def test_randomized2(self):
u = self.u
m = DenseMemory(self.DATA_WIDTH, u.clk, u.rDatapump)
N = 17
for d in u.drivers:
self.randomize(d.req)
self.randomize(d.r)
self.randomize(u.rDatapump.req)
self.randomize(u.rDatapump.r)
_mask = mask(self.DATA_WIDTH // 8)
expected = [[] for _ in u.drivers]
for _id, d in enumerate(u.drivers):
for i in range(N):
size = self._rand.getrandbits(3) + 1
magic = self._rand.getrandbits(16)
values = [i + magic for i in range(size)]
addr = m.calloc(size, 8, initValues=values)
d.req._ag.data.append((_id, addr, size - 1, 0))
for i2, v in enumerate(values):
data = (_id, v, _mask, int(i2 == size - 1))
expected[_id].append(data)
self.runSim(self.DRIVERS_CNT * N * 200 * Time.ns)
for expect, driver in zip(expected, u.drivers):
self.assertValSequenceEqual(driver.r._ag.data, expect)
def test_fullFill_randomized3(self, N=None):
u = self.u
BASE = 0x1230
MAGIC = 1
if N is None:
N = self.ITEMS + 10
m = DenseMemory(self.DATA_WIDTH, u.clk, wDatapumpIntf=u.wDatapump)
u.baseAddr._ag.dout.append(BASE)
for i in range(N):
u.items._ag.data.append(MAGIC + i)
def enReq(s):
u.wDatapump.req._ag.enable = False
yield s.wait(32 * 10 * Time.ns)
yield from self.simpleRandomizationProcess(u.wDatapump.req._ag)(s)
self.procs.append(enReq)
self.randomize(u.wDatapump.w)
self.randomize(u.items)
# self.randomize(u.req)
self.randomize(u.wDatapump.ack)
self.runSim(N * 40 * Time.ns)
self.assertEmpty(u.items._ag.data)
d = m.getArray(BASE, self.DATA_WIDTH // 8, self.ITEMS)
expected = [i + MAGIC if i >= 10 else i + self.ITEMS + MAGIC for i in range(self.ITEMS)]
self.assertValSequenceEqual(d, expected)
self.assertValEqual(u.uploaded._ag.data[-1], N)
def test_fullFill_randomized(self):
u = self.u
N = 2 * 16 - 1
m = DenseMemory(self.DATA_WIDTH, u.clk, wDatapumpIntf=u.wDatapump)
ITEM_SIZE = self.DATA_WIDTH // 8
MAGIC = 88
self.randomize(u.items)
self.randomize(u.wDatapump.w)
self.randomize(u.wDatapump.req)
self.randomize(u.wDatapump.ack)
BASE = m.malloc(ITEM_SIZE * N)
u.baseAddr._ag.dout.append(BASE)
u.items._ag.data.extend([MAGIC + i for i in range(N)])
self.runSim(200 * 10 * Time.ns)
self.assertEmpty(u.items._ag.data)
self.assertEmpty(u.wDatapump.ack._ag.data)
BASE_INDX = BASE // ITEM_SIZE
for i in range(N):
self.assertEqual(m.data[BASE_INDX + i], MAGIC + i)
self.assertValEqual(self.u.uploaded._ag.data[-1], N)
def test_fullFill_randomized(self):
u = self.u
N = 2 * 16 - 1
m = DenseMemory(self.DATA_WIDTH, u.clk, wDatapumpIntf=u.wDatapump)
ITEM_SIZE = self.DATA_WIDTH // 8
MAGIC = 88
self.randomize(u.items)
self.randomize(u.wDatapump.w)
self.randomize(u.wDatapump.req)
self.randomize(u.wDatapump.ack)
BASE = m.malloc(ITEM_SIZE * N)
u.baseAddr._ag.dout.append(BASE)
u.items._ag.data.extend([MAGIC + i for i in range(N)])
self.runSim(200 * 10 * Time.ns)
self.assertEmpty(u.items._ag.data)
self.assertEmpty(u.wDatapump.ack._ag.data)
BASE_INDX = BASE // ITEM_SIZE
for i in range(N):
self.assertEqual(m.data[BASE_INDX + i], MAGIC + i)
self.assertValEqual(self.u.uploaded._ag.data[-1], N)
def test_randomized2(self):
u = self.u
m = DenseMemory(self.DATA_WIDTH, u.clk, u.rDatapump)
N = 17
for d in u.drivers:
self.randomize(d.req)
self.randomize(d.r)
self.randomize(u.rDatapump.req)
self.randomize(u.rDatapump.r)
_mask = mask(self.DATA_WIDTH // 8)
expected = [[] for _ in u.drivers]
for _id, d in enumerate(u.drivers):
for i in range(N):
size = self._rand.getrandbits(3) + 1
magic = self._rand.getrandbits(16)
values = [i + magic for i in range(size)]
addr = m.calloc(size, 8, initValues=values)
d.req._ag.data.append((_id, addr, size - 1, 0))
for i2, v in enumerate(values):
data = (_id, v, _mask, int(i2 == size - 1))
expected[_id].append(data)
self.runSim(self.DRIVERS_CNT * N * 200 * Time.ns)
for expect, driver in zip(expected, u.drivers):
self.assertValSequenceEqual(driver.r._ag.data, expect)
def _test_s0(self, u):
DW = 64
N = 3
self.prepareUnit(u)
m = DenseMemory(DW, u.clk, u.rDatapump)
# init expectedFieldValues
expectedFieldValues = {}
for f in s0.fields:
if f.name is not None:
expectedFieldValues[f.name] = []
for _ in range(N):
d = s0RandVal(self)
for name, val in d.items():
expectedFieldValues[name].append(val)
asFrame = list(iterBits(s0.fromPy(d),
bitsInOne=DW,
skipPadding=False,
fillup=True))
addr = m.calloc(len(asFrame), DW // 8, initValues=asFrame)
u.get._ag.data.append(addr)
self.runSim(500 * Time.ns)
for f in s0.fields:
if f.name is not None:
expected = expectedFieldValues[f.name]
got = u.dataOut._fieldsToInterfaces[f]._ag.data
self.assertValSequenceEqual(got, expected)
def _test_s0(self, u):
DW = 64
N = 3
self.prepareUnit(u)
m = DenseMemory(DW, u.clk, u.rDatapump)
# init expectedFieldValues
expectedFieldValues = {}
for f in s0.fields:
if f.name is not None:
expectedFieldValues[f.name] = []
for _ in range(N):
d = s0RandVal(self)
for name, val in d.items():
expectedFieldValues[name].append(val)
asFrame = list(
iterBits(s0.fromPy(d),
bitsInOne=DW,
skipPadding=False,
fillup=True))
addr = m.calloc(len(asFrame), DW // 8, initValues=asFrame)
u.get._ag.data.append(addr)
self.runSim(500 * Time.ns)
for f in s0.fields:
if f.name is not None:
expected = expectedFieldValues[f.name]
got = u.dataOut._fieldsToInterfaces[f]._ag.data
self.assertValSequenceEqual(got, expected)
def test_translate10xRandomized(self):
u = self.u
N = 10
# self.randomize(u.rDatapump.req)
self.randomize(u.rDatapump.r)
self.randomize(u.virtIn)
self.randomize(u.physOut)
m = DenseMemory(self.DATA_WIDTH, u.clk, rDatapumpIntf=u.rDatapump)
virt = u.virtIn._ag.data
virt.extend([NOP for _ in range(N)])
expected = []
for i in range(N):
lvl2pgtData = [int(2 ** 12) * i2 if i + 1 == i2 else -1
for i2 in range(self.LVL2_PAGE_TABLE_ITEMS)]
lvl2pgt = m.calloc(self.LVL2_PAGE_TABLE_ITEMS,
4,
initValues=lvl2pgtData)
u.lvl1Table._ag.requests.append((WRITE, i, lvl2pgt))
v = self.buildVirtAddr(i, i + 1, i + 1)
virt.append(v)
expected.append(int(2 ** 12) * (i + 1) + i + 1)
self.runSim(N*300 * Time.ns)
self.assertValSequenceEqual(u.physOut._ag.data, expected)
self.assertValEqual(u.segfault._ag.data[-1], 0)
def test_3x128(self):
u = self.u
m = DenseMemory(self.DATA_WIDTH, u.clk, wDatapumpIntf=u.wDatapump)
N = 128
_mask = mask(self.DATA_WIDTH // 8)
data = [[self._rand.getrandbits(self.DATA_WIDTH) for _ in range(N)]
for _ in range(self.DRIVER_CNT)]
dataAddress = [m.malloc(N * self.DATA_WIDTH // 8) for _ in range(self.DRIVER_CNT)]
for di, _data in enumerate(data):
req = u.drivers[di].req._ag
wIn = u.drivers[di].w._ag
dataIt = iter(_data)
addr = dataAddress[di]
end = False
while True:
frameSize = self._rand.getrandbits(4) + 1
frame = []
try:
for _ in range(frameSize):
frame.append(next(dataIt))
except StopIteration:
end = True
if frame:
req.data.append(mkReq(addr, len(frame) - 1))
wIn.data.extend([(d, _mask, i == len(frame) - 1)
for i, d in enumerate(frame)])
addr += len(frame) * self.DATA_WIDTH // 8
if end:
break
ra = self.randomize
for d in u.drivers:
ra(d.req)
ra(d.w)
ra(d.ack)
ra(u.wDatapump.req)
ra(u.wDatapump.w)
ra(u.wDatapump.ack)
self.runSim(self.DRIVER_CNT * N * 50 * Time.ns)
for i, baseAddr in enumerate(dataAddress):
inMem = m.getArray(baseAddr, self.DATA_WIDTH // 8, N)
self.assertValSequenceEqual(inMem, data[i], "driver:%d" % i)
def test_regularUpload2(self):
u = self.u
t = 200
BASE = 0x1020
BASE2 = 0x2020
ITEMS = self.ITEMS_IN_BLOCK * 2
MAGIC = 50
u.baseAddr._ag.dout.append(BASE)
u.rdPtr._ag.dout.append(ITEMS)
m = DenseMemory(self.DATA_WIDTH, u.clk, u.rDatapump, u.wDatapump)
self.spotNextBaseAddr(m, BASE, BASE2)
self.spotNextBaseAddr(m, BASE2, BASE + BASE2)
self.spotNextBaseAddr(m, BASE + BASE2, BASE + BASE2 + BASE)
for i in range(ITEMS):
self.u.dataIn._ag.data.append(i + MAGIC)
self.runSim(t * 10 * Time.ns)
baseIndex = BASE // (self.DATA_WIDTH // 8)
for i in range(ITEMS):
try:
d = m.data[baseIndex + i]
except KeyError: # pragma: no cover
raise AssertionError("Invalid data on index %d" % i)
self.assertValEqual(d, i + MAGIC, "Invalid data on index %d" % i)
def test_downloadFullBlockRandomized5x(self):
u = self.u
N = self.ITEMS_IN_BLOCK * 5
MAGIC = 456
m = DenseMemory(self.DATA_WIDTH, u.clk, u.rDatapump)
data = []
ADDR_BASE = None
lastAddr = None
for i in range(5):
a, d = self.createBlock(m, i * MAGIC)
if ADDR_BASE is None:
ADDR_BASE = a
if lastAddr is not None:
self.updateNextAddr(m, lastAddr, a)
lastAddr = a
data.extend(d)
self.updateNextAddr(m, lastAddr, ADDR_BASE)
self.randomize(u.rDatapump.r)
self.randomize(u.rDatapump.req)
self.randomize(u.dataOut)
u.baseAddr._ag.dout.append(ADDR_BASE)
u.wrPtr._ag.dout.extend([NOP, N])
self.runSim(N * 50 * Time.ns)
self.assertValSequenceEqual(u.dataOut._ag.data, data)
def test_get(self):
u = self.u
MAGIC = 99
N = self.ITEMS
t = 10 + N
m = DenseMemory(self.DATA_WIDTH, u.clk, rDatapumpIntf=u.rDatapump)
base = m.calloc(self.ITEMS,
self.ITEM_WIDTH // 8,
initValues=[MAGIC + i for i in range(N)])
u.base._ag.data.append(base)
u.index._ag.data.extend([i for i in range(N)])
self.runSim(t * 10 * Time.ns)
self.assertValSequenceEqual(u.item._ag.data,
[MAGIC + i for i in range(N)])
def test_singleGet(self):
u = self.u
t = 5
BASE = 8 * (self.DATA_WIDTH // 8)
MAGIC = 99
INDEX = self.ITEMS - 1
u.base._ag.data.append(BASE)
u.index._ag.data.append(INDEX)
m = DenseMemory(self.DATA_WIDTH, u.clk, rDatapumpIntf=u.rDatapump)
m.data[BASE // 8 + INDEX] = MAGIC
self.runSim(t * 10 * Time.ns)
self.assertValSequenceEqual(u.item._ag.data, [
MAGIC,
])
def test_lvl2_fault(self):
u = self.u
MAGIC = 45
m = DenseMemory(self.DATA_WIDTH, u.clk, rDatapumpIntf=u.rDatapump)
lvl2pgt = m.calloc(self.LVL2_PAGE_TABLE_ITEMS, 4,
initValues=[-1 for _ in range(self.LVL2_PAGE_TABLE_ITEMS)])
u.lvl1Table._ag.requests.append((WRITE, MAGIC, lvl2pgt))
va = self.buildVirtAddr(MAGIC, 0, 0)
# wait for lvl1Table storage init
u.virtIn._ag.data.extend([NOP, NOP, va])
self.runSim(100 * Time.ns)
self.assertEmpty(u.physOut._ag.data)
self.assertValEqual(u.segfault._ag.data[-1], 1)
def test_randomized2(self):
u = self.u
m = DenseMemory(self.DATA_WIDTH, u.clk, wDatapumpIntf=u.wDatapump)
N = 25
_mask = mask(self.DATA_WIDTH // 8)
for d in u.drivers:
self.randomize(d.req)
self.randomize(d.w)
self.randomize(d.ack)
self.randomize(u.wDatapump.req)
self.randomize(u.wDatapump.w)
self.randomize(u.wDatapump.ack)
sectors = []
framesCnt = [0 for _ in range(self.DRIVER_CNT)]
for i in range(N):
for _id, d in enumerate(u.drivers):
size = self._rand.getrandbits(3) + 1
magic = self._rand.getrandbits(16)
addr = m.calloc(size, 8, initValues=[None for _ in range(size)])
d.req._ag.data.append((_id, addr, size - 1, 0))
for i in range(size):
data = (magic + i, _mask, int(i == size - 1))
d.w._ag.data.append(data)
values = [i + magic for i in range(size)]
sectors.append((_id, addr, values))
framesCnt[_id] += 1
self.runSim(self.DRIVER_CNT * N * 250 * Time.ns)
for _id, d in enumerate(u.drivers):
self.assertEmpty(d.req._ag.data)
self.assertEmpty(d.w._ag.data)
self.assertEqual(len(u.drivers[_id].ack._ag.data),
framesCnt[_id])
for _id, addr, expected in sectors:
v = m.getArray(addr, 8, len(expected))
self.assertSequenceEqual(v, expected)
def test_randomized(self):
u = self.u
m = DenseMemory(self.DATA_WIDTH, u.clk, wDatapumpIntf=u.wDatapump)
for d in u.drivers:
self.randomize(d.req)
self.randomize(d.w)
self.randomize(d.ack)
self.randomize(u.wDatapump.req)
self.randomize(u.wDatapump.w)
self.randomize(u.wDatapump.ack)
sectors = []
def prepare(driverIndex, addr, size, valBase=1, _id=1):
driver = u.drivers[driverIndex]
driver.req._ag.data.append((_id, addr, size - 1, 0))
_mask = mask(self.DATA_WIDTH // 8)
for i in range(size):
d = (valBase + i, _mask, int(i == size - 1))
driver.w._ag.data.append(d)
u.wDatapump.ack._ag.data.append(driverIndex)
sectors.append((addr, valBase, size))
prepare(0, 0x1000, 3, 99, _id=0)
prepare(0, 0x2000, 1, 100, _id=0)
prepare(0, 0x3000, 16, 101)
prepare(1, 0x4000, 3, 200, _id=1)
prepare(1, 0x5000, 1, 201, _id=1) # + prepare(1, 0x6000, 16, 202) #+ prepare(1, 0x7000, 16, 203)
self.runSim(2000 * Time.ns)
for addr, seed, size in sectors:
expected = [seed + i for i in range(size)]
self.assertValSequenceEqual(m.getArray(addr, 8, size), expected)
def test_fullFill_randomized3(self, N=None):
u = self.u
BASE = 0x1230
MAGIC = 1
if N is None:
N = self.ITEMS + 10
m = DenseMemory(self.DATA_WIDTH, u.clk, wDatapumpIntf=u.wDatapump)
u.baseAddr._ag.dout.append(BASE)
for i in range(N):
u.items._ag.data.append(MAGIC + i)
def enReq(s):
u.wDatapump.req._ag.enable = False
yield s.wait(32 * 10 * Time.ns)
yield from self.simpleRandomizationProcess(u.wDatapump.req._ag)(s)
self.procs.append(enReq)
self.randomize(u.wDatapump.w)
self.randomize(u.items)
# self.randomize(u.req)
self.randomize(u.wDatapump.ack)
self.runSim(N * 40 * Time.ns)
self.assertEmpty(u.items._ag.data)
d = m.getArray(BASE, self.DATA_WIDTH // 8, self.ITEMS)
expected = [
i + MAGIC if i >= 10 else i + self.ITEMS + MAGIC
for i in range(self.ITEMS)
]
self.assertValSequenceEqual(d, expected)
self.assertValEqual(u.uploaded._ag.data[-1], N)
def test_downloadFullBlockNextAddrInSeparateReq(self):
u = self.u
N = self.ITEMS_IN_BLOCK + 1
MAGIC = 5896
m = DenseMemory(self.DATA_WIDTH, u.clk, u.rDatapump)
ADDR_BASE, data = self.createBlock(m, MAGIC)
NEXT_BASE, data2 = self.createBlock(m, MAGIC*2)
self.updateNextAddr(m, ADDR_BASE, NEXT_BASE)
u.baseAddr._ag.dout.append(ADDR_BASE)
u.wrPtr._ag.dout.extend([NOP, self.MAX_LEN]
+ [NOP for _ in range(self.MAX_LEN + 4)] + [N])
self.runSim(N * 50 * Time.ns)
self.assertValSequenceEqual(u.dataOut._ag.data, data+ [data2[0]])
def test_downloadFullBlockRandomized(self):
u = self.u
N = self.ITEMS_IN_BLOCK
MAGIC = 6413
m = DenseMemory(self.DATA_WIDTH, u.clk, u.rDatapump)
ADDR_BASE, data = self.createBlock(m, MAGIC)
self.updateNextAddr(m, ADDR_BASE, ADDR_BASE)
self.randomize(u.rDatapump.r)
self.randomize(u.rDatapump.req)
self.randomize(u.dataOut)
u.baseAddr._ag.dout.append(ADDR_BASE)
u.wrPtr._ag.dout.extend([NOP, N])
self.runSim(N * 60 * Time.ns)
self.assertValSequenceEqual(u.dataOut._ag.data, data)
def test_randomized(self):
u = self.u
m = DenseMemory(self.DATA_WIDTH, u.clk, u.rDatapump)
for d in u.drivers:
self.randomize(d.req)
self.randomize(d.r)
self.randomize(u.rDatapump.req)
self.randomize(u.rDatapump.r)
def prepare(driverIndex, addr, size, valBase=1, _id=1):
driver = u.drivers[driverIndex]
driver.req._ag.data.append((_id, addr, size - 1, 0))
expected = []
_mask = mask(self.DATA_WIDTH // 8)
index = addr // (self.DATA_WIDTH // 8)
for i in range(size):
v = valBase + i
m.data[index + i] = v
d = (_id, v, _mask, int(i == size - 1))
expected.append(d)
return expected
def check(driverIndex, expected):
driverData = u.drivers[driverIndex].r._ag.data
self.assertEqual(len(driverData), len(expected))
for d, e in zip(driverData, expected):
self.assertValSequenceEqual(d, e)
d0 = prepare(
0, 0x1000, 3, 99, _id=0
) # + prepare(0, 0x2000, 1, 100, _id=0) + prepare(0, 0x3000, 16, 101)
d1 = prepare(1, 0x4000, 3, 200, _id=1) + prepare(
1, 0x5000, 1, 201, _id=1
) # + prepare(1, 0x6000, 16, 202) #+ prepare(1, 0x7000, 16, 203)
self.runSim(1000 * Time.ns)
check(0, d0)
check(1, d1)
def buildEnv(self, structT):
u = self.u = StructWriter(structT)
u.DATA_WIDTH.set(64)
self.prepareUnit(u)
m = DenseMemory(int(u.DATA_WIDTH), u.clk, wDatapumpIntf=u.wDatapump)
return m