memcpy(insn->data, &ref_offset, sizeof(ref_offset));
if (insn->reg == REG_ERROR)
return -EINVAL;
- /* reloc_offset points to struct field_ref */
+ /* reloc_offset points to struct load_op */
reloc_offset = bytecode_get_len(&ctx->bytecode->b);
- reloc_offset += sizeof(struct load_op);
ret = bytecode_push(&ctx->bytecode, insn, 1, insn_len);
if (ret) {
free(insn);
return bytecode_push(&ctx->bytecode, &insn, 1, sizeof(insn));
}
+/*
+ * A logical op always return a s64 (1 or 0).
+ */
static
int visit_node_logical(struct filter_parser_ctx *ctx, struct ir_op *node)
{
ret = recursive_visit_gen_bytecode(ctx, node->u.binary.left);
if (ret)
return ret;
+ /* Cast to s64 if float or field ref */
+ if (node->u.binary.left->data_type == IR_DATA_FIELD_REF
+ || node->u.binary.left->data_type == IR_DATA_FLOAT) {
+ struct cast_op cast_insn;
+
+ cast_insn.op = FILTER_OP_CAST_TO_S64;
+ cast_insn.reg = REG_R0;
+ ret = bytecode_push(&ctx->bytecode, &cast_insn,
+ 1, sizeof(cast_insn));
+ if (ret)
+ return ret;
+ }
switch (node->u.logical.type) {
default:
fprintf(stderr, "[error] Unknown node type in %s\n",
ret = recursive_visit_gen_bytecode(ctx, node->u.binary.right);
if (ret)
return ret;
+ /* Cast to s64 if float or field ref */
+ if (node->u.binary.right->data_type == IR_DATA_FIELD_REF
+ || node->u.binary.right->data_type == IR_DATA_FLOAT) {
+ struct cast_op cast_insn;
+
+ cast_insn.op = FILTER_OP_CAST_TO_S64;
+ cast_insn.reg = REG_R0;
+ ret = bytecode_push(&ctx->bytecode, &cast_insn,
+ 1, sizeof(cast_insn));
+ if (ret)
+ return ret;
+ }
/* We now know where the logical op can skip. */
target_loc = (uint16_t) bytecode_get_len(&ctx->bytecode->b);
ret = bytecode_patch(&ctx->bytecode,