libFirm
Loading...
Searching...
No Matches
gen_proj_names.h
1/* Warning: Automatically generated file */
2
3static const pns_lookup_t ASM_lut[] = {
4 { pn_ASM_M, "M" },
5 { pn_ASM_X_regular, "X_regular" },
6 { pn_ASM_first_out, "first_out" },
7};
8
9static const pns_lookup_t Alloc_lut[] = {
10 { pn_Alloc_M, "M" },
11 { pn_Alloc_res, "res" },
12};
13
14static const pns_lookup_t Builtin_lut[] = {
15 { pn_Builtin_M, "M" },
16};
17
18static const pns_lookup_t Call_lut[] = {
19 { pn_Call_M, "M" },
20 { pn_Call_T_result, "T_result" },
21 { pn_Call_X_regular, "X_regular" },
22 { pn_Call_X_except, "X_except" },
23};
24
25static const pns_lookup_t Cond_lut[] = {
26 { pn_Cond_false, "false" },
27 { pn_Cond_true, "true" },
28};
29
30static const pns_lookup_t Div_lut[] = {
31 { pn_Div_M, "M" },
32 { pn_Div_res, "res" },
33 { pn_Div_X_regular, "X_regular" },
34 { pn_Div_X_except, "X_except" },
35};
36
37static const pns_lookup_t Load_lut[] = {
38 { pn_Load_M, "M" },
39 { pn_Load_res, "res" },
40 { pn_Load_X_regular, "X_regular" },
41 { pn_Load_X_except, "X_except" },
42};
43
44static const pns_lookup_t Mod_lut[] = {
45 { pn_Mod_M, "M" },
46 { pn_Mod_res, "res" },
47 { pn_Mod_X_regular, "X_regular" },
48 { pn_Mod_X_except, "X_except" },
49};
50
51static const pns_lookup_t Raise_lut[] = {
52 { pn_Raise_M, "M" },
53 { pn_Raise_X, "X" },
54};
55
56static const pns_lookup_t Start_lut[] = {
57 { pn_Start_M, "M" },
58 { pn_Start_P_frame_base, "P_frame_base" },
59 { pn_Start_T_args, "T_args" },
60};
61
62static const pns_lookup_t Store_lut[] = {
63 { pn_Store_M, "M" },
64 { pn_Store_X_regular, "X_regular" },
65 { pn_Store_X_except, "X_except" },
66};
67
68static const pns_lookup_t Switch_lut[] = {
69 { pn_Switch_default, "default" },
70};
71
72
73static const proj_lookup_t proj_lut[] = {
74 { iro_ASM, ARRAY_SIZE(ASM_lut), ASM_lut },
75 { iro_Alloc, ARRAY_SIZE(Alloc_lut), Alloc_lut },
76 { iro_Builtin, ARRAY_SIZE(Builtin_lut), Builtin_lut },
77 { iro_Call, ARRAY_SIZE(Call_lut), Call_lut },
78 { iro_Cond, ARRAY_SIZE(Cond_lut), Cond_lut },
79 { iro_Div, ARRAY_SIZE(Div_lut), Div_lut },
80 { iro_Load, ARRAY_SIZE(Load_lut), Load_lut },
81 { iro_Mod, ARRAY_SIZE(Mod_lut), Mod_lut },
82 { iro_Raise, ARRAY_SIZE(Raise_lut), Raise_lut },
83 { iro_Start, ARRAY_SIZE(Start_lut), Start_lut },
84 { iro_Store, ARRAY_SIZE(Store_lut), Store_lut },
85 { iro_Switch, ARRAY_SIZE(Switch_lut), Switch_lut },
86};
@ iro_Call
Definition nodes.h:27
@ iro_Cond
Definition nodes.h:29
@ iro_Start
Definition nodes.h:64
@ iro_Raise
Definition nodes.h:57
@ iro_Alloc
Definition nodes.h:20
@ iro_Store
Definition nodes.h:65
@ iro_Builtin
Definition nodes.h:26
@ iro_ASM
Definition nodes.h:16
@ iro_Switch
Definition nodes.h:67
@ iro_Mod
Definition nodes.h:46
@ iro_Load
Definition nodes.h:43
@ iro_Div
Definition nodes.h:35
@ pn_ASM_X_regular
control flow when no jump occurs
Definition nodes.h:126
@ pn_ASM_M
memory result
Definition nodes.h:125
@ pn_ASM_first_out
first output
Definition nodes.h:127
@ pn_Alloc_M
memory result
Definition nodes.h:451
@ pn_Alloc_res
pointer to newly allocated memory
Definition nodes.h:452
@ pn_Builtin_M
memory result
Definition nodes.h:902
@ pn_Call_M
memory result
Definition nodes.h:1013
@ pn_Call_T_result
tuple containing all results
Definition nodes.h:1014
@ pn_Call_X_except
control flow when exception occurred
Definition nodes.h:1016
@ pn_Call_X_regular
control flow when no exception occurs
Definition nodes.h:1015
@ pn_Cond_false
control flow if operand is "false"
Definition nodes.h:1206
@ pn_Cond_true
control flow if operand is "true"
Definition nodes.h:1207
@ pn_Div_res
result of computation
Definition nodes.h:1630
@ pn_Div_M
memory result
Definition nodes.h:1629
@ pn_Div_X_regular
control flow when no exception occurs
Definition nodes.h:1631
@ pn_Div_X_except
control flow when exception occurred
Definition nodes.h:1632
@ pn_Load_X_except
control flow when exception occurred
Definition nodes.h:2163
@ pn_Load_res
result of load operation
Definition nodes.h:2161
@ pn_Load_X_regular
control flow when no exception occurs
Definition nodes.h:2162
@ pn_Load_M
memory result
Definition nodes.h:2160
@ pn_Mod_X_except
control flow when exception occurred
Definition nodes.h:2430
@ pn_Mod_res
result of computation
Definition nodes.h:2428
@ pn_Mod_M
memory result
Definition nodes.h:2427
@ pn_Mod_X_regular
control flow when no exception occurs
Definition nodes.h:2429
@ pn_Raise_M
memory result
Definition nodes.h:3233
@ pn_Raise_X
control flow to exception handler
Definition nodes.h:3234
@ pn_Start_P_frame_base
frame base pointer
Definition nodes.h:3773
@ pn_Start_T_args
function arguments
Definition nodes.h:3774
@ pn_Start_M
initial memory
Definition nodes.h:3772
@ pn_Store_M
memory result
Definition nodes.h:3841
@ pn_Store_X_except
control flow when exception occurred
Definition nodes.h:3843
@ pn_Store_X_regular
control flow when no exception occurs
Definition nodes.h:3842
@ pn_Switch_default
control flow if no other case matches
Definition nodes.h:4032