本文整理汇总了Python中cocotb.binary.BinaryValue.set_value方法的典型用法代码示例。如果您正苦于以下问题：Python BinaryValue.set_value方法的具体用法？Python BinaryValue.set_value怎么用？Python BinaryValue.set_value使用的例子？那么, 这里精选的方法代码示例或许可以为您提供帮助。您也可以进一步了解该方法所在类cocotb.binary.BinaryValue的用法示例。
在下文中一共展示了BinaryValue.set_value方法的3个代码示例，这些例子默认根据受欢迎程度排序。您可以为喜欢或者感觉有用的代码点赞，您的评价将有助于系统推荐出更棒的Python代码示例。
示例1: _ad9361_tx_to_rx_loopback
# 需要导入模块: from cocotb.binary import BinaryValue [as 别名]
# 或者: from cocotb.binary.BinaryValue import set_value [as 别名]
def _ad9361_tx_to_rx_loopback(self):
cocotb.fork(self._tx_data_from_ad9361())
i_bin_val = BinaryValue(bits=12, bigEndian=False)
q_bin_val = BinaryValue(bits=12, bigEndian=False)
while True:
yield RisingEdge(self.dut.rx_clk_in_p)
if self.rx_frame_asserted:
self.dut.rx_data_in_p <= i_bin_val[5:0]
self.dut.rx_data_in_n <= ~i_bin_val[5:0]
self.rx_frame_asserted = False
self.dut.rx_frame_in_p <= 0
self.dut.rx_frame_in_n <= 1
else:
if len(self.lbqi) > 0:
i_bin_val = self.lbqi.popleft()
else:
i_bin_val.set_value(0)
if len(self.lbqq) > 0:
q_bin_val = self.lbqq.popleft()
else:
q_bin_val.set_value(0)
self.dut.rx_data_in_p <= i_bin_val[11:6]
self.dut.rx_data_in_n <= ~i_bin_val[11:6]
self.rx_frame_asserted = True
self.dut.rx_frame_in_p <= 1
self.dut.rx_frame_in_n <= 0
yield RisingEdge(self.dut.rx_clk_in_n)
if self.rx_frame_asserted:
self.dut.rx_data_in_p <= q_bin_val[11:6]
self.dut.rx_data_in_n <= ~q_bin_val[11:6]
else:
self.dut.rx_data_in_p <= q_bin_val[5:0]
self.dut.rx_data_in_n <= ~q_bin_val[5:0]示例2: rx_data_to_ad9361
# 需要导入模块: from cocotb.binary import BinaryValue [as 别名]
# 或者: from cocotb.binary.BinaryValue import set_value [as 别名]
def rx_data_to_ad9361(self, i_data, q_data, i_data2=None, q_data2=None,
binaryRepresentation=BinaryRepresentation.TWOS_COMPLEMENT):
i_bin_val = BinaryValue(bits=12, bigEndian=False,
binaryRepresentation=binaryRepresentation)
q_bin_val = BinaryValue(bits=12, bigEndian=False,
binaryRepresentation=binaryRepresentation)
index = 0
if i_data2 is None and q_data2 is None:
while True:
yield RisingEdge(self.dut.rx_clk_in_p)
if self.rx_frame_asserted:
self.dut.rx_data_in_p <= i_bin_val[5:0]
self.dut.rx_data_in_n <= ~i_bin_val[5:0]
self.rx_frame_asserted = False
self.dut.rx_frame_in_p <= 0
self.dut.rx_frame_in_n <= 1
else:
if index < len(i_data):
i_bin_val.set_value(i_data[index])
q_bin_val.set_value(q_data[index])
index += 1
else:
return
self.dut.rx_data_in_p <= i_bin_val[11:6]
self.dut.rx_data_in_n <= ~i_bin_val[11:6]
self.rx_frame_asserted = True
self.dut.rx_frame_in_p <= 1
self.dut.rx_frame_in_n <= 0
yield RisingEdge(self.dut.rx_clk_in_n)
if self.rx_frame_asserted:
self.dut.rx_data_in_p <= q_bin_val[11:6]
self.dut.rx_data_in_n <= ~q_bin_val[11:6]
else:
self.dut.rx_data_in_p <= q_bin_val[5:0]
self.dut.rx_data_in_n <= ~q_bin_val[5:0]
else:
I_SEND_HIGH = True
Q_SEND_HIGH = True
channel = 1
while True:
yield RisingEdge(self.dut.rx_clk_in_p)
if I_SEND_HIGH:
self.dut.rx_data_in_p <= i_bin_val[11:6]
self.dut.rx_data_in_n <= ~i_bin_val[11:6]
I_SEND_HIGH = False
if channel == 1:
self.dut.rx_frame_in_p <= 1
self.dut.rx_frame_in_n <= 0
elif channel == 2:
self.dut.rx_frame_in_p <= 0
self.dut.rx_frame_in_n <= 1
else:
self.dut.rx_data_in_p <= i_bin_val[5:0]
self.dut.rx_data_in_n <= ~i_bin_val[5:0]
I_SEND_HIGH = True
yield RisingEdge(self.dut.rx_clk_in_n)
if Q_SEND_HIGH:
self.dut.rx_data_in_p <= q_bin_val[5:0]
self.dut.rx_data_in_n <= ~q_bin_val[5:0]
Q_SEND_HIGH = False
else:
self.dut.rx_data_in_p <= q_bin_val[11:6]
self.dut.rx_data_in_n <= ~q_bin_val[11:6]
Q_SEND_HIGH = True
if index < len(i_data):
if channel == 1:
i_bin_val.set_value(i_data[index])
q_bin_val.set_value(q_data[index])
channel = 2
elif channel == 2:
i_bin_val.set_value(i_data2[index])
q_bin_val.set_value(q_data2[index])
channel = 1
index += 1
else:
return示例3: rx_data_to_ad9361
# 需要导入模块: from cocotb.binary import BinaryValue [as 别名]
# 或者: from cocotb.binary.BinaryValue import set_value [as 别名]
def rx_data_to_ad9361(self, i_data, q_data, i_data2=None, q_data2=None,
binaryRepresentation=BinaryRepresentation.TWOS_COMPLEMENT):
"""Receive data to AD9361.
This is a coroutine.
Args:
i_data (int): Data of the I0 channel.
q_data (int): Data of the Q0 channel.
i_data2 (int, optional): Data of the I1 channel.
q_data2 (int, optional): Data of the Q1 channel.
binaryRepresentation (BinaryRepresentation): The representation of the binary value.
Default is :any:`TWOS_COMPLEMENT`.
"""
i_bin_val = BinaryValue(n_bits=12, bigEndian=False,
binaryRepresentation=binaryRepresentation)
q_bin_val = BinaryValue(n_bits=12, bigEndian=False,
binaryRepresentation=binaryRepresentation)
index = 0
if i_data2 is None and q_data2 is None:
while True:
yield RisingEdge(self.dut.rx_clk_in_p)
if self.rx_frame_asserted:
self.dut.rx_data_in_p <= i_bin_val[5:0]
self.dut.rx_data_in_n <= ~i_bin_val[5:0]
self.rx_frame_asserted = False
self.dut.rx_frame_in_p <= 0
self.dut.rx_frame_in_n <= 1
else:
if index < len(i_data):
i_bin_val.set_value(i_data[index])
q_bin_val.set_value(q_data[index])
index += 1
else:
return
self.dut.rx_data_in_p <= i_bin_val[11:6]
self.dut.rx_data_in_n <= ~i_bin_val[11:6]
self.rx_frame_asserted = True
self.dut.rx_frame_in_p <= 1
self.dut.rx_frame_in_n <= 0
yield RisingEdge(self.dut.rx_clk_in_n)
if self.rx_frame_asserted:
self.dut.rx_data_in_p <= q_bin_val[11:6]
self.dut.rx_data_in_n <= ~q_bin_val[11:6]
else:
self.dut.rx_data_in_p <= q_bin_val[5:0]
self.dut.rx_data_in_n <= ~q_bin_val[5:0]
else:
I_SEND_HIGH = True
Q_SEND_HIGH = True
channel = 1
while True:
yield RisingEdge(self.dut.rx_clk_in_p)
if I_SEND_HIGH:
self.dut.rx_data_in_p <= i_bin_val[11:6]
self.dut.rx_data_in_n <= ~i_bin_val[11:6]
I_SEND_HIGH = False
if channel == 1:
self.dut.rx_frame_in_p <= 1
self.dut.rx_frame_in_n <= 0
elif channel == 2:
self.dut.rx_frame_in_p <= 0
self.dut.rx_frame_in_n <= 1
else:
self.dut.rx_data_in_p <= i_bin_val[5:0]
self.dut.rx_data_in_n <= ~i_bin_val[5:0]
I_SEND_HIGH = True
yield RisingEdge(self.dut.rx_clk_in_n)
if Q_SEND_HIGH:
self.dut.rx_data_in_p <= q_bin_val[5:0]
self.dut.rx_data_in_n <= ~q_bin_val[5:0]
Q_SEND_HIGH = False
else:
self.dut.rx_data_in_p <= q_bin_val[11:6]
self.dut.rx_data_in_n <= ~q_bin_val[11:6]
Q_SEND_HIGH = True
if index < len(i_data):
if channel == 1:
i_bin_val.set_value(i_data[index])
q_bin_val.set_value(q_data[index])
channel = 2
elif channel == 2:
i_bin_val.set_value(i_data2[index])
q_bin_val.set_value(q_data2[index])
channel = 1
index += 1
else:
return