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root/i-scream/projects/cms/source/host/java/DecodeCPU_TXT.java

Comparing projects/cms/source/host/java/DecodeCPU_TXT.java (file contents):
Revision 1.2 by tdb, Thu Dec 7 23:19:49 2000 UTC vs.
Revision 1.10 by tdb, Mon Jan 22 17:50:28 2001 UTC

#	Line 3 | Line 3 | import java.util.*;
3
4		class DecodeCPU_TXT {
5
6	<	XMLFormatter packet;
6	>	XMLFormatter packet;
7
8	<	public DecodeCPU_TXT(){
8	>	public DecodeCPU_TXT(){
9	>	HashMap data;
10	>	try {
11	>	String[] cmd = {"statgrab.pl"};
12	>	Process proc = Runtime.getRuntime().exec(cmd);
13	>	BufferedReader in = new BufferedReader(new InputStreamReader(proc.getInputStream()));
14	>
15	>	data = new HashMap();
16	>
17	>	// Messy, but it'll keep going until no more data :/
18	>	try {
19	>	String line = new String();
20	>	while(true) {
21	>	line = in.readLine();
22	>	int split = line.indexOf(' ');
23	>	data.put(line.substring(0, split), line.substring(split+1));
24	>	}
25	>	}
26	>	catch (Exception e) {}
27	>
28	>	String load1 = (String) data.get("packet.load.load1");
29	>	String load5 = (String) data.get("packet.load.load5");
30	>	String load15 = (String) data.get("packet.load.load15");
31	>
32	>	String totalProcesses = (String) data.get("packet.processes.total");
33	>	String sleeping = (String) data.get("packet.processes.sleeping");
34	>	String zombie = (String) data.get("packet.processes.zombie");
35	>	String stopped = (String) data.get("packet.processes.stopped");
36	>	String onCPU = (String) data.get("packet.processes.cpu");
37	>
38	>	String idle = (String) data.get("packet.cpu.idle");
39	>	String user = (String) data.get("packet.cpu.user");
40	>	String kernel = (String) data.get("packet.cpu.kernel");
41	>	String iowait = (String) data.get("packet.cpu.iowait");
42	>	String swap = (String) data.get("packet.cpu.swap");
43	>
44	>	String real = (String) data.get("packet.memory.real");
45	>	String free = (String) data.get("packet.memory.free");
46	>	String swapTotal = (String) data.get("packet.memory.swap_total");
47	>	String swapFree = (String) data.get("packet.memory.swap_free");
48	>
49	>	String osname = (String) data.get("packet.os.name");
50	>	String osrelease = (String) data.get("packet.os.release");
51	>	String osplatform = (String) data.get("packet.os.platform");
52	>	String ossysname = (String) data.get("packet.os.sysname");
53	>	String osversion = (String) data.get("packet.os.version");
54	>
55	>	String usercount = (String) data.get("packet.users.count");
56	>	String userlist = (String) data.get("packet.users.list");
57	>
58	>	packet = new XMLFormatter();
59	>	packet.addNest("os");
60	>	packet.addElement("name",osname);
61	>	packet.addElement("release",osrelease);
62	>	packet.addElement("platform",osplatform);
63	>	packet.addElement("sysname",ossysname);
64	>	packet.addElement("version",osversion);
65	>	packet.closeNest();
66	>	packet.addNest("load");
67	>	packet.addElement("load1",load1);
68	>	packet.addElement("load5",load5);
69	>	packet.addElement("load15",load15);
70	>	packet.closeNest();
71	>	packet.addNest("processes");
72	>	packet.addElement("total",totalProcesses);
73	>	packet.addElement("sleeping",sleeping);
74	>	packet.addElement("zombie",zombie);
75	>	packet.addElement("stopped",stopped);
76	>	packet.closeNest();
77	>	packet.addNest("cpu");
78	>	packet.addElement("idle",idle);
79	>	packet.addElement("user",user);
80	>	packet.addElement("kernel",kernel);
81	>	packet.addElement("iowait",iowait);
82	>	packet.addElement("swap",swap);
83	>	packet.closeNest();
84	>	packet.addNest("memory");
85	>	packet.addElement("total",real);
86	>	packet.addElement("free",free);
87	>	packet.closeNest();
88	>	packet.addNest("swap");
89	>	packet.addElement("total",swapTotal);
90	>	packet.addElement("free",swapFree);
91	>	packet.closeNest();
92	>	packet.addNest("users");
93	>	packet.addElement("count",usercount);
94	>	packet.addElement("list",userlist);
95	>	packet.closeNest();
96	>	packet.addNest("disk");
97	>	int i=0;
98	>	while(true) {
99	>	String check = (String) data.get("packet.disk.p"+i+".attributes.name");
100	>	if(check == null) {
101	>	break;
102	>	}
103	>	packet.addNest("p"+i);
104	>	packet.addElement("name",check);
105	>	packet.addElement("kbytes",(String) data.get("packet.disk.p"+i+".attributes.kbytes"));
106	>	packet.addElement("used",(String) data.get("packet.disk.p"+i+".attributes.used"));
107	>	packet.addElement("avail",(String) data.get("packet.disk.p"+i+".attributes.avail"));
108	>	packet.addElement("mount",(String) data.get("packet.disk.p"+i+".attributes.mount"));
109	>	packet.closeNest();
110	>	i++;
111	>	}
112	>	packet.closeNest();
113	>	in.close();
114	>
115	>	}
116	>	catch(Exception e) {
117	>	System.out.println("ERROR IN DECODE: "+e);
118	>	e.printStackTrace();
119	>	}
120
121	<	// open the file and read in all the relevant details
11	<	try {
12	<	String[] cmd = {"/usr/local/sbin/top","-s1","-d2","0"};
13	<	Process proc = Runtime.getRuntime().exec(cmd);
14	<	// this process will take atleast 2 seconds to complete
15	<	BufferedReader in = new BufferedReader(new InputStreamReader(proc.getInputStream()));
121	>	}
122
123	<	String line = new String();
124	<
125	<	// get rid of the first output (it doesn't contain cpu info)
126	<	for ( int i=0; i < 7; i++ ){
127	<	line = in.readLine();
22	<	//System.out.println("Throwing away line: "+line);
23	<	}
24	<	// first line has the format: load averages:  0.30,  0.27,  0.29    16:58:10
25	<	// tokenize it using spaces as delimiters?
26	<	line = in.readLine();
27	<	System.out.println("line1: "+line);
28	<	StringTokenizer tok = new StringTokenizer(line,":",false);
29	<	tok.nextToken(); // load averages
30	<	tok.nextToken("  ,"); // :
31	<	String load1 = tok.nextToken(); // "0.30"
32	<	System.out.println("load1: "+load1);
33	<	String load5 = tok.nextToken(); // "0.27"
34	<	System.out.println("load5: "+load5);
35	<	String load15 = tok.nextToken(); // "0.29"
36	<	System.out.println("load15: "+load15);
37	<	String sTime = tok.nextToken(); // "16:58:10"
38	<	System.out.println("sTime: "+sTime);
39	<
40	<	// get the next line
41	<	line = in.readLine(); // 632 processes: 591 sleeping, 10 zombie, 30 stopped, 1 on cpu
42	<	System.out.println("line2: "+line);
43	<	tok = new StringTokenizer(line," ",false);
44	<	String totalProcesses = tok.nextToken(); // "632"
45	<	System.out.println("totalProcesses: "+totalProcesses);
46	<	tok.nextToken(); // processes
47	<	String sleeping = tok.nextToken(": ,"); // "591"
48	<	System.out.println("sleeping: "+sleeping);
49	<	tok.nextToken(); // sleeping
50	<	String zombie = tok.nextToken(); // "10"
51	<	System.out.println("zombie: "+zombie);
52	<	tok.nextToken(); // zombie
53	<	String stopped = tok.nextToken(); // "30"
54	<	System.out.println("stopped: "+stopped);
55	<	tok.nextToken(); // stopped
56	<	String onCPU = tok.nextToken(); // "1"
57	<	System.out.println("onCPU: "+onCPU);
58	<
59	<	// get the next line
60	<	line = in.readLine(); // CPU states: 71.1% idle,  1.8% user,  4.8% kernel, 22.2% iowait,  0.0% swap
61	<	System.out.println("line3: "+line);
62	<	tok = new StringTokenizer(line,":%,",false);
63	<	tok.nextToken(); // CPU states
64	<	String idle = tok.nextToken(); // "71.1"
65	<	System.out.println("idle: "+idle);
66	<	tok.nextToken(); // idle
67	<	String user = tok.nextToken(",%"); // "  1.8"
68	<	System.out.println("user: "+user);
69	<	tok.nextToken(); // user
70	<	String kernel = tok.nextToken(); // "  4.8"
71	<	System.out.println("kernel: "+kernel);
72	<	tok.nextToken(); // kernel
73	<	String iowait = tok.nextToken(); // " 22.2"
74	<	System.out.println("iowait: "+iowait);
75	<	tok.nextToken(); // iowait
76	<	String swap = tok.nextToken(); // "  0.0"
77	<	System.out.println("swap: "+swap);
78	<
79	<	line = in.readLine(); // Memory: 4096M real, 2380M free, 1237M swap in use, 9774M swap free
80	<	System.out.println("line4: "+line);
81	<	tok = new StringTokenizer(line,": ,",false);
82	<	tok.nextToken(); // Memory:
83	<	String real = tok.nextToken(); // "4096M"
84	<	System.out.println("real: "+real);
85	<	tok.nextToken(); // real
86	<	String free = tok.nextToken(", "); // "2380M"
87	<	System.out.println("free: "+free);
88	<	tok.nextToken(); // free
89	<	String swapInUse = tok.nextToken(); // "1237M"
90	<	System.out.println("swapInUse: "+swapInUse);
91	<	tok.nextToken(); // swap
92	<	tok.nextToken(); // in
93	<	tok.nextToken(); // use
94	<	String swapFree = tok.nextToken(", "); // "9774M"
95	<	System.out.println("swapFree: "+swapFree);
96	<
97	<	// done now make it into an xml packet ;)
98	<
99	<	packet = new XMLFormatter();
100	<	packet.addNest("load");
101	<	packet.addElement("load1",load1);
102	<	packet.addElement("load5",load5);
103	<	packet.addElement("load15",load15);
104	<	packet.closeNest();
105	<	packet.addNest("processes");
106	<	packet.addElement("total",totalProcesses);
107	<	packet.addElement("sleeping",sleeping);
108	<	packet.addElement("zombie",zombie);
109	<	packet.addElement("stopped",stopped);
110	<	packet.closeNest();
111	<	packet.addNest("cpu");
112	<	packet.addElement("idle",idle.trim());
113	<	packet.addElement("user",user.trim());
114	<	packet.addElement("kernel",kernel.trim());
115	<	packet.addElement("iowait",iowait.trim());
116	<	packet.addElement("swap",swap.trim());
117	<	packet.closeNest();
118	<	packet.addNest("memory");
119	<	packet.addElement("real",real);
120	<	packet.addElement("free",free);
121	<	packet.addElement("swapinuse",swapInUse);
122	<	packet.addElement("swapfree",swapFree);
123	<	packet.closeNest();
124	<
125	<	in.close();
126	<	}
127	<	catch (Exception e ){
128	<	// probably couldn't find the file
129	<	System.out.println(e);
130	<	}
131	<
132	<
133	<	}
134	<
135	<	public String getItems(){
136	<	// return the xml
137	<	return packet.returnXML();
138	<	}
139	<
123	>	public String getItems(){
124	>	// return the xml
125	>	return packet.returnXML();
126	>	}
127	>
128
129	<	} // class
129	>	} // class

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