Verilog is the hardware description language most FPGA and ASIC toolchains speak. Exporting your schematic to Verilog turns a drawing into something a synthesis tool can actually build: the gates you placed become a module with named ports and a set of continuous assignments.
Boolflow reads the active layer, walks the graph from inputs to outputs, and emits one assignment per gate. Every INPUT element becomes an input port, every OUTPUT an output port, and the wires between them become named nets. The result is plain structural Verilog with no vendor-specific constructs, so it compiles under Icarus Verilog, Verilator, Vivado and Quartus alike.
// Generated by BoolFlow
module half_adder (
input A, B,
output S, C
);
assign S = A ^ B;
assign C = A & B;
endmoduleCombinational circuits translate directly. Clocked elements are emitted where an equivalent exists, and anything unsupported is listed above the code so you know what to add by hand.
Read: FPGA and PLM basics