add axi fn_address_mapping

[pinmux.git] / src / bsv / bsv_lib / slow_peripherals_template.bsv

diff --git a/src/bsv/bsv_lib/slow_peripherals_template.bsv b/src/bsv/bsv_lib/slow_peripherals_template.bsv
index 33fcbe8e99a4a16e43c0c0ff399206c0b93e93cf..b97f257d275116692a0907d9c63e6af589016f7e 100644 (file)
--- a/src/bsv/bsv_lib/slow_peripherals_template.bsv
+++ b/src/bsv/bsv_lib/slow_peripherals_template.bsv
@@ -58,16 +58,6 @@ package slow_peripherals;
        /*================================*/
 
        function Tuple2#(Bool, Bit#(TLog#(Num_Slow_Slaves))) fn_address_mapping (Bit#(`PADDR) addr);
-               `ifdef UART0
-                       if(addr>=`UART0Base && addr<=`UART0End)
-                               return tuple2(True,fromInteger(valueOf(Uart0_slave_num)));
-                       else
-               `endif
-               `ifdef UART1
-                       if(addr>=`UART1Base && addr<=`UART1End)
-                               return tuple2(True,fromInteger(valueOf(Uart1_slave_num)));
-                       else
-               `endif
                `ifdef CLINT
                        if(addr>=`ClintBase && addr<=`ClintEnd)
                                return tuple2(True,fromInteger(valueOf(CLINT_slave_num)));
@@ -78,46 +68,13 @@ package slow_peripherals;
                                return tuple2(True,fromInteger(valueOf(Plic_slave_num)));
                        else
                `endif
-               `ifdef I2C0
-                       if(addr>=`I2C0Base && addr<=`I2C0End)   
-                               return tuple2(True,fromInteger(valueOf(I2c0_slave_num)));
-                       else
-               `endif
-               `ifdef I2C1
-                       if(addr>=`I2C1Base && addr<=`I2C1End)
-                               return tuple2(True,fromInteger(valueOf(I2c1_slave_num)));
-                       else
-               `endif
-               `ifdef QSPI0
-                       if(addr>=`QSPI0CfgBase && addr<=`QSPI0CfgEnd)
-                               return tuple2(True,fromInteger(valueOf(Qspi0_slave_num)));
-                       else if(addr>=`QSPI0MemBase && addr<=`QSPI0MemEnd)
-                               return tuple2(True,fromInteger(valueOf(Qspi0_slave_num)));
-                       else
-               `endif
-               `ifdef QSPI1
-                       if(addr>=`QSPI1CfgBase && addr<=`QSPI1CfgEnd)
-                               return tuple2(True,fromInteger(valueOf(Qspi1_slave_num)));
-                       else if(addr>=`QSPI1MemBase && addr<=`QSPI1MemEnd)
-                               return tuple2(True,fromInteger(valueOf(Qspi1_slave_num)));
-                       else
-               `endif
                `ifdef AXIEXP
                        if(addr>=`AxiExp1Base && addr<=`AxiExp1End)
                                return tuple2(True,fromInteger(valueOf(AxiExp1_slave_num)));
                        else
                `endif
-    `ifdef PWM_AXI4Lite
-      if(addr>=`PWMBase && addr<=`PWMEnd)
-        return tuple2(True,fromInteger(valueOf(Pwm_slave_num)));
-      else
-    `endif
-
-    // NEEL EDIT 
-      // give slave number and adress map to whatever peripherals you instantiate on the AXI4_Lite
-      // slave.
-    // NEEL EDIT OVER
-               return tuple2(False,?);
+{4}
+                       return tuple2(False,?);
        endfunction
 
        (*synthesize*)