| Line 42... |
Line 42... |
sc_logic ack_lv_high, ack_lv_low; // the sc_logic ack
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sc_logic ack_lv_high, ack_lv_low; // the sc_logic ack
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// read the ack
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// read the ack
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#ifdef ENABLE_CHANNEL_CLISING
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#ifdef ENABLE_CHANNEL_CLISING
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ack_lv_high = rtia.read().and_reduce();
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ack_lv_high = rtia.read().and_reduce();
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ack_lv_high = rtia.read().or_reduce();
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ack_lv_low = rtia.read().or_reduce();
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#else
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#else
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ack_lv_high = rtia.read();
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ack_lv_high = rtia.read();
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ack_lv_high = rtia.read();
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ack_lv_low = rtia.read();
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#endif
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#endif
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if(ack_lv_high.is_01() && ack_lv_high.to_bool())
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if(ack_lv_high.is_01() && ack_lv_high.to_bool())
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rtinp_sig = true;
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rtinp_sig = true;
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| Line 65... |
Line 65... |
data_lv = rtod[0].read() | rtod[1].read() | rtod[2].read() | rtod[3].read() | rtod4.read();
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data_lv = rtod[0].read() | rtod[1].read() | rtod[2].read() | rtod[3].read() | rtod4.read();
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data_lv_high = data_lv.and_reduce();
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data_lv_high = data_lv.and_reduce();
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data_lv_low = data_lv.or_reduce();
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data_lv_low = data_lv.or_reduce();
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#else
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#else
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data_lv = rtod[0].read() | rtod[1].read() | rtod[2].read() | rtod[3].read();
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data_lv = rtod[0].read() | rtod[1].read() | rtod[2].read() | rtod[3].read();
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data_lv_high = data_lv.and_reduce() & rtod4.read();
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data_lv_high = data_lv.and_reduce() | rtod4.read();
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data_lv_low = data_lv.or_reduce() | rtod4.read();
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data_lv_low = data_lv.or_reduce() | rtod4.read();
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#endif
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#endif
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if(data_lv_high.is_01() && data_lv_high.to_bool())
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if(data_lv_high.is_01() && data_lv_high.to_bool())
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rtoutp_sig = true;
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rtoutp_sig = true;
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| Line 246... |
Line 246... |
for(j=0; j<4; j++) {
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for(j=0; j<4; j++) {
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dd[0] = mdata[0][i*4+j];
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dd[0] = mdata[0][i*4+j];
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dd[1] = mdata[1][i*4+j];
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dd[1] = mdata[1][i*4+j];
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dd[2] = mdata[2][i*4+j];
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dd[2] = mdata[2][i*4+j];
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dd[3] = mdata[3][i*4+j];
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dd[3] = mdata[3][i*4+j];
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mflit[i-1] |= c1o42b(dd.to_uint()) << j;
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mflit[i-1] |= c1o42b(dd.to_uint()) << j*2;
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}
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}
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}
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}
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} else if (mflit.ftype != F_TL) {
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} else if (mflit.ftype != F_TL) {
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// fill in data
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// fill in data
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for(i=0; i<ChBW; i++) {
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for(i=0; i<ChBW; i++) {
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for(j=0; j<4; j++) {
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for(j=0; j<4; j++) {
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dd[0] = mdata[0][i*4+j];
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dd[0] = mdata[0][i*4+j];
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dd[1] = mdata[1][i*4+j];
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dd[1] = mdata[1][i*4+j];
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dd[2] = mdata[2][i*4+j];
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dd[2] = mdata[2][i*4+j];
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dd[3] = mdata[3][i*4+j];
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dd[3] = mdata[3][i*4+j];
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mflit[i] |= c1o42b(dd.to_uint()) << j;
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mflit[i] |= c1o42b(dd.to_uint()) << j*2;
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}
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}
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}
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}
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}
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}
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|
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// send the flit to the NI
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// send the flit to the NI
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