modify config for moli

config.txt

@@ -1,13 +1,12 @@
-user_password=test0000
-working_dir=ToT
-repo_branch=default
+user_password=casper
+working_dir=fw_brya
+repo_branch=firmware-brya-14505.B
 chrome_board_name=brask
 chrome_project_name=moli
-chipset_name=adln
 is_repo_sync=true
 is_setup_board=true
-is_build_packages=true
-is_build_firmware=false
+is_build_packages=false
+is_build_firmware=true
 is_build_image=false
 is_install_image=false
 dut_ip_addr=192.168.1.2

cros_cp_localmanifest.sh

@@ -25,12 +25,20 @@ then
     echo "INFO: copy local manifests, No branch specified"
     cp -R ${SCRIPT_DIR}/local_manifests ${_working_full_path}/.repo/
 else
-    rm -fr ${_working_full_path}/.repo/local_manifests
-    echo "INFO: rm -fr ${_working_full_path}/.repo/local_manifests"
-    echo "INFO: copy $2 local manifests"
-    local_manifest_dir="$2_local_manifests"
-    cp -R ${SCRIPT_DIR}/${local_manifest_dir} ${_working_full_path}/.repo 
-    mv ${_working_full_path}/.repo/${local_manifest_dir} ${_working_full_path}/.repo/local_manifests
+
+    if [ $2 = "stable" ]; then
+        rm -fr ${_working_full_path}/.repo/local_manifests
+        echo "INFO: rm -fr ${_working_full_path}/.repo/local_manifests"
+        echo "INFO: copy local manifests, stable branch is specified, using ToT's manifests"
+        cp -R ${SCRIPT_DIR}/local_manifests ${_working_full_path}/.repo/
+    else
+        rm -fr ${_working_full_path}/.repo/local_manifests
+        echo "INFO: rm -fr ${_working_full_path}/.repo/local_manifests"
+        echo "INFO: copy $2 local manifests"
+        local_manifest_dir="$2_local_manifests"
+        cp -R ${SCRIPT_DIR}/${local_manifest_dir} ${_working_full_path}/.repo
+        mv ${_working_full_path}/.repo/${local_manifest_dir} ${_working_full_path}/.repo/local_manifests
+    fi
 fi
 
 echo "INFO: ls ${_working_full_path}/.repo"

start_servod_container.sh

@@ -1,21 +0,0 @@
-#!/bin/bash
-_board_name=$1
-_mount_dir=$2
-
-echo "INFO: Stop Servod"
-stop-servod
-
-if [ -z "$_board_name" ]; then
-    echo "please enter board namd and mount dir"
-    exit 1
-fi
-
-if [ -z "$_mount_dir" ]; then
-    echo "INFO: start servod without share folder mounted"
-    echo "INFO: please enter mount dir, I usually using the dir /home/${USER}/chrome/ToT/src/scripts"
-    echo "INFO: start-servod --channel=release --mount=${_mount_dir}:/tmp/firmware_to_flash -n flashing_servod --board=${_board_name} -p 9999"
-    start-servod --channel=release --board=${_board_name} -p 9999
-else
-    echo "INFO: start-servod --channel=release --mount=${_mount_dir}:/tmp/firmware_to_flash -n flashing_servod --board=${_board_name} -p 9999"
-    start-servod --channel=release --mount=${_mount_dir}:/tmp/firmware_to_flash -n flashing_servod --board=${_board_name} -p 9999
-fi

stress_test.py

@@ -1,217 +0,0 @@
-#!/usr/bin/env python3
-import subprocess
-import argparse
-import time
-import sys
-from datetime import datetime
-
-def log(message):
-    """Helper function to log messages with timestamp."""
-    print(f"{datetime.now().strftime('%H:%M:%S')} - {message}")
-
-
-def run_ssh_command(ip, command, password="test0000", timeout=300, retries=3):
-    """Execute an SSH command using sshpass with retries and timeout."""
-    ssh_cmd = f'sshpass -p {password} ssh -o StrictHostKeyChecking=no root@{ip} "{command}"'
-    for attempt in range(1, retries + 1):
-        try:
-            result = subprocess.run(
-                ssh_cmd,
-                shell=True,
-                capture_output=True,
-                text=True,
-                check=True,
-                timeout=timeout
-            )
-            return result.stdout.strip(), result.stderr.strip()
-        except subprocess.TimeoutExpired:
-            log(f"SSH command timed out after {timeout} seconds (attempt {attempt}/{retries}): {command}")
-            if attempt == retries:
-                return None, "Timeout expired"
-        except subprocess.CalledProcessError as e:
-            log(f"SSH command error (attempt {attempt}/{retries}): {e}, stderr: {e.stderr}")
-            if attempt == retries:
-                return None, e.stderr
-        time.sleep(5)  # Wait before retrying
-    return None, "Failed after retries"
-
-def manage_battery_level(ip, check_interval=10):
-    """Monitor battery level and control charging based on thresholds using ectool chargestate."""
-    log(f"\nManaging battery level for {ip}...")
-    
-    while True:
-        # Get battery percentage from ectool chargestate show
-        stdout, stderr = run_ssh_command(ip, "ectool chargestate show | grep 'batt_state_of_charge' | awk '{print $3}'")
-        if stdout and stdout.strip().isdigit():
-            battery_level = int(stdout.strip())
-            log(f"Current battery level: {battery_level}%")
-            
-            # Check if battery > 90%
-            if battery_level > 90:
-                log("Battery > 90%, initiating discharge mode...")
-                stdout, stderr = run_ssh_command(ip, "ectool chargecontrol discharge")
-                if stderr:
-                    log(f"Failed to set discharge mode: {stderr}")
-                else:
-                    log("Discharge mode set successfully")
-            
-            # Check if battery <= 30%
-            elif battery_level <= 30:
-                log("Battery <= 30%, switching to normal mode...")
-                stdout, stderr = run_ssh_command(ip, "ectool chargecontrol normal")
-                if stderr:
-                    log(f"Failed to set normal mode: {stderr}")
-                else:
-                    log("Normal mode set successfully")
-                    return  # Exit after returning to normal mode
-            
-            else:
-                log(f"Battery level {battery_level}% is within acceptable range")
-        
-        else:
-            log(f"Failed to retrieve battery level: {stderr}")
-            return  # Exit on failure to get battery status
-        
-        # Wait before next check
-        time.sleep(check_interval)
-        
-        
-def get_system_info(ip):
-    """Retrieve system information using crossystem and cat /etc/lsb-release."""
-    log(f"\nCollecting system information for {ip}...")
-    
-    # Run crossystem
-    log("\n--- crossystem output ---")
-    stdout, stderr = run_ssh_command(ip, "crossystem")
-    if stdout:
-        log(stdout)
-    else:
-        log(f"Failed to retrieve crossystem info: {stderr}")
-    
-    # Run cat /etc/lsb-release
-    log("\n--- /etc/lsb-release output ---")
-    stdout, stderr = run_ssh_command(ip, "cat /etc/lsb-release")
-    if stdout:
-        log(stdout)
-    else:
-        log(f"Failed to retrieve /etc/lsb-release: {stderr}")
-    log("\n")
-
-
-def get_last_eventlog_line(ip):
-    """Retrieve the last line of /var/log/eventlog.txt."""
-    command = "tail -n 1 /var/log/eventlog.txt"
-    stdout, stderr = run_ssh_command(ip, command)
-    return stdout if stdout else None
-
-def run_firmware_update(ip, timeout=300):
-    """Run the firmware update command and check for success."""
-    command = "/usr/local/chromeos-firmwareupdate_joxer_r132 -m factory"
-    log(f"Firmware update command: {command}")
-    stdout, stderr = run_ssh_command(ip, command, timeout=timeout)
-    # log stdout and stderr
-    # log(f"\n--- stdout ---\n{stdout if stdout else 'No stdout'}")
-    # log(f"\n--- stderr ---\n{stderr if stderr else 'No stderr'}")
-
-    if stdout is None:
-        log(f"Firmware update failed: No output received (timeout or error).")
-        return False
-    if "Firmware updater exits successfully" not in stdout:
-        log(f"Firmware update failed: Success message not found. Output: {stdout}, Error: {stderr}")
-        return False
-    return True
-
-def reboot_device(ip):
-    """Send reboot command to the device and verify it's back online using ping."""
-    command = "reboot"
-    run_ssh_command(ip, command)
-    log(f"Reboot command sent to {ip}. Waiting for device to restart...")
-
-    max_attempts = 3
-    wait_time = 60  # Total wait time in seconds
-    ping_interval = 5  # Seconds between ping attempts
-    time.sleep(wait_time) 
-
-    for attempt in range(1, max_attempts + 1):
-        log(f"Ping attempt {attempt}/{max_attempts}...")
-        start_time = time.time()
-        while time.time() - start_time < wait_time:
-            try:
-                # Attempt to ping the device
-                subprocess.run(
-                    f"ping -c 1 {ip}",
-                    shell=True,
-                    capture_output=True,
-                    text=True,
-                    check=True,
-                )
-                log(f"Device {ip} is back online.")
-                return True
-            except subprocess.CalledProcessError:
-                time.sleep(ping_interval)  # Wait before next ping
-        log(f"Ping attempt {attempt} failed.")
-    
-    log(f"Device {ip} did not respond to ping after {max_attempts} attempts.")
-    return False
-
-def main():
-    # Parse command-line arguments
-    parser = argparse.ArgumentParser(description="Stress test script for firmware update")
-    parser.add_argument("--remote", required=True, help="IP address of the DUT")
-    parser.add_argument("--loops", type=int, default=30, help="Number of test loops")
-    args = parser.parse_args()
-
-    ip = args.remote
-    loops = args.loops
-    failures = 0
-    get_system_info(ip)
-
-    for i in range(1, loops + 1):
-        log(f"\nStarting loop {i}/{loops}...")
-        
-        manage_battery_level(ip)
-
-        # Step 1: Get initial last line of eventlog
-        initial_log = get_last_eventlog_line(ip)
-        if not initial_log:
-            log("Failed to retrieve initial event log. Aborting loop.")
-            failures += 1
-            return
-        log(f"Initial event log line: {initial_log}")
-
-        # Step 2: Run firmware update
-        log("Running firmware update...")
-        if not run_firmware_update(ip):
-            log("Firmware update failed. Aborting loop.")
-            failures += 1
-            return False
-
-        # Step 4: Check if event log changed
-        log("Checking event log before reboot...")
-        time.sleep(10) 
-
-        final_log = get_last_eventlog_line(ip)
-        if not final_log:
-            log("Failed to retrieve final event log. Aborting loop.")
-            failures += 1
-            return False
-        log(f"Final event log line: {final_log}")
-
-        if final_log == initial_log:
-            log("Event log did not change after firmware update!")
-            failures += 1
-        else:
-            log(f"Event log updated. New line: {final_log}")
-            return False
-
-        # Step 3: Reboot device
-        if True != reboot_device(ip):
-            return False
-
-    # Summary
-    log(f"\nTest completed. Total loops: {loops}, Failures: {failures}")
-    if failures > 0:
-        sys.exit(1)
-
-if __name__ == "__main__":
-    main()

test.log

@@ -1,92 +0,0 @@
-
-Collecting system information for 192.168.50.173...
-
---- crossystem output ---
-arch                    = x86                            # [RO/str] Platform architecture
-backup_nvram_request    = 1                              # [RW/int] Backup the nvram somewhere at the next boot. Cleared on success.
-battery_cutoff_request  = 0                              # [RW/int] Cut off battery and shutdown on next boot
-block_devmode           = 0                              # [RW/int] Block all use of developer mode
-board_id                = 2                              # [RO/int] Board hardware revision number
-clear_tpm_owner_done    = 1                              # [RW/int] Clear TPM owner done
-clear_tpm_owner_request = 0                              # [RW/int] Clear TPM owner on next boot
-cros_debug              = 1                              # [RO/int] OS should allow debug features
-dbg_reset               = 0                              # [RW/int] Debug reset mode request
-debug_build             = 1                              # [RO/int] OS image built for debug features
-dev_boot_altfw          = 0                              # [RW/int] Enable developer mode alternate bootloader
-dev_boot_signed_only    = 0                              # [RW/int] Enable developer mode boot only from official kernels
-dev_boot_usb            = 0                              # [RW/int] Enable developer mode boot from external disk (USB/SD)
-dev_default_boot        = disk                           # [RW/str] Default boot from disk, altfw or usb
-dev_enable_udc          = 0                              # [RW/int] Enable USB Device Controller
-devsw_boot              = 1                              # [RO/int] Developer switch position at boot
-devsw_cur               = 1                              # [RO/int] Developer switch current position
-diagnostic_request      = 0                              # [RW/int] Request diagnostic rom run on next boot
-disable_dev_request     = 0                              # [RW/int] Disable virtual dev-mode on next boot
-ecfw_act                = RW                             # [RO/str] Active EC firmware
-post_ec_sync_delay      = 0                              # [RW/int] Short delay after EC software sync (persistent, writable, eve only)
-fw_prev_result          = unknown                        # [RO/str] Firmware result of previous boot
-fw_prev_tried           = A                              # [RO/str] Firmware tried on previous boot (A or B)
-fw_result               = unknown                        # [RW/str] Firmware result this boot
-fw_tried                = A                              # [RO/str] Firmware tried this boot (A or B)
-fw_try_count            = 0                              # [RW/int] Number of times to try fw_try_next
-fw_try_next             = A                              # [RW/str] Firmware to try next (A or B)
-fw_vboot2               = 1                              # [RO/int] 1 if firmware was selected by vboot2 or 0 otherwise
-fwb_tries               = 0                              # [RW/int] Try firmware B count
-fwid                    = Google_Joxer.15217.608.0       # [RO/str] Active firmware ID
-fwupdate_tries          = 0                              # [RW/int] Times to try OS firmware update (inside kern_nv)
-hwid                    = JOXER TEST 8200                # [RO/str] Hardware ID
-inside_vm               = 0                              # [RO/int] Running in a VM?
-kern_nv                 = 0x0000                         # [RO/int] Non-volatile field for kernel use
-kernel_max_rollforward  = 0xfffffffe                     # [RW/int] Max kernel version to store into TPM
-kernkey_vfy             = hash                           # [RO/str] Type of verification done on kernel keyblock
-loc_idx                 = 0                              # [RW/int] Localization index for firmware screens
-mainfw_act              = A                              # [RO/str] Active main firmware
-mainfw_type             = developer                      # [RO/str] Active main firmware type
-minios_priority         = A                              # [RW/str] miniOS image to try first (A or B)
-nvram_cleared           = 0                              # [RW/int] Have NV settings been lost?  Write 0 to clear
-display_request         = 0                              # [RW/int] Should we initialize the display at boot?
-phase_enforcement       = (error)                        # [RO/int] Board should have full security settings applied
-recovery_reason         = 0                              # [RO/int] Recovery mode reason for current boot
-recovery_request        = 0                              # [RW/int] Recovery mode request
-recovery_subcode        = 0                              # [RW/int] Recovery reason subcode
-recoverysw_boot         = 0                              # [RO/int] Recovery switch position at boot
-recoverysw_cur          = (error)                        # [RO/int] Recovery switch current position
-recoverysw_ec_boot      = 0                              # [RO/int] Recovery switch position at EC boot
-ro_fwid                 = Google_Joxer.15217.439.0       # [RO/str] Read-only firmware ID
-tpm_attack              = 0                              # [RW/int] TPM was interrupted since this flag was cleared
-tpm_fwver               = 0x00010001                     # [RO/int] Firmware version stored in TPM
-tpm_kernver             = 0x00010001                     # [RO/int] Kernel version stored in TPM
-tpm_rebooted            = 0                              # [RO/int] TPM requesting repeated reboot
-tried_fwb               = 0                              # [RO/int] Tried firmware B before A this boot
-try_ro_sync             = 0                              # [RO/int] try read only software sync
-vdat_flags              = 0x00008810                     # [RO/int] Flags from VbSharedData
-wipeout_request         = 0                              # [RW/int] Firmware requested factory reset (wipeout)
-wpsw_cur                = 0                              # [RO/int] Firmware write protect hardware switch current position
-
---- /etc/lsb-release output ---
-CHROMEOS_RELEASE_APPID={A5F9E181-D0BE-4D6D-B67D-125069233535}
-CHROMEOS_BOARD_APPID={A5F9E181-D0BE-4D6D-B67D-125069233535}
-CHROMEOS_CANARY_APPID={90F229CE-83E2-4FAF-8479-E368A34938B1}
-DEVICETYPE=REFERENCE
-CHROMEOS_RELEASE_NAME=Chrome OS
-CHROMEOS_AUSERVER=https://tools.google.com/service/update2
-CHROMEOS_DEVSERVER=
-CHROMEOS_RELEASE_BUILDER_PATH=factory-nissa-15199.B-nissa/R109-15199.624.0
-CHROMEOS_RELEASE_KEYSET=devkeys
-CHROMEOS_RELEASE_TRACK=testimage-channel
-CHROMEOS_RELEASE_BUILD_TYPE=Official Build
-CHROMEOS_RELEASE_DESCRIPTION=15199.624.0 (Official Build) dev-channel nissa test
-CHROMEOS_RELEASE_BOARD=nissa
-CHROMEOS_RELEASE_BRANCH_NUMBER=624
-CHROMEOS_RELEASE_BUILD_NUMBER=15199
-CHROMEOS_RELEASE_CHROME_MILESTONE=109
-CHROMEOS_RELEASE_PATCH_NUMBER=0
-CHROMEOS_RELEASE_VERSION=15199.624.0
-GOOGLE_RELEASE=15199.624.0
-CHROMEOS_RELEASE_UNIBUILD=1
-
-
-
-Starting loop 1/100...
-Initial event log line: 326 | 2025-06-11 00:31:45 | Firmware vboot info | boot_mode=Developer | fw_tried=A | fw_try_count=0 | fw_prev_tried=A | fw_prev_result=Unknown
-Running firmware update...
-Firmware update command: /usr/local/chromeos-firmwareupdate_joxer_r132 -m factory

test_failure_item.sh

@@ -1,46 +0,0 @@
-#!/bin/bash
-
-# 設定測試設備的IP地址
-TARGET_IP=$DUT_IP
-
-# 建立 test_report 資料夾，如果不存在的話
-mkdir -p test_report
-
-# 從文字檔中讀取測試項目
-# 假設你的文字檔名叫 test_list.txt，請根據實際情況修改
-while IFS= read -r test_item || [[ -n "$test_item" ]]; do
-    # 移除可能的空白字符
-    test_item=$(echo "$test_item" | xargs)
-    
-    # 跳過空行
-    [ -z "$test_item" ] && continue
-    
-    echo "正在執行測試: $test_item"
-    
-    # 執行測試
-    tast run "$TARGET_IP" "$test_item"
-    
-    # 找到最新的測試結果資料夾
-    # 使用 ls -t 排序並取第一個（最新的）
-    latest_result=$(ls -td /tmp/tast/results/* | head -n 1)
-    
-    if [ -d "$latest_result" ]; then
-        # 取得資料夾名稱
-        folder_name=$(basename "$latest_result")
-        
-        # 新的資料夾名稱加上測試項目名稱
-        new_name="${folder_name}_${test_item}"
-        
-        # 複製到 test_report 資料夾並重新命名
-        cp -r "$latest_result" "test_report/$new_name"
-        
-        echo "測試結果已儲存至: test_report/$new_name"
-    else
-        echo "警告: 找不到測試結果資料夾 for $test_item"
-    fi
-    
-    echo "----------------------------------------"
-    
-done < test_list.txt
-
-echo "所有測試已完成！"

test_list.txt

@@ -1,11 +0,0 @@
-tast.firmware.CorruptBothFWSigABAndEC.dev
-tast.firmware.CorruptBothFWSigABAndEC.normal
-tast.firmware.ECPowerG3.power_state
-tast.firmware.ServoGBBFlags
-tast.firmware.WriteProtect.ec
-tast.firmware.WriteProtect.ec_dev
-tast.firmware.FwScreenPressPower.invalid_screen
-tast.firmware.FwmpDevDisableBoot
-tast.firmware.VerityCorruptRootfs.dev
-tast.firmware.WriteProtect.ap_dev
-tast.firmware.WriteProtectCrossystem.dev

utility_to_sdk/reboot_endurance.sh

@@ -1,2 +1 @@
-# test_that -b $1 $2 f:.*firmware_ConsecutiveBoot/control.2500 --autotest_dir ../third_party/autotest/files/
-tast run --var=servo=localhost:9999 --var=firmware.consecutiveBootIters=1500 $1 firmware.ConsecutiveBoot.shutdown_cmd_normal_mode
+ test_that -b $1 $2 f:.*firmware_ConsecutiveBoot/control.2500 --autotest_dir ../third_party/autotest/files/

utility_to_sdk/test_failure_item.sh

@@ -1,46 +0,0 @@
-#!/bin/bash
-
-# 設定測試設備的IP地址
-TARGET_IP="192.168.50.11"
-
-# 建立 test_report 資料夾，如果不存在的話
-mkdir -p test_report
-
-# 從文字檔中讀取測試項目
-# 假設你的文字檔名叫 test_list.txt，請根據實際情況修改
-while IFS= read -r test_item || [[ -n "$test_item" ]]; do
-    # 移除可能的空白字符
-    test_item=$(echo "$test_item" | xargs)
-    
-    # 跳過空行
-    [ -z "$test_item" ] && continue
-    
-    echo "正在執行測試: $test_item"
-    
-    # 執行測試
-    tast run "$TARGET_IP" "$test_item"
-    
-    # 找到最新的測試結果資料夾
-    # 使用 ls -t 排序並取第一個（最新的）
-    latest_result=$(ls -td /tmp/tast/results/* | head -n 1)
-    
-    if [ -d "$latest_result" ]; then
-        # 取得資料夾名稱
-        folder_name=$(basename "$latest_result")
-        
-        # 新的資料夾名稱加上測試項目名稱
-        new_name="${folder_name}_${test_item}"
-        
-        # 複製到 test_report 資料夾並重新命名
-        cp -r "$latest_result" "test_report/$new_name"
-        
-        echo "測試結果已儲存至: test_report/$new_name"
-    else
-        echo "警告: 找不到測試結果資料夾 for $test_item"
-    fi
-    
-    echo "----------------------------------------"
-    
-done < test_list.txt
-
-echo "所有測試已完成！"