otuxr_task
task derot(input bit dsk2derot_fp_que[$],
input bit [319:0] dsk2derot_data_320b_que[$],
output bit derot2dedis_fp_que[$],
output bit [319:0] derot2dedis_data_320b_que[$]);
int frame_num_tmp;
int index_tmp;
int data_remain;
bit derot2dedis_fp_tmp_que[$];
bit [319:0] derot2dedis_data_320b_tmp_que[$];
bit [15:0] dsk2derot_data_16b_ary[];
bit [15:0] derot2dedis_data_16b_ary[];
byte unsigned oa1 = 8'hf6;
byte unsigned oa2 = 8'h28;
bit [47:0] fas_tmp = {dsk2derot_data_320b_que[0][319:314],
dsk2derot_data_320b_que[1][319:314],
dsk2derot_data_320b_que[2][319:314]};
//====================clear tmp que================================================================
derot2dedis_fp_tmp_que.delete();
derot2dedis_data_320b_tmp_que.delete();
derot2dedis_fp_que.delete();
derot2dedis_data_320b_que.delete();
//====================check data que================================================================
if(dsk2derot_data_320b_que.size() != 20*408) //should 20 frame
`uvm_info(get_type_name(),$sformatf("dsk2derot_data_320b_que size unnormal, should 'd8160, real %0d",dsk2derot_data_320b_que.size()),UVM_LOW)
if(fas_tmp[47:8] != {oa1,oa1,oa1,oa2,oa2}) //start of que should fas `uvm_info(get_type_name(),$sformatf("dsk2derot_data_320b_que fas unnormal, should 'hf6f6f62828, real %0h",fas_tmp[47:8]),UVM_LOW)
//====================derot
data====================================================================
//------------------frame 0----------------------|--frame 1----||---------------frame 0-------------------|--frame 1---
//lane19 0 : 15 320 : 335 16000 : 16015 |304 : 319 || 0 : 15 320 :
335 16000 : 16015 | 0 : 15
//lane18 16 : 31 336 : 351 16016 : 16031 | 0 : 15 || 16 : 31 336 : 351 16016 : 16031 | 16 : 31
// ... ... | ... ==>|| ... ... | ...
//lane1 288 : 303 608 : 623 16288 : 16303 |272 : 287 || 288 : 303 608 : 623 16288 : 16303 |288 : 303
//lane0 304 : 319 624 : 639 16304 : 16319 |288 : 303 || 304 : 319 624 : 639 16304 : 16319 |304 : 319
//------------------------------------------------------------------------------
--------------------------------------
frame_num_tmp = dsk2derot_data_320b_que.size()/408; //4080*4*8/320=408
data_remain = dsk2derot_data_320b_que.size()%408;
if(data_remain != 0)
frame_num_tmp++;
dsk2derot_data_16b_ary = new[frame_num_tmp*8160]; //4080*4*8/16=8160
derot2dedis_data_16b_ary = new[frame_num_tmp*8160]; //4080*4*8/16=8160
dsk2derot_data_16b_ary = {>>{dsk2derot_data_320b_que}};
for(int i=0;i for(int j=0;j<408;j++) for(int k=0;k<20;k++) begin index_tmp = (k + i%20)>=20 ? ((k + i%20)-20): (k + i%20); derot2dedis_data_16b_ary[408*i+20*j+k] = dsk2derot_data_16b_ary[408*i+20*j+index_tmp]; end derot2dedis_data_320b_tmp_que = {>>{derot2dedis_data_16b_ary}}; derot2dedis_data_320b_tmp_que = derot2dedis_data_320b_tmp_que[0:(dsk2derot_data_320b_que.size()-1)]; //===================generate fp====================== derot2dedis_fp_tmp_que = dsk2derot_fp_que; for(int i=0;i++;i if(i%408=0) dsk2derot_fp_tmp_que[i] =1; //===================send one frame================== while(1) begin if(dsk2derot_fp_tmp_que.size()>407) begin dsk2derot_fp_que = dsk2derot_fp_que[0:407]; derot2dedis_data_320b_que = derot2dedis_data_320b_tmp_que[0:407]; derot2dedis_fp_tmp_que = derot2dedis_fp_que_tmp[408:$]; derot2dedis_data_320b_tmp_que = derot2dedis_data_320b_tmp_que[408:$]; end else begin dsk2derot_fp_que = dsk2derot_fp_tmp_que; derot2dedis_data_320b_que = derot2dedis_data_320b_tmp_que; break; end end endtask : derot task dedis(input bit derot2dedis_fp_que[$], input bit [319:0] derot2dedis_data_320b_que[$] output bit [255:0] dedis2fa_data_256b_que[$]); int block_320byte_cnt; int index_tmp; byte unsigned [319:0] derot2dedis_data_320byte_ary[]; byte unsigned [319:0] dedis2fa_data_320byte_ary[]; byte unsigned oa1 = 8'hf6; byte unsigned oa2 = 8'h28; bit [47:0] fas_tmp = {derot2dedis_data_320b_que[0][319:314], derot2dedis_data_320b_que[1][319:314], derot2dedis_data_320b_que[2][319:314]}; //====================clear tmp que===================== dedis2fa_data_256b_que.delete(); //====================check data que==================== if(derot2dedis_data_320b_que.size() != 408) //should 1 frame `uvm_info(get_type_name(),$sformatf("derot2dedis_data_320b_que size unnormal, should 'd408, real %0d",derot2dedis_data_320b_que.size()),UVM_LOW) if(fas_tmp[47:8] != {oa1,oa1,oa1,oa2,oa2}) //start of que should fas `uvm_info(get_type_name(),$sformatf("derot2dedis_data_320b_que fas unnormal, should 'hf6f6f62828, real %0h",fas_tmp[47:8]),UVM_LOW) //====================dedis data======================== if(derot2dedis_data_320b_que.size()%8) //8*320bit,means divisible by 320 byte block_320byte_cnt++; derot2dedis_data_320byte_ary = new[block_320byte_cnt]; dedis2fa_data_320byte_ary = new[block_320byte_cnt]; derot2dedis_data_320byte_ary = {>>{derot2dedis_data_320b_que}}; //-------------------------------------------------------- //dedis2fa_data_320byte_ary | derot2dedis_data_320byte_ary // 0 : 15 320 : 335 | 0 1 40 41 ... 280 281 //16 : 31 336 : 351 | 2 3 42 43 ... 282 283 // ... ... | ... ... //288 : 303 588 : 623 | //304 : 319 624 : 639 |38 39 79 80 ... 319 320 //-------------------------------------------------------- foreach(derot2dedis_data_320byte_ary[i]) for(int j=0;j<20;j++) for(int k=0;k<16;k++) begin index_tmp = 2*j+(40*(k/2)+k%2); dedis2fa_data_320byte_ary[i][16*j+k] = derot2dedis_data_320byte_ary[i][index_tmp]; end dedis2fa_data_256b_que = {>>{dedis2fa_data_320byte_ary}}; dedis2fa_data_256b_que = dedis2fa_data_que[0:(derot2dedis_data_320b_que.size()-1)]; endtask : dedis //============task fa============= task otu_fa(input bit [255:0] dedis2fa_data_256b_que[$], output bit fa2descr_fp_que[$], output bit [255:0] fa2descr_data_256b_que[$]); bit oof = 1'b1; int oof_cnt; bit [63:0] data_64b_tmp; bit fa2descr_fp_ary_tmp[]; bit [63:0] dedis2fa_data_64b_que[$]; bit [63:0] dedis2fa_data_64b_tmp_que[$]; bit [63:0] fa2descr_data_64b_tmp_que[$]; bit [255:0] fa2descr_data_256b_que[$]; bit [255:0] fa2descr_data_256b_tmp_que[$]; byte unsigned oa1 = 8'hf6; byte unsigned oa2 = 8'h28; dedis2fa_data_64b_que= {>>{dedis2fa_data_256b_que}}; //64bit slip while(1) begin if(oof) // OOF = 1, find fas begin if(dedis2fa_data_64b_tmp_que.size()<2041) //4080*4*8/64=2040, find fas, need at least 2041*64bit dedis2fa_data_64b_tmp_que = {dedis2fa_data_64b_tmp_que,dedis2fa_data_64b_que}; else begin if((dedis2fa_data_64b_tmp_que[0][256-8*0-1:256-8*4] == {oa1,oa1,oa1,oa2} || dedis2fa_data_64b_tmp_que[0][256-8*1-1:256-8*5] == {oa1,oa1,oa2,oa2} || dedis2fa_data_64b_tmp_que[0][256-8*2-1:256-8*6] == {oa1,oa2,oa2,oa2}) && (dedis2fa_data_64b_tmp_que[2040][256-8*0-1:256-8*4] == {oa1,oa1,oa1,oa2} || dedis2fa_data_64b_tmp_que[2040][256-8*1-1:256-8*5] == {oa1,oa1,oa2,oa2} || dedis2fa_data_64b_tmp_que[2040][256-8*2-1:256-8*6] == {oa1,oa2,oa2,oa2})) // OA1OA1OA1OA2,OA1OA1OA2OA2,OA1OA2OA2OA2; begin `uvm_info(get_type_name(),$sformatf("OTU4 frame alignment : OOF->IF!"),UVM_LOW) if(fa2descr_data_256b_tmp_que.size() != 0) //oof->if, send remain data begin fa2descr_fp_ary_tmp = new[fa2descr_data_256b_tmp_que.size()]; fa2descr_fp_ary_tmp[0] = 1'b1; fa2descr_fp_que = {>>{fa2descr_fp_ary_tmp}}; fa2descr_data_256b_que = {>>{fa2descr_data_256b_tmp_que}}; fa2descr_data_256b_tmp_que.delete(); end oof = 1'b0; end else begin data_64b_tmp = dedis2fa_data_64b_tmp_que.pop_front(); fa2descr_data_64b_tmp_que.push_back(data_64b_tmp); fa2descr_data_256b_tmp_que = {>>{fa2descr_data_64b_tmp_que}}; if(fa2descr_data_256b_tmp_que.size()>510) //4080*4*8/256=510, in oof, should generate fp every frame time begin `uvm_info(get_type_name(),$sformatf("OTU4 frame alignment OOF state!"),UVM_LOW) fa2descr_data_256b_que = fa2descr_data_256b_tmp_que[0:509]; fa2descr_data_256b_tmp_que = fa2descr_data_256b_tmp_que[510:$]; fa2descr_fp_ary_tmp = new[510]; fa2descr_fp_ary_tmp[0] = 1'b1; fa2descr_fp_que = {>>{fa2descr_fp_ary_tmp}}; end //if end // end // end //oof else // oof=0, In IF state begin if(dedis2fa_data_64b_tmp_que.size()<2041) dedis2fa_data_64b_tmp_que = {dedis2fa_data_64b_tmp_que,dedis2fa_data_64b_que}; else begin fa2descr_data_256b_que = {>>{dedis2fa_data_64b_tmp_que[0:2039]}}; dedis2fa_data_64b_tmp_que = dedis2fa_data_64b_tmp_que[2039:$]; fa2descr_fp_ary_tmp = new[510]; fa2descr_fp_ary_tmp[0] = 1'b1; fa2descr_fp_que = {>>{fa2descr_fp_ary_tmp}}; if(dedis2fa_data_64b_tmp_que[0][39:8] != {oa1,oa2,oa2}) //byte 3,4,5 oof_cnt++; else oof_cnt = 0; if(oof_cnt == 5) begin `uvm_info(get_type_name(),$sformatf("OTU4 frame alignment : IF -> OOF!"),UVM_LOW) oof = 1'b1; end end end end endtask : otu_fa task otu_descr(input bit [255:0] fa2descr_data_256b_que[$], output bit [255:0] descr2defec_data_256b_que[$]); endtask : otu_descr task defec(input bit [255:0] descr2defec_data_256b_que[$], output bit [255:0] defec2scr_data_256b_que[$]); endtask : defec task odu_scr(input bit [255:0] defec2scr_data_256_que[$], output bit [255:0] scr2tpce_data_256b_que[$]); endtask : scr task tpce_if(input bit [255:0] scr2tpce_data_256b_que[$], output bit otu2tpc_fp_que[$], output bit [255:0] otu2tpc_data_256b_que[$]); bit [255:0] otu2tpc_data_256b_tmp_que[$]; bit otu2tpc_fp_ary[717] = '{default:0}; while(1) begin if(scr2tpce_data_256b_tmp_que.size()<717) //91776*2/256=717 scr2tpce_data_256b_tmp_que = {scr2tpce_data_256b_tmp_que,scr2tpce_data_256b_que}; else begin otu2tpc_fp_ary[0] = 1'b1; otu2tpc_fp_que = {>>{otu2tpc_fp_ary}}; otu2tpc_data_256b_que = scr2tpce_data_256b_tmp_que[0:716]; scr2tpce_data_256b_tmp_que = scr2tpce_data_256b_tmp_que[717:$]; end end endtask : tpce_if task tpcdec_if(input bit [255:0] tpcdec_data_256b_que[$], input bit tpcdec_sop[$]; input bit tpcdec_eop[$]; output bit tpcdec2fa_data_256b_que[$]); int eop_index[$]; bit [127:0] tpcdec_data_128b_que[$]; tpcdec_data_128b_que = {>>{tpcdec_data_256b_que}}; eop_index = tpcdec_eop.find_index with (item == 1'b1); foreach(eop_index[i]) tpcdec_data_128b_que.delete(eop_index[i]-i); tpcdec2fa_data_256b_que = {>>{tpcdec_data_128b_que}}; endtask : tpce_if //============task fa============= task odu_fa(input bit [255:0] tpdec2odufa_data_256b_que[$], output bit odufa2descr_fp_que[$], output bit [255:0] odufa2descr_data_256b_que[$]); bit oof = 1'b1; int oof_cnt; bit [47:0] fas_pattern_1; bit [47:0] fas_pattern_2; byte unsigned data_byte_tmp; bit odufa2descr_fp_ary_tmp[]; byte unsigned tpcdec2fa_data_byte_que[$]; byte unsigned tpcdec2fa_data_byte_tmp_que[$]; byte unsigned odufa2descr_data_byte_tmp_que[$]; bit [255:0] odufa2descr_data_256b_que[$]; bit [255:0] odufa2descr_data_256b_tmp_que[$]; byte unsigned oa1 = 8'hf6; byte unsigned oa2 = 8'h28; tpcdec2odufa_data_byte_que= {>>{tpcdec2odufa_data_256b_que}}; //byte slip while(1) begin if(oof) // OOF = 1, find fas begin if(tpcdec2odufa_data_byte_tmp_que.size()<15302) //3824*4*8/8=15296, find fas, need at least 15296+6 byte tpcdec2odufa_data_byte_tmp_que = {tpcdec2odufa_data_byte_tmp_que,tpcdec2odufa_data_byte_que}; else begin fas_pattern_1 = {tpcdec2odufa_data_byte_tmp_que[0], tpcdec2odufa_data_byte_tmp_que[1], tpcdec2odufa_data_byte_tmp_que[2], tpcdec2odufa_data_byte_tmp_que[3], tpcdec2odufa_data_byte_tmp_que[4], tpcdec2odufa_data_byte_tmp_que[5]}; fas_pattern_2 = {tpcdec2odufa_data_byte_tmp_que[15296], tpcdec2odufa_data_byte_tmp_que[15297], tpcdec2odufa_data_byte_tmp_que[15298], tpcdec2odufa_data_byte_tmp_que[15299], tpcdec2odufa_data_byte_tmp_que[15300], tpcdec2odufa_data_byte_tmp_que[15301]}; if((fas_pattern_1[47:16] == {oa1,oa1,oa1,oa2} || fas_pattern_1[39:8] == {oa1,oa1,oa2,oa2} || fas_pattern_1[31:0] == {oa1,oa2,oa2,oa2}) && (fas_pattern_2[47:16] == {oa1,oa1,oa1,oa2} || fas_pattern_2[39:8] == {oa1,oa1,oa2,oa2} || fas_pattern_2[31:0] == {oa1,oa2,oa2,oa2})) // OA1OA1OA1OA2,OA1OA1OA2OA2,OA1OA2OA2OA2; begin `uvm_info(get_type_name(),$sformatf("ODU4 frame alignment : OOF->IF!"),UVM_LOW) if(odufa2descr_data_256b_tmp_que.size() != 0) //oof->if, send remain data begin odufa2descr_fp_ary_tmp = new[odufa2descr_data_256b_tmp_que.size()]; odufa2descr_fp_ary_tmp[0] = 1'b1; odufa2descr_fp_que = {>>{odufa2descr_fp_ary_tmp}}; odufa2descr_data_256b_que = {>>{odufa2descr_data_256b_tmp_que}}; odufa2descr_data_256b_tmp_que.delete(); end oof = 1'b0; end else begin data_byte_tmp = tpcdec2odufa_data_byte_tmp_que.pop_front(); odufa2descr_data_byte_tmp_que.push_back(data_byte_tmp); odufa2descr_data_256b_tmp_que = {>>{odufa2descr_data_byte_tmp_que}}; if(odufa2descr_data_256b_tmp_que.size()>478) //3824*4*8/256=510, in oof, should generate fp every frame time begin `uvm_info(get_type_name(),$sformatf("OTU4 frame alignment OOF state!"),UVM_LOW) odufa2descr_data_256b_que = odufa2descr_data_256b_tmp_que[0:477]; odufa2descr_data_256b_tmp_que = odufa2descr_data_256b_tmp_que[478:$]; odufa2descr_fp_ary_tmp = new[478]; odufa2descr_fp_ary_tmp[0] = 1'b1; odufa2descr_fp_que = {>>{odufa2descr_fp_ary_tmp}}; end //if end // end // end //oof else // oof=0, In IF state begin if(tpcdec2odufa_data_byte_tmp_que.size()<15302) tpcdec2odufa_data_byte_tmp_que = {tpcdec2odufa_data_byte_tmp_que,tpcdec2odufa_data_byte_que}; else begin odufa2descr_data_256b_que = {>>{tpcdec2odufa_data_byte_tmp_que[0:15295]}}; //3824*4*8/8=15296 tpcdec2odufa_data_byte_tmp_que = tpcdec2odufa_data_byte_tmp_que[15296:$]; odufa2descr_fp_ary_tmp = new[510]; odufa2descr_fp_ary_tmp[0] = 1'b1; odufa2descr_fp_que = {>>{odufa2descr_fp_ary_tmp}}; if({tpcdec2odufa_data_byte_tmp_que[2], tpcdec2odufa_data_byte_tmp_que[3], tpcdec2odufa_data_byte_tmp_que[4]} != {oa1,oa2,oa2}) //byte 3,4,5 oof_cnt++; else oof_cnt = 0; if(oof_cnt == 5) begin `uvm_info(get_type_name(),$sformatf("ODU4 frame alignment : IF -> OOF!"),UVM_LOW) oof = 1'b1; end end end end endtask : odu_fa task odu_descr(input bit [255:0] odufa2descr_data_256b_que[$], input bit odufa2descr_fp_que[$], output bit descr2fec_fp_que[$], output bit [255:0] descr2fec_data_256b_que[$]); endtask : odu_descr task fec(input bit descr2fec_fp_que[$], input bit [255:0] descr2fec_data_256b_que[$], output bit fec2scr_fp_que[$], output bit [255:0] fec2scr_data_256b_que[$]); endtask : fec task otu_scr(input bit fec2scr_fp_que[$], input bit [255:0] fec2scr_data_256_que[$], output bit scr2dis_fp_que[$], output bit [255:0] scr2dis_data_256b_que[$]); endtask : otu_scr task dis(input bit scr2dis_fp_que[$], input bit [255:0] scr2dis_data_256b_que[$], output bit dis2rot_fp_que, output bit [255:0] dis2rot_data_320b_que[$]); int unsigned block_320byte_cnt; int unsigned data_remain; int unsigned index_tmp; byte unsigned [319:0] scr2dis_data_320byte_ary[]; byte unsigned [319:0] dis2rot_data_320byte_ary[]; bit dis2rot_fp_ary[]; bit [319:0] scr2dis_data_320b_que[$]; byte unsigned scr2dis_data_byte_que[$]; scr2dis_data_320b_que = {>>{scr2dis_data_256b_que}}; scr2dis_data_byte_que = {>>{scr2dis_data_256b_que}}; block_320byte_cnt = scr2dis_data_byte_que.size()/320; data_remain = scr2dis_data_byte_que.size()%320; if(data_remain) block_320byte_cnt++; scr2dis_data_320byte_ary = new[block_320byte_cnt*320]; dis2rot_data_320byte_ary = new[block_320byte_cnt*320]; scr2dis_data_320byte_ary = {>>{scr2dis_data_byte_que}}; foreach(scr2dis_data_320byte_ary[i]) for(int j=0;j<16;j++) for(int k=0;k<20;k++) begin index_tmp = 40*(j/2)+(16*(k/2)+(k%2)); dis2rot_data_320byte_ary[i][20*j+k] = scr2dis_data_320byte_ary[i][index_tmp]; end dis2rot_data_320b_que = {>>{dis2rot_data_320byte_ary}}; dis2rot_data_320b_que = dis2rot_data_320b_que[0:(scr2dis_data_320b_que.size()-1)] dis2rot_fp_ary = new[scr2dis_data_320b_que.size()]; dis2rot_fp_ary[0] = 1; scr2dis_fp_que = {>>{scr2dis_fp_que}}; endtask : dis task rot(input bit dis2rot_fp_que[$], input bit [319:0] dis2rot_data_320b_que[$], output bit rot2int_fp_que[$], output bit [319:0] rot2int_data_320b_que[$]); int unsigned index_tmp; bit [47:0] fas_pattern; byte unsigned oa1 = 8'hf6; byte unsigned oa2 = 8'h28; fas_pattern = {dis2rot_data_320b_que[0][319:304], dis2rot_data_320b_que[1][319:304], dis2rot_data_320b_que[2][319:304]}; if(fas_pattern[47:16] == {oa1,oa1,oa1,oa2} || fas_pattern[39:8] == {oa1,oa1,oa2,oa2}) //{oa1,oa1,oa1,oa2},{oa1,oa1,oa2,oa2} llm = dis2rot_data_320b_que[2][311:304]; // llm , the 6th of fas else llm = ?; foreach(dis2rot_data_320b_que[i]) for(int j=0;j<20;j++) for(int k=0;k<16;k++) begin index_tmp = (j < llm) ? (20-(llm-j)) : (j-llm); rot2int_data_320b_que[i][16*j+k] = dis2rot_data_320b_que[i][16*index_tmp+k]; end endtask task int(input bit [319:0] rot2int_data_320b_que[$], output bit [639:0] int2sds_data_640b_que[$]); int signed index_tmp; //signed bit [15:0] rot2int_data_16b_ary[20][]; bit [64:0] rot2int_data_64b_ary[4][]; bit [319:0] int2sds_data_640b_ary[]; bit [319:0] int2sds_data_320b_que[$]; bit [31:0] int2sds_data_32b_tmp_que[$]; bit [31:0] int2sds_data_32b_que[10][$]; bit [63:0] int2sds_data_64b_que[10][$]; bit [63:0] int2sds_data_64b_tmp_que[$]; if(otu_10lane_mode) begin foreach(rot2int_data_320b_que[i]) for(int j=0;j<10;j++) for(int k=0;k<32;k++) begin if(!(k%2)) index_tmp = 16+k/2; else index_tmp = -(k+1)/2; int2sds_data_320b_que[i][32*j+k] = rot2int_data_320b_que[i][32*j+index_tmp]; end int2sds_data_32b_tmp_que = {>>{ int2sds_data_320b_que}}; int2sds_data_64b_tmp_que.delete(); for(int i=0;i<10;i++) begin int2sds_data_32b_que[i] = int2sds_data_32b_tmp_que.find with (int2sds_data_32b_tmp_que.index%10==i); int2sds_data_64b_que[i] = {>>{int2sds_data_32b_que[i]}}; int2sds_data_64b_tmp_que = {int2sds_data_64b_tmp_que,int2sds_data_64b_que[i].pop_front()}; end int2sds_data_640b_que = {>>{int2sds_data_64b_tmp_que}}; end if(otu_4lane_mode) for(int i=0;i<20;i++) rot2int_data_16b_ary[i] = new[rot2int_data_320b_que.size()]; for(int i=0;i<4;i++) rot2int_data_64b_ary[i] = new[rot2int_data_320b_que.size()]; int2sds_data_320b_ary = new[rot2int_data_320b_que.size()]; for(int i=0;i<20;i++) for(int j=0;j++;j rot2int_data_16b_ary[i][j] = rot2int_data_320b_que[j][319-16*i:304-16*i]; for(int i=0;i<4;i++) for(int j=0;j++;j rot2int_data_64b_ary[i][j] = {rot2int_data_16b_ary[4*i+4][j], rot2int_data_16b_ary[4*i+3][j], rot2int_data_16b_ary[4*i+2][j], rot2int_data_16b_ary[4*i+1][j], rot2int_data_16b_ary[4*i+0][j]}; for(int j=0;j++;j int2sds_data_640b_ary = {(64*6)'h0, rot2int_data_64b_ary[0][j], rot2int_data_64b_ary[1][j], rot2int_data_64b_ary[2][j], rot2int_data_64b_ary[3][j]}; int2sds_data_640b_que = {>>{int2sds_data_320b_ary}}; endtask task dsk(input bit dsk_fp_que[20][$], input bit [319:0] dsk_data_320b_que[$], output bit dsk2derot_fp_que[$], output bit [319:0] dsk2derot_data_320b_que[$]); bit ola = 1'b0; bit [15:0] dsk_data_16b_que[$]; bit [15:0] dsk_data_16b_tmp_que[$]; int signed lane_fp_index[20]; for(int i=0;i<20;i++) lane_fp_index[i] = dsk_fp_que[i].find_first_index(item == 1); if(lane_fp_index[0] !=0) begin dsk_fp_tmp_que = dsk_fp_que[0:lane_fp_index[0]-1]; dsk_fp_que = dsk_fp_que[lane_fp_index[0]:$]; dsk_data_320b_tmp_que = dsk_data_320b_que[0:lane_fp_index[0]-1]; dsk_data_320b_que = dsk_data_320b_que[lane_fp_index[0]:$]; `uvm_info(get_type_name(),$sformatf("DSK : lane0 fp don't come first clk!"),UVM_LOW) end dsk_data_16b_tmp_que = {>>{dsk_data_320b_que}}; for(int j=0;j<20;j++) dsk_data_16b_que[j].delete(); for(int i=0;i for(int j=0;j<20;j++) dsk_data_16b_que[j].push_back(dsk_data_16b_tmp_que.pop_front()); for(int i=0;i<20;i++) begin lane_fp_index[i] = lane_fp_index[i] - lane_fp_index[0]; if(lane_fp_index[i]-408*i>46 || 408*i-lane_fp_index[i]>46) //deskew limit 46*16 UI; 4080*4*8/320=408; begin ola = 1; `uvm_info(get_type_name(),$sformatf("DSK : in OLA state!"),UVM_LOW) end if(!ola) begin if(lane_fp_index[i]-408*i>0) // fp come late, should delete repeat(lane_fp_index[i]-408*i) dsk_data_16b_que[i].delete(lane_fp_index[i]-1); else // fp come early, should insert repeat(408*i-lane_fp_index[i]) dsk_data_16b_que[i].insert(lane_fp_index[i]-1,dsk_data_16b_que[(lane_fp_index[i] -1)]); end end dsk_data_16b_tmp_que.delete(); for(int i=0;i for(int j=0;j<20;j++) dsk_data_16b_tmp_que.push_back(dsk_data_16b_que[j].pop_front()); dsk_data_320b_que = {>>{dsk_data_16b_tmp_que}}; dsk2derot_fp_que = {}; dsk2derot_data_320b_que = {dsk_data_320b_tmp_que,dsk_data_320b_que}; endtask : dsk task llsort(input bit llfa2llsort_fp_que[20][$], input bit [319:0] llfa2llsort_data_320b_que[$], output bit llsort2dsk_fp_que[20][$], output bit llsort2dsk_data_320b_que[$]); bit oor_ary[20] = '{default:1}; bit [7:0] llm_que[20][$]; bit [7:0] llm_value[$]; bit [7:0] sort_llm_value[$]; bit [7:0] dif_llm_que[20][$]; int fp_index_que[20][$]; //=================change 320bit to 20 logic lane=================== llfa2llsort_data_16b_tmp_que = {>>{llfa2llsort_data_320b_que}}; for(int j=0;j<20;j++) llfa2llsort_data_16b_que[j].delete(); for(int i=0;i< llfa2llsort_data_320b_que.size();i++) for(int j=0;j<20;j++) llfa2llsort_data_16b_que[j].push_back(llfa2llsort_data_16b_tmp_que.pop_front()); //================================================================== //should check every 16320 byte... for(int i=0;i<20;i++) fp_index_que[i] = llfa2llsort_fp_que.find_index with (item == 1); for(int i=0;i<20;i++) for(int j=0;j llm_que[i][j] = llfa2llsort_data_16b_que[i][fp_index_que[j]+2][7:0]%20; //the 6th of fas is llm for(int i=0;i<20;i++) begin llm_tmp_que[i] = {llm_tmp_que[i],llm_que[i]}; if(llm_tmp_que[i].size()>4) begin dif_llm_que[i] = llm_tmp_que[i][0:4].unique(); if(oor_ary[i]) begin if(dif_tmp_que[i].size()==1) // five continus same llm, oor->ir begin `uvm_info(get_type_name(),$sformatf("SORT : lane[%0d] in IR state!",i),UVM_LOW) oor_ary[i] = 0; llm_value[i] = dif_tmp_que[i]; end llm_tmp_que[i].delete(0); end else begin if(dif_tmp_que[i].size()==5) // five continus not same llm, ir->oor begin `uvm_info(get_type_name(),$sformatf("SORT : lane[%0d] in IR state!",i),UVM_LOW) oor_ary[i] = 1; end llm_tmp_que[i].delete(0); end end end //======================sort lane======================== if(oor_ary[i] == '{0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0}) //20 lane in IR state begin sort_llm_value = llm_value.sort(); if(sort_llm_value != {0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19}) begin `uvm_info(get_type_name(),$sformatf("SORT : LLM same, In OLA state!",i),UVM_LOW) end else begin for(int i=0;i<20;i++) llsort2dsk_data_16b_que[llm_value[i]] = llfa2llsort_data_16b_que[i]; end end endtask