//------------------------------------------------------------------------
void ASCII_DEC::Decode()
{
IS_HEX = sc_logic('1');
switch(CHR) {
case '0':
case '1':
case '2':
case '3':
case '4':
case '5':
case '6':
case '7':
case '8':
case '9':
DGT = CHR & 0x0F;
break;
case 'A':
case 'B':
case 'C':
case 'D':
case 'E':
case 'F':
DGT = (CHR & 0x0F) + 9;
break;
default:
IS_HEX = sc_logic('0');
DGT = 0;
}
if(CHR == ':')
SC = sc_logic('1');
else
SC = sc_logic('0');
}
//------------------------------------------------------------------------
void CD4029::CEO4029()
{
if(CE.read()==sc_logic('1'))
{
if(UP.read()== sc_logic('1'))
{
if(BCD.read() == sc_logic('1'))
{
if(Q.read() == "1001")
CEO = sc_logic('1');
else
CEO = sc_logic('0');
}
else
{
if(Q.read() == "1111")
CEO = sc_logic('1');
else
CEO = sc_logic('0');
}
}
else
{
if(Q.read() == "0000")
CEO = sc_logic('1');
else
CEO = sc_logic('0');
}
}
else
CEO = sc_logic('0');
}
//------------------------------------------------------------------------
void CMP::CMP_AB()
{
if(A.read() == B.read())
EQ = sc_logic('1');
else
EQ = sc_logic('0');
}
//------------------------------------------------------------------------
void DAT_CNT::CO_ZD()
{
if(QI[0].read() == "0000" && QI[1].read() == "0000")
ZD = sc_logic('1');
else
ZD = sc_logic('0');
}
int
foo()
{
sc_logic x;
sc_logic y;
sc_logic z;
char q;
x = 'X';
z = '1';
y = x & z;
y = x | z;
y = x ^ z;
y ^= x;
y |= z;
y &= z;
y = z;
y = x & sc_logic('1');
y = sc_logic('1') | x;
y = '0';
return 0;
}
void ts_buf::entry()
{
bool c;
bool bus_val;
sc_logic val;
c = control.read();
if (c == false) {
ts_out.write(sc_logic('Z'));
}
else {
bus_val = in.read();
val = bus_val; // automatic type conversion
ts_out.write(val);
}
} // end of entry function
void xc::xsim::main()
{
while (true) {
XsiStatus status = xsi_clock(instance);
report_status(status);
wait();
std::vector<package *>::iterator pkg;
for (pkg = packages.begin();pkg != packages.end();pkg++) {
std::map<std::string, sc_inout_resolved *>::iterator it;
const char *pkg_name = ((*pkg)->id).c_str();
for (it = (*pkg)->pins.begin(); it != (*pkg)->pins.end(); it++) {
sc_inout_resolved *p = (it->second);
const char *pin_name = (it->first).c_str();
unsigned int is_driving;
report_status(xsi_is_pin_driving(instance,
pkg_name,
pin_name,
&is_driving));
if (is_driving) {
unsigned int value;
report_status(xsi_sample_pin(instance,
pkg_name,
pin_name,
&value));
(*p)->write(sc_logic((int) value));
}
else {
sc_logic bit = (*p)->read();
if (bit != 'z' && bit != 'x') {
report_status(xsi_drive_pin(instance,
pkg_name,
pin_name,
bit.to_bool()));
}
}
}
}
}
}
int sc_main(int ac, char *av[])
{
// 0. SIZE OF TYPES
int integer;
short short_integer;
long long_integer;
unsigned long unsigned_long;
signed long signed_long;
cout << "\nINTEGER SIZE \t\t= " << sizeof integer << " bytes"
<< "\nSHORT INTEGER SIZE \t= " << sizeof short_integer << " bytes"
<< "\nLONG INTEGER SIZE \t= " << sizeof long_integer << " bytes"
<< "\nUNSIGNED LONG SIZE \t= " << sizeof unsigned_long << " bytes"
<< "\nSIGNED LONG SIZE \t= " << sizeof signed_long << " bytes"
<< "\n" << endl;
// 1. DECLARATION SYNTAX
std_ulogic_vector<9> a;
std_ulogic_vector<9> b;
std_ulogic_vector<68> big;
std_ulogic_vector<1284> huge_;
// 2. TYPE CONVERSION
// std_ulogic_vector <- C++ string
a = "01XZUWLH-";
b = "ZZ1XX0UU1WWW";
big = "11110000111100001111000011110000111100001111000011110000111100001111";
huge_ = "111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111000011110000111100001111";
cout << "std_ulogic_vector \t<=\t C++ string"
<< "\n-------------------------------------------"
<< "\nA = " << a << "\t\t \"01XZUWLH-\" "
<< "\nB = " << b << "\t\t \"ZZ1XX0UU1WWW\" "
<< "\nBIG = " << big << "\n "
<<"\"11110000111100001111000011110000111100001111000011110000111100001111\""
<< "\nHUGE = " << huge_.range(0,63) << "\n "
<< huge_.range(64,127) << "\n "
<< huge_.range(128,191) << "\n "
<< huge_.range(192,255) << "\n "
<< huge_.range(256,319) << "\n "
<< huge_.range(320,383) << "\n "
<< huge_.range(384,447) << "\n "
<< huge_.range(448,511) << "\n "
<< huge_.range(512,575) << "\n "
<< huge_.range(576,639) << "\n "
<< huge_.range(640,703) << "\n "
<< huge_.range(704,767) << "\n "
<< huge_.range(768,831) << "\n "
<< huge_.range(832,895) << "\n "
<< huge_.range(896,959) << "\n "
<< huge_.range(960,1023) << "\n "
<< huge_.range(1024,1087) << "\n "
<< huge_.range(1088,1151) << "\n "
<< huge_.range(1152,1215) << "\n "
<< huge_.range(1216,1279) << "\n "
<< huge_.range(1280,1283)
<< "\n" << endl;
// std_ulogic_vector <- std_ulogic_vector
std_ulogic_vector<9> c;
std_ulogic_vector<68> big2;
c = b;
big2 = big;
cout << "std_ulogic_vector \t<=\t std_ulogic_vector"
<< "\n--------------------------------------------------"
<< "\nC = " << c << "\t\t ZZ1XX0XX1XXX"
<< "\nBIG2 = " << big2 << "\n "
<<"\"11110000111100001111000011110000111100001111000011110000111100001111\""
<< "\n" << endl;
// std_ulogic_vector <- C++ array of std_ulogic
std_ulogic_vector<9> d;
std_ulogic_vector<9> e;
std_ulogic_vector<68> big3;
std_ulogic cb1[9] = { sc_logic( 'U' ), sc_logic( 0 ) , sc_logic( 1 ),
sc_logic( 'X' ), sc_logic( 'Z' ), sc_logic( 'W' ),
sc_logic( 'H' ), sc_logic( 'L' ), sc_logic( '-' ) };
std_ulogic cb2[12] = { sc_logic( 'U' ), sc_logic( 'U' ), sc_logic( 'X' ),
sc_logic( 'X' ), sc_logic( 1 ) , sc_logic( 1 ),
sc_logic( 0 ) , sc_logic( 0 ) , sc_logic( 1 ),
sc_logic( 1 ) , sc_logic( 'X' ), sc_logic( 'X' ) };
std_ulogic cb3[80] = { sc_logic( 1 ), sc_logic( 1 ), sc_logic( 1 ),
sc_logic( 1 ), sc_logic( 0 ), sc_logic( 0 ),
sc_logic( 0 ), sc_logic( 0 ), sc_logic( 1 ),
sc_logic( 1 ), sc_logic( 1 ), sc_logic( 1 ),
sc_logic( 0 ), sc_logic( 0 ), sc_logic( 0 ),
sc_logic( 0 ), sc_logic( 1 ), sc_logic( 1 ),
sc_logic( 1 ), sc_logic( 1 ), sc_logic( 0 ),
sc_logic( 0 ), sc_logic( 0 ), sc_logic( 0 ),
sc_logic( 1 ), sc_logic( 1 ), sc_logic( 1 ),
sc_logic( 1 ), sc_logic( 0 ), sc_logic( 0 ),
sc_logic( 0 ), sc_logic( 0 ), sc_logic( 1 ),
sc_logic( 1 ), sc_logic( 1 ), sc_logic( 1 ),
sc_logic( 0 ), sc_logic( 0 ), sc_logic( 0 ),
sc_logic( 0 ), sc_logic( 1 ), sc_logic( 1 ),
sc_logic( 1 ), sc_logic( 1 ), sc_logic( 0 ),
sc_logic( 0 ), sc_logic( 0 ), sc_logic( 0 ),
sc_logic( 1 ), sc_logic( 1 ), sc_logic( 1 ),
sc_logic( 1 ), sc_logic( 0 ), sc_logic( 0 ),
sc_logic( 0 ), sc_logic( 0 ), sc_logic( 1 ),
sc_logic( 1 ), sc_logic( 1 ), sc_logic( 1 ),
sc_logic( 0 ), sc_logic( 0 ), sc_logic( 0 ),
sc_logic( 0 ), sc_logic( 1 ), sc_logic( 1 ),
sc_logic( 1 ), sc_logic( 1 ), sc_logic( 0 ),
sc_logic( 0 ), sc_logic( 0 ), sc_logic( 0 ),
sc_logic( 1 ), sc_logic( 1 ), sc_logic( 1 ),
sc_logic( 1 ), sc_logic( 0 ), sc_logic( 0 ),
sc_logic( 0 ), sc_logic( 0 ) };
d = cb1;
e = cb2;
big3 = cb3;
cout << "std_ulogic_vector \t<=\t C++ array of bool"
<< "\n--------------------------------------------------"
<< "\nD = " << d << "\t\t -, L, H, W, Z, X, 1, 0, U"
<< "\nE = " << e << "\t\t X, X, 1, 1, 0, 0, 1, 1, X, X, U, U"
<< "\nBIG3 = " << big3 << "\n "
<<"\"11110000111100001111000011110000111100001111000011110000111100001111"
<<"\n 000011110000\""
<< "\n" << endl;
// std_ulogic_vector <- bool_vector
std_ulogic_vector<4> f;
bool_vector<4> sv1;
sv1 = "1010";
f = sv1;
cout << "std_ulogic_vector \t<=\t bool_vector"
<< "\n--------------------------------------------"
<< "\nF = " << f << "\t\t \"1010\" "
<< "\n" << endl;
// std_ulogic_vector <- unsigned long
std_ulogic_vector<4> h;
std_ulogic_vector<32> i;
std_ulogic_vector<40> j;
unsigned long ul1 = 137; // ...10001001
unsigned long ul2 = 137; // ...10001001
unsigned long ul3 = 137; // ...10001001
h = ul1;
i = ul2;
j = ul3;
cout << "std_ulogic_vector \t<=\t unsigned long"
<< "\n----------------------------------------------"
<< "\nH = " << h << "\t\t\t\t\t ...10001001 (137)"
<< "\nI = " << i << "\t\t ...10001001 (137)"
<< "\nJ = " << j << "\t ...10001001 (137)"
<< "\n" << endl;
// std_ulogic_vector <- sc_unsigned
std_ulogic_vector<4> k;
std_ulogic_vector<4> l;
std_ulogic_vector<4> m;
sc_biguint<2> scu1;
sc_biguint<4> scu2;
sc_biguint<8> scu3;
scu1 = 3; // .........11
scu2 = 13; // .......1101
scu3 = 137; // ...10001001
k = scu1;
l = scu2;
m = scu3;
cout << "std_ulogic_vector \t<=\t sc_unsigned"
<< "\n--------------------------------------------"
<< "\nK = " << k << "\t\t 11 (3)"
<< "\nL = " << l << "\t\t 1101 (13)"
<< "\nM = " << m << "\t\t 10001001 (137)"
<< "\n" << endl;
// std_ulogic_vector <- signed long
std_ulogic_vector<5> n;
std_ulogic_vector<32> o;
std_ulogic_vector<40> p;
std_ulogic_vector<5> q;
std_ulogic_vector<32> r;
std_ulogic_vector<40> s;
signed long sl1 = 137; // ...010001001
signed long sl2 = 137; // ...010001001
signed long sl3 = 137; // ...010001001
signed long sl4 = -137; // ...101110111
signed long sl5 = -137; // ...101110111
signed long sl6 = -137; // ...101110111
n = sl1;
o = sl2;
p = sl3;
q = sl4;
r = sl5;
s = sl6;
cout << "std_ulogic_vector \t<=\t signed long"
<< "\n--------------------------------------------"
<< "\nN = " << n << "\t\t\t\t\t ...010001001 (137)"
<< "\nO = " << o << "\t\t ...010001001 (137)"
<< "\nP = " << p << "\t ...010001001 (137)"
<< "\nQ = " << q << "\t\t\t\t\t ...101110111 (-137)"
<< "\nR = " << r << "\t\t ...101110111 (-137)"
<< "\nS = " << s << "\t ...101110111 (-137)"
<< "\n" << endl;
// std_ulogic_vector <- sc_signed
std_ulogic_vector<5> t;
std_ulogic_vector<5> u;
std_ulogic_vector<5> v;
std_ulogic_vector<5> w;
std_ulogic_vector<5> x;
std_ulogic_vector<5> y;
sc_bigint<3> scs1;
sc_bigint<5> scs2;
sc_bigint<9> scs3;
sc_bigint<3> scs4;
sc_bigint<5> scs5;
sc_bigint<9> scs6;
scs1 = 3; // ........011
scs2 = 13; // ......01101
scs3 = 137; // ..010001001
scs4 = -3; // ........101
scs5 = -13; // ......10011
scs6 = -137; // ..101110111
t = scs1;
u = scs2;
v = scs3;
w = scs4;
x = scs5;
y = scs6;
cout << "std_ulogic_vector \t<=\t sc_signed"
<< "\n------------------------------------------"
<< "\nT = " << t << "\t\t 011 (3)"
<< "\nU = " << u << "\t\t 01101 (13)"
<< "\nV = " << v << "\t\t 010001001 (137)"
<< "\nW = " << w << "\t\t 101 (-3)"
<< "\nX = " << x << "\t\t 10011 (-13)"
<< "\nY = " << y << "\t\t 101110111 (-137)"
<< "\n" << endl;
// std_ulogic_vector .to_uint()
std_ulogic_vector<4> tu1;
std_ulogic_vector<32> tu2;
std_ulogic_vector<40> tu3;
std_ulogic_vector<4> tu4;
sc_biguint<2> tu5;
sc_biguint<4> tu6;
sc_biguint<8> tu7;
tu1 = "1001"; // 9
tu2 = "10000000000000000000000000000001"; // 2147483649
tu3 = "0000000110000000000000000000000000000001"; // 6442450945
tu4 = "1101";
tu5 = tu4.to_uint();
tu6 = tu4.to_uint();
tu7 = tu4.to_uint();
cout << "std_ulogic_vector \t\t<=\t\t to_uint()"
<< "\n-----------------------------------------------------------------"
<< "\nTU1 = \t\t\t\t " << tu1 << "\t " << tu1.to_uint()
<< "\nTU2 = " << tu2 << "\t " << tu2.to_uint()
<< "\nTU3 = " << tu3 << "\t " << tu3.to_uint()
<< "\nTU4 = " << tu4 << " \t\t\t\t\t " << tu5 << "\t ("
<< tu5[1] << tu5[0] << ")"
<< "\nTU4 = " << tu4 << " \t\t\t\t\t " << tu6 << "\t ("
<< tu6[3] << tu6[2] << tu6[1] << tu6[0] << ")"
<< "\nTU4 = " << tu4 << " \t\t\t\t\t " << tu7 << "\t("
<< tu7[7] << tu7[6] << tu7[5] << tu7[4]
<< tu7[3] << tu7[2] << tu7[1] << tu7[0] << ")"
<< "\n" << endl;
// std_ulogic_vector .to_int()
std_ulogic_vector<4> ts1;
std_ulogic_vector<32> ts2;
std_ulogic_vector<40> ts3;
std_ulogic_vector<5> ts4;
sc_bigint<3> ts5;
sc_bigint<5> ts6;
sc_bigint<9> ts7;
ts1 = "1001"; // -7
ts2 = "11111111111111111111101111111001"; // -1031
ts3 = "0000000111111111111111111111101111111001"; // 8589933561
ts4 = "11001";
ts5 = ts4.to_int();
ts6 = ts4.to_int();
ts7 = ts4.to_int();
cout << "std_ulogic_vector \t\t<=\t\t to_int()"
<< "\n-----------------------------------------------------------------"
<< "\nTS1 = \t\t\t\t " << ts1 << "\t " << ts1.to_int()
<< "\nTS2 = " << ts2 << "\t " << ts2.to_int()
<< "\nTS3 = " << ts3 << "\t " << ts3.to_int()
<< "\nTS4 = " << ts4 << " \t\t\t\t\t " << ts5 << "\t ("
<< ts5[2] << ts5[1] << ts5[0] << ")"
<< "\nTS4 = " << ts4 << " \t\t\t\t\t " << ts6 << "\t ("
<< ts6[4] << ts6[3] << ts6[2] << ts6[1] << ts6[0] << ")"
<< "\nTS4 = " << ts4 << " \t\t\t\t\t " << ts7 << "\t("
<< ts7[8] << ts7[7] << ts7[6] << ts7[5]
<< ts7[4] << ts7[3] << ts7[2] << ts7[1] << ts7[0] << ")"
<< "\n" << endl;
// std_ulogic_vector Typecasted to sc_unsigned
std_ulogic_vector<4> tcu1;
sc_biguint<2> tcu2;
sc_biguint<4> tcu3;
sc_biguint<8> tcu4;
tcu1 = "1101";
tcu2 = tcu1;
tcu3 = tcu1;
tcu4 = tcu1;
cout << "std_ulogic_vector \t\t<=\t\t Typecast sc_unsigned"
<< "\n-----------------------------------------------------------------"
<< "\nTCU1 = " << tcu1 << " \t\t\t\t\t " << tcu2 << "\t ("
<< tcu2[1] << tcu2[0] << ")"
<< "\nTCU1 = " << tcu1 << " \t\t\t\t\t " << tcu3 << "\t ("
<< tcu3[3] << tcu3[2] << tcu3[1] << tcu3[0] << ")"
<< "\nTCU1 = " << tcu1 << " \t\t\t\t\t " << tcu4 << "\t("
<< tcu4[7] << tcu4[6] << tcu4[5] << tcu4[4]
<< tcu4[3] << tcu4[2] << tcu4[1] << tcu4[0] << ")"
<< "\n" << endl;
// std_ulogic_vector Typecasted to sc_signed
std_ulogic_vector<5> tcs1;
sc_bigint<3> tcs2;
sc_bigint<5> tcs3;
sc_bigint<9> tcs4;
tcs1 = "11001";
tcs2 = sc_bigint<3>(tcs1);
tcs3 = sc_bigint<5>(tcs1);
tcs4 = sc_bigint<9>(tcs1);
cout << "std_ulogic_vector \t\t<=\t\t Typecast sc_signed"
<< "\n-----------------------------------------------------------------"
<< "\nTCS1 = " << tcs1 << " \t\t\t\t\t " << tcs2 << "\t ("
<< tcs2[2] << tcs2[1] << tcs2[0] << ")"
<< "\nTCS1 = " << tcs1 << " \t\t\t\t\t " << tcs3 << "\t ("
<< tcs3[4] << tcs3[3] << tcs3[2] << tcs3[1] << tcs3[0] << ")"
<< "\nTCS1 = " << tcs1 << " \t\t\t\t\t " << tcs4 << "\t("
<< tcs4[8] << tcs4[7] << tcs4[6] << tcs4[5]
<< tcs4[4] << tcs4[3] << tcs4[2] << tcs4[1] << tcs4[0] << ")"
<< "\n" << endl;
// std_ulogic_vector .to_string()
std_ulogic_vector<9> tstr;
std::string str;
tstr = "UXZ01WLH-";
str = tstr.to_string();
cout << "std_ulogic_vector \t<=\t to_string()"
<< "\n--------------------------------------------"
<< "\nTSTR = " << tstr << " \t\t " << str
<< endl;
// 3. OPERATORS
// Supported operators: ~ & ^ | &= ^= |= = [] range()
// and_reduce() or_reduce() xor_reduce()
std_ulogic_vector<4> ra;
std_ulogic_vector<4> rb;
std_ulogic_vector<4> rc;
std_ulogic_vector<9> rd;
std_ulogic_vector<4> re;
std_ulogic_vector<4> rf;
std_ulogic_vector<4> rg;
std_ulogic_vector<9> rh;
std_ulogic_vector<4> ri;
std_ulogic_vector<4> rj;
std_ulogic_vector<4> rl;
std_ulogic_vector<4> rdata4;
std_ulogic_vector<9> rdata9;
rdata4 = "1000";
rdata9 = "UXZ01WHL-";
ra.range(0,3) = rdata4;
rb.range(3,0) = rdata4;
( rc.range(1,3), rc.range(0,0) ) = rdata4;
( rd.range(8,6), rd.range(5,0) ) = rdata9;
re = "1111";
re.range(2,2) = std_ulogic_vector<1>( rdata4[1] );
rf = rdata4.range(0,3);
rg = rdata4.range(3,0);
rh = ( rdata9.range(8,6), rdata9.range(5,0) );
ri = ( rdata4.range(0,1), rdata4.range(2,3) );
rj = "1111";
rj[1] = rdata4.range(2,2)[0];
rl = ( rdata4.range(1,1), rdata4.range(3,3),
rdata4.range(0,0), rdata4.range(2,2) );
cout.precision(15);
cout << "\nrange() tests"
<< "\n-----------------------------------------------------------------"
<< "\nINITIAL 4-BIT \t" << rdata4
<< "\nINITIAL 9-BIT \t" << rdata9 << "\n"
<< "\nLVALUE RISE \t"
<< ra[0] << "\t" << ra[1] << "\t" << ra[2] << "\t" << ra[3]
<< "\nLVALUE FALL \t"
<< rb[0] << "\t" << rb[1] << "\t" << rb[2] << "\t" << rb[3]
<< "\nLVALUE SUB RISE "
<< rc[0] << "\t" << rc[1] << "\t" << rc[2] << "\t" << rc[3]
<< "\nLVALUE SUB FALL "
<< rd[0] << "\t" << rd[1] << "\t" << rd[2] << "\t"
<< rd[3] << "\t" << rd[4] << "\t" << rd[5] << "\t"
<< rd[6] << "\t" << rd[7] << "\t" << rd[8]
<< "\nLVALUE BIT \t"
<< re[0] << "\t" << re[1] << "\t" << re[2] << "\t" << re[3]
<< "\n\nRVALUE RISE \t"
<< rf[0] << "\t" << rf[1] << "\t" << rf[2] << "\t" << rf[3]
<< "\nRVALUE FALL \t"
<< rg[0] << "\t" << rg[1] << "\t" << rg[2] << "\t" << rg[3]
<< "\nRVALUE SUB FALL "
<< rh[0] << "\t" << rh[1] << "\t" << rh[2] << "\t"
<< rh[3] << "\t" << rh[4] << "\t" << rh[5] << "\t"
<< rh[6] << "\t" << rh[7] << "\t" << rh[8]
<< "\nRVALUE SUB RISE "
<< ri[0] << "\t" << ri[1] << "\t" << ri[2] << "\t" << ri[3]
<< "\nRVALUE BIT [] \t"
<< rj[0] << "\t" << rj[1] << "\t" << rj[2] << "\t" << rj[3]
<< "\nRVALUE BIT \t"
<< rl[0] << "\t" << rl[1] << "\t" << rl[2] << "\t" << rl[3]
<< endl;
#define VAL1 "1010"
#define VAL2 "1000"
#define VAL3 "111011"
std_ulogic_vector<4> op1;
op1 = VAL1;
std_ulogic_vector<4> op2;
op2 = VAL2;
std_ulogic_vector<4> r1, r2, r3, r4, r5, r6, r7, r8;
std_ulogic_vector<4> r9, r10, r11, r12, r13, r14;
std_ulogic_vector<4> r15, r16, r17, r18, r19;
std_ulogic_vector<4> r20, r21, r22, r23, r24;
std_ulogic_vector<4> r25, r26, r27, r28, r29;
std_ulogic_vector<4> r30, r31, r32, r33, r34, r35;
std_ulogic_vector<4> r36, r37, r38, r39, r40, r41;
std_ulogic r42, r43, r44;
// r1 = op1 * op2; // Multiplication
// r2 = op1 / op2; // Division
// r3 = op1 % op2; // Modulus
// r4 = op1 + op2; // Addition
// r5 = op1 - op2; // Subtraction
// r6 = !op1; // Logical NOT
// r7 = op1 && op2; // Logical AND
// r8 = op1 || op2; // Logical OR
// r9 = op1 < op2; // Less than
// r10 = op1 <= op2; // Less than or equal
// r11 = op1 > op2; // Greater than
// r12 = op1 >= op2; // Greater than or equal
// r13 = op1 += op2; // Compound addition
// op1 = VAL1; op2 = VAL2;
// r14 = op1 -= op2; // Compound subtraction
// op1 = VAL1; op2 = VAL2;
// r15 = op1 *= op2; // Compound multiplication
// op1 = VAL1; op2 = VAL2;
// r16 = op1 /= op2; // Compound division
// op1 = VAL1; op2 = VAL2;
// r17 = op1 %= op2; // Compound modulus
// op1 = VAL1; op2 = VAL2;
// r18 = op1 <<= op2; // Compound shift left
// op1 = VAL1; op2 = VAL2;
// r19 = op1 >>= op2; // Compound shift right
// op1 = VAL1; op2 = VAL2;
r20 = op1 &= op2; // Compound bitwise AND
op1 = VAL1; op2 = VAL2;
r36 = op1 &= VAL3;
op1 = VAL1;
r21 = op1 ^= op2; // Compound bitwise XOR
op1 = VAL1; op2 = VAL2;
r37 = op1 ^= VAL3;
op1 = VAL1;
r22 = op1 |= op2; // Compound bitwise OR
op1 = VAL1; op2 = VAL2;
r38 = op1 |= VAL3;
op1 = VAL1;
// r23 = op2++; // Postfix increment
// op1 = VAL1; op2 = VAL2;
// r24 = ++op2; // Prefix increment
// op1 = VAL1; op2 = VAL2;
// r25 = op2--; // Postfix decrement
// op1 = VAL1; op2 = VAL2;
// r26 = --op2; // Prefix decrement
// op1 = VAL1; op2 = VAL2;
// r27 = (op1 > op2) ? true : false; // Arithmetic if
// r28 = (op1 < op2) ? true : false; // Arithmetic if
// r29 = op1, r29 = op2; // Comma
r30 = ~op1; // Bitwise NOT
// r31 = op1 << op2; // Left shift
// op1 = VAL1; op2 = VAL2;
// r32 = op1 >> op2; // Right shift
// op1 = VAL1; op2 = VAL2;
r33 = op1 & op2; // Bitwise AND
r39 = op1 & VAL3;
r34 = op1 ^ op2; // Bitwise XOR
r40 = op1 ^ VAL3;
r35 = op1 | op2; // Bitwise OR
r41 = op1 | VAL3;
r42 = and_reduce(op1); // AND reduction
r43 = or_reduce(op1); // OR reduction
r44 = xor_reduce(op1); // XOR reduction
cout << "\nop1\t operator\t op2\t result [All operands are std_ulogic_vector]"
<< "\n----------------------------------------------------------------"
// << "\n" << op1 << "\t * \t\t " << op2 << "\t = " << r1
// << "\n" << op1 << "\t / \t\t " << op2 << "\t = " << r2
// << "\n" << op1 << "\t % \t\t " << op2 << "\t = " << r3
// << "\n" << op1 << "\t + \t\t " << op2 << "\t = " << r4
// << "\n" << op1 << "\t - \t\t " << op2 << "\t = " << r5
// << "\n!(" << op1 << ") \t\t\t\t = " << r6
// << "\n" << op1 << "\t && \t\t " << op2 << "\t = " << r7
// << "\n" << op1 << "\t || \t\t " << op2 << "\t = " << r8
// << "\n" << op1 << "\t < \t\t " << op2 << "\t = " << r9
// << "\n" << op1 << "\t <= \t\t " << op2 << "\t = " << r10
// << "\n" << op1 << "\t > \t\t " << op2 << "\t = " << r11
// << "\n" << op1 << "\t >= \t\t " << op2 << "\t = " << r12
// << "\n" << op1 << "\t += \t\t " << op2 << "\t = " << r13
// << "\n" << op1 << "\t -= \t\t " << op2 << "\t = " << r14
// << "\n" << op1 << "\t *= \t\t " << op2 << "\t = " << r15
// << "\n" << op1 << "\t /= \t\t " << op2 << "\t = " << r16
// << "\n" << op1 << "\t %= \t\t " << op2 << "\t = " << r17
// << "\n" << op1 << "\t <<=\t\t " << op2 << "\t = " << r18
// << "\n" << op1 << "\t >>=\t\t " << op2 << "\t = " << r19
<< "\n" << op1 << "\t &= \t\t " << op2 << "\t = " << r20
<< "\n" << op1 << "\t ^= \t\t " << op2 << "\t = " << r21
<< "\n" << op1 << "\t |= \t\t " << op2 << "\t = " << r22
// << "\n" << "\t ()++ \t " << op2 << "\t = " << r23
// << "\n" << "\t ++() \t " << op2 << "\t = " << r24
// << "\n" << "\t ()-- \t " << op2 << "\t = " << r25
// << "\n" << "\t --() \t " << op2 << "\t = " << r26
// << "\n" << op1 << "\t > ?: \t " << op2 << "\t = " << r27
// << "\n" << op1 << "\t < ?: \t " << op2 << "\t = " << r28
// << "\n" << op1 << "\t , \t\t " << op2 << "\t = " << r29
<< "\n~(" << op1 << ") \t\t\t = " << r30
// << "\n" << op1 << "\t << \t\t " << op2 << "\t = " << r31
// << "\n" << op1 << "\t >> \t\t " << op2 << "\t = " << r32
<< "\n" << op1 << "\t & \t\t " << op2 << "\t = " << r33
<< "\n" << op1 << "\t ^ \t\t " << op2 << "\t = " << r34
<< "\n" << op1 << "\t | \t\t " << op2 << "\t = " << r35
<< "\n\n" << op1 << "\t &= \t\t " << VAL3 << "\t = " << r36
<< "\n" << op1 << "\t ^= \t\t " << VAL3 << "\t = " << r37
<< "\n" << op1 << "\t |= \t\t " << VAL3 << "\t = " << r38
<< "\n" << op1 << "\t & \t\t " << VAL3 << "\t = " << r39
<< "\n" << op1 << "\t ^ \t\t " << VAL3 << "\t = " << r40
<< "\n" << op1 << "\t | \t\t " << VAL3 << "\t = " << r41
<< "\n\n" << op1 << "\t and_reduce() \t = " << r42
<< "\n" << op1 << "\t or_reduce() \t = " << r43
<< "\n" << op1 << "\t xor_reduce() \t = " << r44
<< endl;
if (op1 == op2) // Equality
cout << "\n" << op1 << "\t == \t\t " << op2 << "\t -> true" << endl;
else
cout << "\n" << op1 << "\t == \t\t " << op2 << "\t -> false" << endl;
if (op1 != op2) // Inequality
cout << op1 << "\t != \t\t " << op2 << "\t -> true" << endl;
else
cout << op1 << "\t != \t\t " << op2 << "\t -> false" << endl;
op1 = op2 = "1111"; // Assignment operator concatenation
cout << "\n" << op1 << "\t = \t\t " << op2 << endl;
// 4. OPERATOR DEFINITIONS
// & | ^ ~
std_ulogic_vector<9> suv;
std_ulogic_vector<9> vu;
std_ulogic_vector<9> vx;
std_ulogic_vector<9> v0;
std_ulogic_vector<9> v1;
std_ulogic_vector<9> vz;
std_ulogic_vector<9> vw;
std_ulogic_vector<9> vl;
std_ulogic_vector<9> vh;
std_ulogic_vector<9> vd;
std_ulogic_vector<9> bang;
suv = "UX01ZWLH-";
vu = "UUUUUUUUU" & suv;
vx = "XXXXXXXXX" & suv;
v0 = "000000000" & suv;
v1 = "111111111" & suv;
vz = "ZZZZZZZZZ" & suv;
vw = "WWWWWWWWW" & suv;
vl = "LLLLLLLLL" & suv;
vh = "HHHHHHHHH" & suv;
vd = "---------" & suv;
cout << "\n+-------------------------+"
<< "\n| AND (&) | X | 0 | 1 | Z |"
<< "\n+-------------------------+"
<< "\n| X | " << vx[7] << " | " << vx[6] << " | "
<< vx[5] << " | " << vx[4] << " | "
<< "\n+-------------------------+"
<< "\n| 0 | " << v0[7] << " | " << v0[6] << " | "
<< v0[5] << " | " << v0[4] << " | "
<< "\n+-------------------------+"
<< "\n| 1 | " << v1[7] << " | " << v1[6] << " | "
<< v1[5] << " | " << v1[4] << " | "
<< "\n+-------------------------+"
<< "\n| Z | " << vz[7] << " | " << vz[6] << " | "
<< vz[5] << " | " << vz[4] << " | "
<< "\n+-------------------------+"
<< endl;
vu = "UUUUUUUUU" | suv;
vx = "XXXXXXXXX" | suv;
v0 = "000000000" | suv;
v1 = "111111111" | suv;
vz = "ZZZZZZZZZ" | suv;
vw = "WWWWWWWWW" | suv;
vl = "LLLLLLLLL" | suv;
vh = "HHHHHHHHH" | suv;
vd = "---------" | suv;
cout << "\n+-------------------------+"
<< "\n| OR (|) | X | 0 | 1 | Z |"
<< "\n+-------------------------+"
<< "\n| X | " << vx[7] << " | " << vx[6] << " | "
<< vx[5] << " | " << vx[4] << " | "
<< "\n+-------------------------+"
<< "\n| 0 | " << v0[7] << " | " << v0[6] << " | "
<< v0[5] << " | " << v0[4] << " | "
<< "\n+-------------------------+"
<< "\n| 1 | " << v1[7] << " | " << v1[6] << " | "
<< v1[5] << " | " << v1[4] << " | "
<< "\n+-------------------------+"
<< "\n| Z | " << vz[7] << " | " << vz[6] << " | "
<< vz[5] << " | " << vz[4] << " | "
<< "\n+-------------------------+"
<< endl;
vu = "UUUUUUUUU" ^ suv;
vx = "XXXXXXXXX" ^ suv;
v0 = "000000000" ^ suv;
v1 = "111111111" ^ suv;
vz = "ZZZZZZZZZ" ^ suv;
vw = "WWWWWWWWW" ^ suv;
vl = "LLLLLLLLL" ^ suv;
vh = "HHHHHHHHH" ^ suv;
vd = "---------" ^ suv;
cout << "\n+-------------------------+"
<< "\n| XOR (^) | X | 0 | 1 | Z |"
<< "\n+-------------------------+"
<< "\n| X | " << vx[7] << " | " << vx[6] << " | "
<< vx[5] << " | " << vx[4] << " | "
<< "\n+-------------------------+"
<< "\n| 0 | " << v0[7] << " | " << v0[6] << " | "
<< v0[5] << " | " << v0[4] << " | "
<< "\n+-------------------------+"
<< "\n| 1 | " << v1[7] << " | " << v1[6] << " | "
<< v1[5] << " | " << v1[4] << " | "
<< "\n+-------------------------+"
<< "\n| Z | " << vz[7] << " | " << vz[6] << " | "
<< vz[5] << " | " << vz[4] << " | "
<< "\n+-------------------------+"
<< endl;
bang = ~suv;
cout << "\n+-------------------------+"
<< "\n| NOT (~) | X | 0 | 1 | Z |"
<< "\n+-------------------------+"
<< "\n| | " << bang[7] << " | " << bang[6] << " | "
<< bang[5] << " | " << bang[4] << " | "
<< "\n+-------------------------+"
<< endl;
return 0;
}
int sc_main(int argc, char* argv[])
{
// signal declaration
sc_clock clk("clk", 1, SC_US, 0.5);
sc_signal<sc_logic> reset;
sc_signal<sc_lv<32> > instruction;
sc_signal<sc_logic> overflow;
// module declaration
top top0("top0");
// signal connection
top0.clock(clk);
top0.reset(reset);
top0.instruction(instruction);
top0.overflow(overflow);
// Open VCD file
sc_trace_file *wf = sc_create_vcd_trace_file("test_DM_wave");
wf->set_time_unit(1, SC_NS);
// error counter for tb
int tb_error = 0;
// set signal to .vcd wave file
sc_trace(wf,clk,"clk");
sc_trace(wf,instruction,"instruction");
sc_trace(wf,overflow,"overflow");
sc_trace(wf,reset,"reset");
sc_trace(wf,top0.r1_data,"r1_data");
sc_trace(wf,top0.r2_data,"r2_data");
sc_trace(wf,top0.r3_data,"r3_data");
sc_trace(wf,top0.out_data,"mem_output");
sc_trace(wf,top0.alu_output,"alu_output");
sc_trace(wf,top0.m31out,"rw_data");
// init
reset = sc_logic('0');
instruction = sc_lv<32>("00000000000000000000000000000000");
// run simulation
sc_start(0,SC_US);
instruction = sc_lv<32>("01000100000000000000001111111111");
sc_start(1,SC_US);
cout << "@" << sc_time_stamp() << endl
<< "instruction : " << instruction << endl
<< "reset : " << reset << endl
<< "r1data :" << top0.r1_data << endl
<< "r2data :" << top0.r2_data << endl
<< "r3data :" << top0.r3_data << endl
<< "mem_output :" << top0.out_data << endl
<< "alu_output :" << top0.alu_output << endl
<< "rw_data :" << top0.m31out << endl
<< endl;
/*
// start testing here
for(int i=0 ; i<SIZE_OF_TEST ; i++)
{
instruction = sc_lv<32>(in_data_list[i]);
// add simulation time
sc_start(1,SC_US);
cout << "@" << sc_time_stamp() <<" ,instruction : " << instruction << " ,reset : " << reset
<< endl;
// error check!
temp_output = out_data_list[i];
if(out_data.read() != temp_output){
tb_error++;
#ifdef REG_DEBUG
cout << " error! " << endl;
#endif
}
}
*/
if(tb_error != 0)
cout << tb_error << " errors!" << endl;
else
cout << "pass!" << endl;
sc_start(2,SC_NS);
sc_close_vcd_trace_file(wf);
return 0;
}
void cover_sc_bit()
{
sc_bit bdef;
sc_bit bf(false);
sc_bit bt(true);
sc_bit b0(0);
sc_bit b1(1);
try {
sc_bit foo(2);
}
catch (sc_report) {
cout << "Caught exception for sc_bit(2)\n";
}
sc_bit bc0('0');
sc_bit bc1('1');
try {
sc_bit foo('2');
}
catch (sc_report) {
cout << "Caught exception for sc_bit('2')\n";
}
sc_bit blc0(sc_logic('0'));
sc_bit blc1(sc_logic('1'));
sc_bit blcx(sc_logic('X'));
sc_bit bcop(bt);
cout << bdef << bf << bt << b0 << b1 << bc0 << bc1 << blc0 << blc1
<< blcx << bcop << endl;
sc_bit b;
b = bt;
sc_assert(b);
b = 0;
sc_assert(!b);
b = true;
sc_assert(b.to_bool());
b = '0';
sc_assert(!b.to_bool());
b = sc_logic('1');
sc_assert(b.to_char() == '1');
b = bf;
sc_assert(~b);
b |= bt;
sc_assert(b);
b &= bf;
sc_assert(!b);
b |= 1;
sc_assert(b);
b &= 0;
sc_assert(!b);
b |= '1';
sc_assert(b);
b &= '0';
sc_assert(!b);
b |= true;
sc_assert(b);
b &= false;
sc_assert(!b);
b ^= bt;
sc_assert(b);
b ^= 1;
sc_assert(!b);
b ^= '1';
sc_assert(b);
b ^= true;
sc_assert(!b);
sc_assert(b == bf);
sc_assert(b == 0);
sc_assert(b == '0');
sc_assert(b == false);
b = 1;
sc_assert(b == bt);
sc_assert(b == 1);
sc_assert(b == '1');
sc_assert(b == true);
sc_assert(1 == b);
sc_assert('1' == b);
sc_assert(true == b);
sc_assert(equal(b, bt));
sc_assert(equal(b, 1));
sc_assert(equal(b, '1'));
sc_assert(equal(b, true));
sc_assert(equal(1, b));
sc_assert(equal('1', b));
sc_assert(equal(true, b));
b = 0;
sc_assert(b != bt);
sc_assert(b != 1);
sc_assert(b != '1');
sc_assert(b != true);
sc_assert(1 != b);
sc_assert('1' != b);
sc_assert(true != b);
sc_assert(not_equal(b, bt));
sc_assert(not_equal(b, 1));
sc_assert(not_equal(b, '1'));
sc_assert(not_equal(b, true));
sc_assert(not_equal(1, b));
sc_assert(not_equal('1', b));
sc_assert(not_equal(true, b));
// the following assertion is incorrect, because the b_not() method
// is destructive, i.e., it implements something like b ~= void.
/// sc_assert(b == b_not(b.b_not()));
b.b_not();
sc_assert(b);
sc_bit bx;
b_not(bx, b0);
sc_assert(bx);
b_not(bx, b1);
sc_assert(!bx);
cout << (b0|b0) << (b0|b1) << (b1|b0) << (b1|b1) << endl;
cout << (b0&b0) << (b0&b1) << (b1&b0) << (b1&b1) << endl;
cout << (b0^b0) << (b0^b1) << (b1^b0) << (b1^b1) << endl;
cout << (b0|0) << (b0|1) << (b1|0) << (b1|1) << endl;
cout << (b0&0) << (b0&1) << (b1&0) << (b1&1) << endl;
cout << (b0^0) << (b0^1) << (b1^0) << (b1^1) << endl;
cout << (b0|'0') << (b0|'1') << (b1|'0') << (b1|'1') << endl;
cout << (b0&'0') << (b0&'1') << (b1&'0') << (b1&'1') << endl;
cout << (b0^'0') << (b0^'1') << (b1^'0') << (b1^'1') << endl;
cout << (b0|true) << (b0|false) << (b1|true) << (b1|false) << endl;
cout << (b0&true) << (b0&false) << (b1&true) << (b1&false) << endl;
cout << (b0^true) << (b0^false) << (b1^true) << (b1^false) << endl;
cout << (0|b0) << (0|b1) << (1|b0) << (1|b1) << endl;
cout << (0&b0) << (0&b1) << (1&b0) << (1&b1) << endl;
cout << (0^b0) << (0^b1) << (1^b0) << (1^b1) << endl;
cout << ('0'|b0) << ('0'|b1) << ('1'|b0) << ('1'|b1) << endl;
cout << ('0'&b0) << ('0'&b1) << ('1'&b0) << ('1'&b1) << endl;
cout << ('0'^b0) << ('0'^b1) << ('1'^b0) << ('1'^b1) << endl;
cout << (false|b0) << (false|b1) << (true|b0) << (true|b1) << endl;
cout << (false&b0) << (false&b1) << (true&b0) << (true&b1) << endl;
cout << (false^b0) << (false^b1) << (true^b0) << (true^b1) << endl;
cout << b_or(b0,b0) << b_or(b0,b1) << b_or(b1,b0) << b_or(b1,b1) << endl;
cout << b_and(b0,b0) << b_and(b0,b1) << b_and(b1,b0) << b_and(b1,b1)
<< endl;
cout << b_xor(b0,b0) << b_xor(b0,b1) << b_xor(b1,b0) << b_xor(b1,b1)
<< endl;
cout << b_or(b0,0) << b_or(b0,1) << b_or(b1,0) << b_or(b1,1) << endl;
cout << b_and(b0,0) << b_and(b0,1) << b_and(b1,0) << b_and(b1,1) << endl;
cout << b_xor(b0,0) << b_xor(b0,1) << b_xor(b1,0) << b_xor(b1,1) << endl;
cout << b_or(b0,'0') << b_or(b0,'1') << b_or(b1,'0') << b_or(b1,'1')
<< endl;
cout << b_and(b0,'0') << b_and(b0,'1') << b_and(b1,'0') << b_and(b1,'1')
<< endl;
cout << b_xor(b0,'0') << b_xor(b0,'1') << b_xor(b1,'0') << b_xor(b1,'1')
<< endl;
cout << b_or(b0,false) << b_or(b0,true) << b_or(b1,false) << b_or(b1,true)
<< endl;
cout << b_and(b0,false) << b_and(b0,true) << b_and(b1,false)
<< b_and(b1,true) << endl;
cout << b_xor(b0,false) << b_xor(b0,true) << b_xor(b1,false)
<< b_xor(b1,true) << endl;
cout << b_or(0,b0) << b_or(0,b1) << b_or(1,b0) << b_or(1,b1) << endl;
cout << b_and(0,b0) << b_and(0,b1) << b_and(1,b0) << b_and(1,b1) << endl;
cout << b_xor(0,b0) << b_xor(0,b1) << b_xor(1,b0) << b_xor(1,b1) << endl;
cout << b_or('0',b0) << b_or('0',b1) << b_or('1',b0) << b_or('1',b1)
<< endl;
cout << b_and('0',b0) << b_and('0',b1) << b_and('1',b0) << b_and('1',b1)
<< endl;
cout << b_xor('0',b0) << b_xor('0',b1) << b_xor('1',b0) << b_xor('1',b1)
<< endl;
cout << b_or(false,b0) << b_or(false,b1) << b_or(true,b0) << b_or(true,b1)
<< endl;
cout << b_and(false,b0) << b_and(false,b1) << b_and(true,b0)
<< b_and(true,b1) << endl;
cout << b_xor(false,b0) << b_xor(false,b1) << b_xor(true,b0)
<< b_xor(true,b1) << endl;
b_or(b, b0, b1);
sc_assert(b);
b_and(b, b0, b1);
sc_assert(!b);
b_xor(b, b0, b1);
sc_assert(b);
}
//------------------------------------------------------------------------
void IHEX_FSM::FSM_NEXT_Q()
{
for(i=0;i<2;i++)
{
LRC[i] = sc_logic('0');
ALE[i] = sc_logic('0');
DLE[i] = sc_logic('0');
CLE[i] = sc_logic('0');
}
for(;i<4;i++)
{
LRC[i] = sc_logic('0');
ALE[i] = sc_logic('0');
}
switch(Q) {
case IDLE:
if(SC.read() == '1')
next_Q = DCH;
break;
case DCH:
CLE[1] = sc_logic('1');
if(IS_HEX.read() == '1')
next_Q = DCL;
else
next_Q = ERR;
break;
case DCL:
CLE[0] = sc_logic('1');
if(IS_HEX.read() == '1')
next_Q = ADHH;
else
next_Q = ERR;
break;
case ADHH:
ALE[3] = sc_logic('1');
if(IS_HEX.read() == '1')
next_Q = ADHL;
else
next_Q = ERR;
break;
case ADHL:
ALE[2] = sc_logic('1');
if(IS_HEX.read() == '1')
next_Q = ADLH;
else
next_Q = ERR;
break;
case ADLH:
ALE[1] = sc_logic('1');
if(IS_HEX.read() == '1')
next_Q = ADLL;
else
next_Q = ERR;
break;
case ADLL:
ALE[0] = sc_logic('1');
if(IS_HEX.read() == '1')
next_Q = EMH;
else
next_Q = ERR;
break;
case EMH:
if(IS_HEX.read() == '1')
next_Q = EML;
else
next_Q = ERR;
break;
case EML:
if(IS_HEX.read() == '1')
if(TDC.read() == '0')
next_Q = DH;
else
next_Q = LRCH;
else
next_Q = ERR;
break;
case DH:
DLE[1] = sc_logic('1');
if(IS_HEX.read() == '1')
next_Q = DL;
else
next_Q = ERR;
break;
case DL:
DLE[0] = sc_logic('1');
if(IS_HEX.read() == '1')
{
if(TDC.read() == '0')
next_Q = DH;
else
next_Q = LRCH;
}
else
next_Q = ERR;
break;
case MEMW:
break;
case LRCH:
if(IS_HEX.read() == '1')
next_Q = LRCL;
else
next_Q = ERR;
break;
case LRCL:
if(IS_HEX.read() == '1')
next_Q = IDLE;
else
next_Q = ERR;
break;
case CMPLRC:
break;
case ERR:
next_Q = IDLE;
}
}
* Created on: 1 mars 2016
* Author: joel
*/
#include <systemc.h>
#include "Block_Switching.h"
//#include "Bloc_Deswitching.h"
//#include "BDT_croisee.h"
//#include "register.h"
//#include "xor2.h"
//#include "Block_Routage.h"
//Declaration of struct
const int N = 5;
struct logic_vals { sc_logic a, b; } AB [N]=
{
{ sc_logic(0), sc_logic(0) },
{ sc_logic(0), sc_logic(1) },
{ sc_logic(1), sc_logic(0) },
{ sc_logic(1), sc_logic(0) },
{ sc_logic(0), sc_logic(1) }
};
int sc_main(int args, char* argv[]){
//////////////////////////---------- SIMULACION DE BLOQUE DE SWITCHING-----------------/////////////////////////
module_Block_Switching B_Switching("B_Switching");
sc_clock clk("clk", 10, 0.5, 0, true); // perido = 10 ns duty = 0.5, iniciar en 0 logico o en 1 logico, true = iniciar con rising edge false= iniciar con falling edge
sc_signal < sc_logic > fil_j, fil_j1, fil_j_code, fil_j1_code, S_switch;
B_Switching (clk, fil_j, fil_j1, S_switch, fil_j_code, fil_j1_code);
int sc_main(int ac, char *av[])
{
// 1. DECLARATION SYNTAX
std_ulogic s1;
std_ulogic s2, s3, s4, s5, s6, s7, s8, s9, s10, s11;
// 2. TYPE CONVERSION
// std_ulogic <- std_ulogic
s1 = 'U';
s2 = 'X';
s3 = '0';
s4 = '1';
s5 = 'Z';
s6 = 'W';
s7 = 'L';
s8 = 'H';
s9 = '-';
s10 = true;
s11 = false;
cout << "\nstd_ulogic \t<=\t\t std_ulogic"
<< "\n-------------------------------------------"
<< "\nUNINITIALIZED \t= " << s1 << "\t\t 'U'"
<< "\nUNKNOWN \t= " << s2 << "\t\t 'X'"
<< "\nZERO \t\t= " << s3 << "\t\t '0'"
<< "\nONE \t\t= " << s4 << "\t\t '1'"
<< "\nTRISTATE \t= " << s5 << "\t\t 'Z'"
<< "\nWEAK-UNKNOWN \t= " << s6 << "\t\t 'W'"
<< "\nWEAK-ZERO \t= " << s7 << "\t\t 'L'"
<< "\nWEAK-ONE \t= " << s8 << "\t\t 'H'"
<< "\nDONT-CARE \t= " << s9 << "\t\t '-'"
<< "\nTRUE \t\t= " << s10 << "\t\t true"
<< "\nFALSE \t\t= " << s11 << "\t\t false"
<< "\n" << endl;
// std_ulogic <- literals
std_ulogic a, b, c, d;
a = true;
b = false;
c = 1;
d = 0;
cout << "std_ulogic <=\t literals"
<< "\n-------------------------"
<< "\nA = " << a << "\t\t true"
<< "\nB = " << b << "\t\t false"
<< "\nC = " << c << "\t\t 1"
<< "\nD = " << d << "\t\t 0"
<< "\n" << endl;
// std_ulogic <- bool
std_ulogic su1, su2, su3, su4;
bool b1, b2, b3, b4;
b1 = true;
b2 = false;
b3 = 1;
b4 = 0;
su1 = b1;
su2 = b2;
su3 = b3;
su4 = b4;
cout << "std_ulogic <=\t bool"
<< "\n---------------------"
<< "\nTRUE \t= " << su1 << "\t " << b1
<< "\nFALSE \t= " << su2 << "\t " << b2
<< "\n1 \t= " << su3 << "\t " << b3
<< "\n0 \t= " << su4 << "\t " << b4
<< "\n" << endl;
// std_ulogic <- char
std_ulogic sc1, sc2, sc3, sc4, sc5, sc6, sc7, sc8, sc9;
std_ulogic sc10, sc11, sc12, sc13, sc14, sc15, sc16, sc17, sc18, sc19;
char c1, c2, c3, c4, c5, c6, c7, c8, c9;
char c10, c11, c12, c13, c14, c15, c16, c17, c18, c19;
c1 = 'U';
c2 = 'u';
c3 = 'X';
c4 = 'x';
c5 = '0';
c6 = '1';
c7 = 'Z';
c8 = 'z';
c9 = 'W';
c10 = 'w';
c11 = 'L';
c12 = 'l';
c13 = 'H';
c14 = 'h';
c15 = '-';
c16 = 'D';
c17 = 'd';
c18 = 'B';
c19 = 'F';
sc1 = c1;
sc2 = c2;
sc3 = c3;
sc4 = c4;
sc5 = c5;
sc6 = c6;
sc7 = c7;
sc8 = c8;
sc9 = c9;
sc10 = c10;
sc11 = c11;
sc12 = c12;
sc13 = c13;
sc14 = c14;
sc15 = c15;
sc16 = c16;
sc17 = c17;
sc18 = c18;
sc19 = c19;
cout << "std_ulogic <=\t char"
<< "\n---------------------"
<< "\nSC1 \t= " << sc1 << "\t '" << c1 << "'"
<< "\nSC2 \t= " << sc2 << "\t '" << c2 << "'"
<< "\nSC3 \t= " << sc3 << "\t '" << c3 << "'"
<< "\nSC4 \t= " << sc4 << "\t '" << c4 << "'"
<< "\nSC5 \t= " << sc5 << "\t '" << c5 << "'"
<< "\nSC6 \t= " << sc6 << "\t '" << c6 << "'"
<< "\nSC7 \t= " << sc7 << "\t '" << c7 << "'"
<< "\nSC8 \t= " << sc8 << "\t '" << c8 << "'"
<< "\nSC9 \t= " << sc9 << "\t '" << c9 << "'"
<< "\nSC10 \t= " << sc10 << "\t '" << c10 << "'"
<< "\nSC11 \t= " << sc11 << "\t '" << c11 << "'"
<< "\nSC12 \t= " << sc12 << "\t '" << c12 << "'"
<< "\nSC13 \t= " << sc13 << "\t '" << c13 << "'"
<< "\nSC14 \t= " << sc14 << "\t '" << c14 << "'"
<< "\nSC15 \t= " << sc15 << "\t '" << c15 << "'"
<< "\nSC16 \t= " << sc16 << "\t '" << c16 << "'"
<< "\nSC17 \t= " << sc17 << "\t '" << c17 << "'"
<< "\nSC18 \t= " << sc18 << "\t '" << c18 << "'"
<< "\nSC19 \t= " << sc19 << "\t '" << c19 << "'"
<< "\n" << endl;
// 3. OPERATORS
// Supported operators: ~ & ^ | &= ^= |= == != =
#define VAL1 '1'
#define VAL2 '1'
std_ulogic op1 = sc_logic(VAL1);
std_ulogic op2 = sc_logic(VAL2);
std_ulogic r1, r2, r3, r4, r5, r6, r7, r8, r9;
std_ulogic r10, r11, r12, r13, r14, r15, r16, r17, r18, r19;
std_ulogic r20, r21, r22, r23, r24, r25, r26, r27, r28, r29;
std_ulogic r30, r31, r32, r33, r34, r35;
// r1 = op1 * op2; // Multiplication
// r2 = op1 / op2; // Division
// r3 = op1 % op2; // Modulus
// r4 = op1 + op2; // Addition
// r5 = op1 - op2; // Subtraction
// r6 = !op1; // Logical NOT
// r7 = op1 && op2; // Logical AND
// r8 = op1 || op2; // Logical OR
// r9 = op1 < op2; // Less than
// r10 = op1 <= op2; // Less than or equal
// r11 = op1 > op2; // Greater than
// r12 = op1 >= op2; // Greater than or equal
// r13 = op1 += op2; // Compound addition
// op1 = VAL1; op2 = VAL2;
// r14 = op1 -= op2; // Compound subtraction
// op1 = VAL1; op2 = VAL2;
// r15 = op1 *= op2; // Compound multiplication
// op1 = VAL1; op2 = VAL2;
// r16 = op1 /= op2; // Compound division
// op1 = VAL1; op2 = VAL2;
// r17 = op1 %= op2; // Compound modulus
// op1 = VAL1; op2 = VAL2;
// r18 = op1 <<= op2; // Compound shift left
// op1 = VAL1; op2 = VAL2;
// r19 = op1 >>= op2; // Compound shift right
// op1 = VAL1; op2 = VAL2;
r20 = op1 &= op2; // Compound bitwise AND
op1 = VAL1; op2 = VAL2;
r21 = op1 ^= op2; // Compound bitwise XOR
op1 = VAL1; op2 = VAL2;
r22 = op1 |= op2; // Compound bitwise OR
op1 = VAL1; op2 = VAL2;
// r23 = op2++; // Postfix increment
// op1 = VAL1; op2 = VAL2;
// r24 = ++op2; // Prefix increment
// op1 = VAL1; op2 = VAL2;
// r25 = op2--; // Postfix decrement
// op1 = VAL1; op2 = VAL2;
// r26 = --op2; // Prefix decrement
// op1 = VAL1; op2 = VAL2;
// r27 = (op1 > op2) ? true : false; // Arithmetic if
// r28 = (op1 < op2) ? true : false; // Arithmetic if
// r29 = op1, r29 = op2; // Comma
r30 = ~op1; // Bitwise NOT
// r31 = op1 << op2; // Left shift
// op1 = VAL1; op2 = VAL2;
// r32 = op1 >> op2; // Right shift
// op1 = VAL1; op2 = VAL2;
r33 = op1 & op2; // Bitwise AND
r34 = op1 ^ op2; // Bitwise XOR
r35 = op1 | op2; // Bitwise OR
cout << "op1 \t operator \t op2 \t result [All operands are std_ulogic]"
<< "\n----------------------------------------------------------------"
// << "\n" << op1 << "\t * \t\t " << op2 << "\t = " << r1
// << "\n" << op1 << "\t / \t\t " << op2 << "\t = " << r2
// << "\n" << op1 << "\t % \t\t " << op2 << "\t = " << r3
// << "\n" << op1 << "\t + \t\t " << op2 << "\t = " << r4
// << "\n" << op1 << "\t - \t\t " << op2 << "\t = " << r5
// << "\n!(" << op1 << ") \t\t\t\t = " << r6
// << "\n" << op1 << "\t && \t\t " << op2 << "\t = " << r7
// << "\n" << op1 << "\t || \t\t " << op2 << "\t = " << r8
// << "\n" << op1 << "\t < \t\t " << op2 << "\t = " << r9
// << "\n" << op1 << "\t <= \t\t " << op2 << "\t = " << r10
// << "\n" << op1 << "\t > \t\t " << op2 << "\t = " << r11
// << "\n" << op1 << "\t >= \t\t " << op2 << "\t = " << r12
// << "\n" << op1 << "\t += \t\t " << op2 << "\t = " << r13
// << "\n" << op1 << "\t -= \t\t " << op2 << "\t = " << r14
// << "\n" << op1 << "\t *= \t\t " << op2 << "\t = " << r15
// << "\n" << op1 << "\t /= \t\t " << op2 << "\t = " << r16
// << "\n" << op1 << "\t %= \t\t " << op2 << "\t = " << r17
// << "\n" << op1 << "\t <<=\t\t " << op2 << "\t = " << r18
// << "\n" << op1 << "\t >>=\t\t " << op2 << "\t = " << r19
<< "\n" << op1 << "\t &= \t\t " << op2 << "\t = " << r20
<< "\n" << op1 << "\t ^= \t\t " << op2 << "\t = " << r21
<< "\n" << op1 << "\t |= \t\t " << op2 << "\t = " << r22
// << "\n" << "\t ()++ \t " << op2 << "\t = " << r23
// << "\n" << "\t ++() \t " << op2 << "\t = " << r24
// << "\n" << "\t ()-- \t " << op2 << "\t = " << r25
// << "\n" << "\t --() \t " << op2 << "\t = " << r26
// << "\n" << op1 << "\t > ?: \t " << op2 << "\t = " << r27
// << "\n" << op1 << "\t < ?: \t " << op2 << "\t = " << r28
// << "\n" << op1 << "\t , \t\t " << op2 << "\t = " << r29
<< "\n~(" << op1 << ") \t\t\t\t = " << r30
// << "\n" << op1 << "\t << \t\t " << op2 << "\t = " << r31
// << "\n" << op1 << "\t >> \t\t " << op2 << "\t = " << r32
<< "\n" << op1 << "\t & \t\t " << op2 << "\t = " << r33
<< "\n" << op1 << "\t ^ \t\t " << op2 << "\t = " << r34
<< "\n" << op1 << "\t | \t\t " << op2 << "\t = " << r35
<< endl;
if (op1 == op2) // Equality
cout << op1 << "\t == \t\t " << op2 << "\t -> true" << endl;
else
cout << op1 << "\t == \t\t " << op2 << "\t -> false" << endl;
if (op1 != op2) // Inequality
cout << op1 << "\t != \t\t " << op2 << "\t -> true" << endl;
else
cout << op1 << "\t != \t\t " << op2 << "\t -> false" << endl;
op1 = op2 = 0; // Assignment operator concatenation
cout << op1 << "\t = \t\t " << op2 << endl;
// 4. OPERATOR DEFINITIONS
// & | ^ ~
std_ulogic v1, v2, v3, v4, v5, v6, v7, v8, v9;
std_ulogic uu, ux, u0, u1, uz, uw, ul, uh, ud;
std_ulogic xu, xx, x0, x1, xz, xw, xl, xh, xd;
std_ulogic _0u, _0x, _00, _01, _0z, _0w, _0l, _0h, _0d;
std_ulogic _1u, _1x, _10, _11, _1z, _1w, _1l, _1h, _1d;
std_ulogic zu, zx, z0, z1, zz, zw, zl, zh, zd;
std_ulogic wu, wx, w0, w1, wz, ww, wl, wh, wd;
std_ulogic lu, lx, l0, l1, lz, lw, ll, lh, ld;
std_ulogic hu, hx, h0, h1, hz, hw, hl, hh, hd;
std_ulogic du, dx, d0, d1, dz, dw, dl, dh, dd;
v1 = 'U';
v2 = 'X';
v3 = '0';
v4 = '1';
v5 = 'Z';
v6 = 'W';
v7 = 'L';
v8 = 'H';
v9 = '-';
uu = v1 & v1; ux = v1 & v2; u0 = v1 & v3;
u1 = v1 & v4; uz = v1 & v5; uw = v1 & v6;
ul = v1 & v7; uh = v1 & v8; ud = v1 & v9;
xu = v2 & v1; xx = v2 & v2; x0 = v2 & v3;
x1 = v2 & v4; xz = v2 & v5; xw = v2 & v6;
xl = v2 & v7; xh = v2 & v8; xd = v2 & v9;
_0u = v3 & v1; _0x = v3 & v2; _00 = v3 & v3;
_01 = v3 & v4; _0z = v3 & v5; _0w = v3 & v6;
_0l = v3 & v7; _0h = v3 & v8; _0d = v3 & v9;
_1u = v4 & v1; _1x = v4 & v2; _10 = v4 & v3;
_11 = v4 & v4; _1z = v4 & v5; _1w = v4 & v6;
_1l = v4 & v7; _1h = v4 & v8; _1d = v4 & v9;
zu = v5 & v1; zx = v5 & v2; z0 = v5 & v3;
z1 = v5 & v4; zz = v5 & v5; zw = v5 & v6;
zl = v5 & v7; zh = v5 & v8; zd = v5 & v9;
wu = v6 & v1; wx = v6 & v2; w0 = v6 & v3;
w1 = v6 & v4; wz = v6 & v5; ww = v6 & v6;
wl = v6 & v7; wh = v6 & v8; wd = v6 & v9;
lu = v7 & v1; lx = v7 & v2; l0 = v7 & v3;
l1 = v7 & v4; lz = v7 & v5; lw = v7 & v6;
ll = v7 & v7; lh = v7 & v8; ld = v7 & v9;
hu = v8 & v1; hx = v8 & v2; h0 = v8 & v3;
h1 = v8 & v4; hz = v8 & v5; hw = v8 & v6;
hl = v8 & v7; hh = v8 & v8; hd = v8 & v9;
du = v9 & v1; dx = v9 & v2; d0 = v9 & v3;
d1 = v9 & v4; dz = v9 & v5; dw = v9 & v6;
dl = v9 & v7; dh = v9 & v8; dd = v9 & v9;
cout << "\n+-------------------------+"
<< "\n| AND (&) | X | 0 | 1 | Z |"
<< "\n+-------------------------+"
<< "\n| X | " << xx << " | " << x0 << " | "
<< x1 << " | " << xz << " | "
<< "\n+-------------------------+"
<< "\n| 0 | " << _0x << " | " << _00 << " | "
<< _01 << " | " << _0z << " | "
<< "\n+-------------------------+"
<< "\n| 1 | " << _1x << " | " << _10 << " | "
<< _11 << " | " << _1z << " | "
<< "\n+-------------------------+"
<< "\n| Z | " << zx << " | " << z0 << " | "
<< z1 << " | " << zz << " | "
<< "\n+-------------------------+"
<< endl;
uu = v1 | v1; ux = v1 | v2; u0 = v1 | v3;
u1 = v1 | v4; uz = v1 | v5; uw = v1 | v6;
ul = v1 | v7; uh = v1 | v8; ud = v1 | v9;
xu = v2 | v1; xx = v2 | v2; x0 = v2 | v3;
x1 = v2 | v4; xz = v2 | v5; xw = v2 | v6;
xl = v2 | v7; xh = v2 | v8; xd = v2 | v9;
_0u = v3 | v1; _0x = v3 | v2; _00 = v3 | v3;
_01 = v3 | v4; _0z = v3 | v5; _0w = v3 | v6;
_0l = v3 | v7; _0h = v3 | v8; _0d = v3 | v9;
_1u = v4 | v1; _1x = v4 | v2; _10 = v4 | v3;
_11 = v4 | v4; _1z = v4 | v5; _1w = v4 | v6;
_1l = v4 | v7; _1h = v4 | v8; _1d = v4 | v9;
zu = v5 | v1; zx = v5 | v2; z0 = v5 | v3;
z1 = v5 | v4; zz = v5 | v5; zw = v5 | v6;
zl = v5 | v7; zh = v5 | v8; zd = v5 | v9;
wu = v6 | v1; wx = v6 | v2; w0 = v6 | v3;
w1 = v6 | v4; wz = v6 | v5; ww = v6 | v6;
wl = v6 | v7; wh = v6 | v8; wd = v6 | v9;
lu = v7 | v1; lx = v7 | v2; l0 = v7 | v3;
l1 = v7 | v4; lz = v7 | v5; lw = v7 | v6;
ll = v7 | v7; lh = v7 | v8; ld = v7 | v9;
hu = v8 | v1; hx = v8 | v2; h0 = v8 | v3;
h1 = v8 | v4; hz = v8 | v5; hw = v8 | v6;
hl = v8 | v7; hh = v8 | v8; hd = v8 | v9;
du = v9 | v1; dx = v9 | v2; d0 = v9 | v3;
d1 = v9 | v4; dz = v9 | v5; dw = v9 | v6;
dl = v9 | v7; dh = v9 | v8; dd = v9 | v9;
cout << "\n+-------------------------+"
<< "\n| OR (|) | X | 0 | 1 | Z |"
<< "\n+-------------------------+"
<< "\n| X | " << xx << " | " << x0 << " | "
<< x1 << " | " << xz << " | "
<< "\n+-------------------------+"
<< "\n| 0 | " << _0x << " | " << _00 << " | "
<< _01 << " | " << _0z << " | "
<< "\n+-------------------------+"
<< "\n| 1 | " << _1x << " | " << _10 << " | "
<< _11 << " | " << _1z << " | "
<< "\n+-------------------------+"
<< "\n| Z | " << zx << " | " << z0 << " | "
<< z1 << " | " << zz << " | "
<< "\n+-------------------------+"
<< endl;
uu = v1 ^ v1; ux = v1 ^ v2; u0 = v1 ^ v3;
u1 = v1 ^ v4; uz = v1 ^ v5; uw = v1 ^ v6;
ul = v1 ^ v7; uh = v1 ^ v8; ud = v1 ^ v9;
xu = v2 ^ v1; xx = v2 ^ v2; x0 = v2 ^ v3;
x1 = v2 ^ v4; xz = v2 ^ v5; xw = v2 ^ v6;
xl = v2 ^ v7; xh = v2 ^ v8; xd = v2 ^ v9;
_0u = v3 ^ v1; _0x = v3 ^ v2; _00 = v3 ^ v3;
_01 = v3 ^ v4; _0z = v3 ^ v5; _0w = v3 ^ v6;
_0l = v3 ^ v7; _0h = v3 ^ v8; _0d = v3 ^ v9;
_1u = v4 ^ v1; _1x = v4 ^ v2; _10 = v4 ^ v3;
_11 = v4 ^ v4; _1z = v4 ^ v5; _1w = v4 ^ v6;
_1l = v4 ^ v7; _1h = v4 ^ v8; _1d = v4 ^ v9;
zu = v5 ^ v1; zx = v5 ^ v2; z0 = v5 ^ v3;
z1 = v5 ^ v4; zz = v5 ^ v5; zw = v5 ^ v6;
zl = v5 ^ v7; zh = v5 ^ v8; zd = v5 ^ v9;
wu = v6 ^ v1; wx = v6 ^ v2; w0 = v6 ^ v3;
w1 = v6 ^ v4; wz = v6 ^ v5; ww = v6 ^ v6;
wl = v6 ^ v7; wh = v6 ^ v8; wd = v6 ^ v9;
lu = v7 ^ v1; lx = v7 ^ v2; l0 = v7 ^ v3;
l1 = v7 ^ v4; lz = v7 ^ v5; lw = v7 ^ v6;
ll = v7 ^ v7; lh = v7 ^ v8; ld = v7 ^ v9;
hu = v8 ^ v1; hx = v8 ^ v2; h0 = v8 ^ v3;
h1 = v8 ^ v4; hz = v8 ^ v5; hw = v8 ^ v6;
hl = v8 ^ v7; hh = v8 ^ v8; hd = v8 ^ v9;
du = v9 ^ v1; dx = v9 ^ v2; d0 = v9 ^ v3;
d1 = v9 ^ v4; dz = v9 ^ v5; dw = v9 ^ v6;
dl = v9 ^ v7; dh = v9 ^ v8; dd = v9 ^ v9;
cout << "\n+-------------------------+"
<< "\n| XOR (^) | X | 0 | 1 | Z |"
<< "\n+-------------------------+"
<< "\n| X | " << xx << " | " << x0 << " | "
<< x1 << " | " << xz << " | "
<< "\n+-------------------------+"
<< "\n| 0 | " << _0x << " | " << _00 << " | "
<< _01 << " | " << _0z << " | "
<< "\n+-------------------------+"
<< "\n| 1 | " << _1x << " | " << _10 << " | "
<< _11 << " | " << _1z << " | "
<< "\n+-------------------------+"
<< "\n| Z | " << zx << " | " << z0 << " | "
<< z1 << " | " << zz << " | "
<< "\n+-------------------------+"
<< endl;
std_ulogic nu, nx, n0, n1, nz, nw, nl, nh, nd;
nu = ~v1;
nx = ~v2;
n0 = ~v3;
n1 = ~v4;
nz = ~v5;
nw = ~v6;
nl = ~v7;
nh = ~v8;
nd = ~v9;
cout << "\n+-------------------------+"
<< "\n| NOT (~) | X | 0 | 1 | Z |"
<< "\n+-------------------------+"
<< "\n| | " << nx << " | " << n0 << " | "
<< n1 << " | " << nz << " | "
<< "\n+-------------------------+"
<< endl;
return 0;
}