mirror of
https://github.com/brain-hackers/u-boot-brain
synced 2024-06-09 23:36:03 +09:00
d4e84f24a6
When boot type could not be detected from rom sw info, read sbmr1 to detect, here we only use it to detect FLEXSPI boot, because ROM not update it in rom sw info. Signed-off-by: Peng Fan <peng.fan@nxp.com>
509 lines
12 KiB
C
509 lines
12 KiB
C
// SPDX-License-Identifier: GPL-2.0+
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/*
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* (C) Copyright 2007
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* Sascha Hauer, Pengutronix
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*
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* (C) Copyright 2009 Freescale Semiconductor, Inc.
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*/
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#include <bootm.h>
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#include <common.h>
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#include <dm.h>
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#include <init.h>
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#include <log.h>
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#include <net.h>
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#include <netdev.h>
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#include <linux/errno.h>
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#include <asm/io.h>
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#include <asm/arch/imx-regs.h>
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#include <asm/arch/clock.h>
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#include <asm/arch/sys_proto.h>
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#include <asm/arch/crm_regs.h>
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#include <asm/mach-imx/boot_mode.h>
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#include <imx_thermal.h>
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#include <ipu_pixfmt.h>
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#include <thermal.h>
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#include <sata.h>
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#include <dm/device-internal.h>
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#include <dm/uclass-internal.h>
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#ifdef CONFIG_FSL_ESDHC_IMX
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#include <fsl_esdhc_imx.h>
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#endif
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static u32 reset_cause = -1;
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u32 get_imx_reset_cause(void)
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{
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struct src *src_regs = (struct src *)SRC_BASE_ADDR;
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if (reset_cause == -1) {
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reset_cause = readl(&src_regs->srsr);
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/* preserve the value for U-Boot proper */
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#if !defined(CONFIG_SPL_BUILD)
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writel(reset_cause, &src_regs->srsr);
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#endif
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}
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return reset_cause;
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}
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#if defined(CONFIG_DISPLAY_CPUINFO) && !defined(CONFIG_SPL_BUILD)
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static char *get_reset_cause(void)
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{
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switch (get_imx_reset_cause()) {
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case 0x00001:
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case 0x00011:
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return "POR";
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case 0x00004:
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return "CSU";
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case 0x00008:
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return "IPP USER";
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case 0x00010:
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#ifdef CONFIG_MX7
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return "WDOG1";
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#else
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return "WDOG";
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#endif
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case 0x00020:
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return "JTAG HIGH-Z";
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case 0x00040:
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return "JTAG SW";
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case 0x00080:
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return "WDOG3";
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#ifdef CONFIG_MX7
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case 0x00100:
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return "WDOG4";
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case 0x00200:
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return "TEMPSENSE";
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#elif defined(CONFIG_IMX8M)
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case 0x00100:
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return "WDOG2";
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case 0x00200:
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return "TEMPSENSE";
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#else
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case 0x00100:
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return "TEMPSENSE";
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case 0x10000:
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return "WARM BOOT";
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#endif
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default:
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return "unknown reset";
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}
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}
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#endif
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#if defined(CONFIG_DISPLAY_CPUINFO) && !defined(CONFIG_SPL_BUILD)
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const char *get_imx_type(u32 imxtype)
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{
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switch (imxtype) {
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case MXC_CPU_IMX8MP:
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return "8MP[8]"; /* Quad-core version of the imx8mp */
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case MXC_CPU_IMX8MPD:
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return "8MP Dual[3]"; /* Dual-core version of the imx8mp */
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case MXC_CPU_IMX8MPL:
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return "8MP Lite[4]"; /* Quad-core Lite version of the imx8mp */
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case MXC_CPU_IMX8MP6:
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return "8MP[6]"; /* Quad-core version of the imx8mp, NPU fused */
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case MXC_CPU_IMX8MN:
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return "8MNano Quad"; /* Quad-core version */
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case MXC_CPU_IMX8MND:
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return "8MNano Dual"; /* Dual-core version */
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case MXC_CPU_IMX8MNS:
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return "8MNano Solo"; /* Single-core version */
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case MXC_CPU_IMX8MNL:
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return "8MNano QuadLite"; /* Quad-core Lite version */
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case MXC_CPU_IMX8MNDL:
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return "8MNano DualLite"; /* Dual-core Lite version */
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case MXC_CPU_IMX8MNSL:
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return "8MNano SoloLite"; /* Single-core Lite version */
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case MXC_CPU_IMX8MM:
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return "8MMQ"; /* Quad-core version of the imx8mm */
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case MXC_CPU_IMX8MML:
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return "8MMQL"; /* Quad-core Lite version of the imx8mm */
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case MXC_CPU_IMX8MMD:
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return "8MMD"; /* Dual-core version of the imx8mm */
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case MXC_CPU_IMX8MMDL:
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return "8MMDL"; /* Dual-core Lite version of the imx8mm */
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case MXC_CPU_IMX8MMS:
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return "8MMS"; /* Single-core version of the imx8mm */
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case MXC_CPU_IMX8MMSL:
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return "8MMSL"; /* Single-core Lite version of the imx8mm */
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case MXC_CPU_IMX8MQ:
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return "8MQ"; /* Quad-core version of the imx8mq */
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case MXC_CPU_IMX8MQL:
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return "8MQLite"; /* Quad-core Lite version of the imx8mq */
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case MXC_CPU_IMX8MD:
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return "8MD"; /* Dual-core version of the imx8mq */
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case MXC_CPU_MX7S:
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return "7S"; /* Single-core version of the mx7 */
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case MXC_CPU_MX7D:
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return "7D"; /* Dual-core version of the mx7 */
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case MXC_CPU_MX6QP:
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return "6QP"; /* Quad-Plus version of the mx6 */
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case MXC_CPU_MX6DP:
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return "6DP"; /* Dual-Plus version of the mx6 */
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case MXC_CPU_MX6Q:
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return "6Q"; /* Quad-core version of the mx6 */
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case MXC_CPU_MX6D:
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return "6D"; /* Dual-core version of the mx6 */
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case MXC_CPU_MX6DL:
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return "6DL"; /* Dual Lite version of the mx6 */
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case MXC_CPU_MX6SOLO:
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return "6SOLO"; /* Solo version of the mx6 */
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case MXC_CPU_MX6SL:
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return "6SL"; /* Solo-Lite version of the mx6 */
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case MXC_CPU_MX6SLL:
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return "6SLL"; /* SLL version of the mx6 */
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case MXC_CPU_MX6SX:
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return "6SX"; /* SoloX version of the mx6 */
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case MXC_CPU_MX6UL:
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return "6UL"; /* Ultra-Lite version of the mx6 */
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case MXC_CPU_MX6ULL:
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return "6ULL"; /* ULL version of the mx6 */
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case MXC_CPU_MX6ULZ:
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return "6ULZ"; /* ULZ version of the mx6 */
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case MXC_CPU_MX51:
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return "51";
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case MXC_CPU_MX53:
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return "53";
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default:
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return "??";
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}
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}
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int print_cpuinfo(void)
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{
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u32 cpurev;
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__maybe_unused u32 max_freq;
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cpurev = get_cpu_rev();
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#if defined(CONFIG_IMX_THERMAL) || defined(CONFIG_IMX_TMU)
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struct udevice *thermal_dev;
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int cpu_tmp, minc, maxc, ret;
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printf("CPU: Freescale i.MX%s rev%d.%d",
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get_imx_type((cpurev & 0x1FF000) >> 12),
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(cpurev & 0x000F0) >> 4,
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(cpurev & 0x0000F) >> 0);
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max_freq = get_cpu_speed_grade_hz();
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if (!max_freq || max_freq == mxc_get_clock(MXC_ARM_CLK)) {
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printf(" at %dMHz\n", mxc_get_clock(MXC_ARM_CLK) / 1000000);
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} else {
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printf(" %d MHz (running at %d MHz)\n", max_freq / 1000000,
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mxc_get_clock(MXC_ARM_CLK) / 1000000);
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}
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#else
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printf("CPU: Freescale i.MX%s rev%d.%d at %d MHz\n",
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get_imx_type((cpurev & 0x1FF000) >> 12),
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(cpurev & 0x000F0) >> 4,
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(cpurev & 0x0000F) >> 0,
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mxc_get_clock(MXC_ARM_CLK) / 1000000);
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#endif
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#if defined(CONFIG_IMX_THERMAL) || defined(CONFIG_IMX_TMU)
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puts("CPU: ");
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switch (get_cpu_temp_grade(&minc, &maxc)) {
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case TEMP_AUTOMOTIVE:
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puts("Automotive temperature grade ");
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break;
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case TEMP_INDUSTRIAL:
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puts("Industrial temperature grade ");
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break;
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case TEMP_EXTCOMMERCIAL:
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puts("Extended Commercial temperature grade ");
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break;
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default:
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puts("Commercial temperature grade ");
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break;
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}
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printf("(%dC to %dC)", minc, maxc);
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ret = uclass_get_device(UCLASS_THERMAL, 0, &thermal_dev);
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if (!ret) {
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ret = thermal_get_temp(thermal_dev, &cpu_tmp);
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if (!ret)
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printf(" at %dC", cpu_tmp);
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else
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debug(" - invalid sensor data\n");
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} else {
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debug(" - invalid sensor device\n");
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}
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puts("\n");
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#endif
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printf("Reset cause: %s\n", get_reset_cause());
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return 0;
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}
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#endif
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int cpu_eth_init(struct bd_info *bis)
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{
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int rc = -ENODEV;
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#if defined(CONFIG_FEC_MXC)
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rc = fecmxc_initialize(bis);
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#endif
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return rc;
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}
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#ifdef CONFIG_FSL_ESDHC_IMX
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/*
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* Initializes on-chip MMC controllers.
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* to override, implement board_mmc_init()
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*/
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int cpu_mmc_init(struct bd_info *bis)
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{
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return fsl_esdhc_mmc_init(bis);
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}
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#endif
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#if !(defined(CONFIG_MX7) || defined(CONFIG_IMX8M))
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u32 get_ahb_clk(void)
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{
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struct mxc_ccm_reg *imx_ccm = (struct mxc_ccm_reg *)CCM_BASE_ADDR;
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u32 reg, ahb_podf;
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reg = __raw_readl(&imx_ccm->cbcdr);
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reg &= MXC_CCM_CBCDR_AHB_PODF_MASK;
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ahb_podf = reg >> MXC_CCM_CBCDR_AHB_PODF_OFFSET;
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return get_periph_clk() / (ahb_podf + 1);
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}
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#endif
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void arch_preboot_os(void)
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{
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#if defined(CONFIG_PCIE_IMX) && !CONFIG_IS_ENABLED(DM_PCI)
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imx_pcie_remove();
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#endif
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#if defined(CONFIG_IMX_AHCI)
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struct udevice *dev;
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int rc;
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rc = uclass_find_device(UCLASS_AHCI, 0, &dev);
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if (!rc && dev) {
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rc = device_remove(dev, DM_REMOVE_NORMAL);
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if (rc)
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printf("Cannot remove SATA device '%s' (err=%d)\n",
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dev->name, rc);
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}
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#endif
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#if defined(CONFIG_SATA)
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if (!is_mx6sdl()) {
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sata_remove(0);
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#if defined(CONFIG_MX6)
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disable_sata_clock();
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#endif
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}
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#endif
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#if defined(CONFIG_VIDEO_IPUV3)
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/* disable video before launching O/S */
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ipuv3_fb_shutdown();
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#endif
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#if defined(CONFIG_VIDEO_MXS) && !defined(CONFIG_DM_VIDEO)
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lcdif_power_down();
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#endif
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}
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#ifndef CONFIG_IMX8M
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void set_chipselect_size(int const cs_size)
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{
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unsigned int reg;
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struct iomuxc *iomuxc_regs = (struct iomuxc *)IOMUXC_BASE_ADDR;
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reg = readl(&iomuxc_regs->gpr[1]);
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switch (cs_size) {
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case CS0_128:
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reg &= ~0x7; /* CS0=128MB, CS1=0, CS2=0, CS3=0 */
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reg |= 0x5;
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break;
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case CS0_64M_CS1_64M:
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reg &= ~0x3F; /* CS0=64MB, CS1=64MB, CS2=0, CS3=0 */
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reg |= 0x1B;
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break;
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case CS0_64M_CS1_32M_CS2_32M:
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reg &= ~0x1FF; /* CS0=64MB, CS1=32MB, CS2=32MB, CS3=0 */
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reg |= 0x4B;
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break;
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case CS0_32M_CS1_32M_CS2_32M_CS3_32M:
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reg &= ~0xFFF; /* CS0=32MB, CS1=32MB, CS2=32MB, CS3=32MB */
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reg |= 0x249;
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break;
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default:
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printf("Unknown chip select size: %d\n", cs_size);
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break;
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}
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writel(reg, &iomuxc_regs->gpr[1]);
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}
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#endif
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#if defined(CONFIG_MX7) || defined(CONFIG_IMX8M)
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/*
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* OCOTP_TESTER3[9:8] (see Fusemap Description Table offset 0x440)
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* defines a 2-bit SPEED_GRADING
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*/
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#define OCOTP_TESTER3_SPEED_SHIFT 8
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enum cpu_speed {
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OCOTP_TESTER3_SPEED_GRADE0,
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OCOTP_TESTER3_SPEED_GRADE1,
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OCOTP_TESTER3_SPEED_GRADE2,
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OCOTP_TESTER3_SPEED_GRADE3,
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OCOTP_TESTER3_SPEED_GRADE4,
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};
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u32 get_cpu_speed_grade_hz(void)
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{
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struct ocotp_regs *ocotp = (struct ocotp_regs *)OCOTP_BASE_ADDR;
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struct fuse_bank *bank = &ocotp->bank[1];
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struct fuse_bank1_regs *fuse =
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(struct fuse_bank1_regs *)bank->fuse_regs;
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uint32_t val;
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val = readl(&fuse->tester3);
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val >>= OCOTP_TESTER3_SPEED_SHIFT;
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if (is_imx8mn() || is_imx8mp()) {
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val &= 0xf;
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return 2300000000 - val * 100000000;
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}
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if (is_imx8mm())
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val &= 0x7;
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else
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val &= 0x3;
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switch(val) {
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case OCOTP_TESTER3_SPEED_GRADE0:
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return 800000000;
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case OCOTP_TESTER3_SPEED_GRADE1:
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return (is_mx7() ? 500000000 : (is_imx8mq() ? 1000000000 : 1200000000));
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case OCOTP_TESTER3_SPEED_GRADE2:
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return (is_mx7() ? 1000000000 : (is_imx8mq() ? 1300000000 : 1600000000));
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case OCOTP_TESTER3_SPEED_GRADE3:
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return (is_mx7() ? 1200000000 : (is_imx8mq() ? 1500000000 : 1800000000));
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case OCOTP_TESTER3_SPEED_GRADE4:
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return 2000000000;
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}
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return 0;
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}
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/*
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* OCOTP_TESTER3[7:6] (see Fusemap Description Table offset 0x440)
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* defines a 2-bit SPEED_GRADING
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*/
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#define OCOTP_TESTER3_TEMP_SHIFT 6
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/* iMX8MP uses OCOTP_TESTER3[6:5] for Market segment */
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#define IMX8MP_OCOTP_TESTER3_TEMP_SHIFT 5
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u32 get_cpu_temp_grade(int *minc, int *maxc)
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{
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struct ocotp_regs *ocotp = (struct ocotp_regs *)OCOTP_BASE_ADDR;
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struct fuse_bank *bank = &ocotp->bank[1];
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struct fuse_bank1_regs *fuse =
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(struct fuse_bank1_regs *)bank->fuse_regs;
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uint32_t val;
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val = readl(&fuse->tester3);
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if (is_imx8mp())
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val >>= IMX8MP_OCOTP_TESTER3_TEMP_SHIFT;
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else
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val >>= OCOTP_TESTER3_TEMP_SHIFT;
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val &= 0x3;
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if (minc && maxc) {
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if (val == TEMP_AUTOMOTIVE) {
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*minc = -40;
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*maxc = 125;
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} else if (val == TEMP_INDUSTRIAL) {
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*minc = -40;
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*maxc = 105;
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} else if (val == TEMP_EXTCOMMERCIAL) {
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*minc = -20;
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*maxc = 105;
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} else {
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*minc = 0;
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*maxc = 95;
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}
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}
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return val;
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}
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#endif
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#if defined(CONFIG_MX7) || defined(CONFIG_IMX8MQ) || defined(CONFIG_IMX8MM)
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enum boot_device get_boot_device(void)
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{
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struct bootrom_sw_info **p =
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(struct bootrom_sw_info **)(ulong)ROM_SW_INFO_ADDR;
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enum boot_device boot_dev = SD1_BOOT;
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u8 boot_type = (*p)->boot_dev_type;
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u8 boot_instance = (*p)->boot_dev_instance;
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switch (boot_type) {
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case BOOT_TYPE_SD:
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boot_dev = boot_instance + SD1_BOOT;
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break;
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case BOOT_TYPE_MMC:
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boot_dev = boot_instance + MMC1_BOOT;
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break;
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case BOOT_TYPE_NAND:
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boot_dev = NAND_BOOT;
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break;
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case BOOT_TYPE_QSPI:
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boot_dev = QSPI_BOOT;
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break;
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case BOOT_TYPE_WEIM:
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boot_dev = WEIM_NOR_BOOT;
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break;
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case BOOT_TYPE_SPINOR:
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boot_dev = SPI_NOR_BOOT;
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break;
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case BOOT_TYPE_USB:
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boot_dev = USB_BOOT;
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break;
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default:
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#ifdef CONFIG_IMX8M
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if (((readl(SRC_BASE_ADDR + 0x58) & 0x00007FFF) >> 12) == 0x4)
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|
boot_dev = QSPI_BOOT;
|
|
#endif
|
|
break;
|
|
}
|
|
|
|
return boot_dev;
|
|
}
|
|
#endif
|
|
|
|
#ifdef CONFIG_NXP_BOARD_REVISION
|
|
int nxp_board_rev(void)
|
|
{
|
|
/*
|
|
* Get Board ID information from OCOTP_GP1[15:8]
|
|
* RevA: 0x1
|
|
* RevB: 0x2
|
|
* RevC: 0x3
|
|
*/
|
|
struct ocotp_regs *ocotp = (struct ocotp_regs *)OCOTP_BASE_ADDR;
|
|
struct fuse_bank *bank = &ocotp->bank[4];
|
|
struct fuse_bank4_regs *fuse =
|
|
(struct fuse_bank4_regs *)bank->fuse_regs;
|
|
|
|
return (readl(&fuse->gp1) >> 8 & 0x0F);
|
|
}
|
|
|
|
char nxp_board_rev_string(void)
|
|
{
|
|
const char *rev = "A";
|
|
|
|
return (*rev + nxp_board_rev() - 1);
|
|
}
|
|
#endif
|