grammars-v4
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Published
20 hours ago •
antlr
antlr
Verilog hang jdk 16 or 17
Hi Parsing this file using Verilog2001.g4 will hang, forever looping. It only happen in Mac.
/* verilator lint_off UNUSED */
module id(input wire rst,
input wire[`INST_WIDTH] inst_i,
input wire[`MXLEN] reg1_data_i,
input wire[`MXLEN] reg2_data_i,
output reg reg1_read_o,
output reg reg2_read_o,
output reg[`REG_WIDTH] reg1_addr_o,
output reg[`REG_WIDTH] reg2_addr_o,
output reg[`AluOpBus] aluop_o,
output reg[`AluSelBus] alusel_o,
output reg[`MXLEN] reg1_o,
output reg[`MXLEN] reg2_o,
output reg[`REG_WIDTH] wd_o,
output reg wreg_o);
wire[6:0] opcode = inst_i[6:0];
wire[2:0] funct3 = inst_i[14:12];
wire[6:0] funct7 = inst_i[31:25];
reg[`MXLEN] imm;
reg instvalid;
always @(*) begin
if (rst == `RESET) begin
aluop_o = 16'h0;
alusel_o = 3'b000;
wd_o = 5'b00000;
wreg_o = 1'b0;
instvalid = 1'b0;
reg1_read_o = 1'b0;
reg2_read_o = 1'b0;
reg1_addr_o = 5'b00000;
reg2_addr_o = 5'b00000;
imm = `ZeroDWord;
end else begin
aluop_o = 16'h0;
alusel_o = 3'b000;
wd_o = 5'b00000;
wreg_o = 1'b0;
instvalid = 1'b1;
reg1_read_o = 1'b0;
reg2_read_o = 1'b0;
reg1_addr_o = inst_i[19:15];
reg2_addr_o = inst_i[24:20];
imm = `ZeroDWord;
if (opcode == 7'b0110011 && funct3 == 3'd6 && funct7 == 7'd0) begin
//OR
wreg_o = 1'b1;
reg1_read_o = 1'b1;
aluop_o = `EXE_I_OR;
reg2_read_o = 1'b1;
alusel_o = `EXE_RES_LOGIC;
imm = {48'h0, inst_i[15:0]};
wd_o = inst_i[20:16];
instvalid = 1'b0;
end else if (opcode == 7'b0010011 && funct3 == 3'd6) begin
//ORI
wreg_o = 1'b1;
reg1_read_o = 1'b1;
aluop_o = `EXE_I_OR;
reg2_read_o = 1'b0;
alusel_o = `EXE_RES_LOGIC;
imm = {48'h0, inst_i[15:0]};
wd_o = inst_i[20:16];
instvalid = 1'b0;
end else if (opcode == 7'b0110011 && funct3 == 3'd0 && funct7 == 7'd0) begin
//add
wreg_o = 1'b1;
reg1_read_o = 1'b1;
aluop_o = `EXE_I_ADD;
reg2_read_o = 1'b1;
alusel_o = `EXE_RES_LOGIC;
imm = {52'h0, inst_i[31:20]};
wd_o = inst_i[11:7];
instvalid = 1'b0;
end else if (opcode == 7'b0010011 && funct3 == 3'd0) begin
//addi
wreg_o = 1'b1;
reg1_read_o = 1'b1;
aluop_o = `EXE_I_ADD;
reg2_read_o = 1'b0;
alusel_o = `EXE_RES_LOGIC;
imm = {52'h0, inst_i[31:20]};
wd_o = inst_i[11:7];
instvalid = 1'b0;
end else if(opcode == 7'b0110011 && funct3 == 3'd7 && funct7 == 7'd0)begin
//and
wreg_o = 1'b1;
reg1_read_o = 1'b1;
aluop_o = `EXE_I_AND;
reg2_read_o = 1'b1;
alusel_o = `EXE_RES_LOGIC;
imm = {52'h0, inst_i[31:20]};
wd_o = inst_i[11:7];
instvalid = 1'b0;
end else if(opcode == 7'b0010011 && funct3 == 3'd7) begin
//andi
wreg_o = 1'b1;
reg1_read_o = 1'b1;
aluop_o = `EXE_I_AND;
reg2_read_o = 1'b0;
alusel_o = `EXE_RES_LOGIC;
imm = {52'h0, inst_i[31:20]};
wd_o = inst_i[11:7];
instvalid = 1'b0;
end else if(opcode == 7'b0110011 && funct3 == 3'd4 && funct7 == 7'd0)begin
//xor
wreg_o = 1'b1;
reg1_read_o = 1'b1;
aluop_o = `EXE_I_XOR;
reg2_read_o = 1'b1;
alusel_o = `EXE_RES_LOGIC;
imm = {52'h0, inst_i[31:20]};
wd_o = inst_i[11:7];
instvalid = 1'b0;
end else if(opcode == 7'b0010011 && funct3 == 3'd4) begin
//xori
wreg_o = 1'b1;
reg1_read_o = 1'b1;
aluop_o = `EXE_I_XOR;
reg2_read_o = 1'b0;
alusel_o = `EXE_RES_LOGIC;
imm = {52'h0, inst_i[31:20]};
wd_o = inst_i[11:7];
instvalid = 1'b0;
end else if(opcode == 7'b0110011 && funct3 == 3'd2 && funct7 == 7'd0)begin
//slt
wreg_o = 1'b1;
reg1_read_o = 1'b1;
reg2_read_o = 1'b1;
aluop_o = `EXE_I_SLT;
alusel_o = `EXE_RES_LOGIC;
imm = {52'h0, inst_i[31:20]};
wd_o = inst_i[11:7];
instvalid = 1'b0;
end else if(opcode == 7'b0010011 && funct3 == 3'd4) begin
//slti
wreg_o = 1'b1;
reg1_read_o = 1'b1;
aluop_o = `EXE_I_SLT;
reg2_read_o = 1'b0;
alusel_o = `EXE_RES_LOGIC;
imm = {52'h0, inst_i[31:20]};
wd_o = inst_i[11:7];
instvalid = 1'b0;
end else if(opcode == 7'b0110011 && funct3 == 3'd3 && funct7 == 7'd0)begin
//sltu
wreg_o = 1'b1;
reg1_read_o = 1'b1;
aluop_o = `EXE_I_SLTU;
reg2_read_o = 1'b1;
alusel_o = `EXE_RES_LOGIC;
imm = {52'h0, inst_i[31:20]};
wd_o = inst_i[11:7];
instvalid = 1'b0;
end else if(opcode == 7'b0010011 && funct3 == 3'd4) begin
//sltiu
wreg_o = 1'b1;
reg1_read_o = 1'b1;
aluop_o = `EXE_I_SLTIU;
reg2_read_o = 1'b0;
alusel_o = `EXE_RES_LOGIC;
imm = {52'h0, inst_i[31:20]};
wd_o = inst_i[11:7];
instvalid = 1'b0;
end else if(opcode == 7'b0110011 && funct3 == 3'd0 && funct7 == 7'b0100000)begin
//sub
wreg_o = 1'b1;
reg1_read_o = 1'b1;
aluop_o = `EXE_I_SUB;
reg2_read_o = 1'b1;
alusel_o = `EXE_RES_LOGIC;
imm = {52'h0, inst_i[31:20]};
wd_o = inst_i[11:7];
instvalid = 1'b0;
end else if(opcode == 7'b0110011 && funct3 == 3'd1 && funct7 == 7'd0)begin
//sll
wreg_o = 1'b1;
reg1_read_o = 1'b1;
aluop_o = `EXE_I_SLL;
reg2_read_o = 1'b1;
alusel_o = `EXE_RES_LOGIC;
imm = {52'h0, inst_i[31:20]};
wd_o = inst_i[11:7];
instvalid = 1'b0;
end else if(opcode == 7'b0110011 && funct3 == 3'b101 && funct7 == 7'd0) begin
//srl
wreg_o = 1'b1;
reg1_read_o = 1'b1;
aluop_o = `EXE_I_SRL;
reg2_read_o = 1'b1;
alusel_o = `EXE_RES_LOGIC;
imm = {52'h0, inst_i[31:20]};
wd_o = inst_i[11:7];
instvalid = 1'b0;
end else if(opcode == 7'b0110011 && funct3 == 3'b101 && funct7 == 7'b0100000) begin
//sra
wreg_o = 1'b1;
reg1_read_o = 1'b1;
aluop_o = `EXE_I_SRA;
reg2_read_o = 1'b1;
alusel_o = `EXE_RES_LOGIC;
imm = {52'h0, inst_i[31:20]};
wd_o = inst_i[11:7];
instvalid = 1'b0;
end else if (inst_i == 32'b00000000000000000000000001110011) begin
//ecall
aluop_o = `EXE_I_ECALL;
alusel_o = `EXE_RES_JUMP;
instvalid = 1'b0;
end else if(inst_i == 32'b00000000000100000000000001110011) begin
//ebreak
aluop_o = `EXE_I_EBREAK;
alusel_o = `EXE_RES_JUMP;
instvalid = 1'b0;
end else if(opcode == 7'b1100111 && funct3 == 3'b000) begin
//jalr
wreg_o = 1'b1;
reg1_read_o = 1'b1;
aluop_o = `EXE_I_JALR;
reg2_read_o = 1'b0;
alusel_o = `EXE_RES_JUMP;
imm = {52'h0, inst_i[31:20]};
wd_o = inst_i[11:7];
instvalid = 1'b0;
end else if(opcode == 7'b0110111) begin
//lui
wreg_o = 1'b1;
reg1_read_o = 1'b0;
aluop_o = `EXE_I_LUI;
reg2_read_o = 1'b0;
alusel_o = `EXE_RES_LOGIC;
imm = {44'h0, inst_i[31:12]};
wd_o = inst_i[11:7];
instvalid = 1'b0;
end else if(opcode == 7'b0010111) begin
//auipc
wreg_o = 1'b1;
reg1_read_o = 1'b0;
aluop_o = `EXE_I_AUIPC;
reg2_read_o = 1'b0;
alusel_o = `EXE_RES_LOGIC;
imm = {44'h0, inst_i[31:12]};
wd_o = inst_i[11:7];
instvalid = 1'b0;
end else if(opcode == 7'b0000011 && funct3 == 3'b000) begin
//LB
wreg_o = 1'b1;
reg1_read_o = 1'b1;
aluop_o = `EXE_I_LB;
reg2_read_o = 1'b0;
alusel_o = `EXE_RES_LOGIC;
imm = {52'h0, inst_i[31:20]};
wd_o = inst_i[11:7];
instvalid = 1'b0;
end else if(opcode == 7'b0000011 && funct3 == 3'b001) begin
//LH
wreg_o = 1'b1;
reg1_read_o = 1'b1;
aluop_o = `EXE_I_LH;
reg2_read_o = 1'b0;
alusel_o = `EXE_RES_LOGIC;
imm = {52'h0, inst_i[31:20]};
wd_o = inst_i[11:7];
instvalid = 1'b0;
end else if(opcode == 7'b0000011 && funct3 == 3'b010) begin
//LW
wreg_o = 1'b1;
reg1_read_o = 1'b1;
aluop_o = `EXE_I_LW;
reg2_read_o = 1'b0;
alusel_o = `EXE_RES_LOGIC;
imm = {52'h0, inst_i[31:20]};
wd_o = inst_i[11:7];
instvalid = 1'b0;
end else if(opcode == 7'b0000011 && funct3 == 3'b100) begin
//LBU
wreg_o = 1'b1;
reg1_read_o = 1'b1;
aluop_o = `EXE_I_LBU;
reg2_read_o = 1'b0;
alusel_o = `EXE_RES_LOGIC;
imm = {52'h0, inst_i[31:20]};
wd_o = inst_i[11:7];
instvalid = 1'b0;
end else if(opcode == 7'b0000011 && funct3 == 3'b101) begin
//LHU
wreg_o = 1'b1;
reg1_read_o = 1'b1;
aluop_o = `EXE_I_LHU;
reg2_read_o = 1'b0;
alusel_o = `EXE_RES_LOGIC;
imm = {52'h0, inst_i[31:20]};
wd_o = inst_i[11:7];
instvalid = 1'b0;
end else if(opcode == 7'b0100011 && funct3 == 3'b000) begin
//SB
wreg_o = 1'b1;
reg1_read_o = 1'b1;
reg1_addr_o = inst_i[24:20];
aluop_o = `EXE_I_SB;
reg2_read_o = 1'b0;
alusel_o = `EXE_RES_LOGIC;
imm = {52'h0, inst_i[31:25],inst_i[11:7] };
wd_o = inst_i[19:15];
instvalid = 1'b0;
end else if(opcode == 7'b0100011 && funct3 == 3'b001) begin
//SH
wreg_o = 1'b1;
reg1_read_o = 1'b1;
reg1_addr_o = inst_i[24:20];
aluop_o = `EXE_I_SH;
reg2_read_o = 1'b0;
alusel_o = `EXE_RES_LOGIC;
imm = {52'h0, inst_i[31:25],inst_i[11:7] };
wd_o = inst_i[19:15];
instvalid = 1'b0;
end else if(opcode == 7'b0100011 && funct3 == 3'b010) begin
//SW
wreg_o = 1'b1;
reg1_read_o = 1'b1;
reg1_addr_o = inst_i[24:20];
aluop_o = `EXE_I_SW;
reg2_read_o = 1'b0;
alusel_o = `EXE_RES_LOGIC;
imm = {52'h0, inst_i[31:25],inst_i[11:7] };
wd_o = inst_i[19:15];
instvalid = 1'b0;
end
end
end
always @(*) begin
if (rst == `RESET) begin
reg1_o = `ZeroDWord;
end else if (reg1_read_o == 1'b1) begin
reg1_o = reg1_data_i;
end else if (reg1_read_o == 1'b0) begin
reg1_o = imm;
end else begin
reg1_o = `ZeroDWord;
end
end
always @(*) begin
if (rst == `RESET) begin
reg2_o = `ZeroDWord;
end else if (reg2_read_o == 1'b1) begin
reg2_o = reg2_data_i;
end else if (reg2_read_o == 1'b0) begin
reg2_o = imm;
end else begin
reg2_o = `ZeroDWord;
end
end
endmodule
thanks
i am use the previous verions of Verilog2001.g4 https://gitlab.com/quantr/toolchain/verilog-compiler/-/blob/main/src/main/java/hk/quantr/verilogcompiler/antlr/Verilog2001.g4 , my pom.xml is in https://gitlab.com/quantr/toolchain/verilog-compiler
I tried 4.9.2 and 4.8-1 , both have this problem. thanks
one more hint, i got two computers, same jdk 16.0.1 and maven 3.8.3, one has 32GB ram and the other has 128GB ram. 128GB one works.
I trim down the target file so it complete in 48 sec (still very slow), below are the profile result, hope this help
ParseInfo parseInfo = parser.getParseInfo();
ATN atn = parser.getATN();
for (DecisionInfo di : parseInfo.getDecisionInfo()) {
DecisionState ds = atn.decisionToState.get(di.decision);
String ruleName = Verilog2001Parser.ruleNames[ds.ruleIndex];
System.out.println(ruleName + " \t\t -> \t\t " + di.toString());
}
config_declaration -> {decision=0, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
design_statement -> {decision=1, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
design_statement -> {decision=2, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
config_rule_statement -> {decision=3, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
inst_name -> {decision=4, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
liblist_clause -> {decision=5, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
cell_clause -> {decision=6, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
use_clause -> {decision=7, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
use_clause -> {decision=8, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
source_text -> {decision=9, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
source_text -> {decision=10, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
description -> {decision=11, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
define -> {decision=12, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
include_statement -> {decision=13, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
module_declaration -> {decision=14, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
module_declaration -> {decision=15, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
module_declaration -> {decision=16, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
module_declaration -> {decision=17, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
module_declaration -> {decision=18, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
module_declaration -> {decision=19, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
module_declaration -> {decision=20, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
module_declaration -> {decision=21, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
module_declaration -> {decision=22, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=5, SLL_ATNTransitions=0, SLL_DFATransitions=4, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
module_parameter_port_list -> {decision=23, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
list_of_ports -> {decision=24, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
list_of_port_declarations -> {decision=25, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
list_of_port_declarations -> {decision=26, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=2, SLL_ATNTransitions=0, SLL_DFATransitions=2, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
port -> {decision=27, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
port -> {decision=28, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
port -> {decision=29, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
port_expression -> {decision=30, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
port_expression -> {decision=31, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
port_reference -> {decision=32, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
port_declaration -> {decision=33, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
port_declaration -> {decision=34, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
port_declaration -> {decision=35, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
port_declaration -> {decision=36, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=14, SLL_ATNTransitions=0, SLL_DFATransitions=14, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
module_item -> {decision=37, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
module_item -> {decision=38, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
module_item -> {decision=39, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
module_item -> {decision=40, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
module_item -> {decision=41, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
module_item -> {decision=42, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
module_or_generate_item -> {decision=43, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
module_or_generate_item -> {decision=44, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
module_or_generate_item -> {decision=45, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
module_or_generate_item -> {decision=46, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
module_or_generate_item -> {decision=47, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
module_or_generate_item -> {decision=48, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
module_or_generate_item -> {decision=49, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
module_or_generate_item -> {decision=50, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=8, SLL_ATNTransitions=0, SLL_DFATransitions=8, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
non_port_module_item -> {decision=51, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
non_port_module_item -> {decision=52, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
non_port_module_item -> {decision=53, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=8, SLL_ATNTransitions=0, SLL_DFATransitions=8, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
non_port_module_item -> {decision=54, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
non_port_module_item -> {decision=55, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
non_port_module_item -> {decision=56, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
non_port_module_item -> {decision=57, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=8, SLL_ATNTransitions=0, SLL_DFATransitions=8, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
module_or_generate_item_declaration -> {decision=58, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
local_parameter_declaration -> {decision=59, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
local_parameter_declaration -> {decision=60, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
local_parameter_declaration -> {decision=61, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
parameter_declaration_ -> {decision=62, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
parameter_declaration_ -> {decision=63, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
parameter_declaration_ -> {decision=64, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
specparam_declaration -> {decision=65, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
inout_declaration -> {decision=66, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
inout_declaration -> {decision=67, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
inout_declaration -> {decision=68, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
input_declaration -> {decision=69, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
input_declaration -> {decision=70, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
input_declaration -> {decision=71, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
output_declaration -> {decision=72, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
output_declaration -> {decision=73, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
output_declaration -> {decision=74, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
output_declaration -> {decision=75, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
output_declaration -> {decision=76, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
output_declaration -> {decision=77, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
output_declaration -> {decision=78, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
output_declaration -> {decision=79, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
output_declaration -> {decision=80, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
output_declaration -> {decision=81, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=81, SLL_ATNTransitions=0, SLL_DFATransitions=61, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
reg_declaration -> {decision=82, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
reg_declaration -> {decision=83, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
net_declaration -> {decision=84, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
net_declaration -> {decision=85, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
net_declaration -> {decision=86, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
net_declaration -> {decision=87, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
net_declaration -> {decision=88, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
net_declaration -> {decision=89, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
net_declaration -> {decision=90, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
net_declaration -> {decision=91, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
net_declaration -> {decision=92, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
net_declaration -> {decision=93, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
net_declaration -> {decision=94, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
net_declaration -> {decision=95, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
net_declaration -> {decision=96, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
net_declaration -> {decision=97, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
net_declaration -> {decision=98, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
net_declaration -> {decision=99, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
net_declaration -> {decision=100, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
net_declaration -> {decision=101, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
net_declaration -> {decision=102, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
net_declaration -> {decision=103, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
net_declaration -> {decision=104, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
net_declaration -> {decision=105, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
net_declaration -> {decision=106, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
net_declaration -> {decision=107, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
net_declaration -> {decision=108, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
net_declaration -> {decision=109, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
net_declaration -> {decision=110, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=30, SLL_ATNTransitions=1, SLL_DFATransitions=23, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
real_type -> {decision=111, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
real_type -> {decision=112, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
real_type -> {decision=113, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
variable_type -> {decision=114, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
variable_type -> {decision=115, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
variable_type -> {decision=116, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=4, SLL_ATNTransitions=0, SLL_DFATransitions=4, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
drive_strength -> {decision=117, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
charge_strength -> {decision=118, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
delay3 -> {decision=119, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
delay3 -> {decision=120, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
delay3 -> {decision=121, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
delay2 -> {decision=122, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
delay2 -> {decision=123, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
delay_value -> {decision=124, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
list_of_event_identifiers -> {decision=125, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
list_of_event_identifiers -> {decision=126, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
list_of_event_identifiers -> {decision=127, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
list_of_event_identifiers -> {decision=128, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
list_of_event_identifiers -> {decision=129, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
list_of_net_identifiers -> {decision=130, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
list_of_net_identifiers -> {decision=131, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
list_of_net_identifiers -> {decision=132, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
list_of_net_identifiers -> {decision=133, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
list_of_net_identifiers -> {decision=134, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
list_of_genvar_identifiers -> {decision=135, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
list_of_port_identifiers -> {decision=136, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=40, SLL_ATNTransitions=0, SLL_DFATransitions=27, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
list_of_net_decl_assignments -> {decision=137, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
list_of_param_assignments -> {decision=138, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
list_of_specparam_assignments -> {decision=139, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
list_of_real_identifiers -> {decision=140, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
list_of_variable_identifiers -> {decision=141, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
list_of_variable_port_identifiers -> {decision=142, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
list_of_variable_port_identifiers -> {decision=143, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
list_of_variable_port_identifiers -> {decision=144, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
specparam_assignment -> {decision=145, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
pulse_control_specparam -> {decision=146, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
pulse_control_specparam -> {decision=147, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
pulse_control_specparam -> {decision=148, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
range_ -> {decision=149, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=39, SLL_ATNTransitions=0, SLL_DFATransitions=39, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_declaration -> {decision=150, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_declaration -> {decision=151, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_declaration -> {decision=152, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_declaration -> {decision=153, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_declaration -> {decision=154, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_declaration -> {decision=155, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_declaration -> {decision=156, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_declaration -> {decision=157, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_declaration -> {decision=158, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_declaration -> {decision=159, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_declaration -> {decision=160, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_item_declaration -> {decision=161, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_port_list -> {decision=162, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_port -> {decision=163, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
range_or_type -> {decision=164, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
task_declaration -> {decision=165, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
task_declaration -> {decision=166, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
task_declaration -> {decision=167, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
task_declaration -> {decision=168, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
task_declaration -> {decision=169, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
task_declaration -> {decision=170, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
task_item_declaration -> {decision=171, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
task_item_declaration -> {decision=172, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
task_port_list -> {decision=173, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
task_port_item -> {decision=174, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
tf_decl_header -> {decision=175, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
tf_decl_header -> {decision=176, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
tf_decl_header -> {decision=177, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
tf_decl_header -> {decision=178, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
tf_decl_header -> {decision=179, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
tf_decl_header -> {decision=180, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
tf_decl_header -> {decision=181, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
block_item_declaration -> {decision=182, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
block_item_declaration -> {decision=183, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
block_item_declaration -> {decision=184, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
block_item_declaration -> {decision=185, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
block_item_declaration -> {decision=186, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
block_item_declaration -> {decision=187, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
block_item_declaration -> {decision=188, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
block_item_declaration -> {decision=189, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
block_item_declaration -> {decision=190, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
block_reg_declaration -> {decision=191, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
block_reg_declaration -> {decision=192, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
list_of_block_variable_identifiers -> {decision=193, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
block_variable_type -> {decision=194, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
block_variable_type -> {decision=195, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
gate_instantiation -> {decision=196, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
gate_instantiation -> {decision=197, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
gate_instantiation -> {decision=198, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
gate_instantiation -> {decision=199, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
gate_instantiation -> {decision=200, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
gate_instantiation -> {decision=201, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
gate_instantiation -> {decision=202, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
gate_instantiation -> {decision=203, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
gate_instantiation -> {decision=204, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
gate_instantiation -> {decision=205, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
gate_instantiation -> {decision=206, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
gate_instantiation -> {decision=207, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
gate_instantiation -> {decision=208, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
gate_instantiation -> {decision=209, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
gate_instantiation -> {decision=210, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
gate_instantiation -> {decision=211, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
gate_instantiation -> {decision=212, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
gate_instantiation -> {decision=213, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
gate_instantiation -> {decision=214, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
gate_instantiation -> {decision=215, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
gate_instantiation -> {decision=216, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
cmos_switch_instance -> {decision=217, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
enable_gate_instance -> {decision=218, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
mos_switch_instance -> {decision=219, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
n_input_gate_instance -> {decision=220, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
n_input_gate_instance -> {decision=221, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
n_output_gate_instance -> {decision=222, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
n_output_gate_instance -> {decision=223, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
pass_switch_instance -> {decision=224, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
pass_enable_switch_instance -> {decision=225, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
pull_gate_instance -> {decision=226, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
name_of_gate_instance -> {decision=227, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
pulldown_strength -> {decision=228, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
pullup_strength -> {decision=229, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
module_instantiation -> {decision=230, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
module_instantiation -> {decision=231, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
list_of_parameter_assignments -> {decision=232, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
list_of_parameter_assignments -> {decision=233, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
list_of_parameter_assignments -> {decision=234, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
named_parameter_assignment -> {decision=235, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
name_of_instance -> {decision=236, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
list_of_port_connections -> {decision=237, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
list_of_port_connections -> {decision=238, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
list_of_port_connections -> {decision=239, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
ordered_port_connection -> {decision=240, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
ordered_port_connection -> {decision=241, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
named_port_connection -> {decision=242, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
named_port_connection -> {decision=243, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
generated_instantiation -> {decision=244, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
generate_item_or_null -> {decision=245, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
generate_item -> {decision=246, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
generate_conditional_statement -> {decision=247, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
generate_case_statement -> {decision=248, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
genvar_case_item -> {decision=249, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
genvar_case_item -> {decision=250, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
genvar_case_item -> {decision=251, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
generate_block -> {decision=252, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
generate_block -> {decision=253, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
continuous_assign -> {decision=254, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
continuous_assign -> {decision=255, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
list_of_net_assignments -> {decision=256, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
blocking_assignment -> {decision=257, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
nonblocking_assignment -> {decision=258, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
procedural_continuous_assignments -> {decision=259, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_statement_or_null -> {decision=260, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_statement_or_null -> {decision=261, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_seq_block -> {decision=262, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_seq_block -> {decision=263, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_seq_block -> {decision=264, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
par_block -> {decision=265, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
par_block -> {decision=266, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
par_block -> {decision=267, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
seq_block -> {decision=268, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
seq_block -> {decision=269, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
seq_block -> {decision=270, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
statement -> {decision=271, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
statement -> {decision=272, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
statement -> {decision=273, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
statement -> {decision=274, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
statement -> {decision=275, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
statement -> {decision=276, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
statement -> {decision=277, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
statement -> {decision=278, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
statement -> {decision=279, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
statement -> {decision=280, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
statement -> {decision=281, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
statement -> {decision=282, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
statement -> {decision=283, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
statement -> {decision=284, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
statement -> {decision=285, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=545, SLL_ATNTransitions=0, SLL_DFATransitions=383, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
statement_or_null -> {decision=286, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
statement_or_null -> {decision=287, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=52, SLL_ATNTransitions=0, SLL_DFATransitions=52, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_statement -> {decision=288, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_statement -> {decision=289, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_statement -> {decision=290, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_statement -> {decision=291, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_statement -> {decision=292, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_statement -> {decision=293, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_statement -> {decision=294, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_statement -> {decision=295, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
delay_or_event_control -> {decision=296, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
delay_control -> {decision=297, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
disable_statement -> {decision=298, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
event_control -> {decision=299, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=9, SLL_ATNTransitions=0, SLL_DFATransitions=9, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
event_expression -> {decision=300, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
event_expression -> {decision=301, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
event_primary -> {decision=302, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
conditional_statement -> {decision=303, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=3482, SLL_ATNTransitions=618, SLL_DFATransitions=1490, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
conditional_statement -> {decision=304, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=1853, SLL_ATNTransitions=18, SLL_DFATransitions=1110, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
if_else_if_statement -> {decision=305, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
if_else_if_statement -> {decision=306, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_conditional_statement -> {decision=307, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_conditional_statement -> {decision=308, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_if_else_if_statement -> {decision=309, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_if_else_if_statement -> {decision=310, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
case_statement -> {decision=311, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
case_statement -> {decision=312, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
case_statement -> {decision=313, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
case_statement -> {decision=314, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
case_item -> {decision=315, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
case_item -> {decision=316, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
case_item -> {decision=317, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_case_statement -> {decision=318, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_case_statement -> {decision=319, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_case_statement -> {decision=320, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_case_statement -> {decision=321, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_case_item -> {decision=322, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_case_item -> {decision=323, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_case_item -> {decision=324, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_loop_statement -> {decision=325, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
loop_statement -> {decision=326, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
system_task_enable -> {decision=327, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
system_task_enable -> {decision=328, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
system_task_enable -> {decision=329, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
system_task_enable -> {decision=330, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
system_task_enable -> {decision=331, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
system_task_enable -> {decision=332, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
task_enable -> {decision=333, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
task_enable -> {decision=334, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
task_enable -> {decision=335, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
specify_block -> {decision=336, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
specify_item -> {decision=337, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
pulsestyle_declaration -> {decision=338, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
showcancelled_declaration -> {decision=339, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
path_declaration -> {decision=340, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
simple_path_declaration -> {decision=341, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
parallel_path_description -> {decision=342, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
full_path_description -> {decision=343, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
list_of_path_inputs -> {decision=344, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
list_of_path_outputs -> {decision=345, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
specify_input_terminal_descriptor -> {decision=346, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
specify_output_terminal_descriptor -> {decision=347, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
input_identifier -> {decision=348, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
output_identifier -> {decision=349, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
path_delay_value -> {decision=350, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
list_of_path_delay_expressions -> {decision=351, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
edge_sensitive_path_declaration -> {decision=352, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
parallel_edge_sensitive_path_description -> {decision=353, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
parallel_edge_sensitive_path_description -> {decision=354, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
full_edge_sensitive_path_description -> {decision=355, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
full_edge_sensitive_path_description -> {decision=356, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
state_dependent_path_declaration -> {decision=357, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
delayed_data -> {decision=358, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
delayed_reference -> {decision=359, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
concatenation -> {decision=360, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
constant_concatenation -> {decision=361, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
module_path_concatenation -> {decision=362, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
net_concatenation -> {decision=363, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
net_concatenation_value -> {decision=364, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
net_concatenation_value -> {decision=365, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
net_concatenation_value -> {decision=366, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
variable_concatenation -> {decision=367, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
variable_concatenation_value -> {decision=368, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
variable_concatenation_value -> {decision=369, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
variable_concatenation_value -> {decision=370, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
constant_function_call -> {decision=371, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
constant_function_call -> {decision=372, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
constant_function_call -> {decision=373, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_call -> {decision=374, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_call -> {decision=375, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
function_call -> {decision=376, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
system_function_call -> {decision=377, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
system_function_call -> {decision=378, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
genvar_function_call -> {decision=379, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
genvar_function_call -> {decision=380, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
genvar_function_call -> {decision=381, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
constant_mintypmax_expression -> {decision=382, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
constant_range_expression -> {decision=383, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
expression -> {decision=384, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=77, SLL_ATNTransitions=1, SLL_DFATransitions=76, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
expression -> {decision=385, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
expression -> {decision=386, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
expression -> {decision=387, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=533, SLL_ATNTransitions=3, SLL_DFATransitions=453, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
term -> {decision=388, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
term -> {decision=389, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
mintypmax_expression -> {decision=390, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
module_path_conditional_expression -> {decision=391, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
module_path_expression -> {decision=392, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
module_path_expression -> {decision=393, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
module_path_expression -> {decision=394, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
module_path_expression -> {decision=395, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
module_path_expression -> {decision=396, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
module_path_expression -> {decision=397, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
module_path_mintypmax_expression -> {decision=398, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
range_expression -> {decision=399, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=74, SLL_ATNTransitions=0, SLL_DFATransitions=74, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
constant_primary -> {decision=400, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
module_path_primary -> {decision=401, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
primary -> {decision=402, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
primary -> {decision=403, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
primary -> {decision=404, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=673, SLL_ATNTransitions=5, SLL_DFATransitions=617, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
net_lvalue -> {decision=405, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
net_lvalue -> {decision=406, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
net_lvalue -> {decision=407, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
variable_lvalue -> {decision=408, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
variable_lvalue -> {decision=409, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
variable_lvalue -> {decision=410, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=486, SLL_ATNTransitions=0, SLL_DFATransitions=324, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
attribute_instance -> {decision=411, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
attr_spec -> {decision=412, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
arrayed_identifier -> {decision=413, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
escaped_arrayed_identifier -> {decision=414, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
escaped_hierarchical_identifier -> {decision=415, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
escaped_hierarchical_identifier -> {decision=416, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
hierarchical_identifier -> {decision=417, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
simple_arrayed_identifier -> {decision=418, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
simple_hierarchical_identifier -> {decision=419, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
simple_hierarchical_branch -> {decision=420, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=373, SLL_ATNTransitions=2, SLL_DFATransitions=371, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
simple_hierarchical_branch -> {decision=421, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
simple_hierarchical_branch -> {decision=422, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=299, SLL_ATNTransitions=0, SLL_DFATransitions=299, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
escaped_hierarchical_branch -> {decision=423, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
escaped_hierarchical_branch -> {decision=424, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
escaped_hierarchical_branch -> {decision=425, contextSensitivities=0, errors=0, ambiguities=0, SLL_lookahead=0, SLL_ATNTransitions=0, SLL_DFATransitions=0, LL_Fallback=0, LL_lookahead=0, LL_ATNTransitions=0}
thanks
The parser takes "forever" with the C# target as well for the original input--so far a good hour. The rule that's being pounded on is conditional_statement. But, if you look at the rule, it's just terrible: in if_else_if_statement, the rule has a Star-closure of 'else' 'if' '(' expression ')' statement_or_null, followed by the else. This conflicts with the first alt in conditional_statement. It's like someone didn't want to remove the old way, which would result in deep trees. This is an example of really bad programming. The solution is to choose one way or the other. Just remove the first alt in conditional_statement and unfold the if_else_if_statement rule. If I do that, the input parses in ~2s.
The bogus if-then-else rules are in the IEEE 1364-2005 Spec (an illegal copy here). Nevertheless it should be fixed (conditional_statement : 'if' '(' expression ')' statement_or_null ('else' 'if' '(' expression ')' statement_or_null)* ('else' statement_or_null)?) and reported to the Spec committee.
@kaby76 thanks for your great answer, do you mind to post your fixed verilog2001.g4 please?
just followed your suggest, and i can make it 2s too, thank you very very much. Below is what i have changed.
conditional_statement
: 'if' '(' expression ')' statement_or_null ('else' 'if' '(' expression ')' statement_or_null)* ('else' statement_or_null)?
;