Failed to apply memory dependency analysis to LLVM IR #702
Description
Hello,
with the program below and the following synthesis commands:
set-clock-period 17
compile --sharing --buffer-algorithm fpl22
write-hdl --hdl verilog
I get the following error:
[FATAL] Failed to apply memory dependency analysis to LLVM IR
dynamatic/polygeist/llvm-project/polly/lib/External/isl/check_type_range_templ.c:18: position or range out of bounds
The program compiles and runs without problem.
// var_0,var_1,var_2_a,var_3_a,var_4_a,var_5_a,var_6_a,var_7_a
unsigned char myfunc(unsigned char var_0, unsigned char var_1, char var_2_a, char var_3_a, unsigned char var_4_a, long long int var_5_a, char var_6_a, unsigned char var_7_a) {
unsigned char arr_8[256] = { (unsigned char) var_1 };
long long int var_9_a = (long long int) var_3_a;
long long int var_10 = (long long int) var_0;
unsigned char var_11 = (unsigned char) var_0;
long long int var_12 = (long long int) var_1;
char var_13_a = (char) var_7_a;
long long int var_14_a = (long long int) var_3_a;
long long int var_15_a = (long long int) var_7_a;
long long int var_16 = (long long int) var_0;
char var_17_a = (char) var_7_a;
char var_18 = (char) var_0;
char var_19_a = (char) var_4_a;
long long int var_20 = (long long int) var_0;
long long int var_21 = (long long int) var_0;
char var_22_a = (char) var_5_a;
char var_23_a = (char) var_2_a;
unsigned char var_24_a = (unsigned char) var_7_a;
long long int var_25_a = (long long int) var_3_a;
unsigned char var_26_a = (unsigned char) var_7_a;
char var_27_a = (char) var_3_a;
char var_28_a = (char) var_3_a;
unsigned char var_29_a = (unsigned char) var_7_a;
unsigned char var_30_a = (unsigned char) var_7_a;
char var_31_a = (char) var_4_a;
unsigned char var_32_a = (unsigned char) var_7_a;
unsigned char var_33 = (unsigned char) var_1;
char var_34_a = (char) var_2_a;
long long int var_35_a = (long long int) var_2_a;
long long int var_36 = (long long int) var_1;
long long int var_37_a = (long long int) var_2_a;
char var_38 = (char) var_0;
char var_39 = (char) var_0;
long long int var_40_a = (long long int) var_7_a;
long long int var_41 = (long long int) var_0;
long long int var_42 = (long long int) var_1;
long long int var_43_a = (long long int) var_2_a;
char var_44_a = (char) var_3_a;
long long int var_45_a = (long long int) var_4_a;
unsigned char var_46_a = (unsigned char) var_7_a;
char var_47 = (char) var_0;
unsigned char var_48 = (unsigned char) var_0;
unsigned char var_49 = (unsigned char) var_0;
long long int var_50 = (long long int) var_1;
char var_51_a = (char) var_5_a;
char var_52_a = (char) var_4_a;
long long int var_53 = (long long int) var_1;
char var_54 = (char) var_0;
unsigned char var_55 = (unsigned char) var_0;
char var_56 = (char) var_0;
long long int var_57 = (long long int) var_0;
char var_58 = (char) var_0;
unsigned char var_59_a = (unsigned char) var_5_a;
char var_60_a = (char) var_2_a;
unsigned char var_61_a = (unsigned char) var_6_a;
unsigned char var_62 = (unsigned char) var_1;
unsigned char var_63_a = (unsigned char) var_3_a;
long long int var_64_a = (long long int) var_5_a;
char var_65 = (char) var_1;
char var_66_a = (char) var_3_a;
long long int var_67 = (long long int) var_0;
unsigned char var_68 = (unsigned char) var_1;
unsigned char var_69_a = (unsigned char) var_5_a;
long long int var_70_a = (long long int) var_3_a;
unsigned char var_71_a = (unsigned char) var_3_a;
long long int var_72 = (long long int) var_0;
char var_73_a = (char) var_5_a;
char var_74_a = (char) var_4_a;
long long int var_75_a = (long long int) var_3_a;
long long int var_76 = (long long int) var_1;
unsigned char var_77 = (unsigned char) var_1;
unsigned char var_78_a = (unsigned char) var_6_a;
unsigned char var_79_a = (unsigned char) var_5_a;
unsigned char var_80_a = (unsigned char) var_7_a;
unsigned char var_81_a = (unsigned char) var_2_a;
unsigned char var_82_a = (unsigned char) var_3_a;
long long int var_83 = (long long int) var_0;
char var_84_a = (char) var_2_a;
char var_85_a = (char) var_7_a;
long long int var_86 = (long long int) var_1;
long long int var_87_a = (long long int) var_3_a;
long long int var_88 = (long long int) var_1;
long long int var_89_a = (long long int) var_7_a;
unsigned char var_90 = (unsigned char) var_1;
long long int var_91 = (long long int) var_0;
long long int var_92_a = (long long int) var_5_a;
unsigned char var_93 = (unsigned char) var_1;
char var_94_a = (char) var_6_a;
unsigned char var_95 = (unsigned char) var_0;
long long int var_96_a = (long long int) var_2_a;
long long int var_97 = (long long int) var_1;
char var_98 = (char) var_0;
unsigned char var_99_a = (unsigned char) var_3_a;
char var_100 = (char) var_1;
char var_101 = (char) var_0;
unsigned char var_102 = (unsigned char) var_0;
long long int var_103 = (long long int) var_0;
char var_104 = (char) var_1;
long long int var_105_a = (long long int) var_3_a;
unsigned char var_106 = (unsigned char) var_1;
unsigned char var_107_a = (unsigned char) var_3_a;
char var_108_a = (char) var_3_a;
char var_109 = (char) var_1;
unsigned char var_110_a = (unsigned char) var_4_a;
char var_111 = (char) var_0;
char var_112_a = (char) var_4_a;
unsigned char var_113 = (unsigned char) var_1;
long long int var_114_a = (long long int) var_2_a;
long long int var_115_a = (long long int) var_6_a;
unsigned char var_116_a = (unsigned char) var_5_a;
char var_117_a = (char) var_2_a;
char var_118 = (char) var_1;
char var_119 = (char) var_0;
long long int var_120_a = (long long int) var_3_a;
unsigned char var_121_a = (unsigned char) var_2_a;
unsigned char var_122 = (unsigned char) var_0;
char var_123_a = (char) var_6_a;
long long int var_124_a = (long long int) var_6_a;
long long int var_125 = (long long int) var_0;
long long int var_126 = (long long int) var_1;
char var_127 = (char) var_0;
long long int var_128_a = (long long int) var_4_a;
long long int var_129 = (long long int) var_0;
long long int var_130 = (long long int) var_0;
long long int var_131 = (long long int) var_1;
char var_132 = (char) var_1;
char var_133_a = (char) var_4_a;
char var_134 = (char) var_0;
unsigned char var_135_a = (unsigned char) var_3_a;
unsigned char var_136_a = (unsigned char) var_2_a;
char var_137 = (char) var_0;
long long int var_138 = (long long int) var_0;
unsigned char var_139 = (unsigned char) var_1;
char var_140_a = (char) var_2_a;
unsigned char var_141 = (unsigned char) var_1;
long long int var_142_a = (long long int) var_5_a;
char var_143_a = (char) var_7_a;
unsigned char var_144 = (unsigned char) var_1;
unsigned char var_145_a = (unsigned char) var_3_a;
long long int var_146 = (long long int) var_1;
unsigned char var_147 = (unsigned char) var_1;
long long int var_148_a = (long long int) var_7_a;
char var_149 = (char) var_1;
char var_150 = (char) var_1;
char var_151_a = (char) var_5_a;
long long int var_152_a = (long long int) var_6_a;
unsigned char var_153_a = (unsigned char) var_5_a;
long long int var_154_a = (long long int) var_4_a;
char var_155_a = (char) var_2_a;
unsigned char var_156 = (unsigned char) var_0;
char var_157_a = (char) var_2_a;
long long int var_158 = (long long int) var_0;
unsigned char var_159 = (unsigned char) var_1;
long long int var_160_a = (long long int) var_5_a;
char var_161 = (char) var_1;
unsigned char var_162 = (unsigned char) var_0;
long long int var_163 = (long long int) var_0;
char var_164 = (char) var_1;
char var_165 = (char) var_1;
char var_166 = (char) var_1;
unsigned char var_167 = (unsigned char) var_0;
char var_168 = (char) var_1;
long long int var_169 = (long long int) var_1;
long long int var_170 = (long long int) var_0;
unsigned char var_171_a = (unsigned char) var_6_a;
unsigned char var_172 = (unsigned char) var_1;
arr_8[((int) var_0)] = var_1 << var_0;
arr_8[((int) var_0)] = arr_8[((int) var_0)] - var_0;
arr_8[((int) var_0)] = var_0 << var_1;
arr_8[((int) var_1)] = var_0 - arr_8[((int) var_0)];
arr_8[((int) var_1)] = var_1 << arr_8[((int) var_0)];
if (arr_8[((int) var_0)] == var_0)
{
arr_8[((int) var_1)] = var_1 & arr_8[((int) var_1)];
}
else
{
}
arr_8[((int) var_1)] = arr_8[((int) var_0)] << var_1;
arr_8[((int) var_0)] = arr_8[((int) var_0)] & var_0;
arr_8[((int) var_1)] = var_1 + arr_8[((int) var_0)];
arr_8[((int) var_1)] = arr_8[((int) var_1)] | var_0;
arr_8[((int) var_1)] = arr_8[((int) var_0)] >> var_0;
arr_8[((int) var_0)] = arr_8[((int) var_1)] << var_1;
arr_8[((int) var_0)] = arr_8[((int) var_0)] << var_1;
arr_8[((int) var_0)] = arr_8[((int) var_0)] ^ var_0;
arr_8[((int) var_0)] = arr_8[((int) var_0)] & var_0;
arr_8[((int) var_0)] = arr_8[((int) var_1)] + var_0;
arr_8[((int) var_1)] = arr_8[((int) var_0)] ^ var_0;
arr_8[((int) var_1)] = arr_8[((int) var_0)] >> var_1;
if (var_0 * arr_8[((int) var_0)])
{
arr_8[((int) var_0)] = arr_8[((int) var_1)] << var_1;
}
else
{
}
arr_8[((int) var_1)] = arr_8[((int) var_0)] - var_0;
arr_8[((int) var_0)] = arr_8[((int) var_0)] * var_0;
arr_8[((int) var_1)] = arr_8[((int) var_1)] >> var_0;
for_loop_0: for (var_95 = 0; var_95 < 11; var_95++)
{
if (var_95 < arr_8[((int) var_0)])
break;
}
arr_8[((int) var_1)] = arr_8[((int) var_0)] - var_1;
var_145_a = arr_8[((int) var_0)] << var_7_a;
var_44_a = var_3_a * var_6_a;
arr_8[((int) var_1)] = arr_8[((int) var_0)] * var_1;
arr_8[((int) var_95)] = arr_8[((int) var_0)] >> var_0;
arr_8[((int) var_0)] = arr_8[((int) var_1)] * var_0;
arr_8[((int) var_0)] = arr_8[((int) var_1)] + var_95;
arr_8[((int) var_1)] = arr_8[((int) var_0)] - var_0;
arr_8[((int) var_95)] = arr_8[((int) var_1)] << var_1;
arr_8[((int) var_1)] = arr_8[((int) var_1)] | var_1;
arr_8[((int) var_1)] = arr_8[((int) var_1)] * var_95;
arr_8[((int) var_0)] = var_0 + var_1;
arr_8[((int) var_0)] = arr_8[((int) var_0)] + var_95;
arr_8[((int) var_95)] = arr_8[((int) var_0)] - var_0;
if (arr_8[((int) var_1)] != var_95)
{
arr_8[((int) var_95)] = arr_8[((int) var_0)] >> var_95;
var_164 = (char) (arr_8[((int) var_0)]);
}
arr_8[((int) var_1)] = arr_8[((int) var_1)] ^ var_0;
arr_8[((int) var_0)] = var_1 * arr_8[((int) var_0)];
var_66_a = var_2_a | var_6_a;
arr_8[((int) var_1)] = arr_8[((int) var_95)] + var_95;
arr_8[((int) var_1)] = arr_8[((int) var_1)] << var_95;
arr_8[((int) var_95)] = arr_8[((int) var_1)] + var_0;
arr_8[((int) var_1)] = arr_8[((int) var_1)] - var_1;
arr_8[((int) var_0)] = arr_8[((int) var_1)] & var_95;
for_loop_2: for (var_134 = 0; var_134 < 10; var_134++)
{
arr_8[((int) var_0)] = arr_8[((int) var_1)] * var_95;
for_loop_1: for (var_119 = 0; var_119 < 9; var_119++)
{
if (var_119 < var_134)
break;
}
if (var_134 < var_164)
break;
}
var_17_a = var_3_a - var_44_a;
arr_8[((int) var_95)] = arr_8[((int) var_0)] * var_0;
arr_8[((int) var_95)] = arr_8[((int) var_1)] | var_1;
arr_8[((int) var_1)] = arr_8[((int) var_0)] << var_0;
arr_8[((int) var_0)] = arr_8[((int) var_95)] >> var_1;
var_144 = arr_8[((int) var_0)] >> var_1;
arr_8[((int) var_95)] = arr_8[((int) var_0)] | var_95;
var_98 = var_134 | var_119;
var_157_a = var_44_a >> var_6_a;
var_28_a = var_98 + var_66_a;
arr_8[((int) var_144)] = arr_8[((int) var_1)] | var_95;
arr_8[((int) var_1)] = arr_8[((int) var_1)] << var_1;
arr_8[((int) var_95)] = arr_8[((int) var_1)] + var_1;
for_loop_3: for (var_54 = 0; var_54 < 7; var_54++)
{
arr_8[((int) var_0)] = arr_8[((int) var_1)] * var_0;
if (var_54 < var_98)
break;
}
arr_8[((int) var_93)] = arr_8[((int) var_1)] | var_0;
var_139 = arr_8[((int) var_0)] & var_1;
arr_8[((int) var_95)] = arr_8[((int) var_1)] >> var_0;
arr_8[((int) var_144)] = arr_8[((int) var_1)] | var_95;
arr_8[((int) var_0)] = arr_8[((int) var_0)] * var_0;
arr_8[((int) var_0)] = arr_8[((int) var_0)] - var_144;
arr_8[((int) var_0)] = arr_8[((int) var_1)] << var_139;
arr_8[((int) var_1)] = arr_8[((int) var_0)] * var_144;
arr_8[((int) var_95)] = arr_8[((int) var_0)] + var_1;
arr_8[((int) var_1)] = arr_8[((int) var_0)] + var_95;
arr_8[((int) var_1)] = var_95 ^ arr_8[((int) var_0)];
arr_8[((int) var_95)] = arr_8[((int) var_1)] << var_139;
var_32_a = arr_8[((int) var_0)] | var_7_a;
arr_8[((int) var_139)] = arr_8[((int) var_1)] - var_95;
arr_8[((int) var_95)] = arr_8[((int) var_1)] | var_144;
arr_8[((int) var_95)] = arr_8[((int) var_1)] >> var_0;
var_71_a = arr_8[((int) var_0)] & var_4_a;
arr_8[((int) var_144)] = var_139 - arr_8[((int) var_1)];
arr_8[((int) var_93)] = arr_8[((int) var_0)] ^ var_144;
arr_8[((int) var_144)] = arr_8[((int) var_1)] + var_1;
var_93 = arr_8[((int) var_95)] - var_144;
arr_8[((int) var_95)] = arr_8[((int) var_95)] * var_1;
arr_8[((int) var_144)] = arr_8[((int) var_0)] * var_95;
arr_8[((int) var_1)] = arr_8[((int) var_1)] & var_144;
arr_8[((int) var_95)] = arr_8[((int) var_95)] - var_139;
arr_8[((int) var_0)] = arr_8[((int) var_95)] << var_93;
var_132 = var_164 & var_54;
var_104 = var_164 & var_98;
var_36 = 0;
while (var_36 < 16)
{
arr_8[((int) var_144)] = arr_8[((int) var_1)] + var_0;
if (arr_8[((int) var_144)] == var_95)
{
arr_8[((int) var_144)] = arr_8[((int) var_0)] ^ var_144;
arr_8[((int) var_93)] = arr_8[((int) var_1)] | var_93;
arr_8[((int) var_0)] = arr_8[((int) var_1)] >> var_95;
}
arr_8[((int) var_144)] = arr_8[((int) var_1)] >> var_0;
arr_8[((int) var_93)] = arr_8[((int) var_144)] - var_144;
var_67 = 0;
do
{
var_73_a = var_119 & var_157_a;
arr_8[((int) var_0)] = arr_8[((int) var_1)] * var_139;
var_120_a = var_67 << var_5_a;
arr_8[((int) var_0)] = arr_8[((int) var_0)] ^ var_95;
arr_8[((int) var_1)] = arr_8[((int) var_1)] >> var_95;
if (var_67 < var_36)
break;
var_67++;
}
while (var_67 < 16);
var_97 = var_67 >> var_36;
var_115_a = var_120_a | var_5_a;
if (var_36 < var_97)
break;
var_36++;
}
if (arr_8[((int) var_0)] >= var_104)
{
var_155_a = var_6_a - var_73_a;
var_108_a = var_73_a + var_155_a;
arr_8[((int) var_144)] = arr_8[((int) var_1)] << var_93;
var_75_a = var_36 | var_120_a;
arr_8[((int) var_93)] = arr_8[((int) var_93)] & var_95;
arr_8[((int) var_0)] = arr_8[((int) var_1)] ^ var_144;
var_103 = var_67 >> var_97;
}
arr_8[((int) var_0)] = arr_8[((int) var_1)] * var_144;
var_143_a = var_104 << var_2_a;
var_18 = var_54 - var_98;
return (unsigned char) (var_0) + (unsigned char) (var_1) + (unsigned char) (var_2_a) + (unsigned char) (var_3_a) + (unsigned char) (var_4_a) + (unsigned char) (var_5_a) + (unsigned char) (var_6_a) + (unsigned char) (var_7_a) + (unsigned char) (arr_8[((int) var_1)]) + (unsigned char) (arr_8[((int) var_95)]) + (unsigned char) (arr_8[((int) var_1)]) + (unsigned char) (arr_8[((int) var_139)]) + (unsigned char) (arr_8[((int) var_1)]) + (unsigned char) (arr_8[((int) var_0)]) + (unsigned char) (arr_8[((int) var_95)]) + (unsigned char) (arr_8[((int) var_93)]) + (unsigned char) (arr_8[((int) var_1)]) + (unsigned char) (arr_8[((int) var_1)]) + (unsigned char) (arr_8[((int) var_0)]) + (unsigned char) (arr_8[((int) var_0)]) + (unsigned char) (arr_8[((int) var_144)]) + (unsigned char) (arr_8[((int) var_0)]) + (unsigned char) (arr_8[((int) var_93)]) + (unsigned char) (arr_8[((int) var_1)]) + (unsigned char) (arr_8[((int) var_1)]) + (unsigned char) (arr_8[((int) var_0)]) + (unsigned char) (arr_8[((int) var_1)]) + (unsigned char) (arr_8[((int) var_0)]) + (unsigned char) (arr_8[((int) var_144)]) + (unsigned char) (arr_8[((int) var_1)]) + (unsigned char) (arr_8[((int) var_1)]) + (unsigned char) (arr_8[((int) var_1)]) + (unsigned char) (arr_8[((int) var_0)]) + (unsigned char) (arr_8[((int) var_95)]) + (unsigned char) (arr_8[((int) var_1)]) + (unsigned char) (arr_8[((int) var_144)]) + (unsigned char) (arr_8[((int) var_95)]) + (unsigned char) (arr_8[((int) var_95)]) + (unsigned char) (arr_8[((int) var_0)]) + (unsigned char) (arr_8[((int) var_144)]) + (unsigned char) (arr_8[((int) var_0)]) + (unsigned char) (arr_8[((int) var_1)]) + (unsigned char) (arr_8[((int) var_1)]) + (unsigned char) (arr_8[((int) var_95)]) + (unsigned char) (arr_8[((int) var_0)]) + (unsigned char) (arr_8[((int) var_1)]) + (unsigned char) (arr_8[((int) var_0)]) + (unsigned char) (arr_8[((int) var_1)]) + (unsigned char) (arr_8[((int) var_0)]) + (unsigned char) (arr_8[((int) var_1)]) + (unsigned char) (arr_8[((int) var_95)]) + (unsigned char) (arr_8[((int) var_93)]) + (unsigned char) (arr_8[((int) var_162)]) + (unsigned char) (arr_8[((int) var_95)]) + (unsigned char) (arr_8[((int) var_0)]) + (unsigned char) (arr_8[((int) var_1)]) + (unsigned char) (arr_8[((int) var_0)]) + (unsigned char) (arr_8[((int) var_0)]) + (unsigned char) (arr_8[((int) var_1)]) + (unsigned char) (arr_8[((int) var_95)]) + (unsigned char) (arr_8[((int) var_0)]) + (unsigned char) (arr_8[((int) var_95)]) + (unsigned char) (arr_8[((int) var_1)]) + (unsigned char) (arr_8[((int) var_0)]) + (unsigned char) (arr_8[((int) var_95)]) + (unsigned char) (arr_8[((int) var_144)]) + (unsigned char) (arr_8[((int) var_0)]) + (unsigned char) (arr_8[((int) var_95)]) + (unsigned char) (arr_8[((int) var_95)]) + (unsigned char) (arr_8[((int) var_95)]) + (unsigned char) (arr_8[((int) var_1)]) + (unsigned char) (arr_8[((int) var_95)]) + (unsigned char) (arr_8[((int) var_162)]) + (unsigned char) (arr_8[((int) var_0)]) + (unsigned char) (arr_8[((int) var_144)]) + (unsigned char) (arr_8[((int) var_0)]) + (unsigned char) (arr_8[((int) var_1)]) + (unsigned char) (arr_8[((int) var_1)]) + (unsigned char) (arr_8[((int) var_1)]) + (unsigned char) (arr_8[((int) var_0)]) + (unsigned char) (arr_8[((int) var_0)]) + (unsigned char) (arr_8[((int) var_0)]) + (unsigned char) (arr_8[((int) var_0)]) + (unsigned char) (arr_8[((int) var_1)]) + (unsigned char) (arr_8[((int) var_1)]) + (unsigned char) (arr_8[((int) var_1)]) + (unsigned char) (arr_8[((int) var_0)]) + (unsigned char) (arr_8[((int) var_0)]) + (unsigned char) (arr_8[((int) var_0)]) + (unsigned char) (arr_8[((int) var_0)]) + (unsigned char) (arr_8[((int) var_93)]) + (unsigned char) (arr_8[((int) var_95)]) + (unsigned char) (arr_8[((int) var_0)]) + (unsigned char) (arr_8[((int) var_1)]) + (unsigned char) (arr_8[((int) var_144)]) + (unsigned char) (arr_8[((int) var_0)]) + (unsigned char) (arr_8[((int) var_144)]) + (unsigned char) (arr_8[((int) var_93)]) + (unsigned char) (arr_8[((int) var_144)]) + (unsigned char) (arr_8[((int) var_1)]) + (unsigned char) (arr_8[((int) var_0)]) + (unsigned char) (arr_8[((int) var_1)]) + (unsigned char) (var_17_a) + (unsigned char) (var_18) + (unsigned char) (var_28_a) + (unsigned char) (var_32_a) + (unsigned char) (var_36) + (unsigned char) (var_38) + (unsigned char) (var_44_a) + (unsigned char) (var_50) + (unsigned char) (var_54) + (unsigned char) (var_61_a) + (unsigned char) (var_66_a) + (unsigned char) (var_67) + (unsigned char) (var_71_a) + (unsigned char) (var_73_a) + (unsigned char) (var_75_a) + (unsigned char) (var_82_a) + (unsigned char) (var_87_a) + (unsigned char) (var_89_a) + (unsigned char) (var_93) + (unsigned char) (var_94_a) + (unsigned char) (var_95) + (unsigned char) (var_97) + (unsigned char) (var_98) + (unsigned char) (var_103) + (unsigned char) (var_104) + (unsigned char) (var_106) + (unsigned char) (var_108_a) + (unsigned char) (var_110_a) + (unsigned char) (var_112_a) + (unsigned char) (var_115_a) + (unsigned char) (var_119) + (unsigned char) (var_120_a) + (unsigned char) (var_132) + (unsigned char) (var_134) + (unsigned char) (var_139) + (unsigned char) (var_143_a) + (unsigned char) (var_144) + (unsigned char) (var_145_a) + (unsigned char) (var_155_a) + (unsigned char) (var_157_a) + (unsigned char) (var_162) + (unsigned char) (var_164) + (unsigned char) (var_168);
}
#include <stdlib.h>
#include "dynamatic/Integration.h"
int main() {
unsigned char var_0 = (unsigned char) rand();
unsigned char var_1 = (unsigned char) rand();
char var_2_a = (char) rand();
char var_3_a = (char) rand();
unsigned char var_4_a = (unsigned char) rand();
long long int var_5_a = (long long int) rand();
char var_6_a = (char) rand();
unsigned char var_7_a = (unsigned char) rand();
CALL_KERNEL(myfunc,var_0,var_1,var_2_a,var_3_a,var_4_a,var_5_a,var_6_a,var_7_a);
return 0;
}