开通博客赚积分
发布资源赚积分
分类

源码开发语言/平台
当前位置：首页 > 源码/资料 > 通讯/手机编程 > MTK > 查看源码
form_WiFiMCR.cpp
资源名称：Maui_META_src_v5.0808.0.zip　[点击查看]
上传用户：gelin96
上传日期：2017-01-08
资源大小：20993k
文件大小：83k
源码类别：

MTK

开发平台：

C++ Builder

form_WiFiMCR.cpp：源码内容
  1. //---------------------------------------------------------------------------
  3. #include <vcl.h>
  4. #include <stdio.h>
  6. #pragma hdrstop
  8. // form
  9. #ifndef _FORM_MAIN_H_
  10. #include "form_main.h"
  11. #endif
  13. #ifndef _FORM_WIFIMCR_H_
  14. #include "form_WiFiMCR.h"
  15. #endif
  17. #ifndef  _MISC_WIFI_H_
  18. #include "misc_wifi.h"
  19. #endif
  21. #define  DRAW_MCR_COMMON          0x01
  22. #define  DRAW_MCR_HIF             0x02
  23. //---------------------------------------------------------------------------
  24. #pragma package(smart_init)
  25. #pragma resource "*.dfm"
  26. TfrmWiFiMCR *frmWiFiMCR;
  27. //===========================================================================
  28. static void  ConfirmCallback_ReadReg( void )
  29. {   frmWiFiMCR->ConfirmCallback_ReadReg();
  30. }
  32. //---------------------------------------------------------------------------
  33. static void  ConfirmCallback_ReadHIF( void )
  34. {   frmWiFiMCR->ConfirmCallback_ReadHIF();
  35. }
  37. //---------------------------------------------------------------------------
  38. static void  ConfirmCallback_WriteReg( void )
  39. {   frmWiFiMCR->ConfirmCallback_WriteReg();
  40. }
  42. //---------------------------------------------------------------------------
  43. static void  ConfirmCallback_WriteHIF( void )
  44. {   frmWiFiMCR->ConfirmCallback_WriteHIF();
  45. }
  47. //---------------------------------------------------------------------------
  48. __fastcall TfrmWiFiMCR::TfrmWiFiMCR(TComponent* Owner)
  49.         : TForm(Owner)
  50. {
  51.     int i, j;
  53.     // System Control
  54.     lblSC[0] = lblSC0;   edtSC[0] = edtSC0;   cbSC[0] = cbSC0;
  55.     lblSC[1] = lblSC1;   edtSC[1] = edtSC1;   cbSC[1] = cbSC1;
  56.     lblSC[2] = lblSC2;   edtSC[2] = edtSC2;   cbSC[2] = cbSC2;
  57.     lblSC[3] = lblSC3;   edtSC[3] = edtSC3;   cbSC[3] = cbSC3;
  59.     // Miscellaneous and Debug Port
  60.     lblMDP[0]  = lblMDP00;    edtMDP[0]   = edtMDP00;    cbMDP[0]   = cbMDP00;
  61.     lblMDP[1]  = lblMDP01;    edtMDP[1]   = edtMDP01;    cbMDP[1]   = cbMDP01;
  62.     lblMDP[2]  = lblMDP02;    edtMDP[2]   = edtMDP02;    cbMDP[2]   = cbMDP02;
  63.     lblMDP[3]  = lblMDP03;    edtMDP[3]   = edtMDP03;    cbMDP[3]   = cbMDP03;
  64.     lblMDP[4]  = lblMDP04;    edtMDP[4]   = edtMDP04;    cbMDP[4]   = cbMDP04;
  65.     lblMDP[5]  = lblMDP05;    edtMDP[5]   = edtMDP05;    cbMDP[5]   = cbMDP05;
  66.     lblMDP[6]  = lblMDP06;    edtMDP[6]   = edtMDP06;    cbMDP[6]   = cbMDP06;
  67.     lblMDP[7]  = lblMDP07;    edtMDP[7]   = edtMDP07;    cbMDP[7]   = cbMDP07;
  68.     lblMDP[8]  = lblMDP08;    edtMDP[8]   = edtMDP08;    cbMDP[8]   = cbMDP08;
  69.     lblMDP[9]  = lblMDP09;    edtMDP[9]   = edtMDP09;    cbMDP[9]   = cbMDP09;
  70.     lblMDP[10] = lblMDP10;    edtMDP[10]  = edtMDP10;    cbMDP[10]  = cbMDP10;
  71.     lblMDP[11] = lblMDP11;    edtMDP[11]  = edtMDP11;    cbMDP[11]  = cbMDP11;
  72.     lblMDP[12] = lblMDP12;    edtMDP[12]  = edtMDP12;    cbMDP[12]  = cbMDP12;
  73.     lblMDP[13] = lblMDP13;    edtMDP[13]  = edtMDP13;    cbMDP[13]  = cbMDP13;
  74.     lblMDP[14] = lblMDP14;    edtMDP[14]  = edtMDP14;    cbMDP[14]  = cbMDP14;
  75.     lblMDP[15] = lblMDP15;    edtMDP[15]  = edtMDP15;    cbMDP[15]  = cbMDP15;
  76.     lblMDP[16] = lblMDP16;    edtMDP[16]  = edtMDP16;    cbMDP[16]  = cbMDP16;
  77.     lblMDP[17] = lblMDP17;    edtMDP[17]  = edtMDP17;    cbMDP[17]  = cbMDP17;
  79.     // Phyical Layer Control Interface
  80.     lblPLCI[0]  = lblPLCI00;  edtPLCI[0]  = edtPLCI00;   cbPLCI[0]  = cbPLCI00;
  81.     lblPLCI[1]  = lblPLCI01;  edtPLCI[1]  = edtPLCI01;   cbPLCI[1]  = cbPLCI01;
  82.     lblPLCI[2]  = lblPLCI02;  edtPLCI[2]  = edtPLCI02;   cbPLCI[2]  = cbPLCI02;
  83.     lblPLCI[3]  = lblPLCI03;  edtPLCI[3]  = edtPLCI03;   cbPLCI[3]  = cbPLCI03;
  84.     lblPLCI[4]  = lblPLCI04;  edtPLCI[4]  = edtPLCI04;   cbPLCI[4]  = cbPLCI04;
  85.     lblPLCI[5]  = lblPLCI05;  edtPLCI[5]  = edtPLCI05;   cbPLCI[5]  = cbPLCI05;
  86.     lblPLCI[6]  = lblPLCI06;  edtPLCI[6]  = edtPLCI06;   cbPLCI[6]  = cbPLCI06;
  87.     lblPLCI[7]  = lblPLCI07;  edtPLCI[7]  = edtPLCI07;   cbPLCI[7]  = cbPLCI07;
  88.     lblPLCI[8]  = lblPLCI08;  edtPLCI[8]  = edtPLCI08;   cbPLCI[8]  = cbPLCI08;
  89.     lblPLCI[9]  = lblPLCI09;  edtPLCI[9]  = edtPLCI09;   cbPLCI[9]  = cbPLCI09;
  90.     lblPLCI[10] = lblPLCI10;  edtPLCI[10] = edtPLCI10;   cbPLCI[10] = cbPLCI10;
  91.     lblPLCI[11] = lblPLCI11;  edtPLCI[11] = edtPLCI11;   cbPLCI[11] = cbPLCI11;
  93.     // MAC Protocol Timing Control
  94.     lblMPTC[0]  = lblMPTC00;  edtMPTC[0]  = edtMPTC00;   cbMPTC[0]  = cbMPTC00;
  95.     lblMPTC[1]  = lblMPTC01;  edtMPTC[1]  = edtMPTC01;   cbMPTC[1]  = cbMPTC01;
  96.     lblMPTC[2]  = lblMPTC02;  edtMPTC[2]  = edtMPTC02;   cbMPTC[2]  = cbMPTC02;
  97.     lblMPTC[3]  = lblMPTC03;  edtMPTC[3]  = edtMPTC03;   cbMPTC[3]  = cbMPTC03;
  98.     lblMPTC[4]  = lblMPTC04;  edtMPTC[4]  = edtMPTC04;   cbMPTC[4]  = cbMPTC04;
  99.     lblMPTC[5]  = lblMPTC05;  edtMPTC[5]  = edtMPTC05;   cbMPTC[5]  = cbMPTC05;
  100.     lblMPTC[6]  = lblMPTC06;  edtMPTC[6]  = edtMPTC06;   cbMPTC[6]  = cbMPTC06;
  101.     lblMPTC[7]  = lblMPTC07;  edtMPTC[7]  = edtMPTC07;   cbMPTC[7]  = cbMPTC07;
  102.     lblMPTC[8]  = lblMPTC08;  edtMPTC[8]  = edtMPTC08;   cbMPTC[8]  = cbMPTC08;
  103.     lblMPTC[9]  = lblMPTC09;  edtMPTC[9]  = edtMPTC09;   cbMPTC[9]  = cbMPTC09;
  104.     lblMPTC[10] = lblMPTC10;  edtMPTC[10] = edtMPTC10;   cbMPTC[10] = cbMPTC10;
  105.     lblMPTC[11] = lblMPTC11;  edtMPTC[11] = edtMPTC11;   cbMPTC[11] = cbMPTC11;
  106.     lblMPTC[12] = lblMPTC12;  edtMPTC[12] = edtMPTC12;   cbMPTC[12] = cbMPTC12;
  107.     lblMPTC[13] = lblMPTC13;  edtMPTC[13] = edtMPTC13;   cbMPTC[13] = cbMPTC13;
  108.     lblMPTC[14] = lblMPTC14;  edtMPTC[14] = edtMPTC14;   cbMPTC[14] = cbMPTC14;
  109.     lblMPTC[15] = lblMPTC15;  edtMPTC[15] = edtMPTC15;   cbMPTC[15] = cbMPTC15;
  110.     lblMPTC[16] = lblMPTC16;  edtMPTC[16] = edtMPTC16;   cbMPTC[16] = cbMPTC16;
  111.     lblMPTC[17] = lblMPTC17;  edtMPTC[17] = edtMPTC17;   cbMPTC[17] = cbMPTC17;
  113.     // NVA Control
  114.     lblNC[0] = lblNC0;    edtNC[0] = edtNC0;    cbNC[0] = cbNC0;
  115.     lblNC[1] = lblNC1;    edtNC[1] = edtNC1;    cbNC[1] = cbNC1;
  116.     lblNC[2] = lblNC2;    edtNC[2] = edtNC2;    cbNC[2] = cbNC2;
  117.     lblNC[3] = lblNC3;    edtNC[3] = edtNC3;    cbNC[3] = cbNC3;
  119.     // Beacon Generation
  120.     lblBG[0] = lblBG0;    edtBG[0] = edtBG0;    cbBG[0] = cbBG0;
  121.     lblBG[1] = lblBG1;    edtBG[1] = edtBG1;    cbBG[1] = cbBG1;
  122.     lblBG[2] = lblBG2;    edtBG[2] = edtBG2;    cbBG[2] = cbBG2;
  123.     lblBG[3] = lblBG3;    edtBG[3] = edtBG3;    cbBG[3] = cbBG3;
  124.     lblBG[4] = lblBG4;    edtBG[4] = edtBG4;    cbBG[4] = cbBG4;
  125.     lblBG[5] = lblBG5;    edtBG[5] = edtBG5;    cbBG[5] = cbBG5;
  126.     lblBG[6] = lblBG6;    edtBG[6] = edtBG6;    cbBG[6] = cbBG6;
  127.     lblBG[7] = lblBG7;    edtBG[7] = edtBG7;    cbBG[7] = cbBG7;
  129.     // Security Engine
  130.     lblSE[0]  = lblSE00;   edtSE[0]  = edtSE00;   cbSE[0]  = cbSE00;
  131.     lblSE[1]  = lblSE01;   edtSE[1]  = edtSE01;   cbSE[1]  = cbSE01;
  132.     lblSE[2]  = lblSE02;   edtSE[2]  = edtSE02;   cbSE[2]  = cbSE02;
  133.     lblSE[3]  = lblSE03;   edtSE[3]  = edtSE03;   cbSE[3]  = cbSE03;
  134.     lblSE[4]  = lblSE05;   edtSE[4]  = edtSE04;   cbSE[4]  = cbSE04;
  135.     lblSE[5]  = lblSE05;   edtSE[5]  = edtSE05;   cbSE[5]  = cbSE05;
  136.     lblSE[6]  = lblSE06;   edtSE[6]  = edtSE06;   cbSE[6]  = cbSE06;
  137.     lblSE[7]  = lblSE07;   edtSE[7]  = edtSE07;   cbSE[7]  = cbSE07;
  138.     lblSE[8]  = lblSE08;   edtSE[8]  = edtSE08;   cbSE[8]  = cbSE08;
  139.     lblSE[9]  = lblSE09;   edtSE[9]  = edtSE09;   cbSE[9]  = cbSE09;
  140.     lblSE[10] = lblSE10;   edtSE[10] = edtSE10;   cbSE[10] = cbSE10;
  142.     // Transmitter Control
  143.     lblTC[0]  = lblTC00;   edtTC[0]  = edtTC00;   cbTC[0]  = cbTC00;
  144.     lblTC[1]  = lblTC01;   edtTC[1]  = edtTC01;   cbTC[1]  = cbTC01;
  145.     lblTC[2]  = lblTC02;   edtTC[2]  = edtTC02;   cbTC[2]  = cbTC02;
  146.     lblTC[3]  = lblTC03;   edtTC[3]  = edtTC03;   cbTC[3]  = cbTC03;
  147.     lblTC[4]  = lblTC04;   edtTC[4]  = edtTC04;   cbTC[4]  = cbTC04;
  148.     lblTC[5]  = lblTC05;   edtTC[5]  = edtTC05;   cbTC[5]  = cbTC05;
  149.     lblTC[6]  = lblTC06;   edtTC[6]  = edtTC06;   cbTC[6]  = cbTC06;
  150.     lblTC[7]  = lblTC07;   edtTC[7]  = edtTC07;   cbTC[7]  = cbTC07;
  151.     lblTC[8]  = lblTC08;   edtTC[8]  = edtTC08;   cbTC[8]  = cbTC08;
  152.     lblTC[9]  = lblTC09;   edtTC[9]  = edtTC09;   cbTC[9]  = cbTC09;
  153.     lblTC[10] = lblTC10;   edtTC[10] = edtTC10;   cbTC[10] = cbTC10;
  154.     lblTC[11] = lblTC11;   edtTC[11]  = edtTC11;  cbTC[11] = cbTC11;
  156.     // Receiver Control
  157.     lblRC[0]  = lblRC00;   edtRC[0]  = edtRC00;   cbRC[0]  = cbRC00;
  158.     lblRC[1]  = lblRC01;   edtRC[1]  = edtRC01;   cbRC[1]  = cbRC01;
  159.     lblRC[2]  = lblRC02;   edtRC[2]  = edtRC02;   cbRC[2]  = cbRC02;
  160.     lblRC[3]  = lblRC03;   edtRC[3]  = edtRC03;   cbRC[3]  = cbRC03;
  161.     lblRC[4]  = lblRC04;   edtRC[4]  = edtRC04;   cbRC[4]  = cbRC04;
  162.     lblRC[5]  = lblRC05;   edtRC[5]  = edtRC05;   cbRC[5]  = cbRC05;
  163.     lblRC[6]  = lblRC06;   edtRC[6]  = edtRC06;   cbRC[6]  = cbRC06;
  164.     lblRC[7]  = lblRC07;   edtRC[7]  = edtRC07;   cbRC[7]  = cbRC07;
  165.     lblRC[8]  = lblRC08;   edtRC[8]  = edtRC08;   cbRC[8]  = cbRC08;
  166.     lblRC[9]  = lblRC09;   edtRC[9]  = edtRC09;   cbRC[9]  = cbRC09;
  167.     lblRC[10] = lblRC10;   edtRC[10] = edtRC10;   cbRC[10] = cbRC10;
  168.     lblRC[11] = lblRC11;   edtRC[11] = edtRC11;   cbRC[11] = cbRC11;
  169.     lblRC[12] = lblRC12;   edtRC[12] = edtRC12;   cbRC[12] = cbRC12;
  170.     lblRC[13] = lblRC13;   edtRC[13] = edtRC13;   cbRC[13] = cbRC13;
  171.     lblRC[14] = lblRC14;   edtRC[14] = edtRC14;   cbRC[14] = cbRC14;
  173.     // HIF
  174.     lblHIF[0] = lblHIF0;   edtHIF[0] = edtHIF0;   cbHIF[0] = cbHIF0;
  175.     lblHIF[1] = lblHIF1;   edtHIF[1] = edtHIF1;   cbHIF[1] = cbHIF1;
  176.     lblHIF[2] = lblHIF2;   edtHIF[2] = edtHIF2;   cbHIF[2] = cbHIF2;
  177.     lblHIF[3] = lblHIF3;   edtHIF[3] = edtHIF3;   cbHIF[3] = cbHIF3;
  178.     lblHIF[4] = lblHIF4;   edtHIF[4] = edtHIF4;   cbHIF[4] = cbHIF4;
  179.     lblHIF[5] = lblHIF5;   edtHIF[5] = edtHIF5;   cbHIF[5] = cbHIF5;
  180.     lblHIF[6] = lblHIF6;   edtHIF[6] = edtHIF6;   cbHIF[6] = cbHIF6;
  181.     lblHIF[7] = lblHIF7;   edtHIF[7] = edtHIF7;   cbHIF[7] = cbHIF7;
  186.     // Set MCR name
  187.     // System Control
  188.     m_sMCR_Setting[WIFI_MCR_SC][0].name = "SCR";
  189.     m_sMCR_Setting[WIFI_MCR_SC][1].name = "MRBS";
  190.     m_sMCR_Setting[WIFI_MCR_SC][2].name = "DEVID";
  191.     m_sMCR_Setting[WIFI_MCR_SC][3].name = "GPIOCR";
  193.     // Miscellaneous and Debug Port
  194.     m_sMCR_Setting[WIFI_MCR_MDP][0].name = "PRBCR";
  195.     m_sMCR_Setting[WIFI_MCR_MDP][1].name = "PRBSR";
  196.     m_sMCR_Setting[WIFI_MCR_MDP][2].name = "PFWDR";
  197.     m_sMCR_Setting[WIFI_MCR_MDP][3].name = "PRBDR";
  198.     m_sMCR_Setting[WIFI_MCR_MDP][4].name = "CTPR1";
  199.     m_sMCR_Setting[WIFI_MCR_MDP][5].name = "QCR";
  200.     m_sMCR_Setting[WIFI_MCR_MDP][6].name = "ISAR";
  201.     m_sMCR_Setting[WIFI_MCR_MDP][7].name = "IER";
  202.     m_sMCR_Setting[WIFI_MCR_MDP][8].name = "DRNGR";
  203.     m_sMCR_Setting[WIFI_MCR_MDP][9].name = "AIFSR";
  204.     m_sMCR_Setting[WIFI_MCR_MDP][10].name = "TQCWR";
  205.     m_sMCR_Setting[WIFI_MCR_MDP][11].name = "AC0CWR";
  206.     m_sMCR_Setting[WIFI_MCR_MDP][12].name = "AC1CWR";
  207.     m_sMCR_Setting[WIFI_MCR_MDP][13].name = "AC2CWR";
  208.     m_sMCR_Setting[WIFI_MCR_MDP][14].name = "AC3CWR";
  209.     m_sMCR_Setting[WIFI_MCR_MDP][15].name = "LNUIR0";
  210.     m_sMCR_Setting[WIFI_MCR_MDP][16].name = "LNUIR1";
  211.     m_sMCR_Setting[WIFI_MCR_MDP][17].name = "LNUIR2";
  213.     // Phyical Layer Control Interface
  214.     m_sMCR_Setting[WIFI_MCR_PLCI][0].name = "PCICR";
  215.     m_sMCR_Setting[WIFI_MCR_PLCI][1].name = "PBAR";
  216.     m_sMCR_Setting[WIFI_MCR_PLCI][2].name = "PPORCR0";
  217.     m_sMCR_Setting[WIFI_MCR_PLCI][3].name = "PPORCR1";
  218.     m_sMCR_Setting[WIFI_MCR_PLCI][4].name = "PPDRCR0";
  219.     m_sMCR_Setting[WIFI_MCR_PLCI][5].name = "PPDRCR1";
  220.     m_sMCR_Setting[WIFI_MCR_PLCI][6].name = "PPDRCR2";
  221.     m_sMCR_Setting[WIFI_MCR_PLCI][7].name = "PPMCR";
  222.     m_sMCR_Setting[WIFI_MCR_PLCI][8].name = "PSCR";
  223.     m_sMCR_Setting[WIFI_MCR_PLCI][9].name = "PSPR";
  224.     m_sMCR_Setting[WIFI_MCR_PLCI][10].name = "LCR";
  225.     m_sMCR_Setting[WIFI_MCR_PLCI][11].name = "ACR";
  227.     // MAC Protocol Timing Control
  228.     m_sMCR_Setting[WIFI_MCR_MPTC][0].name = "CWBR";
  229.     m_sMCR_Setting[WIFI_MCR_MPTC][1].name = "MPTR";
  230.     m_sMCR_Setting[WIFI_MCR_MPTC][2].name = "MPDR";
  231.     m_sMCR_Setting[WIFI_MCR_MPTC][3].name = "TNTDR";
  232.     m_sMCR_Setting[WIFI_MCR_MPTC][4].name = "STDR";
  233.     m_sMCR_Setting[WIFI_MCR_MPTC][5].name = "EPDDR";
  234.     m_sMCR_Setting[WIFI_MCR_MPTC][6].name = "CRFCR0";
  235.     m_sMCR_Setting[WIFI_MCR_MPTC][7].name = "CRFCR1";
  236.     m_sMCR_Setting[WIFI_MCR_MPTC][8].name = "DTR";
  237.     m_sMCR_Setting[WIFI_MCR_MPTC][9].name = "BCWR";
  238.     m_sMCR_Setting[WIFI_MCR_MPTC][10].name = "RFTPCR";
  239.     m_sMCR_Setting[WIFI_MCR_MPTC][11].name = "LTTR0";
  240.     m_sMCR_Setting[WIFI_MCR_MPTC][12].name = "LTTR1";
  241.     m_sMCR_Setting[WIFI_MCR_MPTC][13].name = "TTAR0";
  242.     m_sMCR_Setting[WIFI_MCR_MPTC][14].name = "TTAR1";
  243.     m_sMCR_Setting[WIFI_MCR_MPTC][15].name = "TTAR2";
  244.     m_sMCR_Setting[WIFI_MCR_MPTC][16].name = "TTSCS";
  245.     m_sMCR_Setting[WIFI_MCR_MPTC][17].name = "TTTC";
  247.     // NVA Control
  248.     m_sMCR_Setting[WIFI_MCR_NC][0].name = "LNR";
  249.     m_sMCR_Setting[WIFI_MCR_NC][1].name = "NRTR";
  250.     m_sMCR_Setting[WIFI_MCR_NC][2].name = "NSUR";
  251.     m_sMCR_Setting[WIFI_MCR_NC][3].name = "TTIC";
  253.     // Beacon Generation
  254.     m_sMCR_Setting[WIFI_MCR_BG][0].name = "BGCR0";
  255.     m_sMCR_Setting[WIFI_MCR_BG][1].name = "BGCR1";
  256.     m_sMCR_Setting[WIFI_MCR_BG][2].name = "SWBCCR";
  257.     m_sMCR_Setting[WIFI_MCR_BG][3].name = "SWBCDR";
  258.     m_sMCR_Setting[WIFI_MCR_BG][4].name = "ARRCR";
  259.     m_sMCR_Setting[WIFI_MCR_BG][5].name = "AFRCR";
  260.     m_sMCR_Setting[WIFI_MCR_BG][6].name = "ATFCR";
  261.     m_sMCR_Setting[WIFI_MCR_BG][7].name = "ATBCR";
  263.     // Security Engine
  264.     m_sMCR_Setting[WIFI_MCR_SE][0].name = "SKACR";
  265.     m_sMCR_Setting[WIFI_MCR_SE][1].name = "SKADR0";
  266.     m_sMCR_Setting[WIFI_MCR_SE][2].name = "SKADR1";
  267.     m_sMCR_Setting[WIFI_MCR_SE][3].name = "SKADR2";
  268.     m_sMCR_Setting[WIFI_MCR_SE][4].name = "SKADR3";
  269.     m_sMCR_Setting[WIFI_MCR_SE][5].name = "SKADR4";
  270.     m_sMCR_Setting[WIFI_MCR_SE][6].name = "SKADR5";
  271.     m_sMCR_Setting[WIFI_MCR_SE][7].name = "SCPR0";
  272.     m_sMCR_Setting[WIFI_MCR_SE][8].name = "SCPR1";
  273.     m_sMCR_Setting[WIFI_MCR_SE][9].name = "SKADR6";
  274.     m_sMCR_Setting[WIFI_MCR_SE][10].name = "SKADR7";
  276.     // Transmitter Control
  277.     m_sMCR_Setting[WIFI_MCR_TC][0].name = "ACWLR";
  278.     m_sMCR_Setting[WIFI_MCR_TC][1].name = "MPTCR";
  279.     m_sMCR_Setting[WIFI_MCR_TC][2].name = "NPTCR";
  280.     m_sMCR_Setting[WIFI_MCR_TC][3].name = "NTTCR";
  281.     m_sMCR_Setting[WIFI_MCR_TC][4].name = "TXOPGBNTCR";
  282.     m_sMCR_Setting[WIFI_MCR_TC][5].name = "NDTCR";
  283.     m_sMCR_Setting[WIFI_MCR_TC][6].name = "NCSTCR";
  284.     m_sMCR_Setting[WIFI_MCR_TC][7].name = "ACTXOPR0";
  285.     m_sMCR_Setting[WIFI_MCR_TC][8].name = "ACTXOPR1";
  286.     m_sMCR_Setting[WIFI_MCR_TC][9].name = "TSTGPCR";
  287.     m_sMCR_Setting[WIFI_MCR_TC][10].name = "TSTNTCR0";
  288.     m_sMCR_Setting[WIFI_MCR_TC][11].name = "TSTNTCR1";
  290.     // Receiver Control
  291.     m_sMCR_Setting[WIFI_MCR_RC][0].name = "DRCR";
  292.     m_sMCR_Setting[WIFI_MCR_RC][1].name = "RFECR";
  293.     m_sMCR_Setting[WIFI_MCR_RC][2].name = "RFFCR";
  294.     m_sMCR_Setting[WIFI_MCR_RC][3].name = "RPCR";
  295.     m_sMCR_Setting[WIFI_MCR_RC][4].name = "CICR";
  296.     m_sMCR_Setting[WIFI_MCR_RC][5].name = "CACR";
  297.     m_sMCR_Setting[WIFI_MCR_RC][6].name = "CATR";
  298.     m_sMCR_Setting[WIFI_MCR_RC][7].name = "CSACR";
  299.     m_sMCR_Setting[WIFI_MCR_RC][8].name = "RFBCR";
  300.     m_sMCR_Setting[WIFI_MCR_RC][9].name = "OMAR0";
  301.     m_sMCR_Setting[WIFI_MCR_RC][10].name = "OMAR1";
  302.     m_sMCR_Setting[WIFI_MCR_RC][11].name = "CBR0";
  303.     m_sMCR_Setting[WIFI_MCR_RC][12].name = "CBR1";
  304.     m_sMCR_Setting[WIFI_MCR_RC][13].name = "AMAR0";
  305.     m_sMCR_Setting[WIFI_MCR_RC][14].name = "AMAR1";
  307.     // HIF_HPI
  308.     m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][0].name = "HPI_CHIPID";
  309.     m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][1].name = "HPI_MAC_STS";
  310.     m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][2].name = "HPI_CTRL";
  311.     m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][3].name = "HPI_POWER_CTRL";
  312.     m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][4].name = "TX_DATA_PORT";
  313.     m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][5].name = "TX_STATUS_PORT";
  314.     m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][6].name = "RX_STATUS_PORT";
  315.     m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][7].name = "RX_DATA_PORT";
  317.     // Set read only property
  318.     for( i=0; i<WIFI_MCR_TYPE_NUM; i++ )
  319.     {
  320.         for( j=0; j<WIFI_MCR_MAX_NUM; j++ )
  321.         {    m_sMCR_Setting[i][j].RO = false;
  322.         }
  323.     }
  324.     m_sMCR_Setting[WIFI_MCR_SC][2].RO = true; // DEVID
  325.     m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][0].RO = true; // HPI_CHIPID
  327.     // Set read/clear property
  328.     for( i=0; i<WIFI_MCR_TYPE_NUM; i++ )
  329.     {
  330.         for( j=0; j<WIFI_MCR_MAX_NUM; j++ )
  331.         {    m_sMCR_Setting[i][j].RC = false;
  332.         }
  333.     }
  335.     for( i=0; i<4; i++ )
  336.     {
  337.         m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][i].RC = false;
  338.     }
  339.     for( i=4; i<8; i++ )
  340.     {
  341.         m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][i].RC = true;
  342.     }
  345.     // Set address
  346.     // System Control
  347.     m_sMCR_Setting[WIFI_MCR_SC][0].addr = 0x0000; // "SCR";
  348.     m_sMCR_Setting[WIFI_MCR_SC][1].addr = 0x0018; // "MRBS";
  349.     m_sMCR_Setting[WIFI_MCR_SC][2].addr = 0x0020; // "DEVID";
  350.     m_sMCR_Setting[WIFI_MCR_SC][3].addr = 0x0050; // "GPIOCR";
  352.     // Miscellaneous and Debug Port
  353.     m_sMCR_Setting[WIFI_MCR_MDP][0].addr = 0x0080; // "PRBCR";
  354.     m_sMCR_Setting[WIFI_MCR_MDP][1].addr = 0x0084; // "PRBSR";
  355.     m_sMCR_Setting[WIFI_MCR_MDP][2].addr = 0x0088; // "PFWDR";
  356.     m_sMCR_Setting[WIFI_MCR_MDP][3].addr = 0x008C; // "PRBDR";
  357.     m_sMCR_Setting[WIFI_MCR_MDP][4].addr = 0x0094; // "CTPR1";
  358.     m_sMCR_Setting[WIFI_MCR_MDP][5].addr = 0x0100; // "QCR";
  359.     m_sMCR_Setting[WIFI_MCR_MDP][6].addr = 0x0104; // "ISAR";
  360.     m_sMCR_Setting[WIFI_MCR_MDP][7].addr = 0x0108; // "IER";
  361.     m_sMCR_Setting[WIFI_MCR_MDP][8].addr = 0x0188; // "DRNGR";
  362.     m_sMCR_Setting[WIFI_MCR_MDP][9].addr = 0x018C; // "AIFSR";
  363.     m_sMCR_Setting[WIFI_MCR_MDP][10].addr = 0x0190; // "TQCWR";
  364.     m_sMCR_Setting[WIFI_MCR_MDP][11].addr = 0x0194; // "AC0CWR";
  365.     m_sMCR_Setting[WIFI_MCR_MDP][12].addr = 0x0198; // "AC1CWR";
  366.     m_sMCR_Setting[WIFI_MCR_MDP][13].addr = 0x019C; // "AC2CWR";
  367.     m_sMCR_Setting[WIFI_MCR_MDP][14].addr = 0x01A0; // "AC3CWR";
  368.     m_sMCR_Setting[WIFI_MCR_MDP][15].addr = 0x0500; // "LNUIR0";
  369.     m_sMCR_Setting[WIFI_MCR_MDP][16].addr = 0x0504; // "LNUIR1";
  370.     m_sMCR_Setting[WIFI_MCR_MDP][17].addr = 0x0508; // "LNUIR2";
  373.     // Phyical Layer Control Interface
  374.     m_sMCR_Setting[WIFI_MCR_PLCI][0].addr = 0x0240; // "PCICR";
  375.     m_sMCR_Setting[WIFI_MCR_PLCI][1].addr = 0x0248; // "PBAR";
  376.     m_sMCR_Setting[WIFI_MCR_PLCI][2].addr = 0x0280; // "PPORCR0";
  377.     m_sMCR_Setting[WIFI_MCR_PLCI][3].addr = 0x0284; // "PPORCR1";
  378.     m_sMCR_Setting[WIFI_MCR_PLCI][4].addr = 0x0288; // "PPDRCR0";
  379.     m_sMCR_Setting[WIFI_MCR_PLCI][5].addr = 0x028C; // "PPDRCR1";
  380.     m_sMCR_Setting[WIFI_MCR_PLCI][6].addr = 0x0290; // "PPDRCR2";
  381.     m_sMCR_Setting[WIFI_MCR_PLCI][7].addr = 0x0294; // "PPMCR";
  382.     m_sMCR_Setting[WIFI_MCR_PLCI][8].addr = 0x02A0; // "PSCR";
  383.     m_sMCR_Setting[WIFI_MCR_PLCI][9].addr = 0x02A4; // "PSPR";
  384.     m_sMCR_Setting[WIFI_MCR_PLCI][10].addr = 0x02A8; // "LCR";
  385.     m_sMCR_Setting[WIFI_MCR_PLCI][11].addr = 0x02AC; // "ACR";
  387.     // MAC Protocol Timing Control
  388.     m_sMCR_Setting[WIFI_MCR_MPTC][0].addr = 0x03F8; // "CWBR";
  389.     m_sMCR_Setting[WIFI_MCR_MPTC][1].addr = 0x03FC; // "MPTR";
  390.     m_sMCR_Setting[WIFI_MCR_MPTC][2].addr = 0x0400; // "MPDR";
  391.     m_sMCR_Setting[WIFI_MCR_MPTC][3].addr = 0x0404; // "TNTDR";
  392.     m_sMCR_Setting[WIFI_MCR_MPTC][4].addr = 0x0408; // "STDR";
  393.     m_sMCR_Setting[WIFI_MCR_MPTC][5].addr = 0x040C; // "EPDDR";
  394.     m_sMCR_Setting[WIFI_MCR_MPTC][6].addr = 0x0410; // "CRFCR0";
  395.     m_sMCR_Setting[WIFI_MCR_MPTC][7].addr = 0x0414; // "CRFCR1";
  396.     m_sMCR_Setting[WIFI_MCR_MPTC][8].addr = 0x0418; // "DTR";
  397.     m_sMCR_Setting[WIFI_MCR_MPTC][9].addr = 0x041C; // "BCWR";
  398.     m_sMCR_Setting[WIFI_MCR_MPTC][10].addr = 0x0420; // "RFTPCR";
  399.     m_sMCR_Setting[WIFI_MCR_MPTC][11].addr = 0x0440; // "LTTR0";
  400.     m_sMCR_Setting[WIFI_MCR_MPTC][12].addr = 0x0444; // "LTTR1";
  401.     m_sMCR_Setting[WIFI_MCR_MPTC][13].addr = 0x0448; // "TTAR0";
  402.     m_sMCR_Setting[WIFI_MCR_MPTC][14].addr = 0x044C; // "TTAR1";
  403.     m_sMCR_Setting[WIFI_MCR_MPTC][15].addr = 0x0450; // "TTAR2";
  404.     m_sMCR_Setting[WIFI_MCR_MPTC][16].addr = 0x0454; // "TTSCS";
  405.     m_sMCR_Setting[WIFI_MCR_MPTC][17].addr = 0x0458; // "TTTC";
  407.     // NVA Control
  408.     m_sMCR_Setting[WIFI_MCR_NC][0].addr = 0x0470; // "LNR";
  409.     m_sMCR_Setting[WIFI_MCR_NC][1].addr = 0x0474; // "NRTR";
  410.     m_sMCR_Setting[WIFI_MCR_NC][2].addr = 0x0478; // "NSUR";
  411.     m_sMCR_Setting[WIFI_MCR_NC][3].addr = 0x047C; // "TTIC";
  413.     // Beacon Generation
  414.     m_sMCR_Setting[WIFI_MCR_BG][0].addr = 0x0480; // "BGCR0";
  415.     m_sMCR_Setting[WIFI_MCR_BG][1].addr = 0x0484; // "BGCR1";
  416.     m_sMCR_Setting[WIFI_MCR_BG][2].addr = 0x0488; // "SWBCCR";
  417.     m_sMCR_Setting[WIFI_MCR_BG][3].addr = 0x048C; // "SWBCDR";
  418.     m_sMCR_Setting[WIFI_MCR_BG][4].addr = 0x0490; // "ARRCR";
  419.     m_sMCR_Setting[WIFI_MCR_BG][5].addr = 0x0494; // "AFRCR";
  420.     m_sMCR_Setting[WIFI_MCR_BG][6].addr = 0x0498; // "ATFCR";
  421.     m_sMCR_Setting[WIFI_MCR_BG][7].addr = 0x049C; // "ATBCR";
  423.     // Security Engine
  424.     m_sMCR_Setting[WIFI_MCR_SE][0].addr = 0x0200; // "SKACR";
  425.     m_sMCR_Setting[WIFI_MCR_SE][1].addr = 0x0204; // "SKADR0";
  426.     m_sMCR_Setting[WIFI_MCR_SE][2].addr = 0x0208; // "SKADR1";
  427.     m_sMCR_Setting[WIFI_MCR_SE][3].addr = 0x020C; // "SKADR2";
  428.     m_sMCR_Setting[WIFI_MCR_SE][4].addr = 0x0210; // "SKADR3";
  429.     m_sMCR_Setting[WIFI_MCR_SE][5].addr = 0x0214; // "SKADR4";
  430.     m_sMCR_Setting[WIFI_MCR_SE][6].addr = 0x0218; // "SKADR5";
  431.     m_sMCR_Setting[WIFI_MCR_SE][7].addr = 0x021C; // "SCPR0";
  432.     m_sMCR_Setting[WIFI_MCR_SE][8].addr = 0x0220; // "SCPR1";
  433.     m_sMCR_Setting[WIFI_MCR_SE][9].addr = 0x0224; // "SKADR6";
  434.     m_sMCR_Setting[WIFI_MCR_SE][10].addr = 0x0228; // "SKADR7";
  436.     // Transmitter Control
  437.     m_sMCR_Setting[WIFI_MCR_TC][0].addr = 0x0300; // "ACWLR";
  438.     m_sMCR_Setting[WIFI_MCR_TC][1].addr = 0x0304; // "MPTCR";
  439.     m_sMCR_Setting[WIFI_MCR_TC][2].addr = 0x0308; // "NPTCR";
  440.     m_sMCR_Setting[WIFI_MCR_TC][3].addr = 0x030C; // "NTTCR";
  441.     m_sMCR_Setting[WIFI_MCR_TC][4].addr = 0x0310; // "TXOPGBNTCR";
  442.     m_sMCR_Setting[WIFI_MCR_TC][5].addr = 0x0314; // "NDTCR";
  443.     m_sMCR_Setting[WIFI_MCR_TC][6].addr = 0x0318; // "NCSTCR";
  444.     m_sMCR_Setting[WIFI_MCR_TC][7].addr = 0x031C; // "ACTXOPR0";
  445.     m_sMCR_Setting[WIFI_MCR_TC][8].addr = 0x0320; // "ACTXOPR1";
  446.     m_sMCR_Setting[WIFI_MCR_TC][9].addr = 0x0324; // "TSTGPCR";
  447.     m_sMCR_Setting[WIFI_MCR_TC][10].addr = 0x0328; // "TSTNTCR0";
  448.     m_sMCR_Setting[WIFI_MCR_TC][11].addr = 0x032C; // "TSTNTCR1";
  450.     // Receiver Control
  451.     m_sMCR_Setting[WIFI_MCR_RC][0].addr = 0x0360; // "DRCR";
  452.     m_sMCR_Setting[WIFI_MCR_RC][1].addr = 0x0364; // "RFECR";
  453.     m_sMCR_Setting[WIFI_MCR_RC][2].addr = 0x0368; // "RFFCR";
  454.     m_sMCR_Setting[WIFI_MCR_RC][3].addr = 0x036C; // "RPCR";
  455.     m_sMCR_Setting[WIFI_MCR_RC][4].addr = 0x0370; // "CICR";
  456.     m_sMCR_Setting[WIFI_MCR_RC][5].addr = 0x0374; // "CACR";
  457.     m_sMCR_Setting[WIFI_MCR_RC][6].addr = 0x0378; // "CATR";
  458.     m_sMCR_Setting[WIFI_MCR_RC][7].addr = 0x037C; // "CSACR";
  459.     m_sMCR_Setting[WIFI_MCR_RC][8].addr = 0x0380; // "RFBCR";
  460.     m_sMCR_Setting[WIFI_MCR_RC][9].addr = 0x03A0; // "OMAR0";
  461.     m_sMCR_Setting[WIFI_MCR_RC][10].addr = 0x03A4; // "OMAR1";
  462.     m_sMCR_Setting[WIFI_MCR_RC][11].addr = 0x03A8; // "CBR0";
  463.     m_sMCR_Setting[WIFI_MCR_RC][12].addr = 0x03AC; // "CBR1";
  464.     m_sMCR_Setting[WIFI_MCR_RC][13].addr = 0x03B0; // "AMAR0";
  465.     m_sMCR_Setting[WIFI_MCR_RC][14].addr = 0x03B4; // "AMAR1";
  467.     // HIF_HPI
  468.     m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][0].addr = 0x780; // "HPI_CHIPID";
  469.     m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][1].addr = 0x78C; // "HPI_MAC_STS";
  470.     m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][2].addr = 0x7FC; // "HPI_CTRL";
  471.     m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][3].addr = 0x7FE; // "HPI_POWER_CTRL";
  472.     m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][4].addr = 0x600; // "TX_DATA_PORT";
  473.     m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][5].addr = 0x640; // "TX_STATUS_PORT";
  474.     m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][6].addr = 0x680; // "RX_STATUS_PORT";
  475.     m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][7].addr = 0x6c0; // "RX_DATA_PORT";
  477.     // Set value
  478.     for( i=0; i<WIFI_MCR_TYPE_NUM; i++ )
  479.     {
  480.         for( j=0; j<WIFI_MCR_MAX_NUM; j++ )
  481.         {    m_sMCR_Setting[i][j].value = 0;
  482.         }
  483.     }
  485.     // Set checked property
  486.     for( i=0; i<WIFI_MCR_TYPE_NUM; i++ )
  487.     {
  488.         for( j=0; j<WIFI_MCR_MAX_NUM; j++ )
  489.         {    m_sMCR_Setting[i][j].checked = false;
  490.         }
  491.     }
  493.     Init();
  494. }
  496. //---------------------------------------------------------------------------
  497. void TfrmWiFiMCR::Init( void )
  498. {
  499.      m_bInit          = true;
  500. }
  502. //---------------------------------------------------------------------------
  503. void TfrmWiFiMCR::ReDrawFields( int idx )
  504. {
  505.     int i;
  506.     char  str[256];
  508.     if( idx & DRAW_MCR_COMMON )
  509.     {
  510.         // system control register
  511.         if( 0 == btnSYSMACMCRData->Tag ) // Dec
  512.         {
  513.             btnSYSMACMCRData->Caption = "MCR Data (Dec)";
  515.             // System Control
  516.             for( i=0; i<WIFI_SC_NUM; i++ )
  517.             {   edtSC[i]->Text = IntToStr( m_sMCR_Setting[WIFI_MCR_SC][i].value );
  518.             }
  520.             // Miscellaneous and Debug Port
  521.             for( i=0; i<WIFI_MDP_NUM; i++ )
  522.             {   edtMDP[i]->Text = IntToStr( m_sMCR_Setting[WIFI_MCR_MDP][i].value );
  523.             }
  525.             // Phyical Layer Control Interface
  526.             for( i=0; i<WIFI_PLCI_NUM; i++ )
  527.             {   edtPLCI[i]->Text = IntToStr( m_sMCR_Setting[WIFI_MCR_PLCI][i].value );
  528.             }
  530.             // MAC Protocol Timing Control
  531.             for( i=0; i<WIFI_MPTC_NUM; i++ )
  532.             {   edtMPTC[i]->Text = IntToStr( m_sMCR_Setting[WIFI_MCR_MPTC][i].value );
  533.             }
  535.             // NVA Control
  536.             for( i=0; i<WIFI_NC_NUM; i++ )
  537.             {   edtNC[i]->Text = IntToStr( m_sMCR_Setting[WIFI_MCR_NC][i].value );
  538.             }
  540.             // Beacon Generation
  541.             for( i=0; i<WIFI_BG_NUM; i++ )
  542.             {   edtBG[i]->Text = IntToStr( m_sMCR_Setting[WIFI_MCR_BG][i].value );
  543.             }
  544.         }
  545.         else
  546.         {
  547.             btnSYSMACMCRData->Caption = "MCR Data (Hex)";
  549.             // System Control
  550.             for( i=0; i<WIFI_SC_NUM; i++ )
  551.             {
  552.                 sprintf( str, "%X", m_sMCR_Setting[WIFI_MCR_SC][i].value );
  553.                 edtSC[i]->Text = str;
  554.             }
  556.             // Miscellaneous and Debug Port
  557.             for( i=0; i<WIFI_MDP_NUM; i++ )
  558.             {
  559.                 sprintf( str, "%X", m_sMCR_Setting[WIFI_MCR_MDP][i].value );
  560.                 edtMDP[i]->Text = str;
  561.             }
  563.             // Phyical Layer Control Interface
  564.             for( i=0; i<WIFI_PLCI_NUM; i++ )
  565.             {
  566.                 sprintf( str, "%X", m_sMCR_Setting[WIFI_MCR_PLCI][i].value );
  567.                 edtPLCI[i]->Text = str;
  568.             }
  570.             // MAC Protocol Timing Control
  571.             for( i=0; i<WIFI_MPTC_NUM; i++ )
  572.             {
  573.                 sprintf( str, "%X", m_sMCR_Setting[WIFI_MCR_MPTC][i].value );
  574.                 edtMPTC[i]->Text = str;
  575.             }
  577.             // NVA Control
  578.             for( i=0; i<WIFI_NC_NUM; i++ )
  579.             {
  580.                 sprintf( str, "%X", m_sMCR_Setting[WIFI_MCR_NC][i].value );
  581.                 edtNC[i]->Text = str;
  582.             }
  584.             // Beacon Generation
  585.             for( i=0; i<WIFI_BG_NUM; i++ )
  586.             {
  587.                 sprintf( str, "%X", m_sMCR_Setting[WIFI_MCR_BG][i].value );
  588.                 edtBG[i]->Text = str;
  589.             }
  590.         }
  591.     }
  593.     // TX/RX Releated register
  594.     if( 0 == btnTRXMACMCRData->Tag ) // Dec
  595.     {
  596.         btnTRXMACMCRData->Caption = "MCR Data (Dec)";
  598.         if( idx & DRAW_MCR_COMMON )
  599.         {
  600.             // Security Engine
  601.             for( i=0; i<WIFI_SE_NUM; i++ )
  602.             {   edtSE[i]->Text = IntToStr( m_sMCR_Setting[WIFI_MCR_SE][i].value );
  603.             }
  605.             // Transmitter Control
  606.             for( i=0; i<WIFI_TC_NUM; i++ )
  607.             {   edtTC[i]->Text = IntToStr( m_sMCR_Setting[WIFI_MCR_TC][i].value );
  608.             }
  610.             // Receiver Control
  611.             for( i=0; i<WIFI_RC_NUM; i++ )
  612.             {   edtRC[i]->Text = IntToStr( m_sMCR_Setting[WIFI_MCR_RC][i].value );
  613.             }
  614.         }
  616.         if( idx & DRAW_MCR_HIF )
  617.         {
  618.             // HIF
  619.             switch( m_sWiFiCap.host_interface )
  620.             {
  621.                 case WNDRV_HOST_INTERFACE_SDIO:
  622.                 {
  623.                     for( i=0; i<WIFI_HIF_SDIO_NUM; i++ )
  624.                     {   edtHIF[i]->Text = IntToStr( m_sMCR_Setting[WIFI_MCR_HIF_SDIO][i].value );
  625.                     }
  626.                 }
  627.                 break;
  629.                 case WNDRV_HOST_INTERFACE_HPI:
  630.                 {
  631.                     for( i=0; i<WIFI_HIF_HPI_NUM; i++ )
  632.                     {   edtHIF[i]->Text = IntToStr( m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][i].value );
  633.                     }
  634.                 }
  635.                 break;
  637.                 case WNDRV_HOST_INTERFACE_SPI:
  638.                 {
  639.                     for( i=0; i<WIFI_HIF_SPI_NUM; i++ )
  640.                     {   edtHIF[i]->Text = IntToStr( m_sMCR_Setting[WIFI_MCR_HIF_SPI][i].value );
  641.                     }
  642.                 }
  643.                 break;
  644.             }
  645.         }
  646.     }
  647.     else
  648.     {
  649.         btnTRXMACMCRData->Caption = "MCR Data (Hex)";
  651.         if( idx & DRAW_MCR_COMMON )
  652.         {
  653.             // Security Engine
  654.             for( i=0; i<WIFI_SE_NUM; i++ )
  655.             {
  656.                 sprintf( str, "%X", m_sMCR_Setting[WIFI_MCR_SE][i].value );
  657.                 edtSE[i]->Text = str;
  658.             }
  660.             // Transmitter Control
  661.             for( i=0; i<WIFI_TC_NUM; i++ )
  662.             {
  663.                 sprintf( str, "%X", m_sMCR_Setting[WIFI_MCR_TC][i].value );
  664.                 edtTC[i]->Text = str;
  665.             }
  667.             // Receiver Control
  668.             for( i=0; i<WIFI_RC_NUM; i++ )
  669.             {
  670.                 sprintf( str, "%X", m_sMCR_Setting[WIFI_MCR_RC][i].value );
  671.                 edtRC[i]->Text = str;
  672.             }
  673.         }
  675.         if( idx & DRAW_MCR_HIF )
  676.         {
  677.             // HIF
  678.             switch( m_sWiFiCap.host_interface )
  679.             {
  680.                 case WNDRV_HOST_INTERFACE_SDIO:
  681.                 {
  682.                     for( i=0; i<WIFI_HIF_SDIO_NUM; i++ )
  683.                     {
  684.                         sprintf( str, "%X", m_sMCR_Setting[WIFI_MCR_HIF_SDIO][i].value );
  685.                         edtHIF[i]->Text = str;
  686.                     }
  687.                 }
  688.                 break;
  690.                 case WNDRV_HOST_INTERFACE_HPI:
  691.                 {
  692.                     for( i=0; i<WIFI_HIF_HPI_NUM; i++ )
  693.                     {
  694.                         sprintf( str, "%X", m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][i].value );
  695.                         edtHIF[i]->Text = str;
  696.                     }
  697.                 }
  698.                 break;
  700.                 case WNDRV_HOST_INTERFACE_SPI:
  701.                 {
  702.                     for( i=0; i<WIFI_HIF_SPI_NUM; i++ )
  703.                     {
  704.                         sprintf( str, "%X", m_sMCR_Setting[WIFI_MCR_HIF_SPI][i].value );
  705.                         edtHIF[i]->Text = str;
  706.                     }
  707.                 }
  708.                 break;
  709.             }
  710.         }
  712.     }
  713. }
  715. //---------------------------------------------------------------------------
  716. bool TfrmWiFiMCR::CheckFields( void )
  717. {
  718.     int i;
  719.     unsigned int         uidata[WIFI_MCR_MAX_NUM];
  720.     AnsiString text;
  721.     
  722.     // system control register
  723.     if( 0 == btnSYSMACMCRData->Tag ) // Dec
  724.     {
  725.         // System Control
  726.         for( i=0; i<WIFI_SC_NUM; i++ )
  727.         {   text = edtSC[i]->Text;  if( !IsValidDecWiFiMacRegValue( text, uidata[i] ) )         {  edtSCCheck(edtSC[i]);   return false;   }
  728.         }
  730.         // Miscellaneous and Debug Port
  731.         for( i=0; i<WIFI_MDP_NUM; i++ )
  732.         {   text = edtMDP[i]->Text;  if( !IsValidDecWiFiMacRegValue( text, uidata[i] ) )         {  edtMDPCheck(edtMDP[i]);   return false;   }
  733.         }
  735.         // Phyical Layer Control Interface
  736.         for( i=0; i<WIFI_PLCI_NUM; i++ )
  737.         {   text = edtPLCI[i]->Text;  if( !IsValidDecWiFiMacRegValue( text, uidata[i] ) )         {  edtPLCICheck(edtPLCI[i]);   return false;   }
  738.         }
  740.         // MAC Protocol Timing Control
  741.         for( i=0; i<WIFI_MPTC_NUM; i++ )
  742.         {   text = edtMPTC[i]->Text;  if( !IsValidDecWiFiMacRegValue( text, uidata[i] ) )         {  edtMPTCCheck(edtMPTC[i]);   return false;   }
  743.         }
  745.         // NVA Control
  746.         for( i=0; i<WIFI_NC_NUM; i++ )
  747.         {   text = edtNC[i]->Text;  if( !IsValidDecWiFiMacRegValue( text, uidata[i] ) )         {  edtMPTCCheck(edtNC[i]);   return false;   }
  748.         }
  750.         // Beacon Generation
  751.         for( i=0; i<WIFI_BG_NUM; i++ )
  752.         {   text = edtBG[i]->Text;  if( !IsValidDecWiFiMacRegValue( text, uidata[i] ) )         {  edtMPTCCheck(edtBG[i]);   return false;   }
  753.         }
  754.     }
  755.     else // Hex
  756.     {
  757.         // System Control
  758.         for( i=0; i<WIFI_SC_NUM; i++ )
  759.         {   text = edtSC[i]->Text;  if( !IsValidHexWiFiMacRegValue( text, uidata[i] ) )         {  edtSCCheck(edtSC[i]);   return false;   }
  760.         }
  762.         // Miscellaneous and Debug Port
  763.         for( i=0; i<WIFI_MDP_NUM; i++ )
  764.         {   text = edtMDP[i]->Text;  if( !IsValidHexWiFiMacRegValue( text, uidata[i] ) )         {  edtMDPCheck(edtMDP[i]);   return false;   }
  765.         }
  767.         // Phyical Layer Control Interface
  768.         for( i=0; i<WIFI_PLCI_NUM; i++ )
  769.         {   text = edtPLCI[i]->Text;  if( !IsValidHexWiFiMacRegValue( text, uidata[i] ) )         {  edtPLCICheck(edtPLCI[i]);   return false;   }
  770.         }
  772.         // MAC Protocol Timing Control
  773.         for( i=0; i<WIFI_MPTC_NUM; i++ )
  774.         {   text = edtMPTC[i]->Text;  if( !IsValidHexWiFiMacRegValue( text, uidata[i] ) )         {  edtMPTCCheck(edtMPTC[i]);   return false;   }
  775.         }
  777.         // NVA Control
  778.         for( i=0; i<WIFI_NC_NUM; i++ )
  779.         {   text = edtNC[i]->Text;  if( !IsValidHexWiFiMacRegValue( text, uidata[i] ) )         {  edtMPTCCheck(edtNC[i]);   return false;   }
  780.         }
  782.         // Beacon Generation
  783.         for( i=0; i<WIFI_BG_NUM; i++ )
  784.         {   text = edtBG[i]->Text;  if( !IsValidHexWiFiMacRegValue( text, uidata[i] ) )         {  edtMPTCCheck(edtBG[i]);   return false;   }
  785.         }
  786.     }
  788.     // TX/RX related register
  789.     if( 0 == btnTRXMACMCRData->Tag ) // Dec
  790.     {
  791.         // Security Engine
  792.         for( i=0; i<WIFI_SE_NUM; i++ )
  793.         {   text = edtSE[i]->Text;  if( !IsValidDecWiFiMacRegValue( text, uidata[i] ) )         {  edtSCCheck(edtSE[i]);   return false;   }
  794.         }
  796.         // Transmitter Control
  797.         for( i=0; i<WIFI_TC_NUM; i++ )
  798.         {   text = edtTC[i]->Text;  if( !IsValidDecWiFiMacRegValue( text, uidata[i] ) )         {  edtSCCheck(edtTC[i]);   return false;   }
  799.         }
  801.         // Receiver Control
  802.         for( i=0; i<WIFI_RC_NUM; i++ )
  803.         {   text = edtRC[i]->Text;  if( !IsValidDecWiFiMacRegValue( text, uidata[i] ) )         {  edtSCCheck(edtRC[i]);   return false;   }
  804.         }
  806.         // HIF_HPI
  807.         for( i=0; i<WIFI_HIF_HPI_NUM; i++ )
  808.         {   text = edtHIF[i]->Text;  if( !IsValidDecWiFiMacRegValue( text, uidata[i] ) )         {  edtHIFCheck(edtHIF[i]);   return false;   }
  809.         }
  811.     }
  812.     else
  813.     {
  814.         // Security Engine
  815.         for( i=0; i<WIFI_SE_NUM; i++ )
  816.         {   text = edtSE[i]->Text;  if( !IsValidHexWiFiMacRegValue( text, uidata[i] ) )         {  edtSCCheck(edtSE[i]);   return false;   }
  817.         }
  819.         // Transmitter Control
  820.         for( i=0; i<WIFI_TC_NUM; i++ )
  821.         {   text = edtTC[i]->Text;  if( !IsValidHexWiFiMacRegValue( text, uidata[i] ) )         {  edtSCCheck(edtTC[i]);   return false;   }
  822.         }
  824.         // Receiver Control
  825.         for( i=0; i<WIFI_RC_NUM; i++ )
  826.         {   text = edtRC[i]->Text;  if( !IsValidHexWiFiMacRegValue( text, uidata[i] ) )         {  edtSCCheck(edtRC[i]);   return false;   }
  827.         }
  829.         // HIF_HPI
  830.         for( i=0; i<WIFI_HIF_HPI_NUM; i++ )
  831.         {   text = edtHIF[i]->Text;  if( !IsValidHexWiFiMacRegValue( text, uidata[i] ) )         {  edtHIFCheck(edtHIF[i]);   return false;   }
  832.         }
  833.     }
  834.     return true;
  835. }
  837. //---------------------------------------------------------------------------
  838. void  TfrmWiFiMCR::CurrentPageLock( void )
  839. {
  840. }
  842. //---------------------------------------------------------------------------
  843. void  TfrmWiFiMCR::CurrentPageReset( void )
  844. {
  845. }
  847. //---------------------------------------------------------------------------
  848. void  TfrmWiFiMCR::ShowHintLabel( TControl *sender, char* hint )
  849. {
  850.    TPoint pt0 = this->ClientOrigin;
  851.    TPoint pt1 = sender->ClientOrigin;
  852.    lblHint->Left = (pt1.x-pt0.x);
  853.    lblHint->Top  = (pt1.y-pt0.y)+sender->Height+3;
  854.    lblHint->Caption = hint;
  855.    lblHint->Visible = true;
  856.    HintTimer->Enabled = true;
  857. }
  859. //---------------------------------------------------------------------------
  860. void __fastcall TfrmWiFiMCR::edtSCCheck(TObject *Sender)
  861. {
  862.     AnsiString  text;
  863.     unsigned int  uidata;
  864.     int  band;
  865.     TEdit *edit = (TEdit*)Sender;
  866.     char  hint[] = " character is not valid ";
  868.     text = edit->Text;
  869.     if( 0 == btnSYSMACMCRData->Tag )  // Dec
  870.     {
  871.         if( !IsValidDecWiFiMacRegValue( text, uidata ) )
  872.         {
  873.             ShowHintLabel( edit, hint );
  874.             edit->SetFocus();
  875.             return;
  876.         }
  877.     }
  878.     else  // Hex
  879.     {
  880.         if( !IsValidHexWiFiMacRegValue( text, uidata ) )
  881.         {
  882.             ShowHintLabel( edit, hint );
  883.             edit->SetFocus();
  884.             return;
  885.         }
  886.     }
  887.     m_sMCR_Setting[WIFI_MCR_SC][edit->Tag].value = uidata;
  888. }
  890. //---------------------------------------------------------------------------
  891. void __fastcall TfrmWiFiMCR::edtMDPCheck(TObject *Sender)
  892. {
  893.     AnsiString  text;
  894.     unsigned int  uidata;
  895.     int  band;
  896.     TEdit *edit = (TEdit*)Sender;
  897.     char  hint[] = " character is not valid ";
  899.     text = edit->Text;
  900.     if( 0 == btnSYSMACMCRData->Tag )  // Dec
  901.     {
  902.         if( !IsValidDecWiFiMacRegValue( text, uidata ) )
  903.         {
  904.             ShowHintLabel( edit, hint );
  905.             edit->SetFocus();
  906.             return;
  907.         }
  908.     }
  909.     else  // Hex
  910.     {
  911.         if( !IsValidHexWiFiMacRegValue( text, uidata ) )
  912.         {
  913.             ShowHintLabel( edit, hint );
  914.             edit->SetFocus();
  915.             return;
  916.         }
  917.     }
  918.     m_sMCR_Setting[WIFI_MCR_MDP][edit->Tag].value = uidata;
  919. }
  920. //---------------------------------------------------------------------------
  921. void __fastcall TfrmWiFiMCR::edtPLCICheck(TObject *Sender)
  922. {
  923.     AnsiString  text;
  924.     unsigned int  uidata;
  925.     int  band;
  926.     TEdit *edit = (TEdit*)Sender;
  927.     char  hint[] = " character is not valid ";
  929.     text = edit->Text;
  930.     if( 0 == btnSYSMACMCRData->Tag )  // Dec
  931.     {
  932.         if( !IsValidDecWiFiMacRegValue( text, uidata ) )
  933.         {
  934.             ShowHintLabel( edit, hint );
  935.             edit->SetFocus();
  936.             return;
  937.         }
  938.     }
  939.     else  // Hex
  940.     {
  941.         if( !IsValidHexWiFiMacRegValue( text, uidata ) )
  942.         {
  943.             ShowHintLabel( edit, hint );
  944.             edit->SetFocus();
  945.             return;
  946.         }
  947.     }
  948.     m_sMCR_Setting[WIFI_MCR_PLCI][edit->Tag].value = uidata;
  949. }
  950. //---------------------------------------------------------------------------
  951. void __fastcall TfrmWiFiMCR::edtMPTCCheck(TObject *Sender)
  952. {
  953.     AnsiString  text;
  954.     unsigned int  uidata;
  955.     int  band;
  956.     TEdit *edit = (TEdit*)Sender;
  957.     char  hint[] = " character is not valid ";
  959.     text = edit->Text;
  960.     if( 0 == btnSYSMACMCRData->Tag )  // Dec
  961.     {
  962.         if( !IsValidDecWiFiMacRegValue( text, uidata ) )
  963.         {
  964.             ShowHintLabel( edit, hint );
  965.             edit->SetFocus();
  966.             return;
  967.         }
  968.     }
  969.     else  // Hex
  970.     {
  971.         if( !IsValidHexWiFiMacRegValue( text, uidata ) )
  972.         {
  973.             ShowHintLabel( edit, hint );
  974.             edit->SetFocus();
  975.             return;
  976.         }
  977.     }
  978.     m_sMCR_Setting[WIFI_MCR_MPTC][edit->Tag].value = uidata;
  979. }
  980. //---------------------------------------------------------------------------
  981. void __fastcall TfrmWiFiMCR::edtNCCheck(TObject *Sender)
  982. {
  983.     AnsiString  text;
  984.     unsigned int  uidata;
  985.     int  band;
  986.     TEdit *edit = (TEdit*)Sender;
  987.     char  hint[] = " character is not valid ";
  989.     text = edit->Text;
  990.     if( 0 == btnSYSMACMCRData->Tag )  // Dec
  991.     {
  992.         if( !IsValidDecWiFiMacRegValue( text, uidata ) )
  993.         {
  994.             ShowHintLabel( edit, hint );
  995.             edit->SetFocus();
  996.             return;
  997.         }
  998.     }
  999.     else  // Hex
  1000.     {
  1001.         if( !IsValidHexWiFiMacRegValue( text, uidata ) )
  1002.         {
  1003.             ShowHintLabel( edit, hint );
  1004.             edit->SetFocus();
  1005.             return;
  1006.         }
  1007.     }
  1008.     m_sMCR_Setting[WIFI_MCR_NC][edit->Tag].value = uidata;
  1009. }
  1010. //---------------------------------------------------------------------------
  1011. void __fastcall TfrmWiFiMCR::edtBGCheck(TObject *Sender)
  1012. {
  1013.     AnsiString  text;
  1014.     unsigned int  uidata;
  1015.     int  band;
  1016.     TEdit *edit = (TEdit*)Sender;
  1017.     char  hint[] = " character is not valid ";
  1019.     text = edit->Text;
  1020.     if( 0 == btnSYSMACMCRData->Tag )  // Dec
  1021.     {
  1022.         if( !IsValidDecWiFiMacRegValue( text, uidata ) )
  1023.         {
  1024.             ShowHintLabel( edit, hint );
  1025.             edit->SetFocus();
  1026.             return;
  1027.         }
  1028.     }
  1029.     else  // Hex
  1030.     {
  1031.         if( !IsValidHexWiFiMacRegValue( text, uidata ) )
  1032.         {
  1033.             ShowHintLabel( edit, hint );
  1034.             edit->SetFocus();
  1035.             return;
  1036.         }
  1037.     }
  1038.     m_sMCR_Setting[WIFI_MCR_BG][edit->Tag].value = uidata;
  1039. }
  1040. //---------------------------------------------------------------------------
  1041. void __fastcall TfrmWiFiMCR::edtSECheck(TObject *Sender)
  1042. {
  1043.     AnsiString  text;
  1044.     unsigned int  uidata;
  1045.     int  band;
  1046.     TEdit *edit = (TEdit*)Sender;
  1047.     char  hint[] = " character is not valid ";
  1049.     text = edit->Text;
  1050.     if( 0 == btnTRXMACMCRData->Tag )  // Dec
  1051.     {
  1052.         if( !IsValidDecWiFiMacRegValue( text, uidata ) )
  1053.         {
  1054.             ShowHintLabel( edit, hint );
  1055.             edit->SetFocus();
  1056.             return;
  1057.         }
  1058.     }
  1059.     else  // Hex
  1060.     {
  1061.         if( !IsValidHexWiFiMacRegValue( text, uidata ) )
  1062.         {
  1063.             ShowHintLabel( edit, hint );
  1064.             edit->SetFocus();
  1065.             return;
  1066.         }
  1067.     }
  1068.     m_sMCR_Setting[WIFI_MCR_SE][edit->Tag].value = uidata;
  1069. }
  1070. //---------------------------------------------------------------------------
  1071. void __fastcall TfrmWiFiMCR::edtTCCheck(TObject *Sender)
  1072. {
  1073.     AnsiString  text;
  1074.     unsigned int  uidata;
  1075.     int  band;
  1076.     TEdit *edit = (TEdit*)Sender;
  1077.     char  hint[] = " character is not valid ";
  1079.     text = edit->Text;
  1080.     if( 0 == btnTRXMACMCRData->Tag )  // Dec
  1081.     {
  1082.         if( !IsValidDecWiFiMacRegValue( text, uidata ) )
  1083.         {
  1084.             ShowHintLabel( edit, hint );
  1085.             edit->SetFocus();
  1086.             return;
  1087.         }
  1088.     }
  1089.     else  // Hex
  1090.     {
  1091.         if( !IsValidHexWiFiMacRegValue( text, uidata ) )
  1092.         {
  1093.             ShowHintLabel( edit, hint );
  1094.             edit->SetFocus();
  1095.             return;
  1096.         }
  1097.     }
  1098.     m_sMCR_Setting[WIFI_MCR_TC][edit->Tag].value = uidata;
  1099. }
  1100. //---------------------------------------------------------------------------
  1101. void __fastcall TfrmWiFiMCR::edtRCCheck(TObject *Sender)
  1102. {
  1103.     AnsiString  text;
  1104.     unsigned int  uidata;
  1105.     int  band;
  1106.     TEdit *edit = (TEdit*)Sender;
  1107.     char  hint[] = " character is not valid ";
  1109.     text = edit->Text;
  1110.     if( 0 == btnTRXMACMCRData->Tag )  // Dec
  1111.     {
  1112.         if( !IsValidDecWiFiMacRegValue( text, uidata ) )
  1113.         {
  1114.             ShowHintLabel( edit, hint );
  1115.             edit->SetFocus();
  1116.             return;
  1117.         }
  1118.     }
  1119.     else  // Hex
  1120.     {
  1121.         if( !IsValidHexWiFiMacRegValue( text, uidata ) )
  1122.         {
  1123.             ShowHintLabel( edit, hint );
  1124.             edit->SetFocus();
  1125.             return;
  1126.         }
  1127.     }
  1128.     m_sMCR_Setting[WIFI_MCR_RC][edit->Tag].value = uidata;
  1129. }
  1130. //---------------------------------------------------------------------------
  1131. void __fastcall TfrmWiFiMCR::edtHIFCheck(TObject *Sender)
  1132. {
  1133.     AnsiString  text;
  1134.     int  band;
  1135.     TEdit *edit = (TEdit*)Sender;
  1136.     char  hint[] = " character is not valid ";
  1138.     text = edit->Text;
  1140.     if( WNDRV_HOST_INTERFACE_HPI == m_sWiFiCap.host_interface )
  1141.     {
  1142.         unsigned short  usdata;
  1143.         if( 0 == btnTRXMACMCRData->Tag )  // Dec
  1144.         {
  1145.             if( !IsValidDecWiFiMacReg16Value( text, usdata ) )
  1146.             {
  1147.                 ShowHintLabel( edit, hint );
  1148.                 edit->SetFocus();
  1149.                 return;
  1150.             }
  1151.         }
  1152.         else  // Hex
  1153.         {
  1154.             if( !IsValidHexWiFiMacReg16Value( text, usdata ) )
  1155.             {
  1156.                 ShowHintLabel( edit, hint );
  1157.                 edit->SetFocus();
  1158.                 return;
  1159.             }
  1160.         }
  1161.         m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][edit->Tag].value = usdata;
  1162.     }
  1163.     else
  1164.     {
  1165.         unsigned int  uidata;
  1166.         if( 0 == btnTRXMACMCRData->Tag )  // Dec
  1167.         {
  1168.             if( !IsValidDecWiFiMacRegValue( text, uidata ) )
  1169.             {
  1170.                 ShowHintLabel( edit, hint );
  1171.                 edit->SetFocus();
  1172.                 return;
  1173.             }
  1174.         }
  1175.         else  // Hex
  1176.         {
  1177.             if( !IsValidHexWiFiMacRegValue( text, uidata ) )
  1178.             {
  1179.                 ShowHintLabel( edit, hint );
  1180.                 edit->SetFocus();
  1181.                 return;
  1182.             }
  1183.         }
  1185.         if( WNDRV_HOST_INTERFACE_SDIO == m_sWiFiCap.host_interface )
  1186.         {
  1187.             m_sMCR_Setting[WIFI_MCR_HIF_SDIO][edit->Tag].value = uidata;
  1188.         }
  1189.         else // SPI
  1190.         {
  1191.             m_sMCR_Setting[WIFI_MCR_HIF_SPI][edit->Tag].value = uidata;
  1192.         }
  1193.     }
  1194. }
  1195. //---------------------------------------------------------------------------
  1196. void __fastcall TfrmWiFiMCR::HintTimerTimer(TObject *Sender)
  1197. {
  1198.     HintTimer->Enabled = false;
  1199.     lblHint->Visible = false;    
  1200. }
  1201. //---------------------------------------------------------------------------
  1202. void __fastcall TfrmWiFiMCR::btnSaveToFileClick(TObject *Sender)
  1203. {
  1204.     char str[512];
  1205.     bool ok;
  1207.     ok = CheckFields();
  1208.     if(!ok)
  1209.     {
  1210.         sbWiFiMCR->Panels->Items[0]->Text = (AnsiString) "  Save MAC control register setting to file fail";
  1211.         Application->MessageBox( "Execution Failure : Save MAC control register setting to file", "FAILURE", MB_OK );
  1212.         return;
  1213.     }
  1214.     ok = SaveDialog->Execute();
  1215.     if( !ok )
  1216.     {
  1217.         sbWiFiMCR->Panels->Items[0]->Text = (AnsiString) "  Save MAC control register setting to file fail";
  1218.         Application->MessageBox( "Execution Failure : Save MAC control register setting to file", "FAILURE", MB_OK );
  1219.         return;
  1220.     }
  1223.     strcpy( str, SaveDialog->FileName.c_str() );
  1224.     for(int i=0; i<WIFI_MCR_TYPE_NUM; i++ )
  1225.     {
  1226.         for(int j=0; j<WIFI_MCR_MAX_NUM; j++ )
  1227.         {
  1228.             m_WIFI_MAC_Obj.Set_MCR_Setting( i, j, m_sMCR_Setting[i][j] );
  1229.         }
  1230.     }
  1232.     for(int i=0; i<WIFI_MCR16_TYPE_NUM; i++ )
  1233.     {
  1234.         for(int j=0; j<WIFI_MCR16_MAX_NUM; j++ )
  1235.         {
  1236.             m_WIFI_MAC_Obj.Set_MCR16_Setting( i, j, m_sMCR16_Setting[i][j] );
  1237.         }
  1238.     }
  1240.     ok = m_WIFI_MAC_Obj.REQ_Write_To_File( str, m_sWiFiCap.host_interface );
  1241.     if( !ok )
  1242.     {
  1243.         sbWiFiMCR->Panels->Items[0]->Text = (AnsiString) "  Save MAC control register setting to file fail";
  1244.         Application->MessageBox( "Execution Failure : Save MAC control register setting to file", "FAILURE", MB_OK );
  1245.         return;
  1246.     }
  1248.     sbWiFiMCR->Panels->Items[0]->Text = (AnsiString) "  Save MAC control register setting to file successfully";
  1249. }
  1250. //---------------------------------------------------------------------------
  1252. void __fastcall TfrmWiFiMCR::cbSCHeaderClick(TObject *Sender)
  1253. {
  1254.     for( int i=0; i<WIFI_SC_NUM; i++ )
  1255.     {
  1256.         cbSC[i]->Checked = cbSCHeader->Checked;
  1257.         m_sMCR_Setting[WIFI_MCR_SC][i].checked = cbSCHeader->Checked;
  1258.     }
  1259. }
  1260. //---------------------------------------------------------------------------
  1262. void __fastcall TfrmWiFiMCR::cbMDPHeaderClick(TObject *Sender)
  1263. {
  1264.     for( int i=0; i<WIFI_MDP_NUM; i++ )
  1265.     {
  1266.         cbMDP[i]->Checked = cbMDPHeader->Checked;
  1267.         m_sMCR_Setting[WIFI_MCR_MDP][i].checked = cbMDPHeader->Checked;
  1268.     }
  1269. }
  1270. //---------------------------------------------------------------------------
  1272. void __fastcall TfrmWiFiMCR::cbPLCIHeaderClick(TObject *Sender)
  1273. {
  1274.     for( int i=0; i<WIFI_PLCI_NUM; i++ )
  1275.     {
  1276.         cbPLCI[i]->Checked = cbPLCIHeader->Checked;
  1277.         m_sMCR_Setting[WIFI_MCR_PLCI][i].checked = cbPLCIHeader->Checked;
  1278.     }
  1279. }
  1280. //---------------------------------------------------------------------------
  1282. void __fastcall TfrmWiFiMCR::cbMPTCHeaderClick(TObject *Sender)
  1283. {
  1284.     for( int i=0; i<WIFI_MPTC_NUM; i++ )
  1285.     {
  1286.         cbMPTC[i]->Checked = cbMPTCHeader->Checked;
  1287.         m_sMCR_Setting[WIFI_MCR_MPTC][i].checked = cbMPTCHeader->Checked;
  1288.     }
  1289. }
  1290. //---------------------------------------------------------------------------
  1292. void __fastcall TfrmWiFiMCR::cbNCHeaderClick(TObject *Sender)
  1293. {
  1294.     for( int i=0; i<WIFI_NC_NUM; i++ )
  1295.     {
  1296.         cbNC[i]->Checked = cbNCHeader->Checked;
  1297.         m_sMCR_Setting[WIFI_MCR_NC][i].checked = cbNCHeader->Checked;
  1298.     }
  1299. }
  1300. //---------------------------------------------------------------------------
  1302. void __fastcall TfrmWiFiMCR::cbBGHeaderClick(TObject *Sender)
  1303. {
  1304.     for( int i=0; i<WIFI_BG_NUM; i++ )
  1305.     {
  1306.         cbBG[i]->Checked = cbBGHeader->Checked;
  1307.         m_sMCR_Setting[WIFI_MCR_BG][i].checked = cbBGHeader->Checked;
  1308.     }
  1309. }
  1310. //---------------------------------------------------------------------------
  1312. void __fastcall TfrmWiFiMCR::cbSEHeaderClick(TObject *Sender)
  1313. {
  1314.     for( int i=0; i<WIFI_SE_NUM; i++ )
  1315.     {
  1316.         cbSE[i]->Checked = cbSEHeader->Checked;
  1317.         m_sMCR_Setting[WIFI_MCR_SE][i].checked = cbSEHeader->Checked;
  1318.     }
  1319. }
  1320. //---------------------------------------------------------------------------
  1322. void __fastcall TfrmWiFiMCR::cbTCHeaderClick(TObject *Sender)
  1323. {
  1324.     for( int i=0; i<WIFI_TC_NUM; i++ )
  1325.     {
  1326.         cbTC[i]->Checked = cbTCHeader->Checked;
  1327.         m_sMCR_Setting[WIFI_MCR_TC][i].checked = cbTCHeader->Checked;
  1328.     }
  1329. }
  1330. //---------------------------------------------------------------------------
  1332. void __fastcall TfrmWiFiMCR::cbRCHeaderClick(TObject *Sender)
  1333. {
  1334.     for( int i=0; i<WIFI_RC_NUM; i++ )
  1335.     {
  1336.         cbRC[i]->Checked = cbRCHeader->Checked;
  1337.         m_sMCR_Setting[WIFI_MCR_RC][i].checked = cbRCHeader->Checked;
  1338.     }
  1339. }
  1340. //---------------------------------------------------------------------------
  1342. void __fastcall TfrmWiFiMCR::cbHIFHeaderClick(TObject *Sender)
  1343. {
  1344.     for( int i=0; i<WIFI_HIF_HPI_NUM; i++ )
  1345.     {
  1346.         cbHIF[i]->Checked = cbHIFHeader->Checked;
  1347.         m_sMCR_Setting[WIFI_MCR16_HIF_HPI][i].checked = cbHIFHeader->Checked;
  1348.     }
  1349. }
  1350. //---------------------------------------------------------------------------
  1352. void __fastcall TfrmWiFiMCR::btnSYSMACMCRDataClick(TObject *Sender)
  1353. {
  1354.     if( 0 == btnSYSMACMCRData->Tag )  // Dec-->Hex
  1355.     {    btnSYSMACMCRData->Tag = 1;
  1356.     }
  1357.     else  //Hex-->Dec
  1358.     {    btnSYSMACMCRData->Tag = 0;
  1359.     }
  1360.     ReDrawFields( DRAW_MCR_COMMON | DRAW_MCR_HIF );
  1361. }
  1362. //---------------------------------------------------------------------------
  1364. void __fastcall TfrmWiFiMCR::btnTRXMACMCRDataClick(TObject *Sender)
  1365. {
  1366.     if( 0 == btnTRXMACMCRData->Tag )  // Dec-->Hex
  1367.     {    btnTRXMACMCRData->Tag = 1;
  1368.     }
  1369.     else  //Hex-->Dec
  1370.     {    btnTRXMACMCRData->Tag = 0;
  1371.     }
  1372.     ReDrawFields( DRAW_MCR_COMMON | DRAW_MCR_HIF );
  1373. }
  1375. //---------------------------------------------------------------------------
  1376. void __fastcall TfrmWiFiMCR::btnLoadFromFileClick(TObject *Sender)
  1377. {
  1378.     char str[512];
  1379.     bool ok;
  1381.     ok = OpenDialog->Execute();
  1382.     if( !ok )
  1383.     {
  1384.         sbWiFiMCR->Panels->Items[0]->Text = (AnsiString) "  Load MAC control register setting from file fail";
  1385.         Application->MessageBox( "Execution Failure : Load MAC control register setting from file", "FAILURE", MB_OK );
  1386.         return;
  1387.     }
  1388.     strcpy( str, OpenDialog->FileName.c_str() );
  1390.     ok = m_WIFI_MAC_Obj.REQ_Read_From_File( str, m_sWiFiCap.host_interface );
  1392.     if( !ok )
  1393.     {
  1394.         sbWiFiMCR->Panels->Items[0]->Text = (AnsiString) "  Load MAC control register setting from file fail";
  1395.         Application->MessageBox( "Execution Failure : Load MAC control register setting from file", "FAILURE", MB_OK );
  1396.         return;
  1397.     }
  1399.     for(int i=0; i<WIFI_MCR_TYPE_NUM; i++ )
  1400.     {
  1401.         for(int j=0; j<WIFI_MCR_MAX_NUM; j++ )
  1402.         {
  1403.             m_sMCR_Setting[i][j].value = m_WIFI_MAC_Obj.Get_MCR_Setting_Value( i, j );
  1404.         }
  1405.     }
  1407.     if( WNDRV_HOST_INTERFACE_HPI == m_sWiFiCap.host_interface )
  1408.     {
  1409.         for(int i=0; i<WIFI_MCR16_TYPE_NUM; i++ )
  1410.         {
  1411.             for(int j=0; j<WIFI_MCR16_MAX_NUM; j++ )
  1412.             {
  1413.                 m_sMCR16_Setting[i][j].value = m_WIFI_MAC_Obj.Get_MCR16_Setting_Value( i, j );
  1414.             }
  1415.         }
  1416.     }
  1417.     
  1418.     ReDrawFields( DRAW_MCR_COMMON | DRAW_MCR_HIF );
  1419.     sbWiFiMCR->Panels->Items[0]->Text = (AnsiString) "  Load MAC control register setting from file successfully";
  1421. }
  1423. //---------------------------------------------------------------------------
  1424. void __fastcall TfrmWiFiMCR::btnWriteToRegisterClick(TObject *Sender)
  1425. {
  1426.     if( ! CheckFields() )
  1427.     {
  1428.         sbWiFiMCR->Panels->Items[0]->Text = (AnsiString) "  Write MAC register fail";
  1429.         Application->MessageBox( "Execution Failure : Write MAC register", "FAILURE", MB_OK );
  1430.         return;
  1431.     }
  1433.     Compose_MCR_Parameter();
  1434.     Compose_MCR_Data();
  1435.     CurrentPageLock();
  1436.     m_WIFI_MAC_Obj.ConfirmCallback  = ::ConfirmCallback_WriteReg;
  1437.     m_WIFI_MAC_Obj.REQ_Write_MCR_Setting_To_Reg_Start( m_sMCR );
  1438.     sbWiFiMCR->Panels->Items[0]->Text = (AnsiString)"  Write MAC register progressing";
  1439. }
  1441. //---------------------------------------------------------------------------
  1442. void TfrmWiFiMCR::ConfirmCallback_WriteReg( void )
  1443. {
  1444.     int state = m_WIFI_MAC_Obj.Get_ConfirmState();
  1446.     switch( state )
  1447.     {
  1448.         case STATE_MAC_OK:
  1449.         {
  1450.             m_iCount = 0;
  1451.             switch( m_sWiFiCap.host_interface )
  1452.             {
  1453.                 case WNDRV_HOST_INTERFACE_SDIO:
  1454.                 {
  1455.                     Compose_SDIO_Parameter( WIFI_HIF_SDIO_SPECIFIC );
  1456.                     Compose_SDIO_Data( WIFI_HIF_SDIO_SPECIFIC );
  1457.                     m_WIFI_MAC_Obj.ConfirmCallback  = ::ConfirmCallback_WriteHIF;
  1458.                     m_WIFI_MAC_Obj.REQ_Write_MCR_Setting_To_Reg_Start( m_sMCR );
  1459.                 }
  1460.                 break;
  1462.         case WNDRV_HOST_INTERFACE_HPI:
  1463.                 {
  1464.                     Compose_HPI_Parameter( WIFI_HIF_HPI_SPECIFIC );
  1465.                     Compose_HPI_Data( WIFI_HIF_HPI_SPECIFIC );
  1466.                     m_WIFI_MAC_Obj.ConfirmCallback  = ::ConfirmCallback_WriteHIF;
  1467.                     m_WIFI_MAC_Obj.REQ_Write_MCR16_Setting_To_Reg_Start( m_sMCR16 );
  1468.                 }
  1469.                 break;
  1471.         case WNDRV_HOST_INTERFACE_SPI:
  1472.                 {
  1473.                     Compose_SPI_Parameter( WIFI_HIF_SPI_SPECIFIC );
  1474.                     Compose_SPI_Data( WIFI_HIF_SPI_SPECIFIC );
  1475.                     m_WIFI_MAC_Obj.ConfirmCallback  = ::ConfirmCallback_WriteHIF;
  1476.                     m_WIFI_MAC_Obj.REQ_Write_MCR_Setting_To_Reg_Start( m_sMCR );
  1477.                 }
  1478.                 break;
  1480.                 default:
  1481.                     sbWiFiMCR->Panels->Items[0]->Text = (AnsiString)"  Write MAC register successfully";
  1482.                 break;
  1483.             }
  1485.         }
  1486.         break;
  1488.         case STATE_MAC_FAIL:
  1489.         {
  1490.             sbWiFiMCR->Panels->Items[0]->Text = (AnsiString)"  Write MAC register fail";
  1491.             Application->MessageBox( "Execution Timeout : Write MAC register", "FAIL", MB_OK );
  1492.             CurrentPageReset();
  1493.         }
  1494.         break;
  1496.         case STATE_MAC_TIMEOUT:
  1497.         {
  1498.             sbWiFiMCR->Panels->Items[0]->Text = (AnsiString)"  Write MAC register timeout";
  1499.             Application->MessageBox( "Execution Timeout : Write MAC register", "TIMEOUT", MB_OK );
  1500.             CurrentPageReset();
  1501.         }
  1502.         break;
  1504.         case STATE_MAC_STOP:
  1505.         {
  1506.             sbWiFiMCR->Panels->Items[0]->Text = (AnsiString)"  Write MAC register stop";
  1507.             CurrentPageReset();
  1508.         }
  1509.         break;
  1510.     }
  1512. }
  1515. //---------------------------------------------------------------------------
  1516. void TfrmWiFiMCR::ConfirmCallback_WriteHIF( void )
  1517. {
  1518.     int state = m_WIFI_MAC_Obj.Get_ConfirmState();
  1520.     switch( state )
  1521.     {
  1522.         case STATE_MAC_OK:
  1523.         {
  1524.             m_iCount++;
  1526.             switch( m_sWiFiCap.host_interface )
  1527.             {
  1528.                 case WNDRV_HOST_INTERFACE_SDIO:
  1529.                 {
  1530.                     if( WIFI_HIF_SDIO_PORT4 >= m_iCount )
  1531.                     {
  1532.                         Compose_SDIO_Parameter( (E_WIFI_HIF_SDIO) m_iCount );
  1533.                         Compose_SDIO_Data( (E_WIFI_HIF_SDIO) m_iCount );
  1534.                         m_WIFI_MAC_Obj.ConfirmCallback  = ::ConfirmCallback_WriteHIF;
  1535.                         m_WIFI_MAC_Obj.REQ_Write_MCR_Setting_To_Reg_Start( m_sMCR );
  1536.                     }
  1537.                     else
  1538.                     {
  1539.                         sbWiFiMCR->Panels->Items[0]->Text = (AnsiString)"  Write MAC register successfully";
  1540.                     }
  1541.                 }
  1542.                 break;
  1544.                 case WNDRV_HOST_INTERFACE_HPI:
  1545.                 {
  1546.                     if( WIFI_HIF_HPI_PORT == m_iCount )
  1547.                     {
  1548.                         Compose_HPI_Parameter( WIFI_HIF_HPI_PORT );
  1549.                         Compose_HPI_Data( WIFI_HIF_HPI_PORT );
  1550.                         m_WIFI_MAC_Obj.ConfirmCallback  = ::ConfirmCallback_WriteHIF;
  1551.                         m_WIFI_MAC_Obj.REQ_Write_MCR16_Setting_To_Reg_Start( m_sMCR16 );
  1552.                      }
  1553.                      else
  1554.                      {
  1555.                          sbWiFiMCR->Panels->Items[0]->Text = (AnsiString)"  Write MAC register successfully";
  1556.                          CurrentPageReset();
  1557.                      }
  1558.                 }
  1559.                 break;
  1561.                 case WNDRV_HOST_INTERFACE_SPI:
  1562.                 {
  1563.                     if( WIFI_HIF_SPI_PORT3 >= m_iCount )
  1564.                     {
  1565.                         Compose_SPI_Parameter( (E_WIFI_HIF_SPI) m_iCount );
  1566.                         Compose_SPI_Data( (E_WIFI_HIF_SPI) m_iCount );
  1567.                         m_WIFI_MAC_Obj.ConfirmCallback  = ::ConfirmCallback_WriteHIF;
  1568.                         m_WIFI_MAC_Obj.REQ_Write_MCR_Setting_To_Reg_Start( m_sMCR );
  1569.                     }
  1570.                     else
  1571.                     {
  1572.                         sbWiFiMCR->Panels->Items[0]->Text = (AnsiString)"  Write MAC register successfully";
  1573.                     }
  1574.                 }
  1575.                 break;
  1576.             }
  1577.         }
  1578.         break;
  1580.         case STATE_MAC_FAIL:
  1581.         {
  1582.             sbWiFiMCR->Panels->Items[0]->Text = (AnsiString)"  Write MAC register fail";
  1583.             Application->MessageBox( "Execution Timeout : Write MAC register", "FAIL", MB_OK );
  1584.             CurrentPageReset();
  1585.         }
  1586.         break;
  1588.         case STATE_MAC_TIMEOUT:
  1589.         {
  1590.             sbWiFiMCR->Panels->Items[0]->Text = (AnsiString)"  Write MAC register timeout";
  1591.             Application->MessageBox( "Execution Timeout : Write MAC register", "TIMEOUT", MB_OK );
  1592.             CurrentPageReset();
  1593.         }
  1594.         break;
  1596.         case STATE_MAC_STOP:
  1597.         {
  1598.             sbWiFiMCR->Panels->Items[0]->Text = (AnsiString)"  Write MAC register stop";
  1599.             CurrentPageReset();
  1600.         }
  1601.         break;
  1602.     }
  1604. }
  1607. //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
  1608. void __fastcall TfrmWiFiMCR::btnReadFromRegisterClick(TObject *Sender)
  1609. {
  1610.     CurrentPageLock();
  1611.     Compose_MCR_Parameter();
  1612.     Compose_MCR_Data();
  1613.     m_WIFI_MAC_Obj.ConfirmCallback  = ::ConfirmCallback_ReadReg;
  1614.     m_WIFI_MAC_Obj.REQ_Read_MCR_Setting_From_Reg_Start( m_sMCR );
  1615.     sbWiFiMCR->Panels->Items[0]->Text = (AnsiString)"  Read MAC register successfully";
  1616. }
  1618. //---------------------------------------------------------------------------
  1619. void TfrmWiFiMCR::ConfirmCallback_ReadReg( void )
  1620. {
  1621.     int state = m_WIFI_MAC_Obj.Get_ConfirmState();
  1623.     switch( state )
  1624.     {
  1625.         case STATE_MAC_OK:
  1626.         {
  1627.             m_sMCR = m_WIFI_MAC_Obj.Get_MCR();
  1628.             DeCompose_MCR_Data();
  1629.             ReDrawFields( DRAW_MCR_COMMON );
  1631.             switch( m_sWiFiCap.host_interface )
  1632.             {
  1633.                 case WNDRV_HOST_INTERFACE_SDIO:
  1634.                 {
  1635.                     Compose_SDIO_Parameter( WIFI_HIF_SDIO_SPECIFIC );
  1636.                     m_WIFI_MAC_Obj.ConfirmCallback  = ::ConfirmCallback_ReadHIF;
  1637.                     m_WIFI_MAC_Obj.REQ_Read_MCR_Setting_From_Reg_Start( m_sMCR );
  1638.                 }
  1639.                 break;
  1641.         case WNDRV_HOST_INTERFACE_HPI:
  1642.                 {
  1643.                     Compose_HPI_Parameter( WIFI_HIF_HPI_SPECIFIC );
  1644.                     m_WIFI_MAC_Obj.ConfirmCallback  = ::ConfirmCallback_ReadHIF;
  1645.                     m_WIFI_MAC_Obj.REQ_Read_MCR16_Setting_From_Reg_Start( m_sMCR16 );
  1646.                 }
  1647.                 break;
  1649.         case WNDRV_HOST_INTERFACE_SPI:
  1650.                 {
  1651.                     Compose_SPI_Parameter( WIFI_HIF_SPI_SPECIFIC );
  1652.                     m_WIFI_MAC_Obj.ConfirmCallback  = ::ConfirmCallback_ReadHIF;
  1653.                     m_WIFI_MAC_Obj.REQ_Read_MCR_Setting_From_Reg_Start( m_sMCR );
  1654.                 }
  1655.                 break;
  1657.                 default:
  1658.                     sbWiFiMCR->Panels->Items[0]->Text = (AnsiString)"  Read MAC register successfully";
  1659.                 break;
  1660.             }
  1662.         }
  1663.         break;
  1665.         case STATE_MAC_FAIL:
  1666.         {
  1667.             sbWiFiMCR->Panels->Items[0]->Text = (AnsiString)"  Read MAC register fail";
  1668.             Application->MessageBox( "Execution Timeout : Read MAC register", "FAIL", MB_OK );
  1669.         }
  1670.         break;
  1672.         case STATE_MAC_TIMEOUT:
  1673.         {
  1674.             sbWiFiMCR->Panels->Items[0]->Text = (AnsiString)"  Read MAC register timeout";
  1675.             Application->MessageBox( "Execution Timeout : Read MAC register", "TIMEOUT", MB_OK );
  1676.         }
  1677.         break;
  1679.         case STATE_MAC_STOP:
  1680.             sbWiFiMCR->Panels->Items[0]->Text = (AnsiString)"  Read MAC register stop";
  1681.         break;
  1682.     }
  1683.     CurrentPageReset();
  1684. }
  1686. //---------------------------------------------------------------------------
  1687. void TfrmWiFiMCR::ConfirmCallback_ReadHIF( void )
  1688. {
  1689.     int state = m_WIFI_MAC_Obj.Get_ConfirmState();
  1691.     switch( state )
  1692.     {
  1693.         case STATE_MAC_OK:
  1694.         {
  1695.             m_iCount++;
  1697.             switch( m_sWiFiCap.host_interface )
  1698.             {
  1699.                 case WNDRV_HOST_INTERFACE_SDIO:
  1700.                 {
  1701.                     if( WIFI_HIF_SDIO_PORT4 >= m_iCount )
  1702.                     {
  1703.                         Compose_SDIO_Parameter( (E_WIFI_HIF_SDIO) m_iCount );
  1704.                         m_WIFI_MAC_Obj.ConfirmCallback  = ::ConfirmCallback_WriteHIF;
  1705.                         m_WIFI_MAC_Obj.REQ_Write_MCR_Setting_To_Reg_Start( m_sMCR );
  1706.                     }
  1707.                     else
  1708.                     {
  1709.                         ReDrawFields( DRAW_MCR_HIF );
  1710.                         sbWiFiMCR->Panels->Items[0]->Text = (AnsiString)"  Read MAC register successfully";
  1711.                         CurrentPageReset();
  1712.                     }
  1713.                 }
  1714.                 break;
  1716.                 case WNDRV_HOST_INTERFACE_HPI:
  1717.                 {
  1718.                     if( WIFI_HIF_HPI_PORT == m_iCount )
  1719.                     {
  1720.                         Compose_HPI_Parameter( WIFI_HIF_HPI_PORT );
  1721.                         Compose_HPI_Data( WIFI_HIF_HPI_PORT );
  1722.                         m_WIFI_MAC_Obj.ConfirmCallback  = ::ConfirmCallback_WriteHIF;
  1723.                         m_WIFI_MAC_Obj.REQ_Write_MCR16_Setting_To_Reg_Start( m_sMCR16 );
  1724.                      }
  1725.                      else
  1726.                      {
  1727.                          ReDrawFields( DRAW_MCR_HIF );
  1728.                          sbWiFiMCR->Panels->Items[0]->Text = (AnsiString)"  Read MAC register successfully";
  1729.                          CurrentPageReset();
  1730.                      }
  1731.                 }
  1732.                 break;
  1734.                 case WNDRV_HOST_INTERFACE_SPI:
  1735.                 {
  1736.                     if( WIFI_HIF_SPI_PORT3 >= m_iCount )
  1737.                     {
  1738.                         Compose_SPI_Parameter( (E_WIFI_HIF_SPI) m_iCount );
  1739.                         Compose_SPI_Data( (E_WIFI_HIF_SPI) m_iCount );
  1740.                         m_WIFI_MAC_Obj.ConfirmCallback  = ::ConfirmCallback_WriteHIF;
  1741.                         m_WIFI_MAC_Obj.REQ_Write_MCR_Setting_To_Reg_Start( m_sMCR );
  1742.                     }
  1743.                     else
  1744.                     {
  1745.                         ReDrawFields( DRAW_MCR_HIF );
  1746.                         sbWiFiMCR->Panels->Items[0]->Text = (AnsiString)"  Read MAC register successfully";
  1747.                         CurrentPageReset();
  1748.                     }
  1749.                 }
  1750.                 break;
  1751.             }
  1752.         }
  1753.         break;
  1755.         case STATE_MAC_FAIL:
  1756.         {
  1757.             sbWiFiMCR->Panels->Items[0]->Text = (AnsiString)"  Read MAC register fail";
  1758.             Application->MessageBox( "Execution Timeout : Read MAC register", "FAIL", MB_OK );
  1759.             CurrentPageReset();
  1760.         }
  1761.         break;
  1763.         case STATE_MAC_TIMEOUT:
  1764.         {
  1765.             sbWiFiMCR->Panels->Items[0]->Text = (AnsiString)"  Read MAC register timeout";
  1766.             Application->MessageBox( "Execution Timeout : Read MAC register", "TIMEOUT", MB_OK );
  1767.             CurrentPageReset();
  1768.         }
  1769.         break;
  1771.         case STATE_MAC_STOP:
  1772.         {
  1773.             sbWiFiMCR->Panels->Items[0]->Text = (AnsiString)"  Read MAC register stop";
  1774.             CurrentPageReset();
  1775.         }
  1776.         break;
  1777.     }
  1779. }
  1781. //----------------------------------------------------------------------------
  1782. void __fastcall TfrmWiFiMCR::FormShow(TObject *Sender)
  1783. {
  1784.     if( m_bInit )
  1785.     {
  1786.         m_bInit = false;
  1787.         m_sWiFiCap = frmMainSel->Get_FinalWiFiCap();
  1788.         DisplayHIF();
  1789.     }
  1791. }
  1793. //---------------------------------------------------------------------------
  1794. void TfrmWiFiMCR::DisplayHIF( void )
  1795. {
  1796.     int i;
  1797.     switch( m_sWiFiCap.host_interface )
  1798.     {
  1799.         case WNDRV_HOST_INTERFACE_SDIO:
  1800.         {
  1801.             pnlHIFHeader->Caption = "HIF_SDIO";
  1802.             for( i=0; i<WIFI_HIF_SDIO_NUM; i++ )
  1803.             {
  1804.                 cbHIF[i]->Visible = true;
  1805.                 lblHIF[i]->Visible = true;
  1806.                 edtHIF[i]->Visible = true;
  1807.             }
  1808.             for( i; i<WIFI_HIF_MAX_NUM; i++ )
  1809.             {
  1810.                 cbHIF[i]->Visible = false;
  1811.                 lblHIF[i]->Visible = false;
  1812.                 edtHIF[i]->Visible = false;
  1813.             }
  1815.             lblHIF[0]->Caption = "SSTS";
  1816.             lblHIF[1]->Caption = "PSCTL";
  1817.             lblHIF[2]->Caption = "SDRDR";
  1818.             lblHIF[3]->Caption = "TX_DATA_PORT";
  1819.             lblHIF[4]->Caption = "TX_STATUS_PORT";
  1820.             lblHIF[5]->Caption = "RX_STATUS_PORT";
  1821.             lblHIF[6]->Caption = "RX_DATA_PORT";
  1823.             m_sMCR_Setting[WIFI_MCR_HIF_SDIO][0].name = "SSTS";
  1824.             m_sMCR_Setting[WIFI_MCR_HIF_SDIO][1].name = "PSCTL";
  1825.             m_sMCR_Setting[WIFI_MCR_HIF_SDIO][2].name = "SDRDR";
  1826.             m_sMCR_Setting[WIFI_MCR_HIF_SDIO][3].name = "TX_DATA_PORT";
  1827.             m_sMCR_Setting[WIFI_MCR_HIF_SDIO][4].name = "TX_STATUS_PORT";
  1828.             m_sMCR_Setting[WIFI_MCR_HIF_SDIO][5].name = "RX_STATUS_PORT";
  1829.             m_sMCR_Setting[WIFI_MCR_HIF_SDIO][6].name = "RX_DATA_PORT";
  1830.             m_sMCR_Setting[WIFI_MCR_HIF_SDIO][7].name = "";
  1832.             for( i=0; i<WIFI_HIF_SDIO_NUM; i++ )
  1833.             {
  1834.                 lblHIF[i]->Font->Color = clBlack;
  1835.                 lblHIF[i]->Font->Style = TFontStyles();
  1836.                 edtHIF[i]->ReadOnly = false;
  1837.                 m_sMCR_Setting[WIFI_MCR_HIF_SDIO][i].RO = false;
  1838.                 m_sMCR_Setting[WIFI_MCR_HIF_SDIO][i].RC = false;
  1839.             }
  1841.             m_sMCR_Setting[WIFI_MCR_HIF_SDIO][0].addr = 0x010C;
  1842.             m_sMCR_Setting[WIFI_MCR_HIF_SDIO][1].addr = 0x012C;
  1843.             m_sMCR_Setting[WIFI_MCR_HIF_SDIO][2].addr = 0x0110;
  1844.             m_sMCR_Setting[WIFI_MCR_HIF_SDIO][3].addr = 0x3000;
  1845.             m_sMCR_Setting[WIFI_MCR_HIF_SDIO][4].addr = 0x4000;
  1846.             m_sMCR_Setting[WIFI_MCR_HIF_SDIO][5].addr = 0x5000;
  1847.             m_sMCR_Setting[WIFI_MCR_HIF_SDIO][6].addr = 0x6000;
  1848.         }
  1849.         break;
  1851.         case WNDRV_HOST_INTERFACE_HPI:
  1852.         {
  1853.             pnlHIFHeader->Caption = "HIF_HPI";
  1854.             for( i=0; i<WIFI_HIF_HPI_NUM; i++ )
  1855.             {
  1856.                 cbHIF[i]->Visible = true;
  1857.                 lblHIF[i]->Visible = true;
  1858.                 edtHIF[i]->Visible = true;
  1859.             }
  1861.             lblHIF[0]->Caption = "HPI_CHIPID";
  1862.             lblHIF[1]->Caption = "HPI_MAC_STS";
  1863.             lblHIF[2]->Caption = "HPI_CTRL";
  1864.             lblHIF[3]->Caption = "HPI_POWER_CTRL";
  1865.             lblHIF[4]->Caption = "TX_DATA_PORT";
  1866.             lblHIF[5]->Caption = "TX_STATUS_PORT";
  1867.             lblHIF[6]->Caption = "RX_STATUS_PORT";
  1868.             lblHIF[7]->Caption = "RX_DATA_PORT";
  1870.             m_sMCR_Setting[WIFI_MCR16_HIF_HPI][0].name = "HPI_CHIPID";
  1871.             m_sMCR_Setting[WIFI_MCR16_HIF_HPI][1].name = "HPI_MAC_STS";
  1872.             m_sMCR_Setting[WIFI_MCR16_HIF_HPI][2].name = "HPI_CTRL";
  1873.             m_sMCR_Setting[WIFI_MCR16_HIF_HPI][3].name = "HPI_POWER_CTRL";
  1874.             m_sMCR_Setting[WIFI_MCR16_HIF_HPI][4].name = "TX_DATA_PORT";
  1875.             m_sMCR_Setting[WIFI_MCR16_HIF_HPI][5].name = "TX_STATUS_PORT";
  1876.             m_sMCR_Setting[WIFI_MCR16_HIF_HPI][6].name = "RX_STATUS_PORT";
  1877.             m_sMCR_Setting[WIFI_MCR16_HIF_HPI][7].name = "RX_DATA_PORT";
  1878.             // font style
  1879.             for( i=0; i<WIFI_HIF_HPI_NUM; i++ )
  1880.             {
  1881.                 lblHIF[i]->Font->Style = TFontStyles() << fsUnderline;
  1882.             }
  1883.             // font color
  1884.             lblHIF[0]->Font->Color = clMaroon;
  1885.             for( i=1; i<4; i++ )
  1886.             {   lblHIF[i]->Font->Color = clWindowText;
  1887.             }
  1888.             for( i=4; i<WIFI_HIF_HPI_NUM; i++ )
  1889.             {   lblHIF[i]->Font->Color = clGreen;
  1890.             }
  1891.             // read only
  1892.             edtHIF[0]->ReadOnly = true;
  1893.             m_sMCR_Setting[WIFI_MCR16_HIF_HPI][0].RO = true;
  1894.             for( i=1; i<WIFI_HIF_HPI_NUM; i++ )
  1895.             {
  1896.                 edtHIF[i]->ReadOnly = false;
  1897.                 m_sMCR_Setting[WIFI_MCR16_HIF_HPI][i].RO = false;
  1898.             }
  1900.             // read/clear
  1901.             for( i=0; i<4; i++ )
  1902.             {   m_sMCR_Setting[WIFI_MCR16_HIF_HPI][i].RC = false;
  1903.             }
  1904.             for( i=4; i<WIFI_HIF_HPI_NUM; i++ )
  1905.             {   m_sMCR_Setting[WIFI_MCR16_HIF_HPI][i].RC = true;
  1906.             }
  1908.             m_sMCR_Setting[WIFI_MCR16_HIF_HPI][0].addr = 0x0780;
  1909.             m_sMCR_Setting[WIFI_MCR16_HIF_HPI][1].addr = 0x078C;
  1910.             m_sMCR_Setting[WIFI_MCR16_HIF_HPI][2].addr = 0x07FC;
  1911.             m_sMCR_Setting[WIFI_MCR16_HIF_HPI][3].addr = 0x07FE;
  1912.             m_sMCR_Setting[WIFI_MCR16_HIF_HPI][4].addr = 0x0600;
  1913.             m_sMCR_Setting[WIFI_MCR16_HIF_HPI][5].addr = 0x0640;
  1914.             m_sMCR_Setting[WIFI_MCR16_HIF_HPI][6].addr = 0x0680;
  1915.             m_sMCR_Setting[WIFI_MCR16_HIF_HPI][7].addr = 0x06c0;
  1916.         }
  1917.         break;
  1919.         case WNDRV_HOST_INTERFACE_SPI:
  1920.         {
  1921.             pnlHIFHeader->Caption = "HIF_SPI";
  1922.             for( i=0; i<WIFI_HIF_SPI_NUM; i++ )
  1923.             {
  1924.                 cbHIF[i]->Visible = true;
  1925.                 lblHIF[i]->Visible = true;
  1926.                 edtHIF[i]->Visible = true;
  1927.             }
  1929.             for( i; i<WIFI_HIF_MAX_NUM; i++ )
  1930.             {
  1931.                 cbHIF[i]->Visible = false;
  1932.                 lblHIF[i]->Visible = false;
  1933.                 edtHIF[i]->Visible = false;
  1934.             }
  1936.             lblHIF[0]->Caption = "SSTS";
  1937.             lblHIF[1]->Caption = "PSCTL";
  1938.             lblHIF[2]->Caption = "TX_DATA_PORT";
  1939.             lblHIF[3]->Caption = "TX_STATUS_PORT";
  1940.             lblHIF[4]->Caption = "RX_STATUS_PORT";
  1941.             lblHIF[5]->Caption = "RX_DATA_PORT";
  1944.             m_sMCR_Setting[WIFI_MCR_HIF_SPI][0].name = "SSTS";
  1945.             m_sMCR_Setting[WIFI_MCR_HIF_SPI][1].name = "PSCTL";
  1946.             m_sMCR_Setting[WIFI_MCR_HIF_SPI][2].name = "TX_DATA_PORT";
  1947.             m_sMCR_Setting[WIFI_MCR_HIF_SPI][3].name = "TX_STATUS_PORT";
  1948.             m_sMCR_Setting[WIFI_MCR_HIF_SPI][4].name = "RX_STATUS_PORT";
  1949.             m_sMCR_Setting[WIFI_MCR_HIF_SPI][5].name = "RX_DATA_PORT";
  1950.             m_sMCR_Setting[WIFI_MCR_HIF_SPI][6].name = "";
  1951.             m_sMCR_Setting[WIFI_MCR_HIF_SPI][7].name = "";
  1954.             for( i=0; i<WIFI_HIF_SPI_NUM; i++ )
  1955.             {
  1956.                 lblHIF[i]->Font->Color = clBlack;
  1957.                 lblHIF[i]->Font->Style = TFontStyles();
  1958.                 edtHIF[i]->ReadOnly = false;
  1959.                 m_sMCR_Setting[WIFI_MCR_HIF_SPI][i].RO = false;
  1960.                 m_sMCR_Setting[WIFI_MCR_HIF_SPI][i].RC = false;
  1961.             }
  1963.             m_sMCR_Setting[WIFI_MCR_HIF_SPI][0].addr = 0x010C;
  1964.             m_sMCR_Setting[WIFI_MCR_HIF_SPI][1].addr = 0x012C;
  1965.             m_sMCR_Setting[WIFI_MCR_HIF_SPI][2].addr = 0x3000;
  1966.             m_sMCR_Setting[WIFI_MCR_HIF_SPI][3].addr = 0x4000;
  1967.             m_sMCR_Setting[WIFI_MCR_HIF_SPI][4].addr = 0x5000;
  1968.             m_sMCR_Setting[WIFI_MCR_HIF_SPI][5].addr = 0x6000;
  1969.         }
  1970.         break;
  1971.     }
  1972. }
  1974. //=========================================================================
  1975. //---------------------------------------------------------------------------
  1976. void TfrmWiFiMCR::Compose_MCR_Parameter( void )
  1977. {
  1979.    // int i, j;
  1981.    // m_sMCR.number = m_sMCR_Setting[WIFI_MCR_RC][WIFI_RC_NUM-1].addr/sizeof(m_sMCR.mcr_data[0])+1;
  1982.    // m_sMCR.mcr_addr = m_sMCR_Setting[WIFI_MCR_SC][0].addr; // 0x0000
  1983.    // for( i=0; i<m_sMCR.number; i++ )
  1984.    //     m_sMCR.flag[i] = false;
  1986.     m_sMCR.count=0;
  1987.     for(int i=0; i<=WIFI_MCR_RC; i++ )
  1988.     {
  1989.         for(int j=0; j<WIFI_MCR_MAX_NUM; j++ )
  1990.         {
  1991.             if( m_sMCR_Setting[i][j].checked )
  1992.             {
  1993.                 m_sMCR.mac_reg32[m_sMCR.count].index = m_sMCR_Setting[i][j].addr;
  1994.                 m_sMCR.count++;
  1995.             }
  1996.         }
  1997.     }
  1999. }
  2001. //---------------------------------------------------------------------------
  2002. void TfrmWiFiMCR::Compose_MCR_Data( void )
  2003. {
  2004.     int count=0;
  2005.     for(int i=0; i<=WIFI_MCR_RC; i++ )
  2006.     {
  2007.         for(int j=0; j<WIFI_MCR_MAX_NUM; j++ )
  2008.         {
  2009.             if( m_sMCR_Setting[i][j].checked )
  2010.             {
  2011.                 m_sMCR.mac_reg32[count].mcr_data32 = m_sMCR_Setting[i][j].value;
  2012.                 count++;
  2013.             }
  2014.         }
  2015.     }
  2017. }
  2019. //---------------------------------------------------------------------------
  2020. void TfrmWiFiMCR::DeCompose_MCR_Data( void )
  2021. {
  2022.     int count=0;
  2023.     for(int i=0; i<=WIFI_MCR_RC; i++ )
  2024.     {
  2025.         for(int j=0; j<WIFI_MCR_MAX_NUM; j++ )
  2026.         {
  2027.             if( m_sMCR_Setting[i][j].checked )
  2028.             {
  2029.                 m_sMCR_Setting[i][j].value = m_sMCR.mac_reg32[count].mcr_data32;
  2030.                 count++;
  2031.             }
  2032.         }
  2033.     }
  2035. }
  2037. //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
  2038. void TfrmWiFiMCR::Compose_SDIO_Parameter( E_WIFI_HIF_SDIO hif_sdio )
  2039. {
  2041.     int i, j;
  2043.     if( WIFI_HIF_SDIO_SPECIFIC == hif_sdio )
  2044.     {
  2045.        // m_sMCR.number = (m_sMCR_Setting[WIFI_MCR_HIF_SDIO][WIFI_HIF_SDIO_SPECIFIC_NUM-1].addr-m_sMCR_Setting[WIFI_MCR_HIF_SDIO][0].addr)/sizeof(m_sMCR.mcr_data[0])+1;
  2046.        // m_sMCR.mcr_addr = m_sMCR_Setting[WIFI_MCR_HIF_SDIO][0].addr; // 0x10C
  2047.        // for( i=0; i<m_sMCR.number; i++ )
  2048.        //     m_sMCR.flag[i] = false;
  2049.         m_sMCR.count=0;
  2050.         for( j=0; j<WIFI_HIF_SDIO_SPECIFIC_NUM; j++ )
  2051.         {
  2052.             if( m_sMCR_Setting[WIFI_MCR_HIF_SDIO][j].checked )
  2053.             {
  2054.                 m_sMCR.mac_reg32[m_sMCR.count].index = m_sMCR_Setting[WIFI_MCR_HIF_SDIO][j].addr;
  2055.                 m_sMCR.count++;
  2056.             }
  2057.         }
  2058.     }
  2059.     else // SDIO port
  2060.     {
  2061.         m_sMCR.count   = 1;
  2062.         m_sMCR.mac_reg32[0].index = m_sMCR_Setting[WIFI_MCR_HIF_SDIO][WIFI_HIF_SDIO_SPECIFIC_NUM+hif_sdio-1].addr; // 0x600
  2063.     }
  2065. }
  2067. //---------------------------------------------------------------------------
  2068. void TfrmWiFiMCR::Compose_SDIO_Data( E_WIFI_HIF_SDIO hif_sdio )
  2069. {
  2070.     int count=0;
  2071.     if( WIFI_HIF_SDIO_SPECIFIC == hif_sdio )
  2072.     {
  2073.         for( int j=0; j<WIFI_HIF_SDIO_SPECIFIC_NUM; j++ )
  2074.         {
  2075.             if( m_sMCR_Setting[WIFI_MCR_HIF_SDIO][j].checked )
  2076.             {
  2077.                 m_sMCR.mac_reg32[count].mcr_data32 = m_sMCR_Setting[WIFI_MCR_HIF_SDIO][j].value;
  2078.                 count++;
  2079.             }
  2080.         }
  2081.     }
  2082.     else // SDIO port
  2083.     {
  2084.         m_sMCR.mac_reg32[0].mcr_data32 = m_sMCR_Setting[WIFI_MCR_HIF_SDIO][WIFI_HIF_SDIO_SPECIFIC_NUM+hif_sdio-1].value;
  2085.     }
  2087. }
  2089. //---------------------------------------------------------------------------
  2090. void TfrmWiFiMCR::DeCompose_SDIO_Data( E_WIFI_HIF_SDIO hif_sdio )
  2091. {
  2092.     int count=0;
  2093.     if( WIFI_HIF_SDIO_SPECIFIC == hif_sdio )
  2094.     {
  2095.         for( int j=0; j<WIFI_HIF_SDIO_SPECIFIC_NUM; j++ )
  2096.         {
  2097.             if( m_sMCR_Setting[WIFI_MCR_HIF_SDIO][j].checked )
  2098.             {
  2099.                 m_sMCR_Setting[WIFI_MCR_HIF_SDIO][j].value = m_sMCR.mac_reg32[count].mcr_data32;
  2100.                 count++;
  2101.             }
  2102.         }
  2103.     }
  2104.     else // SDIO port
  2105.     {
  2106.         m_sMCR_Setting[WIFI_MCR_HIF_SDIO][WIFI_HIF_SDIO_SPECIFIC_NUM+hif_sdio-1].value = m_sMCR.mac_reg32[0].mcr_data32;
  2107.     }
  2109. }
  2112. //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
  2113. void TfrmWiFiMCR::Compose_HPI_Parameter( E_WIFI_HIF_HPI hif_hpi )
  2114. {
  2116.     int i, j;
  2118.     if( WIFI_HIF_HPI_SPECIFIC == hif_hpi )
  2119.     {
  2120. //        m_sMCR16.number = (m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][3].addr-m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][0].addr)/sizeof(m_sMCR16.mcr_data[0])+1;
  2121. //        m_sMCR16.mcr_addr = m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][0].addr; // 0x780
  2122. //        for( i=0; i<m_sMCR16.number; i++ )
  2123. //            m_sMCR16.flag[i] = false;
  2124.         m_sMCR16.count=0;
  2125.         for( j=0; j<WIFI_HIF_HPI_SPECIFIC_NUM; j++ )
  2126.         {
  2127.             if( m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][j].checked )
  2128.             {
  2129.                 m_sMCR16.mac_reg16[m_sMCR16.count].index = m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][j].addr;
  2130.                 m_sMCR16.count++;
  2131.             }
  2132.         }
  2133.     }
  2134.     else // HPI port
  2135.     {
  2136.        // m_sMCR16.number = (m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][WIFI_HIF_HPI_NUM-1].addr-m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][WIFI_HIF_HPI_SPECIFIC_NUM].addr)/sizeof(m_sMCR16.mcr_data[0])+1;
  2137.        // m_sMCR16.mcr_addr = m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][WIFI_HIF_HPI_SPECIFIC_NUM].addr; // 0x600
  2138.        // for( i=0; i<m_sMCR16.number; i++ )
  2139.        //     m_sMCR16.flag[i] = false;
  2140.         m_sMCR16.count=0;
  2141.         for( j=WIFI_HIF_HPI_SPECIFIC_NUM; j<WIFI_MCR16_MAX_NUM; j++ )
  2142.         {
  2143.             if( m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][j].checked )
  2144.             {
  2145.                 m_sMCR16.mac_reg16[m_sMCR16.count].index = m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][j].addr;
  2146.                 m_sMCR16.count++;
  2147.             }
  2148.         }
  2149.     }
  2151. }
  2153. //---------------------------------------------------------------------------
  2154. void TfrmWiFiMCR::Compose_HPI_Data( E_WIFI_HIF_HPI hif_hpi )
  2155. {
  2157.     int j;
  2158.     int count=0;
  2159.     if( WIFI_HIF_HPI_SPECIFIC == hif_hpi )
  2160.     {
  2161.         for( j=0; j<WIFI_HIF_HPI_SPECIFIC_NUM; j++ )
  2162.         {
  2163.             if( m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][j].checked )
  2164.             {
  2165.                 m_sMCR16.mac_reg16[count].mcr_data16 = m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][j].value;
  2166.                 count++;
  2167.             }
  2168.         }
  2169.     }
  2170.     else // HPI port
  2171.     {
  2172.         for( j=WIFI_HIF_HPI_SPECIFIC_NUM; j<WIFI_HIF_HPI_NUM; j++ )
  2173.         {
  2174.             if( m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][j].checked )
  2175.             {
  2176.                 m_sMCR16.mac_reg16[count].mcr_data16 = m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][j].value;
  2177.                 count++;
  2178.             }
  2179.         }
  2180.     }
  2182. }
  2184. //---------------------------------------------------------------------------
  2185. void TfrmWiFiMCR::DeCompose_HPI_Data( E_WIFI_HIF_HPI hif_hpi )
  2186. {
  2188.     int j;
  2189.     int count=0;
  2190.     if( WIFI_HIF_HPI_SPECIFIC == hif_hpi )
  2191.     {
  2192.         for( j=0; j<WIFI_HIF_HPI_SPECIFIC_NUM; j++ )
  2193.         {
  2194.             if( m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][j].checked )
  2195.             {
  2196.                 m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][j].value = m_sMCR16.mac_reg16[count].mcr_data16;
  2197.                 count++;
  2198.             }
  2199.         }
  2200.     }
  2201.     else // HIF port
  2202.     {
  2203.         for( j=WIFI_HIF_HPI_SPECIFIC_NUM; j<WIFI_HIF_HPI_NUM; j++ )
  2204.         {
  2205.             if( m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][j].checked )
  2206.             {
  2207.                 m_sMCR16_Setting[WIFI_MCR16_HIF_HPI][j].value = m_sMCR16.mac_reg16[count].mcr_data16;
  2208.                 count++;
  2209.             }
  2210.         }
  2211.     }
  2213. }
  2215. //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
  2216. void TfrmWiFiMCR::Compose_SPI_Parameter( E_WIFI_HIF_SPI hif_spi )
  2217. {
  2219.     int i, j;
  2221.     if( WIFI_HIF_SPI_SPECIFIC == hif_spi )
  2222.     {
  2223.       //  m_sMCR.number = (m_sMCR_Setting[WIFI_MCR_HIF_SPI][WIFI_HIF_SPI_SPECIFIC_NUM-1].addr-m_sMCR_Setting[WIFI_MCR_HIF_SPI][0].addr)/sizeof(m_sMCR.mcr_data[0])+1;
  2224.       //  m_sMCR.mcr_addr = m_sMCR_Setting[WIFI_MCR_HIF_SPI][0].addr; // 0x10C
  2225.       //  for( i=0; i<m_sMCR.number; i++ )
  2226.       //      m_sMCR.flag[i] = false;
  2227.         m_sMCR.count=0;
  2228.         for( j=0; j<WIFI_HIF_SPI_SPECIFIC_NUM; j++ )
  2229.         {
  2230.             if( m_sMCR_Setting[WIFI_MCR_HIF_SPI][j].checked )
  2231.             {
  2232.                 m_sMCR.mac_reg32[m_sMCR.count].index = m_sMCR_Setting[WIFI_MCR_HIF_SPI][j].addr;
  2233.                 m_sMCR.count++;
  2234.             }
  2235.         }
  2236.     }
  2237.     else // SPI port
  2238.     {
  2239.         m_sMCR.count   = 1;
  2240.         m_sMCR.mac_reg32[0].index = m_sMCR_Setting[WIFI_MCR_HIF_SPI][WIFI_HIF_SPI_SPECIFIC_NUM+hif_spi-1].addr; // 0x600
  2241.     }
  2243. }
  2245. //---------------------------------------------------------------------------
  2246. void TfrmWiFiMCR::Compose_SPI_Data( E_WIFI_HIF_SPI hif_spi )
  2247. {
  2249.     if( WIFI_HIF_SPI_SPECIFIC == hif_spi )
  2250.     {
  2251.         int count = 0;
  2252.         for( int j=0; j<WIFI_HIF_SPI_SPECIFIC_NUM; j++ )
  2253.         {
  2254.             if( m_sMCR_Setting[WIFI_MCR_HIF_SPI][j].checked )
  2255.             {
  2256.                 m_sMCR.mac_reg32[count].mcr_data32 = m_sMCR_Setting[WIFI_MCR_HIF_SPI][j].value;
  2257.                 count++;
  2258.             }
  2259.         }
  2260.     }
  2261.     else // SPI port
  2262.     {
  2263.         m_sMCR.mac_reg32[0].mcr_data32 = m_sMCR_Setting[WIFI_MCR_HIF_SDIO][WIFI_HIF_SPI_SPECIFIC_NUM+hif_spi-1].value;
  2264.     }
  2266. }
  2268. //---------------------------------------------------------------------------
  2269. void TfrmWiFiMCR::DeCompose_SPI_Data( E_WIFI_HIF_SPI hif_spi )
  2270. {
  2272.     if( WIFI_HIF_SPI_SPECIFIC == hif_spi )
  2273.     {
  2274.         int count=0;
  2275.         for( int j=0; j<WIFI_HIF_SPI_SPECIFIC_NUM; j++ )
  2276.         {
  2277.             if( m_sMCR_Setting[WIFI_MCR_HIF_SPI][j].checked )
  2278.             {
  2279.                 m_sMCR_Setting[WIFI_MCR_HIF_SPI][j].value = m_sMCR.mac_reg32[count].mcr_data32;
  2280.                 count++;
  2281.             }
  2282.         }
  2283.     }
  2284.     else // SPI port
  2285.     {
  2286.         m_sMCR_Setting[WIFI_MCR_HIF_SPI][WIFI_HIF_SPI_SPECIFIC_NUM+hif_spi-1].value = m_sMCR.mac_reg32[0].mcr_data32;
  2287.     }
  2289. }