| Author | Tokens | Token Proportion | Commits | Commit Proportion |
|---|---|---|---|---|
| Anitha Chrisanthus | 2612 | 99.54% | 1 | 50.00% |
| Edmund Dea | 12 | 0.46% | 1 | 50.00% |
| Total | 2624 | 2 |
/* SPDX-License-Identifier: GPL-2.0-only * * Copyright © 2018-2020 Intel Corporation */ #ifndef __KMB_REGS_H__ #define __KMB_REGS_H__ /*************************************************************************** * LCD controller control register defines ***************************************************************************/ #define LCD_CONTROL (0x4 * 0x000) #define LCD_CTRL_PROGRESSIVE (0 << 0) #define LCD_CTRL_INTERLACED BIT(0) #define LCD_CTRL_ENABLE BIT(1) #define LCD_CTRL_VL1_ENABLE BIT(2) #define LCD_CTRL_VL2_ENABLE BIT(3) #define LCD_CTRL_GL1_ENABLE BIT(4) #define LCD_CTRL_GL2_ENABLE BIT(5) #define LCD_CTRL_ALPHA_BLEND_VL1 (0 << 6) #define LCD_CTRL_ALPHA_BLEND_VL2 BIT(6) #define LCD_CTRL_ALPHA_BLEND_GL1 (2 << 6) #define LCD_CTRL_ALPHA_BLEND_GL2 (3 << 6) #define LCD_CTRL_ALPHA_TOP_VL1 (0 << 8) #define LCD_CTRL_ALPHA_TOP_VL2 BIT(8) #define LCD_CTRL_ALPHA_TOP_GL1 (2 << 8) #define LCD_CTRL_ALPHA_TOP_GL2 (3 << 8) #define LCD_CTRL_ALPHA_MIDDLE_VL1 (0 << 10) #define LCD_CTRL_ALPHA_MIDDLE_VL2 BIT(10) #define LCD_CTRL_ALPHA_MIDDLE_GL1 (2 << 10) #define LCD_CTRL_ALPHA_MIDDLE_GL2 (3 << 10) #define LCD_CTRL_ALPHA_BOTTOM_VL1 (0 << 12) #define LCD_CTRL_ALPHA_BOTTOM_VL2 BIT(12) #define LCD_CTRL_ALPHA_BOTTOM_GL1 (2 << 12) #define LCD_CTRL_ALPHA_BOTTOM_GL2 (3 << 12) #define LCD_CTRL_TIM_GEN_ENABLE BIT(14) #define LCD_CTRL_CONTINUOUS (0 << 15) #define LCD_CTRL_ONE_SHOT BIT(15) #define LCD_CTRL_PWM0_EN BIT(16) #define LCD_CTRL_PWM1_EN BIT(17) #define LCD_CTRL_PWM2_EN BIT(18) #define LCD_CTRL_OUTPUT_DISABLED (0 << 19) #define LCD_CTRL_OUTPUT_ENABLED BIT(19) #define LCD_CTRL_BPORCH_ENABLE BIT(21) #define LCD_CTRL_FPORCH_ENABLE BIT(22) #define LCD_CTRL_ALPHA_BLEND_BKGND_DISABLE BIT(23) #define LCD_CTRL_PIPELINE_DMA BIT(28) #define LCD_CTRL_VHSYNC_IDLE_LVL BIT(31) #define LCD_CTRL_ALPHA_ALL (0xff << 6) /* interrupts */ #define LCD_INT_STATUS (0x4 * 0x001) #define LCD_INT_EOF BIT(0) #define LCD_INT_LINE_CMP BIT(1) #define LCD_INT_VERT_COMP BIT(2) #define LAYER0_DMA_DONE BIT(3) #define LAYER0_DMA_IDLE BIT(4) #define LAYER0_DMA_FIFO_OVERFLOW BIT(5) #define LAYER0_DMA_FIFO_UNDERFLOW BIT(6) #define LAYER0_DMA_CB_FIFO_OVERFLOW BIT(7) #define LAYER0_DMA_CB_FIFO_UNDERFLOW BIT(8) #define LAYER0_DMA_CR_FIFO_OVERFLOW BIT(9) #define LAYER0_DMA_CR_FIFO_UNDERFLOW BIT(10) #define LAYER1_DMA_DONE BIT(11) #define LAYER1_DMA_IDLE BIT(12) #define LAYER1_DMA_FIFO_OVERFLOW BIT(13) #define LAYER1_DMA_FIFO_UNDERFLOW BIT(14) #define LAYER1_DMA_CB_FIFO_OVERFLOW BIT(15) #define LAYER1_DMA_CB_FIFO_UNDERFLOW BIT(16) #define LAYER1_DMA_CR_FIFO_OVERFLOW BIT(17) #define LAYER1_DMA_CR_FIFO_UNDERFLOW BIT(18) #define LAYER2_DMA_DONE BIT(19) #define LAYER2_DMA_IDLE BIT(20) #define LAYER2_DMA_FIFO_OVERFLOW BIT(21) #define LAYER2_DMA_FIFO_UNDERFLOW BIT(22) #define LAYER3_DMA_DONE BIT(23) #define LAYER3_DMA_IDLE BIT(24) #define LAYER3_DMA_FIFO_OVERFLOW BIT(25) #define LAYER3_DMA_FIFO_UNDERFLOW BIT(26) #define LCD_INT_LAYER (0x07fffff8) #define LCD_INT_ENABLE (0x4 * 0x002) #define LCD_INT_CLEAR (0x4 * 0x003) #define LCD_LINE_COUNT (0x4 * 0x004) #define LCD_LINE_COMPARE (0x4 * 0x005) #define LCD_VSTATUS (0x4 * 0x006) /*LCD_VSTATUS_COMPARE Vertcal interval in which to generate vertcal * interval interrupt */ /* BITS 13 and 14 */ #define LCD_VSTATUS_COMPARE (0x4 * 0x007) #define LCD_VSTATUS_VERTICAL_STATUS_MASK (3 << 13) #define LCD_VSTATUS_COMPARE_VSYNC (0 << 13) #define LCD_VSTATUS_COMPARE_BACKPORCH BIT(13) #define LCD_VSTATUS_COMPARE_ACTIVE (2 << 13) #define LCD_VSTATUS_COMPARE_FRONT_PORCH (3 << 13) #define LCD_SCREEN_WIDTH (0x4 * 0x008) #define LCD_SCREEN_HEIGHT (0x4 * 0x009) #define LCD_FIELD_INT_CFG (0x4 * 0x00a) #define LCD_FIFO_FLUSH (0x4 * 0x00b) #define LCD_BG_COLOUR_LS (0x4 * 0x00c) #define LCD_BG_COLOUR_MS (0x4 * 0x00d) #define LCD_RAM_CFG (0x4 * 0x00e) /**************************************************************************** * LCD controller Layer config register ***************************************************************************/ #define LCD_LAYER0_CFG (0x4 * 0x100) #define LCD_LAYERn_CFG(N) (LCD_LAYER0_CFG + (0x400 * (N))) #define LCD_LAYER_SCALE_H BIT(1) #define LCD_LAYER_SCALE_V BIT(2) #define LCD_LAYER_SCALE_H_V (LCD_LAYER_SCALE_H | \ LCD_LAYER_SCALE_V) #define LCD_LAYER_CSC_EN BIT(3) #define LCD_LAYER_ALPHA_STATIC BIT(4) #define LCD_LAYER_ALPHA_EMBED BIT(5) #define LCD_LAYER_ALPHA_COMBI (LCD_LAYER_ALPHA_STATIC | \ LCD_LAYER_ALPHA_EMBED) #define LCD_LAYER_ALPHA_DISABLED ~(LCD_LAYER_ALPHA_COMBI) /* RGB multiplied with alpha */ #define LCD_LAYER_ALPHA_PREMULT BIT(6) #define LCD_LAYER_INVERT_COL BIT(7) #define LCD_LAYER_TRANSPARENT_EN BIT(8) #define LCD_LAYER_FORMAT_YCBCR444PLAN (0 << 9) #define LCD_LAYER_FORMAT_YCBCR422PLAN BIT(9) #define LCD_LAYER_FORMAT_YCBCR420PLAN (2 << 9) #define LCD_LAYER_FORMAT_RGB888PLAN (3 << 9) #define LCD_LAYER_FORMAT_YCBCR444LIN (4 << 9) #define LCD_LAYER_FORMAT_YCBCR422LIN (5 << 9) #define LCD_LAYER_FORMAT_RGB888 (6 << 9) #define LCD_LAYER_FORMAT_RGBA8888 (7 << 9) #define LCD_LAYER_FORMAT_RGBX8888 (8 << 9) #define LCD_LAYER_FORMAT_RGB565 (9 << 9) #define LCD_LAYER_FORMAT_RGBA1555 (0xa << 9) #define LCD_LAYER_FORMAT_XRGB1555 (0xb << 9) #define LCD_LAYER_FORMAT_RGB444 (0xc << 9) #define LCD_LAYER_FORMAT_RGBA4444 (0xd << 9) #define LCD_LAYER_FORMAT_RGBX4444 (0xe << 9) #define LCD_LAYER_FORMAT_RGB332 (0xf << 9) #define LCD_LAYER_FORMAT_RGBA3328 (0x10 << 9) #define LCD_LAYER_FORMAT_RGBX3328 (0x11 << 9) #define LCD_LAYER_FORMAT_CLUT (0x12 << 9) #define LCD_LAYER_FORMAT_NV12 (0x1c << 9) #define LCD_LAYER_PLANAR_STORAGE BIT(14) #define LCD_LAYER_8BPP (0 << 15) #define LCD_LAYER_16BPP BIT(15) #define LCD_LAYER_24BPP (2 << 15) #define LCD_LAYER_32BPP (3 << 15) #define LCD_LAYER_Y_ORDER BIT(17) #define LCD_LAYER_CRCB_ORDER BIT(18) #define LCD_LAYER_BGR_ORDER BIT(19) #define LCD_LAYER_LUT_2ENT (0 << 20) #define LCD_LAYER_LUT_4ENT BIT(20) #define LCD_LAYER_LUT_16ENT (2 << 20) #define LCD_LAYER_NO_FLIP (0 << 22) #define LCD_LAYER_FLIP_V BIT(22) #define LCD_LAYER_FLIP_H (2 << 22) #define LCD_LAYER_ROT_R90 (3 << 22) #define LCD_LAYER_ROT_L90 (4 << 22) #define LCD_LAYER_ROT_180 (5 << 22) #define LCD_LAYER_FIFO_00 (0 << 25) #define LCD_LAYER_FIFO_25 BIT(25) #define LCD_LAYER_FIFO_50 (2 << 25) #define LCD_LAYER_FIFO_100 (3 << 25) #define LCD_LAYER_INTERLEAVE_DIS (0 << 27) #define LCD_LAYER_INTERLEAVE_V BIT(27) #define LCD_LAYER_INTERLEAVE_H (2 << 27) #define LCD_LAYER_INTERLEAVE_CH (3 << 27) #define LCD_LAYER_INTERLEAVE_V_SUB (4 << 27) #define LCD_LAYER_INTERLEAVE_H_SUB (5 << 27) #define LCD_LAYER_INTERLEAVE_CH_SUB (6 << 27) #define LCD_LAYER_INTER_POS_EVEN (0 << 30) #define LCD_LAYER_INTER_POS_ODD BIT(30) #define LCD_LAYER0_COL_START (0x4 * 0x101) #define LCD_LAYERn_COL_START(N) (LCD_LAYER0_COL_START + (0x400 * (N))) #define LCD_LAYER0_ROW_START (0x4 * 0x102) #define LCD_LAYERn_ROW_START(N) (LCD_LAYER0_ROW_START + (0x400 * (N))) #define LCD_LAYER0_WIDTH (0x4 * 0x103) #define LCD_LAYERn_WIDTH(N) (LCD_LAYER0_WIDTH + (0x400 * (N))) #define LCD_LAYER0_HEIGHT (0x4 * 0x104) #define LCD_LAYERn_HEIGHT(N) (LCD_LAYER0_HEIGHT + (0x400 * (N))) #define LCD_LAYER0_SCALE_CFG (0x4 * 0x105) #define LCD_LAYERn_SCALE_CFG(N) (LCD_LAYER0_SCALE_CFG + (0x400 * (N))) #define LCD_LAYER0_ALPHA (0x4 * 0x106) #define LCD_LAYERn_ALPHA(N) (LCD_LAYER0_ALPHA + (0x400 * (N))) #define LCD_LAYER0_INV_COLOUR_LS (0x4 * 0x107) #define LCD_LAYERn_INV_COLOUR_LS(N) (LCD_LAYER0_INV_COLOUR_LS + \ (0x400 * (N))) #define LCD_LAYER0_INV_COLOUR_MS (0x4 * 0x108) #define LCD_LAYERn_INV_COLOUR_MS(N) (LCD_LAYER0_INV_COLOUR_MS + \ (0x400 * (N))) #define LCD_LAYER0_TRANS_COLOUR_LS (0x4 * 0x109) #define LCD_LAYERn_TRANS_COLOUR_LS(N) (LCD_LAYER0_TRANS_COLOUR_LS + \ (0x400 * (N))) #define LCD_LAYER0_TRANS_COLOUR_MS (0x4 * 0x10a) #define LCD_LAYERn_TRANS_COLOUR_MS(N) (LCD_LAYER0_TRANS_COLOUR_MS + \ (0x400 * (N))) #define LCD_LAYER0_CSC_COEFF11 (0x4 * 0x10b) #define LCD_LAYERn_CSC_COEFF11(N) (LCD_LAYER0_CSC_COEFF11 + (0x400 * (N))) #define LCD_LAYER0_CSC_COEFF12 (0x4 * 0x10c) #define LCD_LAYERn_CSC_COEFF12(N) (LCD_LAYER0_CSC_COEFF12 + (0x400 * (N))) #define LCD_LAYER0_CSC_COEFF13 (0x4 * 0x10d) #define LCD_LAYERn_CSC_COEFF13(N) (LCD_LAYER0_CSC_COEFF13 + (0x400 * (N))) #define LCD_LAYER0_CSC_COEFF21 (0x4 * 0x10e) #define LCD_LAYERn_CSC_COEFF21(N) (LCD_LAYER0_CSC_COEFF21 + (0x400 * (N))) #define LCD_LAYER0_CSC_COEFF22 (0x4 * 0x10f) #define LCD_LAYERn_CSC_COEFF22(N) (LCD_LAYER0_CSC_COEFF22 + (0x400 * (N))) #define LCD_LAYER0_CSC_COEFF23 (0x4 * 0x110) #define LCD_LAYERn_CSC_COEFF23(N) (LCD_LAYER0_CSC_COEFF23 + (0x400 * (N))) #define LCD_LAYER0_CSC_COEFF31 (0x4 * 0x111) #define LCD_LAYERn_CSC_COEFF31(N) (LCD_LAYER0_CSC_COEFF31 + (0x400 * (N))) #define LCD_LAYER0_CSC_COEFF32 (0x4 * 0x112) #define LCD_LAYERn_CSC_COEFF32(N) (LCD_LAYER0_CSC_COEFF32 + (0x400 * (N))) #define LCD_LAYER0_CSC_COEFF33 (0x4 * 0x113) #define LCD_LAYERn_CSC_COEFF33(N) (LCD_LAYER0_CSC_COEFF33 + (0x400 * (N))) #define LCD_LAYER0_CSC_OFF1 (0x4 * 0x114) #define LCD_LAYERn_CSC_OFF1(N) (LCD_LAYER0_CSC_OFF1 + (0x400 * (N))) #define LCD_LAYER0_CSC_OFF2 (0x4 * 0x115) #define LCD_LAYERn_CSC_OFF2(N) (LCD_LAYER0_CSC_OFF2 + (0x400 * (N))) #define LCD_LAYER0_CSC_OFF3 (0x4 * 0x116) #define LCD_LAYERn_CSC_OFF3(N) (LCD_LAYER0_CSC_OFF3 + (0x400 * (N))) /* LCD controller Layer DMA config register */ #define LCD_LAYER0_DMA_CFG (0x4 * 0x117) #define LCD_LAYERn_DMA_CFG(N) (LCD_LAYER0_DMA_CFG + \ (0x400 * (N))) #define LCD_DMA_LAYER_ENABLE BIT(0) #define LCD_DMA_LAYER_STATUS BIT(1) #define LCD_DMA_LAYER_AUTO_UPDATE BIT(2) #define LCD_DMA_LAYER_CONT_UPDATE BIT(3) #define LCD_DMA_LAYER_CONT_PING_PONG_UPDATE (LCD_DMA_LAYER_AUTO_UPDATE \ | LCD_DMA_LAYER_CONT_UPDATE) #define LCD_DMA_LAYER_FIFO_ADR_MODE BIT(4) #define LCD_DMA_LAYER_AXI_BURST_1 BIT(5) #define LCD_DMA_LAYER_AXI_BURST_2 (2 << 5) #define LCD_DMA_LAYER_AXI_BURST_3 (3 << 5) #define LCD_DMA_LAYER_AXI_BURST_4 (4 << 5) #define LCD_DMA_LAYER_AXI_BURST_5 (5 << 5) #define LCD_DMA_LAYER_AXI_BURST_6 (6 << 5) #define LCD_DMA_LAYER_AXI_BURST_7 (7 << 5) #define LCD_DMA_LAYER_AXI_BURST_8 (8 << 5) #define LCD_DMA_LAYER_AXI_BURST_9 (9 << 5) #define LCD_DMA_LAYER_AXI_BURST_10 (0xa << 5) #define LCD_DMA_LAYER_AXI_BURST_11 (0xb << 5) #define LCD_DMA_LAYER_AXI_BURST_12 (0xc << 5) #define LCD_DMA_LAYER_AXI_BURST_13 (0xd << 5) #define LCD_DMA_LAYER_AXI_BURST_14 (0xe << 5) #define LCD_DMA_LAYER_AXI_BURST_15 (0xf << 5) #define LCD_DMA_LAYER_AXI_BURST_16 (0x10 << 5) #define LCD_DMA_LAYER_VSTRIDE_EN BIT(10) #define LCD_LAYER0_DMA_START_ADR (0x4 * 0x118) #define LCD_LAYERn_DMA_START_ADDR(N) (LCD_LAYER0_DMA_START_ADR \ + (0x400 * (N))) #define LCD_LAYER0_DMA_START_SHADOW (0x4 * 0x119) #define LCD_LAYERn_DMA_START_SHADOW(N) (LCD_LAYER0_DMA_START_SHADOW \ + (0x400 * (N))) #define LCD_LAYER0_DMA_LEN (0x4 * 0x11a) #define LCD_LAYERn_DMA_LEN(N) (LCD_LAYER0_DMA_LEN + \ (0x400 * (N))) #define LCD_LAYER0_DMA_LEN_SHADOW (0x4 * 0x11b) #define LCD_LAYERn_DMA_LEN_SHADOW(N) (LCD_LAYER0_DMA_LEN_SHADOW + \ (0x400 * (N))) #define LCD_LAYER0_DMA_STATUS (0x4 * 0x11c) #define LCD_LAYERn_DMA_STATUS(N) (LCD_LAYER0_DMA_STATUS + \ (0x400 * (N))) #define LCD_LAYER0_DMA_LINE_WIDTH (0x4 * 0x11d) #define LCD_LAYERn_DMA_LINE_WIDTH(N) (LCD_LAYER0_DMA_LINE_WIDTH + \ (0x400 * (N))) #define LCD_LAYER0_DMA_LINE_VSTRIDE (0x4 * 0x11e) #define LCD_LAYERn_DMA_LINE_VSTRIDE(N) (LCD_LAYER0_DMA_LINE_VSTRIDE +\ (0x400 * (N))) #define LCD_LAYER0_DMA_FIFO_STATUS (0x4 * 0x11f) #define LCD_LAYERn_DMA_FIFO_STATUS(N) (LCD_LAYER0_DMA_FIFO_STATUS + \ (0x400 * (N))) #define LCD_LAYER0_CFG2 (0x4 * 0x120) #define LCD_LAYERn_CFG2(N) (LCD_LAYER0_CFG2 + (0x400 * (N))) #define LCD_LAYER0_DMA_START_CB_ADR (0x4 * 0x700) #define LCD_LAYERn_DMA_START_CB_ADR(N) (LCD_LAYER0_DMA_START_CB_ADR + \ (0x20 * (N))) #define LCD_LAYER0_DMA_START_CB_SHADOW (0x4 * 0x701) #define LCD_LAYERn_DMA_START_CB_SHADOW(N) (LCD_LAYER0_DMA_START_CB_SHADOW\ + (0x20 * (N))) #define LCD_LAYER0_DMA_CB_LINE_WIDTH (0x4 * 0x702) #define LCD_LAYERn_DMA_CB_LINE_WIDTH(N) (LCD_LAYER0_DMA_CB_LINE_WIDTH +\ (0x20 * (N))) #define LCD_LAYER0_DMA_CB_LINE_VSTRIDE (0x4 * 0x703) #define LCD_LAYERn_DMA_CB_LINE_VSTRIDE(N) (LCD_LAYER0_DMA_CB_LINE_VSTRIDE\ + (0x20 * (N))) #define LCD_LAYER0_DMA_START_CR_ADR (0x4 * 0x704) #define LCD_LAYERn_DMA_START_CR_ADR(N) (LCD_LAYER0_DMA_START_CR_ADR + \ (0x20 * (N))) #define LCD_LAYER0_DMA_START_CR_SHADOW (0x4 * 0x705) #define LCD_LAYERn_DMA_START_CR_SHADOW(N) \ (LCD_LAYER0_DMA_START_CR_SHADOW\ + (0x20 * (N))) #define LCD_LAYER0_DMA_CR_LINE_WIDTH (0x4 * 0x706) #define LCD_LAYERn_DMA_CR_LINE_WIDTH(N) (LCD_LAYER0_DMA_CR_LINE_WIDTH +\ (0x20 * (N))) #define LCD_LAYER0_DMA_CR_LINE_VSTRIDE (0x4 * 0x707) #define LCD_LAYERn_DMA_CR_LINE_VSTRIDE(N) (LCD_LAYER0_DMA_CR_LINE_VSTRIDE\ + (0x20 * (N))) #define LCD_LAYER1_DMA_START_CB_ADR (0x4 * 0x708) #define LCD_LAYER1_DMA_START_CB_SHADOW (0x4 * 0x709) #define LCD_LAYER1_DMA_CB_LINE_WIDTH (0x4 * 0x70a) #define LCD_LAYER1_DMA_CB_LINE_VSTRIDE (0x4 * 0x70b) #define LCD_LAYER1_DMA_START_CR_ADR (0x4 * 0x70c) #define LCD_LAYER1_DMA_START_CR_SHADOW (0x4 * 0x70d) #define LCD_LAYER1_DMA_CR_LINE_WIDTH (0x4 * 0x70e) #define LCD_LAYER1_DMA_CR_LINE_VSTRIDE (0x4 * 0x70f) /**************************************************************************** * LCD controller output format register defines ***************************************************************************/ #define LCD_OUT_FORMAT_CFG (0x4 * 0x800) #define LCD_OUTF_FORMAT_RGB121212 (0x00) #define LCD_OUTF_FORMAT_RGB101010 (0x01) #define LCD_OUTF_FORMAT_RGB888 (0x02) #define LCD_OUTF_FORMAT_RGB666 (0x03) #define LCD_OUTF_FORMAT_RGB565 (0x04) #define LCD_OUTF_FORMAT_RGB444 (0x05) #define LCD_OUTF_FORMAT_MRGB121212 (0x10) #define LCD_OUTF_FORMAT_MRGB101010 (0x11) #define LCD_OUTF_FORMAT_MRGB888 (0x12) #define LCD_OUTF_FORMAT_MRGB666 (0x13) #define LCD_OUTF_FORMAT_MRGB565 (0x14) #define LCD_OUTF_FORMAT_YCBCR420_8B_LEGACY (0x08) #define LCD_OUTF_FORMAT_YCBCR420_8B_DCI (0x09) #define LCD_OUTF_FORMAT_YCBCR420_8B (0x0A) #define LCD_OUTF_FORMAT_YCBCR420_10B (0x0B) #define LCD_OUTF_FORMAT_YCBCR420_12B (0x0C) #define LCD_OUTF_FORMAT_YCBCR422_8B (0x0D) #define LCD_OUTF_FORMAT_YCBCR422_10B (0x0E) #define LCD_OUTF_FORMAT_YCBCR444 (0x0F) #define LCD_OUTF_FORMAT_MYCBCR420_8B_LEGACY (0x18) #define LCD_OUTF_FORMAT_MYCBCR420_8B_DCI (0x19) #define LCD_OUTF_FORMAT_MYCBCR420_8B (0x1A) #define LCD_OUTF_FORMAT_MYCBCR420_10B (0x1B) #define LCD_OUTF_FORMAT_MYCBCR420_12B (0x1C) #define LCD_OUTF_FORMAT_MYCBCR422_8B (0x1D) #define LCD_OUTF_FORMAT_MYCBCR422_10B (0x1E) #define LCD_OUTF_FORMAT_MYCBCR444 (0x1F) #define LCD_OUTF_BGR_ORDER BIT(5) #define LCD_OUTF_Y_ORDER BIT(6) #define LCD_OUTF_CRCB_ORDER BIT(7) #define LCD_OUTF_SYNC_MODE BIT(11) #define LCD_OUTF_RGB_CONV_MODE BIT(14) #define LCD_OUTF_MIPI_RGB_MODE BIT(18) #define LCD_HSYNC_WIDTH (0x4 * 0x801) #define LCD_H_BACKPORCH (0x4 * 0x802) #define LCD_H_ACTIVEWIDTH (0x4 * 0x803) #define LCD_H_FRONTPORCH (0x4 * 0x804) #define LCD_VSYNC_WIDTH (0x4 * 0x805) #define LCD_V_BACKPORCH (0x4 * 0x806) #define LCD_V_ACTIVEHEIGHT (0x4 * 0x807) #define LCD_V_FRONTPORCH (0x4 * 0x808) #define LCD_VSYNC_START (0x4 * 0x809) #define LCD_VSYNC_END (0x4 * 0x80a) #define LCD_V_BACKPORCH_EVEN (0x4 * 0x80b) #define LCD_VSYNC_WIDTH_EVEN (0x4 * 0x80c) #define LCD_V_ACTIVEHEIGHT_EVEN (0x4 * 0x80d) #define LCD_V_FRONTPORCH_EVEN (0x4 * 0x80e) #define LCD_VSYNC_START_EVEN (0x4 * 0x80f) #define LCD_VSYNC_END_EVEN (0x4 * 0x810) #define LCD_TIMING_GEN_TRIG (0x4 * 0x811) #define LCD_PWM0_CTRL (0x4 * 0x812) #define LCD_PWM0_RPT_LEADIN (0x4 * 0x813) #define LCD_PWM0_HIGH_LOW (0x4 * 0x814) #define LCD_PWM1_CTRL (0x4 * 0x815) #define LCD_PWM1_RPT_LEADIN (0x4 * 0x816) #define LCD_PWM1_HIGH_LOW (0x4 * 0x817) #define LCD_PWM2_CTRL (0x4 * 0x818) #define LCD_PWM2_RPT_LEADIN (0x4 * 0x819) #define LCD_PWM2_HIGH_LOW (0x4 * 0x81a) #define LCD_VIDEO0_DMA0_BYTES (0x4 * 0xb00) #define LCD_VIDEO0_DMA0_STATE (0x4 * 0xb01) #define LCD_DMA_STATE_ACTIVE BIT(3) #define LCD_VIDEO0_DMA1_BYTES (0x4 * 0xb02) #define LCD_VIDEO0_DMA1_STATE (0x4 * 0xb03) #define LCD_VIDEO0_DMA2_BYTES (0x4 * 0xb04) #define LCD_VIDEO0_DMA2_STATE (0x4 * 0xb05) #define LCD_VIDEO1_DMA0_BYTES (0x4 * 0xb06) #define LCD_VIDEO1_DMA0_STATE (0x4 * 0xb07) #define LCD_VIDEO1_DMA1_BYTES (0x4 * 0xb08) #define LCD_VIDEO1_DMA1_STATE (0x4 * 0xb09) #define LCD_VIDEO1_DMA2_BYTES (0x4 * 0xb0a) #define LCD_VIDEO1_DMA2_STATE (0x4 * 0xb0b) #define LCD_GRAPHIC0_DMA_BYTES (0x4 * 0xb0c) #define LCD_GRAPHIC0_DMA_STATE (0x4 * 0xb0d) #define LCD_GRAPHIC1_DMA_BYTES (0x4 * 0xb0e) #define LCD_GRAPHIC1_DMA_STATE (0x4 * 0xb0f) /*************************************************************************** * MIPI controller control register defines *************************************************************************/ #define MIPI0_HS_BASE_ADDR (MIPI_BASE_ADDR + 0x400) #define HS_OFFSET(M) (((M) + 1) * 0x400) #define MIPI_TX_HS_CTRL (0x0) #define MIPI_TXm_HS_CTRL(M) (MIPI_TX_HS_CTRL + HS_OFFSET(M)) #define HS_CTRL_EN BIT(0) /* 1:CSI 0:DSI */ #define HS_CTRL_CSIDSIN BIT(2) /* 1:LCD, 0:DMA */ #define TX_SOURCE BIT(3) #define ACTIVE_LANES(n) ((n) << 4) #define LCD_VC(ch) ((ch) << 8) #define DSI_EOTP_EN BIT(11) #define DSI_CMD_HFP_EN BIT(12) #define CRC_EN BIT(14) #define HSEXIT_CNT(n) ((n) << 16) #define HSCLKIDLE_CNT BIT(24) #define MIPI_TX_HS_SYNC_CFG (0x8) #define MIPI_TXm_HS_SYNC_CFG(M) (MIPI_TX_HS_SYNC_CFG \ + HS_OFFSET(M)) #define LINE_SYNC_PKT_ENABLE BIT(0) #define FRAME_COUNTER_ACTIVE BIT(1) #define LINE_COUNTER_ACTIVE BIT(2) #define DSI_V_BLANKING BIT(4) #define DSI_HSA_BLANKING BIT(5) #define DSI_HBP_BLANKING BIT(6) #define DSI_HFP_BLANKING BIT(7) #define DSI_SYNC_PULSE_EVENTN BIT(8) #define DSI_LPM_FIRST_VSA_LINE BIT(9) #define DSI_LPM_LAST_VFP_LINE BIT(10) #define WAIT_ALL_SECT BIT(11) #define WAIT_TRIG_POS BIT(15) #define ALWAYS_USE_HACT(f) ((f) << 19) #define FRAME_GEN_EN(f) ((f) << 23) #define HACT_WAIT_STOP(f) ((f) << 28) #define MIPI_TX0_HS_FG0_SECT0_PH (0x40) #define MIPI_TXm_HS_FGn_SECTo_PH(M, N, O) (MIPI_TX0_HS_FG0_SECT0_PH + \ HS_OFFSET(M) + (0x2C * (N)) \ + (8 * (O))) #define MIPI_TX_SECT_WC_MASK (0xffff) #define MIPI_TX_SECT_VC_MASK (3) #define MIPI_TX_SECT_VC_SHIFT (22) #define MIPI_TX_SECT_DT_MASK (0x3f) #define MIPI_TX_SECT_DT_SHIFT (16) #define MIPI_TX_SECT_DM_MASK (3) #define MIPI_TX_SECT_DM_SHIFT (24) #define MIPI_TX_SECT_DMA_PACKED BIT(26) #define MIPI_TX_HS_FG0_SECT_UNPACKED_BYTES0 (0x60) #define MIPI_TX_HS_FG0_SECT_UNPACKED_BYTES1 (0x64) #define MIPI_TXm_HS_FGn_SECT_UNPACKED_BYTES0(M, N) \ (MIPI_TX_HS_FG0_SECT_UNPACKED_BYTES0 \ + HS_OFFSET(M) + (0x2C * (N))) #define MIPI_TX_HS_FG0_SECT0_LINE_CFG (0x44) #define MIPI_TXm_HS_FGn_SECTo_LINE_CFG(M, N, O) \ (MIPI_TX_HS_FG0_SECT0_LINE_CFG + HS_OFFSET(M) \ + (0x2C * (N)) + (8 * (O))) #define MIPI_TX_HS_FG0_NUM_LINES (0x68) #define MIPI_TXm_HS_FGn_NUM_LINES(M, N) \ (MIPI_TX_HS_FG0_NUM_LINES + HS_OFFSET(M) \ + (0x2C * (N))) #define MIPI_TX_HS_VSYNC_WIDTHS0 (0x104) #define MIPI_TXm_HS_VSYNC_WIDTHn(M, N) \ (MIPI_TX_HS_VSYNC_WIDTHS0 + HS_OFFSET(M) \ + (0x4 * (N))) #define MIPI_TX_HS_V_BACKPORCHES0 (0x16c) #define MIPI_TXm_HS_V_BACKPORCHESn(M, N) \ (MIPI_TX_HS_V_BACKPORCHES0 + HS_OFFSET(M) \ + (0x4 * (N))) #define MIPI_TX_HS_V_FRONTPORCHES0 (0x174) #define MIPI_TXm_HS_V_FRONTPORCHESn(M, N) \ (MIPI_TX_HS_V_FRONTPORCHES0 + HS_OFFSET(M) \ + (0x4 * (N))) #define MIPI_TX_HS_V_ACTIVE0 (0x17c) #define MIPI_TXm_HS_V_ACTIVEn(M, N) \ (MIPI_TX_HS_V_ACTIVE0 + HS_OFFSET(M) \ + (0x4 * (N))) #define MIPI_TX_HS_HSYNC_WIDTH0 (0x10c) #define MIPI_TXm_HS_HSYNC_WIDTHn(M, N) \ (MIPI_TX_HS_HSYNC_WIDTH0 + HS_OFFSET(M) \ + (0x4 * (N))) #define MIPI_TX_HS_H_BACKPORCH0 (0x11c) #define MIPI_TXm_HS_H_BACKPORCHn(M, N) \ (MIPI_TX_HS_H_BACKPORCH0 + HS_OFFSET(M) \ + (0x4 * (N))) #define MIPI_TX_HS_H_FRONTPORCH0 (0x12c) #define MIPI_TXm_HS_H_FRONTPORCHn(M, N) \ (MIPI_TX_HS_H_FRONTPORCH0 + HS_OFFSET(M) \ + (0x4 * (N))) #define MIPI_TX_HS_H_ACTIVE0 (0x184) #define MIPI_TXm_HS_H_ACTIVEn(M, N) \ (MIPI_TX_HS_H_ACTIVE0 + HS_OFFSET(M) \ + (0x4 * (N))) #define MIPI_TX_HS_LLP_HSYNC_WIDTH0 (0x13c) #define MIPI_TXm_HS_LLP_HSYNC_WIDTHn(M, N) \ (MIPI_TX_HS_LLP_HSYNC_WIDTH0 + HS_OFFSET(M) \ + (0x4 * (N))) #define MIPI_TX_HS_LLP_H_BACKPORCH0 (0x14c) #define MIPI_TXm_HS_LLP_H_BACKPORCHn(M, N) \ (MIPI_TX_HS_LLP_H_BACKPORCH0 + HS_OFFSET(M) \ + (0x4 * (N))) #define MIPI_TX_HS_LLP_H_FRONTPORCH0 (0x15c) #define MIPI_TXm_HS_LLP_H_FRONTPORCHn(M, N) \ (MIPI_TX_HS_LLP_H_FRONTPORCH0 + HS_OFFSET(M) \ + (0x4 * (N))) #define MIPI_TX_HS_MC_FIFO_CTRL_EN (0x194) #define MIPI_TXm_HS_MC_FIFO_CTRL_EN(M) \ (MIPI_TX_HS_MC_FIFO_CTRL_EN + HS_OFFSET(M)) #define MIPI_TX_HS_MC_FIFO_CHAN_ALLOC0 (0x198) #define MIPI_TX_HS_MC_FIFO_CHAN_ALLOC1 (0x19c) #define MIPI_TXm_HS_MC_FIFO_CHAN_ALLOCn(M, N) \ (MIPI_TX_HS_MC_FIFO_CHAN_ALLOC0 + HS_OFFSET(M) \ + (0x4 * (N))) #define SET_MC_FIFO_CHAN_ALLOC(dev, ctrl, vc, sz) \ kmb_write_bits_mipi(dev, \ MIPI_TXm_HS_MC_FIFO_CHAN_ALLOCn(ctrl, \ (vc) / 2), ((vc) % 2) * 16, 16, sz) #define MIPI_TX_HS_MC_FIFO_RTHRESHOLD0 (0x1a0) #define MIPI_TX_HS_MC_FIFO_RTHRESHOLD1 (0x1a4) #define MIPI_TXm_HS_MC_FIFO_RTHRESHOLDn(M, N) \ (MIPI_TX_HS_MC_FIFO_RTHRESHOLD0 + HS_OFFSET(M) \ + (0x4 * (N))) #define SET_MC_FIFO_RTHRESHOLD(dev, ctrl, vc, th) \ kmb_write_bits_mipi(dev, MIPI_TXm_HS_MC_FIFO_RTHRESHOLDn(ctrl, \ (vc) / 2), ((vc) % 2) * 16, 16, th) #define MIPI_TX_HS_DMA_CFG (0x1a8) #define MIPI_TX_HS_DMA_START_ADR_CHAN0 (0x1ac) #define MIPI_TX_HS_DMA_LEN_CHAN0 (0x1b4) /* MIPI IRQ */ #define MIPI_CTRL_IRQ_STATUS0 (0x00) #define MIPI_DPHY_ERR_IRQ 1 #define MIPI_DPHY_ERR_MASK 0x7FE /*bits 1-10 */ #define MIPI_HS_IRQ 13 /* bits 13-22 */ #define MIPI_HS_IRQ_MASK 0x7FE000 #define MIPI_LP_EVENT_IRQ 25 #define MIPI_GET_IRQ_STAT0(dev) kmb_read_mipi(dev, \ MIPI_CTRL_IRQ_STATUS0) #define MIPI_CTRL_IRQ_STATUS1 (0x04) #define MIPI_HS_RX_EVENT_IRQ 0 #define MIPI_GET_IRQ_STAT1(dev) kmb_read_mipi(dev, \ MIPI_CTRL_IRQ_STATUS1) #define MIPI_CTRL_IRQ_ENABLE0 (0x08) #define SET_MIPI_CTRL_IRQ_ENABLE0(dev, M, N) kmb_set_bit_mipi(dev, \ MIPI_CTRL_IRQ_ENABLE0, \ (M) + (N)) #define MIPI_GET_IRQ_ENABLED0(dev) kmb_read_mipi(dev, \ MIPI_CTRL_IRQ_ENABLE0) #define MIPI_CTRL_IRQ_ENABLE1 (0x0c) #define MIPI_GET_IRQ_ENABLED1(dev) kmb_read_mipi(dev, \ MIPI_CTRL_IRQ_ENABLE1) #define MIPI_CTRL_IRQ_CLEAR0 (0x010) #define SET_MIPI_CTRL_IRQ_CLEAR0(dev, M, N) \ kmb_set_bit_mipi(dev, MIPI_CTRL_IRQ_CLEAR0, (M) + (N)) #define MIPI_CTRL_IRQ_CLEAR1 (0x014) #define SET_MIPI_CTRL_IRQ_CLEAR1(dev, M, N) \ kmb_set_bit_mipi(dev, MIPI_CTRL_IRQ_CLEAR1, (M) + (N)) #define MIPI_CTRL_DIG_LOOPBACK (0x018) #define MIPI_TX_HS_IRQ_STATUS (0x01c) #define MIPI_TX_HS_IRQ_STATUSm(M) (MIPI_TX_HS_IRQ_STATUS + \ HS_OFFSET(M)) #define GET_MIPI_TX_HS_IRQ_STATUS(dev, M) kmb_read_mipi(dev, \ MIPI_TX_HS_IRQ_STATUSm(M)) #define MIPI_TX_HS_IRQ_LINE_COMPARE BIT(1) #define MIPI_TX_HS_IRQ_FRAME_DONE_0 BIT(2) #define MIPI_TX_HS_IRQ_FRAME_DONE_1 BIT(3) #define MIPI_TX_HS_IRQ_FRAME_DONE_2 BIT(4) #define MIPI_TX_HS_IRQ_FRAME_DONE_3 BIT(5) #define MIPI_TX_HS_IRQ_DMA_DONE_0 BIT(6) #define MIPI_TX_HS_IRQ_DMA_IDLE_0 BIT(7) #define MIPI_TX_HS_IRQ_DMA_DONE_1 BIT(8) #define MIPI_TX_HS_IRQ_DMA_IDLE_1 BIT(9) #define MIPI_TX_HS_IRQ_DMA_DONE_2 BIT(10) #define MIPI_TX_HS_IRQ_DMA_IDLE_2 BIT(11) #define MIPI_TX_HS_IRQ_DMA_DONE_3 BIT(12) #define MIPI_TX_HS_IRQ_DMA_IDLE_3 BIT(13) #define MIPI_TX_HS_IRQ_MC_FIFO_UNDERFLOW BIT(14) #define MIPI_TX_HS_IRQ_MC_FIFO_OVERFLOW BIT(15) #define MIPI_TX_HS_IRQ_LLP_FIFO_EMPTY BIT(16) #define MIPI_TX_HS_IRQ_LLP_REQUEST_QUEUE_FULL BIT(17) #define MIPI_TX_HS_IRQ_LLP_REQUEST_QUEUE_ERROR BIT(18) #define MIPI_TX_HS_IRQ_LLP_WORD_COUNT_ERROR BIT(20) #define MIPI_TX_HS_IRQ_FRAME_DONE \ (MIPI_TX_HS_IRQ_FRAME_DONE_0 | \ MIPI_TX_HS_IRQ_FRAME_DONE_1 | \ MIPI_TX_HS_IRQ_FRAME_DONE_2 | \ MIPI_TX_HS_IRQ_FRAME_DONE_3) #define MIPI_TX_HS_IRQ_DMA_DONE \ (MIPI_TX_HS_IRQ_DMA_DONE_0 | \ MIPI_TX_HS_IRQ_DMA_DONE_1 | \ MIPI_TX_HS_IRQ_DMA_DONE_2 | \ MIPI_TX_HS_IRQ_DMA_DONE_3) #define MIPI_TX_HS_IRQ_DMA_IDLE \ (MIPI_TX_HS_IRQ_DMA_IDLE_0 | \ MIPI_TX_HS_IRQ_DMA_IDLE_1 | \ MIPI_TX_HS_IRQ_DMA_IDLE_2 | \ MIPI_TX_HS_IRQ_DMA_IDLE_3) #define MIPI_TX_HS_IRQ_ERROR \ (MIPI_TX_HS_IRQ_MC_FIFO_UNDERFLOW | \ MIPI_TX_HS_IRQ_MC_FIFO_OVERFLOW | \ MIPI_TX_HS_IRQ_LLP_FIFO_EMPTY | \ MIPI_TX_HS_IRQ_LLP_REQUEST_QUEUE_FULL | \ MIPI_TX_HS_IRQ_LLP_REQUEST_QUEUE_ERROR | \ MIPI_TX_HS_IRQ_LLP_WORD_COUNT_ERROR) #define MIPI_TX_HS_IRQ_ALL \ (MIPI_TX_HS_IRQ_FRAME_DONE | \ MIPI_TX_HS_IRQ_DMA_DONE | \ MIPI_TX_HS_IRQ_DMA_IDLE | \ MIPI_TX_HS_IRQ_LINE_COMPARE | \ MIPI_TX_HS_IRQ_ERROR) #define MIPI_TX_HS_IRQ_ENABLE (0x020) #define GET_HS_IRQ_ENABLE(dev, M) kmb_read_mipi(dev, \ MIPI_TX_HS_IRQ_ENABLE \ + HS_OFFSET(M)) #define MIPI_TX_HS_IRQ_CLEAR (0x024) /* MIPI Test Pattern Generation */ #define MIPI_TX_HS_TEST_PAT_CTRL (0x230) #define MIPI_TXm_HS_TEST_PAT_CTRL(M) \ (MIPI_TX_HS_TEST_PAT_CTRL + HS_OFFSET(M)) #define TP_EN_VCm(M) (1 << ((M) * 0x04)) #define TP_SEL_VCm(M, N) \ ((N) << (((M) * 0x04) + 1)) #define TP_STRIPE_WIDTH(M) ((M) << 16) #define MIPI_TX_HS_TEST_PAT_COLOR0 (0x234) #define MIPI_TXm_HS_TEST_PAT_COLOR0(M) \ (MIPI_TX_HS_TEST_PAT_COLOR0 + HS_OFFSET(M)) #define MIPI_TX_HS_TEST_PAT_COLOR1 (0x238) #define MIPI_TXm_HS_TEST_PAT_COLOR1(M) \ (MIPI_TX_HS_TEST_PAT_COLOR1 + HS_OFFSET(M)) /* D-PHY regs */ #define DPHY_ENABLE (0x100) #define DPHY_INIT_CTRL0 (0x104) #define SHUTDOWNZ 0 #define RESETZ 12 #define DPHY_INIT_CTRL1 (0x108) #define PLL_CLKSEL_0 18 #define PLL_SHADOW_CTRL 16 #define DPHY_INIT_CTRL2 (0x10c) #define SET_DPHY_INIT_CTRL0(dev, dphy, offset) \ kmb_set_bit_mipi(dev, DPHY_INIT_CTRL0, \ ((dphy) + (offset))) #define CLR_DPHY_INIT_CTRL0(dev, dphy, offset) \ kmb_clr_bit_mipi(dev, DPHY_INIT_CTRL0, \ ((dphy) + (offset))) #define DPHY_INIT_CTRL2 (0x10c) #define DPHY_PLL_OBS0 (0x110) #define DPHY_PLL_OBS1 (0x114) #define DPHY_PLL_OBS2 (0x118) #define DPHY_FREQ_CTRL0_3 (0x11c) #define DPHY_FREQ_CTRL4_7 (0x120) #define SET_DPHY_FREQ_CTRL0_3(dev, dphy, val) \ kmb_write_bits_mipi(dev, DPHY_FREQ_CTRL0_3 \ + (((dphy) / 4) * 4), (dphy % 4) * 8, 6, val) #define DPHY_FORCE_CTRL0 (0x128) #define DPHY_FORCE_CTRL1 (0x12C) #define MIPI_DPHY_STAT0_3 (0x134) #define MIPI_DPHY_STAT4_7 (0x138) #define GET_STOPSTATE_DATA(dev, dphy) \ (((kmb_read_mipi(dev, MIPI_DPHY_STAT0_3 + \ ((dphy) / 4) * 4)) >> \ (((dphy % 4) * 8) + 4)) & 0x03) #define MIPI_DPHY_ERR_STAT6_7 (0x14C) #define DPHY_TEST_CTRL0 (0x154) #define SET_DPHY_TEST_CTRL0(dev, dphy) \ kmb_set_bit_mipi(dev, DPHY_TEST_CTRL0, (dphy)) #define CLR_DPHY_TEST_CTRL0(dev, dphy) \ kmb_clr_bit_mipi(dev, DPHY_TEST_CTRL0, \ (dphy)) #define DPHY_TEST_CTRL1 (0x158) #define SET_DPHY_TEST_CTRL1_CLK(dev, dphy) \ kmb_set_bit_mipi(dev, DPHY_TEST_CTRL1, (dphy)) #define CLR_DPHY_TEST_CTRL1_CLK(dev, dphy) \ kmb_clr_bit_mipi(dev, DPHY_TEST_CTRL1, (dphy)) #define SET_DPHY_TEST_CTRL1_EN(dev, dphy) \ kmb_set_bit_mipi(dev, DPHY_TEST_CTRL1, ((dphy) + 12)) #define CLR_DPHY_TEST_CTRL1_EN(dev, dphy) \ kmb_clr_bit_mipi(dev, DPHY_TEST_CTRL1, ((dphy) + 12)) #define DPHY_TEST_DIN0_3 (0x15c) #define SET_TEST_DIN0_3(dev, dphy, val) \ kmb_write_mipi(dev, DPHY_TEST_DIN0_3 + \ 4, ((val) << (((dphy) % 4) * 8))) #define DPHY_TEST_DOUT0_3 (0x168) #define GET_TEST_DOUT0_3(dev, dphy) \ (kmb_read_mipi(dev, DPHY_TEST_DOUT0_3) \ >> (((dphy) % 4) * 8) & 0xff) #define DPHY_TEST_DOUT4_7 (0x16C) #define GET_TEST_DOUT4_7(dev, dphy) \ (kmb_read_mipi(dev, DPHY_TEST_DOUT4_7) \ >> (((dphy) % 4) * 8) & 0xff) #define DPHY_TEST_DOUT8_9 (0x170) #define DPHY_TEST_DIN4_7 (0x160) #define DPHY_TEST_DIN8_9 (0x164) #define DPHY_PLL_LOCK (0x188) #define GET_PLL_LOCK(dev, dphy) \ (kmb_read_mipi(dev, DPHY_PLL_LOCK) \ & (1 << ((dphy) - MIPI_DPHY6))) #define DPHY_CFG_CLK_EN (0x18c) #define MSS_MIPI_CIF_CFG (0x00) #define MSS_LCD_MIPI_CFG (0x04) #define MSS_CAM_CLK_CTRL (0x10) #define MSS_LOOPBACK_CFG (0x0C) #define LCD BIT(1) #define MIPI_COMMON BIT(2) #define MIPI_TX0 BIT(9) #define MSS_CAM_RSTN_CTRL (0x14) #define MSS_CAM_RSTN_SET (0x20) #define MSS_CAM_RSTN_CLR (0x24) #define MSSCPU_CPR_CLK_EN (0x0) #define MSSCPU_CPR_RST_EN (0x10) #define BIT_MASK_16 (0xffff) /* icam lcd qos */ #define LCD_QOS_PRIORITY (0x8) #define LCD_QOS_MODE (0xC) #define LCD_QOS_BW (0x10) #endif /* __KMB_REGS_H__ */
Information contained on this website is for historical information purposes only and does not indicate or represent copyright ownership.
Created with Cregit http://github.com/cregit/cregit
Version 2.0-RC1