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3.7.6 'MRS V3.1 Software User's Guide' IBM Library Server LE clients are not required to use the LECS, although it is recommended. If the LECS is not used, each LE client must be configured with the ATM address of the LES that serves its ELAN. The LECS reduces the network management burden by serving as a centralized repository for configuration data, minimizing configuration of the LE clients. Note: At most, one LECS is configurable on each router. Clients connect to the LECS using well-defined procedures. The following steps are attempted by a client, in order, until a virtual channel connection (VCC) to the LECS is established: 1. Connect to the LECS using any configured LECS address information (configuration of an LECS ATM address at LE clients is optional and is not recommended).
Obtain a list of LECS addresses using ILMI and attempt to connect to each LECS on the list, in order, until a VCC is established. Establish a VCC to the well-known LECS ATM address as defined by the ATM Forum. As previously stated, ILMI is the preferred method for LE clients to locate the LECS. The well-known LECS address is needed because some switches do not support the ILMI method. Configuring the LECS address at the LE clients should be done only when the switch does not support the ILMI method and the LE service does not support the well-known LECS address. The router and the IBM ATM switch support all three methods: the pre-configured LECS address, ILMI connection, and the well-known LECS ATM address. The LECS must provide initial configuration data to LE clients.
The most crucial piece of data is the ATM address of the LES. To provide this information to an LE client, the LECS must be able to identify the LE client and to determine the correct LES for that LE client. The LECS identifies an LE client using information in the LECONFIGURATIONREQUEST frame sent by the LE client. The configuration request can also contain information to identify the ELAN that the LE client is seeking to join. The following information can be included in the configuration request: 1.
Primary ATM address of the LE client This field is required and uniquely identifies the LE client. LAN destination associated with the LE client This field can contain a MAC address or a route descriptor that uniquely identifies the LE client or it can be unspecified. ELAN Name This field can contain a name identifying the requested ELAN or the requesting LE client. In the router implementation, ELAN names are standard ASCII strings. The ELAN name can be unspecified in the request. ELAN Type This field can specify that the LE client belongs to an Ethernet or Token-Ring ELAN, or it can be unspecified.
If the LE client specifies the type of ELAN, the LECS cannot assign the client to an ELAN of a different type. Maximum frame size supported by the LE client This field can specify the upper bound on the size of a data frame that can be processed by the LE client, or it can be unspecified. The LECS cannot assign a client to an ELAN with a maximum frame size larger than that specified by the client.
If the ELAN allows frames too large for the client to handle, the client cannot function on that ELAN. Given this information, the LECS assigns the LE client to a LES. This is accomplished through the use of policies and policy values. A policy is a criterion that the LECS uses to make LE client-to-LES assignment decisions. A policy value is a (value, LES) pair that indicates that the specified value should be assigned to the specified LES.
For example, a policy could be the MAC address of the LE client, and a policy value could be (MAC ADDRA, LES1). An LE client with MAC ADDRA will be assigned to LES1 if the LE client has not already been assigned to another LES because of a higher-priority policy.
One set of policies and policy values applies to all the ELANs. In accordance with the LE service MIB Specification of the ATM forum, these are the six policies defined: 1. ATM address 2. MAC address 3.
Route descriptor 4. Max frame size 6. ELAN name Policies also have priorities.
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The LECS examines policies in prioritized order. Policies with smaller values in the priority field are considered before policies with larger values in the priority field.
Policies with equal values in the priority field are considered at the same time and ANDed together. The LECS assigns an LE client to a LES when all of the policies at the current priority level are satisfied and in agreement. The policies are satisfied when there is a policy value that matches the corresponding field in the configuration request for each policy at the current level. The policies are in agreement when the set of matches include a LES that is common to all the policies. If these conditions are not met, the LECS considers the policies at the next priority level. If the LECS is unable to find a LES at any priority level, an unsuccessful configuration response is returned to the LE client. To understand the meaning of agreement of the policies, consider this example of policies not in agreement.
Suppose that the policies at priority 1 are a MAC address and an ELAN name. One of the policy values is (X'25', LESA) and one is (ELAN 1, LESB). If the LE client provides a LAN destination of X'25', the MAC address policy is satisfied. If the LE client provides an ELAN name of ELAN 1, then the ELAN name policy is also satisfied. In this case the policies at priority 1 are not in agreement because they refer to different LESs.
In this example, the LECS would examine the policies at the next priority level. After determining the correct LES for an LE client, the LECS returns a configuration response to the LE client that includes the following information: LES ATM address, ELAN type, max frame size, and ELAN name. The configuration response can also include type/length/value (TLV) parameters. TLVs provide a method to download optional or user-defined parameters to the LE client.
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