RENESAS BLE 實作課程 Jack Chen Victron Technology CO., LTD 2015 Renesas Electronics Corporation. All rights reserved.

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1 RENESAS BLE 實作課程 Jack Chen Victron Technology CO., LTD

2 AGENDA CS+ & Renesas Flash Programmer 安裝 3 Renesas Flash Programmer 燒錄介紹 6 CS+ 介面介紹 11 CS+ 開啟 Project & 使用教學 14 CS+ 實作 - 手機控制 LED 23 Page 2

3 CS+ & Renesas Flash Programmer 安裝

4 CS+[ Download ] CS+ 的下載 1. 進入 CS+ 下載頁面 (CS+ Download) 2. 尋找右圖的載點位置, 並下載 CS+ 的安裝安裝前 : 電腦需安裝 Microsoft Visual C SP1 Redistributable Package, 或是安裝的時候電腦需連網路 2. 點開安裝檔, 將會彈出頁面, 請跟著紅箭頭一步一步往下即可安裝成功 7 Page 4

5 Renesas Flash Programmer[ Download ] RFP 的下載進入 RFP 下載頁面 (RFP Download) 2. 尋找右圖的載點位置, 並下載 RFP 的安裝 1. 點開安裝檔, 將會彈出頁面, 請跟著紅箭頭一步一步往下即可安裝成功 4 5 Page 5

6 Renesas Flash Programmer 燒錄介紹

7 Renesas Flash Programmer - Menu 1. Blank Check 檢查MCU的Memory是否空白 2. Erase 清除MCU的Memory 3. Program 燒錄檔案 4. Verify 檢查所燒錄檔案是否和Program File相同 6. Checksum 讀取MCU中Memory的Check sum 7. Autoprocedure (E.P) 先清除Memory在將檔案燒錄進去 8. Signature Read 讀取MCU的產品訊息 9. Get Flash options 讀取MCU中Flash的設定值 5. Set Security 設置Serurity Page 7

Renesas Flash Programmer Programmer(1) 1.

8 Renesas Flash Programmer Programmer(1) 1. 開啟 Renesas Flash Programmer 2 2. 選擇 Create New Workspace & Basic mode 1 3. 再 Microcontroller 選擇 MCU 系列 4. Filter 可直接輸入 MCU 型號去搜尋 5. 於 Using Target Microcontroller 選擇 MCU 型號 3 & 4 6. Workspace Name 輸入欲創建的 Projece name 5 6 Page 8

9 Renesas Flash Programmer Programmer(2) EZ-Cube 燒錄 Tool 選擇電腦所抓到的 COM Port 輸入 3.3V E1 燒錄 Tool 選擇 E1 選擇輸入電壓 3.3V Note : 欲燒錄的目標板, 耗電流不得大 200mA, 如果超過可能會導至燒錄失敗, 超過請選擇不要供電, 目標板請自行供電 Page 9

File 的 Check Sum of Code Flash 可觀察欲燒錄的 Check Sum( 需先載入 Hex 檔 ) 燒錄頁面於

10 Renesas Flash Programmer Programmer(3) Project Settings 此頁面可查看所設定的值, 如設定錯誤可按下 Modify 重新設定, 設定完成時, 選則 Completem 選擇分頁 Other Settings, 再 Program File 的 Check Sum of Code Flash 可觀察欲燒錄的 Check Sum( 需先載入 Hex 檔 ) 燒錄頁面於 User/Data area 按下 Browse 選擇欲燒錄的 Hex 檔案, 按下 Start 開始燒錄燒錄時會出現進度, 當燒錄完成時會出現 PASS Page 10

11 CS+ 介面介紹

12 CS+[ 介面介紹 ] - Start Page 12

13 CS+[ 介面介紹 ] - 開發介面 Debug Tool Bar Work area Project tree Output Area Page 13

14 CS+ 開啟 Project & 使用教學

$mtpj) 3. 開啟路徑如下 : xxxx\sampleprofilev1.$

15 CS+[ Open Project ] - Open Project 1.Open Existing Project GO 2. 選擇 Project 的專案檔 (*.mtpj) 3. 開啟路徑如下 : xxxx\sampleprofilev1.1\project_source\renesas\t ools\project\cubesuite\ble_embedded 1 2 Page 15

16 CS+[ Open Project ] - Project Tree 1. Compiler 設定選項 Macro definition 可修改 G1D 的相關設定 2. Debug Tool 選擇按滑鼠右件開啟選單選擇 Using Debug Tool 選擇 RL78 EZ Emulator 1 2 Page 16

17 CS+[ Open Project ] - Debug Tool Bar Page 17

18 CS+[ Open Project ] - Watch 1. 選取欲觀察的變數 2. 按下滑鼠右鍵選取 Register to Watch1 3. 即可再右邊室窗看到變數值 Page 18

19 CS+[ Open Project ] - Set Breakpoint 1. 設定斷點 : - 在需停下的 Address 前, 點選滑鼠左鍵 2. 取消斷點 : - 在需取消的斷點前, 點選滑鼠左鍵 Page 19

20 CS+[ Open Project ] - View Disassemble 1. 上面選單列選取 View 2. 選取 Disassemble 即可再 workarea 看到 Disassemble 1. Page 20

21 CS+[ Open Project ] - View Memory 1. 上面選單列選取 View 2. 選取 Memory 即可再畫面右側看到 Memory 1. Page 21

22 CS+[ Open Project ] - View SFR 1. 上面選單列選取 View 2. 選取 SFR 即可再畫面右側看到全部 SFR 的設定值 1. Page 22

23 CS+ 實作 LED Control

24 CS+[ LED Control ] USB Stick 使用說明 (1) USB 連接電腦 Debug 線路 Debug or UART 選擇藍芽模組 Page 24

CS+[ LED Control ] USB Stick 使用說明 (2) USB LED Power BLE Module 1 6 1 Use Programmer R1 R6 Need Short

25 CS+[ LED Control ] USB Stick 使用說明 (2) USB LED Power BLE Module Use Programmer R1 R6 Need Short 1. Vcc 2. X 3. TOOL0 4. X 5. RESET 6. GND UART / On Chip Debug 1-2 On-Chip Debug 2-3 UART Page 25

26 CS+[ LED Control ] - Change MAC address & Device name 1. 修改藍芽模組的 MAC address : 開啟 Config.h 並移至第 79 行 #define CFG_TEST_BDADDR {{0x00, 0x00, 0x00, 0xff, 0xff, 0xff}} 2. 修改 Broadcast 的 local name : 開啟 app.c 並移至 218 行修改總資料長度修改資料內容 13 資料長度 0x09 數據類型數據內容 13, 0x09, 'V', 'i', 'c', 't', 'r', 'o', 'n', '-', 'J', 'a', 'c', 'k', /* Complete local name */ 3. Default device name 開啟 prf_config.h 的 90 行 #define GAP_DEV_NAME "Victron-Jack" Page 26

27 CS+[ LED Control ] GATT Protocol Service 每個 Profile 都會有多個 Service, 每個 Service 都會用 UUID 定義服務的起點 /* Sample Custom Service */ static const uint8_t samplecustom_svc[rble_gatt_128bit_uuid_octet] = RBLE_SVC_SAMPLE_CUSTOM; Characteristic 再每個 Server 裡面會再用 UUID 去區分每個特徵每個特徵都會有 - Character - Value - Descriptor Page 27

$c 的第 2013 行, 依照藍芽 GATT 的規範去建立對應的屬性數據庫 //=================================================================== { RBLE_DECL_CHARACTERISTIC,$

28 CS+[ LED Control ] 建立藍芽屬性數據庫開啟 prf_config.c 的第 2013 行, 依照藍芽 GATT 的規範去建立對應的屬性數據庫 //=================================================================== { RBLE_DECL_CHARACTERISTIC, sizeof(scps_led_ctrl_char),sizeof(scps_led_ctrl_char),task_attid(task_rble, SCS_IDX_LED_CTRL_CHAR),RBLE_GATT_PERM_RD,(void *)&scps_led_ctrl_char }, { DB_TYPE_128BIT_UUID, sizeof(scps_led_ctrl_char_val),sizeof(scps_led_ctrl_char_val),task_attid(task_rble, SCS_IDX_LED_CTRL_VAL),(RBLE_GATT_PERM_RD RBLE_GATT_PERM_WR),(void *)&scps_led_ctrl_char_val_elmt }, { RBLE_DESC_CHAR_USER_DESCRIPTION, sizeof(scps_led_ctrl_desc),sizeof(scps_led_ctrl_desc),task_attid(task_rble, SCS_IDX_LED_CTRL_DESC),(RBLE_GATT_PERM_RD),(void *)&scps_led_ctrl_desc[0] }, //=================================================================== Page 28

29 CS+[ LED Control ] - 加入 Sample Profile 宣告開啟 prf_config.c 的第 1125 行, 加入宣告, 建立表格去對應藍芽 GATT 的屬性數據庫 //======================================================================= /*Sample Custom Service Indicate Demo */ static const struct atts_char128_desc scps_led_ctrl_char = { RBLE_GATT_CHAR_PROP_WR RBLE_GATT_CHAR_PROP_RD, {(uint8_t)(scs_hdl_led_ctrl_val & 0xff),(uint8_t)((SCS_HDL_LED_CTRL_VAL >> 8) & 0xff)}, RBLE_CHAR_SCP_LED_CTRL}; uint8_t scps_led_ctrl_char_val = 0x01u; struct atts_elmt_128 scps_led_ctrl_char_val_elmt = { RBLE_CHAR_SCP_LED_CTRL, RBLE_GATT_128BIT_UUID_OCTET, &scps_led_ctrl_char_val }; static const uint8_t scps_led_ctrl_desc[] = { 'L', 'e', 'd', '-', 'C', 't', 'r', 'l', 'D', 'e', 'm', 'o' }; //======================================================================== Page 29

30 CS+[ LED Control ] - 增加數據的 Handle 1. 先將 dbhandle.h 加入至 Project, 位置如下 xxxx\sampleprofilev1.1\project_source\renesas\src\arch\rl78 2. 開啟 dbhandle.h 的第 386 行, 加入對應的數據 //========================================== SCS_HDL_LED_CTRL_CHAR, SCS_HDL_LED_CTRL_VAL, SCS_HDL_LED_CTRL_DESC, //========================================== Page 30

31 CS+[ LED Control ] - 增加數據的索引開啟 prf_config.h 的第 173 行, 加入對應數據的索引 //========================================== SCS_IDX_LED_CTRL_CHAR, SCS_IDX_LED_CTRL_VAL, SCS_IDX_LED_CTRL_DESC //========================================== Page 31

32 CS+[ LED Control ] Define UUID 1. 開啟 rble_api_custom.h 的第 35 行 //=========================================================== #define RBLE_CHAR_SCP_LED_CTRL{0x80,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x00,0x 00,0x00,0x00,0x07} //=========================================================== 2. 開啟 rble_api_custom.h 的第 65 行 //=========================== RBLE_SCP_SCS_LED_CTRL //=========================== Page 32

33 CS+[ LED Control ] 增加寫入資料的程式 (1) 開啟 spcs.c 的第 234 行 //=============================================== case SCS_HDL_LED_CTRL_VAL: val_len = 1; break; //=============================================== Page 33

34 CS+[ LED Control ] 增加寫入資料的程式 (2) 開啟 spcs.c 的第 373 行 case SCS_HDL_LED_CTRL_VAL: if(result == RBLE_OK) { scps_send_chg_char(rble_scp_scs_led_ctrl, &scps_info.event_data.param.write_cmd_ind.value[0], 1); } /* send response */ if(scps_info.event_data.param.write_cmd_ind.resp == TRUE) { scps_send_response(scps_info.set_data_hdl[tmp_rp], result); } break; Page 34

35 CS+[ LED Control ] 設定控制 LED 的 IO(1) 1. 開啟 led.c 的第 69 行, 設定控制 LED 的 IO 腳位的初始化 //======================================== write1_sfr(pmc0, 2, 0); write1_sfr(pmc0, 3, 0); write1_sfr(p0, 2, 0); write1_sfr(p0, 3, 0); write1_sfr(pm0, 2, PORT_OUTPUT); write1_sfr(pm0, 3, PORT_INPUT ); //======================================== 2. 開啟 led.c 的第 169 行, 設定 LED 的初始化 //================================= write1_sfrbit(led03, OFF ); //================================= Page 35

36 CS+[ LED Control ] 設定控制 LED 的 IO(2) 3. 再 led.c 的地方, 增加 LED 控制的副程式 //=========================================================== extern uint8_t scps_led_ctrl_char_val; void led_ctrl(void) { unsigned char led_check=0; led_check = scps_led_ctrl_char_val; if(led_check == 0x00){ write1_sfrbit(led03, ON );} else{ write1_sfrbit(led03, OFF);} } //=========================================================== Page 36

37 CS+[ LED Control ] 設定控制 LED 的 IO(3) 4. 開啟 led.h 的增加宣告 //======================= ///LED3 is pin 2 on Port 0 #define LED03 P0.2 //======================= //======================= void led_ctrl(void); //======================= 5. 開啟 arch_main.c 並再第 348 行的主迴圈呼叫 LED 控制的副程式 //======================= led_ctrl(); //======================= Page 37

CS+[ LED Control ] 執行 2 4 1. 開啟 BLE Scanner 2.

38 CS+[ LED Control ] 執行開啟 BLE Scanner 2. 選取 Victron-Jack (local name) 3. 開起 Service 4. 即可看到新增的特徵, 按下寫入 5. 輸入傳輸的數值將 Text 修改成 Byte Arrar 輸入數值 00 (0x00) 6. 此時可以看到 Hex: 0x01 Hex : 0x00,LED 亮起 3 5 Page 38

39 Thank You! Page 39

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