sb: rb: Update multiple new functions to sb-rb-20254901 (#2657)

Summary:
- Fix UBC(delta) address setting when different board version
 - add shell commands
	-clock_ctrl
	-fru_print
	-jtag_mux
	-power_good_status
	-vqps
- add VR_OSFP_3V3 firmware update
- add blackbox events-smbus alert & fix power fault issue
- modified power_steps_on power on one by one
- add smbus alert trigger function
- update new vr threshold
- add LEAK2 trigger funciton(EVB FAB2)
- add ASIC die temperature sensor LED control funciton
- remove iris_power steps_on shell command debug message
- modify ALL_VR_PM_ALERT_R_N trigger funciton execute immediately when trigger
- when asic is updating it needs to turn off cpld RESET register all pins and will restore when update is finished
- add shell_spi explanatory text
- add U200051_IO init and reading data base on dc on/off
- update VQPS shell command with unified control & status
- add shell commands for delay_asic_rst and delay_module_pg
- add CPLD power capping control shell command
- add PCIe PERST control shell command
- add soc_pwron_reset bit control support
- update SENSOR_NUM_ASIC_P0V4_VDDQL_HBM0246_VOLT_V threshold
- add fan control setting to cool down ASIC(EVB only)
- IRIS boot0 update
- add ads7066 & ad4058 sensor reading and test shell command
- add iris smbus alert function
- update power sequence
- modified vqps shell cmd
- add allow user to choose which reset IO to trigger on MMC
- modified UBC Current UCR to 180000
- modified pldm iris boot0 update by i2c_master_write
- fix CLK enable shows “AEGIS” in name, change to "RAINBOW"
- add temp status get all , strap_control_manual enable/disable
- add new 4V2, 3V3CLK, P1V5_PLL_VDDA_OWL_E, P1V5_PLL_VDDA_OWL_W in power sequence, power good status, steps_on
- add disable_steps_on functions that will disable all power to power off status
- add showing the power good value when steps_on
- edit some names
- update VQPS shell command with unified control & status
- add shell commands for delay_asic_rst and delay_module_pg
- add CPLD power capping control shell command
- add PCIe PERST control shell command
- add soc_pwron_reset bit control support
- update SENSOR_NUM_ASIC_P0V4_VDDQL_HBM0246_VOLT_V threshold
- add fan control setting to cool down ASIC(EVB only)
- IRIS boot0 update
- add ads7066 & ad4058 sensor reading and test shell command
- add iris temp sensor black box event and checking thread
- modified PERST delay time base on 10ms adam
- add iris smbus alert function
- update power sequence  adam
- modified vqps shell cmd billy
- add allow user to choose which reset IO to trigger on MMC
- modified UBC Current UCR to 180000
- modified pldm iris boot0 update by i2c_master_write
- fix CLK enable shows “AEGIS” in name, change to "RAINBOW"
- add temp status get all , strap_control_manual enable/disable adam
- fix adc index error
- modified adc_test read buf and buf_raw
- update temperature threshold adam
- fix strap pin mapping
- fix adc index error
- add U200052 ioexp. init and control function
- add shell: get_fw_version force_read_asic
- add 3v3osfp(EVB only) in power good status, power on and 1-steps on
- add "get" for shell cmd "strap_control_manual" adam
- move VR_HOT_EVB default init to tca6424a_init billy
- add pca6416a_init to set HAMSA_MFIO19 default low billy
- fix tca6424a mapping billy
- fix delay pcie reset perm setting adam
- thermal: move board_id init out of loop
- thermal: update VR_HOT handling for temperature alert event
- refactor status read and add success/fail flag
- add iris temp sensor black box event and checking thread
- modified power steps and add 4V2 pwrgd
- modify soc_pcie_perst command function adam
- add power_capping: enable autocomplete and simplify shell logic billy
- add clock_status: autocomplete, all option, and CLK_GEN_100M_U86 billy
- modify bootstrap default
- add shell command "bmc_sensor get" to get P52V_ASIC_SENSE_PWR
- add power_capping_control:  VR_HOT IO exp support on EVB
- add U200070_IO support and set default IO directions/values billy
- update VQPS shell cmd for U200070 and EVT-specific bit mapping billy
- add shell vr version get will check p3v3 and p5v pwrgd before get version

Pull Request resolved: #2657

Test Plan: - Build code: Pass

Reviewed By: jamesatha

Differential Revision: D90850843

fbshipit-source-id: bbc41c2bda2d610f3730ead85b43669631f49333

Author: Kevin Huang

common/dev/include/tmp431.h

@@ -63,7 +63,7 @@ enum TMP431_REIGSTER_MAP {
 };
 
 bool tmp432_get_temp_threshold(sensor_cfg *cfg, uint8_t temp_threshold_index,
-			       uint32_t *millidegree_celsius);
+			       int32_t *millidegree_celsius);
 bool tmp432_set_temp_threshold(sensor_cfg *cfg, uint8_t temp_threshold_index,
 			       uint32_t *millidegree_celsius);
 bool tmp432_set_thermal_mode(sensor_cfg *cfg);

common/dev/include/tmp75.h

@@ -23,7 +23,7 @@ enum TMP75_REIGSTER_MAP {
 };
 
 bool tmp75_get_temp_threshold(sensor_cfg *cfg, uint8_t temp_threshold_index,
-			      uint32_t *millidegree_celsius);
+			      int32_t *millidegree_celsius);
 bool tmp75_set_temp_threshold(sensor_cfg *cfg, uint8_t temp_threshold_index,
 			      uint32_t *millidegree_celsius);
 uint8_t tmp75_init(sensor_cfg *cfg);

common/dev/tmp431.c

@@ -64,7 +64,7 @@ temp_mapping_register tmp432_temp_register_map[] = {
 };
 
 bool get_tmp432_two_byte_limit(sensor_cfg *cfg, uint8_t temp_threshold_index,
-			       uint32_t *millidegree_celsius)
+			       int32_t *millidegree_celsius)
 {
 	CHECK_NULL_ARG_WITH_RETURN(cfg, false);
 	CHECK_NULL_ARG_WITH_RETURN(millidegree_celsius, false);
@@ -84,8 +84,8 @@ bool get_tmp432_two_byte_limit(sensor_cfg *cfg, uint8_t temp_threshold_index,
 		return false;
 	}
 
-	uint32_t limit_high_byte_val = (uint32_t)msg.data[0] * 1000;
-	uint32_t limit_low_byte_val = ((msg.data[1] >> 4) * 625) / 10;
+	int32_t limit_high_byte_val = (int8_t)msg.data[0] * 1000;
+	int32_t limit_low_byte_val = (((int8_t)msg.data[1] >> 4) * 625) / 10;
 	*millidegree_celsius = limit_high_byte_val + limit_low_byte_val;
 
 	return true;
@@ -119,7 +119,7 @@ bool get_tmp432_one_byte_limit(sensor_cfg *cfg, uint8_t temp_threshold_index,
 }
 
 bool tmp432_get_temp_threshold(sensor_cfg *cfg, uint8_t temp_threshold_index,
-			       uint32_t *millidegree_celsius)
+			       int32_t *millidegree_celsius)
 {
 	CHECK_NULL_ARG_WITH_RETURN(cfg, false);
 	CHECK_NULL_ARG_WITH_RETURN(millidegree_celsius, false);
@@ -165,7 +165,7 @@ bool tmp432_get_temp_threshold(sensor_cfg *cfg, uint8_t temp_threshold_index,
 }
 
 bool set_tmp432_two_byte_limit(sensor_cfg *cfg, uint8_t temp_threshold_index,
-			       uint32_t *millidegree_celsius)
+			       int32_t *millidegree_celsius)
 {
 	CHECK_NULL_ARG_WITH_RETURN(cfg, false);
 	CHECK_NULL_ARG_WITH_RETURN(millidegree_celsius, false);
@@ -177,10 +177,10 @@ bool set_tmp432_two_byte_limit(sensor_cfg *cfg, uint8_t temp_threshold_index,
 	msg.target_addr = cfg->target_addr;
 	msg.tx_len = 3;
 	msg.data[0] = register_high;
-	msg.data[1] = (uint8_t)(*millidegree_celsius / 1000);
+	msg.data[1] = (int8_t)(*millidegree_celsius / 1000);
 
-	uint32_t remainder = *millidegree_celsius % 1000;
-	uint8_t low_byte_val = (uint8_t)((remainder * 16) / 1000);
+	int32_t remainder = *millidegree_celsius % 1000;
+	int8_t low_byte_val = (int8_t)((remainder * 16) / 1000);
 	msg.data[2] = (low_byte_val << 4);
 
 	if (i2c_master_write(&msg, retry)) {

common/dev/tmp75.c

@@ -24,7 +24,7 @@
 LOG_MODULE_REGISTER(tmp75);
 
 bool get_tmp75_two_byte_limit(sensor_cfg *cfg, uint8_t temp_threshold_index,
-			      uint32_t *millidegree_celsius)
+			      int32_t *millidegree_celsius)
 {
 	CHECK_NULL_ARG_WITH_RETURN(cfg, false);
 	CHECK_NULL_ARG_WITH_RETURN(millidegree_celsius, false);
@@ -43,16 +43,16 @@ bool get_tmp75_two_byte_limit(sensor_cfg *cfg, uint8_t temp_threshold_index,
 		return false;
 	}
 
-	float limit_byte_1_val = (float)msg.data[0] * 1000.0;
-	float limit_byte_2_val = (float)(msg.data[1] >> 4) * 0.0625;
+	int32_t limit_byte_1_val = (int8_t)msg.data[0] * 1000.0;
+	int32_t limit_byte_2_val = ((int8_t)msg.data[1] >> 4) * 62.5;
 
-	*millidegree_celsius = (uint32_t)limit_byte_1_val + limit_byte_2_val;
+	*millidegree_celsius = limit_byte_1_val + limit_byte_2_val;
 
 	return true;
 }
 
 bool tmp75_get_temp_threshold(sensor_cfg *cfg, uint8_t temp_threshold_index,
-			      uint32_t *millidegree_celsius)
+			      int32_t *millidegree_celsius)
 {
 	CHECK_NULL_ARG_WITH_RETURN(cfg, false);
 	CHECK_NULL_ARG_WITH_RETURN(millidegree_celsius, false);
@@ -76,7 +76,7 @@ bool tmp75_get_temp_threshold(sensor_cfg *cfg, uint8_t temp_threshold_index,
 }
 
 bool set_tmp75_two_byte_limit(sensor_cfg *cfg, uint8_t temp_threshold_index,
-			      uint32_t *millidegree_celsius)
+			      int32_t *millidegree_celsius)
 {
 	CHECK_NULL_ARG_WITH_RETURN(cfg, false);
 	CHECK_NULL_ARG_WITH_RETURN(millidegree_celsius, false);
@@ -85,12 +85,12 @@ bool set_tmp75_two_byte_limit(sensor_cfg *cfg, uint8_t temp_threshold_index,
 	I2C_MSG msg = { 0 };
 	msg.bus = cfg->port;
 	msg.target_addr = cfg->target_addr;
-	msg.tx_len = 2;
+	msg.tx_len = 3;
 	msg.data[0] = ((temp_threshold_index == LOCAL_HIGH_LIMIT) ? TMP75_LOCAL_HIGH_LIMIT_REG :
 								    TMP75_LOCAL_LOW_LIMIT_REG);
-	msg.data[1] = (uint8_t)(*millidegree_celsius / 1000.0);
-	uint32_t remainder = *millidegree_celsius % 1000;
-	uint8_t low_byte_val = (uint8_t)((remainder * 16) / 1000);
+	msg.data[1] = (int8_t)(*millidegree_celsius / 1000.0);
+	int32_t remainder = *millidegree_celsius % 1000;
+	int8_t low_byte_val = (int8_t)((remainder * 16) / 1000);
 	msg.data[2] = (low_byte_val << 4);
 
 	if (i2c_master_write(&msg, retry)) {