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Comment: added gfsh commands for jndi-binding

Geode is introducing a security implementation which Integrated Security allows you to control the authentication/authorization of all Geode entities within one implementation. When Integrated Security is turned on, all client/server communications, peer to peer, gateway authentication, jmx operations, gfsh commands and Pulse are all protected with this single security mechanism.

1. No changes for

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legacy implementations of Authentication/Authorization for client-server security

The API for Authenticator and AccessControl has not changed. Your implementations of those are still honored in client/server communication if you choose not to implement the new security interface. However, these two are deprecated now and will be removed in the future.

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To turn on integrated security, your will need to start your servers/locators with this the security-manager property set in your gemfire.properties file:

Code Block
languagejava
security-manager = com.example.security.MySecurityManager

This The security-manager property identifies the class name of the SecurityManager interface implementation. SecurityManger SecurityManager is the new interface you will need to implement for both authentication and authorization. Make sure your class has a zero argument constructor so that we Geode can instantiate the object. See the SecurityManger SecurityManager javadoc for details. There is a SampleSecurityManageran ExampleSecurityManager in the geode-core/src/main/java/org/apache/geode/examples/security/templates directory  directory that you can use as an example to write your own implementation.

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4. Introduction of PostProcessor

We completely redo the way we call post processing. Now the interface is a lot simpler. Before the value is sent to the youBefore a value is returned, it gets a pass through the post processor, if there is anyone. You specify  Specify your post processor with this line in your gemfire.properties file:

Code Block
languagejava
security-post-processor = com.abcexample.security.MyPostProcessor

It is where the value is the name of the class name that implements the PostProcessor interface. Make sure your class has a zero argument constructor so that we Geode can instantiate the object. See the PostProcessor javadoc for details. You can use SamplePostProcessor as an example to write your own implementation.

Note regarding legacy implementations: We completely redo the way we call post processing; the interface is a lot simpler.

5. Operations and their corresponding

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ResourcePermission

Below are is the list of operations with their corresponding GeodePermission ResourcePermission:

Client-Server Operations

Client OperationsRequired GeodePermissionResourcePermission
get function attributeCLUSTER:READ
create regionDATA:MANAGE
destroy regionDATA:MANAGE
get keysetDATA:READ:regionName
queryDATA:READ:regionName
region.getAllDATA:READ:regionName
region.getEntryDATA:READ:regionName
getAll (list of keys)DATA:READ:regionName:key
region.containsKeyOnServer(key)DATA:READ:regionName:key
region.get(key)DATA:READ:regionName:key
registerInterestDATA:READ:regionName:key if key is specified, otherwise DATA:READ:regionName
unregister interestDATA:READ:regionName:key if key is specified, otherwise DATA:READ:regionName
execute functionDATA:WRITE
clear regionDATA:WRITE:regionName
putAllDATA:WRITE:regionName
region.clearDATA:WRITE:regionName
region.removeAllDATA:WRITE:regionName
destroy keyDATA:WRITE:regionName:key
invalidate keyDATA:WRITE:regionName:key
region.destroy(key)DATA:WRITE:regionName:key
region.invalidate(key)DATA:WRITE:regionName:key
region.put(key, value)DATA:WRITE:regionName:key
region.replaceDATA:WRITE:regionName:key

GFSH Commands

CommandsRequired GeodePermissionResourcePermission
alter runtimeCLUSTER:MANAGE
gcCLUSTER:MANAGE
shutdownCLUSTER:MANAGE
startManagerCLUSTER:MANAGE
stop locator --name=locator1CLUSTER:MANAGE
stop server --name=server1CLUSTER:MANAGE
describe client --clientID=172.16.196.144CLUSTER:READ
describe config --member=Member1CLUSTER:READ
describe disk-store --name=foo --member=bazCLUSTER:READ
describe member --name=server1CLUSTER:READ
describe offline-disk-store --name=foo --disk-dirs=barCLUSTER:READ
describe region --name=valueCLUSTER:READ
export cluster-configuration --zip-file-name=mySharedConfig.zipCLUSTER:READ
export config --member=member1CLUSTER:READ
export logs --dir=data/logsCLUSTER:READ
export stack-traces --file=stack.txtCLUSTER:READ
exportLogsCLUSTER:READ
exportStackTraceCLUSTER:READ
list async-event-queuesCLUSTER:READ
list clientsCLUSTER:READ
list deployedCLUSTER:READ
list disk-storesCLUSTER:READ
list durable-cqs --durable-client-id=client1CLUSTER:READ
list functionsCLUSTER:READ
list gatewaysCLUSTER:READ
list indexesCLUSTER:READ
list membersCLUSTER:READ
list regionsDATA:READ
netstat --member=server1CLUSTER:READ
show dead-locks --file=deadlocks.txtCLUSTER:READ
show log --member=locator1 --lines=5CLUSTER:READ
show metricsCLUSTER:READ
show missing-disk-storesCLUSTER:READ
show subscription-queue-size --durable-client-id=client1CLUSTER:READ
showLogshow logCLUSTER:READ
status cluster-config-serviceCLUSTER:READ
status gateway-receiverCLUSTER:READ
status gateway-senderCLUSTER:READ
change loglevel --loglevel=severe --member=server1CLUSTER:WRITE
alter disk-store --name=foo --region=xyz --disk-dirs=barDATA:MANAGE
alter region --name=region1 --eviction-max=5000DATA:MANAGE:REGIONNAME
clear defined indexesDATA:MANAGE
close durable-client --durable-client-id=client1DATA:MANAGE
close durable-cq --durable-client-id=client1 --durable-cq-name=cq1DATA:MANAGE
compact disk-store --name=fooDATA:MANAGE
compact offline-disk-store --name=foo --disk-dirs=barDATA:MANAGE
configure pdx --read-serialized=trueDATA:MANAGE
create async-event-queue --id=myAEQ --listener=myApp.myListenerDATA:MANAGE
create defined indexesDATA:MANAGE
create disk-store --name=foo --dir=barDATA:MANAGE
create gateway-receiverDATA:MANAGE
create gateway-sender --id=sender1 --remote-distributed-system-id=2DATA:MANAGE
create index --name=myKeyIndex --expression=region1.Id --region=region1 --type=keyDATA:MANAGE:regionName
create region --name=region12DATA:MANAGE
define index --name=myIndex1 --expression=exp1 --region=/exampleRegionDATA:MANAGE:regionName
deploy --jar=group1_functions.jar --group=Group1DATA:MANAGE
destroy disk-store --name=fooDATA:MANAGE
destroy function --id=InterestCalculationsDATA:MANAGE
destroy index --member=server2DATA:MANAGE:regionName if regionName is specified, otherwise DATA:MANAGE
destroy region --name=valueDATA:MANAGE
import cluster-configuration --zip-file-name=valueDATA:MANAGE
load-balance gateway-sender --id=sender1DATA:MANAGE
pause gateway-sender --id=sender1DATA:MANAGE
pdx rename --old=com.gemstone --new=com.pivotal --disk-store=ds1 --disk-dirs=/diskDir1DATA:MANAGE
rebalance --include-region=region1DATA:MANAGE
resume gateway-sender --id=sender1DATA:MANAGE
revoke missing-disk-store --id=fooDATA:MANAGE
start gateway-receiverDATA:MANAGE
start gateway-sender --id=sender1DATA:MANAGE
stop gateway-receiverDATA:MANAGE
stop gateway-sender --id=sender1DATA:MANAGE
undeploy --group=Group1DATA:MANAGE
backup disk-store --dir=fooDATA:READ
export data --region=region1 --file=foo.txt --member=valueDATA:READ:regionName
get --key=key1 --region=region1DATA:READ:regionName:key
locateEntryDATA:READ:regionName:key
query --query='SELECT * FROM /region1'DATA:READ:REGIONNAME
execute function --id=InterestCalculations --group=Group1DATA:WRITE
import data --region=region1 --file=foo.txt --member=valueDATA:WRITE:regionName
put --key=key1 --value=value1 --region=region1DATA:WRITE:regionName:key
remove --region=region1

DATA:WRITE:regionName, if key is specified, then DATA:WRITE:regionName:key

alter jdbc-connection

CLUSTER:MANAGE

alter jdbc-mapping
CLUSTER:MANAGE
create jdbc-connection
CLUSTER:MANAGE
create jdbc-mapping
CLUSTER:MANAGE
describe jdbc-connection
CLUSTER:MANAGE
describe jdbc-mapping
CLUSTER:MANAGE
destroy jdbc-connection
CLUSTER:MANAGE
destroy jdbc-mapping
CLUSTER:MANAGE
list jdbc-connections
CLUSTER:MANAGE
list jdbc-mappings
CLUSTER:MANAGE
create jndi-binding
CLUSTER:MANAGE
describe jndi-binding
CLUSTER:READ
destroy jndi-binding
CLUSTER:MANAGE
list jndi-binding
CLUSTER:READ

Pulse

Pulse access is divided into two main categories, namely : access to the Data Browser page and everything else.

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