peer routes the request to the appropriate chaincode container which then accesses the DBMS. This routing is done by the peer core component shown in the diagram. Here’s the code for an application that prevents blocks from being disseminated to peers that are not in the channel by applying message routing policies based on a peers’ channel subscriptions. Note 1. Security of point-to-point messages are

peer routes the request to the appropriate chaincode container which then accesses the DBMS. This routing is done by the peer core component shown in the diagram. Here’s the code for an application that prevents blocks from being disseminated to peers that are not in the channel by applying message routing policies based on a peers’ channel subscriptions. Note: 1. Security of point-to-point messages are

peer routes the request to the appropriate chaincode container which then accesses the DBMS. This routing is done by the peer core component shown in the diagram. Here’s the code for an application that prevents blocks from being disseminated to peers that are not in the channel by applying message routing policies based on a peers’ channel subscriptions. Note 1. Security of point-to-point messages are

peer routes the request to the appropriate chaincode container which then accesses the DBMS. This routing is done by the peer core component shown in the diagram. Here’s the code for an application that prevents blocks from being disseminated to peers that are not in the channel by applying message routing policies based on a peers’ channel subscriptions. Note: 1. Security of point-to-point messages are

peer routes the request to the appropriate chaincode container which then accesses the DBMS. This routing is done by the peer core component shown in the diagram. Here’s the code for an application that prevents blocks from being disseminated to peers that are not in the channel by applying message routing policies based on a peers’ channel subscriptions. Note: 1. Security of point-to-point messages are

peer routes the request to the appropriate chaincode container which then accesses the DBMS. This routing is done by the peer core component shown in the diagram. Here’s the code for an application that prevents blocks from being disseminated to peers that are not in the channel by applying message routing policies based on a peers’ channel subscriptions. Note 1. Security of point-to-point messages are

peer routes the request to the appropriate chaincode container which then accesses the DBMS. This routing is done by the peer core component shown in the diagram. Here’s the code for an application that prevents blocks from being disseminated to peers that are not in the channel by applying message routing policies based on a peers’ channel subscriptions. Note 1. Security of point-to-point messages are

peer routes the request to the appropriate chaincode container which then accesses the DBMS. This routing is done by the peer core component shown in the diagram. Here’s the code for an application that prevents blocks from being disseminated to peers that are not in the channel by applying message routing policies based on a peers’ channel subscriptions. Note: 1. Security of point-to-point messages are

peer routes the request to the appropriate chaincode container which then accesses the DBMS. This routing is done by the peer core component shown in the diagram. Here’s the code for an application that prevents blocks from being disseminated to peers that are not in the channel by applying message routing policies based on a peers’ channel subscriptions. Note 1. Security of point-to-point messages are

peer routes the request to the appropriate chaincode container which then accesses the DBMS. This routing is done by the peer core component shown in the diagram. Here’s the code for an application that prevents blocks from being disseminated to peers that are not in the channel by applying message routing policies based on a peers’ channel subscriptions. Note: 1. Security of point-to-point messages are