When using the Visual Studio Code extension the CPU utilization can be as much at 5 or 6 cores at 100% even though when a separate task is updating files that are not VHDL or Verilog files. There needs to be an ignore mask or some other way to not use a crazy amount of cores just because some other process is modifying files.
When using the Visual Studio Code extension the CPU utilization can be as much at 5 or 6 cores at 100% even though when a separate task is updating files that are not VHDL or Verilog files. There needs to be an ignore mask or some other way to not use a crazy amount of cores just because some other process is modifying files.
When using the Visual Studio Code extension the CPU utilization can be as much at 5 or 6 cores at 100% even though when a separate task is updating files that are not VHDL or Verilog files. There needs to be an ignore mask or some other way to not use a crazy amount of cores just because some other process is modifying files.