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Gennum GN4124 core
Commit d34e800c authored by Tristan Gingold's avatar Tristan Gingold
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gn412x_bfm: work arounds for issues in questa sim. 

Also fix some typos.
parent c5520d7a
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hdl/sim/gn4124_bfm/gn412x_bfm.vhd
View file @ d34e800c
......@@ -2756,116 +2756,121 @@ CMD_RD_DATA <= CMD_RD_DATA_OUT when CMD_RD_DATA_OUT_VALID = '1' else CMD_RD_DATA
variable vTYPE : std_ulogic_vector(3 downto 0);
variable START : time;
begin
wait until(L2P_CLKi_90'event and (L2P_CLKi_90 = '1') and (L2P_VALIDi = '1') and MODE_PRIMARY);
START := NOW;
if(L2P_DFRAMEi = '1') then
vHEADER(15 downto 0) := L2P_DATAi;
wait until(L2P_CLKi_90'event and (L2P_CLKi_90 = '0'));
vHEADER(31 downto 16) := L2P_DATAi;
vTYPE := vHEADER(27 downto 24);
vADDRESS := (others => '0');
-- Upper Address
if((vTYPE = "0001") or (vTYPE = "0011")) then -- address is 64 bits
wait until(L2P_CLKi_90'event and (L2P_CLKi_90 = '1') and (L2P_VALIDi = '1'));
vADDRESS(47 downto 32) := L2P_DATAi;
wait until(L2P_CLKi_90'event and (L2P_CLKi_90 = '0'));
vADDRESS(63 downto 48) := L2P_DATAi;
end if;
-- Lower Address
if((vTYPE = "0000") or (vTYPE = "0001") or (vTYPE = "0010") or (vTYPE = "0011") or (vTYPE = "0100")) then -- address is required
wait until(L2P_CLKi_90'event and (L2P_CLKi_90 = '1') and (L2P_VALIDi = '1'));
vADDRESS(15 downto 0) := L2P_DATAi;
if not MODE_PRIMARY then
wait;
end if;
wait until rising_edge(L2P_CLKi_90);
if L2P_VALIDi = '1' then
START := NOW;
if(L2P_DFRAMEi = '1') then
vHEADER(15 downto 0) := L2P_DATAi;
wait until(L2P_CLKi_90'event and (L2P_CLKi_90 = '0'));
vADDRESS(31 downto 16) := L2P_DATAi;
end if;
vHEADER(31 downto 16) := L2P_DATAi;
vTYPE := vHEADER(27 downto 24);
vADDRESS := (others => '0');
-- Upper Address
if((vTYPE = "0001") or (vTYPE = "0011")) then -- address is 64 bits
wait until(L2P_CLKi_90'event and (L2P_CLKi_90 = '1') and (L2P_VALIDi = '1'));
vADDRESS(47 downto 32) := L2P_DATAi;
wait until(L2P_CLKi_90'event and (L2P_CLKi_90 = '0'));
vADDRESS(63 downto 48) := L2P_DATAi;
end if;
-- Lower Address
if((vTYPE = "0000") or (vTYPE = "0001") or (vTYPE = "0010") or (vTYPE = "0011") or (vTYPE = "0100")) then -- address is required
wait until(L2P_CLKi_90'event and (L2P_CLKi_90 = '1') and (L2P_VALIDi = '1'));
vADDRESS(15 downto 0) := L2P_DATAi;
wait until(L2P_CLKi_90'event and (L2P_CLKi_90 = '0'));
vADDRESS(31 downto 16) := L2P_DATAi;
end if;
-- write(OUTPUT_LINE, ("-->> L2P Packet: " & to_string(START)));
-- writeline(OUT_FILE, OUTPUT_LINE);
write(OUTPUT_LINE, string'("-->>>> L2P Header: "));
case vTYPE is
when "0000" | "0001" =>
write(OUTPUT_LINE, string'("(L2P Master Read Request)"));
write(OUTPUT_LINE, string'(", FBE=0x"));
write_hex_vector(OUTPUT_LINE, vHEADER(23 downto 20));
write(OUTPUT_LINE, string'(", LBE=0x"));
write_hex_vector(OUTPUT_LINE, vHEADER(19 downto 16));
write(OUTPUT_LINE, string'(", V=" & to_str(vHEADER(12))));
write(OUTPUT_LINE, string'(", CID="));
write_hex_vector(OUTPUT_LINE, vHEADER(11 downto 10));
write(OUTPUT_LINE, string'(", LENGTH=0x"));
write_hex_vector(OUTPUT_LINE, vHEADER(9 downto 0));
-- writeline(OUT_FILE, OUTPUT_LINE);
write(OUTPUT_LINE, string'("-->>>> Address: 0x"));
write_hex_vector(OUTPUT_LINE, vADDRESS);
write(OUTPUT_LINE, string'(" @ "));
write(OUTPUT_LINE, START);
writeline(OUT_FILE, OUTPUT_LINE);
-- write(OUTPUT_LINE, ("-->> L2P Packet: " & to_string(START)));
-- writeline(OUT_FILE, OUTPUT_LINE);
write(OUTPUT_LINE, string'("-->>>> L2P Header: "));
case vTYPE is
when "0000" | "0001" =>
write(OUTPUT_LINE, string'("(L2P Master Read Request)"));
write(OUTPUT_LINE, string'(", FBE=0x"));
write_hex_vector(OUTPUT_LINE, vHEADER(23 downto 20));
write(OUTPUT_LINE, string'(", LBE=0x"));
write_hex_vector(OUTPUT_LINE, vHEADER(19 downto 16));
write(OUTPUT_LINE, string'(", V=" & to_str(vHEADER(12))));
write(OUTPUT_LINE, string'(", CID="));
write_hex_vector(OUTPUT_LINE, vHEADER(11 downto 10));
write(OUTPUT_LINE, string'(", LENGTH=0x"));
write_hex_vector(OUTPUT_LINE, vHEADER(9 downto 0));
-- writeline(OUT_FILE, OUTPUT_LINE);
write(OUTPUT_LINE, string'("-->>>> Address: 0x"));
write_hex_vector(OUTPUT_LINE, vADDRESS);
write(OUTPUT_LINE, string'(" @ "));
write(OUTPUT_LINE, START);
writeline(OUT_FILE, OUTPUT_LINE);
when "0010" | "0011" =>
write(OUTPUT_LINE, string'("(L2P Master Write)"));
write(OUTPUT_LINE, string'(", FBE=0x"));
write_hex_vector(OUTPUT_LINE, vHEADER(23 downto 20));
write(OUTPUT_LINE, string'(", LBE=0x"));
write_hex_vector(OUTPUT_LINE, vHEADER(19 downto 16));
write(OUTPUT_LINE, string'(", V=" & to_str(vHEADER(12))));
write(OUTPUT_LINE, string'(", LENGTH=0x"));
write_hex_vector(OUTPUT_LINE, vHEADER(9 downto 0));
-- writeline(OUT_FILE, OUTPUT_LINE);
write(OUTPUT_LINE, string'("-->>>> Address: 0x"));
write_hex_vector(OUTPUT_LINE, vADDRESS);
write(OUTPUT_LINE, string'(" @ "));
write(OUTPUT_LINE, START);
writeline(OUT_FILE, OUTPUT_LINE);
when "0010" | "0011" =>
write(OUTPUT_LINE, string'("(L2P Master Write)"));
write(OUTPUT_LINE, string'(", FBE=0x"));
write_hex_vector(OUTPUT_LINE, vHEADER(23 downto 20));
write(OUTPUT_LINE, string'(", LBE=0x"));
write_hex_vector(OUTPUT_LINE, vHEADER(19 downto 16));
write(OUTPUT_LINE, string'(", V=" & to_str(vHEADER(12))));
write(OUTPUT_LINE, string'(", LENGTH=0x"));
write_hex_vector(OUTPUT_LINE, vHEADER(9 downto 0));
-- writeline(OUT_FILE, OUTPUT_LINE);
write(OUTPUT_LINE, string'("-->>>> Address: 0x"));
write_hex_vector(OUTPUT_LINE, vADDRESS);
write(OUTPUT_LINE, string'(" @ "));
write(OUTPUT_LINE, START);
writeline(OUT_FILE, OUTPUT_LINE);
when "0100" =>
write(OUTPUT_LINE, string'("(L2P Target Read Completion Without Data)"));
write(OUTPUT_LINE, string'(", STAT="));
write_hex_vector(OUTPUT_LINE, vHEADER(17 downto 16));
write(OUTPUT_LINE, string'(", L=" & to_str(vHEADER(15))));
write(OUTPUT_LINE, string'(", V=" & to_str(vHEADER(12))));
write(OUTPUT_LINE, string'(", CID="));
write_hex_vector(OUTPUT_LINE, vHEADER(11 downto 10));
write(OUTPUT_LINE, string'(", LENGTH=0x"));
write_hex_vector(OUTPUT_LINE, vHEADER(9 downto 0));
write(OUTPUT_LINE, string'(" @ "));
write(OUTPUT_LINE, START);
writeline(OUT_FILE, OUTPUT_LINE);
when "0100" =>
write(OUTPUT_LINE, string'("(L2P Target Read Completion Without Data)"));
write(OUTPUT_LINE, string'(", STAT="));
write_hex_vector(OUTPUT_LINE, vHEADER(17 downto 16));
write(OUTPUT_LINE, string'(", L=" & to_str(vHEADER(15))));
write(OUTPUT_LINE, string'(", V=" & to_str(vHEADER(12))));
write(OUTPUT_LINE, string'(", CID="));
write_hex_vector(OUTPUT_LINE, vHEADER(11 downto 10));
write(OUTPUT_LINE, string'(", LENGTH=0x"));
write_hex_vector(OUTPUT_LINE, vHEADER(9 downto 0));
write(OUTPUT_LINE, string'(" @ "));
write(OUTPUT_LINE, START);
writeline(OUT_FILE, OUTPUT_LINE);
when "0101" =>
write(OUTPUT_LINE, string'("(L2P Target Read Completion With Data)"));
write(OUTPUT_LINE, string'(", STAT="));
write_hex_vector(OUTPUT_LINE, vHEADER(17 downto 16));
write(OUTPUT_LINE, string'(", L=" & to_str(vHEADER(15))));
write(OUTPUT_LINE, string'(", V=" & to_str(vHEADER(12))));
write(OUTPUT_LINE, string'(", CID="));
write_hex_vector(OUTPUT_LINE, vHEADER(11 downto 10));
write(OUTPUT_LINE, string'(", LENGTH=0x"));
write_hex_vector(OUTPUT_LINE, vHEADER(9 downto 0));
write(OUTPUT_LINE, string'(" @ "));
write(OUTPUT_LINE, START);
writeline(OUT_FILE, OUTPUT_LINE);
when "0101" =>
write(OUTPUT_LINE, string'("(L2P Target Read Completion With Data)"));
write(OUTPUT_LINE, string'(", STAT="));
write_hex_vector(OUTPUT_LINE, vHEADER(17 downto 16));
write(OUTPUT_LINE, string'(", L=" & to_str(vHEADER(15))));
write(OUTPUT_LINE, string'(", V=" & to_str(vHEADER(12))));
write(OUTPUT_LINE, string'(", CID="));
write_hex_vector(OUTPUT_LINE, vHEADER(11 downto 10));
write(OUTPUT_LINE, string'(", LENGTH=0x"));
write_hex_vector(OUTPUT_LINE, vHEADER(9 downto 0));
write(OUTPUT_LINE, string'(" @ "));
write(OUTPUT_LINE, START);
writeline(OUT_FILE, OUTPUT_LINE);
when others =>
write(OUTPUT_LINE, string'("(Undefined)"));
write(OUTPUT_LINE, string'(" @ "));
write(OUTPUT_LINE, START);
writeline(OUT_FILE, OUTPUT_LINE);
assert false report "---- ERROR: Unsupported TYPE in L2P Header"
severity error;
end case;
when others =>
write(OUTPUT_LINE, string'("(Undefined)"));
write(OUTPUT_LINE, string'(" @ "));
write(OUTPUT_LINE, START);
writeline(OUT_FILE, OUTPUT_LINE);
assert false report "---- ERROR: Unsupported TYPE in L2P Header"
severity error;
end case;
if(L2P_DFRAMEi = '1') then
wait until(L2P_CLKi_90'event and (L2P_CLKi_90 = '1') and (L2P_VALIDi = '1') and (L2P_DFRAMEi = '0'));
end if;
if(L2P_DFRAMEi = '1') then
wait until(L2P_CLKi_90'event and (L2P_CLKi_90 = '1') and (L2P_VALIDi = '1') and (L2P_DFRAMEi = '0'));
end if;
else
write(OUTPUT_LINE, string'("-- ERROR: L2P Bus: P2L_VALID asserted without P2L_DFRAME @"));
write(OUTPUT_LINE, START);
writeline(OUT_FILE, OUTPUT_LINE);
else
write(OUTPUT_LINE, string'("-- ERROR: L2P Bus: L2P_VALID asserted without P2L_DFRAME @"));
write(OUTPUT_LINE, START);
writeline(OUT_FILE, OUTPUT_LINE);
end if;
end if;
end process;
......@@ -2882,115 +2887,116 @@ CMD_RD_DATA <= CMD_RD_DATA_OUT when CMD_RD_DATA_OUT_VALID = '1' else CMD_RD_DATA
variable vTYPE : std_ulogic_vector(3 downto 0);
variable START : time;
begin
wait until(P2L_CLKpi'event and (P2L_CLKpi = '1') and (P2L_VALIDi = '1') and MODE_PRIMARY);
START := NOW;
if(P2L_DFRAMEi = '1') then
vHEADER(15 downto 0) := P2L_DATAi;
wait until(P2L_CLKpi'event and (P2L_CLKpi = '0'));
vHEADER(31 downto 16) := P2L_DATAi;
vTYPE := vHEADER(27 downto 24);
vADDRESS := (others => '0');
-- Upper Address
if((vTYPE = "0001") or (vTYPE = "0011")) then -- address is 64 bits
wait until(P2L_CLKpi'event and (P2L_CLKpi = '1') and (P2L_VALIDi = '1'));
vADDRESS(47 downto 32) := P2L_DATAi;
wait until(P2L_CLKpi'event and (P2L_CLKpi = '0'));
vADDRESS(63 downto 48) := P2L_DATAi;
end if;
-- Lower Address
if((vTYPE = "0000") or (vTYPE = "0001") or (vTYPE = "0010") or (vTYPE = "0011") or (vTYPE = "0100")) then -- address is required
wait until(P2L_CLKpi'event and (P2L_CLKpi = '1') and (P2L_VALIDi = '1'));
vADDRESS(15 downto 0) := P2L_DATAi;
if not MODE_PRIMARY then
wait;
end if;
wait until rising_edge(P2L_CLKpi);
if P2L_VALIDi = '1' then
START := NOW;
if(P2L_DFRAMEi = '1') then
vHEADER(15 downto 0) := P2L_DATAi;
wait until(P2L_CLKpi'event and (P2L_CLKpi = '0'));
vADDRESS(31 downto 16) := P2L_DATAi;
end if;
vHEADER(31 downto 16) := P2L_DATAi;
vTYPE := vHEADER(27 downto 24);
vADDRESS := (others => '0');
-- Upper Address
if((vTYPE = "0001") or (vTYPE = "0011")) then -- address is 64 bits
wait until(P2L_CLKpi'event and (P2L_CLKpi = '1') and (P2L_VALIDi = '1'));
vADDRESS(47 downto 32) := P2L_DATAi;
wait until(P2L_CLKpi'event and (P2L_CLKpi = '0'));
vADDRESS(63 downto 48) := P2L_DATAi;
end if;
-- Lower Address
if((vTYPE = "0000") or (vTYPE = "0001") or (vTYPE = "0010") or (vTYPE = "0011") or (vTYPE = "0100")) then -- address is required
wait until(P2L_CLKpi'event and (P2L_CLKpi = '1') and (P2L_VALIDi = '1'));
vADDRESS(15 downto 0) := P2L_DATAi;
wait until(P2L_CLKpi'event and (P2L_CLKpi = '0'));
vADDRESS(31 downto 16) := P2L_DATAi;
end if;
write(OUTPUT_LINE, string'("--<<<< P2L Header: "));
case vTYPE is
when "0000" | "0001" =>
write(OUTPUT_LINE, string'("(P2L Target Read Request)"));
write(OUTPUT_LINE, string'(", FBE=0x"));
write_hex_vector(OUTPUT_LINE, vHEADER(23 downto 20));
write(OUTPUT_LINE, string'(", LBE=0x"));
write_hex_vector(OUTPUT_LINE, vHEADER(19 downto 16));
write(OUTPUT_LINE, string'(", V=" & to_str(vHEADER(12))));
write(OUTPUT_LINE, string'(", CID="));
write_hex_vector(OUTPUT_LINE, vHEADER(11 downto 10));
write(OUTPUT_LINE, string'(", LENGTH=0x"));
write_hex_vector(OUTPUT_LINE, vHEADER(9 downto 0));
write(OUTPUT_LINE, string'("--<<<< Address: 0x"));
write_hex_vector(OUTPUT_LINE, vADDRESS);
write(OUTPUT_LINE, string'(" @ "));
write(OUTPUT_LINE, START);
writeline(OUT_FILE, OUTPUT_LINE);
write(OUTPUT_LINE, string'("--<<<< P2L Header: "));
case vTYPE is
when "0000" | "0001" =>
write(OUTPUT_LINE, string'("(P2L Target Read Request)"));
write(OUTPUT_LINE, string'(", FBE=0x"));
write_hex_vector(OUTPUT_LINE, vHEADER(23 downto 20));
write(OUTPUT_LINE, string'(", LBE=0x"));
write_hex_vector(OUTPUT_LINE, vHEADER(19 downto 16));
write(OUTPUT_LINE, string'(", V=" & to_str(vHEADER(12))));
write(OUTPUT_LINE, string'(", CID="));
write_hex_vector(OUTPUT_LINE, vHEADER(11 downto 10));
write(OUTPUT_LINE, string'(", LENGTH=0x"));
write_hex_vector(OUTPUT_LINE, vHEADER(9 downto 0));
write(OUTPUT_LINE, string'("--<<<< Address: 0x"));
write_hex_vector(OUTPUT_LINE, vADDRESS);
write(OUTPUT_LINE, string'(" @ "));
write(OUTPUT_LINE, START);
writeline(OUT_FILE, OUTPUT_LINE);
when "0010" | "0011" =>
write(OUTPUT_LINE, string'("(P2L Target Write)"));
write(OUTPUT_LINE, string'(", FBE=0x"));
write_hex_vector(OUTPUT_LINE, vHEADER(23 downto 20));
write(OUTPUT_LINE, string'(", LBE=0x"));
write_hex_vector(OUTPUT_LINE, vHEADER(19 downto 16));
write(OUTPUT_LINE, string'(", V=" & to_str(vHEADER(12))));
write(OUTPUT_LINE, string'(", LENGTH=0x"));
write_hex_vector(OUTPUT_LINE, vHEADER(9 downto 0));
write(OUTPUT_LINE, string'("--<<<< Address: 0x"));
write_hex_vector(OUTPUT_LINE, vADDRESS);
write(OUTPUT_LINE, string'(" @ "));
write(OUTPUT_LINE, START);
writeline(OUT_FILE, OUTPUT_LINE);
when "0010" | "0011" =>
write(OUTPUT_LINE, string'("(P2L Target Write)"));
write(OUTPUT_LINE, string'(", FBE=0x"));
write_hex_vector(OUTPUT_LINE, vHEADER(23 downto 20));
write(OUTPUT_LINE, string'(", LBE=0x"));
write_hex_vector(OUTPUT_LINE, vHEADER(19 downto 16));
write(OUTPUT_LINE, string'(", V=" & to_str(vHEADER(12))));
write(OUTPUT_LINE, string'(", LENGTH=0x"));
write_hex_vector(OUTPUT_LINE, vHEADER(9 downto 0));
write(OUTPUT_LINE, string'("--<<<< Address: 0x"));
write_hex_vector(OUTPUT_LINE, vADDRESS);
write(OUTPUT_LINE, string'(" @ "));
write(OUTPUT_LINE, START);
writeline(OUT_FILE, OUTPUT_LINE);
when "0100" =>
write(OUTPUT_LINE, string'("(P2L Master Read Completion Without Data)"));
write(OUTPUT_LINE, string'(", STAT="));
write_hex_vector(OUTPUT_LINE, vHEADER(17 downto 16));
write(OUTPUT_LINE, string'(", L=" & to_str(vHEADER(15))));
write(OUTPUT_LINE, string'(", V=" & to_str(vHEADER(12))));
write(OUTPUT_LINE, string'(", CID="));
write_hex_vector(OUTPUT_LINE, vHEADER(11 downto 10));
write(OUTPUT_LINE, string'(", LENGTH=0x"));
write_hex_vector(OUTPUT_LINE, vHEADER(9 downto 0));
write(OUTPUT_LINE, string'(" @ "));
write(OUTPUT_LINE, START);
writeline(OUT_FILE, OUTPUT_LINE);
when "0100" =>
write(OUTPUT_LINE, string'("(P2L Master Read Completion Without Data)"));
write(OUTPUT_LINE, string'(", STAT="));
write_hex_vector(OUTPUT_LINE, vHEADER(17 downto 16));
write(OUTPUT_LINE, string'(", L=" & to_str(vHEADER(15))));
write(OUTPUT_LINE, string'(", V=" & to_str(vHEADER(12))));
write(OUTPUT_LINE, string'(", CID="));
write_hex_vector(OUTPUT_LINE, vHEADER(11 downto 10));
write(OUTPUT_LINE, string'(", LENGTH=0x"));
write_hex_vector(OUTPUT_LINE, vHEADER(9 downto 0));
write(OUTPUT_LINE, string'(" @ "));
write(OUTPUT_LINE, START);
writeline(OUT_FILE, OUTPUT_LINE);
when "0101" =>
write(OUTPUT_LINE, string'("(P2L Master Read Completion With Data)"));
write(OUTPUT_LINE, string'(", STAT="));
write_hex_vector(OUTPUT_LINE, vHEADER(17 downto 16));
write(OUTPUT_LINE, string'(", L=" & to_str(vHEADER(15))));
write(OUTPUT_LINE, string'(", V=" & to_str(vHEADER(12))));
write(OUTPUT_LINE, string'(", CID="));
write_hex_vector(OUTPUT_LINE, vHEADER(11 downto 10));
write(OUTPUT_LINE, string'(", LENGTH=0x"));
write_hex_vector(OUTPUT_LINE, vHEADER(9 downto 0));
write(OUTPUT_LINE, string'(" @ "));
write(OUTPUT_LINE, START);
writeline(OUT_FILE, OUTPUT_LINE);
when "0101" =>
write(OUTPUT_LINE, string'("(P2L Master Read Completion With Data)"));
write(OUTPUT_LINE, string'(", STAT="));
write_hex_vector(OUTPUT_LINE, vHEADER(17 downto 16));
write(OUTPUT_LINE, string'(", L=" & to_str(vHEADER(15))));
write(OUTPUT_LINE, string'(", V=" & to_str(vHEADER(12))));
write(OUTPUT_LINE, string'(", CID="));
write_hex_vector(OUTPUT_LINE, vHEADER(11 downto 10));
write(OUTPUT_LINE, string'(", LENGTH=0x"));
write_hex_vector(OUTPUT_LINE, vHEADER(9 downto 0));
write(OUTPUT_LINE, string'(" @ "));
write(OUTPUT_LINE, START);
writeline(OUT_FILE, OUTPUT_LINE);
when others =>
write(OUTPUT_LINE, string'("(Undefined)"));
write(OUTPUT_LINE, string'(" @ "));
write(OUTPUT_LINE, START);
writeline(OUT_FILE, OUTPUT_LINE);
assert false report "---- ERROR: Unsupported TYPE in P2L Header"
severity error;
end case;
when others =>
write(OUTPUT_LINE, string'("(Undefined)"));
write(OUTPUT_LINE, string'(" @ "));
write(OUTPUT_LINE, START);
writeline(OUT_FILE, OUTPUT_LINE);
assert false report "---- ERROR: Unsupported TYPE in P2L Header"
severity error;
end case;
if(P2L_DFRAMEi = '1') then
wait until(P2L_CLKpi'event and (P2L_CLKpi = '1') and (P2L_VALIDi = '1') and (P2L_DFRAMEi = '0'));
end if;
if(P2L_DFRAMEi = '1') then
wait until(P2L_CLKpi'event and (P2L_CLKpi = '1') and (P2L_VALIDi = '1') and (P2L_DFRAMEi = '0'));
end if;
else
write(OUTPUT_LINE, string'("-- ERROR: P2L Bus: P2L_VALID asserted without P2L_DFRAME @"));
write(OUTPUT_LINE, START);
writeline(OUT_FILE, OUTPUT_LINE);
else
write(OUTPUT_LINE, string'("-- ERROR: P2L Bus: P2L_VALID asserted without P2L_DFRAME @"));
write(OUTPUT_LINE, START);
writeline(OUT_FILE, OUTPUT_LINE);
end if;
end if;
end process;
end MODEL;
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