def sim_start(simulator, wave_log, top_name, hex_name, tb_model_list, srclist, inclist):
global check_list;
cnt = 0;
#Message
message = "Check Instruction : ";
for instlist in check_list:
message = message + instlist + " ";
print(message);
#Sim Dir Make
if(os.path.exists("sim") != True):
subprocess.call("mkdir sim", shell=True);
#Simulation Loop
for line in check_list:
#Start Time
date = datetime.datetime.today();
print("-[" + str(cnt) + "]Start : [" + line + "] : " + date.strftime("%Y-%m-%d %H:%M:%S"));
#Generate TCL
gen_tcl.generate_tcl(1, simulator, str(wave_log), top_name, tb_model_list, srclist, inclist, "sim/" + line + ".result\n", "sim_run.tcl");
#Binary 2 Hex
fr = open("./bin/" + line + ".bin", "rb");
read_data = fr.read();
result_hex = bin2hex.bin2hex(read_data);
fw = open(hex_name, 'w');
fw.write(result_hex);
fr.close();
fw.close();
#Start Sim
if(simulator == "modelsim"):
if(wave_log == '1'):
subprocess.call('vsim -c -voptargs="+acc" ' + top_name + " -do sim_run.tcl", shell=True);
else:
subprocess.call('vsim -c ' + top_name + " -do sim_run.tcl", shell=True);
elif(simulator == "riviera"):
subprocess.call("vsimsa -do sim_run.tcl", shell=True);
else:
print("Simulation Error");
sys.exit();
#End Time
date = datetime.datetime.today();
print("-[" + str(cnt) + "]Finish : [" + line + "] : " + date.strftime("%Y-%m-%d %H:%M:%S"));
cnt = cnt + 1;
#Tempfile Remove
os.remove(hex_name);
os.remove("sim_run.tcl");
def sim_start(wave_log, top_name, hex_name, tb_model_list, srclist, inclist):
global check_list;
cnt = 0;
#Message
message = "Check Instructions : ";
for instlist in check_list:
message = message + instlist + " ";
print(message);
#Sim Dir
if(os.path.exists("sim") != True):
subprocess.call("mkdir sim", shell=True);
#Simulation Loop
for line in check_list:
#Start Time
date = datetime.datetime.today();
print("-[" + str(cnt) + "]Start : [" + line + "] : " + date.strftime("%Y-%m-%d %H:%M:%S"));
#Make TCL File
gen_tcl.generate_tcl(True, wave_log, tb_model_list, srclist, inclist, "sim/" + line + ".result\n", "sim_run.tcl");
#Make Simulation HEX file
fr = open("./bin/" + line + ".bin", "rb");
read_data = fr.read();
result_hex = bin2hex.bin2hex(read_data);
fw = open(hex_name, 'w');
fw.write(result_hex);
fr.close();
fw.close();
#Start Simlation
if(wave_log == True):
subprocess.call('vsim -c -voptargs="+acc" ' + top_name + " -do sim_run.tcl", shell=True);
else:
subprocess.call('vsim -c ' + top_name + " -do sim_run.tcl", shell=True);
#End Time
date = datetime.datetime.today();
print("-[" + str(cnt) + "]Finish : [" + line + "] : " + date.strftime("%Y-%m-%d %H:%M:%S"));
cnt = cnt + 1;
