cmd = Signal(8)
fsm.act("WAIT_CMD",
If(uart.rx.source.stb,
- If( (uart.rx.source.payload.d == self.WRITE_CMD) |
- (uart.rx.source.payload.d == self.READ_CMD),
+ If( (uart.rx.source.d == self.WRITE_CMD) |
+ (uart.rx.source.d == self.READ_CMD),
NextState("RECEIVE_BURST_LENGTH")
),
word_cnt.clr.eq(1),
burst_cnt.clr.eq(1)
)
)
- self.sync += If(fsm.ongoing("WAIT_CMD") & uart.rx.source.stb, cmd.eq(uart.rx.source.payload.d))
+ self.sync += If(fsm.ongoing("WAIT_CMD") & uart.rx.source.stb, cmd.eq(uart.rx.source.d))
####
burst_length = Signal(8)
)
)
self.sync += \
- If(fsm.ongoing("RECEIVE_BURST_LENGTH") & uart.rx.source.stb, burst_length.eq(uart.rx.source.payload.d))
+ If(fsm.ongoing("RECEIVE_BURST_LENGTH") & uart.rx.source.stb, burst_length.eq(uart.rx.source.d))
####
address = Signal(32)
)
self.sync += \
If(fsm.ongoing("RECEIVE_ADDRESS") & uart.rx.source.stb,
- address.eq(Cat(uart.rx.source.payload.d, address[0:24]))
+ address.eq(Cat(uart.rx.source.d, address[0:24]))
)
###
)
),
uart.tx.sink.stb.eq(1),
- chooser(data, word_cnt.value, uart.tx.sink.payload.d, n=4, reverse=True)
+ chooser(data, word_cnt.value, uart.tx.sink.d, n=4, reverse=True)
)
###
self.sync += \
If(fsm.ongoing("RECEIVE_DATA") & uart.rx.source.stb,
- data.eq(Cat(uart.rx.source.payload.d, data[0:24]))
+ data.eq(Cat(uart.rx.source.d, data[0:24]))
).Elif(fsm.ongoing("READ_DATA") & self.wishbone.stb & self.wishbone.ack,
data.eq(self.wishbone.dat_r)
)