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1991 infiniti q45 repair manualOpenSLP follows the Take a look at it orThis parameter is only applicable when the other The default value is This setting is Default is 900 seconds (15 minutes). If the This is useful The default Default is 15000 ms or 15 secs. Default is 15000 ms or 15 secs. Default is 1400 By default, OpenSLP will use all interfaces. Setting this Ignored if net.slp.isDA is false. The property must be in the SLP The reasons for not supporting some The following is a list of Currently multicast timeouts Currently multicast timeouts Currently unicast timeouts. The file contains a list of SLP configuration properties with accompanying comments that describe the effect of changing a property of the SLP configuration. The configuration file consists of the following elements: The key-value pairs consist of the SLP property names and their settings, in this format: Property values consist of one of the following data types: Comment lines are optional in the file, but useful for administration. Settings in the configuration file are case insensitive. Use non-ASCII characters for escaping. SLP makes theApplications that support SLP can use thisAfter the installation, the daemon is inactive byThe followingThen enter the language inRFC 2609 deals withProgrammers who want to. Without SLP, users must supply the hostname or network address of the service that they want to access. For the Novell Client, having SLP set up allows users to see the trees, contexts, and servers available to them when they use the Novell Client for Linux Login screen. When they click the Browse button, a list of available trees, contexts, or servers appears and they can select the appropriate ones. For example, instead of remembering an IP address or DNS name for a server, users can select the server’s name from a list of available servers. For more information, see “SLP Services in the Network” in the SUSE LINUX Enterprise Server Installation and Administration Guide.http://plaschke-partner.com/uploaded/dos-500-manual.xml

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The Novell Client for Linux includes a Novell Client Configuration Wizard to simplify the process of configuring your SLP and other Novell Client configuration options. The Novell Client Configuration Wizard provides only basic SLP configuration because this is all that is required by the client.RFC 2609 details the syntax of the service URLs used and RFC 2610 details DHCP via SLP. If this setting is not used, dynamic DA discovery is used to determine which DAs to use. This setting is not usually necessary because OpenSLP automatically uses broadcasting if multicasting is unavailable. If a DA does not support multicasting, we recommend using the Directory Agent List to configure that Directory Agent rather than using this option. If the SA does not support multicasting and if there are any services advertised by that SA that are needed by the UA on this machine, then use the Broadcast Only option. If you do not get a list, OpenSLP is not installed correctly or is not working. See Section 4.3.1, Setting Up SLP for more information. If OpenSLP is not installed, the SLP protocol is disabled, or your firewall settings are turned on (as they are by default in SUSE Linux Enterprise 11), a warning message is displayed when you try to scan for or access Novell services. Follow the instructions in Section 4.3.1, Setting Up SLP to configure SLP. You can turn the firewall off, or manually configure the firewall to let SLP packets in and out. If your LAN interface is defined as External in the SUSE firewall configuration, you can try adding SLP Daemon Rules as an allowed service, or you can try changing your LAN interface definition to Internal. Information such as device settings, Address Books, and error logs is retrieved and distributed via the server computer.http://paseygol.com/userfiles/dorst-press-manual.xml If the machine is connected to such a network, imageWARE searches the network for the machine by using protocols such as Service Location Protocol (SLP) to gather information from the machine, including the power status. SLP settings can be specified via the Remote UI. Enter a number from 0 to 254. Enter a number in seconds from 60 to 65535. Please help to improve this article by introducing more precise citations. ( August 2010 ) ( Learn how and when to remove this template message ) SLP has been designed to scale from small, unmanaged networks to large enterprise networks. It has been defined in RFC 2608 and RFC 3224 as standards track document.Each service must have a URL that is used to locate the service. Each device must always be in one or more scopes. Scopes are simple strings and are used to group services, comparable to the network neighborhood in other systems. A device cannot see services that are in different scopes.Service templates are defined in RFC 2609.In standard SLP the attributes are not returned in the query result and must be fetched separately. The Attribute List Extension (RFC 3059) fixes this problem. A device can also have two or all three roles at the same time.They are used in larger networks to reduce the amount of traffic and allow SLP to scale. The existence of DAs in a network is optional, but if a DA is present, UAs and SAs are required to use it instead of communicating directly. Usually they can be configured to become a DA as well.Most packets are transmitted using UDP, but TCP can also be used for the transmission of longer packets. Because of the potential unreliability of UDP, SLP repeats all multicasts several times in increasing intervals until an answer has been received. All devices are required to listen on port 427 for UDP packets, SAs and DAs should also listen for TCP on the same port. Multicasting is used extensively by SLP, especially by devices that join a network and need to find other devices.When a client first joins a network it multicasts a query for DAs on the network. If no DA answers it will assume that it is in a network without DAs. It is also possible to add DAs later, as they multicast a 'heartbeat' packet in a predefined interval that will be received by all other devices. When an SA discovers a DA, it is required to register all services at the DA. When a service disappears the SA should notify the DA and unregister it.All SAs that contain matches will send a UDP answer to the UA.As every SA must register all services with the DA, the DA is able to fulfill the request completely and simply sends the result back to the UA.In practice it is rarely used:This requirement defeats the original purpose of SLP, being able to locate services without prior configuration. Service URLs contain host names or IP addresses, and in a local network it is almost impossible to prevent IP or DNS spoofing. Thus only guaranteeing the authenticity of the URL is not enough if any device can respond to the address. Doing it additionally in SLP does not provide much additional security. Some client print drivers can use this for printer discovery. However, features introduced with Mac OS X (version 10.2 onwards) use Zeroconf. By using this site, you agree to the Terms of Use and Privacy Policy. And by having access to our ebooks online or by storing it on your computer, you have convenient answers with Slp Config User Guide. To get started finding Slp Config User Guide, you are right to find our website which has a comprehensive collection of manuals listed. Our library is the biggest of these that have literally hundreds of thousands of different products represented. I get my most wanted eBook Many thanks If there is a survey it only takes 5 minutes, try any survey which works for you. Because eDirectory always advertises into and queries from the default scope, this list will become the default scope list for all eDirectory registrations and queries.http://china-hr-tomorrow.com/images/confidence-cross-trainer-manual.pdf If this list of configured DAs does not support the scope of a registration or query, then SAs and UAs will resort to multicast DA discovery, unless such discovery is disabled. Directory agents will periodically broadcast their existence on the subnet on a well-known port if configured to do so. These packets are termed DAAdvert packets. If this option is set to False, all broadcast DAAdvert packets are ignored by the SA. This allows the SA to periodically broadcast a request for all DAs to respond with a directed DAAdvert packet. A directed packet is not broadcast, but sent directly to the SA in response to these requests. If this option is set to False, no periodic DA discovery request is broadcast by the SA. The default value is 1, which is a special value meaning that the SA should only send out one DA discovery request upon initialization. Setting this option to 0 has the same effect as setting the activeDADetection option to “false.” Any other value is a number of seconds between discovery broadcasts. In fact, the default settings are designed to optimize scalability on an average network. To enable IPV6, uncomment the following line in the slp.conf file: You can use slptool to register or de-register the services, query the scopes, service types, attributes, and the services available. SLP makes theApplications that support SLP can use thisAfter the installation, the daemon is inactive byThe followingThen enter the language inRFC 2609 deals withProgrammers who want to. A page similar to the one in the following illustration is displayed. The name is included with e-mail and SNMP alert notifications to identify the source of the alert. The Hostname field can contain up to 63 characters. To minimize confusion, set the Name field to the nonqualified portion of the IP host name. The nonqualified IP host name consists of up to the first period of a fully qualified IP host name. For example, for the fully qualified IP host name imm1.us.company.com, the nonqualified IP host name is imm1.For example, you can specify the name and phone number of the person to contact if there is a problem with this server. You can type a maximum of 47 characters in this field. Include in this field sufficient detail to quickly locate the server for maintenance or other purposes. You can type a maximum of 47 characters in this field. If the operating system fails to respond to one of these checks, the IMM generates an OS timeout alert and restarts the server. After the server is restarted, the OS watchdog is disabled until the operating system is shut down and the server is power cycled. To turn off this watchdog, select 0.0 from the menu. To capture operating-system-failure screens, you must enable the watchdog in the OS watchdog field. If this interval is exceeded, the IMM generates a loader timeout alert and automatically restarts the server. After the server is restarted, the loader timeout is automatically disabled until the operating system is shut down and the server is power cycled (or until the operating system starts and the software is successfully loaded). To turn off this watchdog, select 0.0 from the menu. The IMM real-time clock and the server clock are separate, independent clocks and can be set to different times. To synchronize the IMM clock with the server clock, go to the Network Time Protocol area of the page and set the NTP server host name or IP address to the same server host name or IP address that is used to set the server clock.The clock settings support Greenwich mean time (GMT) offsets and daylight saving time (DST) for added ease-of-use for administrators who are managing systems remotely over different time zones. You can remotely access the event log even if the server is turned off or disabled. A page similar to the one in the following illustration is displayed. The hour (hh) must be a number from 00 - 23 as represented on a 24-hour clock. The minutes (mm) and seconds (ss) must be numbers from 00 - 59. You can specify the NTP server that is to be used, specify the frequency with which the IMM is synchronized, enable or disable the NTP feature, and request immediate time synchronization. A page similar to the one in the following illustration is displayed. Enter a value between 3 - 1440 minutes. Do not modify this setting. If the USB in-band interface is disabled, use the Firmware Update option on the IMM Web interface to update the firmware. If you disable the USB in-band interface, also disable the watchdog timeouts to prevent the server from restarting unexpectedly.To prevent any application that is running on the server from requesting the IMM to perform tasks, you must disable the USB in-band interface. A page similar to the one in the following illustration is displayed. When you disable the USB in-band interface, the in-band systems-management applications such as the Advanced Settings Utility (ASU) and firmware update package utilities might not work. Use the links in the Login ID column to configure individual login profiles. You can define up to 12 unique profiles. Each link in the Login ID column is labeled with the configured login ID of the associated profile. Conversely, if a user is added on the Web or other interfaces, that user information is available for starting an IPMI session. The following list describes IMM and IPMI login profile restrictions: To avoid a potential security exposure, change this default login profile during the initial setup of the IMM. An individual profile page similar to the one in the following illustration is displayed. Valid characters are uppercase and lowercase letters, numbers, periods, and underscores. Null or empty passwords are accepted. After you click the check box, an area of the page similar to the one in the following illustration appears. These are hash algorithms used by the SNMPv3 security model for the authentication. The password for the Linux account will be used for authentication. If you choose None, authentication protocol is not used. The supported methods are DES and AES. Privacy protocol is valid only if the authentication protocol is set to either HMAC-MD5 or HMAC-SHA. SNMPv3 users with the access type Get can perform only query operations. With the access type Set, SNMPv3 users can both perform query operations and modify settings (for example, setting the password for an user). Using traps, the SNMP agent notifies the management station about events (for example, when a processor temperature exceeds the limit). The Login Profiles page displays each login ID, the login access level, and the password expiration information. The Login Profile page for that user is displayed A page similar to the one in the following illustration is displayed. Select one of the following authentication methods: The lockout of one user does not prevent other users from logging in. Select No timeout to disable this feature. Select User picks timeout if the user will select the timeout period during the login process. The Legacy security settings and High security settings set the default values as indicated in the requirement list. Up to five previous passwords can be compared. Select 0 to allow the reuse of all previous passwords. Values of 0 - 365 days are supported. Select 0 to disable the password expiration checking. The alert contains information about the nature of the event, the time and date of the event, and the name of the system that generated the alert. Each link for an alert recipient is labeled with the recipient name and alert status. The Remote Alert Recipients page is displayed. You can see the notification method and alert status for each recipient, if they are set. An individual recipient window similar to the one in the following illustration opens. The name that you type appears as the link for the recipient on the Alerts page. All alerts are stored in the event log and sent to all configured remote alert recipients. The settings apply to all configured remote alert recipients. The IMM does not send multiple alerts; additional alert attempts occur only if there is a failure when the IMM attempts to send the initial alert. You can configure the SNMP to filter the events based on the event type. Event categories that are available for filtering are Critical, Warning and System. The SNMP alert settings are global for all SNMP traps. The MIB files are included in the IMM firmware update packages. The remote alerts are categorized by the following levels of severity: A page similar to the one in the following illustration is displayed. The default port number is 80. Other valid values are in the range 1 - 65535. If you change this port number, you must add this port number, preceded by a colon, at the end of the Web address. For example, if the HTTP port is changed to 8500, type to open the IMM Web interface.The default value is 443. Other valid values are in the range 1 - 65535. The default value is 23. Other valid values are in the range 1 - 65535. The default is 22. The default value is 161. Other valid values are in the range 1 - 65535. The default value is 162. Other valid values are in the range 1 - 65535. To configure the Ethernet setup for the IMM, complete the following steps: A page similar to the one in the following illustration is displayed. Your settings will be different. Ethernet is enabled by default. If it fails, use static IP config. When DHCP is used, the automatic configuration overrides any manual settings. The host name defaults to IMMA, followed by the IMM burned-in media access control (MAC) address. To minimize confusion, set the Name field to the nonqualified portion of the IP host name. The nonqualified IP host name consists of up to the first period of a fully qualified IP host name. For example, for the fully qualified IP host name imm1.us.company.com, the nonqualified IP host name is imm1.The IP address must contain four integers from 0 - 255 with no spaces and separated by periods. The subnet mask must contain four integers from 0 - 255 with no spaces or consecutive periods and separated by periods. The gateway address must contain four integers from 0 - 255 with no spaces or consecutive periods and separated by periods. To set the data rate, click the menu and select the data-transfer rate, in Mb 1, that corresponds to the capability of your network. To automatically detect the data-transfer rate, set the Auto Negotiate field to Yes, which is the default value. To automatically detect the duplex type, set the Auto Negotiate field to Yes, which is the default value. For Ethernet, the valid maximum transmission unit (MTU) range is 60 - 1500. The default value for this field is 1500. If a value is specified, the locally administered address overrides the burned-in MAC address. The locally administered address must be a hexadecimal value from 000000000000 through FFFFFFFFFFFF. This value must be in the form xx: xx: xx: xx: xx: xx where x is a number 0 - 9. The IMM does not support the use of a multicast address. The first byte of a multicast address is an odd number (the least significant bit is set to 1). Therefore, the first byte must be an even number. The address is a read-only field. If DHCP is enabled, the server automatically assigns the host name, IP address, gateway address, subnet mask, domain name, DHCP server IP address, and up to three DNS server IP addresses. If you are changing more than one protocol, you can wait until all of the protocol changes have been made and saved before you restart the IMM. The IMM can also be configured to send SNMP alerts to the configured host names or IP addresses. The MIB files are included in the IMM firmware update packages. A page similar to the one in the following illustration is displayed. Click the link for the login profile to configure, scroll to the bottom of the page and then click the Configure SNMPv3 User check box. To enable the SNMP agent, the following criteria must be met: You must define at least one community. Each community definition consists of the following parameters: Then, scroll to the bottom of the page and click Save to save your corrected information. You must configure at least one community to enable this SNMP agent. Select Trap to allow all hosts in the community to receive traps; select Get to allow all hosts in the community to receive traps and query MIB objects; select Set to allow all hosts in the community to receive traps, query, and set MIB objects. A section of the page similar to the one in the following illustration is displayed. The DNS field specifies whether you use a DNS server on your network to translate host names into IP addresses. Each IP address must contain integers from 0 - 255, separated by periods. You can set the maximum number of concurrent Telnet users, or you can disable Telnet access. Use this field to specify the IP address or, if DNS is enabled and configured, the host name of the SMTP server. Then, the IMM can remotely authenticate any user access through a central LDAP server. This requires LDAP client support on the IMM. You can also assign authority levels according to information that is found on the LDAP server. For example, an IMM can be associated with one or more groups, and a user would pass group authentication only if the user belongs to at least one group that is associated with the IMM. A page similar to the one in the following illustration is displayed. The LDAP server that is to be used for authentication can be discovered dynamically or manually preconfigured. This is known as DNS SRV. The parameters are described in the following list: The LDAP client determines where to get this domain name according to which option is selected. There are three options: If this is successful, this domain name is used in the DNS SRV request. If no domain name is present in the login ID, the LDAP client uses the configured Search Domain parameter as the domain name in the DNS SRV request. If nothing is configured, user authentication fails immediately. The configured value is used. If this field is left blank, the default value is ldap. The DNS SRV request must also specify a protocol name. The default is tcp and is not configurable. If the field is left blank, the default value of 389 is used for nonsecured LDAP connections. For secured connections, the default is 636. You must configure at least one LDAP server. This attribute name is configured here. On Novell eDirectory and OpenLDAP servers, it is usually uid. If this field is left blank, it defaults to uid. Group authentication is attempted after the user's credentials are successfully verified. If group authentication fails, the user's attempt to log on is denied. When the group filter is configured, it is used to specify to which groups the service processor belongs. This means that the user must belong to at least one of the groups that are configured for group authentication to succeed. If the group filter is configured, an attempt is made to match at least one group in the list to a group to which the user belongs. If there is no match, the user fails authentication and is denied access. If there is at least one match, group authentication is successful. The comparisons are case sensitive. The colon (:) character must be used to delimit multiple group names. Leading and trailing spaces are ignored, but any other space is treated as part of the group name. A selection to allow or not allow the use of wildcards in the group name is provided.For example, if a user is a member of GroupA and GroupB and GroupA is a member of GroupC, the user is said to be a member of GroupC also. Nested searches stop if 128 groups have been searched. Groups in one level are searched before groups in a lower level. Loops are not detected. This parameter controls how this initial bind to the LDAP server is performed. Choose from the following three options: The user ID can be provided through a Distinguished Name, a fully qualified domain name, or a user ID that matches the UID Search Attribute that is configured on the IMM. If necessary, a second attempt to bind is attempted, this time with the DN that is retrieved from the user's LDAP record and the password that was entered during the login process. If this fails, the user is denied access. The second bind is performed only when the Anonymous or Configured Credentials binding methods are used. Type a password in the Password field or leave it blank. Specifically, this name is used as a search filter against the login ID that is entered by the user. This attribute name is configured here. For example, on Active Directory servers, the attribute name that is used for user IDs is usually sAMAccoutName. On Novell eDirectory and OpenLDAP servers, it is usually uid. If this field is left blank, a default of UID is used during user authentication. In Active Directory, this is usually memberOf, and with eDirectory, this is usually groupMembership. In that context, this parameter specifies the attribute name that is used to identify the members of a particular PosixGroup. This is usually memberUid. To retrieve these permissions, the search filter that is sent to the server must specify the attribute name that is associated with login permissions. This field specifies this attribute name. Each bit represents a set of functions. The bits are numbered according to their positions. The leftmost bit is bit position 0, and the rightmost bit is bit position 11. A value of 1 at a position enables the function that is associated with that position. A value of 0 disables that function.This also enables the attribute to be used for its original purpose. You can add the keyword string anywhere in the attribute field. The attribute that you use should allow for a free-formatted string. When this bit is set, bits 2 through 11 do not have to be set individually. If any other bit is set, the Read Only Access bit is ignored. If the login permission attribute is not in the user's record, an attempt is made to retrieve the permissions from the groups to which the user belongs. This is done as part of the group authentication phase. The user is assigned the inclusive OR of all the bits for all of the groups. The Read Only bit is set only if all the other bits are zero. If the Deny Always bit is set for any of the groups, the user is refused access. The Deny Always bit always has precedence over every other bit. Otherwise, a user might be able to change parameters (for example, the IP address of the IMM) but cannot make them take effect. The multicast address, which is the IP address that the IMM SLP server listens on, is displayed. Use the HTTPS Server Configuration for Web Server area on the Security page. Use the SSL Client Configuration for LDAP Client area on the Security page. The IMM takes on the role of SSL client or SSL server depending on the type of connection. The following table shows that the IMM acts as an SSL server for secure Web server connections. The IMM acts as an SSL client for secure LDAP connections. You can enable or disable SSL and manage the certificates that are required for SSL. Using a self-signed certificate is the simplest method for using SSL, but it does create a small security risk. The risk arises because the SSL client has no way of validating the identity of the SSL server for the first connection that is attempted between the client and server. It is possible that a third party might impersonate the server and intercept data that is flowing between the IMM and the Web browser. If, at the time of the initial connection between the browser and the IMM, the self-signed certificate is imported into the certificate store of the browser, all future communications will be secure for that browser (assuming that the initial connection was not compromised by an attack). To obtain a signed certificate, use the SSL Certificate Management page to generate a certificate-signing request. You must then send the certificate-signing request to a certificate authority and make arrangements to procure a certificate. When the certificate is received, it is then imported into the IMM through the Import a Signed Certificate link, and you can enable SSL. A certificate contains digital signatures for the certificate authority and the IMM. If a well-known certificate authority issues the certificate or if the certificate of the certificate authority has already been imported into the Web browser, the browser can validate the certificate and positively identify the IMM Web server. Also, the secure LDAP client requires one or more trusted certificates. The trusted certificate is used by the secure LDAP client to positively identify the LDAP server. The trusted certificate is the certificate of the certificate authority that signed the certificate of the LDAP server. If the LDAP server uses self-signed certificates, the trusted certificate can be the certificate of the LDAP server itself. Additional trusted certificates must be imported if more than one LDAP server is used in your configuration. Two methods are available for generating the private key and required certificate: using a self-signed certificate and using a certificate that is signed by a certificate authority.A page similar to the one in the following illustration is displayed. If it is not disabled, select Disabled and then click Save. Older export-grade browsers with only SSL2 support cannot be used. A page similar to the one in the following illustration is displayed.