Service Control Application Suite for Broadband API プログラマ ガイド

import java.util.Arrays;

import com.cisco.apps.scas.api.QPApiException;
import com.cisco.apps.scas.api.QPBlockingApi;
import com.cisco.management.framework.client.ConnectionDownException;

/**
* External Quota Provisioning Example
**/
public class ExternalQPExample {

public static final String SM_ADDRESS = "10.1.12.65";

static public void main(String[] args) throws Exception{

QPBlockingApi qpBlockingApi = null ;
try {
//instantiate api and create a connection
qpBlockingApi = new QPBlockingApi();
qpBlockingApi.connect(SM_ADDRESS);

int [] defaultQuota = new int [16];

//provision each bucket of subscriber "sub1"
//with 1000 KBytes or 1000 Sessions.
Arrays.fill(defaultQuota,1000);
qpBlockingApi.setSubscriberQuota( "sub1", defaultQuota);

//dd to bucket 2 of subscriber "sub1"
//with 500 KBytes or 500 Sessions.
qpBlockingApi.addSubscriberQuota( "sub1", 0, 500);

//get "sub1" remaining quota - this method

//invocation will work only if the
//subscriber is logged in.
//The remaining quota will reflect
//the last two modifications if //subscriber has generated traffic
int [] remainingQuota =
qpBlockingApi.getRemainingSu
bscriberQuota("sub1"); printRemainingQuota( remainingQuota);
} catch (QPApiException e){
System.out.println("Error Code is: " + e.getCode() );
System.out.println("Error Message is: " + e.getMessage());
} catch (ConnectionDownException e){
System.out.println("Error due to connection failure: " + e.getMessage());
} catch ( IllegalStateException e ){
System.out.println("Error due to connection failure: " + e.getMessage());
} finally {
if ( qpBlockingApi != n ull && qpBlockingApi.isConnected() )
qpBlockingApi.disconnect();
}

System.exit(0);
}

priv ate static void printRemainingQuota( int [] remainingQuota) {

for ( int bucketIdx = 0;
bucketIdx < remainingQuota.length;
bucketIdx++) {
System.out.println(
"bucketIdx="
+ bucketIdx
+ ",remainingQuota="
+ remainingQuota[bucketIdx]);
}
}

}

#include <stdio.h>

#include "QpApiBlocking_c.h"

void onExampleDisconnect()

{

printf("*** DISCONNECTED ***\n");

}

int example(char* argSmAddress)

{

// init

printf("initializing\n");

QPB_HANDLE api;

api = QPB_init(10,0,20000,10,30);

if (api == NULL) {

printf("init failed\n");

return -1;

}

QPB_setName(api,"qp-example");

// set a disconnect-listener

QPB_setDisconnectListener(api,onExampleDisconnect);

// connect

printf("connecting\n");

int cnt = 0;

while (QPB_connect(api,argSmAddress,14374) == false) {

if (cnt++ > 10) {

printf("connect failed, too many reconnects, aborting\n");

return -1;

}

}

// quota operations

// prepare a quota bucket array [100, 200, 300,...]

int quotas[16];

for (int i = 0; i < 16; ++i) {

quotas[i] = (i+1)*100;

}

// set the quota to subscriber "subs1"

printf("setting quota\n");

ReturnCode* rt;

rt = QPB_setQuota(api,(char*)"subs1",quotas);

if (isReturnCodeError(rt)) {

printf((char*)"set-quota failed\n");

printReturnCode(rt);

return -1;

}

freeReturnCode(rt);

// add quota to subscriber "subs2"

printf("adding quota\n");

rt = QPB_addQuota(api,(char*)"subs2",quotas);

if (isReturnCodeError(rt)) {

printf((char*)"add-quota failed\n");

printReturnCode(rt);

return -1;

}

freeReturnCode(rt);

// getting remaining quota of subscriber "subs3"

// this method invocation will work only if the subscriber is logged in.

// the remaining quota will reflect recent modifications if the

// subscriber has generated traffic

printf("getting remaining quota\n");

rt = QPB_getRemainingQuota(api,(char*)"subs3");

printReturnCode(rt);

if (isReturnCodeError(rt)) {

printf("get-remaining-quota failed\n");

return -1;

}

freeReturnCode(rt);

// disconnect

if (QPB_disconnect(api) == false) {

printf("disconnect failed\n");

return -1;

}

QPB_release(api);

return 0;

}

int main(int argc, char* argv[])

{

char* smAddress = (char*)"10.1.12.82";

printf("SM address: %s\n",smAddress);

if (example(smAddress) < 0) {

printf("example failed\n");

return -1;

}

return 0;

}