Annotation of OpenXM/src/OpenMath/OMproxy.java, Revision 1.24
1.2 tam 1: /**
1.24 ! tam 2: * $OpenXM: OpenXM/src/OpenMath/OMproxy.java,v 1.23 2000/01/20 16:40:13 tam Exp $
1.2 tam 3: */
4:
1.1 tam 5: import JP.ac.kobe_u.math.tam.OpenXM.*;
6: import java.util.Stack;
7: import java.io.*;
8:
9: class OMproxy implements Runnable{
10: private OpenXM ox;
11: private Stack stack = new Stack();
1.22 tam 12: protected boolean debug = false;
1.20 tam 13: final int version = 200001190;
1.1 tam 14:
15: public OMproxy(String host,int ControlPort,int DataPort) throws IOException{
16: ox = new OpenXM(this,host,ControlPort,DataPort);
17: }
18:
19: public void run(){
20: OM2OXM P = new OM2OXM();
21:
1.9 tam 22: debug("OMproxy started.");
1.20 tam 23: while(true){
24: try{
1.9 tam 25: int ox_tag = ox.receiveOXtag();
1.1 tam 26:
1.9 tam 27: switch(ox_tag){
28: case OpenXM.OX_COMMAND:
29: StackMachine(ox.receiveSM());
30: break;
31:
32: case OpenXM.OX_DATA:
33: stack.push(ox.receiveCMO());
34: debug("push: "+ stack.peek());
35: break;
1.1 tam 36: }
1.23 tam 37: }catch(Throwable e){
1.20 tam 38: System.err.println(e.getMessage());
39: e.printStackTrace();
40: debug("error occured. stack was cleared.");
1.1 tam 41: }
42: }
1.21 tam 43: //System.out.println("breaking...");
1.1 tam 44: }
45:
1.9 tam 46: /*
1.1 tam 47: public void stop(){
48: System.out.println("OMproxy Stoping...");
49: synchronized(ox){
50: //this.stop();
51: while(!stack.empty()){
52: stack.pop();
53: }
54: System.out.println("OMproxy Stopped");
55: }
56: }
1.9 tam 57: */
1.1 tam 58:
59: private void SM_popCMO() throws java.io.IOException{
1.24 ! tam 60: try{
! 61: if(stack.empty()){
! 62: ox.send(new CMO_NULL());
! 63: }else{
! 64: debug("sending CMO: "+ stack.peek());
! 65: ox.send(stack.pop());
! 66: }
! 67: }catch(MathcapViolation e){
! 68: stack.push(new CMO_STRING(e.getMessage()));
1.1 tam 69: }
70: }
71:
72: private void SM_executeFunction() throws java.io.IOException{
73: String function_name;
74: CMO[] argv;
1.3 tam 75: int argc = 1;
1.1 tam 76:
77: if(!(stack.peek() instanceof CMO_STRING)){
78: stack.push(new CMO_ERROR2());
79: return;
80: }
81: function_name = ((CMO_STRING)stack.pop()).getString();
1.3 tam 82: //argc = ((CMO_INT32)stack.pop()).intValue();
1.1 tam 83: argv = new CMO[argc];
84: for(int i=0;i<argc;i++){
85: argv[i] = (CMO)stack.pop();
86: }
87:
88: if(argc != 1){
89: stack.push(new CMO_ERROR2());
90: return;
91: }
92:
93: if(function_name.equals("OMXML2CMO")){
94: stack.push(OMXML2CMO(argv[0]));
95: return;
96: }else if(function_name.equals("CMO2OMXML")){
97: stack.push(CMO2OMXML(argv[0]));
98: return;
99: }
100:
101: stack.push(new CMO_ERROR2());
102: return;
103: }
104:
1.7 tam 105: private void SM_mathcap() throws java.io.IOException{
106: CMO[] mathcap = new CMO[3];
107:
108: {
1.9 tam 109: CMO[] list = {new CMO_INT32(version),
1.7 tam 110: new CMO_STRING("Ox_system=OMproxy.class"),
1.9 tam 111: new CMO_STRING("Version=0."+ version),
1.7 tam 112: new CMO_STRING("HOSTTYPE=JAVA")};
113: mathcap[0] = new CMO_LIST(list);
114: }
115:
116: {
117: CMO[] list = {new CMO_INT32(SM.SM_popCMO),
118: new CMO_INT32(SM.SM_executeFunction),
1.10 tam 119: new CMO_INT32(SM.SM_mathcap),
1.18 tam 120: new CMO_INT32(SM.SM_setMathCap),
1.10 tam 121: new CMO_INT32(SM.SM_control_kill),
122: new CMO_INT32(SM.SM_control_reset_connection)};
1.7 tam 123: mathcap[1] = new CMO_LIST(list);
124: }
125:
126: {
127: CMO[] CMOFormat = {new CMO_INT32(CMO.CMO_NULL),
128: new CMO_INT32(CMO.CMO_INT32),
129: new CMO_INT32(CMO.CMO_STRING),
1.9 tam 130: new CMO_INT32(CMO.CMO_LIST),
1.7 tam 131: new CMO_INT32(CMO.CMO_MONOMIAL32),
132: new CMO_INT32(CMO.CMO_ZZ),
133: new CMO_INT32(CMO.CMO_QQ),
134: new CMO_INT32(CMO.CMO_ZERO),
1.12 tam 135: new CMO_INT32(CMO.CMO_DMS_GENERIC),
1.14 tam 136: new CMO_INT32(CMO.CMO_RECURSIVE_POLYNOMIAL),
1.9 tam 137: new CMO_INT32(CMO.CMO_DISTRIBUTED_POLYNOMIAL),
1.14 tam 138: new CMO_INT32(CMO.CMO_POLYNOMIAL_IN_ONE_VARIABLE),
1.12 tam 139: new CMO_INT32(CMO.CMO_BIGFLOAT),
140: new CMO_INT32(CMO.CMO_INDETERMINATE),
141: new CMO_INT32(CMO.CMO_TREE)};
1.15 tam 142: CMO[] DataFormat1 = {new CMO_INT32(OpenXM.OX_DATA),
143: new CMO_LIST(CMOFormat)};
144: CMO[] list = {new CMO_LIST(DataFormat1)};
145:
1.7 tam 146: mathcap[2] = new CMO_LIST(list);
147: }
148:
1.8 tam 149: stack.push(new CMO_MATHCAP(new CMO_LIST(mathcap)));
150: debug("push: "+ stack.peek());
1.7 tam 151: }
152:
1.1 tam 153: private void StackMachine(SM mesg) throws java.io.IOException{
1.4 tam 154: debug("receive: "+mesg);
155:
1.1 tam 156: switch(mesg.getCode()){
157: case SM.SM_popCMO:
158: SM_popCMO();
159: break;
160:
161: case SM.SM_executeFunction:
162: SM_executeFunction();
1.7 tam 163: break;
164:
165: case SM.SM_mathcap:
166: SM_mathcap();
1.1 tam 167: break;
168:
169: default:
170: System.out.println("received "+ mesg);
171: }
172: }
173:
174: private CMO CMO2OMXML(CMO obj){
1.11 tam 175: String str;
176:
177: try{
178: str = OM2OXM.CMO2OM(obj);
179: }catch(NumberFormatException e){
180: debug("CMO2OMXML occuered error in trans");
181: return new CMO_ERROR2(new CMO_STRING(e.toString()));
182: }
1.1 tam 183:
184: return new CMO_STRING(str);
185: }
186:
187: private CMO OMXML2CMO(CMO obj){
188: OM2OXM trans = new OM2OXM();
189: //StringBufferInputStream stream;
190: ByteArrayInputStream stream;
191: CMO ret;
192:
1.5 tam 193: debug("OMXML2CMO called: "+obj);
1.6 tam 194: if(!(obj instanceof CMO_STRING)){
1.11 tam 195: return new CMO_ERROR2(new CMO_STRING("It's not CMO_STRING."));
1.1 tam 196: }
197:
198: try{
199: stream = new ByteArrayInputStream(((CMO_STRING)obj).getString().getBytes());
200: ret = trans.parse(stream);
201: }catch(IOException e){
1.11 tam 202: debug("OMXML2CMO occuered error in trans");
203: return new CMO_ERROR2(new CMO_STRING(e.toString()));
204: }catch(NumberFormatException e){
1.6 tam 205: debug("OMXML2CMO occuered error in trans");
1.1 tam 206: return new CMO_ERROR2(new CMO_STRING(e.toString()));
207: }
208:
1.4 tam 209: debug("push: "+ret);
1.1 tam 210: return ret;
1.4 tam 211: }
212:
213: private void debug(String str){
214: if(debug){
215: System.out.println(str);
216: }
1.1 tam 217: }
218:
1.2 tam 219: private static String usage(){
220: String ret = "";
221:
222: ret += "usage\t: java OMproxy [options]\n";
223: ret += "options\t:\n";
224: ret += "\t -h \t show this message\n";
225: ret += "\t -host hostname \t (default localhost)\n";
226: ret += "\t -data port \t (default 1300)\n";
227: ret += "\t -control port \t (default 1200)\n";
1.8 tam 228: ret += "\t -insecure \t this version ignore this option\n";
1.22 tam 229: ret += "\t -debug \t display debug messages\n";
1.2 tam 230:
231: return ret;
232: }
233:
1.1 tam 234: public static void main(String argv[]){
235: String host = "localhost";
236: int DataPort = 1300, ControlPort = 1200;
1.22 tam 237: boolean debug = false;
1.1 tam 238:
239: for(int i=0;i<argv.length;i++){
240: if(argv[i].equals("-h")){
1.2 tam 241: System.out.print(usage());
1.1 tam 242: System.exit(0);
243: }else if(argv[i].equals("-host")){
244: host = argv[++i];
245: }else if(argv[i].equals("-data")){
246: DataPort = Integer.valueOf(argv[++i]).intValue();
247: }else if(argv[i].equals("-control")){
248: ControlPort = Integer.valueOf(argv[++i]).intValue();
1.8 tam 249: }else if(argv[i].equals("-insecure")){
1.22 tam 250: }else if(argv[i].equals("-debug")){
251: debug = true;
1.1 tam 252: }else{
1.2 tam 253: System.err.println("unknown option : "+ argv[i]);
254: System.err.print(usage());
1.1 tam 255: System.exit(1);
256: }
257: }
1.2 tam 258:
1.1 tam 259: System.out.println("host(ctrl,data): "+ host
260: +"("+ ControlPort +","+ DataPort +")");
261:
262: try{
1.22 tam 263: new OMproxy(host,ControlPort,DataPort).debug = debug;
1.1 tam 264: System.out.println("connected.");
265: }catch(IOException e){
266: System.err.println("Error occured: "+ e);
267: System.err.println(e.getLocalizedMessage());
268: System.err.println(e.getMessage());
269: }
270: }
271: }
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