int main() {
unsigned n = nondet_unsigned();
__CPROVER_assume(n>0);
unsigned pA[n];
unsigned *p = (unsigned *)malloc(sizeof(unsigned) * n);
for (int i=0; i<n; i++) {
p[i] = i;
pA[i] = i;
}
assert(p[n-1] == n-1);
assert(pA[n-1] == n-1);
assert(0);
return 0;
}
void init_program_cbmc(opcode_t program[], Unsigned program_size)
{
for (Unsigned i = 0; i < program_size; ++i)
{
program[i] = nondet_unsigned();
opcode_t opcode = program[i];
__CPROVER_assume(
opcode == OPC_NOP ||
opcode == OPC_FALSE ||
opcode == OPC_TRUE ||
opcode == OPC_NOT ||
opcode == OPC_AND ||
opcode == OPC_OR ||
opcode == OPC_NAND ||
opcode == OPC_XOR ||
opcode == OPC_COPY1 ||
opcode == OPC_COPY2 ||
opcode == OPC_COPY3 ||
opcode == OPC_COPY4 ||
opcode == OPC_COPY5 ||
opcode == OPC_COPY6 ||
opcode == OPC_COPY7 ||
opcode == OPC_COPY8 ||
opcode == OPC_COPY9);
//__CPROVER_assume(opcode != OPC_TRUE);
//__CPROVER_assume(opcode != OPC_FALSE);
//__CPROVER_assume(opcode != OPC_NOT);
//__CPROVER_assume(opcode != OPC_AND);
//__CPROVER_assume(opcode != OPC_OR);
//program[i] = opcode;
}
}
void main()
{
//*******************************************************
// Total Paths = 19, Feasible Path=3, Infeasible Path=16
// ******************************************************
unsigned int m,n;
// Structures are passed as function arguments to build the harness
struct state_element_f stf;
struct state_element_g stg;
//__CPROVER_assume(0);
// Identify and bind equivalent signals in both design to allow partitioning
/*if(nondet_bool())
{
m=1;
n=1;
}
else if(nondet_bool())
{
m=2;
n=2;
}
else if(nondet_bool())
{
m=3;
n=3;
}
else {
__CPROVER_assume(m==n);
}*/
// __CPROVER_assume(m==n);
m=nondet_unsigned();
n=f(m,stf);
//n=m;
g(n,stg);
assert(1);
//****************************************************
//*****************************************************
// Total Paths = 16, Feasible Path=16, Infeasible Path=0
// ****************************************************
/*unsigned int m;
// Structures are passed as function arguments to build the harness
struct state_element_f stf;
struct state_element_g stg;
f(m,stf);
g(m,stg);
assert(1);*/
//****************************************************
//*****************************************************************************
// When the last else of g() contains the extra code of if-else statement, then
// Total Paths = 44, Feasible Path=1, Infeasible Path=43
// ****************************************************************************
/*unsigned int m;
// Structures are passed as function arguments to build the harness
struct state_element_f stf;
struct state_element_g stg;
// Identify and bind equivalent signals in both design to allow partitioning
__CPROVER_assume(stf.x == 1 && stg.y == 1);
f(m,stf);
g(m,stg);
assert(1);*/
//****************************************************
}