design_rtl.h revision 12855:588919e0e4aa 
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3  Licensed to Accellera Systems Initiative Inc. (Accellera) under one or
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6  Accellera licenses this file to you under the Apache License, Version 2.0
7  (the "License"); you may not use this file except in compliance with the
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10    http://www.apache.org/licenses/LICENSE-2.0
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12  Unless required by applicable law or agreed to in writing, software
13  distributed under the License is distributed on an "AS IS" BASIS,
14  WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or
15  implied.  See the License for the specific language governing
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19
20/*****************************************************************************
21
22  design_rtl.h --
23
24  Original Author: Martin Janssen, Synopsys, Inc., 2002-02-15
25
26 *****************************************************************************/
27
28/*****************************************************************************
29
30  MODIFICATION LOG - modifiers, enter your name, affiliation, date and
31  changes you are making here.
32
33      Name, Affiliation, Date:
34  Description of Modification:
35
36 *****************************************************************************/
37
38#include <systemc.h>
39
40SC_MODULE(fun)    {
41public:
42  sc_in<sc_uint<1> > clk;
43  sc_in<sc_uint<32> > count;
44  sc_out<sc_uint<9> > out_a0;
45  sc_out<sc_uint<9> > out_a1;
46  SC_CTOR(fun)    {
47    SC_METHOD(p1);
48    sensitive << count << out_a1;
49  };
50private:
51
52    template<int w> sc_int<w> int_conv_from_sc_uint_to_sc_int ( sc_uint<w>
53        a) {
54      sc_int<w> a_temp;
55      for (int i=0;i<w; i++)
56        a_temp[i] = a[i];
57      return a_temp;
58    }
59
60    template<int w> sc_bigint<w> int_conv_from_sc_biguint_to_sc_bigint (
61        sc_biguint<w> a) {
62      sc_bigint<w> a_temp;
63      for (int i=0;i<w; i++)
64        a_temp[i] = a[i];
65      return a_temp;
66    }
67
68    template<int w> sc_int<w> int_conv_from_sc_uint_to_sc_int ( bool a) {
69      sc_int<w> a_temp;
70      a_temp[0] = a;
71      return a_temp;
72    }
73
74
75    sc_uint<32> C18_B, C18_REMAINDER;
76    bool N73, N74, N75, N76, N77, N78, N79, N80, N81, N82, N83, N84, N85,
77        N86, N87, N88, N89, N90, N91, N92, N93, N94, N95, N96, N97, N98,
78        N99, N100, N101, N102, N103, N104, N105, N106, N107, N108, N109,
79        N110, N111, N112, N113, N114, N115, N116, N117, N118, N119, N120,
80        N121, N122, N123, N124, N125, N126, N127, N128, N129, N130, N131,
81        N132, N133, N134;
82
83    void p1( ) {
84      out_a1[0].write( 0 );
85      out_a1[1].write( 0 );
86      out_a1[3].write( 1 );
87      out_a1[5].write( 1 );
88      out_a1[7].write( 0 );
89      out_a1[8].write( 0 );
90      out_a0[2].write( (0 ^ 1) );
91      out_a0[5].write( (0 ^ 1) );
92      C18_B[31] =  0 ;
93      C18_B[30] =    0 ;
94      C18_B[29] =    0 ;
95      C18_B[28] =    0 ;
96      C18_B[27] =    0 ;
97      C18_B[26] =    0 ;
98      C18_B[25] =    0 ;
99      C18_B[24] =    0 ;
100      C18_B[23] =    0 ;
101      C18_B[22] =    0 ;
102      C18_B[21] =    0 ;
103      C18_B[20] =    0 ;
104      C18_B[19] =    0 ;
105      C18_B[18] =    0 ;
106      C18_B[17] =    0 ;
107      C18_B[16] =    0 ;
108      C18_B[15] =    0 ;
109      C18_B[14] =    0 ;
110      C18_B[13] =    0 ;
111      C18_B[12] =    0 ;
112      C18_B[11] =    0 ;
113      C18_B[10] =    0 ;
114      C18_B[9] =    0 ;
115      C18_B[8] =    0 ;
116      C18_B[7] =    0 ;
117      C18_B[6] =    0 ;
118      C18_B[5] =    0 ;
119      C18_B[4] =    0 ;
120      C18_B[3] =    0 ;
121      C18_B[2] =    0 ;
122      C18_B[1] =    1 ;
123      C18_B[0] =    1 ;
124
125      // REM_UNS_OP(A,B,REMAINDER)
126      REM_UNS_OP( count.read(), C18_B, C18_REMAINDER );
127    }
128    out_a0[7].write( (0 ^ 0) );
129    out_a0[8].write( (0 ^ 0) );
130    N73 =  !(C18_REMAINDER[31]);
131    N74 =  !(C18_REMAINDER[30]);
132    N76 =  !(C18_REMAINDER[29]);
133    N78 =  !(C18_REMAINDER[28]);
134    N80 =  !(C18_REMAINDER[27]);
135    N82 =  !(C18_REMAINDER[26]);
136    N84 =  !(C18_REMAINDER[25]);
137    N86 =  !(C18_REMAINDER[24]);
138    N88 =  !(C18_REMAINDER[23]);
139    N90 =  !(C18_REMAINDER[22]);
140    N92 =  !(C18_REMAINDER[21]);
141    N94 =  !(C18_REMAINDER[20]);
142    N96 =  !(C18_REMAINDER[19]);
143    N98 =  !(C18_REMAINDER[18]);
144    N100 =  !(C18_REMAINDER[17]);
145    N102 =  !(C18_REMAINDER[16]);
146    N104 =  !(C18_REMAINDER[15]);
147    N106 =  !(C18_REMAINDER[14]);
148    N108 =  !(C18_REMAINDER[13]);
149    N110 =  !(C18_REMAINDER[12]);
150    N112 =  !(C18_REMAINDER[11]);
151    N114 =  !(C18_REMAINDER[10]);
152    N116 =  !(C18_REMAINDER[9]);
153    N118 =  !(C18_REMAINDER[8]);
154    N120 =  !(C18_REMAINDER[7]);
155    N122 =  !(C18_REMAINDER[6]);
156    N124 =  !(C18_REMAINDER[5]);
157    N126 =  !(C18_REMAINDER[4]);
158    N128 =  !(C18_REMAINDER[3]);
159    N130 =  !(C18_REMAINDER[2]);
160    N132 =  !(C18_REMAINDER[1]);
161    N134 =  !(C18_REMAINDER[0]);
162    N75 =  (N73 && N74);
163    N77 =  (N75 && N76);
164    N79 =  (N77 && N78);
165    N81 =  (N79 && N80);
166    N83 =  (N81 && N82);
167    N85 =  (N83 && N84);
168    N87 =  (N85 && N86);
169    N89 =  (N87 && N88);
170    N91 =  (N89 && N90);
171    N93 =  (N91 && N92);
172    N95 =  (N93 && N94);
173    N97 =  (N95 && N96);
174    N99 =  (N97 && N98);
175    N101 =  (N99 && N100);
176    N103 =  (N101 && N102);
177    N105 =  (N103 && N104);
178    N107 =  (N105 && N106);
179    N109 =  (N107 && N108);
180    N111 =  (N109 && N110);
181    N113 =  (N111 && N112);
182    N115 =  (N113 && N114);
183    N117 =  (N115 && N116);
184    N119 =  (N117 && N118);
185    N121 =  (N119 && N120);
186    N123 =  (N121 && N122);
187    N125 =  (N123 && N124);
188    N127 =  (N125 && N126);
189    N129 =  (N127 && N128);
190    N131 =  (N129 && N130);
191    N133 =  (N131 && N132);
192    out_a1[6].write( (N133 && N134) );
193    out_a1[4].write( out_a1.read()[6] );
194    out_a0[3].write( (0 ^ out_a1.read()[6]) );
195    out_a0[4].write( (0 ^ out_a1.read()[6]) );
196    out_a0[6].write( (0 ^ out_a1.read()[6]) );
197    out_a1[2].write( !(out_a1.read()[6]) );
198    out_a0[0].write( (out_a1.read()[2] ^ 0) );
199    out_a0[1].write( (out_a1.read()[6] ^ out_a1.read()[2]) );
200
201  }
202
203};
204