那个，很不好意思说。assign F=Y_L[0]&Y_L[1]&Y_L[2]&Y_L[3]&Y_L[4]| ~(Y_L[5]&Y_L[6]&Y_L[7]&Y_L[8]&Y_L[9]&Y_L[10]& Y_L[11]&Y_L[12]&Y_L[13]&Y_L[14]&Y_L[15])这句后面没有加“分号”。然后 if 语句后面如果有多句话，注意Begin ... end...
SpinalHDL is the best hardware description language I have ever encountered, despite having written Verilog and VHDL for many years. Recently, while learning SpinalHDL, I encountered an issue: how to ensure that the generated Verilog code has only one always block corresponding to each signal. ...
Verilog HDL can do pretty much anything - the syntax of the always @(<whatever>) is very flexible. However, when you go to synthesize the design, the code has to map to an available piece of hardware on the FPGA. Verilog HDL几乎可以做任何事情 - always @(<whatever>)的语法非常灵活。 ...
An always block is one of the procedural blocks in Verilog. Statements inside an always block are executed sequentially. Syntax always @ (event) [statement] always @ (event) begin [multiple statements] end The always block is executed at some particular event. The event is defined by a sensi...
Attach this directive to set or reset signals on sequential devices, using the following syntax: // synopsys one_cold signal_name_list A directives one-hot implementation indicates that all signals in a group are active-high and that only one signal can be active at a given time. Synthesis ...
Verilog HDL can do pretty much anything - the syntax of the always @() is very flexible. However, when you go to synthesize the design, the code has to map to an available piece of hardware on the FPGA. On the FPGA we have combinatorial logic (LUTs, MUXes, etc...). These are inf...
Verilog HDL can do pretty much anything - the syntax of the always @() is very flexible. However, when you go to synthesize the design, the code has to map to an available piece of hardware on the FPGA. On the FPGA we have combinatorial logic (LUTs, MUXes, etc…). These are inferr...
Verilog HDL can do pretty much anything - the syntax of the always @() is very flexible. However, when you go to synthesize the design, the code has to map to an available piece of hardware on the FPGA. On the FPGA we have combinatorial logic (LUTs, MUXes, etc…). These are inferr...
(e.g., wire), while the left-hand-side of a procedural assignment (in an always block) must be avariabletype (e.g., reg). These types (wire vs. reg) have nothing to do with what hardware is synthesized, and is just syntax left over from Verilog's use as a hardwaresimulation...
Super_sport.v(364) near text "always"; expecting "end"Error (10170): Verilog HDL syntax ...