class IntegrationTest(unittest.TestCase):
def setUp(self):
# miscellaneous
self.semaphore = Condition()
self.disk = HardDisk()
self.comparator = lambda pcb1, pcb2: pcb1.getPriority() > pcb2.getPriority() # the greater, the better
self.readyQueue = OwnHeap(self.semaphore, self.comparator)
# hardware
self.memory = RAM(1000)
self.mmu = MMU(1,self.memory)
self.ioDelivery = IODelivery()
self.progLoader = ProgramLoader(self.memory, self.disk, self.readyQueue,self.mmu)
self.imanager = InterruptorManager()
self.cpu = CPU(self.memory, self.imanager, self.semaphore,self.mmu)
self.scheduler = Scheduler(self.cpu, self.readyQueue , 5, self.semaphore)
# devices
self.spooler = Device('printer', self.imanager)
self.screen = Device('screen', self.imanager)
self.ioDelivery.newDevice(self.spooler)
self.ioDelivery.newDevice(self.screen)
# im
self.imanager.setScheduler(self.scheduler)
self.imanager.setDisk(self.disk)
self.imanager.setMmu(self.mmu)
self.imanager.setIODelivery(self.ioDelivery)
# loading programs
self.ioInstruction = InstIO('directory', 0)
self.cpuInstruction = InstCPU('1+1')
self.prog1 = Program('ls')
self.prog2 = Program('pwd')
self.prog1.addInstruction(self.cpuInstruction)
self.prog2.addInstruction(self.ioInstruction)
self.disk.setProgram(self.prog1)
self.disk.setProgram(self.prog2)
def test_when_programLoader_loadProcessWithNoPriority_then_it_starts_the_expected_sequence(self):
self.progLoader.loadProcess("ls")
self.progLoader.loadProcess("pwd", 3)
self.table = self.progLoader.getPcbTable()
self.table.getPS()
self.assertEqual(2, self.table.countActiveProcess())
self.assertEquals(2 , self.readyQueue.length())
self.assertEqual(self.cpuInstruction, self.memory.getDir(0))
class IntegrationTest(unittest.TestCase):
def setUp(self):
# miscellaneous
self.semaphore = Condition()
self.disk = HardDisk()
self.comparator = lambda pcb1, pcb2: pcb1.getPriority() > pcb2.getPriority() # the greater, the better
self.readyQueue = OwnHeap(self.semaphore, self.comparator)
# hardware
self.memory = RAM(1000)
self.mmu = MMU(1, self.memory)
self.ioDelivery = IODelivery()
self.progLoader = ProgramLoader(self.memory, self.disk, self.readyQueue, self.mmu)
self.imanager = InterruptorManager()
self.cpu = CPU(self.memory, self.imanager, self.semaphore, self.mmu)
self.scheduler = Scheduler(self.cpu, self.readyQueue, 5, self.semaphore)
# devices
self.spooler = Device("printer", self.imanager)
self.screen = Device("screen", self.imanager)
self.ioDelivery.newDevice(self.spooler)
self.ioDelivery.newDevice(self.screen)
# im
self.imanager.setScheduler(self.scheduler)
self.imanager.setDisk(self.disk)
self.imanager.setMmu(self.mmu)
self.imanager.setIODelivery(self.ioDelivery)
# loading programs
self.ioInstruction = InstIO("directory", 0)
self.cpuInstruction = InstCPU("1+1")
self.prog1 = Program("ls")
self.prog2 = Program("pwd")
self.prog1.addInstruction(self.cpuInstruction)
self.prog2.addInstruction(self.ioInstruction)
self.disk.setProgram(self.prog1)
self.disk.setProgram(self.prog2)
def test_when_programLoader_loadProcessWithNoPriority_then_it_starts_the_expected_sequence(self):
self.progLoader.loadProcess("ls")
self.progLoader.loadProcess("pwd", 3)
self.table = self.progLoader.getPcbTable()
self.table.getPS()
self.assertEqual(2, self.table.countActiveProcess())
self.assertEquals(2, self.readyQueue.length())
self.assertEqual(self.cpuInstruction, self.memory.getDir(0))
def setUp(self):
# miscellaneous
self.semaphore = Condition()
self.disk = HardDisk()
self.comparator = lambda pcb1, pcb2: pcb1.getPriority() > pcb2.getPriority() # the greater, the better
self.readyQueue = OwnHeap(self.semaphore, self.comparator)
# hardware
self.memory = RAM(1000)
self.mmu = MMU(1,self.memory)
self.ioDelivery = IODelivery()
self.progLoader = ProgramLoader(self.memory, self.disk, self.readyQueue,self.mmu)
self.imanager = InterruptorManager()
self.cpu = CPU(self.memory, self.imanager, self.semaphore,self.mmu)
self.scheduler = Scheduler(self.cpu, self.readyQueue , 5, self.semaphore)
# devices
self.spooler = Device('printer', self.imanager)
self.screen = Device('screen', self.imanager)
self.ioDelivery.newDevice(self.spooler)
self.ioDelivery.newDevice(self.screen)
# im
self.imanager.setScheduler(self.scheduler)
self.imanager.setDisk(self.disk)
self.imanager.setMmu(self.mmu)
self.imanager.setIODelivery(self.ioDelivery)
# loading programs
self.ioInstruction = InstIO('directory', 0)
self.cpuInstruction = InstCPU('1+1')
self.prog1 = Program('ls')
self.prog2 = Program('pwd')
self.prog1.addInstruction(self.cpuInstruction)
self.prog2.addInstruction(self.ioInstruction)
self.disk.setProgram(self.prog1)
self.disk.setProgram(self.prog2)
def setUp(self):
# miscellaneous
self.semaphore = Condition()
self.disk = HardDisk()
self.comparator = lambda pcb1, pcb2: pcb1.getPriority() > pcb2.getPriority() # the greater, the better
self.readyQueue = OwnHeap(self.semaphore, self.comparator)
# hardware
self.memory = RAM(1000)
self.mmu = MMU(1, self.memory)
self.ioDelivery = IODelivery()
self.progLoader = ProgramLoader(self.memory, self.disk, self.readyQueue, self.mmu)
self.imanager = InterruptorManager()
self.cpu = CPU(self.memory, self.imanager, self.semaphore, self.mmu)
self.scheduler = Scheduler(self.cpu, self.readyQueue, 5, self.semaphore)
# devices
self.spooler = Device("printer", self.imanager)
self.screen = Device("screen", self.imanager)
self.ioDelivery.newDevice(self.spooler)
self.ioDelivery.newDevice(self.screen)
# im
self.imanager.setScheduler(self.scheduler)
self.imanager.setDisk(self.disk)
self.imanager.setMmu(self.mmu)
self.imanager.setIODelivery(self.ioDelivery)
# loading programs
self.ioInstruction = InstIO("directory", 0)
self.cpuInstruction = InstCPU("1+1")
self.prog1 = Program("ls")
self.prog2 = Program("pwd")
self.prog1.addInstruction(self.cpuInstruction)
self.prog2.addInstruction(self.ioInstruction)
self.disk.setProgram(self.prog1)
self.disk.setProgram(self.prog2)
class diskFactory(object):
def __init__(self):
pass
def basicHDD(self):
'''
@return: an HDD with 4 programs, 2 simple programs, and 2 "real programs", factorial n and summatory n
'''
self.manSublime = Manual("sublimeText", "make something in I/O")
self.sbl = Program("sublimeText")
self.instr1 = InstIO("ioDePrinter", 1)
self.instr10 = InstIO("io De screen", 0)
self.instr01 = InstIO("io De screen", 0)
self.instr111 = InstIO("ioDePrinter", 1)
self.instr2 = InstCPU("sblm cpu")
self.sbl.addInstruction(self.instr1)
self.sbl.addInstruction(self.instr2)
self.sbl.addInstruction(self.instr1)
self.sbl.addInstruction(self.instr1)
self.sbl.addInstruction(self.instr10)
self.sbl.addInstruction(self.instr01)
self.sbl.addInstruction(self.instr1)
self.sbl.addInstruction(self.instr111)
self.sbl.addManual(self.manSublime)
self.manVim = Manual("vim", "have too many instructions")
self.vim = Program("vim", self.manVim)
self.instrVim1 = InstCPU("vim 1")
self.instrVim2 = InstCPU("vim 2")
self.instrVim3 = InstCPU("vim 3")
self.instrVim4 = InstCPU("vim 4")
self.instrVim5 = InstCPU("vim 5")
self.instrVim6 = InstCPU("vim 6")
self.vim.addInstruction(self.instrVim1)
self.vim.addInstruction(self.instrVim2)
self.vim.addInstruction(self.instrVim3)
self.vim.addInstruction(self.instrVim4)
self.vim.addInstruction(self.instrVim5)
self.vim.addInstruction(self.instrVim6)
self.vim.addInstruction(self.instrVim6)
self.vim.addInstruction(self.instrVim6)
self.vim.addInstruction(self.instrVim6)
self.vim.addInstruction(self.instrVim6)
self.vim.addInstruction(self.instrVim6)
self.vim.addInstruction(self.instr111)
self.vim.addInstruction(self.instrVim6)
self.vim.addInstruction(self.instrVim6)
self.vim.addInstruction(self.instrVim6)
self.vim.addInstruction(self.instr111)
self.vim.addInstruction(self.instrVim6)
self.vim.addInstruction(self.instrVim6)
self.vim.addInstruction(self.instrVim6)
self.manMultiplatory = Manual("factorial", "factorial(n)")
self.multiplatory = Program("factorial", self.manMultiplatory)
self.multiplatory.variableSize = 3
# the relative position 0 has the n
self.multiplatory.addInstruction(MovLiteral(1, 1))
self.multiplatory.addInstruction(MovLiteral(2, 2))
self.multiplatory.addInstruction(CmpLiteral(0, 1))
self.multiplatory.addInstruction(Jle(4))
self.multiplatory.addInstruction(Mul(1, 2))
self.multiplatory.addInstruction(AddLiteral(2, 1))
self.multiplatory.addInstruction(AddLiteral(0, -1))
self.multiplatory.addInstruction(Jmp(3))
self.multiplatory.addInstruction(ScreenPrintValue(1))
self.sumatoryManual = Manual("summatory", "summatory(n)")
self.sumatory = Program("summatory", self.sumatoryManual)
self.sumatory.variableSize = 3
self.sumatory.addInstruction(MovLiteral(1, 0))
self.sumatory.addInstruction(MovLiteral(2, 1))
self.sumatory.addInstruction(CmpLiteral(0, 0))
self.sumatory.addInstruction(Jle(4))
self.sumatory.addInstruction(Add(1, 2))
self.sumatory.addInstruction(AddLiteral(2, 1))
self.sumatory.addInstruction(AddLiteral(0, -1))
self.sumatory.addInstruction(Jmp(3))
self.sumatory.addInstruction(ScreenPrintValue(1))
self.hdd = HardDisk()
self.hdd.setProgram(self.vim)
self.hdd.setProgram(self.sbl)
self.hdd.setProgram(self.multiplatory)
self.hdd.setProgram(self.sumatory)
return self.hdd
class diskFactory(object):
def __init__(self):
pass
def basicHDD(self):
'''
@return: an HDD with 4 programs, 2 simple programs, and 2 "real programs", factorial n and summatory n
'''
self.manSublime = Manual("sublimeText", "make something in I/O")
self.sbl = Program("sublimeText")
self.instr1 = InstIO("ioDePrinter", 1)
self.instr10 = InstIO("io De screen", 0)
self.instr01 = InstIO("io De screen", 0)
self.instr111 = InstIO("ioDePrinter", 1)
self.instr2 = InstCPU("sblm cpu")
self.sbl.addInstruction(self.instr1)
self.sbl.addInstruction(self.instr2)
self.sbl.addInstruction(self.instr1)
self.sbl.addInstruction(self.instr1)
self.sbl.addInstruction(self.instr10)
self.sbl.addInstruction(self.instr01)
self.sbl.addInstruction(self.instr1)
self.sbl.addInstruction(self.instr111)
self.sbl.addManual(self.manSublime)
self.manVim = Manual("vim", "have too many instructions")
self.vim = Program("vim", self.manVim)
self.instrVim1 = InstCPU("vim 1")
self.instrVim2 = InstCPU("vim 2")
self.instrVim3 = InstCPU("vim 3")
self.instrVim4 = InstCPU("vim 4")
self.instrVim5 = InstCPU("vim 5")
self.instrVim6 = InstCPU("vim 6")
self.vim.addInstruction(self.instrVim1)
self.vim.addInstruction(self.instrVim2)
self.vim.addInstruction(self.instrVim3)
self.vim.addInstruction(self.instrVim4)
self.vim.addInstruction(self.instrVim5)
self.vim.addInstruction(self.instrVim6)
self.vim.addInstruction(self.instrVim6)
self.vim.addInstruction(self.instrVim6)
self.vim.addInstruction(self.instrVim6)
self.vim.addInstruction(self.instrVim6)
self.vim.addInstruction(self.instrVim6)
self.vim.addInstruction(self.instr111)
self.vim.addInstruction(self.instrVim6)
self.vim.addInstruction(self.instrVim6)
self.vim.addInstruction(self.instrVim6)
self.vim.addInstruction(self.instr111)
self.vim.addInstruction(self.instrVim6)
self.vim.addInstruction(self.instrVim6)
self.vim.addInstruction(self.instrVim6)
self.manMultiplatory = Manual("factorial", "factorial(n)")
self.multiplatory = Program("factorial", self.manMultiplatory)
self.multiplatory.variableSize = 3
# the relative position 0 has the n
self.multiplatory.addInstruction(MovLiteral(1, 1))
self.multiplatory.addInstruction(MovLiteral(2, 2))
self.multiplatory.addInstruction(CmpLiteral(0, 1))
self.multiplatory.addInstruction(Jle(4))
self.multiplatory.addInstruction(Mul(1, 2))
self.multiplatory.addInstruction(AddLiteral(2, 1))
self.multiplatory.addInstruction(AddLiteral(0, -1))
self.multiplatory.addInstruction(Jmp(3))
self.multiplatory.addInstruction(ScreenPrintValue(1))
self.sumatoryManual = Manual("summatory", "summatory(n)")
self.sumatory = Program("summatory", self.sumatoryManual)
self.sumatory.variableSize = 3
self.sumatory.addInstruction(MovLiteral(1, 0))
self.sumatory.addInstruction(MovLiteral(2, 1))
self.sumatory.addInstruction(CmpLiteral(0, 0))
self.sumatory.addInstruction(Jle(4))
self.sumatory.addInstruction(Add(1, 2))
self.sumatory.addInstruction(AddLiteral(2, 1))
self.sumatory.addInstruction(AddLiteral(0, -1))
self.sumatory.addInstruction(Jmp(3))
self.sumatory.addInstruction(ScreenPrintValue(1))
self.hdd = HardDisk()
self.hdd.setProgram(self.vim)
self.hdd.setProgram(self.sbl)
self.hdd.setProgram(self.multiplatory)
self.hdd.setProgram(self.sumatory)
return self.hdd
