def get():
hwloc_val = overrides.get('CHPL_HWLOC')
if not hwloc_val:
tasks_val = chpl_tasks.get()
if tasks_val == 'qthreads':
hwloc_val = 'hwloc'
else:
hwloc_val = 'none'
return hwloc_val
def get():
hwloc_val = overrides.get('CHPL_HWLOC')
if not hwloc_val:
tasks_val = chpl_tasks.get()
if tasks_val == 'qthreads':
hwloc_val = 'hwloc'
else:
hwloc_val = 'none'
return hwloc_val
def get():
hwloc_val = os.environ.get('CHPL_HWLOC')
if not hwloc_val:
tasks_val = chpl_tasks.get()
arch_val = chpl_arch.get('target')
if tasks_val == 'qthreads' and arch_val != 'knc':
hwloc_val = 'hwloc'
else:
hwloc_val = 'none'
return hwloc_val
def get():
hwloc_val = os.environ.get('CHPL_HWLOC')
if not hwloc_val:
tasks_val = chpl_tasks.get()
arch_val = chpl_arch.get('target', get_lcd=True)
if tasks_val == 'qthreads' and arch_val != 'knc':
hwloc_val = 'hwloc'
else:
hwloc_val = 'none'
return hwloc_val
def get():
hwloc_val = overrides.get('CHPL_HWLOC')
if not hwloc_val:
tasks_val = chpl_tasks.get()
if tasks_val == 'qthreads':
hwloc_val = 'bundled'
else:
hwloc_val = 'none'
elif hwloc_val == 'hwloc':
warning("CHPL_HWLOC=hwloc is deprecated. Use CHPL_HWLOC=bundled.")
hwloc_val = 'bundled'
return hwloc_val
def get():
hwloc_val = overrides.get('CHPL_HWLOC')
if not hwloc_val:
tasks_val = chpl_tasks.get()
if tasks_val == 'qthreads':
hwloc_val = 'bundled'
else:
hwloc_val = 'none'
elif hwloc_val == 'hwloc':
sys.stderr.write("Warning: CHPL_HWLOC=hwloc is deprecated. "
"Use CHPL_HWLOC=bundled instead.\n")
hwloc_val = 'bundled'
return hwloc_val
def get():
if 'CHPL_THREADS' in os.environ:
stderr.write('Warning: Explicit CHPL_THREADS value ("{0}") is ignored.\n'.format(
os.environ['CHPL_THREADS']))
tasks_val = chpl_tasks.get()
if tasks_val == 'fifo':
threads_val = 'pthreads'
elif tasks_val == 'massivethreads':
threads_val = 'none'
elif tasks_val == 'muxed':
threads_val = 'soft-threads'
elif tasks_val == 'qthreads':
threads_val = 'none'
else:
stderr.write('Warning: Unexpected tasks value {0}\n'.format(tasks_val))
threads_val = ''
return threads_val
def get():
if 'CHPL_THREADS' in os.environ:
stderr.write(
'Warning: Explicit CHPL_THREADS value ("{0}") is ignored.\n'.
format(os.environ['CHPL_THREADS']))
tasks_val = chpl_tasks.get()
if tasks_val == 'fifo':
threads_val = 'pthreads'
elif tasks_val == 'massivethreads':
threads_val = 'none'
elif tasks_val == 'muxed':
threads_val = 'soft-threads'
elif tasks_val == 'qthreads':
threads_val = 'none'
else:
stderr.write('Warning: Unexpected tasks value {0}\n'.format(tasks_val))
threads_val = ''
return threads_val
"""Dimensions this script knows about when compiling chapel. Order determines
how they will show up in the usage and what order is used in interactive mode.
"""
Dimensions = [
Dimension(
'comm',
'CHPL_COMM',
values=['none', 'gasnet'],
default=chpl_comm.get(),
help_text='Chapel communication ({var_name}) value to build.',
),
Dimension(
'task',
'CHPL_TASKS',
values=['fifo', 'qthreads'],
default=chpl_tasks.get(),
help_text='Tasks ({var_name}) values to build.',
),
Dimension(
'mem',
'CHPL_MEM',
values=['cstdlib', 'jemalloc'],
default=chpl_mem.get('target'),
help_text='Memory allocator ({var_name}) values to build.',
),
Dimension(
'launcher',
'CHPL_LAUNCHER',
values=['none', 'pbs-aprun', 'aprun', 'slurm-srun'],
default=chpl_launcher.get(),
help_text='Launcher ({var_name}) to build.',
"""Dimensions this script knows about when compiling chapel. Order determines
how they will show up in the usage and what order is used in interactive mode.
"""
Dimensions = [
Dimension(
'comm', 'CHPL_COMM',
values=['none', 'gasnet'],
default=chpl_comm.get(),
help_text='Chapel communcation ({var_name}) value to build.',
),
Dimension(
'task', 'CHPL_TASKS',
values=['fifo', 'qthreads'],
default=chpl_tasks.get(),
help_text='Tasks ({var_name}) values to build.',
),
Dimension(
'mem', 'CHPL_MEM',
values=['cstdlib', 'tcmalloc', 'jemalloc', 'dlmalloc'],
default=chpl_mem.get('target'),
help_text='Memory allocator ({var_name}) values to build.',
),
Dimension(
'launcher', 'CHPL_LAUNCHER',
values=['none', 'pbs-aprun', 'aprun', 'slurm-srun'],
default=chpl_launcher.get(),
help_text='Launcher ({var_name}) to build.',
),
Dimension(