data/full_repos/permissive/174263347/JamaOneChip/hdl/jamma.v
 line:17: before: ")"
1: b"%Error: data/full_repos/permissive/174263347/JamaOneChip/hdl/jamma.v:17: syntax error, unexpected ')', expecting '['\n   );\n   ^\n%Error: data/full_repos/permissive/174263347/JamaOneChip/hdl/jamma.v:86: syntax error, unexpected assign\nassign cs   =  ~nCS0 & nCS1;       \n^~~~~~\n%Error: data/full_repos/permissive/174263347/JamaOneChip/hdl/jamma.v:274: syntax error, unexpected always\nalways @ (word)\n^~~~~~\n%Error: Exiting due to 3 error(s)\n"
module jamma( 	clk, nReset, da, nDiow, nDior, nCS0, nCS1, iordy, dd,
				CoinCounter,CoinLockout,P,
			);





	input 	clk;
	input	[2:0] da;
	input 	nReset, nDiow, nDior, nCS0, nCS1;
	inout	iordy;
	inout	[7:0] dd;





	output 	[2:1] CoinCounter;
	output 	[2:1] CoinLockout;
	input  	[28:0] P;





	parameter SECTOR_COOKIE		=	'h73;
	parameter CYLINDER_LO_COOKIE=	'h25;
	parameter CYLINDER_HI_COOKIE=	'h19;
`ifdef TEST_MODE
	parameter COOKIE_MASK		= 	15'b000000000000001;
	parameter AFTER_COOKIE_MASK	= 	16'b0000000000000011;
`else
	parameter COOKIE_MASK		= 	15'b101001010001001;
	parameter AFTER_COOKIE_MASK	= 	16'b1010010100010011;
`endif
	parameter COOKIE_LO			=	16'h3210;
	parameter COOKIE_HI			= 	16'h7654;
	parameter ALT_BIT_OF_NOICE	=	5;





	wire 	cs, csDataReg, csDevReg, csCmdReg, trCookie, csErrReg;
	wire 	csSectAddr, csCylLo, csCylHi;
	reg		[3:0] bCounter;
	reg		[3:0] dataReg;
	reg		[15:0] count;
	reg		[15:0] noice;
	wire	cookie, cookiein;
	wire	[6:0] dataInput;
	reg			  dataInput7;
	wire	read, acces;
	reg		bDevice, resCntr, CntrIs0, setSector;
	wire	afterCookie, afterCookiein;
	wire	word;
	reg		key0, key1, key2;
	wire	nce, nce1;
	wire	[6:0] ballCnt0q;
	wire	[6:0] ballCnt1q;
	wire	[6:0] ballCnt2q;
	wire	[6:0] ballCnt3q;
	wire	aftC;
	wire	lastBit, lastBitin;
	reg		lofreq;





assign cs			= 	~nCS0 & nCS1;

assign csDevReg		=	cs  & (da == 6);
assign csDataReg 	= 	cs  & (da == 0) &  bDevice;
assign csErrReg 	= 	cs  & (da == 1) &  bDevice;
assign csCmdReg		=	cs  & (da == 7) &  bDevice;
assign csSectAddr	=	cs  & (da == 3) & ~bDevice;
assign csCylLo		=	cs  & (da == 4) & ~bDevice;
assign csCylHi		=	cs  & (da == 5) & ~bDevice;

assign read 		=	csDataReg & ~nDior & bDevice;
assign acces		= 	cs  & bDevice;





always @ ( posedge nDiow or negedge nReset or posedge setSector) 
begin
	if (~nReset)
		key0 <= 0;
	else if(setSector)
		key0 <= 0;
	else if(csCylLo)
		key0 <= (dd == CYLINDER_LO_COOKIE);
end

always @ ( posedge nDiow or negedge nReset or posedge setSector) 
begin
	if(~nReset)
		key1 <= 0;
	else if(setSector)
		key1 <= 0;
	else if(csCylHi)
		key1 <= (dd == CYLINDER_HI_COOKIE);
end

always @ ( posedge nDiow or negedge nReset or posedge setSector) 
begin
	if(~nReset)
		key2 <= 0;
	else if(setSector)
		key2 <= 0;
	else if(csSectAddr)
		key2 <= (dd == SECTOR_COOKIE);
end

assign trCookie	= key0 & key1 & key2;









assign aftC = csErrReg & afterCookie;

always @ (posedge nDior or negedge nReset or posedge setSector) 
begin
	if(~nReset)
		resCntr <= 0;
	else if(setSector)
		resCntr <= 0;
	else if(aftC)
			resCntr <= 1;
end




always @ (posedge nDior or negedge nReset) 
begin
	if(~nReset)
		CntrIs0 <= 0;
	else
		if(csErrReg)
			CntrIs0 <= resCntr;	
end




always @ (posedge nDiow or negedge nReset) 
begin
	if(~nReset)
		setSector <= 0;
	else
		setSector <= CntrIs0 & trCookie;	
end





always @ (posedge nDiow or negedge nReset)
begin
	if(~nReset)
		bDevice <= 0;
	else if(csDevReg)
		bDevice <= dd[4];
end





always @ (posedge nDiow or negedge nReset) 
begin
	if(~nReset)
		dataReg <= 0;
	else if(csCmdReg & ~dd[7] & dd[6] & ~dd[5] &  dd[4])
		dataReg <= dd[3:0];
end

always @ (posedge nDiow or negedge nReset) 
begin
	if(~nReset)
		lofreq <= 1'b0;
	else if(csCmdReg & ~dd[7] & dd[6] &  dd[5] & ~dd[4])
		lofreq <= dd[0];
end

assign { CoinLockout, CoinCounter }	= dataReg[3:0];





always @ (posedge nDior or negedge nReset) 
begin
	if(~nReset)
		bCounter <= 0;
	else if(csCmdReg)
		bCounter <= 0;
	else if(csDataReg)
		bCounter <= bCounter + 1;
end

assign lastBitin	= (bCounter == 4'b1111);
lcel  lbcell(lastBitin, lastBit);





always @ (posedge nDior or negedge nReset) 
begin
	if(~nReset)
		noice <= 0;
	else
		noice <= {noice[14:0],((noice[1] ~^ noice[2]) ~^ (noice[15] ~^ noice[4]))};
end

assign nce			= noice[15];
assign nce1			= noice[ALT_BIT_OF_NOICE];






always @ (posedge nDior or negedge nReset) 
begin
	if(~nReset)
		count <= 0;
	else if(csErrReg)
		if (resCntr)
			count <= 0;
		else 
			count <= count + 1;
end

assign cookiein 		= (count[15:1] == COOKIE_MASK);
assign afterCookiein	= (count == AFTER_COOKIE_MASK);
assign word				= count[0];

lcel lc1(cookiein, cookie);
lcel lc2(afterCookiein, afterCookie);





reg   [15:0] cookie_mx;
wire  cookie_bit;

always @ (word)
begin 
	cookie_mx = (word) ? COOKIE_LO : COOKIE_HI;
end

mux_16_1 imux_16_1(bCounter, cookie_mx, cookie_bit);

always @ (cookie or cookie_bit or nce) 
begin
	dataInput7 = (cookie) ? cookie_bit : nce;
end





mux_16_6 imux_16_6(
					bCounter, 
					{ 2'bXX,     P[ 4:0 ] },
					{ 2'bXX,     P[ 9:5 ] },
					{ 2'bXX,     P[14:10] },
					{ 2'bXX,     P[19:15] },
					{ 2'bXX,     P[24:20] },
					{ 3'bXXX,    P[28:25] },
					{ 7'bXXXXXXX          },
					{ 7'bXXXX001          },
					{            ballCnt0q},
					{            ballCnt1q},
					{            ballCnt2q},
					{            ballCnt3q},
					{ 7'bXXXXXXX  		  },
					{ 7'bXXXXXXX  		  },
					{ 7'bXXXXXXX   		  },
					{ 7'bXXXXXXX    	  },
					dataInput
					);

assign dd = read ? { dataInput7, dataInput } : 16'hZZZZ;





assign iordy = acces ? 1'b1 : 1'bz;





QUAD_COUNTER ballCnt0( .clk(clk), .enable(nDior), .inA(P[1]),  .inB(P[2]),  .clrn(nReset), .q(ballCnt0q));
QUAD_COUNTER ballCnt1( .clk(clk), .enable(nDior), .inA(P[3]),  .inB(P[4]),  .clrn(nReset), .q(ballCnt1q));
QUAD_COUNTER ballCnt2( .clk(clk), .enable(nDior), .inA(P[11]), .inB(P[12]), .clrn(nReset), .q(ballCnt2q));
QUAD_COUNTER ballCnt3( .clk(clk), .enable(nDior), .inA(P[13]), .inB(P[14]), .clrn(nReset), .q(ballCnt3q));

endmodule
module jamma( 	clk, nReset, da, nDiow, nDior, nCS0, nCS1, iordy, dd,
				CoinCounter,CoinLockout,P,
			);






	input 	clk;
	input	[2:0] da;
	input 	nReset, nDiow, nDior, nCS0, nCS1;
	inout	iordy;
	inout	[7:0] dd;





	output 	[2:1] CoinCounter;
	output 	[2:1] CoinLockout;
	input  	[28:0] P;





	parameter SECTOR_COOKIE		=	'h73;
	parameter CYLINDER_LO_COOKIE=	'h25;
	parameter CYLINDER_HI_COOKIE=	'h19;
`ifdef TEST_MODE
	parameter COOKIE_MASK		= 	15'b000000000000001;
	parameter AFTER_COOKIE_MASK	= 	16'b0000000000000011;
`else
	parameter COOKIE_MASK		= 	15'b101001010001001;
	parameter AFTER_COOKIE_MASK	= 	16'b1010010100010011;
`endif
	parameter COOKIE_LO			=	16'h3210;
	parameter COOKIE_HI			= 	16'h7654;
	parameter ALT_BIT_OF_NOICE	=	5;





	wire 	cs, csDataReg, csDevReg, csCmdReg, trCookie, csErrReg;
	wire 	csSectAddr, csCylLo, csCylHi;
	reg		[3:0] bCounter;
	reg		[3:0] dataReg;
	reg		[15:0] count;
	reg		[15:0] noice;
	wire	cookie, cookiein;
	wire	[6:0] dataInput;
	reg			  dataInput7;
	wire	read, acces;
	reg		bDevice, resCntr, CntrIs0, setSector;
	wire	afterCookie, afterCookiein;
	wire	word;
	reg		key0, key1, key2;
	wire	nce, nce1;
	wire	[6:0] ballCnt0q;
	wire	[6:0] ballCnt1q;
	wire	[6:0] ballCnt2q;
	wire	[6:0] ballCnt3q;
	wire	aftC;
	wire	lastBit, lastBitin;
	reg		lofreq;





assign cs			= 	~nCS0 & nCS1;

assign csDevReg		=	cs  & (da == 6);
assign csDataReg 	= 	cs  & (da == 0) &  bDevice;
assign csErrReg 	= 	cs  & (da == 1) &  bDevice;
assign csCmdReg		=	cs  & (da == 7) &  bDevice;
assign csSectAddr	=	cs  & (da == 3) & ~bDevice;
assign csCylLo		=	cs  & (da == 4) & ~bDevice;
assign csCylHi		=	cs  & (da == 5) & ~bDevice;

assign read 		=	csDataReg & ~nDior & bDevice;
assign acces		= 	cs  & bDevice;





always @ ( posedge nDiow or negedge nReset or posedge setSector) 
begin
	if (~nReset)
		key0 <= 0;
	else if(setSector)
		key0 <= 0;
	else if(csCylLo)
		key0 <= (dd == CYLINDER_LO_COOKIE);
end

always @ ( posedge nDiow or negedge nReset or posedge setSector) 
begin
	if(~nReset)
		key1 <= 0;
	else if(setSector)
		key1 <= 0;
	else if(csCylHi)
		key1 <= (dd == CYLINDER_HI_COOKIE);
end

always @ ( posedge nDiow or negedge nReset or posedge setSector) 
begin
	if(~nReset)
		key2 <= 0;
	else if(setSector)
		key2 <= 0;
	else if(csSectAddr)
		key2 <= (dd == SECTOR_COOKIE);
end

assign trCookie	= key0 & key1 & key2;









assign aftC = csErrReg & afterCookie;

always @ (posedge nDior or negedge nReset or posedge setSector) 
begin
	if(~nReset)
		resCntr <= 0;
	else if(setSector)
		resCntr <= 0;
	else if(aftC)
			resCntr <= 1;
end




always @ (posedge nDior or negedge nReset) 
begin
	if(~nReset)
		CntrIs0 <= 0;
	else
		if(csErrReg)
			CntrIs0 <= resCntr;	
end




always @ (posedge nDiow or negedge nReset) 
begin
	if(~nReset)
		setSector <= 0;
	else
		setSector <= CntrIs0 & trCookie;	
end





always @ (posedge nDiow or negedge nReset)
begin
	if(~nReset)
		bDevice <= 0;
	else if(csDevReg)
		bDevice <= dd[4];
end





always @ (posedge nDiow or negedge nReset) 
begin
	if(~nReset)
		dataReg <= 0;
	else if(csCmdReg & ~dd[7] & dd[6] & ~dd[5] &  dd[4])
		dataReg <= dd[3:0];
end

always @ (posedge nDiow or negedge nReset) 
begin
	if(~nReset)
		lofreq <= 1'b0;
	else if(csCmdReg & ~dd[7] & dd[6] &  dd[5] & ~dd[4])
		lofreq <= dd[0];
end

assign { CoinLockout, CoinCounter }	= dataReg[3:0];





always @ (posedge nDior or negedge nReset) 
begin
	if(~nReset)
		bCounter <= 0;
	else if(csCmdReg)
		bCounter <= 0;
	else if(csDataReg)
		bCounter <= bCounter + 1;
end

assign lastBitin	= (bCounter == 4'b1111);
lcel  lbcell(lastBitin, lastBit);





always @ (posedge nDior or negedge nReset) 
begin
	if(~nReset)
		noice <= 0;
	else
		noice <= {noice[14:0],((noice[1] ~^ noice[2]) ~^ (noice[15] ~^ noice[4]))};
end

assign nce			= noice[15];
assign nce1			= noice[ALT_BIT_OF_NOICE];






always @ (posedge nDior or negedge nReset) 
begin
	if(~nReset)
		count <= 0;
	else if(csErrReg)
		if (resCntr)
			count <= 0;
		else 
			count <= count + 1;
end

assign cookiein 		= (count[15:1] == COOKIE_MASK);
assign afterCookiein	= (count == AFTER_COOKIE_MASK);
assign word				= count[0];

lcel lc1(cookiein, cookie);
lcel lc2(afterCookiein, afterCookie);





reg   [15:0] cookie_mx;
wire  cookie_bit;

always @ (word)
begin 
	cookie_mx = (word) ? COOKIE_LO : COOKIE_HI;
end

mux_16_1 imux_16_1(bCounter, cookie_mx, cookie_bit);

always @ (cookie or cookie_bit or nce) 
begin
	dataInput7 = (cookie) ? cookie_bit : nce;
end





mux_16_6 imux_16_6(
					bCounter, 
					{ 2'bXX,     P[ 4:0 ] },
					{ 2'bXX,     P[ 9:5 ] },
					{ 2'bXX,     P[14:10] },
					{ 2'bXX,     P[19:15] },
					{ 2'bXX,     P[24:20] },
					{ 3'bXXX,    P[28:25] },
					{ 7'bXXXXXXX          },
					{ 7'bXXXX001          },
					{            ballCnt0q},
					{            ballCnt1q},
					{            ballCnt2q},
					{            ballCnt3q},
					{ 7'bXXXXXXX  		  },
					{ 7'bXXXXXXX  		  },
					{ 7'bXXXXXXX   		  },
					{ 7'bXXXXXXX    	  },
					dataInput
					);

assign dd = read ? { dataInput7, dataInput } : 16'hZZZZ;





assign iordy = acces ? 1'b1 : 1'bz;





QUAD_COUNTER ballCnt0( .clk(clk), .enable(nDior), .inA(P[1]),  .inB(P[2]),  .clrn(nReset), .q(ballCnt0q));
QUAD_COUNTER ballCnt1( .clk(clk), .enable(nDior), .inA(P[3]),  .inB(P[4]),  .clrn(nReset), .q(ballCnt1q));
QUAD_COUNTER ballCnt2( .clk(clk), .enable(nDior), .inA(P[11]), .inB(P[12]), .clrn(nReset), .q(ballCnt2q));
QUAD_COUNTER ballCnt3( .clk(clk), .enable(nDior), .inA(P[13]), .inB(P[14]), .clrn(nReset), .q(ballCnt3q));

endmodule