Dmitry Dzhafarkhanov / Adafruit_GFX_SEPS114A

SEPS114A Driver

SEPS114A SPI Driver

class SPIPreInit : public SPI { public: SPIPreInit(PinName mosi, PinName miso, PinName clk) : SPI(mosi,miso,clk) { format(8,3); frequency(12000000); }; };

SPIPreInit gSpi(PB_15,NC,PB_13); PinName mosi(sda), PinName miso, PinName clk(scl) Adafruit_SEPS114A_Spi oled(gSpi,PB_14,PB_1,PB_2); PinName DC, PinName RST, PinName CS

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Adafruit_SEPS114A.cpp@1:a37035f55af3, 2016-05-10 (annotated)

Committer:
Dzhafarkhanov
Date:
Tue May 10 06:19:10 2016 +0000
Revision:
1:a37035f55af3
Parent:
0:f7b7f71865d1 
add rotation

Who changed what in which revision?

UserRevisionLine numberNew contents of line
Dzhafarkhanov 0:f7b7f71865d1 1
Dzhafarkhanov 0:f7b7f71865d1 2
Dzhafarkhanov 0:f7b7f71865d1 3 #include "mbed.h"
Dzhafarkhanov 0:f7b7f71865d1 4 #include "Adafruit_SEPS114A.h"
Dzhafarkhanov 0:f7b7f71865d1 5
Dzhafarkhanov 0:f7b7f71865d1 6
Dzhafarkhanov 0:f7b7f71865d1 7 #define SEPS114A_SOFT_RESET 0x01
Dzhafarkhanov 0:f7b7f71865d1 8 #define SEPS114A_DISPLAY_ON_OFF 0x02
Dzhafarkhanov 0:f7b7f71865d1 9 #define SEPS114A_ANALOG_CONTROL 0x0F //
Dzhafarkhanov 0:f7b7f71865d1 10 #define SEPS114A_STANDBY_ON_OFF 0x14
Dzhafarkhanov 0:f7b7f71865d1 11 #define SEPS114A_OSC_ADJUST 0x1A
Dzhafarkhanov 0:f7b7f71865d1 12 #define SEPS114A_ROW_SCAN_DIRECTION 0x09
Dzhafarkhanov 0:f7b7f71865d1 13 #define SEPS114A_DISPLAY_X1 0x30
Dzhafarkhanov 0:f7b7f71865d1 14 #define SEPS114A_DISPLAY_X2 0x31
Dzhafarkhanov 0:f7b7f71865d1 15 #define SEPS114A_DISPLAY_Y1 0x32
Dzhafarkhanov 0:f7b7f71865d1 16 #define SEPS114A_DISPLAY_Y2 0x33
Dzhafarkhanov 0:f7b7f71865d1 17 #define SEPS114A_DISPLAYSTART_X 0x38
Dzhafarkhanov 0:f7b7f71865d1 18 #define SEPS114A_DISPLAYSTART_Y 0x39
Dzhafarkhanov 0:f7b7f71865d1 19 #define SEPS114A_CPU_IF 0x0D
Dzhafarkhanov 0:f7b7f71865d1 20 #define SEPS114A_MEM_X1 0x34
Dzhafarkhanov 0:f7b7f71865d1 21 #define SEPS114A_MEM_X2 0x35
Dzhafarkhanov 0:f7b7f71865d1 22 #define SEPS114A_MEM_Y1 0x36
Dzhafarkhanov 0:f7b7f71865d1 23 #define SEPS114A_MEM_Y2 0x37
Dzhafarkhanov 0:f7b7f71865d1 24 #define SEPS114A_MEMORY_WRITE_READ 0x1D
Dzhafarkhanov 0:f7b7f71865d1 25 #define SEPS114A_DDRAM_DATA_ACCESS_PORT 0x08
Dzhafarkhanov 0:f7b7f71865d1 26 #define SEPS114A_DISCHARGE_TIME 0x18
Dzhafarkhanov 0:f7b7f71865d1 27 #define SEPS114A_PEAK_PULSE_DELAY 0x16
Dzhafarkhanov 0:f7b7f71865d1 28 #define SEPS114A_PEAK_PULSE_WIDTH_R 0x3A
Dzhafarkhanov 0:f7b7f71865d1 29 #define SEPS114A_PEAK_PULSE_WIDTH_G 0x3B
Dzhafarkhanov 0:f7b7f71865d1 30 #define SEPS114A_PEAK_PULSE_WIDTH_B 0x3C
Dzhafarkhanov 0:f7b7f71865d1 31 #define SEPS114A_PRECHARGE_CURRENT_R 0x3D
Dzhafarkhanov 0:f7b7f71865d1 32 #define SEPS114A_PRECHARGE_CURRENT_G 0x3E
Dzhafarkhanov 0:f7b7f71865d1 33 #define SEPS114A_PRECHARGE_CURRENT_B 0x3F
Dzhafarkhanov 0:f7b7f71865d1 34 #define SEPS114A_COLUMN_CURRENT_R 0x40
Dzhafarkhanov 0:f7b7f71865d1 35 #define SEPS114A_COLUMN_CURRENT_G 0x41
Dzhafarkhanov 0:f7b7f71865d1 36 #define SEPS114A_COLUMN_CURRENT_B 0x42
Dzhafarkhanov 0:f7b7f71865d1 37 #define SEPS114A_ROW_OVERLAP 0x48
Dzhafarkhanov 0:f7b7f71865d1 38 #define SEPS114A_SCAN_OFF_LEVEL 0x49
Dzhafarkhanov 0:f7b7f71865d1 39 #define SEPS114A_ROW_SCAN_ON_OFF 0x17
Dzhafarkhanov 0:f7b7f71865d1 40 #define SEPS114A_ROW_SCAN_MODE 0x13
Dzhafarkhanov 0:f7b7f71865d1 41 #define SEPS114A_SCREEN_SAVER_CONTEROL 0xD0
Dzhafarkhanov 0:f7b7f71865d1 42 #define SEPS114A_SS_SLEEP_TIMER 0xD1
Dzhafarkhanov 0:f7b7f71865d1 43 #define SEPS114A_SCREEN_SAVER_MODE 0xD2
Dzhafarkhanov 0:f7b7f71865d1 44 #define SEPS114A_SS_UPDATE_TIMER 0xD3
Dzhafarkhanov 0:f7b7f71865d1 45 #define SEPS114A_RGB_IF 0xE0
Dzhafarkhanov 0:f7b7f71865d1 46 #define SEPS114A_RGB_POL 0xE1
Dzhafarkhanov 0:f7b7f71865d1 47 #define SEPS114A_DISPLAY_MODE_CONTROL 0xE5
Dzhafarkhanov 0:f7b7f71865d1 48
Dzhafarkhanov 0:f7b7f71865d1 49
Dzhafarkhanov 0:f7b7f71865d1 50
Dzhafarkhanov 0:f7b7f71865d1 51 void Adafruit_SEPS114A::set_region(int x, int y, int xs, int ys)
Dzhafarkhanov 0:f7b7f71865d1 52 {
Dzhafarkhanov 0:f7b7f71865d1 53 // draw region
Dzhafarkhanov 0:f7b7f71865d1 54 writeCommand(SEPS114A_MEM_X1,x);
Dzhafarkhanov 0:f7b7f71865d1 55 writeCommand(SEPS114A_MEM_X2,x+xs-1);
Dzhafarkhanov 0:f7b7f71865d1 56 writeCommand(SEPS114A_MEM_Y1,y);
Dzhafarkhanov 0:f7b7f71865d1 57 writeCommand(SEPS114A_MEM_Y2,y+ys-1);
Dzhafarkhanov 0:f7b7f71865d1 58 // start position
Dzhafarkhanov 0:f7b7f71865d1 59 writeCommand(SEPS114A_DISPLAYSTART_X,x);
Dzhafarkhanov 0:f7b7f71865d1 60 writeCommand(SEPS114A_DISPLAYSTART_Y,y);
Dzhafarkhanov 0:f7b7f71865d1 61 }
Dzhafarkhanov 0:f7b7f71865d1 62
Dzhafarkhanov 0:f7b7f71865d1 63 void Adafruit_SEPS114A::begin(void)//oled init
Dzhafarkhanov 0:f7b7f71865d1 64 {
Dzhafarkhanov 0:f7b7f71865d1 65
Dzhafarkhanov 0:f7b7f71865d1 66
Dzhafarkhanov 0:f7b7f71865d1 67 rst = 0;
Dzhafarkhanov 0:f7b7f71865d1 68 // wait 10ms
Dzhafarkhanov 0:f7b7f71865d1 69 wait_ms(10);
Dzhafarkhanov 0:f7b7f71865d1 70 // bring out of reset
Dzhafarkhanov 0:f7b7f71865d1 71 rst = 1;
Dzhafarkhanov 0:f7b7f71865d1 72 // turn on VCC (13V?)
Dzhafarkhanov 0:f7b7f71865d1 73 wait_ms(10);
Dzhafarkhanov 0:f7b7f71865d1 74 /* Soft reser */
Dzhafarkhanov 0:f7b7f71865d1 75 writeCommand(SEPS114A_SOFT_RESET,0x00);
Dzhafarkhanov 0:f7b7f71865d1 76 /* Standby ON/OFF*/
Dzhafarkhanov 0:f7b7f71865d1 77 writeCommand(SEPS114A_STANDBY_ON_OFF,0x01); // Standby on
Dzhafarkhanov 0:f7b7f71865d1 78 wait_ms(5); // Wait for 5ms (1ms Delay Minimum)
Dzhafarkhanov 0:f7b7f71865d1 79 writeCommand(SEPS114A_STANDBY_ON_OFF,0x00); // Standby off
Dzhafarkhanov 0:f7b7f71865d1 80 wait_ms(5); // 1ms Delay Minimum (1ms Delay Minimum)
Dzhafarkhanov 0:f7b7f71865d1 81 /* Display OFF */
Dzhafarkhanov 0:f7b7f71865d1 82 writeCommand(SEPS114A_DISPLAY_ON_OFF,0x00);
Dzhafarkhanov 0:f7b7f71865d1 83 /* Set Oscillator operation */
Dzhafarkhanov 0:f7b7f71865d1 84 writeCommand(SEPS114A_ANALOG_CONTROL,0x40); // using external resistor and internal OSC
Dzhafarkhanov 0:f7b7f71865d1 85 /* Set frame rate */
Dzhafarkhanov 0:f7b7f71865d1 86 writeCommand(SEPS114A_OSC_ADJUST,0x03); // frame rate : 95Hz
Dzhafarkhanov 0:f7b7f71865d1 87
Dzhafarkhanov 0:f7b7f71865d1 88 /* Select the RGB data format and set the initial state of RGB interface port */
Dzhafarkhanov 0:f7b7f71865d1 89 writeCommand(SEPS114A_RGB_IF,0x00); //0xE0 RGB 8bit interface
Dzhafarkhanov 0:f7b7f71865d1 90 /* Set RGB polarity */
Dzhafarkhanov 0:f7b7f71865d1 91 writeCommand(SEPS114A_RGB_POL,0x00);
Dzhafarkhanov 0:f7b7f71865d1 92 /* Set display mode control */
Dzhafarkhanov 0:f7b7f71865d1 93 writeCommand(SEPS114A_DISPLAY_MODE_CONTROL,0x80); // SWAP:BGR, Reduce current : Normal, DC[1:0] : Normal
Dzhafarkhanov 0:f7b7f71865d1 94
Dzhafarkhanov 0:f7b7f71865d1 95 /* Set MCU Interface */
Dzhafarkhanov 0:f7b7f71865d1 96 writeCommand(SEPS114A_CPU_IF,0x00); // MPU External interface mode, 8bits
Dzhafarkhanov 0:f7b7f71865d1 97 /* Set Memory Read/Write mode */
Dzhafarkhanov 0:f7b7f71865d1 98 writeCommand(SEPS114A_MEMORY_WRITE_READ,0x00);
Dzhafarkhanov 0:f7b7f71865d1 99 /* Set row scan direction */
Dzhafarkhanov 0:f7b7f71865d1 100 // writeCommand(SEPS114A_ROW_SCAN_DIRECTION,0x00); // Column : 0 --> Max, Row : 0 Ѓ--> Max
Dzhafarkhanov 0:f7b7f71865d1 101 writeCommand(SEPS114A_ROW_SCAN_DIRECTION,0x02); // Column : 0 --> Max, Row : 0 Ѓ--> Max
Dzhafarkhanov 0:f7b7f71865d1 102 /* Set row scan mode */
Dzhafarkhanov 0:f7b7f71865d1 103 writeCommand(SEPS114A_ROW_SCAN_MODE,0x00); // Alternate scan mode
Dzhafarkhanov 0:f7b7f71865d1 104 /* Set column current */
Dzhafarkhanov 0:f7b7f71865d1 105
Dzhafarkhanov 0:f7b7f71865d1 106 // writeCommand(SEPS114A_COLUMN_CURRENT_R,0x32);
Dzhafarkhanov 0:f7b7f71865d1 107 // writeCommand(SEPS114A_COLUMN_CURRENT_G,0x31);
Dzhafarkhanov 0:f7b7f71865d1 108 // writeCommand(SEPS114A_COLUMN_CURRENT_B,0x31);
Dzhafarkhanov 0:f7b7f71865d1 109 writeCommand(SEPS114A_COLUMN_CURRENT_R,0x6E);
Dzhafarkhanov 0:f7b7f71865d1 110 writeCommand(SEPS114A_COLUMN_CURRENT_G,0x4F);
Dzhafarkhanov 0:f7b7f71865d1 111 writeCommand(SEPS114A_COLUMN_CURRENT_B,0x77);
Dzhafarkhanov 0:f7b7f71865d1 112
Dzhafarkhanov 0:f7b7f71865d1 113 /* Set row overlap */
Dzhafarkhanov 0:f7b7f71865d1 114 writeCommand(SEPS114A_ROW_OVERLAP,0x00); // Band gap only
Dzhafarkhanov 0:f7b7f71865d1 115 /* Set discharge time */
Dzhafarkhanov 0:f7b7f71865d1 116 writeCommand(SEPS114A_DISCHARGE_TIME,0x01); // Discharge time : normal discharge
Dzhafarkhanov 0:f7b7f71865d1 117 /* Set peak pulse delay */
Dzhafarkhanov 0:f7b7f71865d1 118 writeCommand(SEPS114A_PEAK_PULSE_DELAY,0x00);
Dzhafarkhanov 0:f7b7f71865d1 119 /* Set peak pulse width */
Dzhafarkhanov 0:f7b7f71865d1 120 writeCommand(SEPS114A_PEAK_PULSE_WIDTH_R,0x02);
Dzhafarkhanov 0:f7b7f71865d1 121 writeCommand(SEPS114A_PEAK_PULSE_WIDTH_G,0x02);
Dzhafarkhanov 0:f7b7f71865d1 122 writeCommand(SEPS114A_PEAK_PULSE_WIDTH_B,0x02);
Dzhafarkhanov 0:f7b7f71865d1 123 /* Set precharge current */
Dzhafarkhanov 0:f7b7f71865d1 124
Dzhafarkhanov 0:f7b7f71865d1 125 writeCommand(SEPS114A_PRECHARGE_CURRENT_R,0x14);
Dzhafarkhanov 0:f7b7f71865d1 126 writeCommand(SEPS114A_PRECHARGE_CURRENT_G,0x50);
Dzhafarkhanov 0:f7b7f71865d1 127 writeCommand(SEPS114A_PRECHARGE_CURRENT_B,0x19);
Dzhafarkhanov 0:f7b7f71865d1 128
Dzhafarkhanov 0:f7b7f71865d1 129
Dzhafarkhanov 0:f7b7f71865d1 130 /* Set row scan on/off */
Dzhafarkhanov 0:f7b7f71865d1 131 writeCommand(SEPS114A_ROW_SCAN_ON_OFF,0x00); // Normal row scan
Dzhafarkhanov 0:f7b7f71865d1 132 /* Set scan off level */
Dzhafarkhanov 0:f7b7f71865d1 133 writeCommand(SEPS114A_SCAN_OFF_LEVEL,0x04); // VCC_C*0.75 //0x04
Dzhafarkhanov 0:f7b7f71865d1 134
Dzhafarkhanov 0:f7b7f71865d1 135 writeCommand(SEPS114A_MEM_X1,0x00);
Dzhafarkhanov 0:f7b7f71865d1 136 writeCommand(SEPS114A_MEM_X2,0x5F);
Dzhafarkhanov 0:f7b7f71865d1 137 writeCommand(SEPS114A_MEM_Y1,0x00);
Dzhafarkhanov 0:f7b7f71865d1 138 writeCommand(SEPS114A_MEM_Y2,0x5F);
Dzhafarkhanov 0:f7b7f71865d1 139
Dzhafarkhanov 0:f7b7f71865d1 140 /* Set memory access point */
Dzhafarkhanov 0:f7b7f71865d1 141
Dzhafarkhanov 0:f7b7f71865d1 142 writeCommand(SEPS114A_DISPLAYSTART_X,0x00);
Dzhafarkhanov 0:f7b7f71865d1 143 writeCommand(SEPS114A_DISPLAYSTART_Y,0x00);
Dzhafarkhanov 0:f7b7f71865d1 144
Dzhafarkhanov 0:f7b7f71865d1 145 // set_region(0, 0, 96, 96);
Dzhafarkhanov 0:f7b7f71865d1 146 /* Set active display area of panel */
Dzhafarkhanov 0:f7b7f71865d1 147 writeCommand(SEPS114A_DISPLAY_X1,0x00);
Dzhafarkhanov 0:f7b7f71865d1 148 writeCommand(SEPS114A_DISPLAY_X2,0x5F);
Dzhafarkhanov 0:f7b7f71865d1 149 writeCommand(SEPS114A_DISPLAY_Y1,0x00);
Dzhafarkhanov 0:f7b7f71865d1 150 writeCommand(SEPS114A_DISPLAY_Y2,0x5F);
Dzhafarkhanov 0:f7b7f71865d1 151
Dzhafarkhanov 0:f7b7f71865d1 152 /* Display ON */
Dzhafarkhanov 0:f7b7f71865d1 153 writeCommand(SEPS114A_DISPLAY_ON_OFF,0x01);
Dzhafarkhanov 0:f7b7f71865d1 154 }
Dzhafarkhanov 0:f7b7f71865d1 155
Dzhafarkhanov 0:f7b7f71865d1 156
Dzhafarkhanov 0:f7b7f71865d1 157
Dzhafarkhanov 0:f7b7f71865d1 158 //Set memory area(address) to write a display data
Dzhafarkhanov 0:f7b7f71865d1 159 void Adafruit_SEPS114A::MemorySize(uint8_t X1, uint8_t X2, uint8_t Y1, uint8_t Y2){
Dzhafarkhanov 0:f7b7f71865d1 160 writeCommand(SEPS114A_MEM_X1,X1);
Dzhafarkhanov 0:f7b7f71865d1 161 writeCommand(SEPS114A_MEM_X2,X2);
Dzhafarkhanov 0:f7b7f71865d1 162 writeCommand(SEPS114A_MEM_Y1,Y1);
Dzhafarkhanov 0:f7b7f71865d1 163 writeCommand(SEPS114A_MEM_Y2,Y2);
Dzhafarkhanov 0:f7b7f71865d1 164 }
Dzhafarkhanov 0:f7b7f71865d1 165
Dzhafarkhanov 0:f7b7f71865d1 166 uint16_t Adafruit_SEPS114A::Color565(uint8_t r, uint8_t g, uint8_t b) {
Dzhafarkhanov 0:f7b7f71865d1 167 uint16_t c;
Dzhafarkhanov 0:f7b7f71865d1 168 c = r >> 3;
Dzhafarkhanov 0:f7b7f71865d1 169 c <<= 6;
Dzhafarkhanov 0:f7b7f71865d1 170 c |= g >> 2;
Dzhafarkhanov 0:f7b7f71865d1 171 c <<= 5;
Dzhafarkhanov 0:f7b7f71865d1 172 c |= b >> 3;
Dzhafarkhanov 0:f7b7f71865d1 173
Dzhafarkhanov 0:f7b7f71865d1 174 return c;
Dzhafarkhanov 0:f7b7f71865d1 175 }
Dzhafarkhanov 0:f7b7f71865d1 176
Dzhafarkhanov 0:f7b7f71865d1 177
Dzhafarkhanov 0:f7b7f71865d1 178 // Set a single pixel
Dzhafarkhanov 0:f7b7f71865d1 179 void Adafruit_SEPS114A::drawPixel(int16_t x, int16_t y, uint16_t color)
Dzhafarkhanov 0:f7b7f71865d1 180 {
Dzhafarkhanov 1:a37035f55af3 181 if ((x < 0) || (x >= width()) || (y < 0) || (y >= height())) // Bounds check.
Dzhafarkhanov 1:a37035f55af3 182 return;
Dzhafarkhanov 1:a37035f55af3 183
Dzhafarkhanov 1:a37035f55af3 184 // check rotation, move pixel around if necessary
Dzhafarkhanov 1:a37035f55af3 185 switch (getRotation())
Dzhafarkhanov 1:a37035f55af3 186 {
Dzhafarkhanov 1:a37035f55af3 187 case 1: // Rotated 90 degrees clockwise.
Dzhafarkhanov 1:a37035f55af3 188 swap(x, y);
Dzhafarkhanov 1:a37035f55af3 189 x = _rawWidth - x - 1;
Dzhafarkhanov 1:a37035f55af3 190 break;
Dzhafarkhanov 1:a37035f55af3 191 case 2: // Rotated 180 degrees clockwise.
Dzhafarkhanov 1:a37035f55af3 192 x = _rawWidth - x - 1;
Dzhafarkhanov 1:a37035f55af3 193 y = _rawHeight - y - 1;
Dzhafarkhanov 1:a37035f55af3 194 break;
Dzhafarkhanov 1:a37035f55af3 195 case 3: // Rotated 270 degrees clockwise.
Dzhafarkhanov 1:a37035f55af3 196 swap(x, y);
Dzhafarkhanov 1:a37035f55af3 197 y = _rawHeight - y - 1;
Dzhafarkhanov 1:a37035f55af3 198 break;
Dzhafarkhanov 1:a37035f55af3 199 }
Dzhafarkhanov 1:a37035f55af3 200
Dzhafarkhanov 0:f7b7f71865d1 201 MemorySize( x, 1, y, 1);
Dzhafarkhanov 0:f7b7f71865d1 202 DDRAM_access();
Dzhafarkhanov 0:f7b7f71865d1 203 writeData(color >> 8) ;
Dzhafarkhanov 0:f7b7f71865d1 204 writeData(color);
Dzhafarkhanov 0:f7b7f71865d1 205 }
Dzhafarkhanov 0:f7b7f71865d1 206
Dzhafarkhanov 0:f7b7f71865d1 207
Dzhafarkhanov 0:f7b7f71865d1 208 void Adafruit_SEPS114A::clearDisplay()
Dzhafarkhanov 0:f7b7f71865d1 209 {
Dzhafarkhanov 0:f7b7f71865d1 210 int j;
Dzhafarkhanov 0:f7b7f71865d1 211 MemorySize(0x00,0x5F,0x00,0x5F);
Dzhafarkhanov 0:f7b7f71865d1 212 DDRAM_access();
Dzhafarkhanov 0:f7b7f71865d1 213
Dzhafarkhanov 0:f7b7f71865d1 214 for(j=0;j<9216;j++){ //
Dzhafarkhanov 0:f7b7f71865d1 215 writeData(Black >> 8) ;
Dzhafarkhanov 0:f7b7f71865d1 216 writeData(Black);
Dzhafarkhanov 0:f7b7f71865d1 217 }
Dzhafarkhanov 0:f7b7f71865d1 218 }
Dzhafarkhanov 0:f7b7f71865d1 219
Dzhafarkhanov 0:f7b7f71865d1 220 void Adafruit_SEPS114A::setContrastControl(int brightness)
Dzhafarkhanov 0:f7b7f71865d1 221 {
Dzhafarkhanov 0:f7b7f71865d1 222 int r, g, b;
Dzhafarkhanov 0:f7b7f71865d1 223 r = 2 + 16*brightness;
Dzhafarkhanov 0:f7b7f71865d1 224 g = 1 + 10*brightness;
Dzhafarkhanov 0:f7b7f71865d1 225 b = 1 + (23*brightness)/2;
Dzhafarkhanov 0:f7b7f71865d1 226 writeCommand(SEPS114A_COLUMN_CURRENT_R,r);
Dzhafarkhanov 0:f7b7f71865d1 227 writeCommand(SEPS114A_COLUMN_CURRENT_G,g);
Dzhafarkhanov 0:f7b7f71865d1 228 writeCommand(SEPS114A_COLUMN_CURRENT_B,b);
Dzhafarkhanov 0:f7b7f71865d1 229 }
Dzhafarkhanov 0:f7b7f71865d1 230
Dzhafarkhanov 0:f7b7f71865d1 231
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