Use command line for upgrade nextCloud was bester than using Web Upgrade. Some reason not work with Web upgrade.
Using the command line for upgrading NextCloud is more efficient than using the web upgrade interface. There are several reasons why the command line method is preferable:
Upgrade Duration: Upgrading NextCloud can take several hours, and when using the web upgrade, it’s difficult to gauge whether the process is progressing or if it has encountered issues and halted.
Error Handling: Upgrades can sometimes result in errors that require intervention. When using the command line, it provides more detailed information about any issues encountered, making it easier to take corrective actions. In contrast, the web upgrade may not provide sufficient information to diagnose and fix problems effectively.
PHP Configuration: To upgrade NextCloud, PHP often requires the apc.enable_cli=1 configuration. This configuration may not always be set correctly when using the web upgrade, causing upgrade issues.
In summary, utilizing the command line for NextCloud upgrades offers better control, error visibility, and ensures the necessary PHP configurations are in place for a smoother upgrade process compared to the web upgrade interface.
Make the nextCloud Folder work with same User and same permission
My Web Directory: /var/www/nextcloud My Apache user: apache2
An advanced four (seven) stage charging program is written inside the automatic charger. While the battery is fully charged, the service life of the battery can be effectively extended.
Soft start At the moment when the charger is energized, the power is buffered from small to large, which has a buffering protection effect on the charger when it is started.
Constant current At this stage, the charger outputs the rated current for fast charging to increase the charging rate. The voltage of the battery gradually increases. At the same time, in order to prevent the battery from being overcharged, the charging voltage of the charger is limited to a safe value range. When the charging voltage rises to the set value, the charging current will begin to decrease slowly. At this time, the charger enters the constant voltage charging stage and continues to replenish the battery.
Constant voltage At this stage, the charging current of the charger will gradually decrease, which can reduce the heating and vaporization of the battery and effectively avoid premature damage to the battery due to excessive aging. When the battery capacity reaches approximately 90%, the indicator light will briefly turn orange and the charger will enter the top-off phase.
Float charge At this stage, the charger only outputs a lower voltage and smaller current to charge the battery. In this way, 100% capacity of the battery can be guaranteed at any time, and the battery will not bear unnecessary burdens, so as to prolong the service life of the battery as much as possible. At this time, the indicator light is green, which means that the battery capacity is basically fully charged.
Basic Information
Input Voltage : 100 ~ 240Vac, Min. 90Vac, Max 265Vac
Output overload protect: The charger will stop its output when the voltage exceeds or reaches ≥14Vdc, with the Red LED indicator turning ON. It will resume operation when the output voltage falls below 14Vdc.
Over current / Short circuit: Limited current
Temperature protect: When the ambient temperature exceeds 30°C, the charger’s rated output power will gradually decrease as the temperature rises. Once it exceeds 60°C, the charger will stop outputting power. When the temperature drops below the cutoff point, the charger will automatically restore normal output.
Cooling method: Nature cool
Function
Start mode: Soft start
Constant current: When the main battery voltage drops below ≤ 12.5Vdc, the charging output pressure is activated for fast charging to increase the charging rate. At this time, the indicator light(L) will illuminate in red
Constant voltage: When the charger’s output voltage reaches 13.9Vdc and remains relatively stable, the charging current gradually decreases. This helps reduce battery heating and vaporization, effectively preventing excessive aging and premature damage to the battery. At this time, the indicator light(L) will illuminate in red
Float charging: When the battery capacity reaches 90%, the charger enters the float charging stage to continue replenishing the battery. At this time, the indicator light (L) will in green.
Auto stop charge: When the changing voltage exceeds ≥13.8Vdc, the charging current will continue to gradually decrease. When the charging current drops below 0.6A, the charger will automatically stop outputting power.
Pulse charging: It is a timely replenishment control method for the natural consumption of the battery, which not only keeps the battery in the best working condition at all times. It can also minimize the vaporization of the battery and the sulfide corrosion reaction of the plates, avoid early damage and aging of the battery, and effectively extend the service life of the battery. At this time, the indicator light (R) lights green intermittently.
Auto activate charging: When the battery voltage is ≤13.2Vdc , the charger will automatically activate and return to the corresponding charging state.
Alarm
Relay alarm: When the battery voltage is ≤12.5Vdc or when the charger fails to output, the relay contact is closed.
Indicator light alarm: When the output voltage of the charger is ≥14Vdc, the charger stops outputting, and the indicator light (R) is red at this time.
Reverse protection
When the charger’s output terminal is connected reversely, the charger stops output; when the reverse connection is removed, the charger will automatically resume output (when the battery voltage is higher than 5Vdc): If the battery voltage is lower than 5Vdc at this time, you need to protect it first. When the power supply of the input terminal is confirmed to be normal, disconnect the output terminal and then connect the output terminal, the charger will automatically restore the output.