How to use get_cpu_type method in lisa

Best Python code snippet using lisa_python

DNA.py

Source:DNA.py

...52        for i in range(self.num):53            prog = self.program_list[i]54            for row in ccc.execute("SELECT * FROM NODES WHERE ID = " + str(self.genes[i])):55                #print(row)56                if row[2] >= prog.get_ram() and row[3] >= prog.get_cpu() and row[4] == prog.get_cpu_type():57                    #print("prog.get_ram() ,cpu ,prog.get_cpu_type()")58                    # print(prog.get_ram())59                    # print(prog.get_cpu())60                    # print(prog.get_cpu_type())61                    #print("okay")62                    prog.set_node()63                    self.fitness += 164                    fit += 165                    ccc.execute("UPDATE NODES SET RAM = "+str(row[2]-prog.get_ram())+", CPU = "+str(row[3]-prog.get_cpu())+" WHERE ID = "+str(self.genes[i]))66                    # for r in ccc.execute("SELECT * FROM NODES WHERE ID = " + str(self.genes[i])):67                    #     print(r)68        #print(fit)69        # with open('calc_fitness_in_hill.txt', 'a') as out:70        #     out.write(str(self.fitness)+" pow((self.fitness/self.num), 4) :  "+str(pow((self.fitness/self.num), 4))+ '\n\n' + "#################" + '\n\n')71        self.local_hillclimbing(ccc)72        ccc.close()73        self.final_fitness = pow((self.fitness/self.num), 4)74        #return pow((self.fitness/self.num), 4)75    def local_hillclimbing(self, conn):76        random_num = random.randint(0, math.floor(self.num))77        #print("hereeeeeeeeeee")78        for i in range(random_num, self.num):79            prog = self.program_list[i]80            if prog.get_node() == False:81                count = 082                for row in conn.execute("SELECT * FROM NODES WHERE RAM > " + str(prog.get_ram()) + " AND cpu > " + str(prog.get_cpu()) + " AND CPU_TYPE = " + str(prog.get_cpu_type())):83                    if count == 1:84                        break85                    else:86                        self.genes[i] = row[0]87                        self.program_list[i].set_node()88                        self.fitness += 189                        conn.execute("UPDATE NODES SET RAM = " + str(row[2] - prog.get_ram()) + ", CPU = " + str(row[3] - prog.get_cpu()) + " WHERE ID = " + str(row[0]))90                        count = 191                if count == 0:...

test_cpucfg.py

Source:test_cpucfg.py

...3from bare68k.consts import *4from bare68k.errors import *5def test_cpu_default():6    c = CPUConfig()7    assert c.get_cpu_type() == M68K_CPU_TYPE_680008    assert c.get_cpu_type_str() == "68000"9def test_set_cpu():10    c = CPUConfig()11    c.set_cpu_type(68010)12    assert c.get_cpu_type() == M68K_CPU_TYPE_6801013    assert c.get_addr_bus_width() == 2414    c.set_cpu_type(20)15    assert c.get_cpu_type() == M68K_CPU_TYPE_6802016    assert c.get_addr_bus_width() == 3217    c.set_cpu_type("10")18    assert c.get_cpu_type() == M68K_CPU_TYPE_6801019    assert c.get_addr_bus_width() == 2420    c.set_cpu_type("68020")21    assert c.get_cpu_type() == M68K_CPU_TYPE_6802022    assert c.get_addr_bus_width() == 3223    c.set_cpu_type("EC20")24    assert c.get_cpu_type() == M68K_CPU_TYPE_68EC02025    assert c.get_addr_bus_width() == 3226    with pytest.raises(ConfigError):...

computer_data.py

Source:computer_data.py

2import os3import psutil4import subprocess5import re6def get_cpu_type():7    command = "cat /proc/cpuinfo"8    return subprocess.check_output(command,shell=True).strip()9with open('diag.txt','w') as WF:10    WF.write('Processor:{}\n'.format(platform.processor()))11    cpu_name=get_cpu_type()12    WF.write('Cpu:{}\n'.format(cpu_name))13    WF.write('Cores:{}\n'.format(os.cpu_count()))14    WF.write('Threads:{}\n'.format(psutil.cpu_count()))...

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