def main():
R = legion.Region(
[10], {
'b': legion.bool_,
'c64': legion.complex64,
'c128': legion.complex128,
'f32': legion.float32,
'f64': legion.float64,
'i8': legion.int8,
'i16': legion.int16,
'i32': legion.int32,
'i64': legion.int64,
'u8': legion.uint8,
'u16': legion.uint16,
'u32': legion.uint32,
'u64': legion.uint64,
})
do_local_fills(R)
legion.fill(R, 'c64', 5 + 6j)
print('value of R.c64[0] after remote fill %s' % R.c64[1])
x = complex_plus_one(3 + 4j)
print(x.get())
def main():
R = legion.Region([4, 4], {'x': legion.float64})
P = legion.Partition.equal(R, [2, 2])
hello_subregion(P[0, 0]) # this should work
try:
hello_subregion(P) # this should fail
except TypeError:
print('Test passed')
else:
assert False, 'Test failed'
def main():
R = legion.Region([4], {'x': legion.float64})
P = legion.Partition.equal(R, [4])
legion.fill(R, 'x', 0)
hello2(P[0], 0)
for i in legion.IndexLaunch([4]):
hello2(P[i], i)
legion.index_launch([4], hello2, P[ID], ID)
# FIXME: This is needed in nopaint to avoid a race with region deletion
legion.execution_fence()
def main():
R = legion.Region(
[10], {
'b': legion.bool_,
'c64': legion.complex64,
'c128': legion.complex128,
'f32': legion.float32,
'f64': legion.float64,
'i8': legion.int8,
'i16': legion.int16,
'i32': legion.int32,
'i64': legion.int64,
'u8': legion.uint8,
'u16': legion.uint16,
'u32': legion.uint32,
'u64': legion.uint64,
})
R.b.fill(False)
R.c64.fill(1 + 2j)
R.c128.fill(3 + 4j)
R.f32.fill(3.45)
R.f64.fill(6.78)
R.i8.fill(-1)
R.i16.fill(-123)
R.i32.fill(-123456)
R.i64.fill(-123456789)
R.u8.fill(1)
R.u16.fill(123)
R.u32.fill(123456)
R.u64.fill(123456789)
print('value of R.c64[0] after local fill %s' % R.c64[0])
legion.fill(R, 'c64', 5 + 6j)
print('value of R.c64[0] after remote fill %s' % R.c64[1])
x = complex_plus_one(3 + 4j)
print(x.get())
def main():
R = legion.Region([0, 0], {'x': legion.float64})
legion.fill(R, 'x', 3.14)
hello(R)