kernel-brax3-ubuntu-touch/drivers/gpu/mediatek/gpufreq/v2/gpufreq_mt6985.c
erascape f319b992b1 kernel-5.15: Initial import brax3 UT kernel
* halium configs enabled

Signed-off-by: erascape <erascape@proton.me>
2025-09-23 15:17:10 +00:00

6217 lines
202 KiB
C

// SPDX-License-Identifier: GPL-2.0
/*
* Copyright (C) 2021 MediaTek Inc.
*/
/**
* @file mtk_gpufreq_core.c
* @brief GPU-DVFS Driver Platform Implementation
*/
/**
* ===============================================
* Include
* ===============================================
*/
#include <linux/module.h>
#include <linux/platform_device.h>
#include <linux/ioport.h>
#include <linux/err.h>
#include <linux/regulator/consumer.h>
#include <linux/clk.h>
#include <linux/of_address.h>
#include <linux/of_device.h>
#include <linux/slab.h>
#include <linux/delay.h>
#include <linux/printk.h>
#include <linux/pm_runtime.h>
#include <linux/pm_domain.h>
#include <linux/timekeeping.h>
#include <gpufreq_v2.h>
#include <gpufreq_mssv.h>
#include <gpuppm.h>
#include <gpufreq_common.h>
#include <gpufreq_mt6985.h>
#include <gpufreq_reg_mt6985.h>
#include <mtk_gpu_utility.h>
#include <gpufreq_history_common.h>
#include <gpufreq_history_mt6985.h>
#if IS_ENABLED(CONFIG_MTK_BATTERY_OC_POWER_THROTTLING)
#include <mtk_battery_oc_throttling.h>
#endif
#if IS_ENABLED(CONFIG_MTK_BATTERY_PERCENT_THROTTLING)
#include <mtk_bp_thl.h>
#endif
#if IS_ENABLED(CONFIG_MTK_LOW_BATTERY_POWER_THROTTLING)
#include <mtk_low_battery_throttling.h>
#endif
#if IS_ENABLED(CONFIG_MTK_STATIC_POWER)
#include <leakage_table_v2/mtk_static_power.h>
#endif
#if IS_ENABLED(CONFIG_COMMON_CLK_MTK_FREQ_HOPPING)
#include <clk-mtk.h>
#endif
/**
* ===============================================
* Local Function Declaration
* ===============================================
*/
/* misc function */
static unsigned int __gpufreq_custom_init_enable(void);
static unsigned int __gpufreq_dvfs_enable(void);
static void __gpufreq_set_dvfs_state(unsigned int set, unsigned int state);
static void __gpufreq_fake_mtcmos_control(unsigned int mode);
static void __gpufreq_set_ocl_timestamp(void);
static void __gpufreq_set_margin_mode(unsigned int mode);
static void __gpufreq_set_gpm_mode(unsigned int version, unsigned int mode);
static void __gpufreq_set_ips_mode(unsigned int mode);
#if GPUFREQ_IPS_ENABLE
static void __gpufreq_ips_rpc_control(enum gpufreq_power_state power);
#endif /* GPUFREQ_IPS_ENABLE */
static void __gpufreq_apply_restore_margin(enum gpufreq_target target, unsigned int mode);
static void __gpufreq_measure_power(void);
static void __iomem *__gpufreq_of_ioremap(const char *node_name, int idx);
static int __gpufreq_pause_dvfs(void);
static void __gpufreq_resume_dvfs(void);
static void __gpufreq_update_shared_status_opp_table(void);
static void __gpufreq_update_shared_status_adj_table(void);
static void __gpufreq_update_shared_status_init_reg(void);
static void __gpufreq_update_shared_status_power_reg(void);
static void __gpufreq_update_shared_status_active_idle_reg(void);
static void __gpufreq_update_shared_status_dvfs_reg(void);
#if GPUFREQ_MSSV_TEST_MODE
static void __gpufreq_mssv_set_stack_sel(unsigned int val);
static void __gpufreq_mssv_set_del_sel(unsigned int val);
#endif /* GPUFREQ_MSSV_TEST_MODE */
/* dvfs function */
static void __gpufreq_dvfs_sel_config(enum gpufreq_opp_direct direct, unsigned int volt);
static void __gpufreq_get_park_volt(enum gpufreq_opp_direct direct,
unsigned int cur_vstack, unsigned int *vgpu_park, unsigned int *vstack_park);
static void __gpufreq_update_springboard(void);
static int __gpufreq_generic_scale(
unsigned int fgpu_old, unsigned int fgpu_new,
unsigned int vgpu_old, unsigned int vgpu_new,
unsigned int fstack_old, unsigned int fstack_new,
unsigned int vstack_old, unsigned int vstack_new,
unsigned int vsram_old, unsigned int vsram_new);
static int __gpufreq_custom_commit_gpu(unsigned int target_freq,
unsigned int target_volt, enum gpufreq_dvfs_state key);
static int __gpufreq_custom_commit_stack(unsigned int target_freq,
unsigned int target_volt, enum gpufreq_dvfs_state key);
static int __gpufreq_freq_scale_gpu(unsigned int freq_old, unsigned int freq_new);
static int __gpufreq_freq_scale_stack(unsigned int freq_old, unsigned int freq_new);
static int __gpufreq_volt_scale_gpu(unsigned int volt_old, unsigned int volt_new);
static int __gpufreq_volt_scale_stack(unsigned int volt_old, unsigned int volt_new);
static int __gpufreq_volt_scale_sram(unsigned int volt_old, unsigned int volt_new);
static int __gpufreq_switch_clksrc(enum gpufreq_target target, enum gpufreq_clk_src clksrc);
static unsigned int __gpufreq_calculate_pcw(unsigned int freq, enum gpufreq_posdiv posdiv_power);
static unsigned int __gpufreq_settle_time_vgpu_vstack(enum gpufreq_opp_direct direct, int deltaV);
static unsigned int __gpufreq_settle_time_vsram(enum gpufreq_opp_direct direct, int deltaV);
/* get function */
static unsigned int __gpufreq_get_fmeter_freq(enum gpufreq_target target);
static unsigned int __gpufreq_get_fmeter_main_fgpu(void);
static unsigned int __gpufreq_get_fmeter_main_fstack(void);
static unsigned int __gpufreq_get_fmeter_sub_fgpu(void);
static unsigned int __gpufreq_get_fmeter_sub_fstack(void);
static unsigned int __gpufreq_get_real_fgpu(void);
static unsigned int __gpufreq_get_real_fstack(void);
static unsigned int __gpufreq_get_real_vgpu(void);
static unsigned int __gpufreq_get_real_vstack(void);
static unsigned int __gpufreq_get_real_vsram(void);
static unsigned int __gpufreq_get_vsram_by_vlogic(unsigned int volt);
static enum gpufreq_posdiv __gpufreq_get_real_posdiv_gpu(void);
static enum gpufreq_posdiv __gpufreq_get_real_posdiv_stack(void);
static enum gpufreq_posdiv __gpufreq_get_posdiv_by_freq(unsigned int freq);
/* aging sensor function */
#if GPUFREQ_ASENSOR_ENABLE || GPUFREQ_IPS_ENABLE
static void __gpufreq_mfg2_force_control(enum gpufreq_power_state power);
#endif /* GPUFREQ_ASENSOR_ENABLE || GPUFREQ_IPS_ENABLE */
#if GPUFREQ_ASENSOR_ENABLE
static unsigned int __gpufreq_asensor_read_efuse(u32 *a_t0_efuse1,
u32 *a_t0_efuse2, u32 *a_t0_efuse3, u32 *efuse_error);
static void __gpufreq_asensor_read_register(u32 *a_tn_sensor1,
u32 *a_tn_sensor2, u32 *a_tn_sensor3);
static unsigned int __gpufreq_get_aging_table_idx(
u32 a_t0_efuse1, u32 a_t0_efuse2, u32 a_t0_efuse3,
u32 a_tn_sensor1, u32 a_tn_sensor2, u32 a_tn_sensor3,
u32 efuse_error, unsigned int is_efuse_read_success);
#endif /* GPUFREQ_ASENSOR_ENABLE */
/* power control function */
#if GPUFREQ_SELF_CTRL_MTCMOS
static void __gpufreq_mfgx_rpc_control(enum gpufreq_power_state power, void __iomem *pwr_con);
static void __gpufreq_mfg1_rpc_control(enum gpufreq_power_state power);
#endif /* GPUFREQ_SELF_CTRL_MTCMOS */
static int __gpufreq_clock_control(enum gpufreq_power_state power);
static int __gpufreq_mtcmos_control(enum gpufreq_power_state power);
static int __gpufreq_buck_control(enum gpufreq_power_state power);
static void __gpufreq_check_bus_idle(void);
static void __gpufreq_aoc_config(enum gpufreq_power_state power);
static void __gpufreq_hwdcm_config(void);
static void __gpufreq_acp_config(void);
static void __gpufreq_gpm1_config(void);
static void __gpufreq_transaction_config(void);
static void __gpufreq_axuser_priority_config(void);
static void __gpufreq_dfd_config(void);
static void __gpufreq_mfg_backup_restore(enum gpufreq_power_state power);
/* bringup function */
static unsigned int __gpufreq_bringup(void);
static void __gpufreq_dump_bringup_status(struct platform_device *pdev);
/* init function */
static void __gpufreq_interpolate_volt(enum gpufreq_target target);
static void __gpufreq_apply_adjustment(void);
static unsigned int __gpufreq_compute_avs_freq(u32 val);
static unsigned int __gpufreq_compute_avs_volt(u32 val);
static void __gpufreq_compute_avs(void);
static void __gpufreq_compute_aging(void);
static int __gpufreq_init_opp_idx(void);
static void __gpufreq_init_opp_table(void);
static void __gpufreq_init_shader_present(void);
static void __gpufreq_init_segment_id(void);
static int __gpufreq_init_mtcmos(struct platform_device *pdev);
static int __gpufreq_init_clk(struct platform_device *pdev);
static int __gpufreq_init_pmic(struct platform_device *pdev);
static int __gpufreq_init_platform_info(struct platform_device *pdev);
static int __gpufreq_pdrv_probe(struct platform_device *pdev);
static int __gpufreq_pdrv_remove(struct platform_device *pdev);
/**
* ===============================================
* Local Variable Definition
* ===============================================
*/
static const struct of_device_id g_gpufreq_of_match[] = {
{ .compatible = "mediatek,gpufreq" },
{ /* sentinel */ }
};
static struct platform_driver g_gpufreq_pdrv = {
.probe = __gpufreq_pdrv_probe,
.remove = __gpufreq_pdrv_remove,
.driver = {
.name = "gpufreq",
.owner = THIS_MODULE,
.of_match_table = g_gpufreq_of_match,
},
};
static void __iomem *g_mfg_top_base;
static void __iomem *g_mfg_pll_base;
static void __iomem *g_mfgsc_pll_base;
static void __iomem *g_mfg_rpc_base;
static void __iomem *g_sleep;
static void __iomem *g_topckgen_base;
static void __iomem *g_nth_emicfg_base;
static void __iomem *g_sth_emicfg_base;
static void __iomem *g_nth_emicfg_ao_mem_base;
static void __iomem *g_sth_emicfg_ao_mem_base;
static void __iomem *g_ifrbus_ao_base;
static void __iomem *g_infra_ao_debug_ctrl;
static void __iomem *g_infra_ao1_debug_ctrl;
static void __iomem *g_nth_emi_ao_debug_ctrl;
static void __iomem *g_sth_emi_ao_debug_ctrl;
static void __iomem *g_efuse_base;
static void __iomem *g_mfg_cpe_ctrl_mcu_base;
static void __iomem *g_mfg_cpe_sensor_base;
static void __iomem *g_mfg_secure_base;
static void __iomem *g_drm_debug_base;
static void __iomem *g_mfg_ips_base;
static void __iomem *g_mali_base;
static void __iomem *g_emi_base;
static void __iomem *g_sub_emi_base;
static void __iomem *g_nemi_mi32_smi_sub;
static void __iomem *g_nemi_mi33_smi_sub;
static void __iomem *g_semi_mi32_smi_sub;
static void __iomem *g_semi_mi33_smi_sub;
static struct gpufreq_pmic_info *g_pmic;
static struct gpufreq_clk_info *g_clk;
static struct gpufreq_mtcmos_info *g_mtcmos;
static struct gpufreq_status g_gpu;
static struct gpufreq_status g_stack;
static struct gpufreq_asensor_info g_asensor_info;
static struct gpufreq_volt_sb g_springboard[NUM_CONSTRAINT_IDX];
static unsigned int g_shader_present;
static unsigned int g_mcl50_load;
static unsigned int g_aging_table_idx;
static unsigned int g_asensor_enable;
static unsigned int g_aging_load;
static unsigned int g_aging_margin;
static unsigned int g_avs_enable;
static unsigned int g_avs_margin;
static unsigned int g_gpm1_mode;
static unsigned int g_gpm3_mode;
static unsigned int g_ptp_version;
static unsigned int g_dfd_mode;
static unsigned int g_ips_mode;
static unsigned int g_gpueb_support;
static unsigned int g_gpufreq_ready;
static unsigned int g_stack_sel_reg;
static unsigned int g_del_sel_reg;
static enum gpufreq_dvfs_state g_dvfs_state;
static struct gpufreq_shared_status *g_shared_status;
static DEFINE_MUTEX(gpufreq_lock);
static DEFINE_MUTEX(spm_sema_lock);
static struct gpufreq_platform_fp platform_ap_fp = {
.power_ctrl_enable = __gpufreq_power_ctrl_enable,
.active_idle_ctrl_enable = __gpufreq_active_idle_ctrl_enable,
.get_power_state = __gpufreq_get_power_state,
.get_dvfs_state = __gpufreq_get_dvfs_state,
.get_shader_present = __gpufreq_get_shader_present,
.get_cur_fgpu = __gpufreq_get_cur_fgpu,
.get_cur_vgpu = __gpufreq_get_cur_vgpu,
.get_cur_vsram_gpu = __gpufreq_get_cur_vsram_gpu,
.get_cur_pgpu = __gpufreq_get_cur_pgpu,
.get_max_pgpu = __gpufreq_get_max_pgpu,
.get_min_pgpu = __gpufreq_get_min_pgpu,
.get_cur_idx_gpu = __gpufreq_get_cur_idx_gpu,
.get_opp_num_gpu = __gpufreq_get_opp_num_gpu,
.get_signed_opp_num_gpu = __gpufreq_get_signed_opp_num_gpu,
.get_fgpu_by_idx = __gpufreq_get_fgpu_by_idx,
.get_pgpu_by_idx = __gpufreq_get_pgpu_by_idx,
.get_idx_by_fgpu = __gpufreq_get_idx_by_fgpu,
.get_lkg_pgpu = __gpufreq_get_lkg_pgpu,
.get_dyn_pgpu = __gpufreq_get_dyn_pgpu,
.power_control = __gpufreq_power_control,
.active_idle_control = __gpufreq_active_idle_control,
.fix_target_oppidx_gpu = __gpufreq_fix_target_oppidx_gpu,
.fix_custom_freq_volt_gpu = __gpufreq_fix_custom_freq_volt_gpu,
.get_cur_fstack = __gpufreq_get_cur_fstack,
.get_cur_vstack = __gpufreq_get_cur_vstack,
.get_cur_vsram_stack = __gpufreq_get_cur_vsram_stack,
.get_cur_pstack = __gpufreq_get_cur_pstack,
.get_max_pstack = __gpufreq_get_max_pstack,
.get_min_pstack = __gpufreq_get_min_pstack,
.get_cur_idx_stack = __gpufreq_get_cur_idx_stack,
.get_opp_num_stack = __gpufreq_get_opp_num_stack,
.get_signed_opp_num_stack = __gpufreq_get_signed_opp_num_stack,
.get_fstack_by_idx = __gpufreq_get_fstack_by_idx,
.get_pstack_by_idx = __gpufreq_get_pstack_by_idx,
.get_idx_by_fstack = __gpufreq_get_idx_by_fstack,
.get_lkg_pstack = __gpufreq_get_lkg_pstack,
.get_dyn_pstack = __gpufreq_get_dyn_pstack,
.generic_commit_stack = __gpufreq_generic_commit_stack,
.fix_target_oppidx_stack = __gpufreq_fix_target_oppidx_stack,
.fix_custom_freq_volt_stack = __gpufreq_fix_custom_freq_volt_stack,
.dump_infra_status = __gpufreq_dump_infra_status,
.set_mfgsys_config = __gpufreq_set_mfgsys_config,
.get_core_mask_table = __gpufreq_get_core_mask_table,
.get_core_num = __gpufreq_get_core_num,
.pdca_config = __gpufreq_pdca_config,
.update_debug_opp_info = __gpufreq_update_debug_opp_info,
.set_shared_status = __gpufreq_set_shared_status,
.mssv_commit = __gpufreq_mssv_commit,
};
static struct gpufreq_platform_fp platform_eb_fp = {
.dump_infra_status = __gpufreq_dump_infra_status,
.get_dyn_pgpu = __gpufreq_get_dyn_pgpu,
.get_dyn_pstack = __gpufreq_get_dyn_pstack,
.get_core_mask_table = __gpufreq_get_core_mask_table,
.get_core_num = __gpufreq_get_core_num,
};
/**
* ===============================================
* External Function Definition
* ===============================================
*/
/* API: get POWER_CTRL enable status */
unsigned int __gpufreq_power_ctrl_enable(void)
{
return GPUFREQ_POWER_CTRL_ENABLE;
}
/* API: get ACTIVE_IDLE_CTRL status */
unsigned int __gpufreq_active_idle_ctrl_enable(void)
{
return GPUFREQ_ACTIVE_IDLE_CTRL_ENABLE && GPUFREQ_POWER_CTRL_ENABLE;
}
/* API: get power state (on/off) */
unsigned int __gpufreq_get_power_state(void)
{
if (g_stack.power_count > 0)
return POWER_ON;
else
return POWER_OFF;
}
/* API: get DVFS state (free/disable/keep) */
unsigned int __gpufreq_get_dvfs_state(void)
{
return g_dvfs_state;
}
/* API: get GPU shader core setting */
unsigned int __gpufreq_get_shader_present(void)
{
return g_shader_present;
}
/* API: get current Freq of GPU */
unsigned int __gpufreq_get_cur_fgpu(void)
{
return g_gpu.cur_freq;
}
/* API: get current Freq of STACK */
unsigned int __gpufreq_get_cur_fstack(void)
{
return g_stack.cur_freq;
}
/* API: get current Volt of GPU */
unsigned int __gpufreq_get_cur_vgpu(void)
{
return g_gpu.cur_volt;
}
/* API: get current Volt of STACK */
unsigned int __gpufreq_get_cur_vstack(void)
{
return g_stack.buck_count ? g_stack.cur_volt : 0;
}
/* API: get current Vsram of GPU */
unsigned int __gpufreq_get_cur_vsram_gpu(void)
{
return g_gpu.cur_vsram;
}
/* API: get current Vsram of STACK */
unsigned int __gpufreq_get_cur_vsram_stack(void)
{
return g_stack.cur_vsram;
}
/* API: get current Power of GPU */
unsigned int __gpufreq_get_cur_pgpu(void)
{
return g_gpu.working_table[g_gpu.cur_oppidx].power;
}
/* API: get current Power of STACK */
unsigned int __gpufreq_get_cur_pstack(void)
{
return g_stack.working_table[g_stack.cur_oppidx].power;
}
/* API: get max Power of GPU */
unsigned int __gpufreq_get_max_pgpu(void)
{
return g_gpu.working_table[g_gpu.max_oppidx].power;
}
/* API: get max Power of STACK */
unsigned int __gpufreq_get_max_pstack(void)
{
return g_stack.working_table[g_stack.max_oppidx].power;
}
/* API: get min Power of GPU */
unsigned int __gpufreq_get_min_pgpu(void)
{
return g_gpu.working_table[g_gpu.min_oppidx].power;
}
/* API: get min Power of STACK */
unsigned int __gpufreq_get_min_pstack(void)
{
return g_stack.working_table[g_stack.min_oppidx].power;
}
/* API: get current working OPP index of GPU */
int __gpufreq_get_cur_idx_gpu(void)
{
return g_gpu.cur_oppidx;
}
/* API: get current working OPP index of STACK */
int __gpufreq_get_cur_idx_stack(void)
{
return g_stack.cur_oppidx;
}
/* API: get number of working OPP of GPU */
int __gpufreq_get_opp_num_gpu(void)
{
return g_gpu.opp_num;
}
/* API: get number of working OPP of STACK */
int __gpufreq_get_opp_num_stack(void)
{
return g_stack.opp_num;
}
/* API: get number of signed OPP of GPU */
int __gpufreq_get_signed_opp_num_gpu(void)
{
return g_gpu.signed_opp_num;
}
/* API: get number of signed OPP of STACK */
int __gpufreq_get_signed_opp_num_stack(void)
{
return g_stack.signed_opp_num;
}
/* API: get pointer of working OPP table of GPU */
const struct gpufreq_opp_info *__gpufreq_get_working_table_gpu(void)
{
return g_gpu.working_table;
}
/* API: get pointer of working OPP table of STACK */
const struct gpufreq_opp_info *__gpufreq_get_working_table_stack(void)
{
return g_stack.working_table;
}
/* API: get pointer of signed OPP table of GPU */
const struct gpufreq_opp_info *__gpufreq_get_signed_table_gpu(void)
{
return g_gpu.signed_table;
}
/* API: get pointer of signed OPP table of STACK */
const struct gpufreq_opp_info *__gpufreq_get_signed_table_stack(void)
{
return g_stack.signed_table;
}
/* API: get Freq of GPU via OPP index */
unsigned int __gpufreq_get_fgpu_by_idx(int oppidx)
{
if (oppidx >= 0 && oppidx < g_gpu.opp_num)
return g_gpu.working_table[oppidx].freq;
else
return 0;
}
/* API: get Freq of STACK via OPP index */
unsigned int __gpufreq_get_fstack_by_idx(int oppidx)
{
if (oppidx >= 0 && oppidx < g_stack.opp_num)
return g_stack.working_table[oppidx].freq;
else
return 0;
}
/* API: get Power of GPU via OPP index */
unsigned int __gpufreq_get_pgpu_by_idx(int oppidx)
{
if (oppidx >= 0 && oppidx < g_gpu.opp_num)
return g_gpu.working_table[oppidx].power;
else
return 0;
}
/* API: get Power of STACK via OPP index */
unsigned int __gpufreq_get_pstack_by_idx(int oppidx)
{
if (oppidx >= 0 && oppidx < g_stack.opp_num)
return g_stack.working_table[oppidx].power;
else
return 0;
}
/* API: get working OPP index of GPU via Freq */
int __gpufreq_get_idx_by_fgpu(unsigned int freq)
{
int oppidx = -1;
int i = 0;
/* find the smallest index that satisfy given freq */
for (i = g_gpu.min_oppidx; i >= g_gpu.max_oppidx; i--) {
if (g_gpu.working_table[i].freq >= freq)
break;
}
/* use max_oppidx if not found */
oppidx = (i > g_gpu.max_oppidx) ? i : g_gpu.max_oppidx;
return oppidx;
}
/* API: get working OPP index of STACK via Freq */
int __gpufreq_get_idx_by_fstack(unsigned int freq)
{
int oppidx = -1;
int i = 0;
/* find the smallest index that satisfy given freq */
for (i = g_stack.min_oppidx; i >= g_stack.max_oppidx; i--) {
if (g_stack.working_table[i].freq >= freq)
break;
}
/* use max_oppidx if not found */
oppidx = (i > g_stack.max_oppidx) ? i : g_stack.max_oppidx;
return oppidx;
}
/* API: get working OPP index of GPU via Volt */
int __gpufreq_get_idx_by_vgpu(unsigned int volt)
{
int oppidx = -1;
int i = 0;
/* find the smallest index that satisfy given volt */
for (i = g_gpu.min_oppidx; i >= g_gpu.max_oppidx; i--) {
if (g_gpu.working_table[i].volt >= volt)
break;
}
/* use max_oppidx if not found */
oppidx = (i > g_gpu.max_oppidx) ? i : g_gpu.max_oppidx;
return oppidx;
}
/* API: get working OPP index of STACK via Volt */
int __gpufreq_get_idx_by_vstack(unsigned int volt)
{
int oppidx = -1;
int i = 0;
/* find the smallest index that satisfy given volt */
for (i = g_stack.min_oppidx; i >= g_stack.max_oppidx; i--) {
if (g_stack.working_table[i].volt >= volt)
break;
}
/* use max_oppidx if not found */
oppidx = (i > g_stack.max_oppidx) ? i : g_stack.max_oppidx;
return oppidx;
}
/* API: get working OPP index of GPU via Power */
int __gpufreq_get_idx_by_pgpu(unsigned int power)
{
int oppidx = -1;
int i = 0;
/* find the smallest index that satisfy given power */
for (i = g_gpu.min_oppidx; i >= g_gpu.max_oppidx; i--) {
if (g_gpu.working_table[i].power >= power)
break;
}
/* use max_oppidx if not found */
oppidx = (i > g_gpu.max_oppidx) ? i : g_gpu.max_oppidx;
return oppidx;
}
/* API: get working OPP index of STACK via Power */
int __gpufreq_get_idx_by_pstack(unsigned int power)
{
int oppidx = -1;
int i = 0;
/* find the smallest index that satisfy given power */
for (i = g_stack.min_oppidx; i >= g_stack.max_oppidx; i--) {
if (g_stack.working_table[i].power >= power)
break;
}
/* use max_oppidx if not found */
oppidx = (i > g_stack.max_oppidx) ? i : g_stack.max_oppidx;
return oppidx;
}
/* API: get leakage Power of GPU */
unsigned int __gpufreq_get_lkg_pgpu(unsigned int volt)
{
GPUFREQ_UNREFERENCED(volt);
return GPU_LKG_POWER;
}
/* API: get dynamic Power of GPU */
unsigned int __gpufreq_get_dyn_pgpu(unsigned int freq, unsigned int volt)
{
unsigned long long p_dynamic = GPU_DYN_REF_POWER;
unsigned int ref_freq = GPU_DYN_REF_FREQ;
unsigned int ref_volt = GPU_DYN_REF_VOLT;
p_dynamic = p_dynamic *
((freq * 100) / ref_freq) *
((volt * 100) / ref_volt) *
((volt * 100) / ref_volt) /
(100 * 100 * 100);
return (unsigned int)p_dynamic;
}
/* API: get leakage Power of STACK */
unsigned int __gpufreq_get_lkg_pstack(unsigned int volt)
{
GPUFREQ_UNREFERENCED(volt);
return STACK_LKG_POWER;
}
/* API: get dynamic Power of STACK */
unsigned int __gpufreq_get_dyn_pstack(unsigned int freq, unsigned int volt)
{
unsigned long long p_dynamic = STACK_DYN_REF_POWER;
unsigned int ref_freq = STACK_DYN_REF_FREQ;
unsigned int ref_volt = STACK_DYN_REF_VOLT;
p_dynamic = p_dynamic *
((freq * 100) / ref_freq) *
((volt * 100) / ref_volt) *
((volt * 100) / ref_volt) /
(100 * 100 * 100);
return (unsigned int)p_dynamic;
}
/*
* API: control power state of whole MFG system
* return power_count if success
* return GPUFREQ_EINVAL if failure
*/
int __gpufreq_power_control(enum gpufreq_power_state power)
{
int ret = 0;
u64 power_time = 0;
GPUFREQ_TRACE_START("power=%d", power);
mutex_lock(&gpufreq_lock);
GPUFREQ_LOGD("+ PWR_STATUS: 0x%08x", MFG_0_19_PWR_STATUS);
GPUFREQ_LOGD("switch power: %s (Power: %d, Active: %d, Buck: %d, MTCMOS: %d, CG: %d)",
power ? "On" : "Off", g_stack.power_count,
g_stack.active_count, g_stack.buck_count,
g_stack.mtcmos_count, g_stack.cg_count);
if (power == POWER_ON) {
g_gpu.power_count++;
g_stack.power_count++;
} else {
g_gpu.power_count--;
g_stack.power_count--;
}
__gpufreq_footprint_power_count(g_stack.power_count);
if (power == POWER_ON && g_stack.power_count == 1) {
__gpufreq_footprint_power_step(0x01);
/* enable Buck */
ret = __gpufreq_buck_control(POWER_ON);
if (unlikely(ret)) {
GPUFREQ_LOGE("fail to enable Buck (%d)", ret);
ret = GPUFREQ_EINVAL;
goto done_unlock;
}
__gpufreq_footprint_power_step(0x02);
/* clear AOC ISO/LATCH after Buck on */
__gpufreq_aoc_config(POWER_ON);
__gpufreq_footprint_power_step(0x03);
/* enable MTCMOS */
ret = __gpufreq_mtcmos_control(POWER_ON);
if (unlikely(ret < 0)) {
GPUFREQ_LOGE("fail to enable MTCMOS (%d)", ret);
ret = GPUFREQ_EINVAL;
goto done_unlock;
}
__gpufreq_footprint_power_step(0x04);
/* enable Clock */
ret = __gpufreq_clock_control(POWER_ON);
if (unlikely(ret)) {
GPUFREQ_LOGE("fail to enable Clock (%d)", ret);
ret = GPUFREQ_EINVAL;
goto done_unlock;
}
__gpufreq_footprint_power_step(0x05);
/* restore MFG registers */
__gpufreq_mfg_backup_restore(POWER_ON);
__gpufreq_footprint_power_step(0x06);
/* set PDCA register when power on and let GPU DDK control MTCMOS */
__gpufreq_pdca_config(POWER_ON);
__gpufreq_footprint_power_step(0x07);
/* config ACP */
__gpufreq_acp_config();
__gpufreq_footprint_power_step(0x08);
/* config HWDCM */
__gpufreq_hwdcm_config();
__gpufreq_footprint_power_step(0x09);
/* config GPM 1.0 */
__gpufreq_gpm1_config();
__gpufreq_footprint_power_step(0x0A);
/* config AXI transaction */
__gpufreq_transaction_config();
__gpufreq_footprint_power_step(0x0B);
/* config AXUSER priority */
__gpufreq_axuser_priority_config();
__gpufreq_footprint_power_step(0x0C);
/* config DFD */
__gpufreq_dfd_config();
__gpufreq_footprint_power_step(0x0D);
/* free DVFS when power on */
g_dvfs_state &= ~DVFS_POWEROFF;
__gpufreq_footprint_power_step(0x0E);
} else if (power == POWER_OFF && g_stack.power_count == 0) {
__gpufreq_footprint_power_step(0x0F);
/* check all transaction complete before power off */
__gpufreq_check_bus_idle();
__gpufreq_footprint_power_step(0x10);
/* freeze DVFS when power off */
g_dvfs_state |= DVFS_POWEROFF;
__gpufreq_footprint_power_step(0x11);
/* backup MFG registers */
__gpufreq_mfg_backup_restore(POWER_OFF);
__gpufreq_footprint_power_step(0x12);
/* disable Clock */
ret = __gpufreq_clock_control(POWER_OFF);
if (unlikely(ret)) {
GPUFREQ_LOGE("fail to disable Clock (%d)", ret);
ret = GPUFREQ_EINVAL;
goto done_unlock;
}
__gpufreq_footprint_power_step(0x13);
/* disable MTCMOS */
ret = __gpufreq_mtcmos_control(POWER_OFF);
if (unlikely(ret < 0)) {
GPUFREQ_LOGE("fail to disable MTCMOS (%d)", ret);
ret = GPUFREQ_EINVAL;
goto done_unlock;
}
__gpufreq_footprint_power_step(0x14);
/* set AOC ISO/LATCH before Buck off */
__gpufreq_aoc_config(POWER_OFF);
__gpufreq_footprint_power_step(0x15);
/* disable Buck */
ret = __gpufreq_buck_control(POWER_OFF);
if (unlikely(ret)) {
GPUFREQ_LOGE("fail to disable Buck (%d)", ret);
ret = GPUFREQ_EINVAL;
goto done_unlock;
}
__gpufreq_footprint_power_step(0x16);
}
/* return power count if successfully control power */
ret = g_stack.power_count;
/* record time of successful power control */
power_time = ktime_get_ns();
/* update current status to shared memory */
if (g_shared_status) {
g_shared_status->dvfs_state = g_dvfs_state;
g_shared_status->power_count = g_stack.power_count;
g_shared_status->active_count = g_stack.active_count;
g_shared_status->buck_count = g_stack.buck_count;
g_shared_status->mtcmos_count = g_stack.mtcmos_count;
g_shared_status->cg_count = g_stack.cg_count;
g_shared_status->power_time_h = (power_time >> 32) & GENMASK(31, 0);
g_shared_status->power_time_l = power_time & GENMASK(31, 0);
if (power == POWER_ON)
__gpufreq_update_shared_status_power_reg();
}
if (power == POWER_ON)
__gpufreq_footprint_power_step(0x17);
else if (power == POWER_OFF)
__gpufreq_footprint_power_step(0x18);
done_unlock:
GPUFREQ_LOGD("- PWR_STATUS: 0x%08x", MFG_0_19_PWR_STATUS);
mutex_unlock(&gpufreq_lock);
GPUFREQ_TRACE_END();
return ret;
}
/*
* API: control runtime active-idle state of GPU
* return active_count if success
* return GPUFREQ_EINVAL if failure
*/
int __gpufreq_active_idle_control(enum gpufreq_power_state power)
{
int ret = 0;
GPUFREQ_TRACE_START("power=%d", power);
mutex_lock(&gpufreq_lock);
GPUFREQ_LOGD("switch runtime state: %s (Active: %d)",
power ? "Active" : "Idle", g_stack.active_count);
/* active-idle control is only available at power-on */
if (__gpufreq_get_power_state() == POWER_OFF)
__gpufreq_abort("switch active-idle at power-off (%d)", g_stack.power_count);
if (power == POWER_ON) {
g_gpu.active_count++;
g_stack.active_count++;
} else {
g_gpu.active_count--;
g_stack.active_count--;
}
if (power == POWER_ON && g_stack.active_count == 1) {
/* switch GPU MUX to PLL */
ret = __gpufreq_switch_clksrc(TARGET_GPU, CLOCK_MAIN);
if (ret)
goto done;
/* switch STACK MUX to PLL */
ret = __gpufreq_switch_clksrc(TARGET_STACK, CLOCK_MAIN);
if (ret)
goto done;
/* free DVFS when active */
g_dvfs_state &= ~DVFS_SLEEP;
} else if (power == POWER_OFF && g_stack.active_count == 0) {
/* freeze DVFS when idle */
g_dvfs_state |= DVFS_SLEEP;
/* switch STACK MUX to REF_SEL */
ret = __gpufreq_switch_clksrc(TARGET_STACK, CLOCK_SUB);
if (ret)
goto done;
/* switch GPU MUX to REF_SEL */
ret = __gpufreq_switch_clksrc(TARGET_GPU, CLOCK_SUB);
if (ret)
goto done;
} else if (g_stack.active_count < 0)
__gpufreq_abort("incorrect active count: %d", g_stack.active_count);
/* return active count if successfully control runtime state */
ret = g_stack.active_count;
/* update current status to shared memory */
if (g_shared_status) {
g_shared_status->dvfs_state = g_dvfs_state;
g_shared_status->active_count = g_stack.active_count;
__gpufreq_update_shared_status_active_idle_reg();
}
done:
mutex_unlock(&gpufreq_lock);
GPUFREQ_TRACE_END();
return ret;
}
int __gpufreq_generic_commit_gpu(int target_oppidx, enum gpufreq_dvfs_state key)
{
GPUFREQ_UNREFERENCED(target_oppidx);
GPUFREQ_UNREFERENCED(key);
return GPUFREQ_EINVAL;
}
/*
* API: commit DVFS to STACK by given OPP index
* this is the main entrance of generic DVFS
*/
int __gpufreq_generic_commit_stack(int target_oppidx, enum gpufreq_dvfs_state key)
{
int ret = GPUFREQ_SUCCESS;
int cur_oppidx = 0, opp_num = g_stack.opp_num;
struct gpufreq_opp_info *working_gpu = g_gpu.working_table;
unsigned int cur_fgpu = 0, cur_vgpu = 0, target_fgpu = 0, target_vgpu = 0;
struct gpufreq_opp_info *working_stack = g_stack.working_table;
unsigned int cur_fstack = 0, cur_vstack = 0, target_fstack = 0, target_vstack = 0;
unsigned int cur_vsram = 0, target_vsram = 0;
GPUFREQ_TRACE_START("target_oppidx=%d, key=%d", target_oppidx, key);
/* validate 0 <= target_oppidx < opp_num */
if (target_oppidx < 0 || target_oppidx >= opp_num) {
GPUFREQ_LOGE("invalid target idx: %d (num: %d)", target_oppidx, opp_num);
ret = GPUFREQ_EINVAL;
goto done;
}
mutex_lock(&gpufreq_lock);
/* check dvfs state */
if (g_dvfs_state & ~key) {
GPUFREQ_LOGD("unavailable DVFS state (0x%x)", g_dvfs_state);
/* still update Volt when DVFS is fixed by fix OPP cmd */
if (g_dvfs_state == DVFS_FIX_OPP)
target_oppidx = g_stack.cur_oppidx;
/* otherwise skip */
else {
ret = GPUFREQ_SUCCESS;
goto done_unlock;
}
}
/* prepare OPP setting */
cur_oppidx = g_stack.cur_oppidx;
cur_fgpu = g_gpu.cur_freq;
cur_vgpu = g_gpu.cur_volt;
cur_fstack = g_stack.cur_freq;
cur_vstack = g_stack.cur_volt;
cur_vsram = g_stack.cur_vsram;
target_fgpu = working_gpu[target_oppidx].freq;
target_vgpu = working_gpu[target_oppidx].volt;
target_fstack = working_stack[target_oppidx].freq;
target_vstack = working_stack[target_oppidx].volt;
target_vsram = MAX(working_gpu[target_oppidx].vsram, working_stack[target_oppidx].vsram);
GPUFREQ_LOGD("begin to commit OPP idx: (%d->%d)", cur_oppidx, target_oppidx);
ret = __gpufreq_generic_scale(cur_fgpu, target_fgpu, cur_vgpu, target_vgpu,
cur_fstack, target_fstack, cur_vstack, target_vstack, cur_vsram, target_vsram);
if (ret) {
GPUFREQ_LOGE("fail to scale to GPU F(%d) V(%d), STACK F(%d) V(%d), VSRAM(%d)",
target_fgpu, target_vgpu, target_fstack, target_vstack, target_vsram);
goto done_unlock;
}
g_gpu.cur_oppidx = target_oppidx;
g_stack.cur_oppidx = target_oppidx;
__gpufreq_footprint_oppidx(target_oppidx);
/* update current status to shared memory */
if (g_shared_status) {
g_shared_status->cur_oppidx_gpu = g_gpu.cur_oppidx;
g_shared_status->cur_fgpu = g_gpu.cur_freq;
g_shared_status->cur_vgpu = g_gpu.cur_volt;
g_shared_status->cur_vsram_gpu = g_gpu.cur_vsram;
g_shared_status->cur_power_gpu = g_gpu.working_table[g_gpu.cur_oppidx].power;
g_shared_status->cur_oppidx_stack = g_stack.cur_oppidx;
g_shared_status->cur_fstack = g_stack.cur_freq;
g_shared_status->cur_vstack = g_stack.cur_volt;
g_shared_status->cur_vsram_stack = g_stack.cur_vsram;
g_shared_status->cur_power_stack = g_stack.working_table[g_stack.cur_oppidx].power;
__gpufreq_update_shared_status_dvfs_reg();
}
#ifdef GPUFREQ_HISTORY_ENABLE
/* update history record to shared memory */
if (target_oppidx != cur_oppidx)
__gpufreq_record_history_entry(HISTORY_FREE);
#endif /* GPUFREQ_HISTORY_ENABLE */
done_unlock:
mutex_unlock(&gpufreq_lock);
done:
GPUFREQ_TRACE_END();
return ret;
}
/* API: fix OPP of GPU via given OPP index */
int __gpufreq_fix_target_oppidx_gpu(int oppidx)
{
GPUFREQ_UNREFERENCED(oppidx);
return GPUFREQ_EINVAL;
}
/* API: fix OPP of STACK via given OPP index */
int __gpufreq_fix_target_oppidx_stack(int oppidx)
{
int opp_num = g_stack.opp_num;
int ret = GPUFREQ_SUCCESS;
ret = __gpufreq_power_control(POWER_ON);
if (unlikely(ret < 0))
goto done;
if (oppidx == -1) {
__gpufreq_set_dvfs_state(false, DVFS_FIX_OPP);
ret = GPUFREQ_SUCCESS;
} else if (oppidx >= 0 && oppidx < opp_num) {
__gpufreq_set_dvfs_state(true, DVFS_FIX_OPP);
#ifdef GPUFREQ_HISTORY_ENABLE
gpufreq_set_history_target_opp(TARGET_STACK, oppidx);
#endif /* GPUFREQ_HISTORY_ENABLE */
ret = __gpufreq_generic_commit_stack(oppidx, DVFS_FIX_OPP);
if (unlikely(ret))
__gpufreq_set_dvfs_state(false, DVFS_FIX_OPP);
} else
ret = GPUFREQ_EINVAL;
__gpufreq_power_control(POWER_OFF);
done:
if (unlikely(ret))
GPUFREQ_LOGE("fail to commit idx: %d", oppidx);
return ret;
}
/* API: fix Freq and Volt of GPU via given Freq and Volt */
int __gpufreq_fix_custom_freq_volt_gpu(unsigned int freq, unsigned int volt)
{
GPUFREQ_UNREFERENCED(freq);
GPUFREQ_UNREFERENCED(volt);
return GPUFREQ_EINVAL;
}
/* API: fix Freq and Volt of STACK via given Freq and Volt */
int __gpufreq_fix_custom_freq_volt_stack(unsigned int freq, unsigned int volt)
{
unsigned int max_freq = 0, min_freq = 0;
unsigned int max_volt = 0, min_volt = 0;
int ret = GPUFREQ_SUCCESS;
ret = __gpufreq_power_control(POWER_ON);
if (unlikely(ret < 0))
goto done;
max_freq = POSDIV_2_MAX_FREQ;
max_volt = VSTACK_MAX_VOLT;
min_freq = POSDIV_16_MIN_FREQ;
min_volt = VSTACK_MIN_VOLT;
if (freq == 0 && volt == 0) {
__gpufreq_set_dvfs_state(false, DVFS_FIX_FREQ_VOLT);
ret = GPUFREQ_SUCCESS;
} else if (freq > max_freq || freq < min_freq) {
ret = GPUFREQ_EINVAL;
} else if (volt > max_volt || volt < min_volt) {
ret = GPUFREQ_EINVAL;
} else {
__gpufreq_set_dvfs_state(true, DVFS_FIX_FREQ_VOLT);
ret = __gpufreq_custom_commit_stack(freq, volt, DVFS_FIX_FREQ_VOLT);
if (unlikely(ret))
__gpufreq_set_dvfs_state(false, DVFS_FIX_FREQ_VOLT);
}
__gpufreq_power_control(POWER_OFF);
done:
if (unlikely(ret))
GPUFREQ_LOGE("fail to commit Freq: %d, Volt: %d", freq, volt);
return ret;
}
void __gpufreq_dump_infra_status(void)
{
if (!g_gpufreq_ready)
return;
GPUFREQ_LOGI("== [GPUFREQ INFRA STATUS] ==");
GPUFREQ_LOGI("[Clk] MFG_PLL: %d, MFG_SEL: 0x%x, MFGSC_PLL: %d, MFGSC_SEL: 0x%x",
__gpufreq_get_real_fgpu(), readl(TOPCK_CLK_CFG_30) & MFG_INT0_SEL_MASK,
__gpufreq_get_real_fstack(), readl(TOPCK_CLK_CFG_30) & MFGSC_INT1_SEL_MASK);
/* MFG_RPC_AO_CLK_CFG */
/* MFG_RPC_SLP_PROT_EN_STA */
/* MFG_RPC_IPS_SES_PWR_CON */
GPUFREQ_LOGI("%-11s (0x%x): 0x%08x, (0x%x): 0x%08x, (0x%x): 0x%08x",
"[MFG]",
0x13F91034, readl(MFG_RPC_AO_CLK_CFG),
0x13F91048, readl(MFG_RPC_SLP_PROT_EN_STA),
0x13F910FC, readl(MFG_RPC_IPS_SES_PWR_CON));
/* NTH_MFG_EMI1_GALS_SLV_DBG */
/* NTH_MFG_EMI0_GALS_SLV_DBG */
/* STH_MFG_EMI1_GALS_SLV_DBG */
/* STH_MFG_EMI0_GALS_SLV_DBG */
GPUFREQ_LOGI("%-11s (0x%x): 0x%08x, (0x%x): 0x%08x, (0x%x): 0x%08x, (0x%x): 0x%08x",
"[EMI]",
0x1021C82C, readl(NTH_MFG_EMI1_GALS_SLV_DBG),
0x1021C830, readl(NTH_MFG_EMI0_GALS_SLV_DBG),
0x1021E82C, readl(STH_MFG_EMI1_GALS_SLV_DBG),
0x1021E830, readl(STH_MFG_EMI0_GALS_SLV_DBG));
/* NTH_APU_EMI1_GALS_SLV_DBG */
/* NTH_APU_EMI0_GALS_SLV_DBG */
/* STH_APU_EMI1_GALS_SLV_DBG */
/* STH_APU_EMI0_GALS_SLV_DBG */
GPUFREQ_LOGI("%-11s (0x%x): 0x%08x, (0x%x): 0x%08x, (0x%x): 0x%08x, (0x%x): 0x%08x",
"[EMI]",
0x1021C824, readl(NTH_APU_EMI1_GALS_SLV_DBG),
0x1021C828, readl(NTH_APU_EMI0_GALS_SLV_DBG),
0x1021E824, readl(STH_APU_EMI1_GALS_SLV_DBG),
0x1021E828, readl(STH_APU_EMI0_GALS_SLV_DBG));
/* NTH_M6M7_IDLE_BIT_EN_1 */
/* NTH_M6M7_IDLE_BIT_EN_0 */
/* STH_M6M7_IDLE_BIT_EN_1 */
/* STH_M6M7_IDLE_BIT_EN_0 */
GPUFREQ_LOGI("%-11s (0x%x): 0x%08x, (0x%x): 0x%08x, (0x%x): 0x%08x, (0x%x): 0x%08x",
"[EMI]",
0x10270228, readl(NTH_M6M7_IDLE_BIT_EN_1),
0x1027022C, readl(NTH_M6M7_IDLE_BIT_EN_0),
0x1030E228, readl(STH_M6M7_IDLE_BIT_EN_1),
0x1030E22C, readl(STH_M6M7_IDLE_BIT_EN_0));
/* NTH_SLEEP_PROT_START */
/* NTH_GLITCH_PROT_RDY */
/* STH_SLEEP_PROT_START */
/* STH_GLITCH_PROT_RDY */
GPUFREQ_LOGI("%-11s (0x%x): 0x%08x, (0x%x): 0x%08x, (0x%x): 0x%08x, (0x%x): 0x%08x",
"[EMI]",
0x10270000, readl(NTH_SLEEP_PROT_START),
0x1027008C, readl(NTH_GLITCH_PROT_RDY),
0x1030E000, readl(STH_SLEEP_PROT_START),
0x1030E08C, readl(STH_GLITCH_PROT_RDY));
/* EMI_MD_LAT_HRT_UGT_CNT */
/* EMI_MD_HRT_UGT_CNT */
/* EMI_DISP_HRT_UGT_CNT */
/* EMI_CAM_HRT_UGT_CNT */
GPUFREQ_LOGI("%-11s (0x%x): 0x%08x, (0x%x): 0x%08x, (0x%x): 0x%08x, (0x%x): 0x%08x",
"[EMI]",
0x10219860, readl(EMI_MD_LAT_HRT_UGT_CNT),
0x10219864, readl(EMI_MD_HRT_UGT_CNT),
0x10219868, readl(EMI_DISP_HRT_UGT_CNT),
0x1021986C, readl(EMI_CAM_HRT_UGT_CNT));
/* EMI_MD_WR_LAT_HRT_UGT_CNT */
/* EMI_MDMCU_HIGH_LAT_UGT_CNT */
/* EMI_MDMCU_HIGH_WR_LAT_UGT_CNT */
GPUFREQ_LOGI("%-11s (0x%x): 0x%08x, (0x%x): 0x%08x, (0x%x): 0x%08x",
"[EMI]",
0x102199A4, readl(EMI_MD_WR_LAT_HRT_UGT_CNT),
0x10219CC4, readl(EMI_MDMCU_HIGH_LAT_UGT_CNT),
0x10219CCC, readl(EMI_MDMCU_HIGH_WR_LAT_UGT_CNT));
/* SEMI_MD_LAT_HRT_UGT_CNT */
/* SEMI_MD_HRT_UGT_CNT */
/* SEMI_DISP_HRT_UGT_CNT */
/* SEMI_CAM_HRT_UGT_CNT */
GPUFREQ_LOGI("%-11s (0x%x): 0x%08x, (0x%x): 0x%08x, (0x%x): 0x%08x, (0x%x): 0x%08x",
"[EMI]",
0x1021D860, readl(SEMI_MD_LAT_HRT_UGT_CNT),
0x1021D864, readl(SEMI_MD_HRT_UGT_CNT),
0x1021D868, readl(SEMI_DISP_HRT_UGT_CNT),
0x1021D86C, readl(SEMI_CAM_HRT_UGT_CNT));
/* SEMI_MD_WR_LAT_HRT_UGT_CNT */
/* SEMI_MDMCU_HIGH_LAT_UGT_CNT */
/* SEMI_MDMCU_HIGH_WR_LAT_UGT_CNT */
GPUFREQ_LOGI("%-11s (0x%x): 0x%08x, (0x%x): 0x%08x, (0x%x): 0x%08x",
"[EMI]",
0x1021D9A4, readl(SEMI_MD_WR_LAT_HRT_UGT_CNT),
0x1021DCC4, readl(SEMI_MDMCU_HIGH_LAT_UGT_CNT),
0x1021DCCC, readl(SEMI_MDMCU_HIGH_WR_LAT_UGT_CNT));
/* NEMI_MI32_SMI_SUB_DEBUG_S0 */
/* NEMI_MI32_SMI_SUB_DEBUG_S1 */
/* NEMI_MI32_SMI_SUB_DEBUG_M0 */
/* NEMI_MI32_SMI_SUB_DEBUG_MISC */
GPUFREQ_LOGI("%-11s (0x%x): 0x%08x, (0x%x): 0x%08x, (0x%x): 0x%08x, (0x%x): 0x%08x",
"[EMI_SMI]",
0x1025E400, readl(NEMI_MI32_SMI_SUB_DEBUG_S0),
0x1025E404, readl(NEMI_MI32_SMI_SUB_DEBUG_S1),
0x1025E430, readl(NEMI_MI32_SMI_SUB_DEBUG_M0),
0x1025E440, readl(NEMI_MI32_SMI_SUB_DEBUG_MISC));
/* NEMI_MI33_SMI_SUB_DEBUG_S0 */
/* NEMI_MI33_SMI_SUB_DEBUG_S1 */
/* NEMI_MI33_SMI_SUB_DEBUG_M0 */
/* NEMI_MI33_SMI_SUB_DEBUG_MISC */
GPUFREQ_LOGI("%-11s (0x%x): 0x%08x, (0x%x): 0x%08x, (0x%x): 0x%08x, (0x%x): 0x%08x",
"[EMI_SMI]",
0x1025F400, readl(NEMI_MI33_SMI_SUB_DEBUG_S0),
0x1025F404, readl(NEMI_MI33_SMI_SUB_DEBUG_S1),
0x1025F430, readl(NEMI_MI33_SMI_SUB_DEBUG_M0),
0x1025F440, readl(NEMI_MI33_SMI_SUB_DEBUG_MISC));
/* SEMI_MI32_SMI_SUB_DEBUG_S0 */
/* SEMI_MI32_SMI_SUB_DEBUG_S1 */
/* SEMI_MI32_SMI_SUB_DEBUG_M0 */
/* SEMI_MI32_SMI_SUB_DEBUG_MISC */
GPUFREQ_LOGI("%-11s (0x%x): 0x%08x, (0x%x): 0x%08x, (0x%x): 0x%08x, (0x%x): 0x%08x",
"[EMI_SMI]",
0x10309400, readl(SEMI_MI32_SMI_SUB_DEBUG_S0),
0x10309404, readl(SEMI_MI32_SMI_SUB_DEBUG_S1),
0x10309430, readl(SEMI_MI32_SMI_SUB_DEBUG_M0),
0x10309440, readl(SEMI_MI32_SMI_SUB_DEBUG_MISC));
/* SEMI_MI33_SMI_SUB_DEBUG_S0 */
/* SEMI_MI33_SMI_SUB_DEBUG_S1 */
/* SEMI_MI33_SMI_SUB_DEBUG_M0 */
/* SEMI_MI33_SMI_SUB_DEBUG_MISC */
GPUFREQ_LOGI("%-11s (0x%x): 0x%08x, (0x%x): 0x%08x, (0x%x): 0x%08x, (0x%x): 0x%08x",
"[EMI_SMI]",
0x1030A400, readl(SEMI_MI33_SMI_SUB_DEBUG_S0),
0x1030A404, readl(SEMI_MI33_SMI_SUB_DEBUG_S1),
0x1030A430, readl(SEMI_MI33_SMI_SUB_DEBUG_M0),
0x1030A440, readl(SEMI_MI33_SMI_SUB_DEBUG_MISC));
/* IFR_MFGSYS_PROT_EN_STA_0 */
/* IFR_MFGSYS_PROT_RDY_STA_0 */
/* IFR_EMISYS_PROTECT_EN_STA_0 */
/* IFR_EMISYS_PROTECT_EN_STA_1 */
GPUFREQ_LOGI("%-11s (0x%x): 0x%08x, (0x%x): 0x%08x, (0x%x): 0x%08x, (0x%x): 0x%08x",
"[INFRA]",
0x1002C1A0, readl(IFR_MFGSYS_PROT_EN_STA_0),
0x1002C1AC, readl(IFR_MFGSYS_PROT_RDY_STA_0),
0x1002C100, readl(IFR_EMISYS_PROTECT_EN_STA_0),
0x1002C120, readl(IFR_EMISYS_PROTECT_EN_STA_1));
/* NTH_EMI_AO_DEBUG_CTRL0 */
/* STH_EMI_AO_DEBUG_CTRL0 */
/* INFRA_AO_BUS0_U_DEBUG_CTRL0 */
/* INFRA_AO1_BUS1_U_DEBUG_CTRL0 */
GPUFREQ_LOGI("%-11s (0x%x): 0x%08x, (0x%x): 0x%08x, (0x%x): 0x%08x, (0x%x): 0x%08x",
"[EMI_INFRA]",
0x10042000, readl(NTH_EMI_AO_DEBUG_CTRL0),
0x10028000, readl(STH_EMI_AO_DEBUG_CTRL0),
0x10023000, readl(INFRA_AO_BUS0_U_DEBUG_CTRL0),
0x1002B000, readl(INFRA_AO1_BUS1_U_DEBUG_CTRL0));
/* SPM_SRC_REQ */
GPUFREQ_LOGI("%-11s (0x%x): 0x%08x",
"[SPM]",
0x1C001818, readl(SPM_SRC_REQ));
GPUFREQ_LOGI("%-11s 0x%08x, 0x%08x, 0x%08x, 0x%08x, 0x%08x",
"[MFG0-4]", readl(SPM_MFG0_PWR_CON),
readl(MFG_RPC_MFG1_PWR_CON), readl(MFG_RPC_MFG2_PWR_CON),
readl(MFG_RPC_MFG3_PWR_CON), readl(MFG_RPC_MFG4_PWR_CON));
GPUFREQ_LOGI("%-11s 0x%08x, 0x%08x, 0x%08x, 0x%08x, 0x%08x",
"[MFG5-9]", readl(MFG_RPC_MFG5_PWR_CON),
readl(MFG_RPC_MFG6_PWR_CON), readl(MFG_RPC_MFG7_PWR_CON),
readl(MFG_RPC_MFG8_PWR_CON), readl(MFG_RPC_MFG9_PWR_CON));
GPUFREQ_LOGI("%-11s 0x%08x, 0x%08x, 0x%08x, 0x%08x, 0x%08x",
"[MFG10-14]", readl(MFG_RPC_MFG10_PWR_CON),
readl(MFG_RPC_MFG11_PWR_CON), readl(MFG_RPC_MFG12_PWR_CON),
readl(MFG_RPC_MFG13_PWR_CON), readl(MFG_RPC_MFG14_PWR_CON));
GPUFREQ_LOGI("%-11s 0x%08x, 0x%08x, 0x%08x, 0x%08x, 0x%08x",
"[MFG15-19]", readl(MFG_RPC_MFG15_PWR_CON),
readl(MFG_RPC_MFG16_PWR_CON), readl(MFG_RPC_MFG17_PWR_CON),
readl(MFG_RPC_MFG18_PWR_CON), readl(MFG_RPC_MFG19_PWR_CON));
}
/* API: get working OPP index of STACK limited by BATTERY_OC via given level */
int __gpufreq_get_batt_oc_idx(int batt_oc_level)
{
#if (GPUFREQ_BATT_OC_ENABLE && IS_ENABLED(CONFIG_MTK_BATTERY_OC_POWER_THROTTLING))
if (batt_oc_level == BATTERY_OC_LEVEL_1)
return __gpufreq_get_idx_by_fstack(GPUFREQ_BATT_OC_FREQ);
else
return GPUPPM_RESET_IDX;
#else
GPUFREQ_UNREFERENCED(batt_oc_level);
return GPUPPM_KEEP_IDX;
#endif /* GPUFREQ_BATT_OC_ENABLE && CONFIG_MTK_BATTERY_OC_POWER_THROTTLING */
}
/* API: get working OPP index of STACK limited by BATTERY_PERCENT via given level */
int __gpufreq_get_batt_percent_idx(int batt_percent_level)
{
#if (GPUFREQ_BATT_PERCENT_ENABLE && IS_ENABLED(CONFIG_MTK_BATTERY_PERCENT_THROTTLING))
if (batt_percent_level == BATTERY_PERCENT_LEVEL_1)
return GPUFREQ_BATT_PERCENT_IDX;
else
return GPUPPM_RESET_IDX;
#else
GPUFREQ_UNREFERENCED(batt_percent_level);
return GPUPPM_KEEP_IDX;
#endif /* GPUFREQ_BATT_PERCENT_ENABLE && CONFIG_MTK_BATTERY_PERCENT_THROTTLING */
}
/* API: get working OPP index of STACK limited by LOW_BATTERY via given level */
int __gpufreq_get_low_batt_idx(int low_batt_level)
{
#if (GPUFREQ_LOW_BATT_ENABLE && IS_ENABLED(CONFIG_MTK_LOW_BATTERY_POWER_THROTTLING))
if (low_batt_level == LOW_BATTERY_LEVEL_2)
return __gpufreq_get_idx_by_fstack(GPUFREQ_LOW_BATT_FREQ);
else
return GPUPPM_RESET_IDX;
#else
GPUFREQ_UNREFERENCED(low_batt_level);
return GPUPPM_KEEP_IDX;
#endif /* GPUFREQ_LOW_BATT_ENABLE && CONFIG_MTK_LOW_BATTERY_POWER_THROTTLING */
}
/* API: update debug info to shared memory */
void __gpufreq_update_debug_opp_info(void)
{
if (!g_shared_status)
return;
mutex_lock(&gpufreq_lock);
/* update current status to shared memory */
if (__gpufreq_get_power_state()) {
g_shared_status->cur_con1_fgpu = __gpufreq_get_real_fgpu();
g_shared_status->cur_con1_fstack = __gpufreq_get_real_fstack();
g_shared_status->cur_fmeter_fgpu = __gpufreq_get_fmeter_freq(TARGET_GPU);
g_shared_status->cur_fmeter_fstack = __gpufreq_get_fmeter_freq(TARGET_STACK);
g_shared_status->cur_regulator_vgpu = __gpufreq_get_real_vgpu();
g_shared_status->cur_regulator_vstack = __gpufreq_get_real_vstack();
g_shared_status->cur_regulator_vsram_gpu = __gpufreq_get_real_vsram();
g_shared_status->cur_regulator_vsram_stack = __gpufreq_get_real_vsram();
} else {
g_shared_status->cur_con1_fgpu = 0;
g_shared_status->cur_con1_fstack = 0;
g_shared_status->cur_fmeter_fgpu = 0;
g_shared_status->cur_fmeter_fstack = 0;
g_shared_status->cur_regulator_vgpu = 0;
g_shared_status->cur_regulator_vstack = 0;
g_shared_status->cur_regulator_vsram_stack = 0;
}
g_shared_status->mfg_pwr_status = MFG_0_19_PWR_STATUS;
mutex_unlock(&gpufreq_lock);
}
/* API: general interface to set MFGSYS config */
void __gpufreq_set_mfgsys_config(enum gpufreq_config_target target, enum gpufreq_config_value val)
{
mutex_lock(&gpufreq_lock);
switch (target) {
case CONFIG_STRESS_TEST:
gpuppm_set_stress_test(val);
break;
case CONFIG_MARGIN:
__gpufreq_set_margin_mode(val);
break;
case CONFIG_GPM1:
__gpufreq_set_gpm_mode(1, val);
break;
case CONFIG_DFD:
g_dfd_mode = val;
break;
case CONFIG_IPS:
__gpufreq_set_ips_mode(val);
break;
case CONFIG_OCL_TIMESTAMP:
__gpufreq_set_ocl_timestamp();
break;
case CONFIG_FAKE_MTCMOS_CTRL:
__gpufreq_fake_mtcmos_control(val);
break;
default:
GPUFREQ_LOGE("invalid config target: %d", target);
break;
}
mutex_unlock(&gpufreq_lock);
}
/* API: get core_mask table */
struct gpufreq_core_mask_info *__gpufreq_get_core_mask_table(void)
{
return g_core_mask_table;
}
/* API: get max number of shader cores */
unsigned int __gpufreq_get_core_num(void)
{
return SHADER_CORE_NUM;
}
/* PDCA: GPU IP automatically control GPU shader MTCMOS */
void __gpufreq_pdca_config(enum gpufreq_power_state power)
{
#if GPUFREQ_PDCA_ENABLE
if (power == POWER_ON) {
/* MFG_ACTIVE_POWER_CON_CG 0x13FBF100 [0] rg_cg_active_pwrctl_en = 1'b1 */
writel((readl_mfg(MFG_ACTIVE_POWER_CON_CG) | BIT(0)), MFG_ACTIVE_POWER_CON_CG);
/* MFG_ACTIVE_POWER_CON_ST0 0x13FBF120 [0] rg_st0_active_pwrctl_en = 1'b1 */
writel((readl_mfg(MFG_ACTIVE_POWER_CON_ST0) | BIT(0)), MFG_ACTIVE_POWER_CON_ST0);
/* MFG_ACTIVE_POWER_CON_ST1 0x13FBF140 [0] rg_st1_active_pwrctl_en = 1'b1 */
writel((readl_mfg(MFG_ACTIVE_POWER_CON_ST1) | BIT(0)), MFG_ACTIVE_POWER_CON_ST1);
/* MFG_ACTIVE_POWER_CON_ST2 0x13FBF118 [0] rg_st2_active_pwrctl_en = 1'b1 */
writel((readl_mfg(MFG_ACTIVE_POWER_CON_ST2) | BIT(0)), MFG_ACTIVE_POWER_CON_ST2);
/* MFG_ACTIVE_POWER_CON_ST4 0x13FBF0C0 [0] rg_st4_active_pwrctl_en = 1'b1 */
writel((readl_mfg(MFG_ACTIVE_POWER_CON_ST4) | BIT(0)), MFG_ACTIVE_POWER_CON_ST4);
/* MFG_ACTIVE_POWER_CON_ST5 0x13FBF098 [0] rg_st5_active_pwrctl_en = 1'b1 */
writel((readl_mfg(MFG_ACTIVE_POWER_CON_ST5) | BIT(0)), MFG_ACTIVE_POWER_CON_ST5);
/* MFG_ACTIVE_POWER_CON_ST6 0x13FBF1C0 [0] rg_st6_active_pwrctl_en = 1'b1 */
writel((readl_mfg(MFG_ACTIVE_POWER_CON_ST6) | BIT(0)), MFG_ACTIVE_POWER_CON_ST6);
/* MFG_ACTIVE_POWER_CON_00 0x13FBF400 [0] rg_sc0_active_pwrctl_en = 1'b1 */
writel((readl_mfg(MFG_ACTIVE_POWER_CON_00) | BIT(0)), MFG_ACTIVE_POWER_CON_00);
/* MFG_ACTIVE_POWER_CON_01 0x13FBF404 [31] rg_sc0_active_pwrctl_rsv = 1'b1 */
writel((readl_mfg(MFG_ACTIVE_POWER_CON_01) | BIT(31)), MFG_ACTIVE_POWER_CON_01);
/* MFG_ACTIVE_POWER_CON_06 0x13FBF418 [0] rg_sc1_active_pwrctl_en = 1'b1 */
writel((readl_mfg(MFG_ACTIVE_POWER_CON_06) | BIT(0)), MFG_ACTIVE_POWER_CON_06);
/* MFG_ACTIVE_POWER_CON_07 0x13FBF41C [31] rg_sc1_active_pwrctl_rsv = 1'b1 */
writel((readl_mfg(MFG_ACTIVE_POWER_CON_07) | BIT(31)), MFG_ACTIVE_POWER_CON_07);
/* MFG_ACTIVE_POWER_CON_12 0x13FBF430 [0] rg_sc2_active_pwrctl_en = 1'b1 */
writel((readl_mfg(MFG_ACTIVE_POWER_CON_12) | BIT(0)), MFG_ACTIVE_POWER_CON_12);
/* MFG_ACTIVE_POWER_CON_13 0x13FBF434 [31] rg_sc2_active_pwrctl_rsv = 1'b1 */
writel((readl_mfg(MFG_ACTIVE_POWER_CON_13) | BIT(31)), MFG_ACTIVE_POWER_CON_13);
/* MFG_ACTIVE_POWER_CON_18 0x13FBF448 [0] rg_sc3_active_pwrctl_en = 1'b1 */
writel((readl_mfg(MFG_ACTIVE_POWER_CON_18) | BIT(0)), MFG_ACTIVE_POWER_CON_18);
/* MFG_ACTIVE_POWER_CON_19 0x13FBF44C [31] rg_sc3_active_pwrctl_rsv = 1'b1 */
writel((readl_mfg(MFG_ACTIVE_POWER_CON_19) | BIT(31)), MFG_ACTIVE_POWER_CON_19);
/* MFG_ACTIVE_POWER_CON_24 0x13FBF460 [0] rg_sc4_active_pwrctl_en = 1'b1 */
writel((readl_mfg(MFG_ACTIVE_POWER_CON_24) | BIT(0)), MFG_ACTIVE_POWER_CON_24);
/* MFG_ACTIVE_POWER_CON_25 0x13FBF464 [31] rg_sc4_active_pwrctl_rsv = 1'b1 */
writel((readl_mfg(MFG_ACTIVE_POWER_CON_25) | BIT(31)), MFG_ACTIVE_POWER_CON_25);
/* MFG_ACTIVE_POWER_CON_30 0x13FBF478 [0] rg_sc5_active_pwrctl_en = 1'b1 */
writel((readl_mfg(MFG_ACTIVE_POWER_CON_30) | BIT(0)), MFG_ACTIVE_POWER_CON_30);
/* MFG_ACTIVE_POWER_CON_31 0x13FBF47C [31] rg_sc5_active_pwrctl_rsv = 1'b1 */
writel((readl_mfg(MFG_ACTIVE_POWER_CON_31) | BIT(31)), MFG_ACTIVE_POWER_CON_31);
/* MFG_ACTIVE_POWER_CON_36 0x13FBF490 [0] rg_sc6_active_pwrctl_en = 1'b1 */
writel((readl_mfg(MFG_ACTIVE_POWER_CON_36) | BIT(0)), MFG_ACTIVE_POWER_CON_36);
/* MFG_ACTIVE_POWER_CON_37 0x13FBF494 [31] rg_sc6_active_pwrctl_rsv = 1'b1 */
writel((readl_mfg(MFG_ACTIVE_POWER_CON_37) | BIT(31)), MFG_ACTIVE_POWER_CON_37);
/* MFG_ACTIVE_POWER_CON_42 0x13FBF4A8 [0] rg_sc7_active_pwrctl_en = 1'b1 */
writel((readl_mfg(MFG_ACTIVE_POWER_CON_42) | BIT(0)), MFG_ACTIVE_POWER_CON_42);
/* MFG_ACTIVE_POWER_CON_43 0x13FBF4AC [31] rg_sc7_active_pwrctl_rsv = 1'b1 */
writel((readl_mfg(MFG_ACTIVE_POWER_CON_43) | BIT(31)), MFG_ACTIVE_POWER_CON_43);
/* MFG_ACTIVE_POWER_CON_48 0x13FBF4C0 [0] rg_sc8_active_pwrctl_en = 1'b1 */
writel((readl_mfg(MFG_ACTIVE_POWER_CON_48) | BIT(0)), MFG_ACTIVE_POWER_CON_48);
/* MFG_ACTIVE_POWER_CON_49 0x13FBF4C4 [31] rg_sc8_active_pwrctl_rsv = 1'b1 */
writel((readl_mfg(MFG_ACTIVE_POWER_CON_49) | BIT(31)), MFG_ACTIVE_POWER_CON_49);
/* MFG_ACTIVE_POWER_CON_54 0x13FBF4D8 [0] rg_sc9_active_pwrctl_en = 1'b1 */
writel((readl_mfg(MFG_ACTIVE_POWER_CON_54) | BIT(0)), MFG_ACTIVE_POWER_CON_54);
/* MFG_ACTIVE_POWER_CON_55 0x13FBF4DC [31] rg_sc9_active_pwrctl_rsv = 1'b1 */
writel((readl_mfg(MFG_ACTIVE_POWER_CON_55) | BIT(31)), MFG_ACTIVE_POWER_CON_55);
/* MFG_ACTIVE_POWER_CON_60 0x13FBF4F0 [0] rg_sc10_active_pwrctl_en = 1'b1 */
writel((readl_mfg(MFG_ACTIVE_POWER_CON_60) | BIT(0)), MFG_ACTIVE_POWER_CON_60);
/* MFG_ACTIVE_POWER_CON_61 0x13FBF4F4 [31] rg_sc10_active_pwrctl_rsv = 1'b1 */
writel((readl_mfg(MFG_ACTIVE_POWER_CON_61) | BIT(31)), MFG_ACTIVE_POWER_CON_61);
} else {
/* MFG_ACTIVE_POWER_CON_CG 0x13FBF400 [0] rg_cg_active_pwrctl_en = 1'b0 */
writel((readl_mfg(MFG_ACTIVE_POWER_CON_CG) & ~BIT(0)), MFG_ACTIVE_POWER_CON_CG);
/* MFG_ACTIVE_POWER_CON_ST0 0x13FBF120 [0] rg_st0_active_pwrctl_en = 1'b0 */
writel((readl_mfg(MFG_ACTIVE_POWER_CON_ST0) & ~BIT(0)), MFG_ACTIVE_POWER_CON_ST0);
/* MFG_ACTIVE_POWER_CON_ST1 0x13FBF140 [0] rg_st1_active_pwrctl_en = 1'b0 */
writel((readl_mfg(MFG_ACTIVE_POWER_CON_ST1) & ~BIT(0)), MFG_ACTIVE_POWER_CON_ST1);
/* MFG_ACTIVE_POWER_CON_ST2 0x13FBF118 [0] rg_st2_active_pwrctl_en = 1'b0 */
writel((readl_mfg(MFG_ACTIVE_POWER_CON_ST2) & ~BIT(0)), MFG_ACTIVE_POWER_CON_ST2);
/* MFG_ACTIVE_POWER_CON_ST4 0x13FBF0C0 [0] rg_st4_active_pwrctl_en = 1'b0 */
writel((readl_mfg(MFG_ACTIVE_POWER_CON_ST4) & ~BIT(0)), MFG_ACTIVE_POWER_CON_ST4);
/* MFG_ACTIVE_POWER_CON_ST5 0x13FBF098 [0] rg_st5_active_pwrctl_en = 1'b0 */
writel((readl_mfg(MFG_ACTIVE_POWER_CON_ST5) & ~BIT(0)), MFG_ACTIVE_POWER_CON_ST5);
/* MFG_ACTIVE_POWER_CON_ST6 0x13FBF1C0 [0] rg_st6_active_pwrctl_en = 1'b0 */
writel((readl_mfg(MFG_ACTIVE_POWER_CON_ST6) & ~BIT(0)), MFG_ACTIVE_POWER_CON_ST6);
/* MFG_ACTIVE_POWER_CON_00 0x13FBF400 [0] rg_sc0_active_pwrctl_en = 1'b0*/
writel((readl_mfg(MFG_ACTIVE_POWER_CON_00) & ~BIT(0)), MFG_ACTIVE_POWER_CON_00);
/* MFG_ACTIVE_POWER_CON_01 0x13FBF404 [31] rg_sc0_active_pwrctl_rsv = 1'b0*/
writel((readl_mfg(MFG_ACTIVE_POWER_CON_01) & ~BIT(31)), MFG_ACTIVE_POWER_CON_01);
/* MFG_ACTIVE_POWER_CON_06 0x13FBF418 [0] rg_sc1_active_pwrctl_en = 1'b0*/
writel((readl_mfg(MFG_ACTIVE_POWER_CON_06) & ~BIT(0)), MFG_ACTIVE_POWER_CON_06);
/* MFG_ACTIVE_POWER_CON_07 0x13FBF41C [31] rg_sc1_active_pwrctl_rsv = 1'b0*/
writel((readl_mfg(MFG_ACTIVE_POWER_CON_07) & ~BIT(31)), MFG_ACTIVE_POWER_CON_07);
/* MFG_ACTIVE_POWER_CON_12 0x13FBF430 [0] rg_sc2_active_pwrctl_en = 1'b0*/
writel((readl_mfg(MFG_ACTIVE_POWER_CON_12) & ~BIT(0)), MFG_ACTIVE_POWER_CON_12);
/* MFG_ACTIVE_POWER_CON_13 0x13FBF434 [31] rg_sc2_active_pwrctl_rsv = 1'b0*/
writel((readl_mfg(MFG_ACTIVE_POWER_CON_13) & ~BIT(31)), MFG_ACTIVE_POWER_CON_13);
/* MFG_ACTIVE_POWER_CON_18 0x13FBF448 [0] rg_sc3_active_pwrctl_en = 1'b0*/
writel((readl_mfg(MFG_ACTIVE_POWER_CON_18) & ~BIT(0)), MFG_ACTIVE_POWER_CON_18);
/* MFG_ACTIVE_POWER_CON_19 0x13FBF44C [31] rg_sc3_active_pwrctl_rsv = 1'b0*/
writel((readl_mfg(MFG_ACTIVE_POWER_CON_19) & ~BIT(31)), MFG_ACTIVE_POWER_CON_19);
/* MFG_ACTIVE_POWER_CON_24 0x13FBF460 [0] rg_sc4_active_pwrctl_en = 1'b0*/
writel((readl_mfg(MFG_ACTIVE_POWER_CON_24) & ~BIT(0)), MFG_ACTIVE_POWER_CON_24);
/* MFG_ACTIVE_POWER_CON_25 0x13FBF464 [31] rg_sc4_active_pwrctl_rsv = 1'b0*/
writel((readl_mfg(MFG_ACTIVE_POWER_CON_25) & ~BIT(31)), MFG_ACTIVE_POWER_CON_25);
/* MFG_ACTIVE_POWER_CON_30 0x13FBF478 [0] rg_sc5_active_pwrctl_en = 1'b0*/
writel((readl_mfg(MFG_ACTIVE_POWER_CON_30) & ~BIT(0)), MFG_ACTIVE_POWER_CON_30);
/* MFG_ACTIVE_POWER_CON_31 0x13FBF47C [31] rg_sc5_active_pwrctl_rsv = 1'b0*/
writel((readl_mfg(MFG_ACTIVE_POWER_CON_31) & ~BIT(31)), MFG_ACTIVE_POWER_CON_31);
/* MFG_ACTIVE_POWER_CON_36 0x13FBF490 [0] rg_sc6_active_pwrctl_en = 1'b0*/
writel((readl_mfg(MFG_ACTIVE_POWER_CON_36) & ~BIT(0)), MFG_ACTIVE_POWER_CON_36);
/* MFG_ACTIVE_POWER_CON_37 0x13FBF494 [31] rg_sc6_active_pwrctl_rsv = 1'b0*/
writel((readl_mfg(MFG_ACTIVE_POWER_CON_37) & ~BIT(31)), MFG_ACTIVE_POWER_CON_37);
/* MFG_ACTIVE_POWER_CON_42 0x13FBF4A8 [0] rg_sc7_active_pwrctl_en = 1'b0*/
writel((readl_mfg(MFG_ACTIVE_POWER_CON_42) & ~BIT(0)), MFG_ACTIVE_POWER_CON_42);
/* MFG_ACTIVE_POWER_CON_43 0x13FBF4AC [31] rg_sc7_active_pwrctl_rsv = 1'b0*/
writel((readl_mfg(MFG_ACTIVE_POWER_CON_43) & ~BIT(31)), MFG_ACTIVE_POWER_CON_43);
/* MFG_ACTIVE_POWER_CON_48 0x13FBF4C0 [0] rg_sc8_active_pwrctl_en = 1'b0*/
writel((readl_mfg(MFG_ACTIVE_POWER_CON_48) & ~BIT(0)), MFG_ACTIVE_POWER_CON_48);
/* MFG_ACTIVE_POWER_CON_49 0x13FBF4C4 [31] rg_sc8_active_pwrctl_rsv = 1'b0*/
writel((readl_mfg(MFG_ACTIVE_POWER_CON_49) & ~BIT(31)), MFG_ACTIVE_POWER_CON_49);
/* MFG_ACTIVE_POWER_CON_54 0x13FBF4D8 [0] rg_sc9_active_pwrctl_en = 1'b0*/
writel((readl_mfg(MFG_ACTIVE_POWER_CON_54) & ~BIT(0)), MFG_ACTIVE_POWER_CON_54);
/* MFG_ACTIVE_POWER_CON_55 0x13FBF4DC [31] rg_sc9_active_pwrctl_rsv = 1'b0*/
writel((readl_mfg(MFG_ACTIVE_POWER_CON_55) & ~BIT(31)), MFG_ACTIVE_POWER_CON_55);
/* MFG_ACTIVE_POWER_CON_60 0x13FBF4F0 [0] rg_sc10_active_pwrctl_en = 1'b0*/
writel((readl_mfg(MFG_ACTIVE_POWER_CON_60) & ~BIT(0)), MFG_ACTIVE_POWER_CON_60);
/* MFG_ACTIVE_POWER_CON_61 0x13FBF4F4 [31] rg_sc10_active_pwrctl_rsv = 1'b0 */
writel((readl_mfg(MFG_ACTIVE_POWER_CON_61) & ~BIT(31)), MFG_ACTIVE_POWER_CON_61);
}
#else
GPUFREQ_UNREFERENCED(power);
#endif /* GPUFREQ_PDCA_ENABLE */
}
/* API: init first time shared status */
void __gpufreq_set_shared_status(struct gpufreq_shared_status *shared_status)
{
mutex_lock(&gpufreq_lock);
if (shared_status)
g_shared_status = shared_status;
else
__gpufreq_abort("null gpufreq shared status: 0x%llx", shared_status);
/* update current status to shared memory */
if (g_shared_status) {
g_shared_status->magic = GPUFREQ_MAGIC_NUMBER;
g_shared_status->cur_oppidx_gpu = g_gpu.cur_oppidx;
g_shared_status->opp_num_gpu = g_gpu.opp_num;
g_shared_status->signed_opp_num_gpu = g_gpu.signed_opp_num;
g_shared_status->cur_fgpu = g_gpu.cur_freq;
g_shared_status->cur_vgpu = g_gpu.cur_volt;
g_shared_status->cur_vsram_gpu = g_gpu.cur_vsram;
g_shared_status->cur_power_gpu = g_gpu.working_table[g_gpu.cur_oppidx].power;
g_shared_status->max_power_gpu = g_gpu.working_table[g_gpu.max_oppidx].power;
g_shared_status->min_power_gpu = g_gpu.working_table[g_gpu.min_oppidx].power;
g_shared_status->cur_oppidx_stack = g_stack.cur_oppidx;
g_shared_status->opp_num_stack = g_stack.opp_num;
g_shared_status->signed_opp_num_stack = g_stack.signed_opp_num;
g_shared_status->cur_fstack = g_stack.cur_freq;
g_shared_status->cur_vstack = g_stack.cur_volt;
g_shared_status->cur_vsram_stack = g_stack.cur_vsram;
g_shared_status->cur_power_stack = g_stack.working_table[g_stack.cur_oppidx].power;
g_shared_status->max_power_stack = g_stack.working_table[g_stack.max_oppidx].power;
g_shared_status->min_power_stack = g_stack.working_table[g_stack.min_oppidx].power;
g_shared_status->power_count = g_stack.power_count;
g_shared_status->buck_count = g_stack.buck_count;
g_shared_status->mtcmos_count = g_stack.mtcmos_count;
g_shared_status->cg_count = g_stack.cg_count;
g_shared_status->active_count = g_stack.active_count;
g_shared_status->power_control = __gpufreq_power_ctrl_enable();
g_shared_status->active_idle_control = __gpufreq_active_idle_ctrl_enable();
g_shared_status->dvfs_state = g_dvfs_state;
g_shared_status->shader_present = g_shader_present;
g_shared_status->asensor_enable = g_asensor_enable;
g_shared_status->aging_load = g_aging_load;
g_shared_status->aging_margin = g_aging_margin;
g_shared_status->avs_enable = g_avs_enable;
g_shared_status->avs_margin = g_avs_margin;
g_shared_status->ptp_version = g_ptp_version;
g_shared_status->gpm1_mode = g_gpm1_mode;
g_shared_status->gpm3_mode = g_gpm3_mode;
g_shared_status->dual_buck = true;
g_shared_status->segment_id = g_stack.segment_id;
g_shared_status->test_mode = true;
#if GPUFREQ_MSSV_TEST_MODE
g_shared_status->reg_stack_sel.addr = 0x13FBF500;
g_shared_status->reg_del_sel.addr = 0x13FBF080;
#endif /* GPUFREQ_MSSV_TEST_MODE */
#if GPUFREQ_ASENSOR_ENABLE
g_shared_status->asensor_info = g_asensor_info;
#endif /* GPUFREQ_ASENSOR_ENABLE */
__gpufreq_update_shared_status_opp_table();
__gpufreq_update_shared_status_adj_table();
__gpufreq_update_shared_status_init_reg();
}
mutex_unlock(&gpufreq_lock);
}
/* API: MSSV test function */
int __gpufreq_mssv_commit(unsigned int target, unsigned int val)
{
#if GPUFREQ_MSSV_TEST_MODE
int ret = GPUFREQ_SUCCESS;
ret = __gpufreq_power_control(POWER_ON);
if (unlikely(ret < 0))
goto done;
mutex_lock(&gpufreq_lock);
switch (target) {
case TARGET_MSSV_FGPU:
if (val > POSDIV_2_MAX_FREQ || val < POSDIV_16_MIN_FREQ)
ret = GPUFREQ_EINVAL;
else
ret = __gpufreq_freq_scale_gpu(g_gpu.cur_freq, val);
break;
case TARGET_MSSV_VGPU:
if (val > VGPU_MAX_VOLT || val < VGPU_MIN_VOLT)
ret = GPUFREQ_EINVAL;
else
ret = __gpufreq_volt_scale_gpu(g_gpu.cur_volt, val);
break;
case TARGET_MSSV_FSTACK:
if (val > POSDIV_2_MAX_FREQ || val < POSDIV_16_MIN_FREQ)
ret = GPUFREQ_EINVAL;
else
ret = __gpufreq_freq_scale_stack(g_stack.cur_freq, val);
break;
case TARGET_MSSV_VSTACK:
if (val > VSTACK_MAX_VOLT || val < VSTACK_MIN_VOLT)
ret = GPUFREQ_EINVAL;
else
ret = __gpufreq_volt_scale_stack(g_stack.cur_volt, val);
break;
case TARGET_MSSV_VSRAM:
if (val > VSRAM_MAX_VOLT || val < VSRAM_MIN_VOLT)
ret = GPUFREQ_EINVAL;
else
ret = __gpufreq_volt_scale_sram(g_stack.cur_vsram, val);
break;
case TARGET_MSSV_STACK_SEL:
if (val == 1 || val == 0) {
__gpufreq_mssv_set_stack_sel(val);
ret = GPUFREQ_SUCCESS;
} else
ret = GPUFREQ_EINVAL;
break;
case TARGET_MSSV_DEL_SEL:
if (val == 1 || val == 0) {
__gpufreq_mssv_set_del_sel(val);
ret = GPUFREQ_SUCCESS;
} else
ret = GPUFREQ_EINVAL;
break;
default:
ret = GPUFREQ_EINVAL;
break;
}
if (unlikely(ret))
GPUFREQ_LOGE("invalid MSSV cmd, target: %d, val: %d", target, val);
else {
if (g_shared_status) {
g_shared_status->cur_fgpu = g_gpu.cur_freq;
g_shared_status->cur_vgpu = g_gpu.cur_volt;
g_shared_status->cur_vsram_gpu = g_gpu.cur_vsram;
g_shared_status->cur_fstack = g_stack.cur_freq;
g_shared_status->cur_vstack = g_stack.cur_volt;
g_shared_status->cur_vsram_stack = g_stack.cur_vsram;
g_shared_status->reg_stack_sel.val = readl_mfg(MFG_DUMMY_REG);
g_shared_status->reg_del_sel.val = readl_mfg(MFG_SRAM_FUL_SEL_ULV);
}
}
mutex_unlock(&gpufreq_lock);
__gpufreq_power_control(POWER_OFF);
done:
return ret;
#else
GPUFREQ_UNREFERENCED(target);
GPUFREQ_UNREFERENCED(val);
return GPUFREQ_EINVAL;
#endif /* GPUFREQ_MSSV_TEST_MODE */
}
/**
* ===============================================
* Internal Function Definition
* ===============================================
*/
static void __gpufreq_update_shared_status_opp_table(void)
{
unsigned int copy_size = 0;
if (!g_shared_status)
return;
/* GPU */
/* working table */
copy_size = sizeof(struct gpufreq_opp_info) * g_gpu.opp_num;
memcpy(g_shared_status->working_table_gpu, g_gpu.working_table, copy_size);
/* signed table */
copy_size = sizeof(struct gpufreq_opp_info) * g_gpu.signed_opp_num;
memcpy(g_shared_status->signed_table_gpu, g_gpu.signed_table, copy_size);
/* STACK */
/* working table */
copy_size = sizeof(struct gpufreq_opp_info) * g_stack.opp_num;
memcpy(g_shared_status->working_table_stack, g_stack.working_table, copy_size);
/* signed table */
copy_size = sizeof(struct gpufreq_opp_info) * g_stack.signed_opp_num;
memcpy(g_shared_status->signed_table_stack, g_stack.signed_table, copy_size);
}
static void __gpufreq_update_shared_status_adj_table(void)
{
unsigned int copy_size = 0;
if (!g_shared_status)
return;
/* GPU */
/* aging table */
copy_size = sizeof(struct gpufreq_adj_info) * NUM_GPU_SIGNED_IDX;
memcpy(g_shared_status->aging_table_gpu, g_gpu_aging_table[g_aging_table_idx], copy_size);
/* avs table */
copy_size = sizeof(struct gpufreq_adj_info) * NUM_GPU_SIGNED_IDX;
memcpy(g_shared_status->avs_table_gpu, g_gpu_avs_table, copy_size);
/* STACK */
/* aging table */
copy_size = sizeof(struct gpufreq_adj_info) * NUM_STACK_SIGNED_IDX;
memcpy(g_shared_status->aging_table_stack,
g_stack_aging_table[g_aging_table_idx], copy_size);
/* avs table */
copy_size = sizeof(struct gpufreq_adj_info) * NUM_STACK_SIGNED_IDX;
memcpy(g_shared_status->avs_table_stack, g_stack_avs_table, copy_size);
}
static void __gpufreq_update_shared_status_init_reg(void)
{
#if GPUFREQ_SHARED_STATUS_REG
unsigned int copy_size = 0;
if (!g_shared_status)
return;
/* [WARNING] GPU is power off at this moment */
g_reg_mfgsys[IDX_EFUSE_PTPOD21_SN].val = readl(EFUSE_PTPOD21_SN);
g_reg_mfgsys[IDX_EFUSE_PTPOD22_AVS].val = readl(EFUSE_PTPOD22_AVS);
g_reg_mfgsys[IDX_EFUSE_PTPOD23_AVS].val = readl(EFUSE_PTPOD23_AVS);
g_reg_mfgsys[IDX_EFUSE_PTPOD24_AVS].val = readl(EFUSE_PTPOD24_AVS);
g_reg_mfgsys[IDX_EFUSE_PTPOD25_AVS].val = readl(EFUSE_PTPOD25_AVS);
g_reg_mfgsys[IDX_EFUSE_PTPOD26_AVS].val = readl(EFUSE_PTPOD26_AVS);
g_reg_mfgsys[IDX_SPM_SPM2GPUPM_CON].val = readl(SPM_SPM2GPUPM_CON);
copy_size = sizeof(struct gpufreq_reg_info) * NUM_MFGSYS_REG;
memcpy(g_shared_status->reg_mfgsys, g_reg_mfgsys, copy_size);
#endif /* GPUFREQ_SHARED_STATUS_REG */
}
static void __gpufreq_update_shared_status_power_reg(void)
{
#if GPUFREQ_SHARED_STATUS_REG
unsigned int copy_size = 0;
if (!g_shared_status)
return;
g_reg_mfgsys[IDX_MFG_CG_CON].val = readl_mfg(MFG_CG_CON);
g_reg_mfgsys[IDX_MFG_DCM_CON_0].val = readl_mfg(MFG_DCM_CON_0);
g_reg_mfgsys[IDX_MFG_ASYNC_CON].val = readl_mfg(MFG_ASYNC_CON);
g_reg_mfgsys[IDX_MFG_ASYNC_CON3].val = readl_mfg(MFG_ASYNC_CON3);
g_reg_mfgsys[IDX_MFG_GLOBAL_CON].val = readl_mfg(MFG_GLOBAL_CON);
g_reg_mfgsys[IDX_MFG_AXCOHERENCE_CON].val = readl_mfg(MFG_AXCOHERENCE_CON);
g_reg_mfgsys[IDX_MFG_DUMMY_REG].val = readl_mfg(MFG_DUMMY_REG);
g_reg_mfgsys[IDX_MFG_SRAM_FUL_SEL_ULV].val = readl_mfg(MFG_SRAM_FUL_SEL_ULV);
g_reg_mfgsys[IDX_MFG_PLL_CON0].val = readl(MFG_PLL_CON0);
g_reg_mfgsys[IDX_MFG_PLL_CON1].val = readl(MFG_PLL_CON1);
g_reg_mfgsys[IDX_MFGSC_PLL_CON0].val = readl(MFGSC_PLL_CON0);
g_reg_mfgsys[IDX_MFGSC_PLL_CON1].val = readl(MFGSC_PLL_CON1);
g_reg_mfgsys[IDX_MFG_RPC_AO_CLK_CFG].val = readl(MFG_RPC_AO_CLK_CFG);
g_reg_mfgsys[IDX_MFG_RPC_MFG1_PWR_CON].val = readl(MFG_RPC_MFG1_PWR_CON);
#if !GPUFREQ_PDCA_ENABLE
g_reg_mfgsys[IDX_MFG_RPC_MFG2_PWR_CON].val = readl(MFG_RPC_MFG2_PWR_CON);
g_reg_mfgsys[IDX_MFG_RPC_MFG3_PWR_CON].val = readl(MFG_RPC_MFG3_PWR_CON);
g_reg_mfgsys[IDX_MFG_RPC_MFG4_PWR_CON].val = readl(MFG_RPC_MFG4_PWR_CON);
g_reg_mfgsys[IDX_MFG_RPC_MFG5_PWR_CON].val = readl(MFG_RPC_MFG5_PWR_CON);
g_reg_mfgsys[IDX_MFG_RPC_MFG6_PWR_CON].val = readl(MFG_RPC_MFG6_PWR_CON);
g_reg_mfgsys[IDX_MFG_RPC_MFG7_PWR_CON].val = readl(MFG_RPC_MFG7_PWR_CON);
g_reg_mfgsys[IDX_MFG_RPC_MFG8_PWR_CON].val = readl(MFG_RPC_MFG8_PWR_CON);
g_reg_mfgsys[IDX_MFG_RPC_MFG9_PWR_CON].val = readl(MFG_RPC_MFG9_PWR_CON);
g_reg_mfgsys[IDX_MFG_RPC_MFG10_PWR_CON].val = readl(MFG_RPC_MFG10_PWR_CON);
g_reg_mfgsys[IDX_MFG_RPC_MFG11_PWR_CON].val = readl(MFG_RPC_MFG11_PWR_CON);
g_reg_mfgsys[IDX_MFG_RPC_MFG12_PWR_CON].val = readl(MFG_RPC_MFG12_PWR_CON);
g_reg_mfgsys[IDX_MFG_RPC_MFG13_PWR_CON].val = readl(MFG_RPC_MFG13_PWR_CON);
g_reg_mfgsys[IDX_MFG_RPC_MFG14_PWR_CON].val = readl(MFG_RPC_MFG14_PWR_CON);
g_reg_mfgsys[IDX_MFG_RPC_MFG15_PWR_CON].val = readl(MFG_RPC_MFG15_PWR_CON);
g_reg_mfgsys[IDX_MFG_RPC_MFG16_PWR_CON].val = readl(MFG_RPC_MFG16_PWR_CON);
g_reg_mfgsys[IDX_MFG_RPC_MFG17_PWR_CON].val = readl(MFG_RPC_MFG17_PWR_CON);
g_reg_mfgsys[IDX_MFG_RPC_MFG18_PWR_CON].val = readl(MFG_RPC_MFG18_PWR_CON);
g_reg_mfgsys[IDX_MFG_RPC_MFG19_PWR_CON].val = readl(MFG_RPC_MFG19_PWR_CON);
#endif /* GPUFREQ_PDCA_ENABLE */
g_reg_mfgsys[IDX_MFG_RPC_SLP_PROT_EN_STA].val = readl(MFG_RPC_SLP_PROT_EN_STA);
g_reg_mfgsys[IDX_SPM_MFG0_PWR_CON].val = readl(SPM_MFG0_PWR_CON);
g_reg_mfgsys[IDX_SPM_SOC_BUCK_ISO_CON].val = readl(SPM_SOC_BUCK_ISO_CON);
g_reg_mfgsys[IDX_TOPCK_CLK_CFG_3].val = readl(TOPCK_CLK_CFG_3);
g_reg_mfgsys[IDX_TOPCK_CLK_CFG_30].val = readl(TOPCK_CLK_CFG_30);
g_reg_mfgsys[IDX_NTH_MFG_EMI1_GALS_SLV_DBG].val = readl(NTH_MFG_EMI1_GALS_SLV_DBG);
g_reg_mfgsys[IDX_NTH_MFG_EMI0_GALS_SLV_DBG].val = readl(NTH_MFG_EMI0_GALS_SLV_DBG);
g_reg_mfgsys[IDX_STH_MFG_EMI1_GALS_SLV_DBG].val = readl(STH_MFG_EMI1_GALS_SLV_DBG);
g_reg_mfgsys[IDX_STH_MFG_EMI0_GALS_SLV_DBG].val = readl(STH_MFG_EMI0_GALS_SLV_DBG);
g_reg_mfgsys[IDX_NTH_M6M7_IDLE_BIT_EN_1].val = readl(NTH_M6M7_IDLE_BIT_EN_1);
g_reg_mfgsys[IDX_NTH_M6M7_IDLE_BIT_EN_0].val = readl(NTH_M6M7_IDLE_BIT_EN_0);
g_reg_mfgsys[IDX_STH_M6M7_IDLE_BIT_EN_1].val = readl(STH_M6M7_IDLE_BIT_EN_1);
g_reg_mfgsys[IDX_STH_M6M7_IDLE_BIT_EN_0].val = readl(STH_M6M7_IDLE_BIT_EN_0);
g_reg_mfgsys[IDX_IFR_MFGSYS_PROT_EN_STA_0].val = readl(IFR_MFGSYS_PROT_EN_STA_0);
g_reg_mfgsys[IDX_IFR_MFGSYS_PROT_RDY_STA_0].val = readl(IFR_MFGSYS_PROT_RDY_STA_0);
g_reg_mfgsys[IDX_IFR_EMISYS_PROTECT_EN_STA_0].val = readl(IFR_EMISYS_PROTECT_EN_STA_0);
g_reg_mfgsys[IDX_IFR_EMISYS_PROTECT_EN_STA_1].val = readl(IFR_EMISYS_PROTECT_EN_STA_1);
g_reg_mfgsys[IDX_NTH_EMI_AO_DEBUG_CTRL0].val = readl(NTH_EMI_AO_DEBUG_CTRL0);
g_reg_mfgsys[IDX_STH_EMI_AO_DEBUG_CTRL0].val = readl(STH_EMI_AO_DEBUG_CTRL0);
g_reg_mfgsys[IDX_INFRA_AO_BUS0_U_DEBUG_CTRL0].val = readl(INFRA_AO_BUS0_U_DEBUG_CTRL0);
g_reg_mfgsys[IDX_INFRA_AO1_BUS1_U_DEBUG_CTRL0].val = readl(INFRA_AO1_BUS1_U_DEBUG_CTRL0);
copy_size = sizeof(struct gpufreq_reg_info) * NUM_MFGSYS_REG;
memcpy(g_shared_status->reg_mfgsys, g_reg_mfgsys, copy_size);
#endif /* GPUFREQ_SHARED_STATUS_REG */
}
static void __gpufreq_update_shared_status_active_idle_reg(void)
{
#if GPUFREQ_SHARED_STATUS_REG
unsigned int copy_size = 0;
if (!g_shared_status)
return;
g_reg_mfgsys[IDX_MFG_PLL_CON0].val = readl(MFG_PLL_CON0);
g_reg_mfgsys[IDX_MFG_PLL_CON1].val = readl(MFG_PLL_CON1);
g_reg_mfgsys[IDX_MFGSC_PLL_CON0].val = readl(MFGSC_PLL_CON0);
g_reg_mfgsys[IDX_MFGSC_PLL_CON1].val = readl(MFGSC_PLL_CON1);
g_reg_mfgsys[IDX_TOPCK_CLK_CFG_3].val = readl(TOPCK_CLK_CFG_3);
g_reg_mfgsys[IDX_TOPCK_CLK_CFG_30].val = readl(TOPCK_CLK_CFG_30);
copy_size = sizeof(struct gpufreq_reg_info) * NUM_MFGSYS_REG;
memcpy(g_shared_status->reg_mfgsys, g_reg_mfgsys, copy_size);
#endif /* GPUFREQ_SHARED_STATUS_REG */
}
static void __gpufreq_update_shared_status_dvfs_reg(void)
{
#if GPUFREQ_SHARED_STATUS_REG
unsigned int copy_size = 0;
if (!g_shared_status)
return;
g_reg_mfgsys[IDX_MFG_DUMMY_REG].val = readl_mfg(MFG_DUMMY_REG);
g_reg_mfgsys[IDX_MFG_SRAM_FUL_SEL_ULV].val = readl_mfg(MFG_SRAM_FUL_SEL_ULV);
g_reg_mfgsys[IDX_MFG_PLL_CON0].val = readl(MFG_PLL_CON0);
g_reg_mfgsys[IDX_MFG_PLL_CON1].val = readl(MFG_PLL_CON1);
g_reg_mfgsys[IDX_MFGSC_PLL_CON0].val = readl(MFGSC_PLL_CON0);
g_reg_mfgsys[IDX_MFGSC_PLL_CON1].val = readl(MFGSC_PLL_CON1);
g_reg_mfgsys[IDX_TOPCK_CLK_CFG_3].val = readl(TOPCK_CLK_CFG_3);
g_reg_mfgsys[IDX_TOPCK_CLK_CFG_30].val = readl(TOPCK_CLK_CFG_30);
copy_size = sizeof(struct gpufreq_reg_info) * NUM_MFGSYS_REG;
memcpy(g_shared_status->reg_mfgsys, g_reg_mfgsys, copy_size);
#endif /* GPUFREQ_SHARED_STATUS_REG */
}
static unsigned int __gpufreq_custom_init_enable(void)
{
return GPUFREQ_CUST_INIT_ENABLE;
}
static unsigned int __gpufreq_dvfs_enable(void)
{
return GPUFREQ_DVFS_ENABLE;
}
/* API: set/reset DVFS state with lock */
static void __gpufreq_set_dvfs_state(unsigned int set, unsigned int state)
{
mutex_lock(&gpufreq_lock);
if (set)
g_dvfs_state |= state;
else
g_dvfs_state &= ~state;
/* update current status to shared memory */
if (g_shared_status)
g_shared_status->dvfs_state = g_dvfs_state;
mutex_unlock(&gpufreq_lock);
}
/* API: fake PWR_CON value to temporarily disable PDCA */
static void __gpufreq_fake_mtcmos_control(unsigned int mode)
{
#if GPUFREQ_PDCA_ENABLE
if (mode == FEAT_ENABLE) {
/* fake power on value of SPM MFG2-19 */
writel(0xC000000D, MFG_RPC_MFG2_PWR_CON); /* MFG2 */
writel(0xC000000D, MFG_RPC_MFG3_PWR_CON); /* MFG3 */
writel(0xC000000D, MFG_RPC_MFG4_PWR_CON); /* MFG4 */
writel(0xC000000D, MFG_RPC_MFG5_PWR_CON); /* MFG5 */
writel(0xC000000D, MFG_RPC_MFG6_PWR_CON); /* MFG6 */
writel(0xC000000D, MFG_RPC_MFG7_PWR_CON); /* MFG7 */
writel(0xC000000D, MFG_RPC_MFG8_PWR_CON); /* MFG8 */
writel(0xC000000D, MFG_RPC_MFG9_PWR_CON); /* MFG9 */
writel(0xC000000D, MFG_RPC_MFG10_PWR_CON); /* MFG10 */
writel(0xC000000D, MFG_RPC_MFG11_PWR_CON); /* MFG11 */
writel(0xC000000D, MFG_RPC_MFG12_PWR_CON); /* MFG12 */
writel(0xC000000D, MFG_RPC_MFG13_PWR_CON); /* MFG13 */
writel(0xC000000D, MFG_RPC_MFG14_PWR_CON); /* MFG14 */
writel(0xC000000D, MFG_RPC_MFG15_PWR_CON); /* MFG15 */
writel(0xC000000D, MFG_RPC_MFG16_PWR_CON); /* MFG16 */
writel(0xC000000D, MFG_RPC_MFG17_PWR_CON); /* MFG17 */
writel(0xC000000D, MFG_RPC_MFG18_PWR_CON); /* MFG18 */
writel(0xC000000D, MFG_RPC_MFG19_PWR_CON); /* MFG19 */
} else if (mode == FEAT_DISABLE) {
/* fake power off value of SPM MFG2-19 */
writel(0x1112, MFG_RPC_MFG19_PWR_CON); /* MFG19 */
writel(0x1112, MFG_RPC_MFG18_PWR_CON); /* MFG18 */
writel(0x1112, MFG_RPC_MFG17_PWR_CON); /* MFG17 */
writel(0x1112, MFG_RPC_MFG16_PWR_CON); /* MFG16 */
writel(0x1112, MFG_RPC_MFG15_PWR_CON); /* MFG15 */
writel(0x1112, MFG_RPC_MFG14_PWR_CON); /* MFG14 */
writel(0x1112, MFG_RPC_MFG13_PWR_CON); /* MFG13 */
writel(0x1112, MFG_RPC_MFG12_PWR_CON); /* MFG12 */
writel(0x1112, MFG_RPC_MFG11_PWR_CON); /* MFG11 */
writel(0x1112, MFG_RPC_MFG10_PWR_CON); /* MFG10 */
writel(0x1112, MFG_RPC_MFG9_PWR_CON); /* MFG9 */
writel(0x1112, MFG_RPC_MFG8_PWR_CON); /* MFG8 */
writel(0x1112, MFG_RPC_MFG7_PWR_CON); /* MFG7 */
writel(0x1112, MFG_RPC_MFG6_PWR_CON); /* MFG6 */
writel(0x1112, MFG_RPC_MFG5_PWR_CON); /* MFG5 */
writel(0x1112, MFG_RPC_MFG4_PWR_CON); /* MFG4 */
writel(0x1112, MFG_RPC_MFG3_PWR_CON); /* MFG3 */
writel(0x1112, MFG_RPC_MFG2_PWR_CON); /* MFG2 */
}
#else
GPUFREQ_UNREFERENCED(mode);
#endif /* GPUFREQ_PDCA_ENABLE */
}
static void __gpufreq_set_ocl_timestamp(void)
{
/* MFG_TIMESTAMP 0x13FBF130 [0] top_tsvalueb_en = 1'b1 */
/* MFG_TIMESTAMP 0x13FBF130 [1] timer_sel = 1'b1 */
writel(GENMASK(1, 0), MFG_TIMESTAMP);
}
/* API: apply/restore Vaging to working table of STACK */
static void __gpufreq_set_margin_mode(unsigned int mode)
{
/* update volt margin */
__gpufreq_apply_restore_margin(TARGET_GPU, mode);
__gpufreq_apply_restore_margin(TARGET_STACK, mode);
/* update power info to working table */
__gpufreq_measure_power();
/* update DVFS constraint */
__gpufreq_update_springboard();
/* update current status to shared memory */
if (g_shared_status)
__gpufreq_update_shared_status_opp_table();
}
/* API: enable/disable GPM 1.0 */
static void __gpufreq_set_gpm_mode(unsigned int version, unsigned int mode)
{
if (version == 1)
g_gpm1_mode = mode;
/* update current status to shared memory */
if (g_shared_status)
g_shared_status->gpm1_mode = g_gpm1_mode;
}
#if GPUFREQ_IPS_ENABLE
/* Control IPS MTCMOS on/off */
static void __gpufreq_ips_rpc_control(enum gpufreq_power_state power)
{
int i = 0;
if (power == POWER_ON) {
/* IPS_SES_PWR_CON 0x13F910FC [2] PWR_ON = 1'b1 */
writel((readl(MFG_RPC_IPS_SES_PWR_CON) | BIT(2)), MFG_RPC_IPS_SES_PWR_CON);
/* IPS_SES_PWR_CON 0x13F910FC [30] PWR_ACK = 1'b1 */
i = 0;
while ((readl(MFG_RPC_IPS_SES_PWR_CON) & BIT(30)) != BIT(30)) {
udelay(10);
if (++i > 10)
break;
}
/* IPS_SES_PWR_CON 0x13F910FC [3] PWR_ON_2ND = 1'b1 */
writel((readl(MFG_RPC_IPS_SES_PWR_CON) | BIT(3)), MFG_RPC_IPS_SES_PWR_CON);
/* IPS_SES_PWR_CON 0x13F910FC [31] PWR_ACK_2ND = 1'b1 */
i = 0;
while ((readl(MFG_RPC_IPS_SES_PWR_CON) & BIT(31)) != BIT(31)) {
udelay(10);
if (++i > 10)
break;
}
/* IPS_SES_PWR_CON 0x13F910FC [30] PWR_ACK = 1'b1 */
/* IPS_SES_PWR_CON 0x13F910FC [31] PWR_ACK_2ND = 1'b1 */
i = 0;
while ((readl(MFG_RPC_IPS_SES_PWR_CON) & GENMASK(31, 30)) != GENMASK(31, 30)) {
udelay(10);
if (++i > 500)
goto timeout;
}
/* IPS_SES_PWR_CON 0x13F910FC [4] PWR_CLK_DIS = 1'b0 */
writel((readl(MFG_RPC_IPS_SES_PWR_CON) & ~BIT(4)), MFG_RPC_IPS_SES_PWR_CON);
/* IPS_SES_PWR_CON 0x13F910FC [1] PWR_ISO = 1'b0 */
writel((readl(MFG_RPC_IPS_SES_PWR_CON) & ~BIT(1)), MFG_RPC_IPS_SES_PWR_CON);
/* IPS_SES_PWR_CON 0x13F910FC [0] PWR_RST_B = 1'b1 */
writel((readl(MFG_RPC_IPS_SES_PWR_CON) | BIT(0)), MFG_RPC_IPS_SES_PWR_CON);
/* IPS_SES_PWR_CON 0x13F910FC [8] PWR_SRAM_PDN = 1'b0 */
writel((readl(MFG_RPC_IPS_SES_PWR_CON) & ~BIT(8)), MFG_RPC_IPS_SES_PWR_CON);
/* IPS_SES_PWR_CON 0x13F910FC [12] PWR_SRAM_PDN_ACK = 1'b0 */
i = 0;
while (readl(MFG_RPC_IPS_SES_PWR_CON) & BIT(12)) {
udelay(10);
if (++i > 500)
goto timeout;
}
} else {
/* IPS_SES_PWR_CON 0x13F910FC [8] PWR_SRAM_PDN = 1'b1 */
writel((readl(MFG_RPC_IPS_SES_PWR_CON) | BIT(8)), MFG_RPC_IPS_SES_PWR_CON);
/* check SRAM_PDN_ACK */
/* IPS_SES_PWR_CON 0x13F910FC [12] PWR_SRAM_PDN_ACK = 1'b1 */
i = 0;
while ((readl(MFG_RPC_IPS_SES_PWR_CON) & BIT(12)) != BIT(12)) {
udelay(10);
if (++i > 500)
goto timeout;
}
/* IPS_SES_PWR_CON 0x13F910FC [1] PWR_ISO = 1'b1 */
writel((readl(MFG_RPC_IPS_SES_PWR_CON) | BIT(1)), MFG_RPC_IPS_SES_PWR_CON);
/* IPS_SES_PWR_CON 0x13F910FC [4] PWR_CLK_DIS = 1'b1 */
writel((readl(MFG_RPC_IPS_SES_PWR_CON) | BIT(4)), MFG_RPC_IPS_SES_PWR_CON);
/* IPS_SES_PWR_CON 0x13F910FC [0] PWR_RST_B = 1'b0 */
writel((readl(MFG_RPC_IPS_SES_PWR_CON) & ~BIT(0)), MFG_RPC_IPS_SES_PWR_CON);
/* IPS_SES_PWR_CON 0x13F910FC [2] PWR_ON = 1'b0 */
writel((readl(MFG_RPC_IPS_SES_PWR_CON) & ~BIT(2)), MFG_RPC_IPS_SES_PWR_CON);
/* IPS_SES_PWR_CON 0x13F910FC [3] PWR_ON_2ND = 1'b0 */
writel((readl(MFG_RPC_IPS_SES_PWR_CON) & ~BIT(3)), MFG_RPC_IPS_SES_PWR_CON);
/* IPS_SES_PWR_CON 0x13F910FC [30] PWR_ACK = 1'b0 */
/* IPS_SES_PWR_CON 0x13F910FC [31] PWR_ACK_2ND = 1'b0 */
i = 0;
while (readl(MFG_RPC_IPS_SES_PWR_CON) & GENMASK(31, 30)) {
udelay(10);
if (++i > 500)
goto timeout;
}
}
GPUFREQ_LOGI("Power %s IPS, (0x13F910FC): 0x%x",
power ? "On" : "Off", readl(MFG_RPC_IPS_SES_PWR_CON));
return;
timeout:
__gpufreq_abort("Power %s IPS timeout, (0x13F910FC): 0x%x",
power ? "On" : "Off", readl(MFG_RPC_IPS_SES_PWR_CON));
}
#endif /* GPUFREQ_IPS_ENABLE */
/* API: enable/disable IPS mode and get Vmin */
static void __gpufreq_set_ips_mode(unsigned int mode)
{
#if GPUFREQ_IPS_ENABLE
u32 val = 0, autok_trim0 = 0, autok_trim1 = 0, autok_trim2 = 0;
unsigned int autok_result = false;
unsigned long long vmin_val = 0;
if (mode == FEAT_ENABLE) {
/* MFG2 should be power-on while using IPS */
__gpufreq_mfg2_force_control(POWER_ON);
/* enable IPS MTCMOS */
__gpufreq_ips_rpc_control(POWER_ON);
/* init */
writel(0x00000000, MFG_IPS_01);
writel(0x00400000, MFG_IPS_13);
writel(0x0001A400, MFG_IPS_01);
writel(0x044040FE, MFG_IPS_10);
writel(0x0001A500, MFG_IPS_01);
/* delay 500us */
udelay(500);
GPUFREQ_LOGI("IPS_01: 0x%x, IPS_10: 0x%x, IPS_12: 0x%x, IPS_13: 0x%x",
readl(MFG_IPS_01), readl(MFG_IPS_10),
readl(MFG_IPS_12), readl(MFG_IPS_13));
/* check autok */
val = readl(MFG_IPS_12);
/* SupplEyeScanV7P0_12 0x13FE002C [0] AutoCalibDone = 1'b1 */
/* SupplEyeScanV7P0_12 0x13FE002C [21:19] AutoCalibError = 3'b000 */
if ((val & BIT(0)) && ((val & GENMASK(21, 19)) == 0)) {
autok_trim0 = 0;
autok_trim1 = 0;
autok_trim2 = 0;
autok_result = true;
} else {
autok_trim0 = (readl(MFG_IPS_12) & GENMASK(6, 1)) >> 1;
autok_trim1 = (readl(MFG_IPS_12) & GENMASK(12, 7)) >> 7;
autok_trim2 = (readl(MFG_IPS_12) & GENMASK(18, 13)) >> 13;
autok_result = false;
}
/* clear IRQ config */
writel(0x00000000, MFG_IPS_05);
g_ips_mode = mode;
/* update current status to shared memory */
if (g_shared_status) {
g_shared_status->ips_mode = g_ips_mode;
g_shared_status->ips_info.autok_result = autok_result;
g_shared_status->ips_info.autok_trim0 = autok_trim0;
g_shared_status->ips_info.autok_trim1 = autok_trim1;
g_shared_status->ips_info.autok_trim2 = autok_trim2;
}
} else if (mode == FEAT_DISABLE) {
/* reset */
writel(0x00000000, MFG_IPS_01);
/* disable IPS MTCMOS */
__gpufreq_ips_rpc_control(POWER_OFF);
/* disalbe MFG2 */
__gpufreq_mfg2_force_control(POWER_OFF);
g_ips_mode = mode;
/* update current status to shared memory */
if (g_shared_status) {
g_shared_status->ips_mode = g_ips_mode;
g_shared_status->ips_info.autok_result = false;
g_shared_status->ips_info.autok_trim0 = 0;
g_shared_status->ips_info.autok_trim1 = 0;
g_shared_status->ips_info.autok_trim2 = 0;
}
} else if (val == IPS_VMIN_GET) {
/* SupplEyeScanV7P0_06 0x13FE0014 [7:0] VminValue */
val = readl(MFG_IPS_06) & GENMASK(7, 0);
/* mV * 100 */
vmin_val = (((unsigned long long)val * 75000) / 255) + 37500;
/* update current status to shared memory */
if (g_shared_status) {
g_shared_status->ips_info.vmin_reg_val = val;
g_shared_status->ips_info.vmin_val = (unsigned int)vmin_val;
}
}
#endif /* GPUFREQ_IPS_ENABLE */
}
/* API: apply (enable) / restore (disable) margin */
static void __gpufreq_apply_restore_margin(enum gpufreq_target target, unsigned int mode)
{
struct gpufreq_opp_info *working_table = NULL;
struct gpufreq_opp_info *signed_table = NULL;
int working_opp_num = 0, signed_opp_num = 0, segment_upbound = 0, i = 0;
if (target == TARGET_STACK) {
working_table = g_stack.working_table;
signed_table = g_stack.signed_table;
working_opp_num = g_stack.opp_num;
signed_opp_num = g_stack.signed_opp_num;
segment_upbound = g_stack.segment_upbound;
} else {
working_table = g_gpu.working_table;
signed_table = g_gpu.signed_table;
working_opp_num = g_gpu.opp_num;
signed_opp_num = g_gpu.signed_opp_num;
segment_upbound = g_gpu.segment_upbound;
}
/* update margin to signed table */
for (i = 0; i < signed_opp_num; i++) {
if (mode == FEAT_DISABLE)
signed_table[i].volt += signed_table[i].margin;
else if (mode == FEAT_ENABLE)
signed_table[i].volt -= signed_table[i].margin;
signed_table[i].vsram = __gpufreq_get_vsram_by_vlogic(signed_table[i].volt);
}
for (i = 0; i < working_opp_num; i++) {
working_table[i].volt = signed_table[segment_upbound + i].volt;
working_table[i].vsram = signed_table[segment_upbound + i].vsram;
GPUFREQ_LOGD("Margin mode: %d, %s[%d] Volt: %d, Vsram: %d",
mode, target == TARGET_STACK ? "STACK" : "GPU",
i, working_table[i].volt, working_table[i].vsram);
}
}
/* API: update DVFS constraint springboard */
static void __gpufreq_update_springboard(void)
{
struct gpufreq_opp_info *signed_gpu = NULL;
struct gpufreq_opp_info *signed_stack = NULL;
int i = 0, constraint_num = 0, oppidx = 0;
signed_gpu = g_gpu.signed_table;
signed_stack = g_stack.signed_table;
constraint_num = NUM_CONSTRAINT_IDX;
/* update signed volt and sel to springboard */
for (i = 0; i < constraint_num; i++) {
if (g_constraint_idx[i] == CONSTRAINT_VSRAM_PARK)
oppidx = __gpufreq_get_idx_by_vgpu(VSRAM_THRESH);
else
oppidx = g_constraint_idx[i];
g_springboard[i].oppidx = oppidx;
g_springboard[i].vgpu = signed_gpu[oppidx].volt;
g_springboard[i].vstack = signed_stack[oppidx].volt;
}
/* update scale-up volt springboard back to front */
for (i = constraint_num - 1; i > 0; i--) {
g_springboard[i].vgpu_up = g_springboard[i - 1].vgpu;
g_springboard[i].vstack_up = g_springboard[i - 1].vstack;
}
g_springboard[0].vgpu_up = VGPU_MAX_VOLT;
g_springboard[0].vstack_up = VSTACK_MAX_VOLT;
/* update scale-down volt springboard front to back */
for (i = 0; i < constraint_num - 1; i++) {
g_springboard[i].vgpu_down = g_springboard[i + 1].vgpu;
g_springboard[i].vstack_down = g_springboard[i + 1].vstack;
}
g_springboard[constraint_num - 1].vgpu_down = VGPU_MIN_VOLT;
g_springboard[constraint_num - 1].vstack_down = VSTACK_MIN_VOLT;
for (i = 0; i < constraint_num; i++)
GPUFREQ_LOGI(
"[%02d] Vgpu: %6d (Up: %6d, Down: %6d), Vstack: %6d (Up: %6d, Down: %6d)",
g_springboard[i].oppidx, g_springboard[i].vgpu,
g_springboard[i].vgpu_up, g_springboard[i].vgpu_down,
g_springboard[i].vstack, g_springboard[i].vstack_up,
g_springboard[i].vstack_down);
};
#if GPUFREQ_MSSV_TEST_MODE
static void __gpufreq_mssv_set_stack_sel(unsigned int val)
{
if (val == 1)
writel((readl_mfg(MFG_DUMMY_REG) | BIT(31)), MFG_DUMMY_REG);
else if (val == 0)
writel((readl_mfg(MFG_DUMMY_REG) & ~BIT(31)), MFG_DUMMY_REG);
}
static void __gpufreq_mssv_set_del_sel(unsigned int val)
{
if (val == 1)
writel((readl_mfg(MFG_SRAM_FUL_SEL_ULV) | BIT(0)), MFG_SRAM_FUL_SEL_ULV);
else if (val == 0)
writel((readl_mfg(MFG_SRAM_FUL_SEL_ULV) & ~BIT(0)), MFG_SRAM_FUL_SEL_ULV);
}
#endif /* GPUFREQ_MSSV_TEST_MODE */
static void __gpufreq_dvfs_sel_config(enum gpufreq_opp_direct direct, unsigned int volt)
{
unsigned int stack_sel_volt = 0, del_sel_volt = 0;
stack_sel_volt = g_stack.signed_table[STACK_SEL_OPP].volt;
del_sel_volt = g_stack.signed_table[SRAM_DEL_SEL_OPP].volt;
/*
* Vstack @ 670MHz < Vstack : STACK_SEL = 0, DEL_SEL = 0
* Vstack @ 670MHz = Vstack : STACK_SEL = 0 or 1, DEL_SEL = 0
* Vstack @ 390MHz < Vstack < Vstack @ 670MHz: STACK_SEL = 1, DEL_SEL = 0
* Vstack @ 390MHz = Vstack : STACK_SEL = 1, DEL_SEL = 0 or 1
* Vstack @ 390MHz < Vstack : STACK_SEL = 1, DEL_SEL = 1
*
* STACK_SEL: MFG_DUMMY_REG 0x13FBF500 [31] eco_2_data_path
* DEL_SEL : MFG_SRAM_FUL_SEL_ULV 0x13FBF080 [0] FUL_SEL_ULV
*/
/* high volt use SEL=0 */
if (direct == SCALE_UP) {
if (volt == stack_sel_volt)
writel((readl_mfg(MFG_DUMMY_REG) & ~BIT(31)), MFG_DUMMY_REG);
else if (volt == del_sel_volt)
writel((readl_mfg(MFG_SRAM_FUL_SEL_ULV) & ~BIT(0)), MFG_SRAM_FUL_SEL_ULV);
/* low volt use SEL=1 */
} else if (direct == SCALE_DOWN) {
if (volt == stack_sel_volt)
writel((readl_mfg(MFG_DUMMY_REG) | BIT(31)), MFG_DUMMY_REG);
else if (volt == del_sel_volt)
writel((readl_mfg(MFG_SRAM_FUL_SEL_ULV) | BIT(0)), MFG_SRAM_FUL_SEL_ULV);
/* Brisket FLL favor SEL=0 at critical volt */
} else if (direct == SCALE_STAY) {
if (volt == stack_sel_volt)
writel((readl_mfg(MFG_DUMMY_REG) & ~BIT(31)), MFG_DUMMY_REG);
else if (volt == del_sel_volt)
writel((readl_mfg(MFG_SRAM_FUL_SEL_ULV) & ~BIT(0)), MFG_SRAM_FUL_SEL_ULV);
}
#if GPUFREQ_HISTORY_ENABLE
__gpufreq_set_sel_bit((readl_mfg(MFG_DUMMY_REG) & BIT(31)) >> 31);
__gpufreq_set_delsel_bit(readl_mfg(MFG_SRAM_FUL_SEL_ULV) & BIT(0));
#endif /* GPUFREQ_HISTORY_ENABLE */
GPUFREQ_LOGD("Vstack: %d (%s) MFG_DUMMY_REG: 0x%08x, MFG_SRAM_FUL_SEL_ULV: 0x%08x",
volt, direct == SCALE_DOWN ? "DOWN" : (direct == SCALE_UP ? "UP" : "STAY"),
readl_mfg(MFG_DUMMY_REG), readl_mfg(MFG_SRAM_FUL_SEL_ULV));
}
/* API: use Vstack to find constraint range as Vstack is unique in OPP */
static void __gpufreq_get_park_volt(enum gpufreq_opp_direct direct,
unsigned int cur_vstack, unsigned int *vgpu_park, unsigned int *vstack_park)
{
int i = 0, constraint_num = NUM_CONSTRAINT_IDX;
/*
* [Springboard Guide]
* [Scale-up] : find springboard volt that SMALLER than cur_volt
* [Scale-down]: find springboard volt that LARGER than cur_volt
*
* e.g. sb[2].vstack = 0.625V < cur_vstack = 0.65V < sb[1].vstack = 0.675V
* [Scale-up] use sb[1].vstack_down
* [Scale-down] use sb[2].vstack_up
*/
if (direct == SCALE_UP) {
/* find largest volt which is smaller than cur_volt */
for (i = 0; i < constraint_num; i++)
if (cur_vstack >= g_springboard[i].vstack)
break;
/* boundary check */
i = i < constraint_num ? i : (constraint_num - 1);
*vgpu_park = g_springboard[i].vgpu_up;
*vstack_park = g_springboard[i].vstack_up;
} else if (direct == SCALE_DOWN) {
/* find smallest volt which is larger than cur_volt */
for (i = constraint_num - 1; i >= 0; i--)
if (cur_vstack <= g_springboard[i].vstack)
break;
/* boundary check */
i = i < 0 ? 0 : i;
*vgpu_park = g_springboard[i].vgpu_down;
*vstack_park = g_springboard[i].vstack_down;
}
GPUFREQ_LOGD("Vstack: %d (%s) parking Vgpu: %d, Vstack: %d",
cur_vstack, direct == SCALE_DOWN ? "DOWN" : (direct == SCALE_UP ? "UP" : "STAY"),
*vgpu_park, *vstack_park);
}
/* API: main DVFS algorithm aligned with HW limitation */
static int __gpufreq_generic_scale(
unsigned int fgpu_old, unsigned int fgpu_new,
unsigned int vgpu_old, unsigned int vgpu_new,
unsigned int fstack_old, unsigned int fstack_new,
unsigned int vstack_old, unsigned int vstack_new,
unsigned int vsram_old, unsigned int vsram_new)
{
int ret = GPUFREQ_SUCCESS;
unsigned int vgpu_park = 0, vstack_park = 0;
unsigned int target_vgpu = 0, target_vstack = 0, target_vsram = 0;
GPUFREQ_TRACE_START(
"fgpu=(%d->%d), vgpu=(%d->%d), fstack=(%d->%d), vstack=(%d->%d), vsram=(%d->%d)",
fgpu_old, fgpu_new, vgpu_old, vgpu_new,
fstack_old, fstack_new, vstack_old, vstack_new,
vsram_old, vsram_new);
/*
* [WARNING]
* 1. Assume GPU & STACK OPP table are 1-1 mapping.
* 2. Assume Vgpu's OPP idx always align with Vstack's OPP idx.
*/
/* scale-up: Vstack -> (Vsram) -> Vgpu -> Freq */
if (fstack_new > fstack_old) {
/* Volt */
while ((vstack_new != vstack_old) || (vgpu_new != vgpu_old)) {
/* config DVFS SEL */
__gpufreq_dvfs_sel_config(SCALE_UP, vstack_old);
/* find reachable volt fitting DVFS constraint via Vstack */
__gpufreq_get_park_volt(SCALE_UP, vstack_old, &vgpu_park, &vstack_park);
target_vstack = vstack_park < vstack_new ? vstack_park : vstack_new;
target_vgpu = vgpu_park < vgpu_new ? vgpu_park : vgpu_new;
target_vsram =
__gpufreq_get_vsram_by_vlogic(MAX(target_vgpu, target_vstack));
/* VSTACK */
ret = __gpufreq_volt_scale_stack(vstack_old, target_vstack);
if (unlikely(ret))
goto done;
vstack_old = target_vstack;
/* VSRAM */
ret = __gpufreq_volt_scale_sram(vsram_old, target_vsram);
if (unlikely(ret))
goto done;
vsram_old = target_vsram;
/* VGPU */
ret = __gpufreq_volt_scale_gpu(vgpu_old, target_vgpu);
if (unlikely(ret))
goto done;
vgpu_old = target_vgpu;
}
/* additionally config SEL for Brisket FLL after scaling to target volt */
__gpufreq_dvfs_sel_config(SCALE_STAY, vstack_old);
/* Freq */
ret = __gpufreq_freq_scale_stack(fstack_old, fstack_new);
if (unlikely(ret))
goto done;
ret = __gpufreq_freq_scale_gpu(fgpu_old, fgpu_new);
if (unlikely(ret))
goto done;
/* else: Freq -> Vgpu -> (Vsram) -> Vstack */
} else {
/* Freq */
ret = __gpufreq_freq_scale_gpu(fgpu_old, fgpu_new);
if (unlikely(ret))
goto done;
ret = __gpufreq_freq_scale_stack(fstack_old, fstack_new);
if (unlikely(ret))
goto done;
/* Volt */
while ((vstack_new != vstack_old) || (vgpu_new != vgpu_old)) {
/* config DVFS SEL */
__gpufreq_dvfs_sel_config(SCALE_DOWN, vstack_old);
/* find reachable volt fitting DVFS constraint via Vstack */
__gpufreq_get_park_volt(SCALE_DOWN, vstack_old, &vgpu_park, &vstack_park);
target_vstack = vstack_park > vstack_new ? vstack_park : vstack_new;
target_vgpu = vgpu_park > vgpu_new ? vgpu_park : vgpu_new;
target_vsram =
__gpufreq_get_vsram_by_vlogic(MAX(target_vgpu, target_vstack));
/* VGPU */
ret = __gpufreq_volt_scale_gpu(vgpu_old, target_vgpu);
if (unlikely(ret))
goto done;
vgpu_old = target_vgpu;
/* VSRAM */
ret = __gpufreq_volt_scale_sram(vsram_old, target_vsram);
if (unlikely(ret))
goto done;
vsram_old = target_vsram;
/* VSTACK */
ret = __gpufreq_volt_scale_stack(vstack_old, target_vstack);
if (unlikely(ret))
goto done;
vstack_old = target_vstack;
}
/* additionally config SEL for Brisket FLL after scaling to target volt */
__gpufreq_dvfs_sel_config(SCALE_STAY, vstack_old);
}
done:
GPUFREQ_TRACE_END();
return ret;
}
/*
* API: commit DVFS to GPU by given freq and volt
* this is debug function and use it with caution
*/
static int __gpufreq_custom_commit_gpu(unsigned int target_freq,
unsigned int target_volt, enum gpufreq_dvfs_state key)
{
GPUFREQ_UNREFERENCED(target_freq);
GPUFREQ_UNREFERENCED(target_volt);
GPUFREQ_UNREFERENCED(key);
return GPUFREQ_EINVAL;
}
/*
* API: commit DVFS to STACK by given freq and volt
* this is debug function and use it with caution
*/
static int __gpufreq_custom_commit_stack(unsigned int target_freq,
unsigned int target_volt, enum gpufreq_dvfs_state key)
{
int ret = GPUFREQ_SUCCESS;
int cur_oppidx = 0, target_oppidx = 0;
struct gpufreq_opp_info *working_gpu = g_gpu.working_table;
unsigned int cur_fgpu = 0, cur_vgpu = 0, target_fgpu = 0, target_vgpu = 0;
unsigned int cur_fstack = 0, cur_vstack = 0, target_fstack = 0, target_vstack = 0;
unsigned int cur_vsram = 0, target_vsram = 0;
GPUFREQ_TRACE_START("target_freq=%d, target_volt=%d, key=%d",
target_freq, target_volt, key);
mutex_lock(&gpufreq_lock);
/* check dvfs state */
if (g_dvfs_state & ~key) {
GPUFREQ_LOGD("unavailable DVFS state (0x%x)", g_dvfs_state);
ret = GPUFREQ_SUCCESS;
goto done_unlock;
}
/* prepare OPP setting */
cur_oppidx = g_stack.cur_oppidx;
cur_fgpu = g_gpu.cur_freq;
cur_vgpu = g_gpu.cur_volt;
cur_fstack = g_stack.cur_freq;
cur_vstack = g_stack.cur_volt;
cur_vsram = g_stack.cur_vsram;
target_oppidx = __gpufreq_get_idx_by_vstack(target_volt);
target_fgpu = working_gpu[target_oppidx].freq;
target_vgpu = working_gpu[target_oppidx].volt;
target_fstack = target_freq;
target_vstack = target_volt;
target_vsram =
MAX(working_gpu[target_oppidx].vsram, __gpufreq_get_vsram_by_vlogic(target_vstack));
GPUFREQ_LOGD(
"begin to commit STACK F(%d->%d) V(%d->%d), GPU F(%d->%d) V(%d->%d), VSRAM(%d->%d)",
cur_fstack, target_fstack, cur_vstack, target_vstack,
cur_fgpu, target_fgpu, cur_vgpu, target_vgpu,
cur_vsram, target_vsram);
ret = __gpufreq_generic_scale(cur_fgpu, target_fgpu, cur_vgpu, target_vgpu,
cur_fstack, target_fstack, cur_vstack, target_vstack, cur_vsram, target_vsram);
if (ret) {
GPUFREQ_LOGE("fail to scale to GPU F(%d) V(%d), STACK F(%d) V(%d), VSRAM(%d)",
target_fgpu, target_vgpu, target_fstack, target_vstack, target_vsram);
goto done_unlock;
}
g_gpu.cur_oppidx = target_oppidx;
g_stack.cur_oppidx = target_oppidx;
__gpufreq_footprint_oppidx(target_oppidx);
/* update current status to shared memory */
if (g_shared_status) {
g_shared_status->cur_oppidx_gpu = g_gpu.cur_oppidx;
g_shared_status->cur_fgpu = g_gpu.cur_freq;
g_shared_status->cur_vgpu = g_gpu.cur_volt;
g_shared_status->cur_vsram_gpu = g_gpu.cur_vsram;
g_shared_status->cur_power_gpu = g_gpu.working_table[g_gpu.cur_oppidx].power;
g_shared_status->cur_oppidx_stack = g_stack.cur_oppidx;
g_shared_status->cur_fstack = g_stack.cur_freq;
g_shared_status->cur_vstack = g_stack.cur_volt;
g_shared_status->cur_vsram_stack = g_stack.cur_vsram;
g_shared_status->cur_power_stack = g_stack.working_table[g_stack.cur_oppidx].power;
__gpufreq_update_shared_status_dvfs_reg();
}
done_unlock:
mutex_unlock(&gpufreq_lock);
GPUFREQ_TRACE_END();
return ret;
}
static int __gpufreq_switch_clksrc(enum gpufreq_target target, enum gpufreq_clk_src clksrc)
{
int ret = GPUFREQ_SUCCESS;
GPUFREQ_TRACE_START("clksrc=%d", clksrc);
if (target == TARGET_STACK) {
if (clksrc == CLOCK_MAIN)
ret = clk_set_parent(g_clk->clk_sc_mux, g_clk->clk_sc_main_parent);
else if (clksrc == CLOCK_SUB)
ret = clk_set_parent(g_clk->clk_sc_mux, g_clk->clk_sc_sub_parent);
} else {
if (clksrc == CLOCK_MAIN)
ret = clk_set_parent(g_clk->clk_mux, g_clk->clk_main_parent);
else if (clksrc == CLOCK_SUB)
ret = clk_set_parent(g_clk->clk_mux, g_clk->clk_sub_parent);
}
if (unlikely(ret))
__gpufreq_abort("fail to switch %s clk src: %d (%d)",
target == TARGET_STACK ? "STACK" : "GPU",
clksrc, ret);
GPUFREQ_TRACE_END();
return ret;
}
/*
* API: calculate pcw for setting CON1
* Fin is 26 MHz
* VCO Frequency = Fin * N_INFO
* MFGPLL output Frequency = VCO Frequency / POSDIV
* N_INFO = MFGPLL output Frequency * POSDIV / FIN
* N_INFO[21:14] = FLOOR(N_INFO, 8)
*/
static unsigned int __gpufreq_calculate_pcw(unsigned int freq, enum gpufreq_posdiv posdiv)
{
/*
* MFGPLL VCO range: 1.5GHz - 3.8GHz by divider 1/2/4/8/16,
* MFGPLL range: 125MHz - 3.8GHz,
* | VCO MAX | VCO MIN | POSDIV | PLL OUT MAX | PLL OUT MIN |
* | 3800 | 1500 | 1 | 3800MHz | 1500MHz |
* | 3800 | 1500 | 2 | 1900MHz | 750MHz |
* | 3800 | 1500 | 4 | 950MHz | 375MHz |
* | 3800 | 1500 | 8 | 475MHz | 187.5MHz |
* | 3800 | 2000 | 16 | 237.5MHz | 125MHz |
*/
unsigned long long pcw = 0;
if ((freq >= POSDIV_16_MIN_FREQ) && (freq <= POSDIV_2_MAX_FREQ))
pcw = (((unsigned long long)freq * (1 << posdiv)) << DDS_SHIFT) / MFGPLL_FIN / 1000;
else
__gpufreq_abort("out of range Freq: %d", freq);
GPUFREQ_LOGD("target freq: %d, posdiv: %d, pcw: 0x%llx", freq, posdiv, pcw);
return (unsigned int)pcw;
}
static enum gpufreq_posdiv __gpufreq_get_real_posdiv_gpu(void)
{
u32 con1 = 0;
enum gpufreq_posdiv posdiv = POSDIV_POWER_1;
con1 = readl(MFG_PLL_CON1);
posdiv = (con1 & GENMASK(26, 24)) >> POSDIV_SHIFT;
return posdiv;
}
static enum gpufreq_posdiv __gpufreq_get_real_posdiv_stack(void)
{
u32 con1 = 0;
enum gpufreq_posdiv posdiv = POSDIV_POWER_1;
con1 = readl(MFGSC_PLL_CON1);
posdiv = (con1 & GENMASK(26, 24)) >> POSDIV_SHIFT;
return posdiv;
}
static enum gpufreq_posdiv __gpufreq_get_posdiv_by_freq(unsigned int freq)
{
if (freq > POSDIV_4_MAX_FREQ)
return POSDIV_POWER_2;
else if (freq > POSDIV_8_MAX_FREQ)
return POSDIV_POWER_4;
else if (freq > POSDIV_16_MAX_FREQ)
return POSDIV_POWER_8;
else if (freq >= POSDIV_16_MIN_FREQ)
return POSDIV_POWER_16;
else {
__gpufreq_abort("invalid freq: %d", freq);
return POSDIV_POWER_16;
}
}
/* API: scale Freq of GPU via CON1 Reg or FHCTL */
static int __gpufreq_freq_scale_gpu(unsigned int freq_old, unsigned int freq_new)
{
enum gpufreq_posdiv cur_posdiv = POSDIV_POWER_1;
enum gpufreq_posdiv target_posdiv = POSDIV_POWER_1;
unsigned int pcw = 0;
unsigned int pll = 0;
int ret = GPUFREQ_SUCCESS;
GPUFREQ_TRACE_START("freq_old=%d, freq_new=%d", freq_old, freq_new);
GPUFREQ_LOGD("begin to scale Fgpu: (%d->%d)", freq_old, freq_new);
if (freq_new == freq_old)
goto done;
/*
* MFG_PLL_CON1[31:31]: MFGPLL_SDM_PCW_CHG
* MFG_PLL_CON1[26:24]: MFGPLL_POSDIV
* MFG_PLL_CON1[21:0] : MFGPLL_SDM_PCW (DDS)
*/
cur_posdiv = __gpufreq_get_real_posdiv_gpu();
target_posdiv = __gpufreq_get_posdiv_by_freq(freq_new);
/* compute PCW based on target Freq */
pcw = __gpufreq_calculate_pcw(freq_new, target_posdiv);
if (unlikely(!pcw)) {
__gpufreq_abort("invalid PCW: 0x%x", pcw);
goto done;
}
#if (GPUFREQ_FHCTL_ENABLE && IS_ENABLED(CONFIG_COMMON_CLK_MTK_FREQ_HOPPING))
if (unlikely(!mtk_fh_set_rate)) {
__gpufreq_abort("null hopping fp");
ret = GPUFREQ_ENOENT;
goto done;
}
/* POSDIV remain the same */
if (target_posdiv == cur_posdiv) {
/* change PCW by hopping only */
ret = mtk_fh_set_rate(MFG_PLL_NAME, pcw, target_posdiv);
if (unlikely(!ret)) {
__gpufreq_abort("fail to hopping PCW: 0x%x (%d)", pcw, ret);
ret = GPUFREQ_EINVAL;
goto done;
}
/* freq scale up */
} else if (freq_new > freq_old) {
/* 1. change PCW by hopping */
ret = mtk_fh_set_rate(MFG_PLL_NAME, pcw, target_posdiv);
if (unlikely(!ret)) {
__gpufreq_abort("fail to hopping PCW: 0x%x (%d)", pcw, ret);
ret = GPUFREQ_EINVAL;
goto done;
}
/* 2. compute CON1 with target POSDIV */
pll = (readl(MFG_PLL_CON1) & ~GENMASK(26, 24)) | (target_posdiv << POSDIV_SHIFT);
/* 3. change POSDIV by writing CON1 */
writel(pll, MFG_PLL_CON1);
/* 4. wait until PLL stable */
udelay(20);
/* freq scale down */
} else {
/* 1. compute CON1 with target POSDIV */
pll = (readl(MFG_PLL_CON1) & ~GENMASK(26, 24)) | (target_posdiv << POSDIV_SHIFT);
/* 2. change POSDIV by writing CON1 */
writel(pll, MFG_PLL_CON1);
/* 3. wait until PLL stable */
udelay(20);
/* 4. change PCW by hopping */
ret = mtk_fh_set_rate(MFG_PLL_NAME, pcw, target_posdiv);
if (unlikely(!ret)) {
__gpufreq_abort("fail to hopping PCW: 0x%x (%d)", pcw, ret);
ret = GPUFREQ_EINVAL;
goto done;
}
}
#else
/* 1. switch to parking clk source */
ret = __gpufreq_switch_clksrc(TARGET_GPU, CLOCK_SUB);
if (unlikely(ret))
goto done;
/* 2. compute CON1 with PCW and POSDIV */
pll = BIT(31) | (target_posdiv << POSDIV_SHIFT) | pcw;
/* 3. change PCW and POSDIV by writing CON1 */
writel(pll, MFG_PLL_CON1);
/* 4. wait until PLL stable */
udelay(20);
/* 5. switch to main clk source */
ret = __gpufreq_switch_clksrc(TARGET_GPU, CLOCK_MAIN);
if (unlikely(ret))
goto done;
#endif /* GPUFREQ_FHCTL_ENABLE && CONFIG_COMMON_CLK_MTK_FREQ_HOPPING */
g_gpu.cur_freq = __gpufreq_get_real_fgpu();
#ifdef GPUFREQ_HISTORY_ENABLE
__gpufreq_record_history_entry(HISTORY_CHANGE_FREQ_TOP);
#endif /* GPUFREQ_HISTORY_ENABLE */
if (unlikely(g_gpu.cur_freq != freq_new))
__gpufreq_abort("inconsistent cur_freq: %d, target_freq: %d",
g_gpu.cur_freq, freq_new);
GPUFREQ_LOGD("Fgpu: %d, PCW: 0x%x, CON1: 0x%08x", g_gpu.cur_freq, pcw, pll);
/* because return value is different across the APIs */
ret = GPUFREQ_SUCCESS;
/* notify gpu freq change to DDK */
mtk_notify_gpu_freq_change(0, freq_new);
done:
GPUFREQ_TRACE_END();
return ret;
}
/* API: scale Freq of STACK via CON1 Reg or FHCTL */
static int __gpufreq_freq_scale_stack(unsigned int freq_old, unsigned int freq_new)
{
enum gpufreq_posdiv cur_posdiv = POSDIV_POWER_1;
enum gpufreq_posdiv target_posdiv = POSDIV_POWER_1;
unsigned int pcw = 0;
unsigned int pll = 0;
int ret = GPUFREQ_SUCCESS;
GPUFREQ_TRACE_START("freq_old=%d, freq_new=%d", freq_old, freq_new);
GPUFREQ_LOGD("begin to scale Fstack: (%d->%d)", freq_old, freq_new);
if (freq_new == freq_old)
goto done;
/*
* MFGSC_PLL_CON1[31:31]: MFGPLL_SDM_PCW_CHG
* MFGSC_PLL_CON1[26:24]: MFGPLL_POSDIV
* MFGSC_PLL_CON1[21:0] : MFGPLL_SDM_PCW (DDS)
*/
cur_posdiv = __gpufreq_get_real_posdiv_stack();
target_posdiv = __gpufreq_get_posdiv_by_freq(freq_new);
/* compute PCW based on target Freq */
pcw = __gpufreq_calculate_pcw(freq_new, target_posdiv);
if (unlikely(!pcw)) {
__gpufreq_abort("invalid PCW: 0x%x", pcw);
goto done;
}
#if (GPUFREQ_FHCTL_ENABLE && IS_ENABLED(CONFIG_COMMON_CLK_MTK_FREQ_HOPPING))
if (unlikely(!mtk_fh_set_rate)) {
__gpufreq_abort("null hopping fp");
ret = GPUFREQ_ENOENT;
goto done;
}
/* POSDIV remain the same */
if (target_posdiv == cur_posdiv) {
/* change PCW by hopping only */
ret = mtk_fh_set_rate(MFGSC_PLL_NAME, pcw, target_posdiv);
if (unlikely(!ret)) {
__gpufreq_abort("fail to hopping PCW: 0x%x (%d)", pcw, ret);
ret = GPUFREQ_EINVAL;
goto done;
}
/* freq scale up */
} else if (freq_new > freq_old) {
/* 1. change PCW by hopping */
ret = mtk_fh_set_rate(MFGSC_PLL_NAME, pcw, target_posdiv);
if (unlikely(!ret)) {
__gpufreq_abort("fail to hopping PCW: 0x%x (%d)", pcw, ret);
ret = GPUFREQ_EINVAL;
goto done;
}
/* 2. compute CON1 with target POSDIV */
pll = (readl(MFGSC_PLL_CON1) & ~GENMASK(26, 24)) | (target_posdiv << POSDIV_SHIFT);
/* 3. change POSDIV by writing CON1 */
writel(pll, MFGSC_PLL_CON1);
/* 4. wait until PLL stable */
udelay(20);
/* freq scale down */
} else {
/* 1. compute CON1 with target POSDIV */
pll = (readl(MFGSC_PLL_CON1) & ~GENMASK(26, 24)) | (target_posdiv << POSDIV_SHIFT);
/* 2. change POSDIV by writing CON1 */
writel(pll, MFGSC_PLL_CON1);
/* 3. wait until PLL stable */
udelay(20);
/* 4. change PCW by hopping */
ret = mtk_fh_set_rate(MFGSC_PLL_NAME, pcw, target_posdiv);
if (unlikely(!ret)) {
__gpufreq_abort("fail to hopping PCW: 0x%x (%d)", pcw, ret);
ret = GPUFREQ_EINVAL;
goto done;
}
}
#else
/* 1. switch to parking clk source */
ret = __gpufreq_switch_clksrc(TARGET_STACK, CLOCK_SUB);
if (unlikely(ret))
goto done;
/* 2. compute CON1 with PCW and POSDIV */
pll = BIT(31) | (target_posdiv << POSDIV_SHIFT) | pcw;
/* 3. change PCW and POSDIV by writing CON1 */
writel(pll, MFGSC_PLL_CON1);
/* 4. wait until PLL stable */
udelay(20);
/* 5. switch to main clk source */
ret = __gpufreq_switch_clksrc(TARGET_STACK, CLOCK_MAIN);
if (unlikely(ret))
goto done;
#endif /* GPUFREQ_FHCTL_ENABLE && CONFIG_COMMON_CLK_MTK_FREQ_HOPPING */
g_stack.cur_freq = __gpufreq_get_real_fstack();
#ifdef GPUFREQ_HISTORY_ENABLE
__gpufreq_record_history_entry(HISTORY_CHANGE_FREQ_STACK);
#endif /* GPUFREQ_HISTORY_ENABLE */
if (unlikely(g_stack.cur_freq != freq_new))
__gpufreq_abort("inconsistent cur_freq: %d, target_freq: %d",
g_stack.cur_freq, freq_new);
GPUFREQ_LOGD("Fstack: %d, PCW: 0x%x, CON1: 0x%08x", g_stack.cur_freq, pcw, pll);
/* because return value is different across the APIs */
ret = GPUFREQ_SUCCESS;
/* notify stack freq change to DDK */
mtk_notify_gpu_freq_change(1, freq_new);
done:
GPUFREQ_TRACE_END();
return ret;
}
static unsigned int __gpufreq_settle_time_vgpu_vstack(enum gpufreq_opp_direct direct, int deltaV)
{
/*
* [MT6373_VBUCK4][VGPU]
* [MT6373_VBUCK2][VGPUSTACK]
* DVFS Rising : (deltaV / 12.5(mV)) + 3.85us + 2us
* DVFS Falling: (deltaV / 12.5(mV)) + 3.85us + 2us
* deltaV = mV x 100
*/
unsigned int t_settle = 0;
if (direct == SCALE_UP) {
/* rising */
t_settle = (deltaV / 1250) + 4 + 2;
} else if (direct == SCALE_DOWN) {
/* falling */
t_settle = (deltaV / 1250) + 4 + 2;
}
return t_settle; /* us */
}
static unsigned int __gpufreq_settle_time_vsram(enum gpufreq_opp_direct direct, int deltaV)
{
/*
* [MT6373_VSRAM_DIGRF_AIF][VSRAM]
* DVFS Rising : (deltaV / 12.5(mV)) + 5us
* DVFS Falling: (deltaV / 12.5(mV)) + 5us
* deltaV = mV x 100
*/
unsigned int t_settle = 0;
if (direct == SCALE_UP) {
/* rising */
t_settle = (deltaV / 1250) + 5;
} else if (direct == SCALE_DOWN) {
/* falling */
t_settle = (deltaV / 1250) + 5;
}
return t_settle; /* us */
}
/* API: scale Volt of GPU via Regulator */
static int __gpufreq_volt_scale_gpu(unsigned int volt_old, unsigned int volt_new)
{
unsigned int t_settle = 0;
int ret = GPUFREQ_SUCCESS;
GPUFREQ_TRACE_START("volt_old=%d, volt_new=%d", volt_old, volt_new);
GPUFREQ_LOGD("begin to scale Vgpu: (%d->%d)", volt_old, volt_new);
if (volt_new == volt_old)
goto done;
else if (volt_new > volt_old)
t_settle = __gpufreq_settle_time_vgpu_vstack(SCALE_UP, (volt_new - volt_old));
else if (volt_new < volt_old)
t_settle = __gpufreq_settle_time_vgpu_vstack(SCALE_DOWN, (volt_old - volt_new));
ret = regulator_set_voltage(g_pmic->reg_vgpu, volt_new * 10, VGPU_MAX_VOLT * 10 + 125);
if (unlikely(ret)) {
__gpufreq_abort("fail to set regulator volt: %d (%d)", volt_new, ret);
goto done;
}
udelay(t_settle);
g_gpu.cur_volt = __gpufreq_get_real_vgpu();
#if GPUFREQ_HISTORY_ENABLE
__gpufreq_record_history_entry(HISTORY_CHANGE_VOLT_TOP);
#endif /* GPUFREQ_HISTORY_ENABLE */
if (unlikely(g_gpu.cur_volt != volt_new))
__gpufreq_abort("inconsistent cur_volt: %d, target_volt: %d",
g_gpu.cur_volt, volt_new);
GPUFREQ_LOGD("Vgpu: %d, udelay: %d", g_gpu.cur_volt, t_settle);
done:
GPUFREQ_TRACE_END();
return ret;
}
/* API: scale Volt of STACK via Regulator */
static int __gpufreq_volt_scale_stack(unsigned int volt_old, unsigned int volt_new)
{
unsigned int t_settle = 0;
int ret = GPUFREQ_SUCCESS;
GPUFREQ_TRACE_START("volt_old=%d, volt_new=%d", volt_old, volt_new);
GPUFREQ_LOGD("begin to scale Vstack: (%d->%d)", volt_old, volt_new);
if (volt_new == volt_old)
goto done;
else if (volt_new > volt_old)
t_settle = __gpufreq_settle_time_vgpu_vstack(SCALE_UP, (volt_new - volt_old));
else if (volt_new < volt_old)
t_settle = __gpufreq_settle_time_vgpu_vstack(SCALE_DOWN, (volt_old - volt_new));
ret = regulator_set_voltage(g_pmic->reg_vstack, volt_new * 10, VSTACK_MAX_VOLT * 10 + 125);
if (unlikely(ret)) {
__gpufreq_abort("fail to set regulator volt: %d (%d)", volt_new, ret);
goto done;
}
udelay(t_settle);
g_stack.cur_volt = __gpufreq_get_real_vstack();
#if GPUFREQ_HISTORY_ENABLE
__gpufreq_record_history_entry(HISTORY_CHANGE_VOLT_STACK);
#endif /* GPUFREQ_HISTORY_ENABLE */
if (unlikely(g_stack.cur_volt != volt_new))
__gpufreq_abort("inconsistent cur_volt: %d, target_volt: %d",
g_stack.cur_volt, volt_new);
GPUFREQ_LOGD("Vstack: %d, udelay: %d", g_stack.cur_volt, t_settle);
done:
GPUFREQ_TRACE_END();
return ret;
}
/* API: scale Volt of STACK via Regulator */
static int __gpufreq_volt_scale_sram(unsigned int volt_old, unsigned int volt_new)
{
unsigned int t_settle = 0;
int ret = GPUFREQ_SUCCESS;
GPUFREQ_TRACE_START("volt_old=%d, volt_new=%d", volt_old, volt_new);
GPUFREQ_LOGD("begin to scale Vsram: (%d->%d)", volt_old, volt_new);
if (volt_new == volt_old)
goto done;
else if (volt_new > volt_old)
t_settle = __gpufreq_settle_time_vsram(SCALE_UP, (volt_new - volt_old));
else if (volt_new < volt_old)
t_settle = __gpufreq_settle_time_vsram(SCALE_DOWN, (volt_old - volt_new));
ret = regulator_set_voltage(g_pmic->reg_vsram, volt_new * 10, VSRAM_MAX_VOLT * 10 + 125);
if (unlikely(ret)) {
__gpufreq_abort("fail to set regulator volt: %d (%d)", volt_new, ret);
goto done;
}
udelay(t_settle);
g_gpu.cur_vsram = __gpufreq_get_real_vsram();
g_stack.cur_vsram = g_gpu.cur_vsram;
#if GPUFREQ_HISTORY_ENABLE
__gpufreq_record_history_entry(HISTORY_VSRAM_PARK);
#endif /* GPUFREQ_HISTORY_ENABLE */
if (unlikely(g_stack.cur_vsram != volt_new))
__gpufreq_abort("inconsistent cur_volt: %d, target_volt: %d",
g_stack.cur_vsram, volt_new);
GPUFREQ_LOGD("Vsram: %d, udelay: %d", g_stack.cur_vsram, t_settle);
done:
GPUFREQ_TRACE_END();
return ret;
}
static void __gpufreq_dump_bringup_status(struct platform_device *pdev)
{
struct device *gpufreq_dev = &pdev->dev;
struct resource *res = NULL;
if (unlikely(!gpufreq_dev)) {
GPUFREQ_LOGE("fail to find gpufreq device (ENOENT)");
return;
}
/* 0x13000000 */
g_mali_base = __gpufreq_of_ioremap("mediatek,mali", 0);
if (unlikely(!g_mali_base)) {
GPUFREQ_LOGE("fail to ioremap MALI");
return;
}
/* 0x13FBF000 */
res = platform_get_resource_byname(pdev, IORESOURCE_MEM, "mfg_top_config");
if (unlikely(!res)) {
GPUFREQ_LOGE("fail to get resource MFG_TOP_CONFIG");
return;
}
g_mfg_top_base = devm_ioremap(gpufreq_dev, res->start, resource_size(res));
if (unlikely(!g_mfg_top_base)) {
GPUFREQ_LOGE("fail to ioremap MFG_TOP_CONFIG: 0x%llx", res->start);
return;
}
/* 0x13FA0000 */
res = platform_get_resource_byname(pdev, IORESOURCE_MEM, "mfg_pll");
if (unlikely(!res)) {
GPUFREQ_LOGE("fail to get resource MFG_PLL");
return;
}
g_mfg_pll_base = devm_ioremap(gpufreq_dev, res->start, resource_size(res));
if (unlikely(!g_mfg_pll_base)) {
GPUFREQ_LOGE("fail to ioremap MFG_PLL: 0x%llx", res->start);
return;
}
/* 0x13FA0C00 */
res = platform_get_resource_byname(pdev, IORESOURCE_MEM, "mfgsc_pll");
if (unlikely(!res)) {
GPUFREQ_LOGE("fail to get resource MFGSC_PLL");
return;
}
g_mfgsc_pll_base = devm_ioremap(gpufreq_dev, res->start, resource_size(res));
if (unlikely(!g_mfgsc_pll_base)) {
GPUFREQ_LOGE("fail to ioremap MFGSC_PLL: 0x%llx", res->start);
return;
}
/* 0x13F90000 */
res = platform_get_resource_byname(pdev, IORESOURCE_MEM, "mfg_rpc");
if (unlikely(!res)) {
GPUFREQ_LOGE("fail to get resource MFG_RPC");
return;
}
g_mfg_rpc_base = devm_ioremap(gpufreq_dev, res->start, resource_size(res));
if (unlikely(!g_mfg_rpc_base)) {
GPUFREQ_LOGE("fail to ioremap MFG_RPC: 0x%llx", res->start);
return;
}
/* 0x1C001000 */
res = platform_get_resource_byname(pdev, IORESOURCE_MEM, "sleep");
if (unlikely(!res)) {
GPUFREQ_LOGE("fail to get resource SLEEP");
return;
}
g_sleep = devm_ioremap(gpufreq_dev, res->start, resource_size(res));
if (unlikely(!g_sleep)) {
GPUFREQ_LOGE("fail to ioremap SLEEP: 0x%llx", res->start);
return;
}
/* 0x10000000 */
res = platform_get_resource_byname(pdev, IORESOURCE_MEM, "topckgen");
if (unlikely(!res)) {
GPUFREQ_LOGE("fail to get resource TOPCKGEN");
return;
}
g_topckgen_base = devm_ioremap(gpufreq_dev, res->start, resource_size(res));
if (unlikely(!g_topckgen_base)) {
GPUFREQ_LOGE("fail to ioremap TOPCKGEN: 0x%llx", res->start);
return;
}
GPUFREQ_LOGI("[SPM] SPM_SPM2GPUPM_CON: 0x%08x", readl(SPM_SPM2GPUPM_CON));
GPUFREQ_LOGI("[RPC] MFG_0_19_PWR_STATUS: 0x%08x, MFG_RPC_MFG1_PWR_CON: 0x%08x",
MFG_0_19_PWR_STATUS,
readl(MFG_RPC_MFG1_PWR_CON));
GPUFREQ_LOGI("[TOP] CON0: 0x%08x, CON1: %d, FMETER: %d, SEL: 0x%08x, REF_SEL: 0x%08x",
readl(MFG_PLL_CON0),
__gpufreq_get_real_fgpu(),
__gpufreq_get_fmeter_main_fgpu(),
readl(TOPCK_CLK_CFG_30) & MFG_INT0_SEL_MASK,
readl(TOPCK_CLK_CFG_3) & MFG_REF_SEL_MASK);
GPUFREQ_LOGI("[STK] CON0: 0x%08x, CON1: %d, FMETER: %d, SEL: 0x%08x, REF_SEL: 0x%08x",
readl(MFGSC_PLL_CON0),
__gpufreq_get_real_fstack(),
__gpufreq_get_fmeter_main_fstack(),
readl(TOPCK_CLK_CFG_30) & MFGSC_INT1_SEL_MASK,
readl(TOPCK_CLK_CFG_3) & MFGSC_REF_SEL_MASK);
GPUFREQ_LOGI("[GPU] MALI_GPU_ID: 0x%08x", readl(MALI_GPU_ID));
}
static unsigned int __gpufreq_get_fmeter_freq(enum gpufreq_target target)
{
u32 mux_src = 0;
unsigned int freq = 0;
if (target == TARGET_STACK) {
/* CLK_CFG_30 0x100001F0 [17] mfg1_int1_sel */
mux_src = readl(TOPCK_CLK_CFG_30) & MFGSC_INT1_SEL_MASK;
if (mux_src == MFGSC_INT1_SEL_MASK)
freq = __gpufreq_get_fmeter_main_fstack();
else if (mux_src == 0x0)
freq = __gpufreq_get_fmeter_sub_fstack();
else
freq = 0;
} else {
/* CLK_CFG_30 0x100001F0 [16] mfg_int0_sel */
mux_src = readl(TOPCK_CLK_CFG_30) & MFG_INT0_SEL_MASK;
if (mux_src == MFG_INT0_SEL_MASK)
freq = __gpufreq_get_fmeter_main_fgpu();
else if (mux_src == 0x0)
freq = __gpufreq_get_fmeter_sub_fgpu();
else
freq = 0;
}
return freq;
}
static unsigned int __gpufreq_get_fmeter_main_fgpu(void)
{
u32 val = 0, ckgen_load_cnt = 0, ckgen_k1 = 0;
int i = 0;
unsigned int freq = 0;
writel(GENMASK(23, 16), MFG_PLL_FQMTR_CON1);
val = readl(MFG_PLL_FQMTR_CON0);
writel((val & GENMASK(23, 0)), MFG_PLL_FQMTR_CON0);
writel((BIT(12) | BIT(15)), MFG_PLL_FQMTR_CON0);
ckgen_load_cnt = readl(MFG_PLL_FQMTR_CON1) >> 16;
ckgen_k1 = readl(MFG_PLL_FQMTR_CON0) >> 24;
val = readl(MFG_PLL_FQMTR_CON0);
writel((val | BIT(4) | BIT(12)), MFG_PLL_FQMTR_CON0);
/* wait fmeter finish */
while (readl(MFG_PLL_FQMTR_CON0) & BIT(4)) {
udelay(10);
i++;
if (i > 1000) {
GPUFREQ_LOGE("wait MFGPLL Fmeter timeout");
break;
}
}
val = readl(MFG_PLL_FQMTR_CON1) & GENMASK(15, 0);
/* KHz */
freq = (val * 26000 * (ckgen_k1 + 1)) / (ckgen_load_cnt + 1);
return freq;
}
static unsigned int __gpufreq_get_fmeter_main_fstack(void)
{
u32 val = 0, ckgen_load_cnt = 0, ckgen_k1 = 0;
int i = 0;
unsigned int freq = 0;
writel(GENMASK(23, 16), MFGSC_PLL_FQMTR_CON1);
val = readl(MFGSC_PLL_FQMTR_CON0);
writel((val & GENMASK(23, 0)), MFGSC_PLL_FQMTR_CON0);
writel((BIT(12) | BIT(15)), MFGSC_PLL_FQMTR_CON0);
ckgen_load_cnt = readl(MFGSC_PLL_FQMTR_CON1) >> 16;
ckgen_k1 = readl(MFGSC_PLL_FQMTR_CON0) >> 24;
val = readl(MFGSC_PLL_FQMTR_CON0);
writel((val | BIT(4) | BIT(12)), MFGSC_PLL_FQMTR_CON0);
/* wait fmeter finish */
while (readl(MFGSC_PLL_FQMTR_CON0) & BIT(4)) {
udelay(10);
i++;
if (i > 1000) {
GPUFREQ_LOGE("wait MFGSCPLL Fmeter timeout");
break;
}
}
val = readl(MFGSC_PLL_FQMTR_CON1) & GENMASK(15, 0);
/* KHz */
freq = (val * 26000 * (ckgen_k1 + 1)) / (ckgen_load_cnt + 1);
return freq;
}
static unsigned int __gpufreq_get_fmeter_sub_fgpu(void)
{
unsigned int freq = 0;
/* parking clock use CCF API directly */
freq = clk_get_rate(g_clk->clk_sub_parent) / 1000; /* Hz */
return freq;
}
static unsigned int __gpufreq_get_fmeter_sub_fstack(void)
{
unsigned int freq = 0;
/* parking clock use CCF API directly */
freq = clk_get_rate(g_clk->clk_sc_sub_parent) / 1000; /* Hz */
return freq;
}
/*
* API: get real current frequency from CON1 (khz)
* Freq = ((PLL_CON1[21:0] * 26M) / 2^14) / 2^PLL_CON1[26:24]
*/
static unsigned int __gpufreq_get_real_fgpu(void)
{
u32 con1 = 0;
unsigned int posdiv = 0;
unsigned long long freq = 0, pcw = 0;
con1 = readl(MFG_PLL_CON1);
pcw = con1 & GENMASK(21, 0);
posdiv = (con1 & GENMASK(26, 24)) >> POSDIV_SHIFT;
freq = (((pcw * 1000) * MFGPLL_FIN) >> DDS_SHIFT) / (1 << posdiv);
return FREQ_ROUNDUP_TO_10((unsigned int)freq);
}
/*
* API: get real current frequency from CON1 (khz)
* Freq = ((PLL_CON1[21:0] * 26M) / 2^14) / 2^PLL_CON1[26:24]
*/
static unsigned int __gpufreq_get_real_fstack(void)
{
u32 con1 = 0;
unsigned int posdiv = 0;
unsigned long long freq = 0, pcw = 0;
con1 = readl(MFGSC_PLL_CON1);
pcw = con1 & GENMASK(21, 0);
posdiv = (con1 & GENMASK(26, 24)) >> POSDIV_SHIFT;
freq = (((pcw * 1000) * MFGPLL_FIN) >> DDS_SHIFT) / (1 << posdiv);
return FREQ_ROUNDUP_TO_10((unsigned int)freq);
}
/* API: get real current Vgpu from regulator (mV * 100) */
static unsigned int __gpufreq_get_real_vgpu(void)
{
unsigned int volt = 0;
if (regulator_is_enabled(g_pmic->reg_vgpu))
/* regulator_get_voltage return volt with uV */
volt = regulator_get_voltage(g_pmic->reg_vgpu) / 10;
return volt;
}
/* API: get real current Vstack from regulator (mV * 100) */
static unsigned int __gpufreq_get_real_vstack(void)
{
unsigned int volt = 0;
if (regulator_is_enabled(g_pmic->reg_vstack))
/* regulator_get_voltage return volt with uV */
volt = regulator_get_voltage(g_pmic->reg_vstack) / 10;
return volt;
}
/* API: get real current Vsram from regulator (mV * 100) */
static unsigned int __gpufreq_get_real_vsram(void)
{
unsigned int volt = 0;
if (regulator_is_enabled(g_pmic->reg_vsram))
/* regulator_get_voltage return volt with uV */
volt = regulator_get_voltage(g_pmic->reg_vsram) / 10;
return volt;
}
static unsigned int __gpufreq_get_vsram_by_vlogic(unsigned int volt)
{
unsigned int vsram = 0;
if (volt <= VSRAM_THRESH)
vsram = VSRAM_THRESH;
else
vsram = volt;
return vsram;
}
/* AOC2.0: set AOC ISO/LATCH before SRAM power off to prevent leakage and SRAM shutdown */
static void __gpufreq_aoc_config(enum gpufreq_power_state power)
{
/* power on: clear AOCISO -> clear AOCLHENB */
if (power == POWER_ON) {
/* SPM_SOC_BUCK_ISO_CON_CLR 0x1C001F80 [9] AOC_VGPU_SRAM_ISO_DIN */
writel(BIT(9), SPM_SOC_BUCK_ISO_CON_CLR);
/* SPM_SOC_BUCK_ISO_CON_CLR 0x1C001F80 [10] AOC_VGPU_SRAM_LATCH_ENB */
writel(BIT(10), SPM_SOC_BUCK_ISO_CON_CLR);
/* SPM_SOC_BUCK_ISO_CON_CLR 0x1C001F80 [17] AOC_VSTACK_SRAM_ISO_DIN */
writel(BIT(17), SPM_SOC_BUCK_ISO_CON_CLR);
/* SPM_SOC_BUCK_ISO_CON_CLR 0x1C001F80 [18] AOC_VSTACK_SRAM_LATCH_ENB */
writel(BIT(18), SPM_SOC_BUCK_ISO_CON_CLR);
/* power off: set AOCLHENB -> set AOCISO */
} else {
/* SPM_SOC_BUCK_ISO_CON_SET 0x1C001F7C [18] AOC_VSTACK_SRAM_LATCH_ENB */
writel(BIT(18), SPM_SOC_BUCK_ISO_CON_SET);
/* SPM_SOC_BUCK_ISO_CON_SET 0x1C001F7C [17] AOC_VSTACK_SRAM_ISO_DIN */
writel(BIT(17), SPM_SOC_BUCK_ISO_CON_SET);
/* SPM_SOC_BUCK_ISO_CON_SET 0x1C001F7C [10] AOC_VGPU_SRAM_LATCH_ENB */
writel(BIT(10), SPM_SOC_BUCK_ISO_CON_SET);
/* SPM_SOC_BUCK_ISO_CON_SET 0x1C001F7C [9] AOC_VGPU_SRAM_ISO_DIN */
writel(BIT(9), SPM_SOC_BUCK_ISO_CON_SET);
}
GPUFREQ_LOGD("power: %d, SPM_SOC_BUCK_ISO_CON: 0x%08x",
power, readl(SPM_SOC_BUCK_ISO_CON));
}
/* HWDCM: mask clock when GPU idle (dynamic clock mask) */
static void __gpufreq_hwdcm_config(void)
{
#if GPUFREQ_HWDCM_ENABLE
u32 val = 0;
/* MFG_DCM_CON_0 0x13FBF010 [6:0] BG3D_DBC_CNT = 7'b0111111 */
/* MFG_DCM_CON_0 0x13FBF010 [15] BG3D_DCM_EN = 1'b1 */
val = (readl_mfg(MFG_DCM_CON_0) & ~BIT(6)) | GENMASK(5, 0) | BIT(15);
writel(val, MFG_DCM_CON_0);
/* MFG_ASYNC_CON 0x13FBF020 [22] MEM0_MST_CG_ENABLE = 1'b1 */
/* MFG_ASYNC_CON 0x13FBF020 [23] MEM0_SLV_CG_ENABLE = 1'b1 */
/* MFG_ASYNC_CON 0x13FBF020 [24] MEM1_MST_CG_ENABLE = 1'b1 */
/* MFG_ASYNC_CON 0x13FBF020 [25] MEM1_SLV_CG_ENABLE = 1'b1 */
val = readl_mfg(MFG_ASYNC_CON) | BIT(22) | BIT(23) | BIT(24) | BIT(25);
writel(val, MFG_ASYNC_CON);
/* MFG_ASYNC_CON3 0x13FBF02C [12] chip_mfg_axi0_1_in_idle_enable = 1'b1 */
/* MFG_ASYNC_CON3 0x13FBF02C [13] chip_mfg_axi0_1_out_idle_enable = 1'b1 */
/* MFG_ASYNC_CON3 0x13FBF02C [14] chip_mfg_axi1_1_in_idle_enable = 1'b1 */
/* MFG_ASYNC_CON3 0x13FBF02C [15] chip_mfg_axi1_1_out_idle_enable = 1'b1 */
val = readl_mfg(MFG_ASYNC_CON3) | BIT(12) | BIT(13) | BIT(14) | BIT(15);
writel(val, MFG_ASYNC_CON3);
/* MFG_GLOBAL_CON 0x13FBF0B0 [8] GPU_SOCIF_MST_FREE_RUN = 1'b0 */
/* MFG_GLOBAL_CON 0x13FBF0B0 [10] GPU_CLK_FREE_RUN = 1'b0 */
/* MFG_GLOBAL_CON 0x13FBF0B0 [21] dvfs_hint_cg_en = 1'b0 */
/* MFG_GLOBAL_CON 0x13FBF0B0 [24] stack_hd_bg3d_cg_free_run = 1'b0 */
/* MFG_GLOBAL_CON 0x13FBF0B0 [25] stack_hd_bg3d_gpu_cg_free_run = 1'b0 */
val = readl_mfg(MFG_GLOBAL_CON) & ~BIT(8) & ~BIT(10) & ~BIT(21) & ~BIT(24) & ~BIT(25);
writel(val, MFG_GLOBAL_CON);
/* MFG_RPC_AO_CLK_CFG 0x13F91034 [0] CG_FAXI_CK_SOC_IN_FREE_RUN = 1'b0 */
writel((readl(MFG_RPC_AO_CLK_CFG) & ~BIT(0)), MFG_RPC_AO_CLK_CFG);
#endif /* GPUFREQ_HWDCM_ENABLE */
}
/* ACP: GPU can access CPU cache directly */
static void __gpufreq_acp_config(void)
{
#if GPUFREQ_ACP_ENABLE
/* MFG_1TO2AXI_CON_00 0x13FBF8E0 [24:0] mfg_axi1to2_R_dispatch_mode = 0x855 */
writel(0x00FFC855, MFG_1TO2AXI_CON_00);
/* MFG_1TO2AXI_CON_02 0x13FBF8E8 [24:0] mfg_axi1to2_R_dispatch_mode = 0x855 */
writel(0x00FFC855, MFG_1TO2AXI_CON_02);
/* MFG_1TO2AXI_CON_04 0x13FBF910 [24:0] mfg_axi1to2_R_dispatch_mode = 0x855 */
writel(0x00FFC855, MFG_1TO2AXI_CON_04);
/* MFG_1TO2AXI_CON_06 0x13FBF918 [24:0] mfg_axi1to2_R_dispatch_mode = 0x855 */
writel(0x00FFC855, MFG_1TO2AXI_CON_06);
/* MFG_OUT_1TO2AXI_CON_00 0x13FBF900 [24:0] mfg_axi1to2_R_dispatch_mode = 0x055 */
writel(0x00FFC055, MFG_OUT_1TO2AXI_CON_00);
/* MFG_OUT_1TO2AXI_CON_02 0x13FBF908 [24:0] mfg_axi1to2_R_dispatch_mode = 0x055 */
writel(0x00FFC055, MFG_OUT_1TO2AXI_CON_02);
/* MFG_OUT_1TO2AXI_CON_04 0x13FBF920 [24:0] mfg_axi1to2_R_dispatch_mode = 0x055 */
writel(0x00FFC055, MFG_OUT_1TO2AXI_CON_04);
/* MFG_OUT_1TO2AXI_CON_06 0x13FBF928 [24:0] mfg_axi1to2_R_dispatch_mode = 0x055 */
writel(0x00FFC055, MFG_OUT_1TO2AXI_CON_06);
/* MFG_AXCOHERENCE_CON 0x13FBF168 [0] M0_coherence_enable = 1'b1 */
/* MFG_AXCOHERENCE_CON 0x13FBF168 [1] M1_coherence_enable = 1'b1 */
/* MFG_AXCOHERENCE_CON 0x13FBF168 [2] M2_coherence_enable = 1'b1 */
/* MFG_AXCOHERENCE_CON 0x13FBF168 [3] M3_coherence_enable = 1'b1 */
writel((readl_mfg(MFG_AXCOHERENCE_CON) | GENMASK(3, 0)), MFG_AXCOHERENCE_CON);
/* MFG_SECURE_REG 0x13FBCFE0 [30] acp_mpu_enable = 1'b1 */
/* MFG_SECURE_REG 0x13FBCFE0 [31] acp_mpu_rule3_disable = 1'b1 */
writel((readl_mfg(MFG_SECURE_REG) | GENMASK(31, 30)), MFG_SECURE_REG);
/* NTH_APU_ACP_GALS_SLV_CTRL 0x1021C600 [27:25] MFG_ACP_AR_MPAM_2_1_0 = 3'b111 */
/* NTH_APU_EMI1_GALS_SLV_CTRL 0x1021C624 [27:25] MFG_ACP_AW_MPAM_2_1_0 = 3'b111 */
writel((readl(NTH_APU_ACP_GALS_SLV_CTRL) | GENMASK(27, 25)), NTH_APU_ACP_GALS_SLV_CTRL);
writel((readl(NTH_APU_EMI1_GALS_SLV_CTRL) | GENMASK(27, 25)), NTH_APU_EMI1_GALS_SLV_CTRL);
#endif /* GPUFREQ_ACP_ENABLE */
}
/* GPM1.0: di/dt reduction by slowing down speed of frequency scaling up or down */
static void __gpufreq_gpm1_config(void)
{
#if GPUFREQ_GPM1_ENABLE
if (g_gpm1_mode) {
/* MFG_I2M_PROTECTOR_CFG_00 0x13FBFF60 = 0x20300316 */
writel(0x20300316, MFG_I2M_PROTECTOR_CFG_00);
/* MFG_I2M_PROTECTOR_CFG_01 0x13FBFF64 = 0x1800000C */
writel(0x1800000C, MFG_I2M_PROTECTOR_CFG_01);
/* MFG_I2M_PROTECTOR_CFG_02 0x13FBFF68 = 0x01010802 */
writel(0x01010802, MFG_I2M_PROTECTOR_CFG_02);
/* MFG_I2M_PROTECTOR_CFG_03 0x13FBFFA8 = 0x00030FF3 */
writel(0x00030FF3, MFG_I2M_PROTECTOR_CFG_03);
/* wait 1us */
udelay(1);
/* MFG_I2M_PROTECTOR_CFG_00 0x13FBFF60 = 0x20300317 */
writel(0x20300317, MFG_I2M_PROTECTOR_CFG_00);
}
#endif /* GPUFREQ_GPM1_ENABLE */
}
/* Merge GPU transaction to maximize DRAM efficiency */
static void __gpufreq_transaction_config(void)
{
#if GPUFREQ_MERGER_ENABLE
/* Merge AXI READ to window size 8T */
writel(0x0808FF81, MFG_MERGE_R_CON_00);
writel(0x0808FF81, MFG_MERGE_R_CON_02);
writel(0x0808FF81, MFG_MERGE_R_CON_04);
writel(0x0808FF81, MFG_MERGE_R_CON_06);
/* Merge AXI WRITE to window size 64T */
writel(0x4040FF81, MFG_MERGE_W_CON_00);
writel(0x4040FF81, MFG_MERGE_W_CON_02);
writel(0x4040FF81, MFG_MERGE_W_CON_04);
writel(0x4040FF81, MFG_MERGE_W_CON_06);
#endif /* GPUFREQ_MERGER_ENABLE */
}
/* Set priority of AxUSER (CSF, MMU) to pre-ultra level */
static void __gpufreq_axuser_priority_config(void)
{
#if GPUFREQ_AXUSER_PREULTRA_ENABLE
/* MFG_MALI_AXUSER_M0_CFG1 0x13FBF704 [2] CSF_rd = 1'b1 */
/* MFG_MALI_AXUSER_M0_CFG1 0x13FBF704 [4] MMU_rd = 1'b1 */
writel((readl_mfg(MFG_MALI_AXUSER_M0_CFG1) | BIT(2) | BIT(4)), MFG_MALI_AXUSER_M0_CFG1);
/* MFG_MALI_AXUSER_M0_CFG2 0x13FBF708 [2] CSF_wr = 1'b1 */
writel((readl_mfg(MFG_MALI_AXUSER_M0_CFG2) | BIT(2)), MFG_MALI_AXUSER_M0_CFG2);
/* Set AR/AW sideband pre-ultra */
writel(0x00400400, MFG_MALI_AXUSER_M0_CFG3);
#endif /* GPUFREQ_AXUSER_PREULTRA_ENABLE */
}
static void __gpufreq_dfd_config(void)
{
#if GPUFREQ_DFD_ENABLE
if (g_dfd_mode) {
if (g_dfd_mode == DFD_FORCE_DUMP)
writel(MFG_DEBUGMON_CON_00_ENABLE, MFG_DEBUGMON_CON_00);
writel(MFG_DFD_CON_0_ENABLE, MFG_DFD_CON_0);
writel(MFG_DFD_CON_1_ENABLE, MFG_DFD_CON_1);
writel(MFG_DFD_CON_2_ENABLE, MFG_DFD_CON_2);
writel(MFG_DFD_CON_3_ENABLE, MFG_DFD_CON_3);
writel(MFG_DFD_CON_4_ENABLE, MFG_DFD_CON_4);
writel(MFG_DFD_CON_5_ENABLE, MFG_DFD_CON_5);
writel(MFG_DFD_CON_6_ENABLE, MFG_DFD_CON_6);
writel(MFG_DFD_CON_7_ENABLE, MFG_DFD_CON_7);
writel(MFG_DFD_CON_8_ENABLE, MFG_DFD_CON_8);
writel(MFG_DFD_CON_9_ENABLE, MFG_DFD_CON_9);
writel(MFG_DFD_CON_10_ENABLE, MFG_DFD_CON_10);
writel(MFG_DFD_CON_11_ENABLE, MFG_DFD_CON_11);
if ((readl(DRM_DEBUG_MFG_REG) & BIT(0)) != BIT(0)) {
writel(0x77000000, DRM_DEBUG_MFG_REG);
udelay(10);
writel(0x77000001, DRM_DEBUG_MFG_REG);
}
}
#endif /* GPUFREQ_DFD_ENABLE */
}
static void __gpufreq_mfg_backup_restore(enum gpufreq_power_state power)
{
/* restore */
if (power == POWER_ON) {
if (g_stack_sel_reg)
/* MFG_DUMMY_REG 0x13FBF500 [31] */
writel((readl_mfg(MFG_DUMMY_REG) | BIT(31)), MFG_DUMMY_REG);
if (g_del_sel_reg)
/* MFG_SRAM_FUL_SEL_ULV 0x13FBF080 [0] */
writel((readl_mfg(MFG_SRAM_FUL_SEL_ULV) | BIT(0)), MFG_SRAM_FUL_SEL_ULV);
/* backup */
} else {
/* MFG_DUMMY_REG 0x13FBF500 [31] */
g_stack_sel_reg = readl_mfg(MFG_DUMMY_REG) & BIT(31);
/* MFG_SRAM_FUL_SEL_ULV 0x13FBF080 [0] */
g_del_sel_reg = readl_mfg(MFG_SRAM_FUL_SEL_ULV) & BIT(0);
}
}
static int __gpufreq_clock_control(enum gpufreq_power_state power)
{
int ret = GPUFREQ_SUCCESS;
GPUFREQ_TRACE_START("power=%d", power);
if (power == POWER_ON) {
/* enable GPU MUX and GPU PLL */
ret = clk_prepare_enable(g_clk->clk_mux);
if (unlikely(ret)) {
__gpufreq_abort("fail to enable clk_mux (%d)", ret);
goto done;
}
/* switch GPU MUX to PLL */
ret = __gpufreq_switch_clksrc(TARGET_GPU, CLOCK_MAIN);
if (unlikely(ret))
goto done;
g_gpu.cg_count++;
g_gpu.active_count++;
/* enable STACK MUX and STACK MUX */
ret = clk_prepare_enable(g_clk->clk_sc_mux);
if (unlikely(ret)) {
__gpufreq_abort("fail to enable clk_sc_mux (%d)", ret);
goto done;
}
/* switch STACK MUX to PLL */
ret = __gpufreq_switch_clksrc(TARGET_STACK, CLOCK_MAIN);
if (unlikely(ret))
goto done;
g_stack.cg_count++;
g_stack.active_count++;
} else {
/* switch STACK MUX to REF_SEL */
ret = __gpufreq_switch_clksrc(TARGET_STACK, CLOCK_SUB);
if (unlikely(ret))
goto done;
/* disable STACK MUX and STACK PLL */
clk_disable_unprepare(g_clk->clk_sc_mux);
g_stack.active_count--;
g_stack.cg_count--;
/* switch GPU MUX to REF_SEL */
ret = __gpufreq_switch_clksrc(TARGET_GPU, CLOCK_SUB);
if (unlikely(ret))
goto done;
/* disable GPU MUX and GPU PLL */
clk_disable_unprepare(g_clk->clk_mux);
g_gpu.active_count--;
g_gpu.cg_count--;
}
done:
GPUFREQ_TRACE_END();
return ret;
}
#if GPUFREQ_SELF_CTRL_MTCMOS
static void __gpufreq_mfgx_rpc_control(enum gpufreq_power_state power, void __iomem *pwr_con)
{
int i = 0;
if (power == POWER_ON) {
/* MFGx_PWR_ON = 1'b1 */
writel((readl(pwr_con) | BIT(2)), pwr_con);
/* MFGx_PWR_ACK = 1'b1 */
i = 0;
while ((readl(pwr_con) & BIT(30)) != BIT(30)) {
udelay(10);
if (++i > 10) {
__gpufreq_footprint_power_step(0xF0);
break;
}
}
/* MFGx_PWR_ON_2ND = 1'b1 */
writel((readl(pwr_con) | BIT(3)), pwr_con);
/* MFGx_PWR_ACK_2ND = 1'b1 */
i = 0;
while ((readl(pwr_con) & BIT(31)) != BIT(31)) {
udelay(10);
if (++i > 10) {
__gpufreq_footprint_power_step(0xF1);
break;
}
}
/* MFGx_PWR_ACK = 1'b1 */
/* MFGx_PWR_ACK_2ND = 1'b1 */
i = 0;
while ((readl(pwr_con) & GENMASK(31, 30)) != GENMASK(31, 30)) {
udelay(10);
if (++i > 1000) {
__gpufreq_footprint_power_step(0xF2);
goto timeout;
}
}
/* MFGx_PWR_CLK_DIS = 1'b0 */
writel((readl(pwr_con) & ~BIT(4)), pwr_con);
/* MFGx_PWR_ISO = 1'b0 */
writel((readl(pwr_con) & ~BIT(1)), pwr_con);
/* MFGx_PWR_RST_B = 1'b1 */
writel((readl(pwr_con) | BIT(0)), pwr_con);
/* MFGx_PWR_SRAM_PDN = 1'b0 */
writel((readl(pwr_con) & ~BIT(8)), pwr_con);
/* MFGx_PWR_SRAM_PDN_ACK = 1'b0 */
i = 0;
while (readl(pwr_con) & BIT(12)) {
udelay(10);
if (++i > 1000) {
__gpufreq_footprint_power_step(0xF3);
goto timeout;
}
}
} else {
/* MFGx_PWR_SRAM_PDN = 1'b1 */
writel((readl(pwr_con) | BIT(8)), pwr_con);
/* MFGx_PWR_SRAM_PDN_ACK = 1'b1 */
i = 0;
while ((readl(pwr_con) & BIT(12)) != BIT(12)) {
udelay(10);
if (++i > 1000) {
__gpufreq_footprint_power_step(0xF8);
goto timeout;
}
}
/* MFGx_PWR_ISO = 1'b1 */
writel((readl(pwr_con) | BIT(1)), pwr_con);
/* MFGx_PWR_CLK_DIS = 1'b1 */
writel((readl(pwr_con) | BIT(4)), pwr_con);
/* MFGx_PWR_RST_B = 1'b0 */
writel((readl(pwr_con) & ~BIT(0)), pwr_con);
/* MFGx_PWR_ON = 1'b0 */
writel((readl(pwr_con) & ~BIT(2)), pwr_con);
/* MFGx_PWR_ON_2ND = 1'b0 */
writel((readl(pwr_con) & ~BIT(3)), pwr_con);
/* MFGx_PWR_ACK = 1'b0 */
/* MFGx_PWR_ACK_2ND = 1'b0 */
i = 0;
while (readl(pwr_con) & GENMASK(31, 30)) {
udelay(10);
if (++i > 1000) {
__gpufreq_footprint_power_step(0xF9);
goto timeout;
}
}
}
return;
timeout:
GPUFREQ_LOGE("(0x13F91070)=0x%x, (0x13F910A0)=0x%x, (0x13F910A4)=0x%x, (0x13F910A8)=0x%x",
readl(MFG_RPC_MFG1_PWR_CON), readl(MFG_RPC_MFG2_PWR_CON),
readl(MFG_RPC_MFG3_PWR_CON), readl(MFG_RPC_MFG4_PWR_CON));
GPUFREQ_LOGE("(0x13F910AC)=0x%x, (0x13F910B0)=0x%x, (0x13F910B4)=0x%x, (0x13F910B8)=0x%x",
readl(MFG_RPC_MFG5_PWR_CON), readl(MFG_RPC_MFG6_PWR_CON),
readl(MFG_RPC_MFG7_PWR_CON), readl(MFG_RPC_MFG8_PWR_CON));
GPUFREQ_LOGE("(0x13F910BC)=0x%x, (0x13F910C0)=0x%x, (0x13F910C4)=0x%x, (0x13F910C8)=0x%x",
readl(MFG_RPC_MFG9_PWR_CON), readl(MFG_RPC_MFG10_PWR_CON),
readl(MFG_RPC_MFG11_PWR_CON), readl(MFG_RPC_MFG12_PWR_CON));
GPUFREQ_LOGE("(0x13F910CC)=0x%x, (0x13F910D0)=0x%x, (0x13F910D4)=0x%x, (0x13F910D8)=0x%x",
readl(MFG_RPC_MFG13_PWR_CON), readl(MFG_RPC_MFG14_PWR_CON),
readl(MFG_RPC_MFG15_PWR_CON), readl(MFG_RPC_MFG16_PWR_CON));
GPUFREQ_LOGE("(0x13F910DC)=0x%x, (0x13F910E0)=0x%x, (0x13F910E4)=0x%x",
readl(MFG_RPC_MFG17_PWR_CON), readl(MFG_RPC_MFG18_PWR_CON),
readl(MFG_RPC_MFG19_PWR_CON));
__gpufreq_abort("timeout");
}
static void __gpufreq_mfg1_rpc_control(enum gpufreq_power_state power)
{
int i = 0;
if (power == POWER_ON) {
/* MFG1_PWR_CON 0x13F91070 [2] MFG1_PWR_ON = 1'b1 */
writel((readl(MFG_RPC_MFG1_PWR_CON) | BIT(2)), MFG_RPC_MFG1_PWR_CON);
/* MFG1_PWR_CON 0x13F91070 [30] MFG1_PWR_ACK = 1'b1 */
i = 0;
while ((readl(MFG_RPC_MFG1_PWR_CON) & BIT(30)) != BIT(30)) {
udelay(10);
if (++i > 10) {
__gpufreq_footprint_power_step(0xF0);
break;
}
}
/* MFG1_PWR_CON 0x13F91070 [3] MFG1_PWR_ON_2ND = 1'b1 */
writel((readl(MFG_RPC_MFG1_PWR_CON) | BIT(3)), MFG_RPC_MFG1_PWR_CON);
/* MFG1_PWR_CON 0x13F91070 [31] MFG1_PWR_ACK_2ND = 1'b1 */
i = 0;
while ((readl(MFG_RPC_MFG1_PWR_CON) & BIT(31)) != BIT(31)) {
udelay(10);
if (++i > 10) {
__gpufreq_footprint_power_step(0xF1);
break;
}
}
/* MFG1_PWR_CON 0x13F91070 [30] MFG1_PWR_ACK = 1'b1 */
/* MFG1_PWR_CON 0x13F91070 [31] MFG1_PWR_ACK_2ND = 1'b1 */
i = 0;
while ((readl(MFG_RPC_MFG1_PWR_CON) & GENMASK(31, 30)) != GENMASK(31, 30)) {
udelay(10);
if (++i > 1000) {
__gpufreq_footprint_power_step(0xF2);
goto timeout;
}
}
/* MFG1_PWR_CON 0x13F91070 [4] MFG1_PWR_CLK_DIS = 1'b0 */
writel((readl(MFG_RPC_MFG1_PWR_CON) & ~BIT(4)), MFG_RPC_MFG1_PWR_CON);
/* MFG1_PWR_CON 0x13F91070 [1] MFG1_PWR_ISO = 1'b0 */
writel((readl(MFG_RPC_MFG1_PWR_CON) & ~BIT(1)), MFG_RPC_MFG1_PWR_CON);
/* MFG1_PWR_CON 0x13F91070 [0] MFG1_PWR_RST_B = 1'b1 */
writel((readl(MFG_RPC_MFG1_PWR_CON) | BIT(0)), MFG_RPC_MFG1_PWR_CON);
/* MFG1_PWR_CON 0x13F91070 [8] MFG1_PWR_SRAM_PDN = 1'b0 */
writel((readl(MFG_RPC_MFG1_PWR_CON) & ~BIT(8)), MFG_RPC_MFG1_PWR_CON);
/* MFG1_PWR_CON 0x13F91070 [12] MFG1_PWR_SRAM_PDN_ACK = 1'b0 */
i = 0;
while (readl(MFG_RPC_MFG1_PWR_CON) & BIT(12)) {
udelay(10);
if (++i > 1000) {
__gpufreq_footprint_power_step(0xF3);
goto timeout;
}
}
/* IFR_EMISYS_PROTECT_EN_W1C_0 0x1002C108 [20:19] = 2'b11 */
writel(GENMASK(20, 19), IFR_EMISYS_PROTECT_EN_W1C_0);
/* IFR_EMISYS_PROTECT_EN_W1C_1 0x1002C128 [20:19] = 2'b11 */
writel(GENMASK(20, 19), IFR_EMISYS_PROTECT_EN_W1C_1);
/* MFG_RPC_SLP_PROT_EN_CLR 0x13F91044 [19:16] = 4'b1111 */
writel(GENMASK(19, 16), MFG_RPC_SLP_PROT_EN_CLR);
/* IFR_MFGSYS_PROT_EN_W1C_0 0x1002C1A8 [3:0] = 4'b1111 */
writel(GENMASK(3, 0), IFR_MFGSYS_PROT_EN_W1C_0);
} else {
/* IFR_MFGSYS_PROT_EN_W1S_0 0x1002C1A4 [3:0] = 4'b1111 */
writel(GENMASK(3, 0), IFR_MFGSYS_PROT_EN_W1S_0);
/* IFR_MFGSYS_PROT_RDY_STA_0 0x1002C1AC [3:0] = 4'b1111 */
i = 0;
while ((readl(IFR_MFGSYS_PROT_RDY_STA_0) & GENMASK(3, 0)) != GENMASK(3, 0)) {
udelay(10);
if (++i > 1000) {
__gpufreq_footprint_power_step(0xF4);
goto timeout;
}
}
/* MFG_RPC_SLP_PROT_EN_SET 0x13F91040 [19:16] = 4'b1111 */
writel(GENMASK(19, 16), MFG_RPC_SLP_PROT_EN_SET);
/* MFG_RPC_SLP_PROT_EN_STA 0x13F91048 [19:16] = 4'b1111 */
i = 0;
while ((readl(MFG_RPC_SLP_PROT_EN_STA) & GENMASK(19, 16)) != GENMASK(19, 16)) {
udelay(10);
if (++i > 1000) {
__gpufreq_footprint_power_step(0xF5);
goto timeout;
}
}
/* IFR_EMISYS_PROTECT_EN_W1S_0 0x1002C104 [20:19] = 2'b11 */
writel(GENMASK(20, 19), IFR_EMISYS_PROTECT_EN_W1S_0);
/* IFR_EMISYS_PROTECT_EN_W1S_1 0x1002C124 [20:19] = 2'b11 */
writel(GENMASK(20, 19), IFR_EMISYS_PROTECT_EN_W1S_1);
/* IFR_EMISYS_PROTECT_RDY_STA_0 0x1002C10C [20:19] = 2'b11 */
i = 0;
while ((readl(IFR_EMISYS_PROTECT_RDY_STA_0) & GENMASK(20, 19)) != GENMASK(20, 19)) {
udelay(10);
if (++i > 1000) {
__gpufreq_footprint_power_step(0xF6);
goto timeout;
}
}
/* IFR_EMISYS_PROTECT_RDY_STA_1 0x1002C12C [20:19] = 2'b11 */
i = 0;
while ((readl(IFR_EMISYS_PROTECT_RDY_STA_1) & GENMASK(20, 19)) != GENMASK(20, 19)) {
udelay(10);
if (++i > 1000) {
__gpufreq_footprint_power_step(0xF7);
goto timeout;
}
}
/* MFG1_PWR_CON 0x13F91070 [8] MFG1_PWR_SRAM_PDN = 1'b1 */
writel((readl(MFG_RPC_MFG1_PWR_CON) | BIT(8)), MFG_RPC_MFG1_PWR_CON);
/* MFG1_PWR_CON 0x13F91070 [12] MFG1_PWR_SRAM_PDN_ACK = 1'b1 */
i = 0;
while ((readl(MFG_RPC_MFG1_PWR_CON) & BIT(12)) != BIT(12)) {
udelay(10);
if (++i > 1000) {
__gpufreq_footprint_power_step(0xF8);
goto timeout;
}
}
/* MFG1_PWR_CON 0x13F91070 [1] MFG1_PWR_ISO = 1'b1 */
writel((readl(MFG_RPC_MFG1_PWR_CON) | BIT(1)), MFG_RPC_MFG1_PWR_CON);
/* MFG1_PWR_CON 0x13F91070 [4] MFG1_PWR_CLK_DIS = 1'b1 */
writel((readl(MFG_RPC_MFG1_PWR_CON) | BIT(4)), MFG_RPC_MFG1_PWR_CON);
/* MFG1_PWR_CON 0x13F91070 [0] MFG1_PWR_RST_B = 1'b0 */
writel((readl(MFG_RPC_MFG1_PWR_CON) & ~BIT(0)), MFG_RPC_MFG1_PWR_CON);
/* MFG1_PWR_CON 0x13F91070 [2] MFG1_PWR_ON = 1'b0 */
writel((readl(MFG_RPC_MFG1_PWR_CON) & ~BIT(2)), MFG_RPC_MFG1_PWR_CON);
/* MFG1_PWR_CON 0x13F91070 [3] MFG1_PWR_ON_2ND = 1'b0 */
writel((readl(MFG_RPC_MFG1_PWR_CON) & ~BIT(3)), MFG_RPC_MFG1_PWR_CON);
/* MFG1_PWR_CON 0x13F91070 [30] MFG1_PWR_ACK = 1'b0 */
/* MFG1_PWR_CON 0x13F91070 [31] MFG1_PWR_ACK_2ND = 1'b0 */
i = 0;
while (readl(MFG_RPC_MFG1_PWR_CON) & GENMASK(31, 30)) {
udelay(10);
if (++i > 1000) {
__gpufreq_footprint_power_step(0xF9);
goto timeout;
}
}
}
return;
timeout:
GPUFREQ_LOGE("(0x13F91070)=0x%x, (0x13F91048)=0x%x, (0x1002C100)=0x%x, (0x1002C120)=0x%x",
readl(MFG_RPC_MFG1_PWR_CON), readl(MFG_RPC_SLP_PROT_EN_STA),
readl(IFR_EMISYS_PROTECT_EN_STA_0), readl(IFR_EMISYS_PROTECT_EN_STA_1));
GPUFREQ_LOGE("(0x1021C82C)=0x%x, (0x1021C830)=0x%x, (0x1021E82C)=0x%x, (0x1021E830)=0x%x",
readl(NTH_MFG_EMI1_GALS_SLV_DBG), readl(NTH_MFG_EMI0_GALS_SLV_DBG),
readl(STH_MFG_EMI1_GALS_SLV_DBG), readl(STH_MFG_EMI0_GALS_SLV_DBG));
__gpufreq_abort("timeout");
}
#endif /* GPUFREQ_SELF_CTRL_MTCMOS */
static int __gpufreq_mtcmos_control(enum gpufreq_power_state power)
{
int ret = GPUFREQ_SUCCESS;
u32 val = 0;
GPUFREQ_TRACE_START("power=%d", power);
if (power == POWER_ON) {
#if GPUFREQ_SELF_CTRL_MTCMOS
__gpufreq_mfg1_rpc_control(POWER_ON);
#else
/* MFG1 on by CCF */
ret = pm_runtime_get_sync(g_mtcmos->mfg1_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to enable mfg1_dev (%d)", ret);
goto done;
}
#endif /* GPUFREQ_SELF_CTRL_MTCMOS */
g_gpu.mtcmos_count++;
g_stack.mtcmos_count++;
#if GPUFREQ_CHECK_MFG_PWR_STATUS
val = MFG_0_1_PWR_STATUS & MFG_0_1_PWR_MASK;
if (unlikely(val != MFG_0_1_PWR_MASK)) {
__gpufreq_abort("incorrect MFG0-1 power on status: 0x%08x", val);
ret = GPUFREQ_EINVAL;
goto done;
}
#endif /* GPUFREQ_CHECK_MFG_PWR_STATUS */
#if !GPUFREQ_PDCA_ENABLE
#if GPUFREQ_SELF_CTRL_MTCMOS
__gpufreq_mfgx_rpc_control(POWER_ON, MFG_RPC_MFG2_PWR_CON);
__gpufreq_mfgx_rpc_control(POWER_ON, MFG_RPC_MFG3_PWR_CON);
__gpufreq_mfgx_rpc_control(POWER_ON, MFG_RPC_MFG4_PWR_CON);
__gpufreq_mfgx_rpc_control(POWER_ON, MFG_RPC_MFG5_PWR_CON);
__gpufreq_mfgx_rpc_control(POWER_ON, MFG_RPC_MFG6_PWR_CON);
__gpufreq_mfgx_rpc_control(POWER_ON, MFG_RPC_MFG7_PWR_CON);
__gpufreq_mfgx_rpc_control(POWER_ON, MFG_RPC_MFG8_PWR_CON);
__gpufreq_mfgx_rpc_control(POWER_ON, MFG_RPC_MFG9_PWR_CON);
__gpufreq_mfgx_rpc_control(POWER_ON, MFG_RPC_MFG10_PWR_CON);
__gpufreq_mfgx_rpc_control(POWER_ON, MFG_RPC_MFG11_PWR_CON);
__gpufreq_mfgx_rpc_control(POWER_ON, MFG_RPC_MFG12_PWR_CON);
__gpufreq_mfgx_rpc_control(POWER_ON, MFG_RPC_MFG13_PWR_CON);
__gpufreq_mfgx_rpc_control(POWER_ON, MFG_RPC_MFG14_PWR_CON);
__gpufreq_mfgx_rpc_control(POWER_ON, MFG_RPC_MFG15_PWR_CON);
__gpufreq_mfgx_rpc_control(POWER_ON, MFG_RPC_MFG16_PWR_CON);
__gpufreq_mfgx_rpc_control(POWER_ON, MFG_RPC_MFG17_PWR_CON);
__gpufreq_mfgx_rpc_control(POWER_ON, MFG_RPC_MFG18_PWR_CON);
__gpufreq_mfgx_rpc_control(POWER_ON, MFG_RPC_MFG19_PWR_CON);
#else
/* manually control MFG2-19 if PDCA is disabled */
ret = pm_runtime_get_sync(g_mtcmos->mfg2_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to enable mfg2_dev (%d)", ret);
goto done;
}
ret = pm_runtime_get_sync(g_mtcmos->mfg3_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to enable mfg3_dev (%d)", ret);
goto done;
}
ret = pm_runtime_get_sync(g_mtcmos->mfg4_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to enable mfg4_dev (%d)", ret);
goto done;
}
ret = pm_runtime_get_sync(g_mtcmos->mfg5_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to enable mfg5_dev (%d)", ret);
goto done;
}
ret = pm_runtime_get_sync(g_mtcmos->mfg6_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to enable mfg6_dev (%d)", ret);
goto done;
}
ret = pm_runtime_get_sync(g_mtcmos->mfg7_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to enable mfg7_dev (%d)", ret);
goto done;
}
ret = pm_runtime_get_sync(g_mtcmos->mfg8_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to enable mfg8_dev (%d)", ret);
goto done;
}
ret = pm_runtime_get_sync(g_mtcmos->mfg9_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to enable mfg9_dev (%d)", ret);
goto done;
}
ret = pm_runtime_get_sync(g_mtcmos->mfg12_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to enable mfg12_dev (%d)", ret);
goto done;
}
ret = pm_runtime_get_sync(g_mtcmos->mfg10_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to enable mfg10_dev (%d)", ret);
goto done;
}
ret = pm_runtime_get_sync(g_mtcmos->mfg13_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to enable mfg13_dev (%d)", ret);
goto done;
}
ret = pm_runtime_get_sync(g_mtcmos->mfg11_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to enable mfg11_dev (%d)", ret);
goto done;
}
ret = pm_runtime_get_sync(g_mtcmos->mfg14_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to enable mfg14_dev (%d)", ret);
goto done;
}
ret = pm_runtime_get_sync(g_mtcmos->mfg15_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to enable mfg15_dev (%d)", ret);
goto done;
}
ret = pm_runtime_get_sync(g_mtcmos->mfg16_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to enable mfg16_dev (%d)", ret);
goto done;
}
ret = pm_runtime_get_sync(g_mtcmos->mfg18_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to enable mfg18_dev (%d)", ret);
goto done;
}
ret = pm_runtime_get_sync(g_mtcmos->mfg17_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to enable mfg17_dev (%d)", ret);
goto done;
}
ret = pm_runtime_get_sync(g_mtcmos->mfg19_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to enable mfg19_dev (%d)", ret);
goto done;
}
#endif /* GPUFREQ_SELF_CTRL_MTCMOS */
#if GPUFREQ_CHECK_MFG_PWR_STATUS
val = MFG_0_19_PWR_STATUS & MFG_0_19_PWR_MASK;
if (unlikely(val != MFG_0_19_PWR_MASK)) {
__gpufreq_abort("incorrect MFG0-19 power on status: 0x%08x", val);
ret = GPUFREQ_EINVAL;
goto done;
}
#endif /* GPUFREQ_CHECK_MFG_PWR_STATUS */
#endif /* GPUFREQ_PDCA_ENABLE */
} else {
#if !GPUFREQ_PDCA_ENABLE
#if GPUFREQ_SELF_CTRL_MTCMOS
__gpufreq_mfgx_rpc_control(POWER_OFF, MFG_RPC_MFG19_PWR_CON);
__gpufreq_mfgx_rpc_control(POWER_OFF, MFG_RPC_MFG18_PWR_CON);
__gpufreq_mfgx_rpc_control(POWER_OFF, MFG_RPC_MFG17_PWR_CON);
__gpufreq_mfgx_rpc_control(POWER_OFF, MFG_RPC_MFG16_PWR_CON);
__gpufreq_mfgx_rpc_control(POWER_OFF, MFG_RPC_MFG15_PWR_CON);
__gpufreq_mfgx_rpc_control(POWER_OFF, MFG_RPC_MFG14_PWR_CON);
__gpufreq_mfgx_rpc_control(POWER_OFF, MFG_RPC_MFG13_PWR_CON);
__gpufreq_mfgx_rpc_control(POWER_OFF, MFG_RPC_MFG12_PWR_CON);
__gpufreq_mfgx_rpc_control(POWER_OFF, MFG_RPC_MFG11_PWR_CON);
__gpufreq_mfgx_rpc_control(POWER_OFF, MFG_RPC_MFG10_PWR_CON);
__gpufreq_mfgx_rpc_control(POWER_OFF, MFG_RPC_MFG9_PWR_CON);
__gpufreq_mfgx_rpc_control(POWER_OFF, MFG_RPC_MFG8_PWR_CON);
__gpufreq_mfgx_rpc_control(POWER_OFF, MFG_RPC_MFG7_PWR_CON);
__gpufreq_mfgx_rpc_control(POWER_OFF, MFG_RPC_MFG6_PWR_CON);
__gpufreq_mfgx_rpc_control(POWER_OFF, MFG_RPC_MFG5_PWR_CON);
__gpufreq_mfgx_rpc_control(POWER_OFF, MFG_RPC_MFG4_PWR_CON);
__gpufreq_mfgx_rpc_control(POWER_OFF, MFG_RPC_MFG3_PWR_CON);
__gpufreq_mfgx_rpc_control(POWER_OFF, MFG_RPC_MFG2_PWR_CON);
#else
/* manually control MFG2-19 if PDCA is disabled */
ret = pm_runtime_put_sync(g_mtcmos->mfg19_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to disable mfg19_dev (%d)", ret);
goto done;
}
ret = pm_runtime_put_sync(g_mtcmos->mfg17_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to disable mfg17_dev (%d)", ret);
goto done;
}
ret = pm_runtime_put_sync(g_mtcmos->mfg18_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to disable mfg18_dev (%d)", ret);
goto done;
}
ret = pm_runtime_put_sync(g_mtcmos->mfg16_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to disable mfg16_dev (%d)", ret);
goto done;
}
ret = pm_runtime_put_sync(g_mtcmos->mfg15_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to disable mfg15_dev (%d)", ret);
goto done;
}
ret = pm_runtime_put_sync(g_mtcmos->mfg14_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to disable mfg14_dev (%d)", ret);
goto done;
}
ret = pm_runtime_put_sync(g_mtcmos->mfg11_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to disable mfg11_dev (%d)", ret);
goto done;
}
ret = pm_runtime_put_sync(g_mtcmos->mfg13_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to disable mfg13_dev (%d)", ret);
goto done;
}
ret = pm_runtime_put_sync(g_mtcmos->mfg10_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to disable mfg10_dev (%d)", ret);
goto done;
}
ret = pm_runtime_put_sync(g_mtcmos->mfg12_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to disable mfg12_dev (%d)", ret);
goto done;
}
ret = pm_runtime_put_sync(g_mtcmos->mfg9_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to disable mfg9_dev (%d)", ret);
goto done;
}
ret = pm_runtime_put_sync(g_mtcmos->mfg8_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to disable mfg8_dev (%d)", ret);
goto done;
}
ret = pm_runtime_put_sync(g_mtcmos->mfg7_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to disable mfg7_dev (%d)", ret);
goto done;
}
ret = pm_runtime_put_sync(g_mtcmos->mfg6_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to disable mfg6_dev (%d)", ret);
goto done;
}
ret = pm_runtime_put_sync(g_mtcmos->mfg5_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to disable mfg5_dev (%d)", ret);
goto done;
}
ret = pm_runtime_put_sync(g_mtcmos->mfg4_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to disable mfg4_dev (%d)", ret);
goto done;
}
ret = pm_runtime_put_sync(g_mtcmos->mfg3_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to disable mfg3_dev (%d)", ret);
goto done;
}
ret = pm_runtime_put_sync(g_mtcmos->mfg2_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to disable mfg2_dev (%d)", ret);
goto done;
}
#endif /* GPUFREQ_SELF_CTRL_MTCMOS */
#endif /* GPUFREQ_PDCA_ENABLE */
#if GPUFREQ_SELF_CTRL_MTCMOS
__gpufreq_mfg1_rpc_control(POWER_OFF);
#else
/* MFG1 off by CCF */
ret = pm_runtime_put_sync(g_mtcmos->mfg1_dev);
if (unlikely(ret < 0)) {
__gpufreq_abort("fail to disable mfg1_dev (%d)", ret);
goto done;
}
#endif /* GPUFREQ_SELF_CTRL_MTCMOS */
g_gpu.mtcmos_count--;
g_stack.mtcmos_count--;
#if GPUFREQ_CHECK_MFG_PWR_STATUS
val = MFG_0_19_PWR_STATUS & MFG_1_19_PWR_MASK;
if (unlikely(val))
/* only print error if pwr is incorrect when mtcmos off */
GPUFREQ_LOGE("incorrect MFG1-19 power off status: 0x%08x", val);
#endif /* GPUFREQ_CHECK_MFG_PWR_STATUS */
}
#if !GPUFREQ_SELF_CTRL_MTCMOS
done:
#endif /* GPUFREQ_SELF_CTRL_MTCMOS */
GPUFREQ_TRACE_END();
return ret;
}
static int __gpufreq_buck_control(enum gpufreq_power_state power)
{
int ret = GPUFREQ_SUCCESS;
GPUFREQ_TRACE_START("power=%d", power);
/* power on: VSRAM -> VGPU -> VSTACK */
if (power == POWER_ON) {
ret = regulator_enable(g_pmic->reg_vsram);
if (unlikely(ret)) {
__gpufreq_abort("fail to enable VSRAM (%d)", ret);
goto done;
}
ret = regulator_enable(g_pmic->reg_vgpu);
if (unlikely(ret)) {
__gpufreq_abort("fail to enable VGPU (%d)", ret);
goto done;
}
g_gpu.buck_count++;
ret = regulator_enable(g_pmic->reg_vstack);
if (unlikely(ret)) {
__gpufreq_abort("fail to enable VSTACK (%d)", ret);
goto done;
}
g_stack.buck_count++;
/* clear BUCK_ISO */
/* SPM_SOC_BUCK_ISO_CON_CLR 0x1C001F80 [8] VGPU_BUCK_ISO = 1'b1 */
writel(BIT(8), SPM_SOC_BUCK_ISO_CON_CLR);
/* SPM_SOC_BUCK_ISO_CON_CLR 0x1C001F80 [16] VSTACK_BUCK_ISO = 1'b1 */
writel(BIT(16), SPM_SOC_BUCK_ISO_CON_CLR);
/* power off: VSTACK-> VGPU -> VSRAM */
} else {
/* set BUCK_ISO */
/* SPM_SOC_BUCK_ISO_CON_SET 0x1C001F7C [16] VSTACK_BUCK_ISO = 1'b1 */
writel(BIT(16), SPM_SOC_BUCK_ISO_CON_SET);
/* SPM_SOC_BUCK_ISO_CON_SET 0x1C001F7C [8] VGPU_BUCK_ISO = 1'b1 */
writel(BIT(8), SPM_SOC_BUCK_ISO_CON_SET);
ret = regulator_disable(g_pmic->reg_vstack);
if (unlikely(ret)) {
__gpufreq_abort("fail to disable VSTACK (%d)", ret);
goto done;
}
g_stack.buck_count--;
ret = regulator_disable(g_pmic->reg_vgpu);
if (unlikely(ret)) {
__gpufreq_abort("fail to disable VGPU (%d)", ret);
goto done;
}
g_gpu.buck_count--;
ret = regulator_disable(g_pmic->reg_vsram);
if (unlikely(ret)) {
__gpufreq_abort("fail to disable VSRAM (%d)", ret);
goto done;
}
}
done:
GPUFREQ_TRACE_END();
return ret;
}
static void __gpufreq_check_bus_idle(void)
{
/* MFG_QCHANNEL_CON 0x13FBF0B4 [0] MFG_ACTIVE_SEL = 1'b1 */
writel((readl_mfg(MFG_QCHANNEL_CON) | BIT(0)), MFG_QCHANNEL_CON);
/* MFG_DEBUG_SEL 0x13FBF170 [1:0] MFG_DEBUG_TOP_SEL = 2'b11 */
writel((readl_mfg(MFG_DEBUG_SEL) | GENMASK(1, 0)), MFG_DEBUG_SEL);
/*
* polling MFG_DEBUG_TOP 0x13FBF178 [0] MFG_DEBUG_TOP
* 0x0: bus idle
* 0x1: bus busy
*/
do {} while (readl_mfg(MFG_DEBUG_TOP) & BIT(0));
}
/* API: init first OPP idx by init freq set in preloader */
static int __gpufreq_init_opp_idx(void)
{
struct gpufreq_opp_info *working_gpu = g_gpu.working_table;
struct gpufreq_opp_info *working_stack = g_stack.working_table;
int target_oppidx = -1;
int ret = GPUFREQ_SUCCESS;
GPUFREQ_TRACE_START();
/* get current GPU OPP idx by freq set in preloader */
g_gpu.cur_oppidx = __gpufreq_get_idx_by_fgpu(g_gpu.cur_freq);
/* get current STACK OPP idx by freq set in preloader */
g_stack.cur_oppidx = __gpufreq_get_idx_by_fstack(g_stack.cur_freq);
/* decide first OPP idx by custom setting */
if (__gpufreq_custom_init_enable())
target_oppidx = GPUFREQ_CUST_INIT_OPPIDX;
/* decide first OPP idx by preloader setting */
else
target_oppidx = g_stack.cur_oppidx;
GPUFREQ_LOGI(
"init STACK[%d] F(%d->%d) V(%d->%d), GPU[%d] F(%d->%d) V(%d->%d), VSRAM(%d->%d)",
target_oppidx,
g_stack.cur_freq, working_stack[target_oppidx].freq,
g_stack.cur_volt, working_stack[target_oppidx].volt,
target_oppidx,
g_gpu.cur_freq, working_gpu[target_oppidx].freq,
g_gpu.cur_volt, working_gpu[target_oppidx].volt,
g_stack.cur_vsram,
MAX(working_stack[target_oppidx].vsram, working_gpu[target_oppidx].vsram));
/* init first OPP index */
if (!__gpufreq_dvfs_enable()) {
g_dvfs_state = DVFS_DISABLE;
GPUFREQ_LOGI("DVFS state: 0x%x, disable DVFS", g_dvfs_state);
/* set OPP once if DVFS is disabled but custom init is enabled */
if (__gpufreq_custom_init_enable())
ret = __gpufreq_generic_commit_stack(target_oppidx, DVFS_DISABLE);
} else {
g_dvfs_state = DVFS_FREE;
GPUFREQ_LOGI("DVFS state: 0x%x, enable DVFS", g_dvfs_state);
ret = __gpufreq_generic_commit_stack(target_oppidx, DVFS_FREE);
}
#if GPUFREQ_MSSV_TEST_MODE
/* disable DVFS when MSSV test */
__gpufreq_set_dvfs_state(true, DVFS_MSSV_TEST);
#endif /* GPUFREQ_MSSV_TEST_MODE */
GPUFREQ_TRACE_END();
return ret;
}
/* API: calculate power of every OPP in working table */
static void __gpufreq_measure_power(void)
{
struct gpufreq_opp_info *working_gpu = g_gpu.working_table;
struct gpufreq_opp_info *working_stack = g_stack.working_table;
unsigned int freq = 0, volt = 0;
unsigned int p_total = 0, p_dynamic = 0, p_leakage = 0;
int opp_num_gpu = g_gpu.opp_num;
int opp_num_stack = g_stack.opp_num;
int i = 0;
for (i = 0; i < opp_num_gpu; i++) {
freq = working_gpu[i].freq;
volt = working_gpu[i].volt;
p_leakage = __gpufreq_get_lkg_pgpu(volt);
p_dynamic = __gpufreq_get_dyn_pgpu(freq, volt);
p_total = p_dynamic + p_leakage;
working_gpu[i].power = p_total;
GPUFREQ_LOGD("GPU[%02d] power: %d (dynamic: %d, leakage: %d)",
i, p_total, p_dynamic, p_leakage);
}
for (i = 0; i < opp_num_stack; i++) {
freq = working_stack[i].freq;
volt = working_stack[i].volt;
p_leakage = __gpufreq_get_lkg_pstack(volt);
p_dynamic = __gpufreq_get_dyn_pstack(freq, volt);
p_total = p_dynamic + p_leakage;
working_stack[i].power = p_total;
GPUFREQ_LOGD("STACK[%02d] power: %d (dynamic: %d, leakage: %d)",
i, p_total, p_dynamic, p_leakage);
}
/* update current status to shared memory */
if (g_shared_status) {
g_shared_status->cur_power_gpu = working_gpu[g_gpu.cur_oppidx].power;
g_shared_status->max_power_gpu = working_gpu[g_gpu.max_oppidx].power;
g_shared_status->min_power_gpu = working_gpu[g_gpu.min_oppidx].power;
g_shared_status->cur_power_stack = working_stack[g_stack.cur_oppidx].power;
g_shared_status->max_power_stack = working_stack[g_stack.max_oppidx].power;
g_shared_status->min_power_stack = working_stack[g_stack.min_oppidx].power;
}
}
/*
* API: interpolate OPP from signoff idx.
* step = (large - small) / range
* vnew = large - step * j
*/
static void __gpufreq_interpolate_volt(enum gpufreq_target target)
{
unsigned int large_volt = 0, small_volt = 0;
unsigned int large_freq = 0, small_freq = 0;
unsigned int inner_volt = 0, inner_freq = 0;
unsigned int previous_volt = 0;
int adj_num = 0, i = 0, j = 0;
int front_idx = 0, rear_idx = 0, inner_idx = 0;
int range = 0, slope = 0;
const int *signed_idx = NULL;
struct gpufreq_opp_info *signed_table = NULL;
if (target == TARGET_STACK) {
adj_num = NUM_STACK_SIGNED_IDX;
signed_idx = g_stack_signed_idx;
signed_table = g_stack.signed_table;
} else {
adj_num = NUM_GPU_SIGNED_IDX;
signed_idx = g_gpu_signed_idx;
signed_table = g_gpu.signed_table;
}
mutex_lock(&gpufreq_lock);
for (i = 1; i < adj_num; i++) {
front_idx = signed_idx[i - 1];
rear_idx = signed_idx[i];
range = rear_idx - front_idx;
/* freq division to amplify slope */
large_volt = signed_table[front_idx].volt * 100;
large_freq = signed_table[front_idx].freq / 1000;
small_volt = signed_table[rear_idx].volt * 100;
small_freq = signed_table[rear_idx].freq / 1000;
/* slope = volt / freq */
slope = (int)(large_volt - small_volt) / (int)(large_freq - small_freq);
if (unlikely(slope < 0))
__gpufreq_abort("invalid slope: %d", slope);
GPUFREQ_LOGD("%s[%02d*] Freq: %d, Volt: %d, slope: %d",
target == TARGET_STACK ? "STACK" : "GPU",
rear_idx, small_freq * 1000, small_volt / 100, slope);
/* start from small V and F, and use (+) instead of (-) */
for (j = 1; j < range; j++) {
inner_idx = rear_idx - j;
inner_freq = signed_table[inner_idx].freq / 1000;
inner_volt = (small_volt + slope * (inner_freq - small_freq)) / 100;
inner_volt = VOLT_NORMALIZATION(inner_volt);
/* compare interpolated volt with volt of previous OPP idx */
previous_volt = signed_table[inner_idx + 1].volt;
if (inner_volt < previous_volt)
__gpufreq_abort("invalid %s[%02d*] Volt: %d < [%02d*] Volt: %d",
target == TARGET_STACK ? "STACK" : "GPU",
inner_idx, inner_volt, inner_idx + 1, previous_volt);
/* record margin */
signed_table[inner_idx].margin += signed_table[inner_idx].volt - inner_volt;
/* update to signed table */
signed_table[inner_idx].volt = inner_volt;
signed_table[inner_idx].vsram = __gpufreq_get_vsram_by_vlogic(inner_volt);
GPUFREQ_LOGD("%s[%02d*] Freq: %d, Volt: %d, Vsram: %d",
target == TARGET_STACK ? "STACK" : "GPU",
inner_idx, inner_freq * 1000, inner_volt,
signed_table[inner_idx].vsram);
}
GPUFREQ_LOGD("%s[%02d*] Freq: %d, Volt: %d",
target == TARGET_STACK ? "STACK" : "GPU",
front_idx, large_freq * 1000, large_volt / 100);
}
mutex_unlock(&gpufreq_lock);
}
#if GPUFREQ_ASENSOR_ENABLE || GPUFREQ_IPS_ENABLE
/* API: force power on MFG2 by PDCA when PDCA enable */
static void __gpufreq_mfg2_force_control(enum gpufreq_power_state power)
{
#if GPUFREQ_PDCA_ENABLE
int i = 0;
GPUFREQ_LOGI("+ MFG2 %s (PWR_STATUS: 0x%x)",
power ? "On" : "Off", MFG_0_19_PWR_STATUS);
if (power == POWER_ON) {
/* L2_PWRON_LO 0x130001A0 = 0xFFFFFFFF */
writel(0xFFFFFFFF, MALI_L2_PWRON_LO);
/* L2_PWRON_HI 0x130001A4 = 0xFFFFFFFF */
writel(0xFFFFFFFF, MALI_L2_PWRON_HI);
} else if (power == POWER_OFF) {
/* L2_PWROFF_LO 0x130001E0 = 0xFFFFFFFF */
writel(0xFFFFFFFF, MALI_L2_PWROFF_LO);
/* L2_PWROFF_HI 0x130001E4 = 0xFFFFFFFF */
writel(0xFFFFFFFF, MALI_L2_PWROFF_HI);
}
/* wait complete IRQ */
/* GPU_IRQ_MASK 0x13000028 [10] POWER_CHANGED_ALL = 1'b1 */
writel(BIT(10), MALI_GPU_IRQ_MASK);
/* GPU_IRQ_STATUS 0x1300002C [10] POWER_CHANGED_ALL = 1'b1 */
while (readl(MALI_GPU_IRQ_STATUS) != BIT(10)) {
udelay(10);
if (++i > 500) {
__gpufreq_abort("power %s timeout, IRQ status: 0x%x",
power ? "On" : "Off", readl(MALI_GPU_IRQ_STATUS));
break;
}
};
/* clear IRQ */
/* GPU_IRQ_CLEAR 0x13000024 = 0xFFFFFFFF */
writel(0xFFFFFFFF, MALI_GPU_IRQ_CLEAR);
GPUFREQ_LOGI("- MFG2 %s (PWR_STATUS: 0x%x)",
power ? "On" : "Off", MFG_0_19_PWR_STATUS);
#else
GPUFREQ_UNREFERENCED(power);
#endif /* GPUFREQ_PDCA_ENABLE */
}
#endif /* GPUFREQ_ASENSOR_ENABLE || GPUFREQ_IPS_ENABLE */
#if GPUFREQ_ASENSOR_ENABLE
/* API: resume dvfs to free run */
static void __gpufreq_resume_dvfs(void)
{
GPUFREQ_TRACE_START();
__gpufreq_power_control(POWER_OFF);
__gpufreq_set_dvfs_state(false, DVFS_AGING_KEEP);
GPUFREQ_LOGI("resume DVFS, state: 0x%x", g_dvfs_state);
GPUFREQ_TRACE_END();
}
/* API: pause dvfs to given freq and volt */
static int __gpufreq_pause_dvfs(void)
{
int ret = GPUFREQ_SUCCESS;
unsigned int cur_fgpu = 0, cur_vgpu = 0, target_fgpu = 0, target_vgpu = 0;
unsigned int cur_fstack = 0, cur_vstack = 0, target_fstack = 0, target_vstack = 0;
unsigned int cur_vsram = 0, target_vsram = 0;
GPUFREQ_TRACE_START();
__gpufreq_set_dvfs_state(true, DVFS_AGING_KEEP);
ret = __gpufreq_power_control(POWER_ON);
if (unlikely(ret < 0)) {
__gpufreq_set_dvfs_state(false, DVFS_AGING_KEEP);
goto done;
}
mutex_lock(&gpufreq_lock);
/* prepare OPP setting */
cur_fgpu = g_gpu.cur_freq;
cur_vgpu = g_gpu.cur_volt;
cur_fstack = g_stack.cur_freq;
cur_vstack = g_stack.cur_volt;
cur_vsram = g_stack.cur_vsram;
target_fstack = GPUFREQ_AGING_KEEP_FSTACK;
target_vstack = GPUFREQ_AGING_KEEP_VSTACK;
target_fgpu = GPUFREQ_AGING_KEEP_FGPU;
target_vgpu = GPUFREQ_AGING_KEEP_VGPU;
target_vsram = GPUFREQ_AGING_KEEP_VSRAM;
GPUFREQ_LOGD(
"begin to commit STACK F(%d->%d) V(%d->%d), GPU F(%d->%d) V(%d->%d), VSRAM(%d->%d)",
cur_fstack, target_fstack, cur_vstack, target_vstack,
cur_fgpu, target_fgpu, cur_vgpu, target_vgpu,
cur_vsram, target_vsram);
ret = __gpufreq_generic_scale(cur_fgpu, target_fgpu, cur_vgpu, target_vgpu,
cur_fstack, target_fstack, cur_vstack, target_vstack, cur_vsram, target_vsram);
if (ret) {
GPUFREQ_LOGE("fail to scale to GPU F(%d) V(%d), STACK F(%d) V(%d), VSRAM(%d)",
target_fgpu, target_vgpu, target_fstack, target_vstack, target_vsram);
goto done_unlock;
}
GPUFREQ_LOGI("pause DVFS at STACK(%d, %d), GPU(%d, %d), VSRAM(%d), state: 0x%x",
target_fstack, target_vstack, target_fgpu, target_vgpu,
target_vsram, g_dvfs_state);
done_unlock:
mutex_unlock(&gpufreq_lock);
done:
GPUFREQ_TRACE_END();
return ret;
}
/* API: get Aging sensor data from EFUSE, return if success*/
static unsigned int __gpufreq_asensor_read_efuse(u32 *a_t0_efuse1,
u32 *a_t0_efuse2, u32 *a_t0_efuse3, u32 *efuse_error)
{
u32 efuse1 = 0, efuse2 = 0, efuse3 = 0;
/* efuse1: 0x11E805CC */
efuse1 = readl(EFUSE_ASENSOR_RT);
/* efuse2: 0x11E805D0 */
efuse2 = readl(EFUSE_ASENSOR_HT);
/* efuse3: 0x11E805DC */
efuse3 = readl(EFUSE_ASENSOR_TEMPER);
if (!efuse1)
return false;
GPUFREQ_LOGD("efuse1: 0x%08x, efuse2: 0x%08x, efuse3: 0x%08x", efuse1, efuse2, efuse3);
/* A_T0_LVT_RT: 0x11E805CC [9:0] */
*a_t0_efuse1 = (efuse1 & GENMASK(9, 0)) + 1200;
/* A_T0_ULVT_RT: 0x11E805CC [19:10] */
*a_t0_efuse2 = ((efuse1 & GENMASK(19, 10)) >> 10) + 1800;
/* A_T0_LVTLL_RT: 0x11E805CC [29:20] */
*a_t0_efuse3 = ((efuse1 & GENMASK(29, 20)) >> 20) + 800;
/* efuse_error: 0x11E805CC [31] */
*efuse_error = ((efuse1 & BIT(31)) >> 31);
g_asensor_info.efuse1 = efuse1;
g_asensor_info.efuse2 = efuse2;
g_asensor_info.efuse3 = efuse3;
g_asensor_info.efuse1_addr = 0x11E805CC;
g_asensor_info.efuse2_addr = 0x11E805D0;
g_asensor_info.efuse3_addr = 0x11E805DC;
g_asensor_info.a_t0_efuse1 = *a_t0_efuse1;
g_asensor_info.a_t0_efuse2 = *a_t0_efuse2;
g_asensor_info.a_t0_efuse3 = *a_t0_efuse3;
g_asensor_info.lvts5_0_y_temperature = ((efuse3 & GENMASK(31, 24)) >> 24);
GPUFREQ_LOGD("a_t0_efuse1: 0x%08x, a_t0_efuse2: 0x%08x, a_t0_efuse3: 0x%08x",
*a_t0_efuse1, *a_t0_efuse2, *a_t0_efuse3);
GPUFREQ_LOGD("efuse_error: 0x%08x, lvts5_0_y_temperature: %d",
*efuse_error, g_asensor_info.lvts5_0_y_temperature);
return true;
}
static void __gpufreq_asensor_read_register(u32 *a_tn_sensor1,
u32 *a_tn_sensor2, u32 *a_tn_sensor3)
{
u32 aging_data1 = 0, aging_data2 = 0, a_tn_sensor4 = 0;
int i = 0;
/* Enable CPE CG */
/* MFG_SENSOR_BCLK_CG 0x13FBFF98 = 0x00000001 */
writel(0x00000001, MFG_SENSOR_BCLK_CG);
/* Config and trigger Sensor */
/* CPE_CTRL_MCU_REG_CPEMONCTL 0x13FB9C00 = 0x09010103 */
writel(0x09010103, MFG_CPE_CTRL_MCU_REG_CPEMONCTL);
/* Enable CPE */
/* CPE_CTRL_MCU_REG_CEPEN 0x13FB9C04 = 0x0000FFFF */
writel(0x0000FFFF, MFG_CPE_CTRL_MCU_REG_CEPEN);
/* wait 70us */
udelay(70);
/* check IRQ status */
/* MFG_CPE_CTRL_MCU_REG_CPEIRQSTS 0x13FB9C10 = 0x80000000 */
while (readl(MFG_CPE_CTRL_MCU_REG_CPEIRQSTS) != 0x80000000) {
udelay(10);
if (++i > 5) {
GPUFREQ_LOGW("wait Aging Sensor IRQ timeout: 0x%x",
readl(MFG_CPE_CTRL_MCU_REG_CPEIRQSTS));
*a_tn_sensor1 = 0;
*a_tn_sensor2 = 0;
*a_tn_sensor3 = 0;
return;
}
}
/* Read sensor data */
/* ASENSORDATA2 0x13FB6008 */
aging_data1 = readl(MFG_CPE_SENSOR_C0ASENSORDATA2);
/* ASENSORDATA3 0x13FB600C */
aging_data2 = readl(MFG_CPE_SENSOR_C0ASENSORDATA3);
GPUFREQ_LOGD("aging_data1: 0x%08x, aging_data2: 0x%08x", aging_data1, aging_data2);
/* clear IRQ status */
/* MFG_CPE_CTRL_MCU_REG_CPEINTSTS 0x13FB9C28 = 0xFFFFFFFF */
writel(0xFFFFFFFF, MFG_CPE_CTRL_MCU_REG_CPEINTSTS);
/* A_TN_LVT_CNT 0x13FB6008 [31:16] */
*a_tn_sensor1 = (aging_data1 & GENMASK(31, 16)) >> 16;
/* A_TN_ULVT_CNT 0x13FB600C [15:0] */
*a_tn_sensor2 = aging_data2 & GENMASK(15, 0);
/* A_TN_LVTLL_CNT 0x13FB600C [31:16] */
*a_tn_sensor3 = (aging_data2 & GENMASK(31, 16)) >> 16;
/* 0x13FB6008 [15:0] */
a_tn_sensor4 = aging_data1 & GENMASK(15, 0);
g_asensor_info.a_tn_sensor1 = *a_tn_sensor1;
g_asensor_info.a_tn_sensor2 = *a_tn_sensor2;
g_asensor_info.a_tn_sensor3 = *a_tn_sensor3;
g_asensor_info.a_tn_sensor4 = a_tn_sensor4;
GPUFREQ_LOGD("a_tn_sensor1: 0x%08x, a_tn_sensor2: 0x%08x, a_tn_sensor3: 0x%08x",
*a_tn_sensor1, *a_tn_sensor2, *a_tn_sensor3);
}
static unsigned int __gpufreq_get_aging_table_idx(
u32 a_t0_efuse1, u32 a_t0_efuse2, u32 a_t0_efuse3,
u32 a_tn_sensor1, u32 a_tn_sensor2, u32 a_tn_sensor3,
u32 efuse_error, unsigned int is_efuse_read_success)
{
unsigned int aging_table_idx = GPUFREQ_AGING_MOST_AGRRESIVE;
int a_diff = 0, a_diff1 = 0, a_diff2 = 0, a_diff3 = 0;
int tj = 0, tj_max = 0;
unsigned int leakage_power = 0;
tj_max = 30;
tj = (((tj_max - 25) * 50) / 40);
a_diff1 = a_t0_efuse1 + tj - a_tn_sensor1;
a_diff2 = a_t0_efuse2 + tj - a_tn_sensor2;
a_diff3 = a_t0_efuse3 + tj - a_tn_sensor3;
a_diff = MAX(a_diff1, a_diff2);
a_diff = MAX(a_diff, a_diff3);
leakage_power = __gpufreq_get_lkg_pstack(GPUFREQ_AGING_LKG_VSTACK);
g_asensor_info.tj_max = tj_max;
g_asensor_info.a_diff1 = a_diff1;
g_asensor_info.a_diff2 = a_diff2;
g_asensor_info.a_diff3 = a_diff3;
g_asensor_info.leakage_power = leakage_power;
GPUFREQ_LOGD("tj_max: %d, tj: %d, a_diff1: %d, a_diff2: %d, a_diff3: %d",
tj_max, tj, a_diff1, a_diff2, a_diff3);
GPUFREQ_LOGD("a_diff: %d, leakage_power: %d, is_efuse_read_success: %d",
a_diff, leakage_power, is_efuse_read_success);
if (g_aging_load)
aging_table_idx = GPUFREQ_AGING_MOST_AGRRESIVE;
else if (!is_efuse_read_success)
aging_table_idx = 3;
else if (tj_max < 25)
aging_table_idx = 3;
else if (efuse_error)
aging_table_idx = 3;
else if (a_diff < GPUFREQ_AGING_GAP_MIN)
aging_table_idx = 3;
else if (leakage_power < 20)
aging_table_idx = 3;
else if (a_diff < GPUFREQ_AGING_GAP_1)
aging_table_idx = 0;
else if (a_diff < GPUFREQ_AGING_GAP_2)
aging_table_idx = 1;
else if (a_diff < GPUFREQ_AGING_GAP_3)
aging_table_idx = 2;
else if (a_diff >= GPUFREQ_AGING_GAP_3)
aging_table_idx = 3;
else {
GPUFREQ_LOGW("fail to find aging_table_idx");
aging_table_idx = 3;
}
/* check the MostAgrresive setting */
aging_table_idx = MAX(aging_table_idx, GPUFREQ_AGING_MOST_AGRRESIVE);
return aging_table_idx;
}
#endif /* GPUFREQ_ASENSOR_ENABLE */
static void __gpufreq_compute_aging(void)
{
unsigned int aging_table_idx = GPUFREQ_AGING_MAX_TABLE_IDX;
#if GPUFREQ_ASENSOR_ENABLE
u32 a_t0_efuse1 = 0, a_t0_efuse2 = 0, a_t0_efuse3 = 0;
u32 a_tn_sensor1 = 0, a_tn_sensor2 = 0, a_tn_sensor3 = 0;
u32 efuse_error = 0;
unsigned int is_efuse_read_success = false;
if (__gpufreq_dvfs_enable()) {
/* keep volt for A sensor working */
__gpufreq_pause_dvfs();
/* get aging efuse data */
is_efuse_read_success = __gpufreq_asensor_read_efuse(
&a_t0_efuse1, &a_t0_efuse2, &a_t0_efuse3, &efuse_error);
/* get aging sensor data */
__gpufreq_asensor_read_register(&a_tn_sensor1, &a_tn_sensor2, &a_tn_sensor3);
/* resume DVFS */
__gpufreq_resume_dvfs();
/* compute aging_table_idx with aging efuse data and aging sensor data */
aging_table_idx = __gpufreq_get_aging_table_idx(
a_t0_efuse1, a_t0_efuse2, a_t0_efuse3,
a_tn_sensor1, a_tn_sensor2, a_tn_sensor3,
efuse_error, is_efuse_read_success);
}
g_asensor_info.aging_table_idx_agrresive = GPUFREQ_AGING_MOST_AGRRESIVE;
g_asensor_info.aging_table_idx = aging_table_idx;
GPUFREQ_LOGI("Aging Sensor table id: %d", aging_table_idx);
#endif /* GPUFREQ_ASENSOR_ENABLE */
if (g_aging_load)
aging_table_idx = GPUFREQ_AGING_MOST_AGRRESIVE;
if (aging_table_idx > GPUFREQ_AGING_MAX_TABLE_IDX)
aging_table_idx = GPUFREQ_AGING_MAX_TABLE_IDX;
/* Aging margin is set if any OPP is adjusted by Aging */
if (aging_table_idx == 0)
g_aging_margin = true;
g_aging_table_idx = aging_table_idx;
}
static unsigned int __gpufreq_compute_avs_freq(u32 val)
{
unsigned int freq = 0;
freq |= (val & BIT(20)) >> 10; /* Get freq[10] from efuse[20] */
freq |= (val & GENMASK(11, 10)) >> 2; /* Get freq[9:8] from efuse[11:10] */
freq |= (val & GENMASK(1, 0)) << 6; /* Get freq[7:6] from efuse[1:0] */
freq |= (val & GENMASK(7, 6)) >> 2; /* Get freq[5:4] from efuse[7:6] */
freq |= (val & GENMASK(19, 18)) >> 16; /* Get freq[3:2] from efuse[19:18] */
freq |= (val & GENMASK(13, 12)) >> 12; /* Get freq[1:0] from efuse[13:12] */
/* Freq is stored in efuse with MHz unit */
freq *= 1000;
return freq;
}
static unsigned int __gpufreq_compute_avs_volt(u32 val)
{
unsigned int volt = 0;
volt |= (val & GENMASK(17, 14)) >> 14; /* Get volt[3:0] from efuse[17:14] */
volt |= (val & GENMASK(5, 4)); /* Get volt[5:4] from efuse[5:4] */
volt |= (val & GENMASK(3, 2)) << 4; /* Get volt[7:6] from efuse[3:2] */
/* Volt is stored in efuse with 6.25mV unit */
volt *= 625;
return volt;
}
static void __gpufreq_compute_avs(void)
{
u32 val = 0, val_sn = 0;
unsigned int temp_volt = 0, temp_freq = 0, volt_ofs = 0, temp_volt_sn = 0;
int i = 0, oppidx = 0, adj_num_gpu = 0, adj_num_stack = 0;
adj_num_gpu = NUM_GPU_SIGNED_IDX;
adj_num_stack = NUM_STACK_SIGNED_IDX;
/*
* Compute GPU AVS
*
* Freq (MHz) | Signoff Volt (V) | Efuse name | Efuse addr
* ============================================================
* 1000 | 0.9 | - | -
* 890 | 0.75 | - | -
* 700 | 0.675 | PTPOD22 | 0x11E805D8
* 385 | 0.575 | - | -
*/
/* read AVS efuse and compute Freq and Volt */
for (i = 0; i < adj_num_gpu; i++) {
oppidx = g_gpu_avs_table[i].oppidx;
if (g_mcl50_load) {
if (i == 2)
val = 0x0048BCF6;
else
val = 0;
} else if (g_avs_enable) {
if (i == 2)
val = readl(EFUSE_PTPOD22_AVS);
else
val = 0;
} else
val = 0;
/* if efuse value is not set */
if (!val)
continue;
/* compute Freq from efuse */
temp_freq = __gpufreq_compute_avs_freq(val);
/* verify with signoff Freq */
if (temp_freq != g_gpu.signed_table[oppidx].freq) {
__gpufreq_abort("GPU[%02d*]: efuse[%d].freq(%d) != signed-off.freq(%d)",
oppidx, i, temp_freq, g_gpu.signed_table[oppidx].freq);
return;
}
g_gpu_avs_table[i].freq = temp_freq;
/* compute Volt from efuse */
temp_volt = __gpufreq_compute_avs_volt(val);
g_gpu_avs_table[i].volt = temp_volt;
/* AVS margin is set if any OPP is adjusted by AVS */
g_avs_margin = true;
/* clamp to signoff Volt */
if (g_gpu_avs_table[i].volt > g_gpu.signed_table[oppidx].volt) {
GPUFREQ_LOGW("GPU[%02d*]: efuse[%02d].volt(%d) > signed-off.volt(%d)",
oppidx, i, g_gpu_avs_table[i].volt,
g_gpu.signed_table[oppidx].volt);
g_gpu_avs_table[i].volt = g_gpu.signed_table[oppidx].volt;
}
/* update Vsram */
g_gpu_avs_table[i].vsram = __gpufreq_get_vsram_by_vlogic(g_gpu_avs_table[i].volt);
}
/* check AVS Volt and update Vsram */
for (i = adj_num_gpu - 1; i >= 0; i--) {
oppidx = g_gpu_avs_table[i].oppidx;
/* mV * 100 */
volt_ofs = 1250;
/* if AVS Volt is not set */
if (!g_gpu_avs_table[i].volt)
continue;
/*
* AVS Volt reverse check, start from adj_num -2
* Volt of sign-off[i] should always be larger than sign-off[i + 1]
* if not, add Volt offset to sign-off[i]
*/
if (i != (adj_num_gpu - 1)) {
if (g_gpu_avs_table[i].volt <= g_gpu_avs_table[i + 1].volt) {
GPUFREQ_LOGW("GPU efuse[%02d].volt(%d) <= efuse[%02d].volt(%d)",
i, g_gpu_avs_table[i].volt,
i + 1, g_gpu_avs_table[i + 1].volt);
g_gpu_avs_table[i].volt = g_gpu_avs_table[i + 1].volt + volt_ofs;
}
}
/* clamp to signoff Volt */
if (g_gpu_avs_table[i].volt > g_gpu.signed_table[oppidx].volt) {
GPUFREQ_LOGW("GPU[%02d*]: efuse[%02d].volt(%d) > signed-off.volt(%d)",
oppidx, i, g_gpu_avs_table[i].volt,
g_gpu.signed_table[oppidx].volt);
g_gpu_avs_table[i].volt = g_gpu.signed_table[oppidx].volt;
}
/* update Vsram */
g_gpu_avs_table[i].vsram = __gpufreq_get_vsram_by_vlogic(g_gpu_avs_table[i].volt);
}
/*
* Compute STACK AVS
*
* Freq (MHz) | Signoff Volt (V) | Efuse name | Efuse addr
* ============================================================
* 981 | 0.8 | PTPOD23 | 0x11E805DC
* 670 | 0.675 | PTPOD24 | 0x11E805E0
* 390 | 0.575 | PTPOD25 | 0x11E805E4
* 224 | 0.5 | PTPOD26 | 0x11E805E8
*/
/* read AVS efuse and compute Freq and Volt */
for (i = 0; i < adj_num_stack; i++) {
oppidx = g_stack_avs_table[i].oppidx;
if (g_mcl50_load) {
if (i == 0)
val = 0x0048BCF6;
else if (i == 1)
val = 0x00C30C65;
else if (i == 2)
val = 0x008E1C64;
else if (i == 3)
val = 0x00886825;
else
val = 0;
} else if (g_avs_enable) {
if (i == 0) {
val = readl(EFUSE_PTPOD23_AVS);
val_sn = readl(EFUSE_PTPOD21_SN);
} else if (i == 1) {
val = readl(EFUSE_PTPOD24_AVS);
val_sn = 0;
} else if (i == 2) {
val = readl(EFUSE_PTPOD25_AVS);
val_sn = 0;
} else if (i == 3) {
val = readl(EFUSE_PTPOD26_AVS);
val_sn = 0;
} else {
val = 0;
val_sn = 0;
}
} else {
val = 0;
val_sn = 0;
}
/* if efuse value is not set */
if (!val)
continue;
/* compute Freq from efuse */
temp_freq = __gpufreq_compute_avs_freq(val);
/* verify with signoff Freq */
if (temp_freq != g_stack.signed_table[oppidx].freq) {
__gpufreq_abort("STACK[%02d*]: efuse[%d].freq(%d) != signed-off.freq(%d)",
oppidx, i, temp_freq, g_stack.signed_table[oppidx].freq);
return;
}
g_stack_avs_table[i].freq = temp_freq;
/* compute Volt from efuse */
temp_volt = __gpufreq_compute_avs_volt(val);
/* mt6985 new: Vsn on binning P1 */
if (val_sn) {
temp_volt_sn = __gpufreq_compute_avs_volt(val_sn);
g_stack_avs_table[i].volt = MIN(temp_volt, temp_volt_sn);
} else
g_stack_avs_table[i].volt = temp_volt;
/* AVS margin is set if any OPP is adjusted by AVS */
g_avs_margin = true;
/* PTPOD22 [31:24] GPU_PTP_version */
if (i == 1)
g_ptp_version = (val & GENMASK(31, 24)) >> 24;
}
/* check AVS Volt and update Vsram */
for (i = adj_num_stack - 1; i >= 0; i--) {
oppidx = g_stack_avs_table[i].oppidx;
/* mV * 100 */
volt_ofs = 1250;
/* if AVS Volt is not set */
if (!g_stack_avs_table[i].volt)
continue;
/*
* AVS Volt reverse check, start from adj_num -2
* Volt of sign-off[i] should always be larger than sign-off[i + 1]
* if not, add Volt offset to sign-off[i]
*/
if (i != (adj_num_stack - 1)) {
if (g_stack_avs_table[i].volt <= g_stack_avs_table[i + 1].volt) {
GPUFREQ_LOGW("STACK efuse[%02d].volt(%d) <= efuse[%02d].volt(%d)",
i, g_stack_avs_table[i].volt,
i + 1, g_stack_avs_table[i + 1].volt);
g_stack_avs_table[i].volt =
g_stack_avs_table[i + 1].volt + volt_ofs;
}
}
/* clamp to signoff Volt */
if (g_stack_avs_table[i].volt > g_stack.signed_table[oppidx].volt) {
GPUFREQ_LOGW("STACK[%02d*]: efuse[%02d].volt(%d) > signed-off.volt(%d)",
oppidx, i, g_stack_avs_table[i].volt,
g_stack.signed_table[oppidx].volt);
g_stack_avs_table[i].volt = g_stack.signed_table[oppidx].volt;
}
/* update Vsram */
g_stack_avs_table[i].vsram =
__gpufreq_get_vsram_by_vlogic(g_stack_avs_table[i].volt);
}
for (i = 0; i < adj_num_gpu; i++)
GPUFREQ_LOGI("GPU[%02d*]: efuse[%02d] freq(%d), volt(%d)",
g_gpu_avs_table[i].oppidx, i, g_gpu_avs_table[i].freq,
g_gpu_avs_table[i].volt);
for (i = 0; i < adj_num_stack; i++)
GPUFREQ_LOGI("STACK[%02d*]: efuse[%02d] freq(%d), volt(%d)",
g_stack_avs_table[i].oppidx, i, g_stack_avs_table[i].freq,
g_stack_avs_table[i].volt);
}
static void __gpufreq_apply_adjustment(void)
{
struct gpufreq_opp_info *signed_gpu = NULL;
struct gpufreq_opp_info *signed_stack = NULL;
int adj_num_gpu = 0, adj_num_stack = 0, oppidx = 0, i = 0;
unsigned int avs_volt = 0, avs_vsram = 0, aging_volt = 0;
signed_gpu = g_gpu.signed_table;
signed_stack = g_stack.signed_table;
adj_num_gpu = NUM_GPU_SIGNED_IDX;
adj_num_stack = NUM_STACK_SIGNED_IDX;
/* apply AVS margin */
if (g_avs_margin) {
/* GPU AVS */
for (i = 0; i < adj_num_gpu; i++) {
oppidx = g_gpu_avs_table[i].oppidx;
avs_volt = g_gpu_avs_table[i].volt ?
g_gpu_avs_table[i].volt : signed_gpu[oppidx].volt;
avs_vsram = g_gpu_avs_table[i].vsram ?
g_gpu_avs_table[i].vsram : signed_gpu[oppidx].vsram;
/* record margin */
signed_gpu[oppidx].margin += signed_gpu[oppidx].volt - avs_volt;
/* update to signed table */
signed_gpu[oppidx].volt = avs_volt;
signed_gpu[oppidx].vsram = avs_vsram;
}
/* STACK AVS */
for (i = 0; i < adj_num_stack; i++) {
oppidx = g_stack_avs_table[i].oppidx;
avs_volt = g_stack_avs_table[i].volt ?
g_stack_avs_table[i].volt : signed_stack[oppidx].volt;
avs_vsram = g_stack_avs_table[i].vsram ?
g_stack_avs_table[i].vsram : signed_stack[oppidx].vsram;
/* record margin */
signed_stack[oppidx].margin += signed_stack[oppidx].volt - avs_volt;
/* update to signed table */
signed_stack[oppidx].volt = avs_volt;
signed_stack[oppidx].vsram = avs_vsram;
}
} else
GPUFREQ_LOGI("AVS margin is not set");
/* apply Aging margin */
if (g_aging_margin) {
/* GPU Aging */
for (i = 0; i < adj_num_gpu; i++) {
oppidx = g_gpu_aging_table[g_aging_table_idx][i].oppidx;
aging_volt = g_gpu_aging_table[g_aging_table_idx][i].volt;
/* record margin */
signed_gpu[oppidx].margin += aging_volt;
/* update to signed table */
signed_gpu[oppidx].volt -= aging_volt;
signed_gpu[oppidx].vsram =
__gpufreq_get_vsram_by_vlogic(signed_gpu[oppidx].volt);
}
/* STACK Aging */
for (i = 0; i < adj_num_stack; i++) {
oppidx = g_stack_aging_table[g_aging_table_idx][i].oppidx;
aging_volt = g_stack_aging_table[g_aging_table_idx][i].volt;
/* record margin */
signed_stack[oppidx].margin += aging_volt;
/* update to signed table */
signed_stack[oppidx].volt -= aging_volt;
signed_stack[oppidx].vsram =
__gpufreq_get_vsram_by_vlogic(signed_stack[oppidx].volt);
}
} else
GPUFREQ_LOGI("Aging margin is not set");
/* compute others OPP exclude signoff idx */
__gpufreq_interpolate_volt(TARGET_GPU);
__gpufreq_interpolate_volt(TARGET_STACK);
}
static void __gpufreq_init_shader_present(void)
{
unsigned int segment_id = 0;
segment_id = g_stack.segment_id;
switch (segment_id) {
default:
g_shader_present = GPU_SHADER_PRESENT_11;
}
GPUFREQ_LOGD("segment_id: %d, shader_present: %d", segment_id, g_shader_present);
}
/*
* 1. init OPP segment range
* 2. init segment/working OPP table
* 3. init power measurement
* 4. init springboard table
*/
static void __gpufreq_init_opp_table(void)
{
unsigned int segment_id = 0;
int i = 0, j = 0;
/* init current GPU/STACK freq and volt set by preloader */
g_gpu.cur_freq = __gpufreq_get_real_fgpu();
g_gpu.cur_volt = __gpufreq_get_real_vgpu();
g_gpu.cur_vsram = __gpufreq_get_real_vsram();
g_stack.cur_freq = __gpufreq_get_real_fstack();
g_stack.cur_volt = __gpufreq_get_real_vstack();
g_stack.cur_vsram = __gpufreq_get_real_vsram();
GPUFREQ_LOGI(
"preloader init [GPU] Freq: %d, Volt: %d [STACK] Freq: %d, Volt: %d, Vsram: %d",
g_gpu.cur_freq, g_gpu.cur_volt,
g_stack.cur_freq, g_stack.cur_volt, g_stack.cur_vsram);
/* init GPU OPP table */
segment_id = g_stack.segment_id;
if (segment_id == MT6985_SEGMENT)
g_gpu.segment_upbound = 0;
else
g_gpu.segment_upbound = 0;
g_gpu.segment_lowbound = NUM_GPU_SIGNED_OPP - 1;
g_gpu.signed_opp_num = NUM_GPU_SIGNED_OPP;
g_gpu.max_oppidx = 0;
g_gpu.min_oppidx = g_gpu.segment_lowbound - g_gpu.segment_upbound;
g_gpu.opp_num = g_gpu.min_oppidx + 1;
g_gpu.signed_table = g_gpu_default_opp_table;
g_gpu.working_table = kcalloc(g_gpu.opp_num, sizeof(struct gpufreq_opp_info), GFP_KERNEL);
if (!g_gpu.working_table) {
__gpufreq_abort("fail to alloc g_gpu.working_table (%dB)",
g_gpu.opp_num * sizeof(struct gpufreq_opp_info));
return;
}
GPUFREQ_LOGD("num of signed GPU OPP: %d, segment bound: [%d, %d]",
g_gpu.signed_opp_num, g_gpu.segment_upbound, g_gpu.segment_lowbound);
GPUFREQ_LOGI("num of working GPU OPP: %d", g_gpu.opp_num);
/* init STACK OPP table */
segment_id = g_stack.segment_id;
if (segment_id == MT6985_SEGMENT)
g_stack.segment_upbound = 0;
else
g_stack.segment_upbound = 0;
g_stack.segment_lowbound = NUM_STACK_SIGNED_OPP - 1;
g_stack.signed_opp_num = NUM_STACK_SIGNED_OPP;
g_stack.max_oppidx = 0;
g_stack.min_oppidx = g_stack.segment_lowbound - g_stack.segment_upbound;
g_stack.opp_num = g_stack.min_oppidx + 1;
g_stack.signed_table = g_stack_default_opp_table;
g_stack.working_table = kcalloc(g_stack.opp_num,
sizeof(struct gpufreq_opp_info), GFP_KERNEL);
if (!g_stack.working_table) {
__gpufreq_abort("fail to alloc g_stack.working_table (%dB)",
g_stack.opp_num * sizeof(struct gpufreq_opp_info));
return;
}
GPUFREQ_LOGD("num of signed STACK OPP: %d, segment bound: [%d, %d]",
g_stack.signed_opp_num, g_stack.segment_upbound, g_stack.segment_lowbound);
GPUFREQ_LOGI("num of working STACK OPP: %d", g_stack.opp_num);
/* update signed OPP table from MFGSYS features */
/* compute Aging table based on Aging Sensor */
__gpufreq_compute_aging();
/* compute AVS table based on EFUSE */
__gpufreq_compute_avs();
/* apply Segment/Aging/AVS/... adjustment to signed OPP table */
__gpufreq_apply_adjustment();
/* after these, GPU/STACK signed table are settled down */
/* init working table, based on signed table */
for (i = 0; i < g_gpu.opp_num; i++) {
j = i + g_gpu.segment_upbound;
g_gpu.working_table[i].freq = g_gpu.signed_table[j].freq;
g_gpu.working_table[i].volt = g_gpu.signed_table[j].volt;
g_gpu.working_table[i].vsram = g_gpu.signed_table[j].vsram;
g_gpu.working_table[i].posdiv = g_gpu.signed_table[j].posdiv;
g_gpu.working_table[i].margin = g_gpu.signed_table[j].margin;
g_gpu.working_table[i].power = g_gpu.signed_table[j].power;
GPUFREQ_LOGD("GPU[%02d] Freq: %d, Volt: %d, Vsram: %d, Margin: %d",
i, g_gpu.working_table[i].freq, g_gpu.working_table[i].volt,
g_gpu.working_table[i].vsram, g_gpu.working_table[i].margin);
}
for (i = 0; i < g_stack.opp_num; i++) {
j = i + g_stack.segment_upbound;
g_stack.working_table[i].freq = g_stack.signed_table[j].freq;
g_stack.working_table[i].volt = g_stack.signed_table[j].volt;
g_stack.working_table[i].vsram = g_stack.signed_table[j].vsram;
g_stack.working_table[i].posdiv = g_stack.signed_table[j].posdiv;
g_stack.working_table[i].margin = g_stack.signed_table[j].margin;
g_stack.working_table[i].power = g_stack.signed_table[j].power;
GPUFREQ_LOGD("STACK[%02d] Freq: %d, Volt: %d, Vsram: %d, Margin: %d",
i, g_stack.working_table[i].freq, g_stack.working_table[i].volt,
g_stack.working_table[i].vsram, g_stack.working_table[i].margin);
}
/* set power info to working table */
__gpufreq_measure_power();
/* update DVFS constraint */
__gpufreq_update_springboard();
}
static void __iomem *__gpufreq_of_ioremap(const char *node_name, int idx)
{
struct device_node *node;
void __iomem *base;
node = of_find_compatible_node(NULL, NULL, node_name);
if (node)
base = of_iomap(node, idx);
else
base = NULL;
return base;
}
static void __gpufreq_init_segment_id(void)
{
unsigned int efuse_id = 0x0;
unsigned int segment_id = 0;
switch (efuse_id) {
default:
segment_id = MT6985_SEGMENT;
break;
}
GPUFREQ_LOGI("efuse_id: 0x%x, segment_id: %d", efuse_id, segment_id);
g_gpu.segment_id = segment_id;
g_stack.segment_id = segment_id;
}
static int __gpufreq_init_mtcmos(struct platform_device *pdev)
{
struct device *dev = &pdev->dev;
int ret = GPUFREQ_SUCCESS;
#if !GPUFREQ_SELF_CTRL_MTCMOS
GPUFREQ_TRACE_START("pdev=0x%x", pdev);
g_mtcmos = kzalloc(sizeof(struct gpufreq_mtcmos_info), GFP_KERNEL);
if (!g_mtcmos) {
__gpufreq_abort("fail to alloc g_mtcmos (%dB)",
sizeof(struct gpufreq_mtcmos_info));
ret = GPUFREQ_ENOMEM;
goto done;
}
g_mtcmos->mfg1_dev = dev_pm_domain_attach_by_name(dev, "pd_mfg1");
if (IS_ERR_OR_NULL(g_mtcmos->mfg1_dev)) {
ret = g_mtcmos->mfg1_dev ? PTR_ERR(g_mtcmos->mfg1_dev) : GPUFREQ_ENODEV;
__gpufreq_abort("fail to get mfg1_dev (%ld)", ret);
goto done;
}
dev_pm_syscore_device(g_mtcmos->mfg1_dev, true);
#if !GPUFREQ_PDCA_ENABLE
g_mtcmos->mfg2_dev = dev_pm_domain_attach_by_name(dev, "pd_mfg2");
if (IS_ERR_OR_NULL(g_mtcmos->mfg2_dev)) {
ret = g_mtcmos->mfg2_dev ? PTR_ERR(g_mtcmos->mfg2_dev) : GPUFREQ_ENODEV;
__gpufreq_abort("fail to get mfg2_dev (%ld)", ret);
goto done;
}
dev_pm_syscore_device(g_mtcmos->mfg2_dev, true);
g_mtcmos->mfg3_dev = dev_pm_domain_attach_by_name(dev, "pd_mfg3");
if (IS_ERR_OR_NULL(g_mtcmos->mfg3_dev)) {
ret = g_mtcmos->mfg3_dev ? PTR_ERR(g_mtcmos->mfg3_dev) : GPUFREQ_ENODEV;
__gpufreq_abort("fail to get mfg3_dev (%ld)", ret);
goto done;
}
dev_pm_syscore_device(g_mtcmos->mfg3_dev, true);
g_mtcmos->mfg4_dev = dev_pm_domain_attach_by_name(dev, "pd_mfg4");
if (IS_ERR_OR_NULL(g_mtcmos->mfg4_dev)) {
ret = g_mtcmos->mfg4_dev ? PTR_ERR(g_mtcmos->mfg4_dev) : GPUFREQ_ENODEV;
__gpufreq_abort("fail to get mfg4_dev (%ld)", ret);
goto done;
}
dev_pm_syscore_device(g_mtcmos->mfg4_dev, true);
g_mtcmos->mfg5_dev = dev_pm_domain_attach_by_name(dev, "pd_mfg5");
if (IS_ERR_OR_NULL(g_mtcmos->mfg5_dev)) {
ret = g_mtcmos->mfg5_dev ? PTR_ERR(g_mtcmos->mfg5_dev) : GPUFREQ_ENODEV;
__gpufreq_abort("fail to get mfg5_dev (%ld)", ret);
goto done;
}
dev_pm_syscore_device(g_mtcmos->mfg5_dev, true);
g_mtcmos->mfg6_dev = dev_pm_domain_attach_by_name(dev, "pd_mfg6");
if (IS_ERR_OR_NULL(g_mtcmos->mfg6_dev)) {
ret = g_mtcmos->mfg6_dev ? PTR_ERR(g_mtcmos->mfg6_dev) : GPUFREQ_ENODEV;
__gpufreq_abort("fail to get mfg6_dev (%ld)", ret);
goto done;
}
dev_pm_syscore_device(g_mtcmos->mfg6_dev, true);
g_mtcmos->mfg7_dev = dev_pm_domain_attach_by_name(dev, "pd_mfg7");
if (IS_ERR_OR_NULL(g_mtcmos->mfg7_dev)) {
ret = g_mtcmos->mfg7_dev ? PTR_ERR(g_mtcmos->mfg7_dev) : GPUFREQ_ENODEV;
__gpufreq_abort("fail to get mfg7_dev (%ld)", ret);
goto done;
}
dev_pm_syscore_device(g_mtcmos->mfg7_dev, true);
g_mtcmos->mfg8_dev = dev_pm_domain_attach_by_name(dev, "pd_mfg8");
if (IS_ERR_OR_NULL(g_mtcmos->mfg8_dev)) {
ret = g_mtcmos->mfg8_dev ? PTR_ERR(g_mtcmos->mfg8_dev) : GPUFREQ_ENODEV;
__gpufreq_abort("fail to get mfg8_dev (%ld)", ret);
goto done;
}
dev_pm_syscore_device(g_mtcmos->mfg8_dev, true);
g_mtcmos->mfg9_dev = dev_pm_domain_attach_by_name(dev, "pd_mfg9");
if (IS_ERR_OR_NULL(g_mtcmos->mfg9_dev)) {
ret = g_mtcmos->mfg9_dev ? PTR_ERR(g_mtcmos->mfg9_dev) : GPUFREQ_ENODEV;
__gpufreq_abort("fail to get mfg9_dev (%ld)", ret);
goto done;
}
dev_pm_syscore_device(g_mtcmos->mfg9_dev, true);
g_mtcmos->mfg10_dev = dev_pm_domain_attach_by_name(dev, "pd_mfg10");
if (IS_ERR_OR_NULL(g_mtcmos->mfg10_dev)) {
ret = g_mtcmos->mfg10_dev ? PTR_ERR(g_mtcmos->mfg10_dev) : GPUFREQ_ENODEV;
__gpufreq_abort("fail to get mfg10_dev (%ld)", ret);
goto done;
}
dev_pm_syscore_device(g_mtcmos->mfg10_dev, true);
g_mtcmos->mfg11_dev = dev_pm_domain_attach_by_name(dev, "pd_mfg11");
if (IS_ERR_OR_NULL(g_mtcmos->mfg11_dev)) {
ret = g_mtcmos->mfg11_dev ? PTR_ERR(g_mtcmos->mfg11_dev) : GPUFREQ_ENODEV;
__gpufreq_abort("fail to get mfg11_dev (%ld)", ret);
goto done;
}
dev_pm_syscore_device(g_mtcmos->mfg11_dev, true);
g_mtcmos->mfg12_dev = dev_pm_domain_attach_by_name(dev, "pd_mfg12");
if (IS_ERR_OR_NULL(g_mtcmos->mfg12_dev)) {
ret = g_mtcmos->mfg12_dev ? PTR_ERR(g_mtcmos->mfg12_dev) : GPUFREQ_ENODEV;
__gpufreq_abort("fail to get mfg12_dev (%ld)", ret);
goto done;
}
dev_pm_syscore_device(g_mtcmos->mfg12_dev, true);
g_mtcmos->mfg13_dev = dev_pm_domain_attach_by_name(dev, "pd_mfg13");
if (IS_ERR_OR_NULL(g_mtcmos->mfg13_dev)) {
ret = g_mtcmos->mfg13_dev ? PTR_ERR(g_mtcmos->mfg13_dev) : GPUFREQ_ENODEV;
__gpufreq_abort("fail to get mfg13_dev (%ld)", ret);
goto done;
}
dev_pm_syscore_device(g_mtcmos->mfg13_dev, true);
g_mtcmos->mfg14_dev = dev_pm_domain_attach_by_name(dev, "pd_mfg14");
if (IS_ERR_OR_NULL(g_mtcmos->mfg14_dev)) {
ret = g_mtcmos->mfg14_dev ? PTR_ERR(g_mtcmos->mfg14_dev) : GPUFREQ_ENODEV;
__gpufreq_abort("fail to get mfg14_dev (%ld)", ret);
goto done;
}
dev_pm_syscore_device(g_mtcmos->mfg14_dev, true);
g_mtcmos->mfg15_dev = dev_pm_domain_attach_by_name(dev, "pd_mfg15");
if (IS_ERR_OR_NULL(g_mtcmos->mfg15_dev)) {
ret = g_mtcmos->mfg15_dev ? PTR_ERR(g_mtcmos->mfg15_dev) : GPUFREQ_ENODEV;
__gpufreq_abort("fail to get mfg15_dev (%ld)", ret);
goto done;
}
dev_pm_syscore_device(g_mtcmos->mfg15_dev, true);
g_mtcmos->mfg16_dev = dev_pm_domain_attach_by_name(dev, "pd_mfg16");
if (IS_ERR_OR_NULL(g_mtcmos->mfg16_dev)) {
ret = g_mtcmos->mfg16_dev ? PTR_ERR(g_mtcmos->mfg16_dev) : GPUFREQ_ENODEV;
__gpufreq_abort("fail to get mfg16_dev (%ld)", ret);
goto done;
}
dev_pm_syscore_device(g_mtcmos->mfg16_dev, true);
g_mtcmos->mfg17_dev = dev_pm_domain_attach_by_name(dev, "pd_mfg17");
if (IS_ERR_OR_NULL(g_mtcmos->mfg17_dev)) {
ret = g_mtcmos->mfg17_dev ? PTR_ERR(g_mtcmos->mfg17_dev) : GPUFREQ_ENODEV;
__gpufreq_abort("fail to get mfg17_dev (%ld)", ret);
goto done;
}
dev_pm_syscore_device(g_mtcmos->mfg17_dev, true);
g_mtcmos->mfg18_dev = dev_pm_domain_attach_by_name(dev, "pd_mfg18");
if (IS_ERR_OR_NULL(g_mtcmos->mfg18_dev)) {
ret = g_mtcmos->mfg18_dev ? PTR_ERR(g_mtcmos->mfg18_dev) : GPUFREQ_ENODEV;
__gpufreq_abort("fail to get mfg18_dev (%ld)", ret);
goto done;
}
dev_pm_syscore_device(g_mtcmos->mfg18_dev, true);
g_mtcmos->mfg19_dev = dev_pm_domain_attach_by_name(dev, "pd_mfg19");
if (IS_ERR_OR_NULL(g_mtcmos->mfg19_dev)) {
ret = g_mtcmos->mfg19_dev ? PTR_ERR(g_mtcmos->mfg19_dev) : GPUFREQ_ENODEV;
__gpufreq_abort("fail to get mfg19_dev (%ld)", ret);
goto done;
}
dev_pm_syscore_device(g_mtcmos->mfg19_dev, true);
#endif /* GPUFREQ_PDCA_ENABLE */
done:
GPUFREQ_TRACE_END();
#endif /* GPUFREQ_SELF_CTRL_MTCMOS */
return ret;
}
static int __gpufreq_init_clk(struct platform_device *pdev)
{
int ret = GPUFREQ_SUCCESS;
GPUFREQ_TRACE_START("pdev=0x%x", pdev);
g_clk = kzalloc(sizeof(struct gpufreq_clk_info), GFP_KERNEL);
if (!g_clk) {
__gpufreq_abort("fail to alloc g_clk (%dB)",
sizeof(struct gpufreq_clk_info));
ret = GPUFREQ_ENOMEM;
goto done;
}
g_clk->clk_mux = devm_clk_get(&pdev->dev, "clk_mux");
if (IS_ERR(g_clk->clk_mux)) {
ret = PTR_ERR(g_clk->clk_mux);
__gpufreq_abort("fail to get clk_mux (%ld)", ret);
goto done;
}
g_clk->clk_main_parent = devm_clk_get(&pdev->dev, "clk_main_parent");
if (IS_ERR(g_clk->clk_main_parent)) {
ret = PTR_ERR(g_clk->clk_main_parent);
__gpufreq_abort("fail to get clk_main_parent (%ld)", ret);
goto done;
}
g_clk->clk_sub_parent = devm_clk_get(&pdev->dev, "clk_sub_parent");
if (IS_ERR(g_clk->clk_sub_parent)) {
ret = PTR_ERR(g_clk->clk_sub_parent);
__gpufreq_abort("fail to get clk_sub_parent (%ld)", ret);
goto done;
}
g_clk->clk_sc_mux = devm_clk_get(&pdev->dev, "clk_sc_mux");
if (IS_ERR(g_clk->clk_sc_mux)) {
ret = PTR_ERR(g_clk->clk_sc_mux);
__gpufreq_abort("fail to get clk_sc_mux (%ld)", ret);
goto done;
}
g_clk->clk_sc_main_parent = devm_clk_get(&pdev->dev, "clk_sc_main_parent");
if (IS_ERR(g_clk->clk_sc_main_parent)) {
ret = PTR_ERR(g_clk->clk_sc_main_parent);
__gpufreq_abort("fail to get clk_sc_main_parent (%ld)", ret);
goto done;
}
g_clk->clk_sc_sub_parent = devm_clk_get(&pdev->dev, "clk_sc_sub_parent");
if (IS_ERR(g_clk->clk_sc_sub_parent)) {
ret = PTR_ERR(g_clk->clk_sc_sub_parent);
__gpufreq_abort("fail to get clk_sc_sub_parent (%ld)", ret);
goto done;
}
done:
GPUFREQ_TRACE_END();
return ret;
}
static int __gpufreq_init_pmic(struct platform_device *pdev)
{
int ret = GPUFREQ_SUCCESS;
GPUFREQ_TRACE_START("pdev=0x%x", pdev);
g_pmic = kzalloc(sizeof(struct gpufreq_pmic_info), GFP_KERNEL);
if (!g_pmic) {
__gpufreq_abort("fail to alloc g_pmic (%dB)",
sizeof(struct gpufreq_pmic_info));
ret = GPUFREQ_ENOMEM;
goto done;
}
g_pmic->reg_vgpu = regulator_get_optional(&pdev->dev, "vgpu");
if (IS_ERR(g_pmic->reg_vgpu)) {
ret = PTR_ERR(g_pmic->reg_vgpu);
__gpufreq_abort("fail to get VGPU (%ld)", ret);
goto done;
}
g_pmic->reg_vstack = regulator_get_optional(&pdev->dev, "vstack");
if (IS_ERR(g_pmic->reg_vstack)) {
ret = PTR_ERR(g_pmic->reg_vstack);
__gpufreq_abort("fail to get VSATCK (%ld)", ret);
goto done;
}
g_pmic->reg_vsram = regulator_get_optional(&pdev->dev, "vsram");
if (IS_ERR(g_pmic->reg_vsram)) {
ret = PTR_ERR(g_pmic->reg_vsram);
__gpufreq_abort("fail to get VSRAM (%ld)", ret);
goto done;
}
done:
GPUFREQ_TRACE_END();
return ret;
}
/* API: init reg base address and flavor config of the platform */
static int __gpufreq_init_platform_info(struct platform_device *pdev)
{
struct device *gpufreq_dev = &pdev->dev;
struct device_node *of_wrapper = NULL;
struct resource *res = NULL;
int ret = GPUFREQ_ENOENT;
if (unlikely(!gpufreq_dev)) {
GPUFREQ_LOGE("fail to find gpufreq device (ENOENT)");
goto done;
}
of_wrapper = of_find_compatible_node(NULL, NULL, "mediatek,gpufreq_wrapper");
if (unlikely(!of_wrapper)) {
GPUFREQ_LOGE("fail to find gpufreq_wrapper of_node");
goto done;
}
/* feature config */
g_asensor_enable = GPUFREQ_ASENSOR_ENABLE;
g_avs_enable = GPUFREQ_AVS_ENABLE;
g_gpm1_mode = GPUFREQ_GPM1_ENABLE;
g_gpm3_mode = GPUFREQ_GPM3_ENABLE;
g_dfd_mode = GPUFREQ_DFD_ENABLE;
/* ignore return error and use default value if property doesn't exist */
of_property_read_u32(gpufreq_dev->of_node, "aging-load", &g_aging_load);
of_property_read_u32(gpufreq_dev->of_node, "mcl50-load", &g_mcl50_load);
of_property_read_u32(of_wrapper, "gpueb-support", &g_gpueb_support);
/* 0x13000000 */
g_mali_base = __gpufreq_of_ioremap("mediatek,mali", 0);
if (unlikely(!g_mali_base)) {
GPUFREQ_LOGE("fail to ioremap MALI");
goto done;
}
/* 0x13FBF000 */
res = platform_get_resource_byname(pdev, IORESOURCE_MEM, "mfg_top_config");
if (unlikely(!res)) {
GPUFREQ_LOGE("fail to get resource MFG_TOP_CONFIG");
goto done;
}
g_mfg_top_base = devm_ioremap(gpufreq_dev, res->start, resource_size(res));
if (unlikely(!g_mfg_top_base)) {
GPUFREQ_LOGE("fail to ioremap MFG_TOP_CONFIG: 0x%llx", res->start);
goto done;
}
/* 0x13FA0000 */
res = platform_get_resource_byname(pdev, IORESOURCE_MEM, "mfg_pll");
if (unlikely(!res)) {
GPUFREQ_LOGE("fail to get resource MFG_PLL");
goto done;
}
g_mfg_pll_base = devm_ioremap(gpufreq_dev, res->start, resource_size(res));
if (unlikely(!g_mfg_pll_base)) {
GPUFREQ_LOGE("fail to ioremap MFG_PLL: 0x%llx", res->start);
goto done;
}
/* 0x13FA0C00 */
res = platform_get_resource_byname(pdev, IORESOURCE_MEM, "mfgsc_pll");
if (unlikely(!res)) {
GPUFREQ_LOGE("fail to get resource MFGSC_PLL");
goto done;
}
g_mfgsc_pll_base = devm_ioremap(gpufreq_dev, res->start, resource_size(res));
if (unlikely(!g_mfgsc_pll_base)) {
GPUFREQ_LOGE("fail to ioremap MFGSC_PLL: 0x%llx", res->start);
goto done;
}
/* 0x13F90000 */
res = platform_get_resource_byname(pdev, IORESOURCE_MEM, "mfg_rpc");
if (unlikely(!res)) {
GPUFREQ_LOGE("fail to get resource MFG_RPC");
goto done;
}
g_mfg_rpc_base = devm_ioremap(gpufreq_dev, res->start, resource_size(res));
if (unlikely(!g_mfg_rpc_base)) {
GPUFREQ_LOGE("fail to ioremap MFG_RPC: 0x%llx", res->start);
goto done;
}
/* 0x1C001000 */
res = platform_get_resource_byname(pdev, IORESOURCE_MEM, "sleep");
if (unlikely(!res)) {
GPUFREQ_LOGE("fail to get resource SLEEP");
goto done;
}
g_sleep = devm_ioremap(gpufreq_dev, res->start, resource_size(res));
if (unlikely(!g_sleep)) {
GPUFREQ_LOGE("fail to ioremap SLEEP: 0x%llx", res->start);
goto done;
}
/* 0x10000000 */
res = platform_get_resource_byname(pdev, IORESOURCE_MEM, "topckgen");
if (unlikely(!res)) {
GPUFREQ_LOGE("fail to get resource TOPCKGEN");
goto done;
}
g_topckgen_base = devm_ioremap(gpufreq_dev, res->start, resource_size(res));
if (unlikely(!g_topckgen_base)) {
GPUFREQ_LOGE("fail to ioremap TOPCKGEN: 0x%llx", res->start);
goto done;
}
/* 0x1021C000 */
res = platform_get_resource_byname(pdev, IORESOURCE_MEM, "nth_emicfg");
if (unlikely(!res)) {
GPUFREQ_LOGE("fail to get resource NTH_EMICFG");
goto done;
}
g_nth_emicfg_base = devm_ioremap(gpufreq_dev, res->start, resource_size(res));
if (unlikely(!g_nth_emicfg_base)) {
GPUFREQ_LOGE("fail to ioremap NTH_EMICFG: 0x%llx", res->start);
goto done;
}
/* 0x1021E000 */
res = platform_get_resource_byname(pdev, IORESOURCE_MEM, "sth_emicfg");
if (unlikely(!res)) {
GPUFREQ_LOGE("fail to get resource STH_EMICFG");
goto done;
}
g_sth_emicfg_base = devm_ioremap(gpufreq_dev, res->start, resource_size(res));
if (unlikely(!g_sth_emicfg_base)) {
GPUFREQ_LOGE("fail to ioremap STH_EMICFG: 0x%llx", res->start);
goto done;
}
/* 0x10270000 */
res = platform_get_resource_byname(pdev, IORESOURCE_MEM, "nth_emicfg_ao_mem");
if (unlikely(!res)) {
GPUFREQ_LOGE("fail to get resource NTH_EMICFG_AO_MEM");
goto done;
}
g_nth_emicfg_ao_mem_base = devm_ioremap(gpufreq_dev, res->start, resource_size(res));
if (unlikely(!g_nth_emicfg_ao_mem_base)) {
GPUFREQ_LOGE("fail to ioremap NTH_EMICFG_AO_MEM: 0x%llx", res->start);
goto done;
}
/* 0x1030E000 */
res = platform_get_resource_byname(pdev, IORESOURCE_MEM, "sth_emicfg_ao_mem");
if (unlikely(!res)) {
GPUFREQ_LOGE("fail to get resource STH_EMICFG_AO_MEM");
goto done;
}
g_sth_emicfg_ao_mem_base = devm_ioremap(gpufreq_dev, res->start, resource_size(res));
if (unlikely(!g_sth_emicfg_ao_mem_base)) {
GPUFREQ_LOGE("fail to ioremap STH_EMICFG_AO_MEM: 0x%llx", res->start);
goto done;
}
/* 0x1002C000 */
res = platform_get_resource_byname(pdev, IORESOURCE_MEM, "ifrbus_ao");
if (unlikely(!res)) {
GPUFREQ_LOGE("fail to get resource IFRBUS_AO");
goto done;
}
g_ifrbus_ao_base = devm_ioremap(gpufreq_dev, res->start, resource_size(res));
if (unlikely(!g_ifrbus_ao_base)) {
GPUFREQ_LOGE("fail to ioremap IFRBUS_AO: 0x%llx", res->start);
goto done;
}
/* 0x10023000 */
res = platform_get_resource_byname(pdev, IORESOURCE_MEM, "infra_ao_debug_ctrl");
if (unlikely(!res)) {
GPUFREQ_LOGE("fail to get resource INFRA_AO_DEBUG_CTRL");
goto done;
}
g_infra_ao_debug_ctrl = devm_ioremap(gpufreq_dev, res->start, resource_size(res));
if (unlikely(!g_infra_ao_debug_ctrl)) {
GPUFREQ_LOGE("fail to ioremap INFRA_AO_DEBUG_CTRL: 0x%llx", res->start);
goto done;
}
/* 0x1002B000 */
res = platform_get_resource_byname(pdev, IORESOURCE_MEM, "infra_ao1_debug_ctrl");
if (unlikely(!res)) {
GPUFREQ_LOGE("fail to get resource INFRA_AO1_DEBUG_CTRL");
goto done;
}
g_infra_ao1_debug_ctrl = devm_ioremap(gpufreq_dev, res->start, resource_size(res));
if (unlikely(!g_infra_ao1_debug_ctrl)) {
GPUFREQ_LOGE("fail to ioremap INFRA_AO1_DEBUG_CTRL: 0x%llx", res->start);
goto done;
}
/* 0x10042000 */
res = platform_get_resource_byname(pdev, IORESOURCE_MEM, "nth_emi_ao_debug_ctrl");
if (unlikely(!res)) {
GPUFREQ_LOGE("fail to get resource NTH_EMI_AO_DEBUG_CTRL");
goto done;
}
g_nth_emi_ao_debug_ctrl = devm_ioremap(gpufreq_dev, res->start, resource_size(res));
if (unlikely(!g_nth_emi_ao_debug_ctrl)) {
GPUFREQ_LOGE("fail to ioremap NTH_EMI_AO_DEBUG_CTRL: 0x%llx", res->start);
goto done;
}
/* 0x10028000 */
res = platform_get_resource_byname(pdev, IORESOURCE_MEM, "sth_emi_ao_debug_ctrl");
if (unlikely(!res)) {
GPUFREQ_LOGE("fail to get resource STH_EMI_AO_DEBUG_CTRL");
goto done;
}
g_sth_emi_ao_debug_ctrl = devm_ioremap(gpufreq_dev, res->start, resource_size(res));
if (unlikely(!g_sth_emi_ao_debug_ctrl)) {
GPUFREQ_LOGE("fail to ioremap STH_EMI_AO_DEBUG_CTRL: 0x%llx", res->start);
goto done;
}
/* 0x11E80000 */
res = platform_get_resource_byname(pdev, IORESOURCE_MEM, "efuse");
if (unlikely(!res)) {
GPUFREQ_LOGE("fail to get resource EFUSE");
goto done;
}
g_efuse_base = devm_ioremap(gpufreq_dev, res->start, resource_size(res));
if (unlikely(!g_efuse_base)) {
GPUFREQ_LOGE("fail to ioremap EFUSE: 0x%llx", res->start);
goto done;
}
/* 0x13FB9C00 */
res = platform_get_resource_byname(pdev, IORESOURCE_MEM, "mfg_cpe_ctrl_mcu");
if (unlikely(!res)) {
GPUFREQ_LOGE("fail to get resource MFG_CPE_CTRL_MCU");
goto done;
}
g_mfg_cpe_ctrl_mcu_base = devm_ioremap(gpufreq_dev, res->start, resource_size(res));
if (unlikely(!g_mfg_cpe_ctrl_mcu_base)) {
GPUFREQ_LOGE("fail to ioremap MFG_CPE_CTRL_MCU: 0x%llx", res->start);
goto done;
}
/* 0x13FB6000 */
res = platform_get_resource_byname(pdev, IORESOURCE_MEM, "mfg_cpe_sensor");
if (unlikely(!res)) {
GPUFREQ_LOGE("fail to get resource MFG_CPE_SENSOR0");
goto done;
}
g_mfg_cpe_sensor_base = devm_ioremap(gpufreq_dev, res->start, resource_size(res));
if (unlikely(!g_mfg_cpe_sensor_base)) {
GPUFREQ_LOGE("fail to ioremap MFG_CPE_SENSOR0: 0x%llx", res->start);
goto done;
}
/* 0x13FBC000 */
res = platform_get_resource_byname(pdev, IORESOURCE_MEM, "mfg_secure");
if (unlikely(!res)) {
GPUFREQ_LOGE("fail to get resource MFG_SECURE");
goto done;
}
g_mfg_secure_base = devm_ioremap(gpufreq_dev, res->start, resource_size(res));
if (unlikely(!g_mfg_secure_base)) {
GPUFREQ_LOGE("fail to ioremap MFG_SECURE: 0x%llx", res->start);
goto done;
}
/* 0x1000D000 */
res = platform_get_resource_byname(pdev, IORESOURCE_MEM, "drm_debug");
if (unlikely(!res)) {
GPUFREQ_LOGE("fail to get resource DRM_DEBUG");
goto done;
}
g_drm_debug_base = devm_ioremap(gpufreq_dev, res->start, resource_size(res));
if (unlikely(!g_drm_debug_base)) {
GPUFREQ_LOGE("fail to ioremap DRM_DEBUG: 0x%llx", res->start);
goto done;
}
/* 0x13FE0000 */
res = platform_get_resource_byname(pdev, IORESOURCE_MEM, "mfg_ips");
if (unlikely(!res)) {
GPUFREQ_LOGE("fail to get resource MFG_IPS");
goto done;
}
g_mfg_ips_base = devm_ioremap(gpufreq_dev, res->start, resource_size(res));
if (unlikely(!g_mfg_ips_base)) {
GPUFREQ_LOGE("fail to ioremap MFG_IPS: 0x%llx", res->start);
goto done;
}
/* 0x10219000 */
res = platform_get_resource_byname(pdev, IORESOURCE_MEM, "emi_reg");
if (unlikely(!res)) {
GPUFREQ_LOGE("fail to get resource EMI_REG");
goto done;
}
g_emi_base = devm_ioremap(gpufreq_dev, res->start, resource_size(res));
if (unlikely(!g_emi_base)) {
GPUFREQ_LOGE("fail to ioremap EMI_REG: 0x%llx", res->start);
goto done;
}
/* 0x1021D000 */
res = platform_get_resource_byname(pdev, IORESOURCE_MEM, "sub_emi_reg");
if (unlikely(!res)) {
GPUFREQ_LOGE("fail to get resource SUB_EMI_REG");
goto done;
}
g_sub_emi_base = devm_ioremap(gpufreq_dev, res->start, resource_size(res));
if (unlikely(!g_sub_emi_base)) {
GPUFREQ_LOGE("fail to ioremap SUB_EMI_REG: 0x%llx", res->start);
goto done;
}
/* 0x1025E000 */
res = platform_get_resource_byname(pdev, IORESOURCE_MEM, "nemi_mi32_smi_sub");
if (unlikely(!res)) {
GPUFREQ_LOGE("fail to get resource NEMI_MI32_SMI_SUB");
goto done;
}
g_nemi_mi32_smi_sub = devm_ioremap(gpufreq_dev, res->start, resource_size(res));
if (unlikely(!g_nemi_mi32_smi_sub)) {
GPUFREQ_LOGE("fail to ioremap NEMI_MI32_SMI_SUB: 0x%llx", res->start);
goto done;
}
/* 0x1025F000 */
res = platform_get_resource_byname(pdev, IORESOURCE_MEM, "nemi_mi33_smi_sub");
if (unlikely(!res)) {
GPUFREQ_LOGE("fail to get resource NEMI_MI33_SMI_SUB");
goto done;
}
g_nemi_mi33_smi_sub = devm_ioremap(gpufreq_dev, res->start, resource_size(res));
if (unlikely(!g_nemi_mi33_smi_sub)) {
GPUFREQ_LOGE("fail to ioremap NEMI_MI33_SMI_SUB: 0x%llx", res->start);
goto done;
}
/* 0x10309000 */
res = platform_get_resource_byname(pdev, IORESOURCE_MEM, "semi_mi32_smi_sub");
if (unlikely(!res)) {
GPUFREQ_LOGE("fail to get resource SEMI_MI32_SMI_SUB");
goto done;
}
g_semi_mi32_smi_sub = devm_ioremap(gpufreq_dev, res->start, resource_size(res));
if (unlikely(!g_semi_mi32_smi_sub)) {
GPUFREQ_LOGE("fail to ioremap SEMI_MI32_SMI_SUB: 0x%llx", res->start);
goto done;
}
/* 0x1030A000 */
res = platform_get_resource_byname(pdev, IORESOURCE_MEM, "semi_mi33_smi_sub");
if (unlikely(!res)) {
GPUFREQ_LOGE("fail to get resource SEMI_MI33_SMI_SUB");
goto done;
}
g_semi_mi33_smi_sub = devm_ioremap(gpufreq_dev, res->start, resource_size(res));
if (unlikely(!g_semi_mi33_smi_sub)) {
GPUFREQ_LOGE("fail to ioremap SEMI_MI33_SMI_SUB: 0x%llx", res->start);
goto done;
}
ret = GPUFREQ_SUCCESS;
done:
return ret;
}
/* API: skip gpufreq driver probe if in bringup state */
static unsigned int __gpufreq_bringup(void)
{
struct device_node *of_wrapper = NULL;
unsigned int bringup_state = false;
of_wrapper = of_find_compatible_node(NULL, NULL, "mediatek,gpufreq_wrapper");
if (unlikely(!of_wrapper)) {
GPUFREQ_LOGE("fail to find gpufreq_wrapper of_node, treat as bringup");
return true;
}
/* check bringup state by dts */
of_property_read_u32(of_wrapper, "gpufreq-bringup", &bringup_state);
return bringup_state;
}
/* API: gpufreq driver probe */
static int __gpufreq_pdrv_probe(struct platform_device *pdev)
{
int ret = GPUFREQ_SUCCESS;
GPUFREQ_LOGI("start to probe gpufreq platform driver");
/* keep probe successful but do nothing when bringup */
if (__gpufreq_bringup()) {
GPUFREQ_LOGI("skip gpufreq platform driver probe when bringup");
__gpufreq_dump_bringup_status(pdev);
goto done;
}
/* init footprint */
__gpufreq_reset_footprint();
/* init reg base address and flavor config of the platform in both AP and EB mode */
ret = __gpufreq_init_platform_info(pdev);
if (unlikely(ret)) {
GPUFREQ_LOGE("fail to init platform info (%d)", ret);
goto done;
}
/* init pmic regulator */
ret = __gpufreq_init_pmic(pdev);
if (unlikely(ret)) {
GPUFREQ_LOGE("fail to init pmic (%d)", ret);
goto done;
}
/* skip most of probe in EB mode */
if (g_gpueb_support) {
GPUFREQ_LOGI("gpufreq platform probe only init reg/pmic/fp in EB mode");
goto register_fp;
}
/* init clock source */
ret = __gpufreq_init_clk(pdev);
if (unlikely(ret)) {
GPUFREQ_LOGE("fail to init clk (%d)", ret);
goto done;
}
/* init mtcmos power domain */
ret = __gpufreq_init_mtcmos(pdev);
if (unlikely(ret)) {
GPUFREQ_LOGE("fail to init mtcmos (%d)", ret);
goto done;
}
/* init segment id */
__gpufreq_init_segment_id();
/* init shader present */
__gpufreq_init_shader_present();
#if GPUFREQ_HISTORY_ENABLE
__gpufreq_history_memory_init();
#endif /* GPUFREQ_HISTORY_ENABLE */
/* power on to init first OPP index */
ret = __gpufreq_power_control(POWER_ON);
if (unlikely(ret < 0)) {
GPUFREQ_LOGE("fail to control power state: %d (%d)", POWER_ON, ret);
goto done;
}
/* init OPP table */
__gpufreq_init_opp_table();
/* init first OPP index by current freq and volt */
ret = __gpufreq_init_opp_idx();
if (unlikely(ret)) {
GPUFREQ_LOGE("fail to init OPP index (%d)", ret);
goto done;
}
/* power off after init first OPP index */
if (__gpufreq_power_ctrl_enable())
__gpufreq_power_control(POWER_OFF);
/* never power off if power control is disabled */
else
GPUFREQ_LOGI("power control always on");
#if GPUFREQ_HISTORY_ENABLE
__gpufreq_history_memory_reset();
__gpufreq_record_history_entry(HISTORY_FREE);
#endif /* GPUFREQ_HISTORY_ENABLE */
register_fp:
/*
* GPUFREQ PLATFORM INIT DONE
* register differnet platform fp to wrapper depending on AP or EB mode
*/
if (g_gpueb_support)
gpufreq_register_gpufreq_fp(&platform_eb_fp);
else
gpufreq_register_gpufreq_fp(&platform_ap_fp);
/* init gpu ppm */
ret = gpuppm_init(TARGET_STACK, g_gpueb_support, GPUPPM_DEFAULT_IDX);
if (unlikely(ret)) {
GPUFREQ_LOGE("fail to init gpuppm (%d)", ret);
goto done;
}
g_gpufreq_ready = true;
GPUFREQ_LOGI("gpufreq platform driver probe done");
done:
return ret;
}
/* API: gpufreq driver remove */
static int __gpufreq_pdrv_remove(struct platform_device *pdev)
{
#if !GPUFREQ_SELF_CTRL_MTCMOS
#if !GPUFREQ_PDCA_ENABLE
dev_pm_domain_detach(g_mtcmos->mfg19_dev, true);
dev_pm_domain_detach(g_mtcmos->mfg18_dev, true);
dev_pm_domain_detach(g_mtcmos->mfg17_dev, true);
dev_pm_domain_detach(g_mtcmos->mfg16_dev, true);
dev_pm_domain_detach(g_mtcmos->mfg15_dev, true);
dev_pm_domain_detach(g_mtcmos->mfg14_dev, true);
dev_pm_domain_detach(g_mtcmos->mfg13_dev, true);
dev_pm_domain_detach(g_mtcmos->mfg12_dev, true);
dev_pm_domain_detach(g_mtcmos->mfg11_dev, true);
dev_pm_domain_detach(g_mtcmos->mfg10_dev, true);
dev_pm_domain_detach(g_mtcmos->mfg9_dev, true);
dev_pm_domain_detach(g_mtcmos->mfg8_dev, true);
dev_pm_domain_detach(g_mtcmos->mfg7_dev, true);
dev_pm_domain_detach(g_mtcmos->mfg6_dev, true);
dev_pm_domain_detach(g_mtcmos->mfg5_dev, true);
dev_pm_domain_detach(g_mtcmos->mfg4_dev, true);
dev_pm_domain_detach(g_mtcmos->mfg3_dev, true);
dev_pm_domain_detach(g_mtcmos->mfg2_dev, true);
#endif /* GPUFREQ_PDCA_ENABLE */
dev_pm_domain_detach(g_mtcmos->mfg1_dev, true);
#endif /* GPUFREQ_SELF_CTRL_MTCMOS */
kfree(g_gpu.working_table);
kfree(g_stack.working_table);
kfree(g_clk);
kfree(g_pmic);
#if !GPUFREQ_SELF_CTRL_MTCMOS
kfree(g_mtcmos);
#endif /* GPUFREQ_SELF_CTRL_MTCMOS */
return GPUFREQ_SUCCESS;
}
/* API: register gpufreq platform driver */
static int __init __gpufreq_init(void)
{
int ret = GPUFREQ_SUCCESS;
GPUFREQ_LOGI("start to init gpufreq platform driver");
/* register gpufreq platform driver */
ret = platform_driver_register(&g_gpufreq_pdrv);
if (unlikely(ret)) {
GPUFREQ_LOGE("fail to register gpufreq platform driver (%d)", ret);
goto done;
}
GPUFREQ_LOGI("gpufreq platform driver init done");
done:
return ret;
}
/* API: unregister gpufreq driver */
static void __exit __gpufreq_exit(void)
{
platform_driver_unregister(&g_gpufreq_pdrv);
#if GPUFREQ_HISTORY_ENABLE
__gpufreq_history_memory_uninit();
#endif /* GPUFREQ_HISTORY_ENABLE */
}
module_init(__gpufreq_init);
module_exit(__gpufreq_exit);
MODULE_DEVICE_TABLE(of, g_gpufreq_of_match);
MODULE_DESCRIPTION("MediaTek GPU-DVFS platform driver");
MODULE_LICENSE("GPL");