def doInstall(): status, output = common.doBash("depmod -a") checkDriver() installDevice() status, output = common.doBash( "systemctl status flnet_s8930_54n-platform-main.service | grep inactive" ) return
def checkPsuStatus(self): psu_result = common.PASS psu_bus = DEVICE_BUS['psu'] psu_alert = STATUS_ALERT['psu'] psu_led = LED_COMMAND['pwr_led'] psu_normal = 'green' psu_abnormal = 'blink_amber' led_bus = DEVICE_BUS['status_led'] led_path = common.I2C_PREFIX + led_bus[0] + '/' + LED_NODES[1] status, output = common.doBash("ls " + common.I2C_PREFIX) if output.find(psu_bus[0]) != -1 and output.find(psu_bus[1]) != -1: for nodes in psu_bus: for alert_type in psu_alert: path = common.I2C_PREFIX + nodes + "/" + alert_type result = common.readFile(path) if result != 'Error': psu_result += int(result) if psu_result != common.PASS: if self.psu_led_status != psu_abnormal: common.writeFile(led_path, psu_led[psu_abnormal]) self.psu_led_status = psu_abnormal common.syslog.syslog(common.syslog.LOG_ERR, 'PSU Status Error !!!') return common.FAIL if self.psu_led_status != psu_normal: common.writeFile(led_path, psu_led[psu_normal]) self.psu_led_status = psu_normal common.syslog.syslog(common.syslog.LOG_ERR, 'PSU Status Normal !!!') return common.PASS
def checkFanStatus(self): fan_result = common.PASS fan_bus = DEVICE_BUS['fan'] fan_alert = STATUS_ALERT['fan'] fan_led = LED_COMMAND['fan_led'] fan_normal = 'green' fan_abnormal = 'blink_amber' led_bus = DEVICE_BUS['status_led'] led_path = common.I2C_PREFIX + led_bus[0] + '/' + LED_NODES[3] status, output = common.doBash("ls " + common.I2C_PREFIX) if output.find(fan_bus[0]) != -1: for num in range(0, FAN_NUM): for alert_type in fan_alert: path = common.I2C_PREFIX + fan_bus[0] + "/fan" + str( num + 1) + "_" + alert_type result = common.readFile(path) if result != 'Error': fan_result += int(result) if fan_result != common.PASS: if self.fan_led_status != fan_abnormal: common.writeFile(led_path, fan_led[fan_abnormal]) self.fan_led_status = fan_abnormal common.syslog.syslog(common.syslog.LOG_ERR, 'FAN Status Error !!!') return common.FAIL if self.fan_led_status != fan_normal: common.writeFile(led_path, fan_led[fan_normal]) self.fan_led_status = fan_normal common.syslog.syslog(common.syslog.LOG_ERR, 'FAN Status Normal !!!') return common.PASS
def checkDevicePosition(num): for i in range(0, len(I2C_CHECK_NODE)): status, output = common.doBash("echo " + MODULE_ID[num] + " " + DEVICE_ADDRESS[num] + " > " + common.I2C_PREFIX + I2C_CHECK_NODE[i] + "/new_device") status, output = common.doBash("ls " + common.I2C_PREFIX + DEVICE_NODE[num]) DEVICE_NODE[num] = I2C_CHECK_NODE[i] if status: status, output = common.doBash("echo " + DEVICE_ADDRESS[num] + " > " + common.I2C_PREFIX + I2C_CHECK_NODE[i] + "/delete_device") else: return return
def installDevice(): for i in range(0, len(MODULE_ID)): if MODULE_ID[i] == "pca9544": checkDevicePosition(i) else: status, output = common.doBash("echo " + MODULE_ID[i] + " " + DEVICE_ADDRESS[i] + " > " + common.I2C_PREFIX + DEVICE_NODE[i] + "/new_device") return
def doUninstall(): for i in range(0, len(KERNEL_MODULE)): status, output = common.doBash("modprobe -rq " + KERNEL_MODULE[i]) for i in range(0, len(MODULE_ID)): if MODULE_ID[i] == "pca9544": for node in range(0, len(I2C_CHECK_NODE)): status, output = common.doBash("ls " + common.I2C_PREFIX + str(node) + UNINSTALL_CHECK_NODE[i]) if not status: status, output = common.doBash("echo " + DEVICE_ADDRESS[i] + " > " + common.I2C_PREFIX + I2C_CHECK_NODE[node] + "/delete_device") else: status, output = common.doBash("echo " + DEVICE_ADDRESS[i] + " > " + common.I2C_PREFIX + DEVICE_NODE[i] + "/delete_device") return
def doInstall(): status, output = common.doBash("depmod -a") checkDriver() installDevice() return
def checkDriver(): for i in range(0, len(KERNEL_MODULE)): status, output = common.doBash("lsmod | grep " + KERNEL_MODULE[i]) if status: status, output = common.doBash("modprobe " + KERNEL_MODULE[i]) return