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added the eepProxy and harvester as part of the default clientApps run on startup

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(with a commented out set of lines for a heartbeat client/server)
updated -cp lines accordingly
use javaw for windows users (so they can close the damn dos boxes)
toss the default logger logs into logs/ (say that three times fast)
formatting
This commit is contained in:
jrandom
2004-04-20 07:32:21 +00:00
committed by zzz
parent 180d39534c
commit a51e0c26e5
9 changed files with 652 additions and 440 deletions
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848
installer/java/src/Install.java
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@ -92,268 +92,258 @@ public abstract class Install {
public abstract boolean confirmOption(String question, boolean defaultYes); public abstract boolean confirmOption(String question, boolean defaultYes);
public static void main(String args[]) { public static void main(String args[]) {
Install install = new CliInstall(); Install install = new CliInstall();
install.runInstall(); install.runInstall();
} }
public Install() { public Install() {
_inTCP = -2; _inTCP = -2;
_i2cpPort = -2; _i2cpPort = -2;
_phttpRegister = null; _phttpRegister = null;
_phttpSend = null; _phttpSend = null;
_inBPS = -2; _inBPS = -2;
_outBPS = -2; _outBPS = -2;
_externalAddressIsReachable = false; _externalAddressIsReachable = false;
} }
public void runInstall() { public void runInstall() {
askQuestions(); askQuestions();
detectOS(); detectOS();
configureAll(); configureAll();
createConfigFile(); createConfigFile();
createLoggerConfig(); createLoggerConfig();
createStartScript(); createStartScript();
createReseedScript(); createReseedScript();
createEepProxyScript(); createScripts("startIrcProxy.sh", "startIrcProxy.bat", 6668, "irc.duck.i2p", "log-irc-#.txt", "IRC Proxy", "IRC proxying scripts written to startIrcProxy", "Starting IRC proxy (when you see Ready! you can connect your IRC client to localhost:6668)");
//createScripts("startSquid.sh", "startSquid.bat", 5555, "squid.i2p", "log-squid-#.txt", "Squid Proxy", "Squid proxying scripts written to startSquid"); //createScripts("startI2PCVSProxy.sh", "startI2PCVSProxy.bat", 2401, "i2pcvs.i2p", "log-i2pcvs-#.txt", "CVS Proxy", "Proxying scripts for I2P's CVS server written to startCVSProxy");
createScripts("startIrcProxy.sh", "startIrcProxy.bat", 6668, "irc.duck.i2p", "log-irc-#.txt", "IRC Proxy", "IRC proxying scripts written to startIrcProxy", "Starting IRC proxy (when you see Ready! you can connect your IRC client to localhost:6668)"); // only pulling them temporarily, duck, until the network is
//createScripts("startI2PCVSProxy.sh", "startI2PCVSProxy.bat", 2401, "i2pcvs.i2p", "log-i2pcvs-#.txt", "CVS Proxy", "Proxying scripts for I2P's CVS server written to startCVSProxy"); // reliable enough
// only pulling them temporarily, duck, until the network is //createScripts("startJabber.sh", "startJabber.bat", 5222, "jabber.duck.i2p", "log-jabber-#.txt", "Jabber Proxy", "Squid proxying scripts written to startSquid");
// reliable enough //createScripts("startNntpProxy.sh", "startNntpProxy.bat", 1119, "nntp.duck.i2p", "log-nntp-#.txt", "NNTP Proxy","NNTP proxying scripts written to startNntpProxy");
//createScripts("startJabber.sh", "startJabber.bat", 5222, "jabber.duck.i2p", "log-jabber-#.txt", "Jabber Proxy", "Squid proxying scripts written to startSquid"); createSeedNodes();
copyLibraries();
//createScripts("startNntpProxy.sh", "startNntpProxy.bat", 1119, "nntp.duck.i2p", "log-nntp-#.txt", "NNTP Proxy","NNTP proxying scripts written to startNntpProxy"); if (_isWindows) {
createSeedNodes(); showStatus("To run the router, please run startRouter.bat in " + _installDir.getAbsolutePath());
copyLibraries(); } else {
if (_isWindows) { showStatus("To run the router, please run startRouter.sh in " + _installDir.getAbsolutePath());
showStatus("To run the router, please run startRouter.bat in " + _installDir.getAbsolutePath()); }
} else { showStatus("");
showStatus("To run the router, please run startRouter.sh in " + _installDir.getAbsolutePath());
}
showStatus("");
} }
private String numberTo4Digits(int number) { private String numberTo4Digits(int number) {
String res = "0000"+number; // use four digit indices String res = "0000"+number; // use four digit indices
return res.substring(res.length()-4); return res.substring(res.length()-4);
} }
private void askQuestions() { private void askQuestions() {
try { try {
InputStream in = InputStream in = Install.class.getResourceAsStream("/install.config");
Install.class.getResourceAsStream("/install.config"); _p = new Properties();
_p = new Properties(); _p.load(in);
_p.load(in); in.close();
in.close(); } catch (IOException ex) {
} catch (IOException ex) { ex.printStackTrace();
ex.printStackTrace(); System.exit(1);
System.exit(1); }
} int count = Integer.parseInt(_p.getProperty("qs.count"));
int count = Integer.parseInt(_p.getProperty("qs.count")); _answers = new HashMap(count+count); // load factor is 0.75, so
_answers = new HashMap(count+count); // load factor is 0.75, so // there is some room left
// there is some room left for (int i=1;i<=count;i++) {
for (int i=1;i<=count;i++) { String ii = numberTo4Digits(i);
String ii = numberTo4Digits(i); String question = _p.getProperty("qs."+ii+".question"),
String question = _p.getProperty("qs."+ii+".question"), param = _p.getProperty("qs."+ii+".param"),
param = _p.getProperty("qs."+ii+".param"), type = _p.getProperty("qs."+ii+".type"),
type = _p.getProperty("qs."+ii+".type"), def = _p.getProperty("qs."+ii+".default");
def = _p.getProperty("qs."+ii+".default"); if (question == null) continue;
if (question == null) continue; if (type == null || "info".equals(type)) {
if (type == null || "info".equals(type)) { // just print some text
// just print some text handleOptInfo(question);
handleOptInfo(question); } else if ("info_spliced".equals(type)) {
} else if ("info_spliced".equals(type)) { // splice in some params already queried
// splice in some params already queried handleOptInfo(handleSpliceParams(question));
handleOptInfo(handleSpliceParams(question)); } else if ("category".equals(type)) {
} else if ("category".equals(type)) { startOptCategory(question);
startOptCategory(question); } else if ("skip".equals(type)) {
} else if ("skip".equals(type)) { i = Integer.parseInt(question)-1;
i = Integer.parseInt(question)-1; } else { // a real question
} else { // a real question if ("<none>".equals(question)) {
if ("<none>".equals(question)) { if (!setOption(i, def))
if (!setOption(i, def)) throw new RuntimeException("Fixed and invalid value");
throw new RuntimeException("Fixed and invalid value"); } else {
} else { handleOption(i,question,def,type);
handleOption(i,question,def,type); }
} }
} }
} finishOptions();
finishOptions();
} }
public /* overridable */ String handleSpliceParams(String s) { public /* overridable */ String handleSpliceParams(String s) {
return spliceParams(s); return spliceParams(s);
} }
public boolean setOption(int number, String answer) { public boolean setOption(int number, String answer) {
String ii = numberTo4Digits(number); String ii = numberTo4Digits(number);
String param = _p.getProperty("qs."+ii+".param"), String param = _p.getProperty("qs."+ii+".param"),
type = _p.getProperty("qs."+ii+".type"); type = _p.getProperty("qs."+ii+".type");
Object value = getOptionValue(answer, type); Object value = getOptionValue(answer, type);
if (value == null) { if (value == null) {
return false; return false;
} else { } else {
if (param == null || value == null) if (param == null || value == null)
throw new NullPointerException(); throw new NullPointerException();
_answers.put(param,value); _answers.put(param,value);
return true; return true;
} }
} }
private Object getOptionValue(String answer, String type) { private Object getOptionValue(String answer, String type) {
if ("string".equals(type)) { if ("string".equals(type)) {
// everything's okay till the very end // everything's okay till the very end
return answer; return answer;
} else if ("string>0".equals(type)) { } else if ("string>0".equals(type)) {
if (answer.length() > 0) { if (answer.length() > 0) {
return answer; return answer;
} else { } else {
showOptError("Empty answers are not allowed."); showOptError("Empty answers are not allowed.");
} }
} else if ("directory".equals(type)) { } else if ("directory".equals(type)) {
File f = new File(answer); File f = new File(answer);
if (f.exists()) { if (f.exists()) {
if (f.isDirectory()) { if (f.isDirectory()) {
showOptError("Using existing target directory " + f.getAbsolutePath()); showOptError("Using existing target directory " + f.getAbsolutePath());
return f; return f;
} else { } else {
showOptError("Location " + f.getAbsolutePath()+ showOptError("Location " + f.getAbsolutePath()+
" is not a directory. "+ " is not a directory. "+
"Lets try again"); "Lets try again");
} }
} else { } else {
boolean create = confirmOption boolean create = confirmOption("Target directory " + f.getAbsolutePath() +
("Target directory " + f.getAbsolutePath() + " does not exist - create? ", false);
" does not exist - create? ", false); if (!create) {
if (!create) { showOptError("Lets try that again");
showOptError("Lets try that again"); } else {
} else { boolean created = f.mkdirs();
boolean created = f.mkdirs(); if (created) {
if (created) { showOptError("Target directory " + f.getAbsolutePath() +
showOptError("Target directory " + " created");
f.getAbsolutePath() + return f;
" created"); } else {
return f; showOptError("Failed to create the "+
} else { "directory. Lets choose another.");
showOptError("Failed to create the "+ }
"directory. Lets choose "+ }
"another."); }
} } else if ("boolean".equals(type)) {
} answer=answer.toLowerCase();
} if ("yes".equals(answer) || "y".equals(answer))
} else if ("boolean".equals(type)) { answer="true";
answer=answer.toLowerCase(); if ("no".equals(answer) || "n".equals(answer))
if ("yes".equals(answer) || "y".equals(answer)) answer="false";
answer="true"; if ("true".equals(answer) || "false".equals(answer)) {
if ("no".equals(answer) || "n".equals(answer)) return new Boolean("true".equals(answer));
answer="false"; }
if ("true".equals(answer) || "false".equals(answer)) { showOptError("Incorrect boolean value, try `yes' <20>r `no'");
return new Boolean("true".equals(answer)); } else if ("numeric".equals(type) || "port".equals(type)) {
} try {
showOptError("Incorrect boolean value, try `yes' <20>r `no'"); int num = Integer.parseInt(answer);
} else if ("numeric".equals(type) || "port".equals(type)) { if ("numeric".equals(type) ||
try { (num >0 && num < 65536)) {
int num = Integer.parseInt(answer); return new Integer(num);
if ("numeric".equals(type) || }
(num >0 && num < 65536)) { showOptError("Port number must be from 1 to 65535");
return new Integer(num); } catch (NumberFormatException ex) {
} showOptError("Incorrect value: "+ex.getMessage());
showOptError("Port number must be from 1 to 65535"); }
} catch (NumberFormatException ex) { } else if ("bandwidth".equals(type)) {
showOptError("Incorrect value: "+ex.getMessage()); try {
} answer = answer.toLowerCase();
} else if ("bandwidth".equals(type)) { int factor = 1;
try { // first check to see if it ends with m, k, or g
answer = answer.toLowerCase(); if (answer.endsWith("g"))
int factor = 1; factor = 1024*1024*1024;
// first check to see if it ends with m, k, or g if (answer.endsWith("m"))
if (answer.endsWith("g")) factor = 1024*1024;
factor = 1024*1024*1024; if (answer.endsWith("k"))
if (answer.endsWith("m")) factor = 1024;
factor = 1024*1024; if (factor > 1)
if (answer.endsWith("k")) answer = answer.substring(0, answer.length()-1);
factor = 1024; int val = factor * Integer.parseInt(answer);
if (factor > 1) if (val == -1 || val >0 ) {
answer = answer.substring(0, answer.length()-1); return new Integer(val);
int val = factor * Integer.parseInt(answer); }
if (val == -1 || val >0 ) { showOptError("Value must be -1 or positive.");
return new Integer(val); } catch (NumberFormatException ex) {
} showOptError("Invalid number [" + answer + "]. Valid numbers are of the form -1, 42, 68k, 7m, 9g");
showOptError("Value must be -1 or positive."); }
} catch (NumberFormatException ex) { } else {
showOptError("Invalid number [" + answer + "]. Valid numbers are of the form -1, 42, 68k, 7m, 9g"); throw new RuntimeException ("cannot read installer option: " + type);
} }
} else { return null;
throw new RuntimeException ("cannot read installer option: " + type);
}
return null;
} }
private String spliceParams(String s) { private String spliceParams(String s) {
StringBuffer txt = new StringBuffer(s.length()+100); StringBuffer txt = new StringBuffer(s.length()+100);
int ind; int ind;
while((ind = s.indexOf("##")) != -1) { while((ind = s.indexOf("##")) != -1) {
txt.append(s.substring(0,ind)); txt.append(s.substring(0,ind));
String temp = s.substring(ind+2); String temp = s.substring(ind+2);
ind = temp.indexOf("##"); ind = temp.indexOf("##");
if (ind == -1) throw new RuntimeException if (ind == -1) throw new RuntimeException("Incorrect info_spliced param");
("Incorrect info_spliced param"); s=temp.substring(ind+2);
s=temp.substring(ind+2); Object value = _answers.get(temp.substring(0,ind));
Object value = _answers.get(temp.substring(0,ind)); if (value == null) {
if (value == null) { System.err.println("ERROR: Could not insert parameter "+temp.substring(0,ind));
System.err.println("ERROR: Could not insert parameter "+temp.substring(0,ind)); System.exit(1);
System.exit(1); } else {
} else { txt.append(value.toString());
txt.append(value.toString()); }
} }
} txt.append(s);
txt.append(s); return txt.toString();
return txt.toString();
} }
private void detectOS() { private void detectOS() {
String os = System.getProperty("os.name"); String os = System.getProperty("os.name");
if (os.toLowerCase().indexOf("win") != -1) if (os.toLowerCase().indexOf("win") != -1)
_isWindows = true; _isWindows = true;
else else
_isWindows = false; _isWindows = false;
// yes, this treats pre-os-x macs as unix, and perhaps some // yes, this treats pre-os-x macs as unix, and perhaps some
// windows-esque OSes don't have "win" in their name, or some // windows-esque OSes don't have "win" in their name, or some
// unix-esque OS does. fix when it occurs. // unix-esque OS does. fix when it occurs.
} }
private void configureAll() { private void configureAll() {
_installDir = (File) _answers.get("installDir"); _installDir = (File) _answers.get("installDir");
_externalAddress = _answers.get("externalAddress").toString(); _externalAddress = _answers.get("externalAddress").toString();
_externalAddressIsReachable = ((Boolean)_answers.get("externalAddressIsReachable")).booleanValue(); _externalAddressIsReachable = ((Boolean)_answers.get("externalAddressIsReachable")).booleanValue();
_inTCP=((Integer)_answers.get("inTCP")).intValue(); _inTCP=((Integer)_answers.get("inTCP")).intValue();
_phttpRegister = _answers.get("phttpRegister").toString(); _phttpRegister = _answers.get("phttpRegister").toString();
_phttpSend = _answers.get("phttpSend").toString(); _phttpSend = _answers.get("phttpSend").toString();
_i2cpPort = ((Integer)_answers.get("i2cpPort")).intValue(); _i2cpPort = ((Integer)_answers.get("i2cpPort")).intValue();
_inBPS = ((Integer)_answers.get("inBPS")).intValue(); _inBPS = ((Integer)_answers.get("inBPS")).intValue();
_outBPS = ((Integer)_answers.get("outBPS")).intValue(); _outBPS = ((Integer)_answers.get("outBPS")).intValue();
} }
private void useTemplate(String templateName, File destFile) { private void useTemplate(String templateName, File destFile) {
try { try {
BufferedWriter bw = new BufferedWriter(new FileWriter(destFile)); BufferedWriter bw = new BufferedWriter(new FileWriter(destFile));
BufferedReader br = new BufferedReader BufferedReader br = new BufferedReader(new InputStreamReader(Install.class.getResourceAsStream(templateName)));
(new InputStreamReader String line;
(Install.class.getResourceAsStream(templateName))); while ((line = br.readLine()) != null) {
String line; if (!line.startsWith("####")) {
while ((line = br.readLine()) != null) { bw.write(spliceParams(line));
if (!line.startsWith("####")) { bw.newLine();
bw.write(spliceParams(line)); }
bw.newLine(); }
} br.close();
} bw.close();
br.close(); } catch (IOException ioe) {
bw.close(); ioe.printStackTrace();
} catch (IOException ioe) { System.exit(0);
ioe.printStackTrace(); }
System.exit(0);
}
} }
private void createLoggerConfig() { private void createLoggerConfig() {
@ -364,249 +354,243 @@ public abstract class Install {
} }
private void createSeedNodes() { private void createSeedNodes() {
showStatus("To connect to I2P, you will need a reference to at least one other I2P router"); showStatus("To connect to I2P, you will need a reference to at least one other I2P router");
showStatus("Rather than bundle some (soon to be out of date) references with the software, "); showStatus("Rather than bundle some (soon to be out of date) references with the software, ");
showStatus("you can either run the included reseed script or get get your own references "); showStatus("you can either run the included reseed script or get get your own references ");
showStatus("from some out of band location. "); showStatus("from some out of band location. ");
showStatus(""); showStatus("");
showStatus("The reseed script simply connects to http://i2p.net/i2pdb/ and downloads all"); showStatus("The reseed script simply connects to http://i2p.net/i2pdb/ and downloads all");
showStatus("of the routerInfo-*.dat files and save them into " + (new File(_installDir, "i2pdb")).getAbsolutePath()); showStatus("of the routerInfo-*.dat files and save them into " + (new File(_installDir, "i2pdb")).getAbsolutePath());
showStatus("That ../i2pdb/ directory is simply a mirror of one router's netDb directory, so those files"); showStatus("That ../i2pdb/ directory is simply a mirror of one router's netDb directory, so those files");
showStatus("can come from anyone else too"); showStatus("can come from anyone else too");
showStatus(""); showStatus("");
showStatus("You can run the reseed script or download references (from your friends, etc) as often"); showStatus("You can run the reseed script or download references (from your friends, etc) as often");
showStatus("as you like without restarting your router. If you find your netDb directory to have "); showStatus("as you like without restarting your router. If you find your netDb directory to have ");
showStatus("only one file in it (thats your router info), you will need more peers to get anything done."); showStatus("only one file in it (thats your router info), you will need more peers to get anything done.");
showStatus(""); showStatus("");
boolean reseed = confirmOption("Do you want to run the reseed script now? ", true); boolean reseed = confirmOption("Do you want to run the reseed script now? ", true);
if (reseed) { if (reseed) {
reseed(); reseed();
} else { } else {
showStatus("Ok ok, not reseeding - but please reseed before running the router"); showStatus("Ok ok, not reseeding - but please reseed before running the router");
} }
} }
private void reseed() { private void reseed() {
try { try {
URL dir = new URL("http://i2p.net/i2pdb/"); URL dir = new URL("http://i2p.net/i2pdb/");
String content = new String(readURL(dir)); String content = new String(readURL(dir));
Set urls = new HashSet(); Set urls = new HashSet();
int cur = 0; int cur = 0;
while (true) { while (true) {
int start = content.indexOf("href=\"routerInfo-", cur); int start = content.indexOf("href=\"routerInfo-", cur);
if (start < 0) if (start < 0)
break; break;
int end = content.indexOf(".dat\">", start); int end = content.indexOf(".dat\">", start);
String name = content.substring(start+"href=\"routerInfo-".length(), end); String name = content.substring(start+"href=\"routerInfo-".length(), end);
urls.add(name); urls.add(name);
cur = end + 1; cur = end + 1;
} }
for (Iterator iter = urls.iterator(); iter.hasNext(); ) { for (Iterator iter = urls.iterator(); iter.hasNext(); ) {
fetchSeed((String)iter.next()); fetchSeed((String)iter.next());
} }
} catch (Throwable t) { } catch (Throwable t) {
t.printStackTrace(); t.printStackTrace();
showStatus("Error reseeding - " + t.getMessage()); showStatus("Error reseeding - " + t.getMessage());
} }
} }
private void fetchSeed(String peer) throws Exception { private void fetchSeed(String peer) throws Exception {
URL url = new URL("http://i2p.net/i2pdb/routerInfo-" + peer + ".dat"); URL url = new URL("http://i2p.net/i2pdb/routerInfo-" + peer + ".dat");
showStatus("Fetching seed from " + url.toExternalForm()); showStatus("Fetching seed from " + url.toExternalForm());
byte data[] = readURL(url); byte data[] = readURL(url);
writeSeed(peer, data); writeSeed(peer, data);
} }
private byte[] readURL(URL url) throws Exception { private byte[] readURL(URL url) throws Exception {
ByteArrayOutputStream baos = new ByteArrayOutputStream(1024); ByteArrayOutputStream baos = new ByteArrayOutputStream(1024);
URLConnection con = url.openConnection(); URLConnection con = url.openConnection();
InputStream in = con.getInputStream(); InputStream in = con.getInputStream();
byte buf[] = new byte[1024]; byte buf[] = new byte[1024];
while (true) { while (true) {
int read = in.read(buf); int read = in.read(buf);
if (read < 0) if (read < 0)
break; break;
baos.write(buf, 0, read); baos.write(buf, 0, read);
} }
in.close(); in.close();
return baos.toByteArray(); return baos.toByteArray();
} }
private void writeSeed(String name, byte data[]) throws Exception { private void writeSeed(String name, byte data[]) throws Exception {
File netDbDir = new File(_installDir, "netDb"); File netDbDir = new File(_installDir, "netDb");
if (!netDbDir.exists()) if (!netDbDir.exists())
netDbDir.mkdirs(); netDbDir.mkdirs();
FileOutputStream fos = new FileOutputStream(new File(netDbDir, "routerInfo-" + name + ".dat")); FileOutputStream fos = new FileOutputStream(new File(netDbDir, "routerInfo-" + name + ".dat"));
fos.write(data); fos.write(data);
fos.close(); fos.close();
} }
private void copyLibraries() { private void copyLibraries() {
File libDir = new File(_installDir, "lib"); File libDir = new File(_installDir, "lib");
if (!libDir.exists()) { if (!libDir.exists()) {
boolean libCreated = libDir.mkdirs(); boolean libCreated = libDir.mkdirs();
if (!libCreated) { if (!libCreated) {
showStatus("Error creating library directory " + libDir.getAbsolutePath()); showStatus("Error creating library directory " + libDir.getAbsolutePath());
return; return;
} }
} }
showStatus("Installing the libraries into " + libDir.getAbsolutePath()); showStatus("Installing the libraries into " + libDir.getAbsolutePath());
int cnt = Integer.parseInt(_p.getProperty("libs.count")); int cnt = Integer.parseInt(_p.getProperty("libs.count"));
try { try {
for (int i=1;i<=cnt;i++) { for (int i=1;i<=cnt;i++) {
String ii = numberTo4Digits(i), String ii = numberTo4Digits(i),
file = _p.getProperty("libs."+ii+".name"); file = _p.getProperty("libs."+ii+".name");
boolean isLib = "true".equals(_p.getProperty("libs."+ii+".islib")); boolean isLib = "true".equals(_p.getProperty("libs."+ii+".islib"));
InputStream is = Install.class.getResourceAsStream("/"+file); InputStream is = Install.class.getResourceAsStream("/"+file);
if (is == null) throw new IOException("Resource /"+file+" not found"); if (is == null) throw new IOException("Resource /"+file+" not found");
copyFile(is, file, isLib?libDir:_installDir); copyFile(is, file, isLib?libDir:_installDir);
} }
} catch (IOException ioe) { } catch (IOException ioe) {
showStatus("Error extracting the libraries: " + ioe.getMessage()); showStatus("Error extracting the libraries: " + ioe.getMessage());
} }
File dbDir = new File(_installDir, "netDb"); File dbDir = new File(_installDir, "netDb");
dbDir.mkdirs(); dbDir.mkdirs();
File logDir = new File(_installDir, "logs"); File logDir = new File(_installDir, "logs");
logDir.mkdirs(); logDir.mkdirs();
} }
private void copyFile(InputStream in, String name, File destDir) { private void copyFile(InputStream in, String name, File destDir) {
File destFile = new File(destDir, name); File destFile = new File(destDir, name);
try { try {
byte buf[] = new byte[16*1024]; byte buf[] = new byte[16*1024];
FileOutputStream out = new FileOutputStream(destFile); FileOutputStream out = new FileOutputStream(destFile);
while (true) { while (true) {
int read = in.read(buf); int read = in.read(buf);
if (read == -1) if (read == -1)
break; break;
out.write(buf, 0, read); out.write(buf, 0, read);
} }
in.close(); in.close();
out.close(); out.close();
showStatus("Installed file " + destFile.getName() + " in " + destFile.getParent()); showStatus("Installed file " + destFile.getName() + " in " + destFile.getParent());
} catch (IOException ioe) { } catch (IOException ioe) {
showStatus("Error saving " + name + " to " + destFile.getAbsolutePath() + ": " + ioe.getMessage()); showStatus("Error saving " + name + " to " + destFile.getAbsolutePath()
} + ": " + ioe.getMessage());
}
} }
private void createLogConfigOptions(boolean verbose) { private void createLogConfigOptions(boolean verbose) {
_answers.put("_logger_level", verbose?"DEBUG":"INFO"); _answers.put("_logger_level", verbose?"DEBUG":"INFO");
_answers.put("_logger_level2", verbose?"WARN":"ERROR"); _answers.put("_logger_level2", verbose?"WARN":"ERROR");
StringBuffer buf = new StringBuffer(); StringBuffer buf = new StringBuffer();
if (!verbose) { if (!verbose) {
// overrides for particularly chatty classes // overrides for particularly chatty classes
_answers.put("_logger_notverbose", _answers.put("_logger_notverbose", "logger.record.net.i2p.router.transport.Triv=ERROR"+NL+
"logger.record.net.i2p.router.transport.Triv=ERROR"+NL+ "logger.record.net.i2p.router.transport.Band=ERROR"+NL+
"logger.record.net.i2p.router.transport.Band=ERROR"+NL+ "logger.record.net.i2p.crypto=ERROR" +NL+
"logger.record.net.i2p.crypto=ERROR" +NL+ "logger.record.net.i2p.crypto.DH=ERROR");
"logger.record.net.i2p.crypto.DH=ERROR"); } else {
} else { _answers.put("_logger_notverbose","");
_answers.put("_logger_notverbose",""); }
}
} }
private void createScripts(String unixName, String windowsName, int listenPort, String targetDest, String logfilePattern, String windowTitle, String message, String scriptMessage) { private void createScripts(String unixName, String windowsName, int listenPort,
createScripts(unixName, windowsName, "client "+listenPort+" "+targetDest, logfilePattern, windowTitle, message, scriptMessage); String targetDest, String logfilePattern, String windowTitle,
String message, String scriptMessage) {
createScripts(unixName, windowsName, "client "+listenPort+" "+targetDest,
logfilePattern, windowTitle, message, scriptMessage);
} }
private void createScripts(String unixName, String windowsName, String command, String logfilePattern, String windowTitle, String message, String scriptMessage) { private void createScripts(String unixName, String windowsName, String command,
_answers.put("_scripts_port", ""+_i2cpPort); String logfilePattern, String windowTitle, String message,
_answers.put("_scripts_cmd", command); String scriptMessage) {
_answers.put("_scripts_logname", logfilePattern); _answers.put("_scripts_port", ""+_i2cpPort);
_answers.put("_scripts_winttl", windowTitle); _answers.put("_scripts_cmd", command);
_answers.put("_scripts_message", scriptMessage); _answers.put("_scripts_logname", logfilePattern);
if (_isWindows) { _answers.put("_scripts_winttl", windowTitle);
File windowsFile = new File(_installDir, windowsName); _answers.put("_scripts_message", scriptMessage);
useTemplate("startFoo.bat.template", windowsFile); if (_isWindows) {
} else { File windowsFile = new File(_installDir, windowsName);
File unixFile = new File(_installDir, unixName); useTemplate("startFoo.bat.template", windowsFile);
useTemplate("startFoo.sh.template", unixFile); } else {
chmodaplusx(unixFile); File unixFile = new File(_installDir, unixName);
} useTemplate("startFoo.sh.template", unixFile);
showStatus(message); chmodaplusx(unixFile);
} }
showStatus(message);
private void createEepProxyScript() {
StringBuffer buf = new StringBuffer(512);
buf.append("Eepsite proxying scripts written to startEepProxy").append(NL);
buf.append("IMPORTANT: While this installer packages the latest hosts.txt file available at the time ($Date: 2004/03/25 00:56:23 $), ").append(NL);
buf.append("a more recently updated one may be available. You can check for updates by fetching the file ").append(NL);
buf.append("http://i2p.net/i2p/hosts.txt and saving it in ").append(_installDir.getAbsolutePath()).append(NL);
buf.append("Or, of course, you can edit and update hosts.txt yourself to include mappings of your liking").append(NL);
createScripts("startEepProxy.sh", "startEepProxy.bat", "httpclient 4444", "log-eepProxy-#.txt", "Eep Proxy", buf.toString(), "Starting EepProxy (when you see Ready, set your browsers HTTP proxy to localhost:4444)");
} }
private void createReseedScript() { private void createReseedScript() {
if (_isWindows) { if (_isWindows) {
File windowsFile = new File(_installDir, "reseed.bat"); File windowsFile = new File(_installDir, "reseed.bat");
useTemplate("reseed.bat.template", windowsFile); useTemplate("reseed.bat.template", windowsFile);
} else { } else {
File unixFile = new File(_installDir, "reseed.sh"); File unixFile = new File(_installDir, "reseed.sh");
useTemplate("reseed.sh.template", unixFile); useTemplate("reseed.sh.template", unixFile);
chmodaplusx(unixFile); chmodaplusx(unixFile);
} }
} }
private void chmodaplusx(File f) { private void chmodaplusx(File f) {
try { try {
Runtime.getRuntime().exec("chmod a+x " + f.getAbsolutePath()); Runtime.getRuntime().exec("chmod a+x " + f.getAbsolutePath());
} catch (IOException ioe) { } catch (IOException ioe) {
showStatus("Error setting "+f.getName()+" as executable"); showStatus("Error setting "+f.getName()+" as executable");
} }
} }
private void createStartScript() { private void createStartScript() {
_answers.put("_scripts_installdir", _installDir.getAbsolutePath()); _answers.put("_scripts_installdir", _installDir.getAbsolutePath());
if (_isWindows) { if (_isWindows) {
File windowsFile = new File(_installDir, "startRouter.bat"); File windowsFile = new File(_installDir, "startRouter.bat");
useTemplate("startRouter.bat.template", windowsFile); useTemplate("startRouter.bat.template", windowsFile);
} else { } else {
File unixFile = new File(_installDir, "startRouter.sh"); File unixFile = new File(_installDir, "startRouter.sh");
useTemplate("startRouter.sh.template", unixFile); useTemplate("startRouter.sh.template", unixFile);
File unixStopFile = new File(_installDir, "stopRouter.sh"); File unixStopFile = new File(_installDir, "stopRouter.sh");
useTemplate("stopRouter.sh.template", unixStopFile); useTemplate("stopRouter.sh.template", unixStopFile);
chmodaplusx(unixFile); chmodaplusx(unixFile);
chmodaplusx(unixStopFile); chmodaplusx(unixStopFile);
} }
} }
private void createConfigFile() { private void createConfigFile() {
File configFile = new File(_installDir, "router.config"); File configFile = new File(_installDir, "router.config");
setConfigFileOptions(); setConfigFileOptions();
useTemplate("router.config.template", configFile); useTemplate("router.config.template", configFile);
showStatus("Router configuration file written to " + configFile.getAbsolutePath()); showStatus("Router configuration file written to " + configFile.getAbsolutePath());
showStatus(""); showStatus("");
} }
private final static String NL = System.getProperty("line.separator"); private final static String NL = System.getProperty("line.separator");
private void setConfigFileOptions() { private void setConfigFileOptions() {
// set fields needed for the config template // set fields needed for the config template
_answers.put("NOW", new Date().toString()); _answers.put("NOW", new Date().toString());
if (_inTCP <= 0) { if (_inTCP <= 0) {
_answers.put("_router_hn", "#i2np.tcp.hostname=[externally reachable hostname or IP address goes here]"); _answers.put("_router_hn", "#i2np.tcp.hostname=[externally reachable hostname or IP address goes here]");
_answers.put("_router_port", "#i2np.tcp.port=[TCP/IP port number]"); _answers.put("_router_port", "#i2np.tcp.port=[TCP/IP port number]");
_answers.put("_router_lavalid","#i2np.tcp.listenAddressIsValid=[true/false for whether your external address is locally reachable]"); _answers.put("_router_lavalid","#i2np.tcp.listenAddressIsValid=[true/false for whether your external address is locally reachable]");
_answers.put("_router_tcpdisable","#i2np.tcp.disable=[true/false for whether you want absolutely no tcp connections to be established (forcing phttp, etc)])"); _answers.put("_router_tcpdisable","#i2np.tcp.disable=[true/false for whether you want absolutely no tcp connections to be established (forcing phttp, etc)])");
} else { } else {
_answers.put("_router_hn","i2np.tcp.hostname="+_externalAddress); _answers.put("_router_hn","i2np.tcp.hostname="+_externalAddress);
_answers.put("_router_port","i2np.tcp.port="+_inTCP); _answers.put("_router_port","i2np.tcp.port="+_inTCP);
_answers.put("_router_lavalid","i2np.tcp.listenAddressIsValid="+_externalAddressIsReachable); _answers.put("_router_lavalid","i2np.tcp.listenAddressIsValid="+_externalAddressIsReachable);
_answers.put("_router_tcpdisable","i2np.tcp.disable=false"); _answers.put("_router_tcpdisable","i2np.tcp.disable=false");
} }
if ( (_phttpRegister == null) || (_phttpSend == null) ) { if ( (_phttpRegister == null) || (_phttpSend == null) ) {
_answers.put("_router_phttpreg","#i2np.phttp.registerURL=[full URL to a PHTTP registration server, e.g. http://someHost:8080/phttprelay/phttpRegister]"); _answers.put("_router_phttpreg","#i2np.phttp.registerURL=[full URL to a PHTTP registration server, e.g. http://someHost:8080/phttprelay/phttpRegister]");
_answers.put("_router_phttpsend","#i2np.phttp.sendURL=[full URL to a PHTTP relay server, e.g. http://someHost:8080/phttprelay/phttpSend]"); _answers.put("_router_phttpsend","#i2np.phttp.sendURL=[full URL to a PHTTP relay server, e.g. http://someHost:8080/phttprelay/phttpSend]");
} else { } else {
_answers.put("_router_phttpreg","i2np.phttp.registerURL="+_phttpRegister); _answers.put("_router_phttpreg","i2np.phttp.registerURL="+_phttpRegister);
_answers.put("_router_phttpsend","i2np.phttp.sendURL="+_phttpSend); _answers.put("_router_phttpsend","i2np.phttp.sendURL="+_phttpSend);
} }
_answers.put("_router_i2cp_port",""+_i2cpPort); _answers.put("_router_i2cp_port",""+_i2cpPort);
_answers.put("_router_inbps",""+(_inBPS*60)); _answers.put("_router_inbps",""+(_inBPS*60));
_answers.put("_router_outbps",""+(_outBPS*60)); _answers.put("_router_outbps",""+(_outBPS*60));
} }
} }

155
installer/java/src/harvester.config Normal file
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@ -0,0 +1,155 @@
# Configure what data points the netmonitor app will harvest from
# the network database.
#
# You probably don't want to edit this.
#
statGroup.0.name=dropped
statGroup.0.detail.0.name=num dropped jobs (minute)
statGroup.0.detail.0.option=stat_jobQueue.droppedJobs.60m
statGroup.0.detail.0.field=3
statGroup.0.detail.1.name=num dropped jobs (hour)
statGroup.0.detail.1.option=stat_jobQueue.droppedJobs.60h
statGroup.0.detail.1.field=3
statGroup.0.detail.2.name=num dropped messages (minute)
statGroup.0.detail.2.option=stat_inNetPool.dropped.60m
statGroup.0.detail.2.field=3
statGroup.0.detail.3.name=num dropped messages (hour)
statGroup.0.detail.3.option=stat_inNetPool.dropped.60h
statGroup.0.detail.3.field=3
#
statGroup.1.name=encryptTime
statGroup.1.detail.0.name=encryption time avg ms (minute)
statGroup.1.detail.0.option=stat_crypto.elGamal.encrypt.60s
statGroup.1.detail.0.field=0
statGroup.1.detail.1.name=num encryptions (minute)
statGroup.1.detail.1.option=stat_crypto.elGamal.encrypt.60s
statGroup.1.detail.1.field=7
statGroup.1.detail.2.name=encryption time avg ms (hour)
statGroup.1.detail.2.option=stat_crypto.elGamal.encrypt.60s
statGroup.1.detail.2.field=0
statGroup.1.detail.3.name=num encryptions (hour)
statGroup.1.detail.3.option=stat_crypto.elGamal.encrypt.60s
statGroup.1.detail.3.field=7
statGroup.1.detail.4.name=garlic fail (hour)
statGroup.1.detail.4.option=stat_crypto.garlic.decryptFail.60m
statGroup.1.detail.4.field=3
#
statGroup.2.name=processingTime
statGroup.2.detail.0.name=process time avg ms (minute)
statGroup.2.detail.0.option=stat_transport.sendProcessingTime.60s
statGroup.2.detail.0.field=0
statGroup.2.detail.1.name=process events (minute)
statGroup.2.detail.1.option=stat_transport.sendProcessingTime.60s
statGroup.2.detail.1.field=7
statGroup.2.detail.2.name=process time avg ms (hour)
statGroup.2.detail.2.option=stat_transport.sendProcessingTime.60m
statGroup.2.detail.2.field=0
statGroup.2.detail.3.name=process events(hour)
statGroup.2.detail.3.option=stat_transport.sendProcessingTime.60m
statGroup.2.detail.3.field=7
#
statGroup.3.name=jobInfo
statGroup.3.detail.0.name=job run avg ms (minute)
statGroup.3.detail.0.option=stat_jobQueue.jobRun.60s
statGroup.3.detail.0.field=0
statGroup.3.detail.1.name=job lag avg ms (minute)
statGroup.3.detail.1.option=stat_jobQueue.jobLag.60s
statGroup.3.detail.1.field=0
statGroup.3.detail.2.name=job count (minute)
statGroup.3.detail.2.option=stat_jobQueue.jobRun.60s
statGroup.3.detail.2.field=7
statGroup.3.detail.3.name=job run avg ms (hour)
statGroup.3.detail.3.option=stat_jobQueue.jobRun.60m
statGroup.3.detail.3.field=0
statGroup.3.detail.4.name=job lag avg ms (hour)
statGroup.3.detail.4.option=stat_jobQueue.jobLag.60m
statGroup.3.detail.4.field=0
statGroup.3.detail.5.name=job count (hour)
statGroup.3.detail.5.option=stat_jobQueue.jobRun.60m
statGroup.3.detail.5.field=7
#
statGroup.4.name=tunnels
statGroup.4.detail.0.name=participating tunnels count (5 minutes)
statGroup.4.detail.0.option=stat_tunnel.participatingTunnels.5m
statGroup.4.detail.0.field=0
statGroup.4.detail.1.name=participating tunnels joined (5 minutes)
statGroup.4.detail.1.option=stat_tunnel.participatingTunnels.5m
statGroup.4.detail.1.field=3
statGroup.4.detail.2.name=participating tunnels count (hour)
statGroup.4.detail.2.option=stat_tunnel.participatingTunnels.60m
statGroup.4.detail.2.field=0
statGroup.4.detail.3.name=participating tunnels joined (hour)
statGroup.4.detail.3.option=stat_tunnel.participatingTunnels.60m
statGroup.4.detail.3.field=3
statGroup.4.detail.4.name=unknown tunnels (hour)
statGroup.4.detail.4.option=stat_tunnel.unknownTunnelTimeLeft.60m
statGroup.4.detail.4.field=3
statGroup.4.detail.5.name=unknown tunnel time remaining (hour)
statGroup.4.detail.5.option=stat_tunnel.unknownTunnelTimeLeft.60m
statGroup.4.detail.5.field=0
statGroup.4.detail.6.name=unknown tunnels (day)
statGroup.4.detail.6.option=stat_tunnel.unknownTunnelTimeLeft.24h
statGroup.4.detail.6.field=3
statGroup.4.detail.7.name=unknown tunnel time remaining (day)
statGroup.4.detail.7.option=stat_tunnel.unknownTunnelTimeLeft.24h
statGroup.4.detail.7.field=0
#
statGroup.5.name=transfer
statGroup.5.detail.0.name=messages sent (5 minutes)
statGroup.5.detail.0.option=stat_transport.sendMessageSize.5m
statGroup.5.detail.0.field=7
statGroup.5.detail.1.name=send message size avg (5 minutes)
statGroup.5.detail.1.option=stat_transport.sendMessageSize.5m
statGroup.5.detail.1.field=0
statGroup.5.detail.2.name=messages sent (hour)
statGroup.5.detail.2.option=stat_transport.sendMessageSize.60m
statGroup.5.detail.2.field=7
statGroup.5.detail.3.name=send message size avg (hour)
statGroup.5.detail.3.option=stat_transport.sendMessageSize.60m
statGroup.5.detail.3.field=0
statGroup.5.detail.4.name=messages received (5 minutes)
statGroup.5.detail.4.option=stat_transport.receiveMessageSize.5m
statGroup.5.detail.4.field=7
statGroup.5.detail.5.name=receive message size avg (5 minutes)
statGroup.5.detail.5.option=stat_transport.receiveMessageSize.5m
statGroup.5.detail.5.field=0
statGroup.5.detail.6.name=messages received (hour)
statGroup.5.detail.6.option=stat_transport.receiveMessageSize.60m
statGroup.5.detail.6.field=7
statGroup.5.detail.7.name=receive message size avg (hour)
statGroup.5.detail.7.option=stat_transport.receiveMessageSize.60m
statGroup.5.detail.7.field=0
#
statGroup.6.name=networkDbHandling
statGroup.6.detail.0.name=lookups received (5 minutes)
statGroup.6.detail.0.option=stat_netDb.lookupsReceived.5m
statGroup.6.detail.0.field=3
statGroup.6.detail.1.name=lookups handled (5 minutes)
statGroup.6.detail.1.option=stat_netDb.lookupsHandled.5m
statGroup.6.detail.1.field=3
statGroup.6.detail.2.name=lookups matched (5 minutes)
statGroup.6.detail.2.option=stat_netDb.lookupsReceived.5m
statGroup.6.detail.2.field=3
statGroup.6.detail.3.name=lookups received (hour)
statGroup.6.detail.3.option=stat_netDb.lookupsReceived.60m
statGroup.6.detail.3.field=3
statGroup.6.detail.4.name=lookups handled (hour)
statGroup.6.detail.4.option=stat_netDb.lookupsHandled.60m
statGroup.6.detail.4.field=3
statGroup.6.detail.5.name=lookups matched (hour)
statGroup.6.detail.5.option=stat_netDb.lookupsReceived.60m
statGroup.6.detail.5.field=3
#
statGroup.7.name=networkDbActivity
statGroup.7.detail.0.name=lookups sent (hour)
statGroup.7.detail.0.option=stat_netDb.successPeers.60m
statGroup.7.detail.0.field=3
statGroup.7.detail.1.name=lookup peers (hour)
statGroup.7.detail.1.option=stat_netDb.successPeers.60m
statGroup.7.detail.1.field=0
statGroup.7.detail.2.name=db store sent (5 minutes)
statGroup.7.detail.2.option=stat_netDb.storeSent.5m
statGroup.7.detail.2.field=3
statGroup.7.detail.3.name=db store sent (hour)
statGroup.7.detail.3.option=stat_netDb.storeSent.60m
statGroup.7.detail.3.field=3

36
installer/java/src/heartbeat.config Normal file
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@ -0,0 +1,36 @@
# where the router is located (default is localhost)
i2cpHost=localhost
# I2CP port for the router (default is 7654)
i2cpPort=7654
# How many hops we want the router to put in our tunnels (default is 2)
numHops=2
# where our private destination keys are located - if this doesn't exist,
# a new one will be created and saved there (by default, heartbeat.keys)
privateDestinationFile=heartbeat.keys
# where do we want to export the plain base64 of our destination?
publicDestinationFile=heartbeat.txt
##
# the following configures this client to send a heartbeat ping to the heartbeat
# server specified (which is being run on a fairly fast and reliable router, at
# least for the moment). If you want to run this test, uncomment the following
# lines and run the heartbeat engine (or if the heartbeat engine is configured
# to fire on router startup, you'll need to restart your router).
##
# full destination to the peer
peer.0.peer=8b8zBtmYGzl8pKkSJ6nYln6YEvJkKhsykwBtMaiBBizSHGsIqEG8O~oCQ62H-Yf7kw~H8292XhUOhN-hfMVPl6ulMybdV2utSPq5x2vq-1mczXWieIEBIxn3FOMguAdGb-Wu3ja2IThvwx62JgO9VSu2N5RktVkV~38XlkUmmA-f~JS5~rG~Ov-QIeFWPkyXpw-kPI2Yw6FZ5OdkXmXg0Kpb61pHXwMhAKT9YPw275Y6CvsgVKWhzHEqklwQ53jUwivn-NNXnEMWPI3jKmN3BNcJ~nGKWAHs-d5S375FDPq3pAde~-UutUWu~yEDG9xwmPyM0foS3tuUgyCkE7i4Io2VUAXAlXBKL4V7WNReHTnG2n2cC06KCebufcjUthtHzXQGi4kJBPmvKK3U7GyVDXUHeeBXKZjDcjZmOKS9Cgy2mbJ-L-ypYaUsXXWAW~2YqpMpQp22JoqNh8IIPaBmCjlw-ENfdRM0nKysWr6wULoYPaOC9Hi6GaXMPIIqMM6TAAAA
# where we'll write out the stat data
peer.0.statFile=heartbeatStat_30s_1kb.txt
# how many minutes of data we'll keep (3 hours)
peer.0.statDuration=180
# how often we'll write out the state (every 30 seconds)
peer.0.statFrequency=30
# how often we'll send the peer a ping (every 30 seconds)
peer.0.sendFrequency=30
# how large the pings and pongs will be (1KB)
peer.0.sendSize=1024
# what moving averages should we keep (1, 5, 30, and 120 minutes)
peer.0.averagePeriods=1 5 30 120
# moo
peer.0.comment=Test with localhost sending 1KB every 30 seconds

10
installer/java/src/install.config
View File

@ -88,7 +88,7 @@ qs.0045.question=<none>
qs.0050.question=End of configuration. qs.0050.question=End of configuration.
libs.count=9 libs.count=13
libs.0001.name=i2p.jar libs.0001.name=i2p.jar
libs.0001.islib=true libs.0001.islib=true
libs.0002.name=i2ptunnel.jar libs.0002.name=i2ptunnel.jar
@ -107,3 +107,11 @@ libs.0008.name=mstreaming.jar
libs.0008.islib=true libs.0008.islib=true
libs.0009.name=sam.jar libs.0009.name=sam.jar
libs.0009.islib=true libs.0009.islib=true
libs.0010.name=heartbeat.jar
libs.0010.islib=true
libs.0011.name=netmonitor.jar
libs.0011.islib=true
libs.0012.name=harvester.config
libs.0012.islib=false
libs.0013.name=heartbeat.config
libs.0013.islib=false

2
installer/java/src/logger.config.template
View File

@ -15,7 +15,7 @@ logger.dateFormat=HH:mm:ss.SSS
# This is the log file name before being rotated # This is the log file name before being rotated
# '#' is replaced with the current log number for that day # '#' is replaced with the current log number for that day
# If # is not specified, logs are not rotated # If # is not specified, logs are not rotated
logger.logFileName=log-#.txt logger.logFileName=logs/log-#.txt
# Log file size: # Log file size:
# Maximum size of each log file: # Maximum size of each log file:

33
installer/java/src/router.config.template
View File

@ -144,9 +144,38 @@ tunnels.tunnelDuration=600000
# jobs configuration parameter is a throttle, saying that if there are more than # jobs configuration parameter is a throttle, saying that if there are more than
# that many 'jobs' that want to run ASAP at any given time, additional jobs may # that many 'jobs' that want to run ASAP at any given time, additional jobs may
# be summarily dropped. That will reduce your load and cause others to reduce # be summarily dropped. That will reduce your load and cause others to reduce
# their dependence on you (further reducing your load). The default value of 20 # their dependence on you (further reducing your load). The default value of 40
# should be sufficient, but may be increased if desired. Less than 20 is not # should be sufficient, but may be increased if desired. Less than 20 is not
# recommended, as certain normal events can queue up 10 or so jobs at a time # recommended, as certain normal events can queue up 10 or so jobs at a time
# (all of which only take a few milliseconds). Leave this alone unless you know # (all of which only take a few milliseconds). Leave this alone unless you know
# what you're doing # what you're doing
router.maxWaitingJobs=20 router.maxWaitingJobs=40
#
# the remaining lines describe how you can get your router to fire up client
# applications it is up and running, all within the router's JVM. Uncomment the
# ones you want (revising the numbers and ports accordingly)
# Network monitor (harvests data from the network database and stores it under
# monitorData/, and with the netviewer GUI you can browse through its results)
clientApp.0.main=net.i2p.netmonitor.NetMonitor
clientApp.0.name=NetMonitor
clientApp.0.args=
# SAM bridge (a simplified socket based protocol for using I2P - listens on port 7656. see
# the specs at http://www.i2p.net/node/view/144 for more info)
clientApp.1.main=net.i2p.sam.SAMBridge
clientApp.1.name=SAMBridge
clientApp.1.args=0.0.0.0 7656 i2cp.tcp.host=localhost i2cp.tcp.port=##_router_i2cp_port##
# EepProxy (HTTP proxy that lets you browse both eepsites and the normal web via squid.i2p)
clientApp.2.main=net.i2p.i2ptunnel.I2PTunnel
clientApp.2.name=EepProxy
clientApp.2.args=-nogui -e "config localhost ##_router_i2cp_port##" -e "httpclient 4444"
# Heartbeat engine (uber-simple ping/pong system, configured in heartbeat.config. By itself
# it just writes out stat data where its told to, but there's a seperate HeartbeatMonitor
# GUI to let you visualize things)
#clientApp.3.main=net.i2p.heartbeat.Heartbeat
#clientApp.3.name=Heartbeat
#clientApp.3.args=heartbeat.config

2
installer/java/src/startFoo.bat.template
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@ -2,4 +2,4 @@
title ##_scripts_winttl## title ##_scripts_winttl##
cd ##_scripts_installdir## cd ##_scripts_installdir##
echo ##_scripts_message## echo ##_scripts_message##
java -DloggerFilenameOverride=logs\##_scripts_logname## -Djava.library.path=. -Dcrypto.dh.precalc.min=0 -cp lib\mstreaming.jar;lib\i2p.jar -jar lib\i2ptunnel.jar -nocli -e "config localhost ##_scripts_port##" -e "##_scripts_cmd##" javaw -DloggerFilenameOverride=logs\##_scripts_logname## -Djava.library.path=. -Dcrypto.dh.precalc.min=0 -cp lib\mstreaming.jar;lib\i2p.jar -jar lib\i2ptunnel.jar -nocli -e "config localhost ##_scripts_port##" -e "##_scripts_cmd##"

4
installer/java/src/startRouter.bat.template
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@ -5,5 +5,5 @@ cd ##_scripts_installdir##
REM the -XX args are workarounds for bugs in java 1.4.2's garbage collector REM the -XX args are workarounds for bugs in java 1.4.2's garbage collector
REM replace java with javaw if you don't want a window to pop up REM replace java with javaw if you don't want a window to pop up
java -cp lib\i2p.jar;lib\router.jar -Djava.library.path=. -DloggerFilenameOverride=logs\log-router-#.txt -XX:NewSize=4M -XX:MaxNewSize=8M -XX:PermSize=8M -XX:MaxPermSize=32M net.i2p.router.Router javaw -cp lib\i2p.jar;lib\router.jar;lib\mstreaming.jar;lib\heartbeat.jar;lib\i2ptunnel.jar;lib\netmonitor.jar;lib\sam.jar -Djava.library.path=. -DloggerFilenameOverride=logs\log-router-#.txt -XX:NewSize=4M -XX:MaxNewSize=8M -XX:PermSize=8M -XX:MaxPermSize=32M net.i2p.router.Router
pause echo Router started up, please see http://localhost:7655/

2
installer/java/src/startRouter.sh.template
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@ -2,7 +2,7 @@
cd ##_scripts_installdir## cd ##_scripts_installdir##
export LD_LIBRARY_PATH=.:$LD_LIBRARY_PATH export LD_LIBRARY_PATH=.:$LD_LIBRARY_PATH
# the -XX args are workarounds for bugs in java 1.4.2's garbage collector # the -XX args are workarounds for bugs in java 1.4.2's garbage collector
nohup nice java -cp lib/i2p.jar:lib/router.jar -Djava.library.path=. -DloggerFilenameOverride=logs/log-router-#.txt -XX:NewSize=4M -XX:MaxNewSize=8M -XX:PermSize=8M -XX:MaxPermSize=32M net.i2p.router.Router --quiet > /dev/null & nohup nice java -cp lib/i2p.jar:lib/router.jar:lib/mstreaming.jar:lib/heartbeat.jar:lib/i2ptunnel.jar:lib/netmonitor.jar:lib/sam.jar -Djava.library.path=. -DloggerFilenameOverride=logs/log-router-#.txt -XX:NewSize=4M -XX:MaxNewSize=8M -XX:PermSize=8M -XX:MaxPermSize=32M net.i2p.router.Router --quiet > /dev/null &
# Save the pid just in case we ever want to stop the router # Save the pid just in case we ever want to stop the router
echo $! > router.pid echo $! > router.pid
echo I2P Router started echo I2P Router started