Administrators have extra capabilities with respect to contact synchronization between Outlook and the native Contacts app:. The Google Play Store is not available in China.
However, Microsoft has distributed the Outlook for Android app in the following third-party app stores that are available in China:. As Google's notification service, Firebase Cloud Messaging , is not available in China, new mail push notifications do not function. Instead, Outlook for Android relies on polling notifications.
For the native Microsoft sync technology, background polling occurs every 15 minutes while the app is in the background assuming background synchronization is not disabled.
For Outlook for iOS, users should install 3. For Outlook for Android, users should install 3. As always, we recommend users keep the Outlook app up to date.
Assuming the user is running a supported version of Outlook for iOS and Android, after your tenant is migrated, your users may see a brief notice indicating that we are updating their email and calendar data. Otherwise the user experience to migrate to the updated architecture will be seamless. No, the migration to the native Microsoft sync technology will be on a tenant-by-tenant basis and not a per-user basis.
While the tenant selection order for migration is random, we are being deliberate about migrating Microsoft or Office mailboxes first before we migrate on-premises mailbox accounts.
If you are a customer operating in a hybrid configuration where a portion of your mailboxes remains on-premises, the on-premises users using hybrid modern authentication will be migrated to the native Microsoft sync technology at a later date. No, the user agent string that Outlook for iOS and Android uses does not change.
The ClientType property indicates which data sync protocol is in use. If the value is Outlook, then the client is using the native Microsoft sync technology. Alternatively, a user can log in to Outlook on the web and, from within Options , select Mobile Devices to view the details of a mobile device. Like the cmdlet, the user can see the value for the ClientType property. The following questions are about managing and monitoring the Outlook for iOS and Android app within your organization after the app has been deployed.
Yes, if you want to troubleshoot and resolve the issue, or if you want to inform us of a product defect or limitation, you will need to file an in-app support ticket.
Only through filing an in-app support ticket can the Outlook app's logs get collected and analyzed by our product engineers. Microsoft Support Escalation Engineers can use the incident ID to access the diagnostic logs and troubleshoot the user's issue.
Check whether you have an EWS application policy that restricts which client applications can connect. If one of the above checks doesn't resolve the issue, open an in-app support ticket. However, commercial users require an Office or Microsoft subscription that includes the Office desktop applications: Microsoft Apps for Business, Microsoft Business Standard, Microsoft Apps for enterprise, Office Enterprise E3, Office Enterprise E5, or the corresponding versions of those plans for Government or Education.
Commercial users with the following subscriptions are allowed to use the Outlook mobile app on devices with integrated screens If you only have an Exchange on-premises Exchange Server license, you are not licensed to use the app.
The following questions concern end users in your organization who are using Outlook for iOS and Android on their devices to access their Exchange mailboxes. The initial export of contacts can only begin when Outlook is in the foreground. A user can switch between apps and the export will continue while Outlook is active in memory. There are iOS limitations when syncing with iCloud that may result in data inconsistency, but Outlook will automatically trigger a reconciliation to ensure that the contacts are always consistently exported for example, reconciliation will remove duplicates if Outlook detects exported contacts from a previous export activity.
If you are seeing an inconsistency and it has not been resolved after a short period of time, wait for 24 hours and then restart the app to trigger the reconciliation process.
If that does not work, perform the following steps:. This requirement is due to the differences in the base operating systems. Android provides nothing similar. Outlook like other mobile clients does not download attachments automatically. This behavior is by design, in order to conserve device space.
Attachments are only downloaded at the request of the user. Outlook for iOS stores attachments in our own database. As a result, every attachment we download to the client takes up a considerable amount of space in our database. To ensure the client is able to provide fast performance and take a small amount of space, we purge data rather aggressively based on usage attachments will be cached up to seven days.
Unlike iOS, Android uses an accessible file system, so when Outlook for Android downloads an attachment, it doesn't go into the database, rather it is stored as a temporary file. Whenever those options are changed, Outlook for iOS performs a soft reset. This operation wipes the existing data that has been downloaded to the app and requires a resynchronization. Outlook for iOS provides your company's organization information as part of a person's contact card details.
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Click on the newest version of the SnapTube Apk Download button. Before placing any process in the holddown state, the Process Manager makes up to 5 attempts over seconds to enable the process. These attempts to enable the process also happen automatically at startup. If the Process Manager is unable to enable the process after these attempts, the process will then be placed in the holddown state. When this command is entered, it only attempts to restart processes currently in the holddown state.
Active processes will not be affected by entering this command. In the following example, this command is entered to restart any process currently on RP 0 in the holddown state:. To request platform shell access, use the request platform software system shell command in privileged EXEC mode. The platform shell command needs to be entered before before using the request platform software system shell command.
Providing shell access would not be necessary. However, there might be some cases where the command may not be available, or the IOS process hangs, or IOS console may not be available. In such cases, you can login to the shell and see the status of the system. The shell should be accessed under Cisco supervision, and no support is provided if accessed without supervision. The following message is displayed , before the shell access is granted:. To modify the format of the output of some show commands on the Cisco ASR Series Routers, use the request platform software shell session output format command in privileged EXEC and diagnostic mode.
Specifies the output format for show command output. Options include:. All show command output is seen in plaintext the text format by default. Entering this command can only change the output of some show commands that are available in both privileged EXEC and diagnostic mode. At the current time, most of these commands are show platform software and show platform hardware commands. Only a small subset of commands currently produce output using the html option.
In the following example, the request platform software shell session output format command is used to change the show output format from text to raw. The output of the show platform hardware slot r0 alarms visual command is shown both before and after the request platform software shell session output format command was entered to illustrate the change in output format.
In the following example, the request platform software shell session output format command is used to change the show output format from text to xml.
To enter EXEC mode on a router after persistent SSH or persistent Telnet is configured to connect to the router in diagnostic mode, use the request platform software vty attach command in diagnostic mode.
Exiting EXEC mode returns the user to diagnostic mode unless the permanent keyword is entered. When the permanent keyword is entered, exiting EXEC mode exits the router.
The vty lines must be configured to allow local login for this command to work. The vty lines must also be configured to accept the type of transport traffic SSH or Telnet being used to connect to the router for the session in which the request platform software vty attach command is entered.
In the following example, this command is used to leave diagnostic mode and enter privileged EXEC mode:. In the following example, this command is used to leave diagnostic mode and enter privileged EXEC mode. The user then re-enters diagnostic mode by exiting privileged EXEC mode:. In the following example, this command is used with the permanent option to leave diagnostic mode and enter privileged EXEC mode.
The user then exits the router by exiting privileged EXEC mode:. To set the revision number for the Multiple Spanning Tree To return to the default settings, use the no form of this command.
Revision number for the configuration; valid values are from 0 to Two Cisco series routers that have the same configuration but different revision numbers are considered to be part of two different regions.
This command was introduced on the Cisco VXR router. It was introduced in ROMmon version You might select the ReadOnly ROMmon image to be booted on the next reload because the Upgrade image has features or side effects you do not like. To confirm the reload, use the showmon command after entering the rommon-pref readonly command. Use this command when you are in ROMmon mode. Use the upgrade rom-monitor preference command when you are in Cisco IOS. To configure the time interval after which the old FIB entries are purged, use the route-converge-interval command in main CPU submode.
Time interval, in seconds, after which the old FIB entries are purged ; valid values are from 60 to seconds. This command is not supported in Cisco series routers that are configured with a Supervisor Engine 2.
The time interval for route-converge delay is needed to simulate the route-converge time when routing protocols restart on switchover. This example shows how to return to the default time interval for the route-converge delay:.
To execute a command remotely on a remote shell protocol rsh host, use the rsh command in privileged EXEC mode. IP address of the remote host on which to execute the rsh command. Either the IP address or the host name is required.
Name of the remote host on which to execute the command. Either the host name or the IP address is required. As the default value of the remote username, the software sends the username associated with the current tty process, if that name is valid.
For example, if the user is connected to the router through Telnet and the user was authenticated through the username command, then the software sends that username as the remote username. If the tty username is invalid, the software uses the host name as the both the remote and local usernames. Note For Cisco, tty lines are commonly used for access services. The concept of tty originated with UNIX. For UNIX systems, each physical device is represented in the file system. Terminals are sometimes called tty devices tty stands for teletype, the original UNIX terminal.
Use the rsh command to execute commands remotely. The host on which you remotely execute the command must support the rsh protocol, and the. For security reasons, the software does not default to a remote login if no command is specified, as does UNIX. Instead, the router provides Telnet and connect services that you can use rather than rsh.
The following command specifies that the user named sharon attempts to remotely execute the UNIX ls command with the -a argument on the remote host named mysys. The command output resulting from the remote execution follows the command example:.
To guarantee CPU time for processes, use the scheduler allocate command in global configuration mode. To restore the default, use the no form of this command. Integer in microseconds that limits the maximum number of microseconds to spend on fast switching within any one network interrupt context.
The range is from to microseconds. The default is microseconds. Integer in microseconds that guarantees the minimum number of microseconds to spend at the process level when network interrupts are disabled. The default for Catalyst series switches and Cisco series routers is microseconds.
Support for this command on the Supervisor Engine 2 was extended to the This command applies to the Catalyst series switches, Cisco series, Cisco series, and Cisco series routers. Entering the scheduler allocate command without arguments is the same as entering the no scheduler allocate or the default scheduler allocate command.
The following example makes 20 percent of the CPU available for process tasks:. Controls the maximum amount of time that can elapse without running system processes. To validate the memory and edisms poll routine, use the scheduler heapcheck poll command in global configuration mode. To disable the memory check and edisms poll routine, use the no form of this command. The scheduler heapcheck poll command is disabled by default. If no keywords are specified, a sanity check is performed on all the memory blocks and memory pools.
The following example shows how to validate the memory check and edisms poll routine:. Performs a sanity check for corruption in memory blocks when a process switch occurs. To perform a "sanity check" for corruption in memory blocks when a process switch occurs, use the scheduler heapcheck process command in global configuration mode. To disable this feature, use the no form of this command. Optional Specifies checking the process control information PCI memory block.
Optional Specifies checking the value of the block magic, red zone, size, refcount, and pointers next and previous. Optional Specifies checking the value of the block magic, red zone, and size.
This command is disabled by default. If no keywords are specified, a sanity check will be performed on all the memory blocks and memory pools. When configuring this command, you can choose none or all memory block keywords fast , io , multibus , pci , processor , and checktype. In this example, the values of only the block magic, red zone, and size will be checked.
The following example shows how to sanity check for corruption in the processor memory block when a process switch occurs. In this example, the values of only the next and previous pointers will be checked.
To start interrupt mask profiling for all processes running on the system, use the scheduler interrupt mask profile command in global configuration mode. To stop interrupt mask profiling, use the no form of this command. This command enables the collection of details regarding the total amount of time a process has masked interrupts since the interrupt mask profiler was enabled.
Clears the interrupt masked details for all processes and stack traces that have been dumped into the interrupt mask buffer. Configures the maximum number of entries that can exist in the interrupt mask buffer.
Configures the maximum allowed time that a process can run with interrupts masked. Displays interrupt masked details for the specified process or all processes in the system. To configure the maximum number of entries that can exist in the interrupt mask buffer, use the scheduler interrupt mask size command in global configuration mode. To reset the maximum number of entries that can exist in the interrupt mask buffer to the default, use the no form of this command.
The following example shows how to configure entries the maximum number of entries that can exist in the interrupt mask buffer:. Enables or disables interrupt mask profiling for all processes running on the system. Configures the maximum amount of time a process can run with interrupts masked. Displays interrupt masked details for the specified process or all processes in the system and displays information stored in the interrupt mask buffer. Displays interrupt masked details for the specified or all processes in the system.
To configure the maximum time that a process can run with interrupts masked before another entry is created in the interrupt mask buffer, use the scheduler interrupt mask time command in global configuration mode. To reset the threshold time to the default, use the no form of this command.
Specifies the maximum amount of timein microseconds a process can be in interrupt masked state without creating an entry in the interrupt mask buffer.
The following shows how to configure microseconds as the maximum time a process can run with interrupts masked before another entry is created in the interrupt mask buffer:. To control the maximum amount of time that can elapse without running system processes, use the scheduler interval command in global configuration mode. Integer that specifies the interval in milliseconds.
The minimum interval that you can specify is milliseconds; there is no maximum value. The normal operation of the network server allows the switching operations to use as much of the central processor as is required. If the network is running unusually heavy loads that do not allow the processor the time to handle the routing protocols, give priority to the system process scheduler.
High-priority operations are allowed to use as much of the CPU as needed. Note Changing settings associated with CPU processes can negatively impact system performance. On the Cisco series and Cisco series, use the scheduler allocate global configuration command instead of the scheduler interval command.
The following example changes the low-priority process schedule to an interval of milliseconds:. To detect if an Interrupt Service Routine ISR is suspended or stalled and to schedule and manage a watchdog timeout on an ISR, use the scheduler isr-watchdog command in global configuration mode. The timer ISR checks the current context to avoid holding processes accountable for CPU time spent servicing interrupts during the process time slice, and vice versa for interrupt-level code accountability.
As a result, depending on when the timer tick occurs in relation to a context switch, you might see inaccuracies in CPU utilization accounting compared with the actual computation time because some or all of the tick is being applied to the wrong context. The following example shows how to detect if an ISR is suspended or stalled and to manage a watchdog timeout on an ISR:.
Configures the maximum time in milliseconds that a scheduler can run without flagging an error. To configure or change the maximum time, in milliseconds that a scheduler can run without flagging an error or overload of the CPU, use the scheduler max-sched-time command in global configuration mode.
To disable this configuration, use the no form of this command. The default behavior of the scheduler max-sched-time command is to stop the process only if it is fatal. A task is defined as fatal if the task gets another watchdog within 12 hours of being assigned the first watchdog, and a handler has been registered. The following example shows how to configure the maximum time in milliseconds to ms in this example that a scheduler can run without flagging an error:.
To configure the default action of a watchdog timeout for a process using a scheduler, use the scheduler process-watchdog command in global configuration mode. The watchdog timer sets the interval after which the scheduler assumes a process has been suspended or stalled and needs to be stopped. The following example shows how to configure the default action of a watchdog timeout for a process using a scheduler:. To configure process-level timer validation on a scheduler, and check the timer tree of the process after every context switch of the process Packet Identification number PID is configured, use the scheduler timercheck process command in global configuration mode.
Specify the show processes timercheck command after configuring the schedule timercheck process command to display the details of the configuration.
The following example shows how to configure process-level timer validation on a scheduler with a PID value of To configure system-level validation on context switches on a scheduler, and check system level-timers, use the scheduler timercheck system context command in global configuration mode. The system-level validation on context switches on a scheduler is not configured. The following example shows how to configure system level validation on context switches on a scheduler:.
To send messages to one or all terminal lines, use the send command in user or privileged EXEC mode. Optional Sends the message to the specified client. The message is sent to all clients if the client ID is not specified.
Sends a message to XSM client when it is used with the xsm keyword. After entering the send command, the system prompts for the message to be sent, which can be up to characters long. Press Ctrl-Z to end the message. Press Ctrl-C to abort this command. To compress startup configuration files, use the service compress-config command in global configuration mode.
To disable compression, use the no form of this command. After you configure the service compress-config command, the router will compress configuration files every time you save a configuration to the startup configuration.
For example, when you enter the copy system:running-config nvram:startup-config command, the running configuration will be compressed before storage in NVRAM.
If the boot ROMs do not recognize a compressed configuration, the following message is displayed:. One way to determine whether a configuration file will be compressed enough to fit into NVRAM is to use a text editor to enter the configuration, then use the UNIX compress command to check the compressed size.
To get a closer approximation of the compression ratio, use the UNIX compress -b12 command. Once the configuration file has been compressed, the router functions normally. At boot time, the system recognizes that the configuration file is compressed, uncompresses it, and proceeds normally.
A partition nvram:startup-config command uncompresses the configuration before displaying it. To disable compression of the configuration file, enter configuration mode and specify the no service compress-config command. Then, exit global configuration mode and enter the copy system:running-config nvram:startup-config command. Otherwise, the router displays an error message indicating that the configuration is too large to store.
When the file is truncated, commands at the end of the file are erased. Therefore, you will lose part of your configuration. To truncate and save the configuration, type Y.
To not truncate and not save the configuration, type N. To enable autoloading of configuration files from a network server, use the service config command in global configuration mode.
In these cases, autoloading of configuration files from a network server is enabled automatically. Usually, the service config command is used in conjunction with the boot host or boot network command. You must enter the service config command to enable the router to automatically configure the system from the file specified by the boot host or boot network command. If you specify both the no service config command and the boot host command, the router attempts to find the specified host configuration file.
The service config command can also be used without the boot host or boot network command. If you do not specify host or network configuration filenames, the router uses the default configuration files. The default network configuration file is network-confg. The default host configuration file is host-confg, where host is the hostname of the router. If the Cisco IOS software cannot resolve its hostname, the default host configuration file is router-confg.
Note You must issue the reload command for the service config command to take effect. In the following example, a router is configured to autoload the default network and host configuration files. Because no boot host or boot network commands are specified, the router uses the broadcast address to request the files from a TFTP server.
Changes the default name of the host configuration filename from which to load configuration commands. Changes the default name of the network configuration file from which to load configuration commands.
Re load s the operating system. To set the time interval for retrieving statistics, use the service counters max age command in global configuration mode.
Support for this command was introduced on the Supervisor Engine and the Supervisor Engine 2. The typical polling interval to meet this need is minutes.
No gain is achived by reducing the polling interval to intervals lesser than 3 minutes. Note If you decrease the time interval for retrieving statistics from the default setting 5 seconds , traffic congestion may result in situations where frequent SNMP SMNP bulk retrievals occur.
To specify that line numbers be displayed and interpreted as octal numbers rather than decimal numbers, use the no service decimal-tty command in global configuration mode. To restore the default, use the service decimal-tty command. In the following example, the router is configured to display decimal rather than octal line numbers:. To delay the startup of the EXEC on noisy lines, use the service exec-wait command in global configuration mode.
To disable the delay function, use the no form of this command. This command delays startup of the EXEC until the line has been idle no traffic seen for 3 seconds. The default is to enable the line immediately on modem activation. The command is not useful on nonmodem lines or lines without some kind of login configured. The service finger command has been replaced by the ip finger command. However, the service finge r and no service finger commands continue to function to maintain backward compatibility with older versions of Cisco IOS software.
Support for this command may be removed in a future release. See the description of the ip finger command for more information. To hide addresses while trying to establish a Telnet session, use the service hide-telnet-address command in global configuration mode. To disable this service, use the no form of this command. When you attempt to connect to a device, the router displays addresses and other messages for example, "Trying router1 The router continues to display all other messages that would normally be displayed during a connection attempt, such as detailed error messages if the connection was not successful.
The hide feature improves the functionality of the busy-message feature. When you configure only the busy-message command, the normal messages generated during a connection attempt are not displayed; only the busy-message is displayed.
When you use the hide and busy features together you can customize the information displayed during Telnet connection attempts. When you configure the service hide-telnet-address command and the busy-message command, the router suppresses the address and displays the message specified with the busy-message command if the connection attempt is not successful. Creates a "host failed" message that is displayed when a connection fails. To configure the Cisco IOS software to display line number information after the EXEC or incoming banner, use the service linenumber command in global configuration mode.
To disable this function, use the no form of this command. With the service linenumber command, you can have the Cisco IOS software display the host name, line number, and location each time an EXEC process is started, or an incoming connection is made.
The line number banner appears immediately after the EXEC banner or incoming banner. This feature is useful for tracking problems with modems, because the host and line for the modem connection are listed. Modem type information can also be included. In the following example, a user Telnets to Router2 before and after the service linenumber command is enabled. The second time, information about the line is displayed after the banner.
To enable the Nagle congestion control algorithm, use the service nagle command in global configuration mode. To disable the algorithm, use the no form of this command. When using a standard TCP implementation to send keystrokes between machines, TCP tends to send one packet for each keystroke typed. On larger networks, many small packets use up bandwidth and contribute to congestion. In general, it works this way: The first character typed after connection establishment is sent in a single packet, but TCP holds any additional characters typed until the receiver acknowledges the previous packet.
Then the second, larger packet is sent, and additional typed characters are saved until the acknowledgment comes back. The effect is to accumulate characters into larger chunks, and pace them out to the network at a rate matching the round-trip time of the given connection. This method is usually effective for all TCP-based traffic.
However, do not use the service nagle command if you have XRemote users on X Window system sessions. To display the configuration prompt config , use the service prompt config command in global configuration mode. To remove the configuration prompt, use the no form of this command. In the following example, the no service prompt config command prevents the configuration prompt from being displayed.
The prompt is still displayed in EXEC mode. When the service prompt config command is entered, the configuration mode prompt reappears. To enable visible sequence numbering of system logging messages, use the service sequence-numbers command in global configuration mode.
To disable visible sequence numbering of logging messages, use the no form of this command. Each system status messages logged in the system logging process have a sequence reference number applied. This command makes that number visible by displaying it with the message.
The sequence number is displayed as the first part of the system status message. See the description of the logging commands for information on displaying logging messages. To allow slave Versatile Interface Processor VIP cards to log important error messages to the console, use the service slave-log command in global configuration mode.
To disable slave logging, use the no form of this command. This command allows slave slots to log error messages of level 2 or higher critical, alerts, and emergencies.
In the following example, the router is configured to log important messages from the slave cards to the console:. The first line indicates which slot sent the message. The second line contains the error message. To generate keepalive packets on idle incoming network connections initiated by the remote host , use the service tcp-keepalives-in command in global configuration mode.
To disable the keepalives, use the no form of this command. In the following example, keepalives on incoming TCP connections are generated:. Generates keepalive packets on idle outgoing network connections initiated by a user. To generate keepalive packets on idle outgoing network connections initiated by a user , use the service tcp-keepalives-out command in global configuration mode.
In the following example, keepalives on outgoing TCP connections are generated:. Generates keepalive packets on idle incoming network connections initiated by the remote host. To enable small TCP servers such as the Echo, use the service tcp-small-servers command in global configuration mode.
To disable the TCP server, use the no form of this command. To use the service tcp-small-servers command, you must be in a user group associated with a task group that includes the proper task IDs. If you suspect user group assignment is preventing you from using a command, contact your Authentication, Authorization, and Accounting AAA administrator for assistance.
These services are used to test the TCP transport functionality. The discard server receives data and discards it. The echo server receives data and echoes the same data to the sending host. The chargen server generates a sequence of data and sends it to the remote host. The following example shows how to enable small TCP servers and set the maximum number of allowable small servers to To set the TCP window to zero 0 when the Telnet connection is idle, use the service telnet-zeroidle command in global configuration mode.
Normally, data sent to noncurrent Telnet connections is accepted and discarded. When the service telnet-zero-idle command is enabled, if a session is suspended that is, some other connection is made active or the router is in the privileged EXEC mode , the TCP window is set to zero.
This action prevents the remote host from sending any more data until the connection is resumed. Use this command when it is important that all messages sent by the host be seen by the users and the users are likely to use multiple sessions.
Do not use this command if your host will eventually time out and log out a TCP user whose window is zero. The following example shows how to set the TCP window to zero when the Telnet connection is idle:. To configure the system to apply a time stamp to debugging messages or system logging messages, use the service timestamps command in global configuration mode.
Optional Indicates time-stamping for debugging messages.
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