xupsd.map

来自「税控收款机软件。包括底层驱动和上层的应用一起。是一个完整的税控收款机软件方案」· MAP 代码 · 共 76 行

**********************************************************************
                  PSDsoft Express Version 7.80
           Output of PSD Fitter - Memory Map Report
**********************************************************************
PROJECT    : xupsd                                    DATE : 05/22/2005
DEVICE     : uPSD3254A                                TIME : 08:10:43
**********************************************************************

==== Device Configuration ====

Data Bus Width                                                    : 8 bit
Security Protection                                               : OFF

Main PSD flash memory will reside in this space at power-up       : Program space
Secondary PSD flash memory will reside in this space at power-up  : Program space

Flash Sector 0 is unprotected.
Flash Sector 1 is protected.
Flash Sector 2 is protected.
Flash Sector 3 is protected.
Flash Sector 4 is protected.
Flash Sector 5 is protected.
Flash Sector 6 is protected.
Flash Sector 7 is protected.
Flash Boot Sector 0 is unprotected.
Flash Boot Sector 1 is unprotected.
Flash Boot Sector 2 is unprotected.
Flash Boot Sector 3 is unprotected.

==== Memory Map Report ====

Total address field length available 	= 24 bits
Page register length                 	= 8 bits
Natural address field length         	= 16 bits
Bits used for logic                  	= 0 bits
Address Mask                         	= 0x07FFFF

Available field   xxxxxxxxxxxxxxxxxxxxxxxx
Hardware          PPPPPPPPAAAAAAAAAAAAAAAA
Application usage      PPPAAAAAAAAAAAAAAAA

Label        Page Bit     start       end       Mem          comments
y=page(don't care)
fs0          0byyyyy000   0x0000      0x7FFF    F            // & !pdn
fs1          0byyyyy001   0x0000      0x7FFF    F            // & !pdn
fs2          0byyyyy010   0x0000      0x7FFF    F            // & !pdn
fs3          0byyyyy011   0x0000      0x7FFF    F            // & !pdn
fs4          0byyyyy100   0x0000      0x7FFF    F            // & !pdn
fs5          0byyyyy101   0x0000      0x7FFF    F            // & !pdn
fs6          0byyyyy110   0x0000      0x7FFF    F            // & !pdn
fs7          0byyyyy111   0x0000      0x7FFF    F            // & !pdn
csboot0      0byyyyyyyy   0x8000      0x9FFF    F            // & !pdn
csboot1      0byyyyyyyy   0xA000      0xBFFF    F            // & !pdn
csboot2      0byyyyyyyy   0xC000      0xDFFF    F            // & !pdn
csboot3      0byyyyyyyy   0xE000      0xFFFF    F            // & !pdn
rs0          0byyyyyyyy   0x0500      0x7FFF    V            // & !pdn
csiop        0byyyyyyyy   0x0200      0x02FF    V            // & !pdn
!pa7         0byyyyyyyy   0x0400      0x04FF    Peripheral   // & !_wr
pb3          0byyyyyyyy   0x1000      0x1FFF    Peripheral   //
             0byyyyyyyy   0x3000      0x3FFF    Peripheral   //
             0byyyyyyyy   0x5000      0x5FFF    Peripheral   //
             0byyyyyyyy   0x7000      0x7FFF    Peripheral   //
             0byyyyyyyy   0x9000      0x9FFF    Peripheral   //
             0byyyyyyyy   0xB000      0xBFFF    Peripheral   //
             0byyyyyyyy   0xD000      0xDFFF    Peripheral   //
             0byyyyyyyy   0xF000      0xFFFF    Peripheral   //
pb4          0byyyyyyyy   0x2000      0x3FFF    Peripheral   //
             0byyyyyyyy   0x6000      0x7FFF    Peripheral   //
             0byyyyyyyy   0xA000      0xBFFF    Peripheral   //
             0byyyyyyyy   0xE000      0xFFFF    Peripheral   //
pb5          0byyyyyyyy   0x4000      0x7FFF    Peripheral   //
             0byyyyyyyy   0xC000      0xFFFF    Peripheral   //
!f_cs        0byyyyyyyy   0x8000      0xFFFF    Peripheral   // & !_rd
lcd_cs       0byyyyyyyy   0x0300      0x03FF    Peripheral   // & !_rd
             0byyyyyyyy   0x0300      0x03FF    Peripheral   // & !_wr