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Revert "Update x1/c impl"

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This reverts commit 866afba9c2.
This commit is contained in:
Takumi Sueda 2021-11-07 22:01:09 +09:00
parent ae3be8aec0
commit 63e65a252a
16 changed files with 19 additions and 3221 deletions
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17
x1/Makefile
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@ -15,11 +15,10 @@ clean:
@./extract.py a.out $@
@rm -f a.out
c/main.elf:
@$(CC) -nostdlib -static -fPIC -marm -O0 c/start.S c/main.c c/scg.c c/divmod.c c/divmod.S -o c/main.elf
c/main.bin: c/main.elf
@./extract.py c/main.elf $@
c/main.bin:
@$(CC) -nostdlib -static -fPIC -mcpu=cortex-a7 c/start.S c/main.c
@./extract.py a.out $@
@rm -f a.out
spray/main.bin:
@$(AS) spray/top.S
@ -32,12 +31,12 @@ spray/main.bin:
@rm -f a.out
injector/AppMain.bin:
@if [ "$(ELF)" = "" ]; then \
echo "Please specify ELF."; \
@if [ "$(INJECTED_S)" = "" ]; then \
echo "Please specify INJECTED_S."; \
exit 1; \
fi
@$(STRIP) $(ELF)
@./extract.py $(ELF) injector/injected.bin
@$(AS) $(INJECTED_S) -o injector/injected.elf
@./extract.py -p injector/injected.elf injector/injected.bin
@$(AS) injector/disable_mmu.S -o injector/disable_mmu.elf
@./extract.py -p injector/disable_mmu.elf injector/disable_mmu.bin
@./injector/inject.py 0xf00000 0x700000 injector/disable_mmu.bin injector/injected.bin injector/AppMain.bin

56
x1/c/asm.S
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@ -1,56 +0,0 @@
/* SPDX-License-Identifier: BSD-2-Clause */
/*
* Copyright (c) 2014, STMicroelectronics International N.V.
* Copyright (c) 2020, Linaro Limited
*/
#if defined(CFG_UNWIND) && defined(__arm__)
#define UNWIND(...) __VA_ARGS__
#else
#define UNWIND(...)
#endif
.macro FUNC name colon section=default align=4
.ifc \section\(),default
.section .text.\name
.else
.section \section , "ax" , %progbits
.endif
.global \name
.type \name , %function
.balign \align
\name \colon
UNWIND( .fnstart)
.endm
.macro DATA name colon
.global \name
.type \name , %object
\name \colon
.endm
.macro LOCAL_FUNC name colon section=default align=4
.ifc \section\(),default
.section .text.\name
.else
.section \section , "ax" , %progbits
.endif
.type \name , %function
.balign \align
\name \colon
UNWIND( .fnstart)
.endm
.macro LOCAL_DATA name colon
.type \name , %object
\name \colon
.endm
.macro END_DATA name
.size \name , .-\name
.endm
.macro END_FUNC name
UNWIND( .fnend)
.size \name , .-\name
.endm

23
x1/c/common.h
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@ -1,23 +0,0 @@
#pragma pack(1)
#define readl(a) (*(volatile unsigned int *)(a))
#define writel(v, a) (*(volatile unsigned int *)(a) = (v))
typedef unsigned int u32;
typedef unsigned short u16;
typedef unsigned char u8;
typedef struct _pixel_t {
u8 r;
u8 g;
u8 b;
} pixel_t;
#define pack_pixel(p) (((u16)(p.r & 0x1f) << 11) | ((u16)(p.g & 0x3f) << 5) | ((u16)(p.b & 0x1f)))
#define WNATIVE 10
#define HNATIVE 854
void rot(u16* x, u16* y);
void prepare_fb(u16** fb);
void bitblt(u16** fb, pixel_t px, u16 x, u16 y);

33
x1/c/console.c
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@ -1,33 +0,0 @@
#include "common.h"
void rot(u16* x, u16* y) {
u16 nx, ny;
nx = WNATIVE - ny;
ny = nx;
*x = nx;
*y = ny;
}
void prepare_fb(u16** fb) {
int x, y;
u16 px = 0b1111100000000000;
fb[0][0] = 0x2a;
fb[0][1] = 0x00;
fb[0][2] = 0x00;
fb[0][3] = 0x2b;
fb[0][4] = 0x00;
fb[0][5] = 0x00;
fb[0][6] = 0x2c;
for (y=0; y<HNATIVE; y++) {
for (x=7; x<WNATIVE; x++) {
*(volatile unsigned int *)(&fb[y][x]) = px;
}
}
}
void bitblt(u16** fb, pixel_t px, u16 x, u16 y) {
rot(&x, &y);
fb[y][x] = pack_pixel(px);
}

22
x1/c/divmod.S
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@ -1,22 +0,0 @@
/* SPDX-License-Identifier: BSD-2-Clause */
/*
* Copyright (c) 2014, STMicroelectronics International N.V.
*/
#include "asm.S"
/*
* signed ret_idivmod_values(signed quot, signed rem);
* return quotient and remaining the EABI way (regs r0,r1)
*/
FUNC ret_idivmod_values , :
bx lr
END_FUNC ret_idivmod_values
/*
* unsigned ret_uidivmod_values(unsigned quot, unsigned rem);
* return quotient and remaining the EABI way (regs r0,r1)
*/
FUNC ret_uidivmod_values , :
bx lr
END_FUNC ret_uidivmod_values

151
x1/c/divmod.c
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@ -1,151 +0,0 @@
// SPDX-License-Identifier: BSD-2-Clause
/*
* Copyright (c) 2014, STMicroelectronics International N.V.
*/
/*
* Form ABI specifications:
* int __aeabi_idiv(int numerator, int denominator);
* unsigned __aeabi_uidiv(unsigned numerator, unsigned denominator);
*
* typedef struct { int quot; int rem; } idiv_return;
* typedef struct { unsigned quot; unsigned rem; } uidiv_return;
*
* __value_in_regs idiv_return __aeabi_idivmod(int numerator,
* int *denominator);
* __value_in_regs uidiv_return __aeabi_uidivmod(unsigned *numerator,
* unsigned denominator);
*/
/* struct qr - stores qutient/remainder to handle divmod EABI interfaces. */
struct qr {
unsigned q; /* computed quotient */
unsigned r; /* computed remainder */
unsigned q_n; /* specficies if quotient shall be negative */
unsigned r_n; /* specficies if remainder shall be negative */
};
static void uint_div_qr(unsigned numerator, unsigned denominator,
struct qr *qr);
/* returns in R0 and R1 by tail calling an asm function */
unsigned __aeabi_uidivmod(unsigned numerator, unsigned denominator);
unsigned __aeabi_uidiv(unsigned numerator, unsigned denominator);
/* returns in R0 and R1 by tail calling an asm function */
signed __aeabi_idivmod(signed numerator, signed denominator);
signed __aeabi_idiv(signed numerator, signed denominator);
/*
* __ste_idivmod_ret_t __aeabi_idivmod(signed numerator, signed denominator)
* Numerator and Denominator are received in R0 and R1.
* Where __ste_idivmod_ret_t is returned in R0 and R1.
*
* __ste_uidivmod_ret_t __aeabi_uidivmod(unsigned numerator,
* unsigned denominator)
* Numerator and Denominator are received in R0 and R1.
* Where __ste_uidivmod_ret_t is returned in R0 and R1.
*/
#ifdef __GNUC__
signed ret_idivmod_values(signed quotient, signed remainder);
unsigned ret_uidivmod_values(unsigned quotient, unsigned remainder);
#else
#error "Compiler not supported"
#endif
static void division_qr(unsigned n, unsigned p, struct qr *qr)
{
unsigned i = 1, q = 0;
if (p == 0) {
qr->r = 0xFFFFFFFF; /* division by 0 */
return;
}
while ((p >> 31) == 0) {
i = i << 1; /* count the max division steps */
p = p << 1; /* increase p until it has maximum size*/
}
while (i > 0) {
q = q << 1; /* write bit in q at index (size-1) */
if (n >= p)
{
n -= p;
q++;
}
p = p >> 1; /* decrease p */
i = i >> 1; /* decrease remaining size in q */
}
qr->r = n;
qr->q = q;
}
static void uint_div_qr(unsigned numerator, unsigned denominator, struct qr *qr)
{
division_qr(numerator, denominator, qr);
/* negate quotient and/or remainder according to requester */
if (qr->q_n)
qr->q = -qr->q;
if (qr->r_n)
qr->r = -qr->r;
}
unsigned __aeabi_uidiv(unsigned numerator, unsigned denominator)
{
struct qr qr = { .q_n = 0, .r_n = 0 };
uint_div_qr(numerator, denominator, &qr);
return qr.q;
}
unsigned __aeabi_uidivmod(unsigned numerator, unsigned denominator)
{
struct qr qr = { .q_n = 0, .r_n = 0 };
uint_div_qr(numerator, denominator, &qr);
return ret_uidivmod_values(qr.q, qr.r);
}
signed __aeabi_idiv(signed numerator, signed denominator)
{
struct qr qr = { .q_n = 0, .r_n = 0 };
if (((numerator < 0) && (denominator > 0)) ||
((numerator > 0) && (denominator < 0)))
qr.q_n = 1; /* quotient shall be negate */
if (numerator < 0) {
numerator = -numerator;
qr.r_n = 1; /* remainder shall be negate */
}
if (denominator < 0)
denominator = -denominator;
uint_div_qr(numerator, denominator, &qr);
return qr.q;
}
signed __aeabi_idivmod(signed numerator, signed denominator)
{
struct qr qr = { .q_n = 0, .r_n = 0 };
if (((numerator < 0) && (denominator > 0)) ||
((numerator > 0) && (denominator < 0)))
qr.q_n = 1; /* quotient shall be negate */
if (numerator < 0) {
numerator = -numerator;
qr.r_n = 1; /* remainder shall be negate */
}
if (denominator < 0)
denominator = -denominator;
uint_div_qr(numerator, denominator, &qr);
return ret_idivmod_values(qr.q, qr.r);
}

58
x1/c/fsl_lpuart.h
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@ -1,58 +0,0 @@
/* SPDX-License-Identifier: GPL-2.0+ */
/*
* Copyright 2016 Freescale Semiconductor, Inc.
*
*/
struct lpuart_fsl_reg32 {
u32 verid;
u32 param;
u32 global;
u32 pincfg;
u32 baud;
u32 stat;
u32 ctrl;
u32 data;
u32 match;
u32 modir;
u32 fifo;
u32 water;
};
struct lpuart_fsl {
u8 ubdh;
u8 ubdl;
u8 uc1;
u8 uc2;
u8 us1;
u8 us2;
u8 uc3;
u8 ud;
u8 uma1;
u8 uma2;
u8 uc4;
u8 uc5;
u8 ued;
u8 umodem;
u8 uir;
u8 reserved;
u8 upfifo;
u8 ucfifo;
u8 usfifo;
u8 utwfifo;
u8 utcfifo;
u8 urwfifo;
u8 urcfifo;
u8 rsvd[28];
};
/* Used on i.MX7ULP */
#define LPUART_BAUD_BOTHEDGE_MASK (0x20000)
#define LPUART_BAUD_OSR_MASK (0x1F000000)
#define LPUART_BAUD_OSR_SHIFT (24)
#define LPUART_BAUD_OSR(x) ((((u32)(x)) << 24) & 0x1F000000)
#define LPUART_BAUD_SBR_MASK (0x1FFF)
#define LPUART_BAUD_SBR_SHIFT (0U)
#define LPUART_BAUD_SBR(x) (((u32)(x)) & 0x1FFF)
#define LPUART_BAUD_M10_MASK (0x20000000U)
#define LPUART_BAUD_SBNS_MASK (0x2000U)

1119
x1/c/imx-regs.h
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File diff suppressed because it is too large Load Diff

338
x1/c/main.c
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@ -1,332 +1,14 @@
#include "common.h"
#include "pcc.h"
#include "imx-regs.h"
#include "fsl_lpuart.h"
#define US1_TDRE (1 << 7)
#define US1_RDRF (1 << 5)
#define US1_OR (1 << 3)
#define UC2_TE (1 << 3)
#define UC2_RE (1 << 2)
#define CFIFO_TXFLUSH (1 << 7)
#define CFIFO_RXFLUSH (1 << 6)
#define SFIFO_RXOF (1 << 2)
#define SFIFO_RXUF (1 << 0)
#define STAT_LBKDIF (1 << 31)
#define STAT_RXEDGIF (1 << 30)
#define STAT_TDRE (1 << 23)
#define STAT_RDRF (1 << 21)
#define STAT_IDLE (1 << 20)
#define STAT_OR (1 << 19)
#define STAT_NF (1 << 18)
#define STAT_FE (1 << 17)
#define STAT_PF (1 << 16)
#define STAT_MA1F (1 << 15)
#define STAT_MA2F (1 << 14)
#define STAT_FLAGS (STAT_LBKDIF | STAT_RXEDGIF | STAT_IDLE | STAT_OR | \
STAT_NF | STAT_FE | STAT_PF | STAT_MA1F | STAT_MA2F)
#define CTRL_ORIE (1 << 27)
#define CTRL_NEIE (1 << 26)
#define CTRL_FEIE (1 << 25)
#define CTRL_PEIE (1 << 24)
#define CTRL_TIE (1 << 23)
#define CTRL_TCIE (1 << 22)
#define CTRL_RIE (1 << 21)
#define CTRL_ILIE (1 << 20)
#define CTRL_TE (1 << 19)
#define CTRL_RE (1 << 18)
#define CTRL_MA1IE (1 << 15)
#define CTRL_MA2IE (1 << 14)
#define FIFO_TXOFE (1 << 9)
#define FIFO_RXUFE (1 << 8)
#define FIFO_TXFE (1 << 7)
#define FIFO_RXFE (1 << 3)
static struct lpuart_fsl_reg32* regs[] = {
(struct lpuart_fsl_reg32*)0x4103A000,
(struct lpuart_fsl_reg32*)0x4103B000,
(struct lpuart_fsl_reg32*)0x410AB000,
(struct lpuart_fsl_reg32*)0x410AC000,
(struct lpuart_fsl_reg32*)0x402D0000,
(struct lpuart_fsl_reg32*)0x402E0000,
(struct lpuart_fsl_reg32*)0x40A60000,
(struct lpuart_fsl_reg32*)0x40A70000,
};
static void lpuart_read32(u32 *addr, u32 *val) {
*(u32 *)val = readl(addr);
}
static void lpuart_write32(u32 *addr, u32 val) {
writel(val, addr);
}
// clk
static enum scg_clk pcc_clksrc[2][7] = {
{
SCG_NIC1_BUS_CLK,
SCG_NIC1_CLK,
SCG_DDR_CLK,
SCG_APLL_PFD2_CLK,
SCG_APLL_PFD1_CLK,
SCG_APLL_PFD0_CLK,
USB_PLL_OUT,
},
{
SCG_SOSC_DIV2_CLK,
MIPI_PLL_OUT,
SCG_FIRC_DIV2_CLK,
SCG_ROSC_CLK,
SCG_NIC1_BUS_CLK,
SCG_NIC1_CLK,
SCG_APLL_PFD3_CLK,
},
};
static struct pcc_entry pcc_arrays[] = {
{PCC2_RBASE, DMA1_PCC2_SLOT, CLKSRC_NO_PCS, PCC_NO_DIV},
{PCC2_RBASE, RGPIO1_PCC2_SLOT, CLKSRC_NO_PCS, PCC_NO_DIV},
{PCC2_RBASE, FLEXBUS0_PCC2_SLOT, CLKSRC_NO_PCS, PCC_NO_DIV},
{PCC2_RBASE, SEMA42_1_PCC2_SLOT, CLKSRC_NO_PCS, PCC_NO_DIV},
{PCC2_RBASE, DMA1_CH_MUX0_PCC2_SLOT, CLKSRC_NO_PCS, PCC_NO_DIV},
{PCC2_RBASE, SNVS_PCC2_SLOT, CLKSRC_NO_PCS, PCC_NO_DIV},
{PCC2_RBASE, CAAM_PCC2_SLOT, CLKSRC_NO_PCS, PCC_NO_DIV},
{PCC2_RBASE, LPTPM4_PCC2_SLOT, CLKSRC_PER_BUS, PCC_NO_DIV},
{PCC2_RBASE, LPTPM5_PCC2_SLOT, CLKSRC_PER_BUS, PCC_NO_DIV},
{PCC2_RBASE, LPIT1_PCC2_SLOT, CLKSRC_PER_BUS, PCC_NO_DIV},
{PCC2_RBASE, LPSPI2_PCC2_SLOT, CLKSRC_PER_BUS, PCC_NO_DIV},
{PCC2_RBASE, LPSPI3_PCC2_SLOT, CLKSRC_PER_BUS, PCC_NO_DIV},
{PCC2_RBASE, LPI2C4_PCC2_SLOT, CLKSRC_PER_BUS, PCC_NO_DIV},
{PCC2_RBASE, LPI2C5_PCC2_SLOT, CLKSRC_PER_BUS, PCC_NO_DIV},
{PCC2_RBASE, LPUART4_PCC2_SLOT, CLKSRC_PER_BUS, PCC_NO_DIV},
{PCC2_RBASE, LPUART5_PCC2_SLOT, CLKSRC_PER_BUS, PCC_NO_DIV},
{PCC2_RBASE, FLEXIO1_PCC2_SLOT, CLKSRC_PER_BUS, PCC_NO_DIV},
{PCC2_RBASE, USBOTG0_PCC2_SLOT, CLKSRC_PER_PLAT, PCC_HAS_DIV},
{PCC2_RBASE, USBOTG1_PCC2_SLOT, CLKSRC_PER_PLAT, PCC_HAS_DIV},
{PCC2_RBASE, USBPHY_PCC2_SLOT, CLKSRC_NO_PCS, PCC_NO_DIV},
{PCC2_RBASE, USB_PL301_PCC2_SLOT, CLKSRC_NO_PCS, PCC_NO_DIV},
{PCC2_RBASE, USDHC0_PCC2_SLOT, CLKSRC_PER_PLAT, PCC_HAS_DIV},
{PCC2_RBASE, USDHC1_PCC2_SLOT, CLKSRC_PER_PLAT, PCC_HAS_DIV},
{PCC2_RBASE, WDG1_PCC2_SLOT, CLKSRC_PER_BUS, PCC_HAS_DIV},
{PCC2_RBASE, WDG2_PCC2_SLOT, CLKSRC_PER_BUS, PCC_HAS_DIV},
{PCC3_RBASE, LPTPM6_PCC3_SLOT, CLKSRC_PER_BUS, PCC_NO_DIV},
{PCC3_RBASE, LPTPM7_PCC3_SLOT, CLKSRC_PER_BUS, PCC_NO_DIV},
{PCC3_RBASE, LPI2C6_PCC3_SLOT, CLKSRC_PER_BUS, PCC_NO_DIV},
{PCC3_RBASE, LPI2C7_PCC3_SLOT, CLKSRC_PER_BUS, PCC_NO_DIV},
{PCC3_RBASE, LPUART6_PCC3_SLOT, CLKSRC_PER_BUS, PCC_NO_DIV},
{PCC3_RBASE, LPUART7_PCC3_SLOT, CLKSRC_PER_BUS, PCC_NO_DIV},
{PCC3_RBASE, VIU0_PCC3_SLOT, CLKSRC_NO_PCS, PCC_NO_DIV},
{PCC3_RBASE, DSI0_PCC3_SLOT, CLKSRC_PER_BUS, PCC_HAS_DIV},
{PCC3_RBASE, LCDIF0_PCC3_SLOT, CLKSRC_PER_PLAT, PCC_HAS_DIV},
{PCC3_RBASE, MMDC0_PCC3_SLOT, CLKSRC_NO_PCS, PCC_NO_DIV},
{PCC3_RBASE, PORTC_PCC3_SLOT, CLKSRC_NO_PCS, PCC_NO_DIV},
{PCC3_RBASE, PORTD_PCC3_SLOT, CLKSRC_NO_PCS, PCC_NO_DIV},
{PCC3_RBASE, PORTE_PCC3_SLOT, CLKSRC_NO_PCS, PCC_NO_DIV},
{PCC3_RBASE, PORTF_PCC3_SLOT, CLKSRC_NO_PCS, PCC_NO_DIV},
{PCC3_RBASE, GPU3D_PCC3_SLOT, CLKSRC_PER_PLAT, PCC_NO_DIV},
{PCC3_RBASE, GPU2D_PCC3_SLOT, CLKSRC_PER_PLAT, PCC_NO_DIV},
};
int pcc_clock_get_clksrc(enum pcc_clk clk, enum scg_clk *src)
{
u32 reg, val, clksrc_type;
clksrc_type = pcc_arrays[clk].clksrc;
if (clksrc_type >= CLKSRC_NO_PCS) {
return 1;
}
reg = pcc_arrays[clk].pcc_base + pcc_arrays[clk].pcc_slot * 4;
val = readl(reg);
if (!(val & PCC_PR_MASK)) {
return 2;
}
val &= PCC_PCS_MASK;
val = (val >> PCC_PCS_OFFSET);
if (!val) {
return 3;
}
*src = pcc_clksrc[clksrc_type][val - 1];
return 0;
}
u32 pcc_clock_get_rate(enum pcc_clk clk)
{
u32 reg, val, rate, frac, div;
enum scg_clk parent;
int ret;
ret = pcc_clock_get_clksrc(clk, &parent);
if (ret)
return 0;
rate = scg_clk_get_rate(parent);
if (pcc_arrays[clk].div == PCC_HAS_DIV) {
reg = pcc_arrays[clk].pcc_base + pcc_arrays[clk].pcc_slot * 4;
val = readl(reg);
frac = (val & PCC_FRAC_MASK) >> PCC_FRAC_OFFSET;
div = (val & PCC_PCD_MASK) >> PCC_PCD_OFFSET;
rate = rate * (frac + 1) / (div + 1);
}
return rate;
}
static void setbrg(struct lpuart_fsl_reg32* reg, int baudrate)
{
u32 sbr, osr, baud_diff, tmp_osr, tmp_sbr, tmp_diff, tmp;
u32 clk = pcc_clock_get_rate(PER_CLK_LPUART4);
baud_diff = baudrate;
osr = 0;
sbr = 0;
for (tmp_osr = 4; tmp_osr <= 32; tmp_osr++) {
tmp_sbr = (clk / (baudrate * tmp_osr));
if (tmp_sbr == 0)
tmp_sbr = 1;
/*calculate difference in actual buad w/ current values */
tmp_diff = (clk / (tmp_osr * tmp_sbr));
tmp_diff = tmp_diff - baudrate;
/* select best values between sbr and sbr+1 */
if (tmp_diff > (baudrate - (clk / (tmp_osr * (tmp_sbr + 1))))) {
tmp_diff = baudrate - (clk / (tmp_osr * (tmp_sbr + 1)));
tmp_sbr++;
}
if (tmp_diff <= baud_diff) {
baud_diff = tmp_diff;
osr = tmp_osr;
sbr = tmp_sbr;
}
}
tmp = readl(&reg->baud);
if ((osr > 3) && (osr < 8))
tmp |= LPUART_BAUD_BOTHEDGE_MASK;
tmp &= ~LPUART_BAUD_OSR_MASK;
tmp |= LPUART_BAUD_OSR(osr-1);
tmp &= ~LPUART_BAUD_SBR_MASK;
tmp |= LPUART_BAUD_SBR(sbr);
/* explicitly disable 10 bit mode & set 1 stop bit */
tmp &= ~(LPUART_BAUD_M10_MASK | LPUART_BAUD_SBNS_MASK);
writel(tmp, &reg->baud);
}
static void serial_putc(struct lpuart_fsl_reg32* reg, const char c) {
u32 stat;
while (1) {
lpuart_read32(&reg->stat, &stat);
if (stat & STAT_TDRE) {
break;
}
}
lpuart_write32(&reg->data, c);
}
struct iomux {
u16 buf;
u8 mode;
u8 pull;
};
void iomux() {
u32 pcc_u4;
struct iomux imu4;
pcc_u4 = readl(0x403f00b4);
pcc_u4 |= (1 << 30);
writel(pcc_u4, 0x403f00b4);
imu4.buf = 0b0011; // PTC2 U4 TX
imu4.mode = 0b0100; // PTC2 U4 TX
imu4.pull = 0b11; // PTC2 U4 TX
writel(*((u32 *)&imu4), (u32 *)0x40ac0008);
//writel(0x0000000a, 0x400f0004);
//writel(0x000fffff, 0x400f0004);
//writel(0x00000fff, 0x400f0044);
//writel(0x0000ffff, 0x400f0084);
//writel(0x000fffff, 0x400f00c4);
}
void main() {
u32 ctrl, baud, i;
writel(0x00000004, 0x400f0004);
iomux();
lpuart_write32(&regs[4]->global, 0); // De-assert reset:w
lpuart_read32(&regs[4]->baud, &baud);
baud &= ~(1 << 15); // LBKDIE
baud &= ~(1 << 14); // RXEDGIE
lpuart_write32(&regs[4]->baud, baud);
lpuart_read32(&regs[4]->ctrl, &ctrl);
ctrl &= ~CTRL_ORIE;
ctrl &= ~CTRL_NEIE;
ctrl &= ~CTRL_FEIE;
ctrl &= ~CTRL_PEIE;
ctrl &= ~CTRL_TIE;
ctrl &= ~CTRL_TCIE;
ctrl &= ~CTRL_RIE;
ctrl &= ~CTRL_ILIE;
ctrl &= ~CTRL_MA1IE;
ctrl &= ~CTRL_MA2IE;
ctrl &= ~CTRL_RE;
ctrl &= ~CTRL_TE;
lpuart_write32(&regs[4]->ctrl, ctrl);
lpuart_write32(&regs[4]->modir, 0);
lpuart_write32(&regs[4]->fifo, ~(FIFO_TXFE | FIFO_RXFE));
lpuart_write32(&regs[4]->match, 0);
setbrg(regs[4], 115200);
ctrl |= CTRL_RE;
ctrl |= CTRL_TE;
lpuart_write32(&regs[4]->ctrl, ctrl);
// putc
while (1) {
for (i=0; i<8; i++) {
serial_putc(regs[4], 'Y');
serial_putc(regs[4], '\n');
}
}
char *str = "Hello World";
int aa = 1234;
int i;
for (i=0; i<999; i++) {
asm volatile(
"mov pc, lr\n"
"mrc p15, 0, r10, c1, c0, 0\n"
"bic r10, #1\n"
"mcr p15, 0, r10, c1, c0, 0\n"
: "=r" (aa)
);
aa += 1;
}
}

24
x1/c/main.c.lcd
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#include "common.h"
void main() {
u16** fb = (u16 **)0x62000000;
pixel_t px = {
.r = 255,
.g = 0,
.b = 0
};
prepare_fb(fb);
writel(0x00000001, 0x40aa0008); // Clear RUN
writel(0x62000000, 0x40aa0040); // Set current FB
writel(0x62000000, 0x40aa0050); // Set next FB
writel(0x00000001, 0x40aa0004); // Set RUN
//bitblt(fb, px, 100, 100);
asm volatile(
"foo:\n"
"b foo\n"
"mov pc, lr\n"
);
}

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/* SPDX-License-Identifier: GPL-2.0+ */
/*
* Copyright (C) 2016 Freescale Semiconductor, Inc.
*/
#ifndef _ASM_ARCH_PCC_H
#define _ASM_ARCH_PCC_H
#include "scg.h"
/* PCC2 */
enum pcc2_entry {
/* On-Platform (32 entries) */
RSVD0_PCC2_SLOT = 0,
RSVD1_PCC2_SLOT = 1,
CA7_GIC_PCC2_SLOT = 2,
RSVD3_PCC2_SLOT = 3,
RSVD4_PCC2_SLOT = 4,
RSVD5_PCC2_SLOT = 5,
RSVD6_PCC2_SLOT = 6,
RSVD7_PCC2_SLOT = 7,
DMA1_PCC2_SLOT = 8,
RSVD9_PCC2_SLOT = 9,
RSVD10_PCC2_SLOT = 10,
RSVD11_PCC2_SLOT = 11,
RSVD12_PCC2_SLOT = 12,
RSVD13_PCC2_SLOT = 13,
RSVD14_PCC2_SLOT = 14,
RGPIO1_PCC2_SLOT = 15,
FLEXBUS0_PCC2_SLOT = 16,
RSVD17_PCC2_SLOT = 17,
RSVD18_PCC2_SLOT = 18,
RSVD19_PCC2_SLOT = 19,
RSVD20_PCC2_SLOT = 20,
RSVD21_PCC2_SLOT = 21,
RSVD22_PCC2_SLOT = 22,
RSVD23_PCC2_SLOT = 23,
RSVD24_PCC2_SLOT = 24,
RSVD25_PCC2_SLOT = 25,
RSVD26_PCC2_SLOT = 26,
SEMA42_1_PCC2_SLOT = 27,
RSVD28_PCC2_SLOT = 28,
RSVD29_PCC2_SLOT = 29,
RSVD30_PCC2_SLOT = 30,
RSVD31_PCC2_SLOT = 31,
/* Off-Platform (96 entries) */
RSVD32_PCC2_SLOT = 32,
DMA1_CH_MUX0_PCC2_SLOT = 33,
MU_B_PCC2_SLOT = 34,
SNVS_PCC2_SLOT = 35,
CAAM_PCC2_SLOT = 36,
LPTPM4_PCC2_SLOT = 37,
LPTPM5_PCC2_SLOT = 38,
LPIT1_PCC2_SLOT = 39,
RSVD40_PCC2_SLOT = 40,
LPSPI2_PCC2_SLOT = 41,
LPSPI3_PCC2_SLOT = 42,
LPI2C4_PCC2_SLOT = 43,
LPI2C5_PCC2_SLOT = 44,
LPUART4_PCC2_SLOT = 45,
LPUART5_PCC2_SLOT = 46,
RSVD47_PCC2_SLOT = 47,
RSVD48_PCC2_SLOT = 48,
FLEXIO1_PCC2_SLOT = 49,
RSVD50_PCC2_SLOT = 50,
USBOTG0_PCC2_SLOT = 51,
USBOTG1_PCC2_SLOT = 52,
USBPHY_PCC2_SLOT = 53,
USB_PL301_PCC2_SLOT = 54,
USDHC0_PCC2_SLOT = 55,
USDHC1_PCC2_SLOT = 56,
RSVD57_PCC2_SLOT = 57,
TRGMUX1_PCC2_SLOT = 58,
RSVD59_PCC2_SLOT = 59,
RSVD60_PCC2_SLOT = 60,
WDG1_PCC2_SLOT = 61,
SCG1_PCC2_SLOT = 62,
PCC2_PCC2_SLOT = 63,
PMC1_PCC2_SLOT = 64,
SMC1_PCC2_SLOT = 65,
RCM1_PCC2_SLOT = 66,
WDG2_PCC2_SLOT = 67,
RSVD68_PCC2_SLOT = 68,
TEST_SPACE1_PCC2_SLOT = 69,
TEST_SPACE2_PCC2_SLOT = 70,
TEST_SPACE3_PCC2_SLOT = 71,
RSVD72_PCC2_SLOT = 72,
RSVD73_PCC2_SLOT = 73,
RSVD74_PCC2_SLOT = 74,
RSVD75_PCC2_SLOT = 75,
RSVD76_PCC2_SLOT = 76,
RSVD77_PCC2_SLOT = 77,
RSVD78_PCC2_SLOT = 78,
RSVD79_PCC2_SLOT = 79,
RSVD80_PCC2_SLOT = 80,
RSVD81_PCC2_SLOT = 81,
RSVD82_PCC2_SLOT = 82,
RSVD83_PCC2_SLOT = 83,
RSVD84_PCC2_SLOT = 84,
RSVD85_PCC2_SLOT = 85,
RSVD86_PCC2_SLOT = 86,
RSVD87_PCC2_SLOT = 87,
RSVD88_PCC2_SLOT = 88,
RSVD89_PCC2_SLOT = 89,
RSVD90_PCC2_SLOT = 90,
RSVD91_PCC2_SLOT = 91,
RSVD92_PCC2_SLOT = 92,
RSVD93_PCC2_SLOT = 93,
RSVD94_PCC2_SLOT = 94,
RSVD95_PCC2_SLOT = 95,
RSVD96_PCC2_SLOT = 96,
RSVD97_PCC2_SLOT = 97,
RSVD98_PCC2_SLOT = 98,
RSVD99_PCC2_SLOT = 99,
RSVD100_PCC2_SLOT = 100,
RSVD101_PCC2_SLOT = 101,
RSVD102_PCC2_SLOT = 102,
RSVD103_PCC2_SLOT = 103,
RSVD104_PCC2_SLOT = 104,
RSVD105_PCC2_SLOT = 105,
RSVD106_PCC2_SLOT = 106,
RSVD107_PCC2_SLOT = 107,
RSVD108_PCC2_SLOT = 108,
RSVD109_PCC2_SLOT = 109,
RSVD110_PCC2_SLOT = 110,
RSVD111_PCC2_SLOT = 111,
RSVD112_PCC2_SLOT = 112,
RSVD113_PCC2_SLOT = 113,
RSVD114_PCC2_SLOT = 114,
RSVD115_PCC2_SLOT = 115,
RSVD116_PCC2_SLOT = 116,
RSVD117_PCC2_SLOT = 117,
RSVD118_PCC2_SLOT = 118,
RSVD119_PCC2_SLOT = 119,
RSVD120_PCC2_SLOT = 120,
RSVD121_PCC2_SLOT = 121,
RSVD122_PCC2_SLOT = 122,
RSVD123_PCC2_SLOT = 123,
RSVD124_PCC2_SLOT = 124,
RSVD125_PCC2_SLOT = 125,
RSVD126_PCC2_SLOT = 126,
RSVD127_PCC2_SLOT = 127,
};
enum pcc3_entry {
/* On-Platform (32 entries) */
RSVD0_PCC3_SLOT = 0,
RSVD1_PCC3_SLOT = 1,
RSVD2_PCC3_SLOT = 2,
RSVD3_PCC3_SLOT = 3,
RSVD4_PCC3_SLOT = 4,
RSVD5_PCC3_SLOT = 5,
RSVD6_PCC3_SLOT = 6,
RSVD7_PCC3_SLOT = 7,
RSVD8_PCC3_SLOT = 8,
RSVD9_PCC3_SLOT = 9,
RSVD10_PCC3_SLOT = 10,
RSVD11_PCC3_SLOT = 11,
RSVD12_PCC3_SLOT = 12,
RSVD13_PCC3_SLOT = 13,
RSVD14_PCC3_SLOT = 14,
RSVD15_PCC3_SLOT = 15,
ROMCP1_PCC3_SLOT = 16,
RSVD17_PCC3_SLOT = 17,
RSVD18_PCC3_SLOT = 18,
RSVD19_PCC3_SLOT = 19,
RSVD20_PCC3_SLOT = 20,
RSVD21_PCC3_SLOT = 21,
RSVD22_PCC3_SLOT = 22,
RSVD23_PCC3_SLOT = 23,
RSVD24_PCC3_SLOT = 24,
RSVD25_PCC3_SLOT = 25,
RSVD26_PCC3_SLOT = 26,
RSVD27_PCC3_SLOT = 27,
RSVD28_PCC3_SLOT = 28,
RSVD29_PCC3_SLOT = 29,
RSVD30_PCC3_SLOT = 30,
RSVD31_PCC3_SLOT = 31,
/* Off-Platform (96 entries) */
RSVD32_PCC3_SLOT = 32,
LPTPM6_PCC3_SLOT = 33,
LPTPM7_PCC3_SLOT = 34,
RSVD35_PCC3_SLOT = 35,
LPI2C6_PCC3_SLOT = 36,
LPI2C7_PCC3_SLOT = 37,
LPUART6_PCC3_SLOT = 38,
LPUART7_PCC3_SLOT = 39,
VIU0_PCC3_SLOT = 40,
DSI0_PCC3_SLOT = 41,
LCDIF0_PCC3_SLOT = 42,
MMDC0_PCC3_SLOT = 43,
IOMUXC1_PCC3_SLOT = 44,
IOMUXC_DDR_PCC3_SLOT = 45,
PORTC_PCC3_SLOT = 46,
PORTD_PCC3_SLOT = 47,
PORTE_PCC3_SLOT = 48,
PORTF_PCC3_SLOT = 49,
RSVD50_PCC3_SLOT = 50,
PCC3_PCC3_SLOT = 51,
RSVD52_PCC3_SLOT = 52,
WKPU_PCC3_SLOT = 53,
RSVD54_PCC3_SLOT = 54,
RSVD55_PCC3_SLOT = 55,
RSVD56_PCC3_SLOT = 56,
RSVD57_PCC3_SLOT = 57,
RSVD58_PCC3_SLOT = 58,
RSVD59_PCC3_SLOT = 59,
RSVD60_PCC3_SLOT = 60,
RSVD61_PCC3_SLOT = 61,
RSVD62_PCC3_SLOT = 62,
RSVD63_PCC3_SLOT = 63,
RSVD64_PCC3_SLOT = 64,
RSVD65_PCC3_SLOT = 65,
RSVD66_PCC3_SLOT = 66,
RSVD67_PCC3_SLOT = 67,
RSVD68_PCC3_SLOT = 68,
RSVD69_PCC3_SLOT = 69,
RSVD70_PCC3_SLOT = 70,
RSVD71_PCC3_SLOT = 71,
RSVD72_PCC3_SLOT = 72,
RSVD73_PCC3_SLOT = 73,
RSVD74_PCC3_SLOT = 74,
RSVD75_PCC3_SLOT = 75,
RSVD76_PCC3_SLOT = 76,
RSVD77_PCC3_SLOT = 77,
RSVD78_PCC3_SLOT = 78,
RSVD79_PCC3_SLOT = 79,
RSVD80_PCC3_SLOT = 80,
GPU3D_PCC3_SLOT = 81,
GPU2D_PCC3_SLOT = 82,
RSVD83_PCC3_SLOT = 83,
RSVD84_PCC3_SLOT = 84,
RSVD85_PCC3_SLOT = 85,
RSVD86_PCC3_SLOT = 86,
RSVD87_PCC3_SLOT = 87,
RSVD88_PCC3_SLOT = 88,
RSVD89_PCC3_SLOT = 89,
RSVD90_PCC3_SLOT = 90,
RSVD91_PCC3_SLOT = 91,
RSVD92_PCC3_SLOT = 92,
RSVD93_PCC3_SLOT = 93,
RSVD94_PCC3_SLOT = 94,
RSVD95_PCC3_SLOT = 95,
RSVD96_PCC3_SLOT = 96,
RSVD97_PCC3_SLOT = 97,
RSVD98_PCC3_SLOT = 98,
RSVD99_PCC3_SLOT = 99,
RSVD100_PCC3_SLOT = 100,
RSVD101_PCC3_SLOT = 101,
RSVD102_PCC3_SLOT = 102,
RSVD103_PCC3_SLOT = 103,
RSVD104_PCC3_SLOT = 104,
RSVD105_PCC3_SLOT = 105,
RSVD106_PCC3_SLOT = 106,
RSVD107_PCC3_SLOT = 107,
RSVD108_PCC3_SLOT = 108,
RSVD109_PCC3_SLOT = 109,
RSVD110_PCC3_SLOT = 110,
RSVD111_PCC3_SLOT = 111,
RSVD112_PCC3_SLOT = 112,
RSVD113_PCC3_SLOT = 113,
RSVD114_PCC3_SLOT = 114,
RSVD115_PCC3_SLOT = 115,
RSVD116_PCC3_SLOT = 116,
RSVD117_PCC3_SLOT = 117,
RSVD118_PCC3_SLOT = 118,
RSVD119_PCC3_SLOT = 119,
RSVD120_PCC3_SLOT = 120,
RSVD121_PCC3_SLOT = 121,
RSVD122_PCC3_SLOT = 122,
RSVD123_PCC3_SLOT = 123,
RSVD124_PCC3_SLOT = 124,
RSVD125_PCC3_SLOT = 125,
RSVD126_PCC3_SLOT = 126,
RSVD127_PCC3_SLOT = 127,
};
/* PCC registers */
#define PCC_PR_OFFSET 31
#define PCC_PR_MASK (0x1 << PCC_PR_OFFSET)
#define PCC_CGC_OFFSET 30
#define PCC_CGC_MASK (0x1 << PCC_CGC_OFFSET)
#define PCC_INUSE_OFFSET 29
#define PCC_INUSE_MASK (0x1 << PCC_INUSE_OFFSET)
#define PCC_PCS_OFFSET 24
#define PCC_PCS_MASK (0x7 << PCC_PCS_OFFSET)
#define PCC_FRAC_OFFSET 4
#define PCC_FRAC_MASK (0x1 << PCC_FRAC_OFFSET)
#define PCC_PCD_OFFSET 0
#define PCC_PCD_MASK (0xf << PCC_PCD_OFFSET)
enum pcc_clksrc_type {
CLKSRC_PER_PLAT = 0,
CLKSRC_PER_BUS = 1,
CLKSRC_NO_PCS = 2,
};
enum pcc_div_type {
PCC_HAS_DIV,
PCC_NO_DIV,
};
/* All peripheral clocks on A7 PCCs */
enum pcc_clk {
/*PCC2 clocks*/
PER_CLK_DMA1 = 0,
PER_CLK_RGPIO2P1,
PER_CLK_FLEXBUS,
PER_CLK_SEMA42_1,
PER_CLK_DMA_MUX1,
PER_CLK_SNVS,
PER_CLK_CAAM,
PER_CLK_LPTPM4,
PER_CLK_LPTPM5,
PER_CLK_LPIT1,
PER_CLK_LPSPI2,
PER_CLK_LPSPI3,
PER_CLK_LPI2C4,
PER_CLK_LPI2C5,
PER_CLK_LPUART4,
PER_CLK_LPUART5,
PER_CLK_FLEXIO1,
PER_CLK_USB0,
PER_CLK_USB1,
PER_CLK_USB_PHY,
PER_CLK_USB_PL301,
PER_CLK_USDHC0,
PER_CLK_USDHC1,
PER_CLK_WDG1,
PER_CLK_WDG2,
/*PCC3 clocks*/
PER_CLK_LPTPM6,
PER_CLK_LPTPM7,
PER_CLK_LPI2C6,
PER_CLK_LPI2C7,
PER_CLK_LPUART6,
PER_CLK_LPUART7,
PER_CLK_VIU,
PER_CLK_DSI,
PER_CLK_LCDIF,
PER_CLK_MMDC,
PER_CLK_PCTLC,
PER_CLK_PCTLD,
PER_CLK_PCTLE,
PER_CLK_PCTLF,
PER_CLK_GPU3D,
PER_CLK_GPU2D,
};
/* This structure keeps info for each pcc slot */
struct pcc_entry {
u32 pcc_base;
u32 pcc_slot;
enum pcc_clksrc_type clksrc;
enum pcc_div_type div;
};
int pcc_clock_enable(enum pcc_clk clk, int enable);
int pcc_clock_sel(enum pcc_clk clk, enum scg_clk src);
int pcc_clock_div_config(enum pcc_clk clk, int frac, u8 div);
int pcc_clock_is_enable(enum pcc_clk clk);
int pcc_clock_get_clksrc(enum pcc_clk clk, enum scg_clk *src);
u32 pcc_clock_get_rate(enum pcc_clk clk);
#endif

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// SPDX-License-Identifier: GPL-2.0+
/*
* Copyright (C) 2016 Freescale Semiconductor, Inc.
*/
#include "common.h"
//#include <div64.h>
//#include <asm/io.h>
//#include <errno.h>
#include "imx-regs.h"
#include "pcc.h"
//#include <asm/arch/sys_proto.h>
scg_p scg1_regs = (scg_p)SCG1_RBASE;
////////////////////////////////////////////////////////////////
static u32 scg_src_get_rate(enum scg_clk clksrc)
{
u32 reg;
switch (clksrc) {
case SCG_SOSC_CLK:
reg = readl(&scg1_regs->sosccsr);
if (!(reg & SCG_SOSC_CSR_SOSCVLD_MASK))
return 0;
return 24000000;
case SCG_FIRC_CLK:
reg = readl(&scg1_regs->firccsr);
if (!(reg & SCG_FIRC_CSR_FIRCVLD_MASK))
return 0;
return 48000000;
case SCG_SIRC_CLK:
reg = readl(&scg1_regs->sirccsr);
if (!(reg & SCG_SIRC_CSR_SIRCVLD_MASK))
return 0;
return 16000000;
case SCG_ROSC_CLK:
reg = readl(&scg1_regs->rtccsr);
if (!(reg & SCG_ROSC_CSR_ROSCVLD_MASK))
return 0;
return 32768;
default:
break;
}
return 0;
}
//////////////////////////////////////////////////////////////////////
static u32 scg_sircdiv_get_rate(enum scg_clk clk)
{
u32 reg, val, rate;
u32 shift, mask;
switch (clk) {
case SCG_SIRC_DIV1_CLK:
mask = SCG_SIRCDIV_DIV1_MASK;
shift = SCG_SIRCDIV_DIV1_SHIFT;
break;
case SCG_SIRC_DIV2_CLK:
mask = SCG_SIRCDIV_DIV2_MASK;
shift = SCG_SIRCDIV_DIV2_SHIFT;
break;
case SCG_SIRC_DIV3_CLK:
mask = SCG_SIRCDIV_DIV3_MASK;
shift = SCG_SIRCDIV_DIV3_SHIFT;
break;
default:
return 0;
}
reg = readl(&scg1_regs->sirccsr);
if (!(reg & SCG_SIRC_CSR_SIRCVLD_MASK))
return 0;
reg = readl(&scg1_regs->sircdiv);
val = (reg & mask) >> shift;
if (!val) /*clock disabled*/
return 0;
rate = scg_src_get_rate(SCG_SIRC_CLK);
rate = rate / (1 << (val - 1));
return rate;
}
////////////////////////////////////////////////////////////////
static u32 scg_fircdiv_get_rate(enum scg_clk clk)
{
u32 reg, val, rate;
u32 shift, mask;
switch (clk) {
case SCG_FIRC_DIV1_CLK:
mask = SCG_FIRCDIV_DIV1_MASK;
shift = SCG_FIRCDIV_DIV1_SHIFT;
break;
case SCG_FIRC_DIV2_CLK:
mask = SCG_FIRCDIV_DIV2_MASK;
shift = SCG_FIRCDIV_DIV2_SHIFT;
break;
case SCG_FIRC_DIV3_CLK:
mask = SCG_FIRCDIV_DIV3_MASK;
shift = SCG_FIRCDIV_DIV3_SHIFT;
break;
default:
return 0;
}
reg = readl(&scg1_regs->firccsr);
if (!(reg & SCG_FIRC_CSR_FIRCVLD_MASK))
return 0;
reg = readl(&scg1_regs->fircdiv);
val = (reg & mask) >> shift;
if (!val) /*clock disabled*/
return 0;
rate = scg_src_get_rate(SCG_FIRC_CLK);
rate = rate / (1 << (val - 1));
return rate;
}
///////////////////////////////////////////////////////////////////////
static u32 scg_soscdiv_get_rate(enum scg_clk clk)
{
u32 reg, val, rate;
u32 shift, mask;
switch (clk) {
case SCG_SOSC_DIV1_CLK:
mask = SCG_SOSCDIV_DIV1_MASK;
shift = SCG_SOSCDIV_DIV1_SHIFT;
break;
case SCG_SOSC_DIV2_CLK:
mask = SCG_SOSCDIV_DIV2_MASK;
shift = SCG_SOSCDIV_DIV2_SHIFT;
break;
case SCG_SOSC_DIV3_CLK:
mask = SCG_SOSCDIV_DIV3_MASK;
shift = SCG_SOSCDIV_DIV3_SHIFT;
break;
default:
return 0;
}
reg = readl(&scg1_regs->sosccsr);
if (!(reg & SCG_SOSC_CSR_SOSCVLD_MASK))
return 0;
reg = readl(&scg1_regs->soscdiv);
val = (reg & mask) >> shift;
if (!val) /*clock disabled*/
return 0;
rate = scg_src_get_rate(SCG_SOSC_CLK);
rate = rate / (1 << (val - 1));
return rate;
}
///////////////////////////////////////////////////////////////
static u32 scg_apll_pfd_get_rate(enum scg_clk clk)
{
u32 reg, val, rate;
u32 shift, mask, gate, valid;
switch (clk) {
case SCG_APLL_PFD0_CLK:
gate = SCG_PLL_PFD0_GATE_MASK;
valid = SCG_PLL_PFD0_VALID_MASK;
mask = SCG_PLL_PFD0_FRAC_MASK;
shift = SCG_PLL_PFD0_FRAC_SHIFT;
break;
case SCG_APLL_PFD1_CLK:
gate = SCG_PLL_PFD1_GATE_MASK;
valid = SCG_PLL_PFD1_VALID_MASK;
mask = SCG_PLL_PFD1_FRAC_MASK;
shift = SCG_PLL_PFD1_FRAC_SHIFT;
break;
case SCG_APLL_PFD2_CLK:
gate = SCG_PLL_PFD2_GATE_MASK;
valid = SCG_PLL_PFD2_VALID_MASK;
mask = SCG_PLL_PFD2_FRAC_MASK;
shift = SCG_PLL_PFD2_FRAC_SHIFT;
break;
case SCG_APLL_PFD3_CLK:
gate = SCG_PLL_PFD3_GATE_MASK;
valid = SCG_PLL_PFD3_VALID_MASK;
mask = SCG_PLL_PFD3_FRAC_MASK;
shift = SCG_PLL_PFD3_FRAC_SHIFT;
break;
default:
return 0;
}
reg = readl(&scg1_regs->apllpfd);
if (reg & gate || !(reg & valid))
return 0;
clk_debug("scg_apll_pfd_get_rate reg 0x%x\n", reg);
val = (reg & mask) >> shift;
rate = decode_pll(PLL_A7_APLL);
rate = rate / val * 18;
clk_debug("scg_apll_pfd_get_rate rate %u\n", rate);
return rate;
}
///////////////////////////////////////////////////////////////////nn
static u32 scg_spll_pfd_get_rate(enum scg_clk clk)
{
u32 reg, val, rate;
u32 shift, mask, gate, valid;
switch (clk) {
case SCG_SPLL_PFD0_CLK:
gate = SCG_PLL_PFD0_GATE_MASK;
valid = SCG_PLL_PFD0_VALID_MASK;
mask = SCG_PLL_PFD0_FRAC_MASK;
shift = SCG_PLL_PFD0_FRAC_SHIFT;
break;
case SCG_SPLL_PFD1_CLK:
gate = SCG_PLL_PFD1_GATE_MASK;
valid = SCG_PLL_PFD1_VALID_MASK;
mask = SCG_PLL_PFD1_FRAC_MASK;
shift = SCG_PLL_PFD1_FRAC_SHIFT;
break;
case SCG_SPLL_PFD2_CLK:
gate = SCG_PLL_PFD2_GATE_MASK;
valid = SCG_PLL_PFD2_VALID_MASK;
mask = SCG_PLL_PFD2_FRAC_MASK;
shift = SCG_PLL_PFD2_FRAC_SHIFT;
break;
case SCG_SPLL_PFD3_CLK:
gate = SCG_PLL_PFD3_GATE_MASK;
valid = SCG_PLL_PFD3_VALID_MASK;
mask = SCG_PLL_PFD3_FRAC_MASK;
shift = SCG_PLL_PFD3_FRAC_SHIFT;
break;
default:
return 0;
}
reg = readl(&scg1_regs->spllpfd);
if (reg & gate || !(reg & valid))
return 0;
clk_debug("scg_spll_pfd_get_rate reg 0x%x\n", reg);
val = (reg & mask) >> shift;
rate = decode_pll(PLL_A7_SPLL);
rate = rate / val * 18;
clk_debug("scg_spll_pfd_get_rate rate %u\n", rate);
return rate;
}
static u32 scg_apll_get_rate(void)
{
u32 reg, val, rate;
reg = readl(&scg1_regs->apllcfg);
val = (reg & SCG_PLL_CFG_PLLSEL_MASK) >> SCG_PLL_CFG_PLLSEL_SHIFT;
if (!val) {
/* APLL clock after two dividers */
rate = decode_pll(PLL_A7_APLL);
val = (reg & SCG_PLL_CFG_POSTDIV1_MASK) >>
SCG_PLL_CFG_POSTDIV1_SHIFT;
rate = rate / (val + 1);
val = (reg & SCG_PLL_CFG_POSTDIV2_MASK) >>
SCG_PLL_CFG_POSTDIV2_SHIFT;
rate = rate / (val + 1);
} else {
/* APLL PFD clock */
val = (reg & SCG_PLL_CFG_PFDSEL_MASK) >>
SCG_PLL_CFG_PFDSEL_SHIFT;
rate = scg_apll_pfd_get_rate(SCG_APLL_PFD0_CLK + val);
}
return rate;
}
static u32 scg_spll_get_rate(void)
{
u32 reg, val, rate;
reg = readl(&scg1_regs->spllcfg);
val = (reg & SCG_PLL_CFG_PLLSEL_MASK) >> SCG_PLL_CFG_PLLSEL_SHIFT;
clk_debug("scg_spll_get_rate reg 0x%x\n", reg);
if (!val) {
/* APLL clock after two dividers */
rate = decode_pll(PLL_A7_SPLL);
val = (reg & SCG_PLL_CFG_POSTDIV1_MASK) >>
SCG_PLL_CFG_POSTDIV1_SHIFT;
rate = rate / (val + 1);
val = (reg & SCG_PLL_CFG_POSTDIV2_MASK) >>
SCG_PLL_CFG_POSTDIV2_SHIFT;
rate = rate / (val + 1);
clk_debug("scg_spll_get_rate SPLL %u\n", rate);
} else {
/* APLL PFD clock */
val = (reg & SCG_PLL_CFG_PFDSEL_MASK) >>
SCG_PLL_CFG_PFDSEL_SHIFT;
rate = scg_spll_pfd_get_rate(SCG_SPLL_PFD0_CLK + val);
clk_debug("scg_spll_get_rate PFD %u\n", rate);
}
return rate;
}
static enum scg_clk scg_scs_array[4] = {
SCG_SOSC_CLK, SCG_SIRC_CLK, SCG_FIRC_CLK, SCG_ROSC_CLK,
};
/////////////////////////////////////////////////////////////////////
static u32 scg_sys_get_rate(enum scg_clk clk)
{
u32 reg, val, rate;
if (clk != SCG_CORE_CLK && clk != SCG_BUS_CLK)
return 0;
reg = readl(&scg1_regs->csr);
val = (reg & SCG_CCR_SCS_MASK) >> SCG_CCR_SCS_SHIFT;
clk_debug("scg_sys_get_rate reg 0x%x\n", reg);
switch (val) {
case SCG_SCS_SYS_OSC:
case SCG_SCS_SLOW_IRC:
case SCG_SCS_FAST_IRC:
case SCG_SCS_RTC_OSC:
rate = scg_src_get_rate(scg_scs_array[val]);
break;
case 5:
rate = scg_apll_get_rate();
break;
case 6:
rate = scg_spll_get_rate();
break;
default:
return 0;
}
clk_debug("scg_sys_get_rate parent rate %u\n", rate);
val = (reg & SCG_CCR_DIVCORE_MASK) >> SCG_CCR_DIVCORE_SHIFT;
rate = rate / (val + 1);
if (clk == SCG_BUS_CLK) {
val = (reg & SCG_CCR_DIVBUS_MASK) >> SCG_CCR_DIVBUS_SHIFT;
rate = rate / (val + 1);
}
return rate;
}
///////////////////////////////////////////////////////////////
u32 decode_pll(enum pll_clocks pll)
{
u32 reg, pre_div, infreq, mult;
u32 num, denom;
/*
* Alought there are four choices for the bypass src,
* we choose OSC_24M which is the default set in ROM.
*/
switch (pll) {
case PLL_A7_SPLL:
reg = readl(&scg1_regs->spllcsr);
if (!(reg & SCG_SPLL_CSR_SPLLVLD_MASK))
return 0;
reg = readl(&scg1_regs->spllcfg);
pre_div = (reg & SCG_PLL_CFG_PREDIV_MASK) >>
SCG_PLL_CFG_PREDIV_SHIFT;
pre_div += 1;
mult = (reg & SCG1_SPLL_CFG_MULT_MASK) >>
SCG_PLL_CFG_MULT_SHIFT;
infreq = (reg & SCG_PLL_CFG_CLKSRC_MASK) >>
SCG_PLL_CFG_CLKSRC_SHIFT;
if (!infreq)
infreq = scg_src_get_rate(SCG_SOSC_CLK);
else
infreq = scg_src_get_rate(SCG_FIRC_CLK);
num = readl(&scg1_regs->spllnum);
denom = readl(&scg1_regs->splldenom);
infreq = infreq / pre_div;
return infreq * mult + infreq * num / denom;
case PLL_A7_APLL:
reg = readl(&scg1_regs->apllcsr);
if (!(reg & SCG_APLL_CSR_APLLVLD_MASK))
return 0;
reg = readl(&scg1_regs->apllcfg);
pre_div = (reg & SCG_PLL_CFG_PREDIV_MASK) >>
SCG_PLL_CFG_PREDIV_SHIFT;
pre_div += 1;
mult = (reg & SCG_APLL_CFG_MULT_MASK) >>
SCG_PLL_CFG_MULT_SHIFT;
infreq = (reg & SCG_PLL_CFG_CLKSRC_MASK) >>
SCG_PLL_CFG_CLKSRC_SHIFT;
if (!infreq)
infreq = scg_src_get_rate(SCG_SOSC_CLK);
else
infreq = scg_src_get_rate(SCG_FIRC_CLK);
num = readl(&scg1_regs->apllnum);
denom = readl(&scg1_regs->aplldenom);
infreq = infreq / pre_div;
return infreq * mult + infreq * num / denom;
case PLL_USB:
reg = readl(&scg1_regs->upllcsr);
if (!(reg & SCG_UPLL_CSR_UPLLVLD_MASK))
return 0;
return 480000000u;
case PLL_MIPI:
return 480000000u;
default:
break;
}
return 0;
}
// //////////////////////////////////////////////////////////////////////////
u32 scg_clk_get_rate(enum scg_clk clk)
{
switch (clk) {
case SCG_SIRC_DIV1_CLK:
case SCG_SIRC_DIV2_CLK:
case SCG_SIRC_DIV3_CLK:
return scg_sircdiv_get_rate(clk);
case SCG_FIRC_DIV1_CLK:
case SCG_FIRC_DIV2_CLK:
case SCG_FIRC_DIV3_CLK:
return scg_fircdiv_get_rate(clk);
case SCG_SOSC_DIV1_CLK:
case SCG_SOSC_DIV2_CLK:
case SCG_SOSC_DIV3_CLK:
return scg_soscdiv_get_rate(clk);
case SCG_CORE_CLK:
case SCG_BUS_CLK:
return scg_sys_get_rate(clk);
case SCG_SPLL_PFD0_CLK:
case SCG_SPLL_PFD1_CLK:
case SCG_SPLL_PFD2_CLK:
case SCG_SPLL_PFD3_CLK:
return scg_spll_pfd_get_rate(clk);
case SCG_APLL_PFD0_CLK:
case SCG_APLL_PFD1_CLK:
case SCG_APLL_PFD2_CLK:
case SCG_APLL_PFD3_CLK:
return scg_apll_pfd_get_rate(clk);
case USB_PLL_OUT:
return decode_pll(PLL_USB);
case MIPI_PLL_OUT:
return decode_pll(PLL_MIPI);
case SCG_SOSC_CLK:
case SCG_FIRC_CLK:
case SCG_SIRC_CLK:
case SCG_ROSC_CLK:
return scg_src_get_rate(clk);
default:
return 0;
}
}
/* A7 domain system clock source is SPLL */
#define SCG1_RCCR_SCS_NUM ((SCG_SCS_SYS_PLL) << SCG_CCR_SCS_SHIFT)
/* A7 Core clck = SPLL PFD0 / 1 = 500MHz / 1 = 500MHz */
#define SCG1_RCCR_DIVCORE_NUM ((0x0) << SCG_CCR_DIVCORE_SHIFT)
#define SCG1_RCCR_CFG_MASK (SCG_CCR_SCS_MASK | SCG_CCR_DIVBUS_MASK)
/* A7 Plat clck = A7 Core Clock / 2 = 250MHz / 1 = 250MHz */
#define SCG1_RCCR_DIVBUS_NUM ((0x1) << SCG_CCR_DIVBUS_SHIFT)
#define SCG1_RCCR_CFG_NUM (SCG1_RCCR_SCS_NUM | SCG1_RCCR_DIVBUS_NUM)
/* POSTDIV2 = 1 */
#define SCG1_SPLL_CFG_POSTDIV2_NUM ((0x0) << SCG_PLL_CFG_POSTDIV2_SHIFT)
/* POSTDIV1 = 1 */
#define SCG1_SPLL_CFG_POSTDIV1_NUM ((0x0) << SCG_PLL_CFG_POSTDIV1_SHIFT)
/* MULT = 22 */
#define SCG1_SPLL_CFG_MULT_NUM ((22) << SCG_PLL_CFG_MULT_SHIFT)
/* PFD0 output clock selected */
#define SCG1_SPLL_CFG_PFDSEL_NUM ((0) << SCG_PLL_CFG_PFDSEL_SHIFT)
/* PREDIV = 1 */
#define SCG1_SPLL_CFG_PREDIV_NUM ((0x0) << SCG_PLL_CFG_PREDIV_SHIFT)
/* SPLL output clocks (including PFD outputs) selected */
#define SCG1_SPLL_CFG_BYPASS_NUM ((0x0) << SCG_PLL_CFG_BYPASS_SHIFT)
/* SPLL PFD output clock selected */
#define SCG1_SPLL_CFG_PLLSEL_NUM ((0x1) << SCG_PLL_CFG_PLLSEL_SHIFT)
/* Clock source is System OSC */
#define SCG1_SPLL_CFG_CLKSRC_NUM ((0x0) << SCG_PLL_CFG_CLKSRC_SHIFT)
#define SCG1_SPLL_CFG_NUM_24M_OSC (SCG1_SPLL_CFG_POSTDIV2_NUM | \
SCG1_SPLL_CFG_POSTDIV1_NUM | \
(22 << SCG_PLL_CFG_MULT_SHIFT) | \
SCG1_SPLL_CFG_PFDSEL_NUM | \
SCG1_SPLL_CFG_PREDIV_NUM | \
SCG1_SPLL_CFG_BYPASS_NUM | \
SCG1_SPLL_CFG_PLLSEL_NUM | \
SCG1_SPLL_CFG_CLKSRC_NUM)
/*413Mhz = A7 SPLL(528MHz) * 18/23 */
#define SCG1_SPLL_PFD0_FRAC_NUM ((23) << SCG_PLL_PFD0_FRAC_SHIFT)
/* DDR clock source is APLL PFD0 (396MHz) */
#define SCG1_DDRCCR_DDRCS_NUM ((0x0) << SCG_DDRCCR_DDRCS_SHIFT)
/* DDR clock = APLL PFD0 / 1 = 396MHz / 1 = 396MHz */
#define SCG1_DDRCCR_DDRDIV_NUM ((0x1) << SCG_DDRCCR_DDRDIV_SHIFT)
/* DDR clock = APLL PFD0 / 2 = 396MHz / 2 = 198MHz */
#define SCG1_DDRCCR_DDRDIV_LF_NUM ((0x2) << SCG_DDRCCR_DDRDIV_SHIFT)
#define SCG1_DDRCCR_CFG_NUM (SCG1_DDRCCR_DDRCS_NUM | \
SCG1_DDRCCR_DDRDIV_NUM)
#define SCG1_DDRCCR_CFG_LF_NUM (SCG1_DDRCCR_DDRCS_NUM | \
SCG1_DDRCCR_DDRDIV_LF_NUM)
/* SCG1(A7) APLLCFG configurations */
/* divide by 1 <<28 */
#define SCG1_APLL_CFG_POSTDIV2_NUM ((0x0) << SCG_PLL_CFG_POSTDIV2_SHIFT)
/* divide by 1 <<24 */
#define SCG1_APLL_CFG_POSTDIV1_NUM ((0x0) << SCG_PLL_CFG_POSTDIV1_SHIFT)
/* MULT is 22 <<16 */
#define SCG1_APLL_CFG_MULT_NUM ((22) << SCG_PLL_CFG_MULT_SHIFT)
/* PFD0 output clock selected <<14 */
#define SCG1_APLL_CFG_PFDSEL_NUM ((0) << SCG_PLL_CFG_PFDSEL_SHIFT)
/* PREDIV = 1 <<8 */
#define SCG1_APLL_CFG_PREDIV_NUM ((0x0) << SCG_PLL_CFG_PREDIV_SHIFT)
/* APLL output clocks (including PFD outputs) selected <<2 */
#define SCG1_APLL_CFG_BYPASS_NUM ((0x0) << SCG_PLL_CFG_BYPASS_SHIFT)
/* APLL PFD output clock selected <<1 */
#define SCG1_APLL_CFG_PLLSEL_NUM ((0x0) << SCG_PLL_CFG_PLLSEL_SHIFT)
/* Clock source is System OSC <<0 */
#define SCG1_APLL_CFG_CLKSRC_NUM ((0x0) << SCG_PLL_CFG_CLKSRC_SHIFT)
/*
* A7 APLL = 24MHz / 1 * 22 / 1 / 1 = 528MHz,
* system PLL is sourced from APLL,
* APLL clock source is system OSC (24MHz)
*/
#define SCG1_APLL_CFG_NUM_24M_OSC (SCG1_APLL_CFG_POSTDIV2_NUM | \
SCG1_APLL_CFG_POSTDIV1_NUM | \
(22 << SCG_PLL_CFG_MULT_SHIFT) | \
SCG1_APLL_CFG_PFDSEL_NUM | \
SCG1_APLL_CFG_PREDIV_NUM | \
SCG1_APLL_CFG_BYPASS_NUM | \
SCG1_APLL_CFG_PLLSEL_NUM | \
SCG1_APLL_CFG_CLKSRC_NUM)
/* PFD0 Freq = A7 APLL(528MHz) * 18 / 27 = 352MHz */
#define SCG1_APLL_PFD0_FRAC_NUM (27)
/* SCG1(A7) FIRC DIV configurations */
/* Disable FIRC DIV3 */
#define SCG1_FIRCDIV_DIV3_NUM ((0x0) << SCG_FIRCDIV_DIV3_SHIFT)
/* FIRC DIV2 = 48MHz / 1 = 48MHz */
#define SCG1_FIRCDIV_DIV2_NUM ((0x1) << SCG_FIRCDIV_DIV2_SHIFT)
/* Disable FIRC DIV1 */
#define SCG1_FIRCDIV_DIV1_NUM ((0x0) << SCG_FIRCDIV_DIV1_SHIFT)
/* SCG1(A7) NICCCR configurations */
/* NIC clock source is DDR clock (396/198MHz) */
#define SCG1_NICCCR_NICCS_NUM ((0x1) << SCG_NICCCR_NICCS_SHIFT)
/* NIC0 clock = DDR Clock / 2 = 396MHz / 2 = 198MHz */
#define SCG1_NICCCR_NIC0_DIV_NUM ((0x1) << SCG_NICCCR_NIC0_DIV_SHIFT)
/* NIC0 clock = DDR Clock / 1 = 198MHz / 1 = 198MHz */
#define SCG1_NICCCR_NIC0_DIV_LF_NUM ((0x0) << SCG_NICCCR_NIC0_DIV_SHIFT)
/* NIC1 clock = NIC0 Clock / 1 = 198MHz / 2 = 198MHz */
#define SCG1_NICCCR_NIC1_DIV_NUM ((0x0) << SCG_NICCCR_NIC1_DIV_SHIFT)
/* NIC1 bus clock = NIC1 Clock / 3 = 198MHz / 3 = 66MHz */
#define SCG1_NICCCR_NIC1_DIVBUS_NUM ((0x2) << SCG_NICCCR_NIC1_DIVBUS_SHIFT)
#define SCG1_NICCCR_CFG_NUM (SCG1_NICCCR_NICCS_NUM | \
SCG1_NICCCR_NIC0_DIV_NUM | \
SCG1_NICCCR_NIC1_DIV_NUM | \
SCG1_NICCCR_NIC1_DIVBUS_NUM)
/* SCG1(A7) FIRC DIV configurations */
/* Enable FIRC DIV3 */
#define SCG1_SOSCDIV_DIV3_NUM ((0x1) << SCG_SOSCDIV_DIV3_SHIFT)
/* FIRC DIV2 = 48MHz / 1 = 48MHz */
#define SCG1_SOSCDIV_DIV2_NUM ((0x1) << SCG_SOSCDIV_DIV2_SHIFT)
/* Enable FIRC DIV1 */
#define SCG1_SOSCDIV_DIV1_NUM ((0x1) << SCG_SOSCDIV_DIV1_SHIFT)

339
x1/c/scg.h
View File

@ -1,339 +0,0 @@
/* SPDX-License-Identifier: GPL-2.0+ */
/*
* Copyright (C) 2016 Freescale Semiconductor, Inc.
*/
#ifndef _ASM_ARCH_SCG_H
#define _ASM_ARCH_SCG_H
#ifdef CONFIG_CLK_DEBUG
#define clk_debug(fmt, args...) printf(fmt, ##args)
#else
#define clk_debug(fmt, args...)
#endif
#define SCG_CCR_SCS_SHIFT (24)
#define SCG_CCR_SCS_MASK ((0xFUL) << SCG_CCR_SCS_SHIFT)
#define SCG_CCR_DIVCORE_SHIFT (16)
#define SCG_CCR_DIVCORE_MASK ((0xFUL) << SCG_CCR_DIVCORE_SHIFT)
#define SCG_CCR_DIVPLAT_SHIFT (12)
#define SCG_CCR_DIVPLAT_MASK ((0xFUL) << SCG_CCR_DIVPLAT_SHIFT)
#define SCG_CCR_DIVEXT_SHIFT (8)
#define SCG_CCR_DIVEXT_MASK ((0xFUL) << SCG_CCR_DIVEXT_SHIFT)
#define SCG_CCR_DIVBUS_SHIFT (4)
#define SCG_CCR_DIVBUS_MASK ((0xFUL) << SCG_CCR_DIVBUS_SHIFT)
#define SCG_CCR_DIVSLOW_SHIFT (0)
#define SCG_CCR_DIVSLOW_MASK ((0xFUL) << SCG_CCR_DIVSLOW_SHIFT)
/* SCG DDR Clock Control Register */
#define SCG_DDRCCR_DDRCS_SHIFT (24)
#define SCG_DDRCCR_DDRCS_MASK ((0x1UL) << SCG_DDRCCR_DDRCS_SHIFT)
#define SCG_DDRCCR_DDRDIV_SHIFT (0)
#define SCG_DDRCCR_DDRDIV_MASK ((0x7UL) << SCG_DDRCCR_DDRDIV_SHIFT)
/* SCG NIC Clock Control Register */
#define SCG_NICCCR_NICCS_SHIFT (28)
#define SCG_NICCCR_NICCS_MASK ((0x1UL) << SCG_NICCCR_NICCS_SHIFT)
#define SCG_NICCCR_NIC0_DIV_SHIFT (24)
#define SCG_NICCCR_NIC0_DIV_MASK ((0xFUL) << SCG_NICCCR_NIC0_DIV_SHIFT)
#define SCG_NICCCR_GPU_DIV_SHIFT (20)
#define SCG_NICCCR_GPU_DIV_MASK ((0xFUL) << SCG_NICCCR_GPU_DIV_SHIFT)
#define SCG_NICCCR_NIC1_DIV_SHIFT (16)
#define SCG_NICCCR_NIC1_DIV_MASK ((0xFUL) << SCG_NICCCR_NIC1_DIV_SHIFT)
#define SCG_NICCCR_NIC1_DIVEXT_SHIFT (8)
#define SCG_NICCCR_NIC1_DIVEXT_MASK ((0xFUL) << SCG_NICCCR_NIC1_DIVEXT_SHIFT)
#define SCG_NICCCR_NIC1_DIVBUS_SHIFT (4)
#define SCG_NICCCR_NIC1_DIVBUS_MASK ((0xFUL) << SCG_NICCCR_NIC1_DIVBUS_SHIFT)
/* SCG NIC clock status register */
#define SCG_NICCSR_NICCS_SHIFT (28)
#define SCG_NICCSR_NICCS_MASK ((0x1UL) << SCG_NICCSR_NICCS_SHIFT)
#define SCG_NICCSR_NIC0DIV_SHIFT (24)
#define SCG_NICCSR_NIC0DIV_MASK ((0xFUL) << SCG_NICCSR_NIC0DIV_SHIFT)
#define SCG_NICCSR_GPUDIV_SHIFT (20)
#define SCG_NICCSR_GPUDIV_MASK ((0xFUL) << SCG_NICCSR_GPUDIV_SHIFT)
#define SCG_NICCSR_NIC1DIV_SHIFT (16)
#define SCG_NICCSR_NIC1DIV_MASK ((0xFUL) << SCG_NICCSR_NIC1DIV_SHIFT)
#define SCG_NICCSR_NIC1EXTDIV_SHIFT (8)
#define SCG_NICCSR_NIC1EXTDIV_MASK ((0xFUL) << SCG_NICCSR_NIC1EXTDIV_SHIFT)
#define SCG_NICCSR_NIC1BUSDIV_SHIFT (4)
#define SCG_NICCSR_NIC1BUSDIV_MASK ((0xFUL) << SCG_NICCSR_NIC1BUSDIV_SHIFT)
/* SCG Slow IRC Control Status Register */
#define SCG_SIRC_CSR_SIRCVLD_SHIFT (24)
#define SCG_SIRC_CSR_SIRCVLD_MASK ((0x1UL) << SCG_SIRC_CSR_SIRCVLD_SHIFT)
#define SCG_SIRC_CSR_SIRCEN_SHIFT (0)
#define SCG_SIRC_CSR_SIRCEN_MASK ((0x1UL) << SCG_SIRC_CSR_SIRCEN_SHIFT)
/* SCG Slow IRC Configuration Register */
#define SCG_SIRCCFG_RANGE_SHIFT (0)
#define SCG_SIRCCFG_RANGE_MASK ((0x1UL) << SCG_SIRCCFG_RANGE_SHIFT)
#define SCG_SIRCCFG_RANGE_4M ((0x0UL) << SCG_SIRCCFG_RANGE_SHIFT)
#define SCG_SIRCCFG_RANGE_16M ((0x1UL) << SCG_SIRCCFG_RANGE_SHIFT)
/* SCG Slow IRC Divide Register */
#define SCG_SIRCDIV_DIV3_SHIFT (16)
#define SCG_SIRCDIV_DIV3_MASK ((0x7UL) << SCG_SIRCDIV_DIV3_SHIFT)
#define SCG_SIRCDIV_DIV2_SHIFT (8)
#define SCG_SIRCDIV_DIV2_MASK ((0x7UL) << SCG_SIRCDIV_DIV2_SHIFT)
#define SCG_SIRCDIV_DIV1_SHIFT (0)
#define SCG_SIRCDIV_DIV1_MASK ((0x7UL) << SCG_SIRCDIV_DIV1_SHIFT)
/*
* FIRC/SIRC DIV1 ==> xIRC_PLAT_CLK
* FIRC/SIRC DIV2 ==> xIRC_BUS_CLK
* FIRC/SIRC DIV3 ==> xIRC_SLOW_CLK
*/
/* SCG Fast IRC Control Status Register */
#define SCG_FIRC_CSR_FIRCVLD_SHIFT (24)
#define SCG_FIRC_CSR_FIRCVLD_MASK ((0x1UL) << SCG_FIRC_CSR_FIRCVLD_SHIFT)
#define SCG_FIRC_CSR_FIRCEN_SHIFT (0)
#define SCG_FIRC_CSR_FIRCEN_MASK ((0x1UL) << SCG_FIRC_CSR_FIRCEN_SHIFT)
/* SCG Fast IRC Divide Register */
#define SCG_FIRCDIV_DIV3_SHIFT (16)
#define SCG_FIRCDIV_DIV3_MASK ((0x7UL) << SCG_FIRCDIV_DIV3_SHIFT)
#define SCG_FIRCDIV_DIV2_SHIFT (8)
#define SCG_FIRCDIV_DIV2_MASK ((0x7UL) << SCG_FIRCDIV_DIV2_SHIFT)
#define SCG_FIRCDIV_DIV1_SHIFT (0)
#define SCG_FIRCDIV_DIV1_MASK ((0x7UL) << SCG_FIRCDIV_DIV1_SHIFT)
#define SCG_FIRCCFG_RANGE_SHIFT (0)
#define SCG_FIRCCFG_RANGE_MASK ((0x3UL) << SCG_FIRCCFG_RANGE_SHIFT)
#define SCG_FIRCCFG_RANGE_SHIFT (0)
#define SCG_FIRCCFG_RANGE_48M ((0x0UL) << SCG_FIRCCFG_RANGE_SHIFT)
/* SCG System OSC Control Status Register */
#define SCG_SOSC_CSR_SOSCVLD_SHIFT (24)
#define SCG_SOSC_CSR_SOSCVLD_MASK ((0x1UL) << SCG_SOSC_CSR_SOSCVLD_SHIFT)
/* SCG Fast IRC Divide Register */
#define SCG_SOSCDIV_DIV3_SHIFT (16)
#define SCG_SOSCDIV_DIV3_MASK ((0x7UL) << SCG_SOSCDIV_DIV3_SHIFT)
#define SCG_SOSCDIV_DIV2_SHIFT (8)
#define SCG_SOSCDIV_DIV2_MASK ((0x7UL) << SCG_SOSCDIV_DIV2_SHIFT)
#define SCG_SOSCDIV_DIV1_SHIFT (0)
#define SCG_SOSCDIV_DIV1_MASK ((0x7UL) << SCG_SOSCDIV_DIV1_SHIFT)
/* SCG RTC OSC Control Status Register */
#define SCG_ROSC_CSR_ROSCVLD_SHIFT (24)
#define SCG_ROSC_CSR_ROSCVLD_MASK ((0x1UL) << SCG_ROSC_CSR_ROSCVLD_SHIFT)
#define SCG_SPLL_CSR_SPLLVLD_SHIFT (24)
#define SCG_SPLL_CSR_SPLLVLD_MASK ((0x1UL) << SCG_SPLL_CSR_SPLLVLD_SHIFT)
#define SCG_SPLL_CSR_SPLLEN_SHIFT (0)
#define SCG_SPLL_CSR_SPLLEN_MASK ((0x1UL) << SCG_SPLL_CSR_SPLLEN_SHIFT)
#define SCG_APLL_CSR_APLLEN_SHIFT (0)
#define SCG_APLL_CSR_APLLEN_MASK (0x1UL)
#define SCG_APLL_CSR_APLLVLD_MASK (0x01000000)
#define SCG_UPLL_CSR_UPLLVLD_MASK (0x01000000)
#define SCG_PLL_PFD3_GATE_MASK (0x80000000)
#define SCG_PLL_PFD2_GATE_MASK (0x00800000)
#define SCG_PLL_PFD1_GATE_MASK (0x00008000)
#define SCG_PLL_PFD0_GATE_MASK (0x00000080)
#define SCG_PLL_PFD3_VALID_MASK (0x40000000)
#define SCG_PLL_PFD2_VALID_MASK (0x00400000)
#define SCG_PLL_PFD1_VALID_MASK (0x00004000)
#define SCG_PLL_PFD0_VALID_MASK (0x00000040)
#define SCG_PLL_PFD0_FRAC_SHIFT (0)
#define SCG_PLL_PFD0_FRAC_MASK ((0x3F) << SCG_PLL_PFD0_FRAC_SHIFT)
#define SCG_PLL_PFD1_FRAC_SHIFT (8)
#define SCG_PLL_PFD1_FRAC_MASK ((0x3F) << SCG_PLL_PFD1_FRAC_SHIFT)
#define SCG_PLL_PFD2_FRAC_SHIFT (16)
#define SCG_PLL_PFD2_FRAC_MASK ((0x3F) << SCG_PLL_PFD2_FRAC_SHIFT)
#define SCG_PLL_PFD3_FRAC_SHIFT (24)
#define SCG_PLL_PFD3_FRAC_MASK ((0x3F) << SCG_PLL_PFD3_FRAC_SHIFT)
#define SCG_PLL_CFG_POSTDIV2_SHIFT (28)
#define SCG_PLL_CFG_POSTDIV2_MASK ((0xFUL) << SCG_PLL_CFG_POSTDIV2_SHIFT)
#define SCG_PLL_CFG_POSTDIV1_SHIFT (24)
#define SCG_PLL_CFG_POSTDIV1_MASK ((0xFUL) << SCG_PLL_CFG_POSTDIV1_SHIFT)
#define SCG_PLL_CFG_MULT_SHIFT (16)
#define SCG1_SPLL_CFG_MULT_MASK ((0x7FUL) << SCG_PLL_CFG_MULT_SHIFT)
#define SCG_APLL_CFG_MULT_MASK ((0x7FUL) << SCG_PLL_CFG_MULT_SHIFT)
#define SCG_PLL_CFG_PFDSEL_SHIFT (14)
#define SCG_PLL_CFG_PFDSEL_MASK ((0x3UL) << SCG_PLL_CFG_PFDSEL_SHIFT)
#define SCG_PLL_CFG_PREDIV_SHIFT (8)
#define SCG_PLL_CFG_PREDIV_MASK ((0x7UL) << SCG_PLL_CFG_PREDIV_SHIFT)
#define SCG_PLL_CFG_BYPASS_SHIFT (2)
/* 0: SPLL, 1: bypass */
#define SCG_PLL_CFG_BYPASS_MASK ((0x1UL) << SCG_PLL_CFG_BYPASS_SHIFT)
#define SCG_PLL_CFG_PLLSEL_SHIFT (1)
/* 0: pll, 1: pfd */
#define SCG_PLL_CFG_PLLSEL_MASK ((0x1UL) << SCG_PLL_CFG_PLLSEL_SHIFT)
#define SCG_PLL_CFG_CLKSRC_SHIFT (0)
/* 0: Sys-OSC, 1: FIRC */
#define SCG_PLL_CFG_CLKSRC_MASK ((0x1UL) << SCG_PLL_CFG_CLKSRC_SHIFT)
#define SCG0_SPLL_CFG_MULT_SHIFT (17)
/* 0: Multiplier = 20, 1: Multiplier = 22 */
#define SCG0_SPLL_CFG_MULT_MASK ((0x1UL) << SCG0_SPLL_CFG_MULT_SHIFT)
#define PLL_USB_EN_USB_CLKS_MASK (0x01 << 6)
#define PLL_USB_PWR_MASK (0x01 << 12)
#define PLL_USB_ENABLE_MASK (0x01 << 13)
#define PLL_USB_BYPASS_MASK (0x01 << 16)
#define PLL_USB_REG_ENABLE_MASK (0x01 << 21)
#define PLL_USB_DIV_SEL_MASK (0x07 << 22)
#define PLL_USB_LOCK_MASK (0x01 << 31)
enum scg_clk {
SCG_SOSC_CLK,
SCG_FIRC_CLK,
SCG_SIRC_CLK,
SCG_ROSC_CLK,
SCG_SIRC_DIV1_CLK,
SCG_SIRC_DIV2_CLK,
SCG_SIRC_DIV3_CLK,
SCG_FIRC_DIV1_CLK,
SCG_FIRC_DIV2_CLK,
SCG_FIRC_DIV3_CLK,
SCG_SOSC_DIV1_CLK,
SCG_SOSC_DIV2_CLK,
SCG_SOSC_DIV3_CLK,
SCG_CORE_CLK,
SCG_BUS_CLK,
SCG_SPLL_PFD0_CLK,
SCG_SPLL_PFD1_CLK,
SCG_SPLL_PFD2_CLK,
SCG_SPLL_PFD3_CLK,
SCG_DDR_CLK,
SCG_NIC0_CLK,
SCG_GPU_CLK,
SCG_NIC1_CLK,
SCG_NIC1_BUS_CLK,
SCG_NIC1_EXT_CLK,
SCG_APLL_PFD0_CLK,
SCG_APLL_PFD1_CLK,
SCG_APLL_PFD2_CLK,
SCG_APLL_PFD3_CLK,
USB_PLL_OUT,
MIPI_PLL_OUT
};
enum scg_sys_src {
SCG_SCS_SYS_OSC = 1,
SCG_SCS_SLOW_IRC,
SCG_SCS_FAST_IRC,
SCG_SCS_RTC_OSC,
SCG_SCS_AUX_PLL,
SCG_SCS_SYS_PLL,
SCG_SCS_USBPHY_PLL,
};
/* PLL supported by i.mx7ulp */
enum pll_clocks {
PLL_M4_SPLL, /* M4 SPLL */
PLL_M4_APLL, /* M4 APLL*/
PLL_A7_SPLL, /* A7 SPLL */
PLL_A7_APLL, /* A7 APLL */
PLL_USB, /* USB PLL*/
PLL_MIPI, /* MIPI PLL */
};
typedef struct scg_regs {
u32 verid; /* VERSION_ID */
u32 param; /* PARAMETER */
u32 rsvd11[2];
u32 csr; /* Clock Status Register */
u32 rccr; /* Run Clock Control Register */
u32 vccr; /* VLPR Clock Control Register */
u32 hccr; /* HSRUN Clock Control Register */
u32 clkoutcnfg; /* SCG CLKOUT Configuration Register */
u32 rsvd12[3];
u32 ddrccr; /* SCG DDR Clock Control Register */
u32 rsvd13[3];
u32 nicccr; /* NIC Clock Control Register */
u32 niccsr; /* NIC Clock Status Register */
u32 rsvd10[46];
u32 sosccsr; /* System OSC Control Status Register, offset 0x100 */
u32 soscdiv; /* System OSC Divide Register */
u32 sosccfg; /* System Oscillator Configuration Register */
u32 sosctest; /* System Oscillator Test Register */
u32 rsvd20[60];
u32 sirccsr; /* Slow IRC Control Status Register, offset 0x200 */
u32 sircdiv; /* Slow IRC Divide Register */
u32 sirccfg; /* Slow IRC Configuration Register */
u32 sirctrim; /* Slow IRC Trim Register */
u32 loptrim; /* Low Power Oscillator Trim Register */
u32 sirctest; /* Slow IRC Test Register */
u32 rsvd30[58];
u32 firccsr; /* Fast IRC Control Status Register, offset 0x300 */
u32 fircdiv;
u32 firccfg;
u32 firctcfg; /* Fast IRC Trim Configuration Register */
u32 firctriml; /* Fast IRC Trim Low Register */
u32 firctrimh;
u32 fircstat; /* Fast IRC Status Register */
u32 firctest; /* Fast IRC Test Register */
u32 rsvd40[56];
u32 rtccsr; /* RTC OSC Control Status Register, offset 0x400 */
u32 rsvd50[63];
u32 apllcsr; /* Auxiliary PLL Control Status Register, offset 0x500 */
u32 aplldiv; /* Auxiliary PLL Divider Register */
u32 apllcfg; /* Auxiliary PLL Configuration Register */
u32 apllpfd; /* Auxiliary PLL PFD Register */
u32 apllnum; /* Auxiliary PLL Numerator Register */
u32 aplldenom; /* Auxiliary PLL Denominator Register */
u32 apllss; /* Auxiliary PLL Spread Spectrum Register */
u32 rsvd60[55];
u32 apllock_cnfg; /* Auxiliary PLL LOCK Configuration Register */
u32 rsvd61[1];
u32 spllcsr; /* System PLL Control Status Register, offset 0x600 */
u32 splldiv; /* System PLL Divide Register */
u32 spllcfg; /* System PLL Configuration Register */
u32 spllpfd; /* System PLL Test Register */
u32 spllnum; /* System PLL Numerator Register */
u32 splldenom; /* System PLL Denominator Register */
u32 spllss; /* System PLL Spread Spectrum Register */
u32 rsvd70[55];
u32 spllock_cnfg; /* System PLL LOCK Configuration Register */
u32 rsvd71[1];
u32 upllcsr; /* USB PLL Control Status Register, offset 0x700 */
u32 uplldiv; /* USB PLL Divide Register */
u32 upllcfg; /* USB PLL Configuration Register */
} scg_t, *scg_p;
u32 scg_clk_get_rate(enum scg_clk clk);
int scg_enable_pll_pfd(enum scg_clk clk, u32 frac);
//int scg_enable_usb_pll(bool usb_control);
u32 decode_pll(enum pll_clocks pll);
void scg_a7_rccr_init(void);
void scg_a7_spll_init(void);
void scg_a7_ddrclk_init(void);
void scg_a7_apll_init(void);
void scg_a7_firc_init(void);
void scg_a7_nicclk_init(void);
void scg_a7_sys_clk_sel(enum scg_sys_src clk);
void scg_a7_info(void);
void scg_a7_soscdiv_init(void);
#endif

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/*
* include/linux/sizes.h
*
* This program is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License version 2 as
* published by the Free Software Foundation.
*/
#ifndef __LINUX_SIZES_H__
#define __LINUX_SIZES_H__
#define SZ_1 0x00000001
#define SZ_2 0x00000002
#define SZ_4 0x00000004
#define SZ_8 0x00000008
#define SZ_16 0x00000010
#define SZ_32 0x00000020
#define SZ_64 0x00000040
#define SZ_128 0x00000080
#define SZ_256 0x00000100
#define SZ_512 0x00000200
#define SZ_1K 0x00000400
#define SZ_2K 0x00000800
#define SZ_4K 0x00001000
#define SZ_8K 0x00002000
#define SZ_16K 0x00004000
#define SZ_32K 0x00008000
#define SZ_64K 0x00010000
#define SZ_128K 0x00020000
#define SZ_256K 0x00040000
#define SZ_512K 0x00080000
#define SZ_1M 0x00100000
#define SZ_2M 0x00200000
#define SZ_4M 0x00400000
#define SZ_8M 0x00800000
#define SZ_16M 0x01000000
#define SZ_32M 0x02000000
#define SZ_64M 0x04000000
#define SZ_128M 0x08000000
#define SZ_256M 0x10000000
#define SZ_512M 0x20000000
#define SZ_1G 0x40000000
#define SZ_2G 0x80000000
#endif /* __LINUX_SIZES_H__ */

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