def emit(builder):
s = entry_alloca(builder, self.llvm_type, "s")
# TODO support kwargs
for i, v in enumerate(args):
field = self.fields[i][0]
self.emit_setattr(builder, s, field, v)
return s, Reference(self)
def emit(builder):
s = entry_alloca(builder, self.llvm_type, "s")
# TODO support kwargs
for i, v in enumerate(args):
field = self.fields[i][0]
self.emit_setattr(builder, s, field, v)
return s, Reference(self)
def emit(builder):
v = entry_alloca(builder, self.llvm_type, "v.array")
if values is not None:
for i in product(*(range(d) for d in self.shape)):
ii = tuple(const_index(j) for j in i)
vi = values
for k in i:
vi = vi[k]
self.emit_setitem(builder, v, ii, vi)
return v, Reference(self)
def emit(builder):
v = entry_alloca(builder, self.llvm_type, "v.array")
if values is not None:
for i in product(*(range(d) for d in self.shape)):
ii = tuple(const_index(j) for j in i)
vi = values
for k in i:
vi = vi[k]
self.emit_setitem(builder, v, ii, vi)
return v, Reference(self)
def _emit_subslice(self, builder, v, i):
"""Emits a sub-slice based on partial index *i*"""
from ..function import entry_alloca
SSTy = Slice(self.element_type, self.shape[len(i):])
ss = entry_alloca(builder, SSTy.llvm_type, "subslice")
# Setting shape dimensions
subshape, subshape_ty = SSTy._struct.emit_getattr(builder, ss, "shape")
# shape is a reference
shape, shape_ty = self.emit_getattr(builder, v, "shape")
for j in range(len(self.shape) - len(i)):
dim, _ = shape_ty.value_type.emit_getitem(builder, shape, (const_index(j + len(i)),))
subshape_ty.value_type.emit_setitem(builder, subshape, (const_index(j),), dim)
# Setting pointer to data sub-block.
data_idx = i + (const_index(0),) * (len(self.shape) - len(i))
SSTy._struct.emit_setattr(builder, ss, "data", self._item_gep(builder, v, data_idx))
return ss, SSTy
def _emit_subslice(self, builder, v, i):
"""Emits a sub-slice based on partial index *i*"""
from ..function import entry_alloca
SSTy = Slice(self.element_type, self.shape[len(i):])
ss = entry_alloca(builder, SSTy.llvm_type, "subslice")
# Setting shape dimensions
subshape, subshape_ty = SSTy._struct.emit_getattr(builder, ss, "shape")
# shape is a reference
shape, shape_ty = self.emit_getattr(builder, v, "shape")
for j in range(len(self.shape) - len(i)):
dim, _ = shape_ty.value_type.emit_getitem(
builder, shape, (const_index(j + len(i)), ))
subshape_ty.value_type.emit_setitem(builder, subshape,
(const_index(j), ), dim)
# Setting pointer to data sub-block.
data_idx = i + (const_index(0), ) * (len(self.shape) - len(i))
SSTy._struct.emit_setattr(builder, ss, "data",
self._item_gep(builder, v, data_idx))
return ss, SSTy