@Override
@SideOnly(Side.CLIENT)
public void registerIcons(IIconRegister par1IconRegister) {
for (Chipset chipset : Chipset.VALUES) {
chipset.icon =
par1IconRegister.registerIcon("buildcraftsilicon:chipset/" + chipset.getChipsetName());
}
}
@SuppressWarnings({"rawtypes", "unchecked"})
@Override
@SideOnly(Side.CLIENT)
public void getSubItems(Item item, CreativeTabs tab, List itemList) {
for (Chipset chipset : Chipset.VALUES) {
itemList.add(chipset.getStack());
}
}
public void registerItemStacks() {
for (Chipset chipset : Chipset.VALUES) {
GameRegistry.registerCustomItemStack(chipset.getChipsetName(), chipset.getStack());
OreDictionary.registerOre(
"chipset"
+ chipset.name().toUpperCase().substring(0, 1)
+ chipset.name().toLowerCase().substring(1),
chipset.getStack());
}
}
public Set<Chipset> getDetectedChipsets(Shell shell, LogOutput log) {
log.log("Scanning for known android hardware");
Set<Chipset> detected_chipsets = new TreeSet<Chipset>();
boolean hasNetlink = hasNl80211(shell);
boolean foundSupported = false;
File detectScripts = new File(detectPath);
if (!detectScripts.isDirectory()) return null;
for (File script : detectScripts.listFiles()) {
if (!script.getName().endsWith(".detect")) continue;
Chipset c = Chipset.FromFile(script);
if (testChipset(c, hasNetlink)) {
detected_chipsets.add(c);
if (!c.experimental) foundSupported = true;
}
}
if (!foundSupported) {
log.log("Hardware may be unknown, scanning for wifi modules");
inventSupport(detected_chipsets, hasNetlink);
}
return detected_chipsets;
}
// set chipset configuration
public void setChipset(Chipset chipset) {
if (chipset == null) {
chipset = new Chipset();
chipset.unknown = true;
}
// add support for modes via SDK if available
if (!chipset.supportedModes.contains(WifiMode.Ap) && WifiApControl.isApSupported())
chipset.supportedModes.add(WifiMode.Ap);
if (!chipset.supportedModes.contains(WifiMode.Client))
chipset.supportedModes.add(WifiMode.Client);
if (!chipset.supportedModes.contains(WifiMode.Off)) chipset.supportedModes.add(WifiMode.Off);
// make sure we have root permission for adhoc support
if (chipset.supportedModes.contains(WifiMode.Adhoc)) {
if (getAdhocAttemptFile(chipset).exists()) {
chipset.supportedModes.remove(WifiMode.Adhoc);
Log.v(TAG, "Adhoc mode has previously failed and cannot be supported.");
} else if (!app.coretask.hasRootPermission()) {
chipset.supportedModes.remove(WifiMode.Adhoc);
Log.v(TAG, "Unable to support adhoc mode without root permission");
}
}
wifichipset = chipset;
if (chipset.supportedModes.contains(WifiMode.Adhoc)) {
try {
FileOutputStream out = new FileOutputStream(edifyPath);
FileInputStream fstream = new FileInputStream(edifysrcPath);
// Get the object of DataInputStream
DataInputStream in = new DataInputStream(fstream);
String strLine;
// Read File Line By Line
while ((strLine = in.readLine()) != null) {
if (strLine.startsWith(strAh_on_tag)) {
if (chipset.adhocOn != null) appendFile(out, detectPath + chipset.adhocOn);
if (chipset.interfaceUp != null) appendFile(out, detectPath + chipset.interfaceUp);
} else if (strLine.startsWith(strAh_off_tag)) {
if (chipset.adhocOff != null) appendFile(out, detectPath + chipset.adhocOff);
} else out.write((strLine + "\n").getBytes());
}
in.close();
out.close();
} catch (IOException exc) {
Log.e(TAG, exc.getMessage(), exc);
}
}
}
private boolean testChipset(Chipset chipset, boolean hasNetlink) {
if (chipset.detected) return true;
if (chipset.nl80211 && !hasNetlink) return false;
for (String filename : chipset.mustExist) {
if (!fileExists(filename)) return false;
}
for (String filename : chipset.mustNotExist) {
if (fileExists(filename)) return false;
}
if (chipset.androidVersion > 0) {
int sdkVersion = Build.VERSION.SDK_INT;
if (chipset.androidOperator == "<") {
if (chipset.androidVersion >= sdkVersion) return false;
} else if (chipset.androidOperator == "<=") {
if (chipset.androidVersion > sdkVersion) return false;
} else if (chipset.androidOperator == ">") {
if (chipset.androidVersion <= sdkVersion) return false;
} else if (chipset.androidOperator == ">=") {
if (chipset.androidVersion < sdkVersion) return false;
} else if (chipset.androidOperator == "==") {
if (chipset.androidVersion != sdkVersion) return false;
} else {
return false;
}
}
if (!chipset.productList.isEmpty()) {
boolean found = false;
for (String product : chipset.productList) {
if (Build.PRODUCT.contains(product)) {
found = true;
break;
}
}
if (!found) return false;
}
chipset.detected = true;
return true;
}
private void inventSupport(Set<Chipset> detected_chipsets, boolean hasNetlink) {
// Make a wild guess for a script that MIGHT work
// Start with list of kernel modules
// XXX we should search for files containing insmod to see if there are
// any parameters that might be needed (as is the case on the IDEOS
// U8150)
Set<String> insmodCommands = new HashSet<String>();
List<String> knownModules = getList(this.detectPath + "known-wifi.modules");
List<String> knownNonModules = getList(this.detectPath + "non-wifi.modules");
List<File> candidatemodules = findModules(insmodCommands);
List<File> modules = new ArrayList<File>();
int guesscount = 0;
// First, let's just try only known modules.
// XXX - These are the wrong search methods
for (File module : candidatemodules) {
if (module.getName().endsWith(".ko"))
if (!knownNonModules.contains(module.getName()))
if (knownModules.contains(module.getName())) modules.add(module);
}
if (modules.isEmpty()) {
// We didn't find any on our strict traversal, so try again
// allowing any non-black-listed modules
for (File module : candidatemodules) {
if (module.getName().endsWith(".ko"))
if (!knownNonModules.contains(module.getName())) modules.add(module);
}
}
if (modules.isEmpty()) {
// Blast. Couldn't find any modules.
// Well, let's just try ifconfig and iwconfig anyway, as they
// might just work.
}
// Now that we have the list of modules, we could have a look to see
// if there are any sample insmod commands
// that we can find in any system files for clues on what parameters
// to pass when loading the module, e.g.,
// any firmware blobs or nvram.txt or other options.
// XXX - Rather obviously we have not implemented this yet.
LogActivity.logErase("guess");
String profilename = "failed";
for (File m : modules) {
String path = m.getPath();
insmodCommands.add("insmod " + path + " \"\"");
}
for (String s : insmodCommands) {
String module = null;
String args = null;
String modname = "noidea";
int i;
i = s.indexOf("insmod ");
if (i == -1) continue;
i += 7;
module = getNextShellArg(s.substring(i));
i += module.length() + 1;
if (i < s.length()) args = getNextShellArg(s.substring(i));
else args = "\"\"";
if (args.charAt(0) != '\"') args = "\"" + args + "\"";
modname = module;
if (modname.lastIndexOf(".") > -1) modname = modname.substring(1, modname.lastIndexOf("."));
if (modname.lastIndexOf("/") > -1) modname = modname.substring(1 + modname.lastIndexOf("/"));
guesscount++;
profilename = "guess-" + guesscount + "-" + modname + "-" + args.length();
// The actual edify script consists of the insmod commands
// Thus this code does not work with unusual chipsets like the
// tiwlan drivers that use
// funny configuration commands. Oh well. One day we might add some
// cleverness for that.
try {
BufferedWriter writer =
new BufferedWriter(
new FileWriter(this.detectPath + profilename + ".adhoc.edify", false), 256);
// Write out edify command to load the module
writer.write(
"module_loaded(\""
+ modname
+ "\") || log(insmod(\""
+ module
+ "\","
+ args
+ "),\"Loading "
+ module
+ " module\");\n");
writer.close();
} catch (IOException e) {
Log.e(TAG, e.toString(), e);
}
// Finally to turn off wifi let's just unload all the modules we
// loaded earlier.
// Crude but fast and effective.
try {
BufferedWriter writer =
new BufferedWriter(
new FileWriter(this.detectPath + profilename + ".off.edify", false), 256);
// Write out edify command to load the module
writer.write("module_loaded(\"" + modname + "\") && rmmod(\"" + modname + "\");\n");
writer.close();
} catch (IOException e) {
Log.e(TAG, e.getMessage(), e);
}
// Now write out a detect script for this device.
// Mark it experimental because we can't be sure that it will be any
// good. This means that users will have to actively choose it from
// the
// wifi settings menu. We could offer it if no non-experimental
// chipsets match, but that is best done as a general
// policy in the way the chipset selection works.
Chipset ret = new Chipset();
ret.experimental = true;
ret.adhocOn = profilename + ".adhoc.edify " + profilename + ".edify";
ret.adhocOff = profilename + ".adhoc.edify " + profilename + ".off.edify";
ret.interfaceUp = (hasNetlink ? "iw" : "iwconfig") + ".adhoc.edify";
if (hasNetlink) {
ret.nl80211 = true;
ret.noWirelessExtensions = true;
}
if (module.contains("/")) ret.mustExist.add(module);
try {
ret.SaveTo(new File(this.detectPath + profilename + ".detect"));
} catch (IOException e) {
Log.e(TAG, e.getMessage(), e);
}
if (testChipset(ret, hasNetlink)) detected_chipsets.add(ret);
LogActivity.logMessage(
"guess",
"Created best-guess support scripts "
+ profilename
+ " based on kernel module "
+ modname
+ ".",
false);
}
}
public void setChipsetName(String value) {
setChipset(Chipset.FromFile(new File(detectPath, value + ".detect")));
}
@Override
public String getUnlocalizedName(ItemStack stack) {
return "item." + Chipset.fromOrdinal(stack.getItemDamage()).getChipsetName();
}
@Override
public IIcon getIconFromDamage(int damage) {
return Chipset.fromOrdinal(damage).icon;
}