#
# register may have the following values:
# i integer register
-# a r3 register (output from calls)
+# a r0 register (first argument/result reg)
# b base register (used in address references)
# f floating point register
# g floating point register returned in r0:r1 for soft-float mode
switch: src1:i len:12
# See the comment in resume_from_signal_handler, we can't copy the fp regs from sigctx to MonoContext on linux,
# since the corresponding sigctx structures are not well defined.
-seq_point: len:38 clob:c
+seq_point: len:52 clob:c
il_seq_point: len:0
throw: src1:i len:24
float_conv_to_u: dest:i src1:f len:36
# R4 opcodes
+rmove: dest:f src1:f len:4
r4_conv_to_i1: dest:i src1:f len:88
r4_conv_to_i2: dest:i src1:f len:88
r4_conv_to_i4: dest:i src1:f len:88
bigmul: len:8 dest:l src1:i src2:i
bigmul_un: len:8 dest:l src1:i src2:i
tls_get: len:24 dest:i clob:c
+tls_get_reg: len:28 dest:i src1:i clob:c
+tls_set: len:24 src1:i clob:c
+tls_set_reg: len:28 src1:i src2:i clob:c
# 32 bit opcodes
int_add: dest:i src1:i src2:i len:4
long_conv_to_ovf_i4_2: dest:i src1:i src2:i len:36
-vcall2: len:64clob:c
+vcall2: len:64 clob:c
vcall2_reg: src1:i len:64 clob:c
vcall2_membase: src1:b len:64 clob:c
-dyn_call: src1:i src2:i len:120 clob:c
+dyn_call: src1:i src2:i len:136 clob:c
# This is different from the original JIT opcodes
float_beq: len:32
gc_liveness_use: len:0
gc_spill_slot_liveness_def: len:0
gc_param_slot_liveness_def: len:0
+gc_safe_point: clob:c src1:i len:40
atomic_add_i4: dest:i src1:i src2:i len:64
atomic_exchange_i4: dest:i src1:i src2:i len:64
atomic_store_u4: dest:b src1:i len:28
atomic_store_r4: dest:b src1:f len:80
atomic_store_r8: dest:b src1:f len:32
+
+generic_class_init: src1:a len:44 clob:c