Target_K64F.cpp

00001 /**
00002  * @file
00003  *K64Fのターゲットテーブルです。
00004  */
00005 #include "TargetTypes.h"
00006 #include "RpcHandlerBase.h"
00007 #ifdef TARGET_K64F
00008 namespace MiMic
00009 {
00010 
00011 #define NS_FRDM_PTA     (PINID_FRDM_PTx)
00012 #define NS_FRDM_PTB     (NS_FRDM_PTA+32)
00013 #define NS_FRDM_PTC     (NS_FRDM_PTB+32)
00014 #define NS_FRDM_PTD     (NS_FRDM_PTC+32)
00015 #define NS_FRDM_PTE     (NS_FRDM_PTD+32)
00016 
00017 
00018 
00019 
00020 const static struct TPinNameMapItem pin_table[]={
00021     {PTA0 ,NS_FRDM_PTA + 0},    {PTA1 ,NS_FRDM_PTA + 1},    {PTA2 ,NS_FRDM_PTA + 2},    {PTA3 ,NS_FRDM_PTA + 3},
00022     {PTA4 ,NS_FRDM_PTA + 4},    {PTA5 ,NS_FRDM_PTA + 5},    {PTA6 ,NS_FRDM_PTA + 6},    {PTA7 ,NS_FRDM_PTA + 7},
00023     {PTA8 ,NS_FRDM_PTA + 8},    {PTA9 ,NS_FRDM_PTA + 9},    {PTA10,NS_FRDM_PTA +10},    {PTA11,NS_FRDM_PTA +11},
00024     {PTA12,NS_FRDM_PTA +12},    {PTA13,NS_FRDM_PTA +13},    {PTA14,NS_FRDM_PTA +14},    {PTA15,NS_FRDM_PTA +15},
00025     {PTA16,NS_FRDM_PTA +16},    {PTA17,NS_FRDM_PTA +17},    {PTA18,NS_FRDM_PTA +18},    {PTA19,NS_FRDM_PTA +19},
00026     {PTA20,NS_FRDM_PTA +20},    {PTA21,NS_FRDM_PTA +21},    {PTA22,NS_FRDM_PTA +22},    {PTA23,NS_FRDM_PTA +23},
00027     {PTA24,NS_FRDM_PTA +24},    {PTA25,NS_FRDM_PTA +25},    {PTA26,NS_FRDM_PTA +26},    {PTA27,NS_FRDM_PTA +27},
00028     {PTA28,NS_FRDM_PTA +28},    {PTA29,NS_FRDM_PTA +29},    {PTA30,NS_FRDM_PTA +30},    {PTA31,NS_FRDM_PTA +31},
00029 
00030     {PTB0 ,NS_FRDM_PTB + 0},    {PTB1 ,NS_FRDM_PTB + 1},    {PTB2 ,NS_FRDM_PTB + 2},    {PTB3 ,NS_FRDM_PTB + 3},
00031     {PTB4 ,NS_FRDM_PTB + 4},    {PTB5 ,NS_FRDM_PTB + 5},    {PTB6 ,NS_FRDM_PTB + 6},    {PTB7 ,NS_FRDM_PTB + 7},
00032     {PTB8 ,NS_FRDM_PTB + 8},    {PTB9 ,NS_FRDM_PTB + 9},    {PTB10,NS_FRDM_PTB +10},    {PTB11,NS_FRDM_PTB +11},
00033     {PTB12,NS_FRDM_PTB +12},    {PTB13,NS_FRDM_PTB +13},    {PTB14,NS_FRDM_PTB +14},    {PTB15,NS_FRDM_PTB +15},
00034     {PTB16,NS_FRDM_PTB +16},    {PTB17,NS_FRDM_PTB +17},    {PTB18,NS_FRDM_PTB +18},    {PTB19,NS_FRDM_PTB +19},
00035     {PTB20,NS_FRDM_PTB +20},    {PTB21,NS_FRDM_PTB +21},    {PTB22,NS_FRDM_PTB +22},    {PTB23,NS_FRDM_PTB +23},
00036     {PTB24,NS_FRDM_PTB +24},    {PTB25,NS_FRDM_PTB +25},    {PTB26,NS_FRDM_PTB +26},    {PTB27,NS_FRDM_PTB +27},
00037     {PTB28,NS_FRDM_PTB +28},    {PTB29,NS_FRDM_PTB +29},    {PTB30,NS_FRDM_PTB +30},    {PTB31,NS_FRDM_PTB +31},
00038 
00039     {PTC0 ,NS_FRDM_PTC + 0},    {PTC1 ,NS_FRDM_PTC + 1},    {PTC2 ,NS_FRDM_PTC + 2},    {PTC3 ,NS_FRDM_PTC + 3},
00040     {PTC4 ,NS_FRDM_PTC + 4},    {PTC5 ,NS_FRDM_PTC + 5},    {PTC6 ,NS_FRDM_PTC + 6},    {PTC7 ,NS_FRDM_PTC + 7},
00041     {PTC8 ,NS_FRDM_PTC + 8},    {PTC9 ,NS_FRDM_PTC + 9},    {PTC10,NS_FRDM_PTC +10},    {PTC11,NS_FRDM_PTC +11},
00042     {PTC12,NS_FRDM_PTC +12},    {PTC13,NS_FRDM_PTC +13},    {PTC14,NS_FRDM_PTC +14},    {PTC15,NS_FRDM_PTC +15},
00043     {PTC16,NS_FRDM_PTC +16},    {PTC17,NS_FRDM_PTC +17},    {PTC18,NS_FRDM_PTC +18},    {PTC19,NS_FRDM_PTC +19},
00044     {PTC20,NS_FRDM_PTC +20},    {PTC21,NS_FRDM_PTC +21},    {PTC22,NS_FRDM_PTC +22},    {PTC23,NS_FRDM_PTC +23},
00045     {PTC24,NS_FRDM_PTC +24},    {PTC25,NS_FRDM_PTC +25},    {PTC26,NS_FRDM_PTC +26},    {PTC27,NS_FRDM_PTC +27},
00046     {PTC28,NS_FRDM_PTC +28},    {PTC29,NS_FRDM_PTC +29},    {PTC30,NS_FRDM_PTC +30},    {PTC31,NS_FRDM_PTC +31},
00047 
00048     {PTD0 ,NS_FRDM_PTD + 0},    {PTD1 ,NS_FRDM_PTD + 1},    {PTD2 ,NS_FRDM_PTD + 2},    {PTD3 ,NS_FRDM_PTD + 3},
00049     {PTD4 ,NS_FRDM_PTD + 4},    {PTD5 ,NS_FRDM_PTD + 5},    {PTD6 ,NS_FRDM_PTD + 6},    {PTD7 ,NS_FRDM_PTD + 7},
00050     {PTD8 ,NS_FRDM_PTD + 8},    {PTD9 ,NS_FRDM_PTD + 9},    {PTD10,NS_FRDM_PTD +10},    {PTD11,NS_FRDM_PTD +11},
00051     {PTD12,NS_FRDM_PTD +12},    {PTD13,NS_FRDM_PTD +13},    {PTD14,NS_FRDM_PTD +14},    {PTD15,NS_FRDM_PTD +15},
00052     {PTD16,NS_FRDM_PTD +16},    {PTD17,NS_FRDM_PTD +17},    {PTD18,NS_FRDM_PTD +18},    {PTD19,NS_FRDM_PTD +19},
00053     {PTD20,NS_FRDM_PTD +20},    {PTD21,NS_FRDM_PTD +21},    {PTD22,NS_FRDM_PTD +22},    {PTD23,NS_FRDM_PTD +23},
00054     {PTD24,NS_FRDM_PTD +24},    {PTD25,NS_FRDM_PTD +25},    {PTD26,NS_FRDM_PTD +26},    {PTD27,NS_FRDM_PTD +27},
00055     {PTD28,NS_FRDM_PTD +28},    {PTD29,NS_FRDM_PTD +29},    {PTD30,NS_FRDM_PTD +30},    {PTD31,NS_FRDM_PTD +31},
00056 
00057     {PTE0 ,NS_FRDM_PTE + 0},    {PTE1 ,NS_FRDM_PTE + 1},    {PTE2 ,NS_FRDM_PTE + 2},    {PTE3 ,NS_FRDM_PTE + 3},
00058     {PTE4 ,NS_FRDM_PTE + 4},    {PTE5 ,NS_FRDM_PTE + 5},    {PTE6 ,NS_FRDM_PTE + 6},    {PTE7 ,NS_FRDM_PTE + 7},
00059     {PTE8 ,NS_FRDM_PTE + 8},    {PTE9 ,NS_FRDM_PTE + 9},    {PTE10,NS_FRDM_PTE +10},    {PTE11,NS_FRDM_PTE +11},
00060     {PTE12,NS_FRDM_PTE +12},    {PTE13,NS_FRDM_PTE +13},    {PTE14,NS_FRDM_PTE +14},    {PTE15,NS_FRDM_PTE +15},
00061     {PTE16,NS_FRDM_PTE +16},    {PTE17,NS_FRDM_PTE +17},    {PTE18,NS_FRDM_PTE +18},    {PTE19,NS_FRDM_PTE +19},
00062     {PTE20,NS_FRDM_PTE +20},    {PTE21,NS_FRDM_PTE +21},    {PTE22,NS_FRDM_PTE +22},    {PTE23,NS_FRDM_PTE +23},
00063     {PTE24,NS_FRDM_PTE +24},    {PTE25,NS_FRDM_PTE +25},    {PTE26,NS_FRDM_PTE +26},    {PTE27,NS_FRDM_PTE +27},
00064     {PTE28,NS_FRDM_PTE +28},    {PTE29,NS_FRDM_PTE +29},    {PTE30,NS_FRDM_PTE +30},    {PTE31,NS_FRDM_PTE +31},
00065 
00066     //LED
00067     {LED_RED,PINID_FRDM_OTHER_LEDx+0},{LED_GREEN,PINID_FRDM_OTHER_LEDx+1},{LED_BLUE,PINID_FRDM_OTHER_LEDx+2},
00068     //Push buttons
00069     {SW2,PINID_FRDM_OTHER_SWx+2},{SW3,PINID_FRDM_OTHER_SWx+3},
00070 
00071     // Other mbed Pin Names 
00072     {LED1  ,PINID_OTHER_MBED_LEDx+0},  {LED2  ,PINID_OTHER_MBED_LEDx+1},  {LED3  ,PINID_OTHER_MBED_LEDx+2},  {LED4  ,PINID_OTHER_MBED_LEDx+3},
00073 
00074     {USBTX,PINID_OTHER_MBED_USBx+0},{USBRX,PINID_OTHER_MBED_USBx+1},
00075 
00076     // Arch Pro Pin Names(Arudino)
00077     {D0 ,PINID_ARCH_PRO_Dx+0},  {D1 ,PINID_ARCH_PRO_Dx+1},  {D2,PINID_ARCH_PRO_Dx+2},  {D3,PINID_ARCH_PRO_Dx+3},
00078     {D4 ,PINID_ARCH_PRO_Dx+4},  {D5 ,PINID_ARCH_PRO_Dx+5},  {D6,PINID_ARCH_PRO_Dx+6},  {D7,PINID_ARCH_PRO_Dx+7},
00079     {D8 ,PINID_ARCH_PRO_Dx+8},  {D9 ,PINID_ARCH_PRO_Dx+9},  {D10,PINID_ARCH_PRO_Dx+10},{D11,PINID_ARCH_PRO_Dx+11},
00080     {D12,PINID_ARCH_PRO_Dx+12}, {D13,PINID_ARCH_PRO_Dx+13}, {D14,PINID_ARCH_PRO_Dx+14},{D15,PINID_ARCH_PRO_Dx+15},
00081    
00082     {A0,PINID_ARCH_PRO_Ax+0},  {A1,PINID_ARCH_PRO_Ax+1},  {A2,PINID_ARCH_PRO_Ax+2},  {A3,PINID_ARCH_PRO_Ax+3},
00083     {A4,PINID_ARCH_PRO_Ax+4},  {A5,PINID_ARCH_PRO_Ax+5},
00084  
00085     {NC,PINID_NC}
00086 };
00087 
00088 #define NUMBER_OF_PINMODE 4
00089 const static struct TPinModeMapItem pinmode_table[]=
00090 {
00091     {PullUp     ,PINMODEID+0},
00092     {PullDown   ,PINMODEID+1},
00093     {PullNone   ,PINMODEID+2},
00094     {PullDefault,PINMODEID+1}
00095 };
00096 #define NUMBER_OF_PORT_NAME 5
00097 const static struct TPortNameMapItem portname_table[]=
00098 {
00099     {PortA  ,PORTID+0},
00100     {PortB  ,PORTID+1},
00101     {PortC  ,PORTID+2},
00102     {PortD  ,PORTID+3},
00103     {PortE  ,PORTID+4},
00104 };
00105 
00106 PinName RpcHandlerBase::pinId2PinName(unsigned int i_id)
00107 {
00108     for(int i=0;pin_table[i].name!=NC;i++){
00109         if(i_id==pin_table[i].id){
00110             return pin_table[i].name;
00111         }
00112     }
00113     return NC;
00114 }
00115 
00116 PinMode RpcHandlerBase::pinmodeId2PinMode(unsigned int i_id)
00117 {
00118     for(int i=0;i<NUMBER_OF_PINMODE;i++){
00119         if(i_id==pinmode_table[i].id){
00120             return pinmode_table[i].mode;
00121         }
00122     }
00123     return PullDefault;
00124 }
00125 PortName RpcHandlerBase::portId2PortName(unsigned int i_id)
00126 {
00127     for(int i=0;i<NUMBER_OF_PORT_NAME;i++){
00128         if(i_id==portname_table[i].id){
00129             return portname_table[i].port;
00130         }
00131     }
00132     return PortA;
00133 }
00134 
00135 }
00136 #endif
00137