This is Webservice SDK for mbed. LPCXpresso1769/LPC1768/FRDM-K64F/LPC4088
Dependents: MbedFileServer_1768MiniDK2 RedWireBridge IssueDebug_gcc MiMicRemoteMCU-for-Mbed ... more
Target_LPC176x.cpp
00001 /** 00002 * @file 00003 * LPC176xのターゲットテーブルです。 00004 */ 00005 #include "TargetTypes.h" 00006 #include "RpcHandlerBase.h" 00007 #ifdef TARGET_LPC1768 00008 namespace MiMic 00009 { 00010 00011 #define NS_LPC_PIN_0 PINID_LPC 00012 #define NS_LPC_PIN_1 (NS_LPC_PIN_0+32) 00013 #define NS_LPC_PIN_2 (NS_LPC_PIN_1+32) 00014 #define NS_LPC_PIN_3 (NS_LPC_PIN_2+32) 00015 #define NS_LPC_PIN_4 (NS_LPC_PIN_3+32) 00016 #define NS_LPC_PIN_5 (NS_LPC_PIN_4+32) 00017 00018 const static struct TPinNameMapItem pin_table[]={ 00019 {P0_0 ,NS_LPC_PIN_0+0}, {P0_1 ,NS_LPC_PIN_0+1}, {P0_2 ,NS_LPC_PIN_0+2}, {P0_3 ,NS_LPC_PIN_0+3}, 00020 {P0_4 ,NS_LPC_PIN_0+4}, {P0_5 ,NS_LPC_PIN_0+5}, {P0_6 ,NS_LPC_PIN_0+6}, {P0_7 ,NS_LPC_PIN_0+7}, 00021 {P0_8 ,NS_LPC_PIN_0+8}, {P0_9 ,NS_LPC_PIN_0+9}, {P0_10 ,NS_LPC_PIN_0+10}, {P0_11 ,NS_LPC_PIN_0+11}, 00022 {P0_12 ,NS_LPC_PIN_0+12}, {P0_13 ,NS_LPC_PIN_0+13}, {P0_14 ,NS_LPC_PIN_0+14}, {P0_15 ,NS_LPC_PIN_0+15}, 00023 {P0_16 ,NS_LPC_PIN_0+16}, {P0_17 ,NS_LPC_PIN_0+17}, {P0_18 ,NS_LPC_PIN_0+18}, {P0_19 ,NS_LPC_PIN_0+19}, 00024 {P0_20 ,NS_LPC_PIN_0+20}, {P0_21 ,NS_LPC_PIN_0+21}, {P0_22 ,NS_LPC_PIN_0+22}, {P0_23 ,NS_LPC_PIN_0+23}, 00025 {P0_24 ,NS_LPC_PIN_0+24}, {P0_25 ,NS_LPC_PIN_0+25}, {P0_26 ,NS_LPC_PIN_0+26}, {P0_27 ,NS_LPC_PIN_0+27}, 00026 {P0_28 ,NS_LPC_PIN_0+28}, {P0_29 ,NS_LPC_PIN_0+29}, {P0_30 ,NS_LPC_PIN_0+30}, {P0_31 ,NS_LPC_PIN_0+31}, 00027 00028 {P1_0 ,NS_LPC_PIN_1+0}, {P1_1 ,NS_LPC_PIN_1+1}, {P1_2 ,NS_LPC_PIN_1+2}, {P1_3 ,NS_LPC_PIN_1+3}, 00029 {P1_4 ,NS_LPC_PIN_1+4}, {P1_5 ,NS_LPC_PIN_1+5}, {P1_6 ,NS_LPC_PIN_1+6}, {P1_7 ,NS_LPC_PIN_1+7}, 00030 {P1_8 ,NS_LPC_PIN_1+8}, {P1_9 ,NS_LPC_PIN_1+9}, {P1_10 ,NS_LPC_PIN_1+10}, {P1_11 ,NS_LPC_PIN_1+11}, 00031 {P1_12 ,NS_LPC_PIN_1+12}, {P1_13 ,NS_LPC_PIN_1+13}, {P1_14 ,NS_LPC_PIN_1+14}, {P1_15 ,NS_LPC_PIN_1+15}, 00032 {P1_16 ,NS_LPC_PIN_1+16}, {P1_17 ,NS_LPC_PIN_1+17}, {P1_18 ,NS_LPC_PIN_1+18}, {P1_19 ,NS_LPC_PIN_1+19}, 00033 {P1_20 ,NS_LPC_PIN_1+20}, {P1_21 ,NS_LPC_PIN_1+21}, {P1_22 ,NS_LPC_PIN_1+22}, {P1_23 ,NS_LPC_PIN_1+23}, 00034 {P1_24 ,NS_LPC_PIN_1+24}, {P1_25 ,NS_LPC_PIN_1+25}, {P1_26 ,NS_LPC_PIN_1+26}, {P1_27 ,NS_LPC_PIN_1+27}, 00035 {P1_28 ,NS_LPC_PIN_1+28}, {P1_29 ,NS_LPC_PIN_1+29}, {P1_30 ,NS_LPC_PIN_1+30}, {P1_31 ,NS_LPC_PIN_1+31}, 00036 00037 {P2_0 ,NS_LPC_PIN_2+0}, {P2_1 ,NS_LPC_PIN_2+1}, {P2_2 ,NS_LPC_PIN_2+2}, {P2_3 ,NS_LPC_PIN_2+3}, 00038 {P2_4 ,NS_LPC_PIN_2+4}, {P2_5 ,NS_LPC_PIN_2+5}, {P2_6 ,NS_LPC_PIN_2+6}, {P2_7 ,NS_LPC_PIN_2+7}, 00039 {P2_8 ,NS_LPC_PIN_2+8}, {P2_9 ,NS_LPC_PIN_2+9}, {P2_10 ,NS_LPC_PIN_2+10}, {P2_11 ,NS_LPC_PIN_2+11}, 00040 {P2_12 ,NS_LPC_PIN_2+12}, {P2_13 ,NS_LPC_PIN_2+13}, {P2_14 ,NS_LPC_PIN_2+14}, {P2_15 ,NS_LPC_PIN_2+15}, 00041 {P2_16 ,NS_LPC_PIN_2+16}, {P2_17 ,NS_LPC_PIN_2+17}, {P2_18 ,NS_LPC_PIN_2+18}, {P2_19 ,NS_LPC_PIN_2+19}, 00042 {P2_20 ,NS_LPC_PIN_2+20}, {P2_21 ,NS_LPC_PIN_2+21}, {P2_22 ,NS_LPC_PIN_2+22}, {P2_23 ,NS_LPC_PIN_2+23}, 00043 {P2_24 ,NS_LPC_PIN_2+24}, {P2_25 ,NS_LPC_PIN_2+25}, {P2_26 ,NS_LPC_PIN_2+26}, {P2_27 ,NS_LPC_PIN_2+27}, 00044 {P2_28 ,NS_LPC_PIN_2+28}, {P2_29 ,NS_LPC_PIN_2+29}, {P2_30 ,NS_LPC_PIN_2+30}, {P2_31 ,NS_LPC_PIN_2+31}, 00045 00046 {P3_0 ,NS_LPC_PIN_2+0}, {P3_1 ,NS_LPC_PIN_2+1}, {P3_2 ,NS_LPC_PIN_2+2}, {P3_3 ,NS_LPC_PIN_2+3}, 00047 {P3_4 ,NS_LPC_PIN_2+4}, {P3_5 ,NS_LPC_PIN_2+5}, {P3_6 ,NS_LPC_PIN_2+6}, {P3_7 ,NS_LPC_PIN_2+7}, 00048 {P3_8 ,NS_LPC_PIN_2+8}, {P3_9 ,NS_LPC_PIN_2+9}, {P3_10 ,NS_LPC_PIN_2+10}, {P3_11 ,NS_LPC_PIN_2+11}, 00049 {P3_12 ,NS_LPC_PIN_2+12}, {P3_13 ,NS_LPC_PIN_2+13}, {P3_14 ,NS_LPC_PIN_2+14}, {P3_15 ,NS_LPC_PIN_2+15}, 00050 {P3_16 ,NS_LPC_PIN_2+16}, {P3_17 ,NS_LPC_PIN_2+17}, {P3_18 ,NS_LPC_PIN_2+18}, {P3_19 ,NS_LPC_PIN_2+19}, 00051 {P3_20 ,NS_LPC_PIN_2+20}, {P3_21 ,NS_LPC_PIN_2+21}, {P3_22 ,NS_LPC_PIN_2+22}, {P3_23 ,NS_LPC_PIN_2+23}, 00052 {P3_24 ,NS_LPC_PIN_2+24}, {P3_25 ,NS_LPC_PIN_2+25}, {P3_26 ,NS_LPC_PIN_2+26}, {P3_27 ,NS_LPC_PIN_2+27}, 00053 {P3_28 ,NS_LPC_PIN_2+28}, {P3_29 ,NS_LPC_PIN_2+29}, {P3_30 ,NS_LPC_PIN_2+30}, {P3_31 ,NS_LPC_PIN_2+31}, 00054 00055 {P4_0 ,NS_LPC_PIN_4+0}, {P4_1 ,NS_LPC_PIN_4+1}, {P4_2 ,NS_LPC_PIN_4+2}, {P4_3 ,NS_LPC_PIN_4+3}, 00056 {P4_4 ,NS_LPC_PIN_4+4}, {P4_5 ,NS_LPC_PIN_4+5}, {P4_6 ,NS_LPC_PIN_4+6}, {P4_7 ,NS_LPC_PIN_4+7}, 00057 {P4_8 ,NS_LPC_PIN_4+8}, {P4_9 ,NS_LPC_PIN_4+9}, {P4_10 ,NS_LPC_PIN_4+10}, {P4_11 ,NS_LPC_PIN_4+11}, 00058 {P4_12 ,NS_LPC_PIN_4+12}, {P4_13 ,NS_LPC_PIN_4+13}, {P4_14 ,NS_LPC_PIN_4+14}, {P4_15 ,NS_LPC_PIN_4+15}, 00059 {P4_16 ,NS_LPC_PIN_4+16}, {P4_17 ,NS_LPC_PIN_4+17}, {P4_18 ,NS_LPC_PIN_4+18}, {P4_19 ,NS_LPC_PIN_4+19}, 00060 {P4_20 ,NS_LPC_PIN_4+20}, {P4_21 ,NS_LPC_PIN_4+21}, {P4_22 ,NS_LPC_PIN_4+22}, {P4_23 ,NS_LPC_PIN_4+23}, 00061 {P4_24 ,NS_LPC_PIN_4+24}, {P4_25 ,NS_LPC_PIN_4+25}, {P4_26 ,NS_LPC_PIN_4+26}, {P4_27 ,NS_LPC_PIN_4+27}, 00062 {P4_28 ,NS_LPC_PIN_4+28}, {P4_29 ,NS_LPC_PIN_4+29}, {P4_30 ,NS_LPC_PIN_4+30}, {P4_31 ,NS_LPC_PIN_4+31}, 00063 00064 // mbed DIP Pin Names 00065 00066 {P0_9 ,PINID_MBED_DIP+5}, {P0_8 ,PINID_MBED_DIP+6}, {P0_7 ,PINID_MBED_DIP+7}, {P0_6 ,PINID_MBED_DIP+8}, 00067 {P0_0 ,PINID_MBED_DIP+9}, {P0_1 ,PINID_MBED_DIP+10},{P0_18 ,PINID_MBED_DIP+11},{P0_17 ,PINID_MBED_DIP+12}, 00068 {P0_15 ,PINID_MBED_DIP+13},{P0_16 ,PINID_MBED_DIP+14},{P0_23 ,PINID_MBED_DIP+15},{P0_24 ,PINID_MBED_DIP+16}, 00069 {P0_25 ,PINID_MBED_DIP+17},{P0_26 ,PINID_MBED_DIP+18},{P1_30, PINID_MBED_DIP+19}, {P1_31, PINID_MBED_DIP+20}, 00070 {P2_5, PINID_MBED_DIP+21}, {P2_4, PINID_MBED_DIP+22}, {P2_3, PINID_MBED_DIP+23}, {P2_2, PINID_MBED_DIP+24}, 00071 {P2_1, PINID_MBED_DIP+25}, {P2_0, PINID_MBED_DIP+26}, {P0_11, PINID_MBED_DIP+27}, {P0_10, PINID_MBED_DIP+28}, 00072 {P0_5, PINID_MBED_DIP+29}, {P0_4, PINID_MBED_DIP+30}, 00073 00074 // Other mbed Pin Names 00075 00076 #ifdef MCB1700 00077 {P1_28 ,PINID_OTHER_MBED_LEDx+0}, {P1_29 ,PINID_OTHER_MBED_LEDx+1}, {P1_31 ,PINID_OTHER_MBED_LEDx+2}, {P2_2 ,PINID_OTHER_MBED_LEDx+3}, 00078 #else 00079 {P1_18 ,PINID_OTHER_MBED_LEDx+0}, {P1_20 ,PINID_OTHER_MBED_LEDx+1}, {P1_21 ,PINID_OTHER_MBED_LEDx+2}, {P1_23 ,PINID_OTHER_MBED_LEDx+3}, 00080 #endif 00081 {P0_2,PINID_OTHER_MBED_USBx+0},{P0_3,PINID_OTHER_MBED_USBx+1}, 00082 00083 // Arch Pro Pin Names 00084 00085 {P4_29 ,PINID_ARCH_PRO_Dx+0}, {P4_28 ,PINID_ARCH_PRO_Dx+1}, {P0_4 ,PINID_ARCH_PRO_Dx+2}, {P0_5 ,PINID_ARCH_PRO_Dx+3}, 00086 {P2_2 ,PINID_ARCH_PRO_Dx+4}, {P2_3 ,PINID_ARCH_PRO_Dx+5}, {P2_4 ,PINID_ARCH_PRO_Dx+6}, {P2_5 ,PINID_ARCH_PRO_Dx+7}, 00087 {P0_0 ,PINID_ARCH_PRO_Dx+8}, {P0_1 ,PINID_ARCH_PRO_Dx+9}, {P0_6 ,PINID_ARCH_PRO_Dx+10},{P0_9 ,PINID_ARCH_PRO_Dx+11}, 00088 {P0_8 ,PINID_ARCH_PRO_Dx+12},{P0_7 ,PINID_ARCH_PRO_Dx+13},{P0_27 ,PINID_ARCH_PRO_Dx+14},{P0_28 ,PINID_ARCH_PRO_Dx+15}, 00089 00090 {P0_23,PINID_ARCH_PRO_Ax+0},{P0_24,PINID_ARCH_PRO_Ax+1},{P0_25,PINID_ARCH_PRO_Ax+2},{P0_26,PINID_ARCH_PRO_Ax+3}, 00091 {P1_30,PINID_ARCH_PRO_Ax+4},{P1_31,PINID_ARCH_PRO_Ax+5}, 00092 00093 {D15,PINID_ARCH_PRO_I2C_x+0},{D14,PINID_ARCH_PRO_I2C_x+1}, 00094 {NC,PINID_NC} 00095 }; 00096 00097 #define NUMBER_OF_PINMODE 5 00098 const static struct TPinModeMapItem pinmode_table[]= 00099 { 00100 {PullUp ,PINMODEID+0}, 00101 {PullDown ,PINMODEID+1}, 00102 {PullNone ,PINMODEID+2}, 00103 {OpenDrain ,PINMODEID+3}, 00104 {PullDefault,PINMODEID+4} 00105 }; 00106 #define NUMBER_OF_PORT_NAME 5 00107 const static struct TPortNameMapItem portname_table[]= 00108 { 00109 {Port0 ,PORTID+0}, 00110 {Port1 ,PORTID+1}, 00111 {Port2 ,PORTID+2}, 00112 {Port3 ,PORTID+3}, 00113 {Port4 ,PORTID+4} 00114 }; 00115 00116 PinName RpcHandlerBase::pinId2PinName(unsigned int i_id) 00117 { 00118 for(int i=0;pin_table[i].name!=NC;i++){ 00119 if(i_id==pin_table[i].id){ 00120 return pin_table[i].name; 00121 } 00122 } 00123 return NC; 00124 } 00125 00126 PinMode RpcHandlerBase::pinmodeId2PinMode(unsigned int i_id) 00127 { 00128 for(int i=0;i<NUMBER_OF_PINMODE;i++){ 00129 if(i_id==pinmode_table[i].id){ 00130 return pinmode_table[i].mode; 00131 } 00132 } 00133 return PullDefault; 00134 } 00135 PortName RpcHandlerBase::portId2PortName(unsigned int i_id) 00136 { 00137 for(int i=0;i<NUMBER_OF_PORT_NAME;i++){ 00138 if(i_id==portname_table[i].id){ 00139 return portname_table[i].port; 00140 } 00141 } 00142 return Port0; 00143 } 00144 00145 } 00146 #endif
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