', 'OPT', 'PY_CFLAGS',
'CCSHARED', 'CFLAGSFORSHARED', 'LINKFORSHARED',
'LIBS', 'SHLIBS']:
if key in vars:
value = vars[key].split()
# remove all gcc flags (causing problems with other compilers)
for v in list(value):
value.remove(v)
vars[key] = ' '.join(value)
for key in ['CC', 'LDSHARED']:
if key in vars:
value = vars[key].split()
# first argument is the compiler/linker. Replace with mpicompiler:
value[0] = compiler
hdf5 = False
# User provided customizations:
execfile(customize)
if platform_id != '':
my_platform = distutils.util.get_platform() + '-' + platform_id
def my_get_platform():
return my_platform
distutils.util.get_platform = my_get_platform
if compiler is not None:
msg += ['* Compiling gpaw with %s' % compiler]
# A hack to change the used compiler and linker:
vars = get_config_vars()
if remove_default_flags:
for key in ['BASECFLAGS', 'CFLAGS', 'OPT', 'PY_CFLAGS',
'CCSHARED', 'CFLAGSFORSHARED', 'LINKFORSHARED',
'LIBS', 'SHLIBS']:
if key in vars:
value = vars[key].split()
# remove all gcc flags (causing problems with other compilers)
for v in list(value):
value.remove(v)
vars[key] = ' '.join(value)
for key in ['CC', 'LDSHARED']:
if key in vars:
value = vars[key].split()
# first argument is the compiler/linker. Replace with mpicompiler:
value[0] = compiler