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An implementation of the x11 xkb protocol in java
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package com.github.moaxcp.x11.protocol.xkb;
import com.github.moaxcp.x11.protocol.X11Input;
import com.github.moaxcp.x11.protocol.X11Output;
import com.github.moaxcp.x11.protocol.XObject;
import com.github.moaxcp.x11.protocol.XReply;
import java.io.IOException;
import java.util.ArrayList;
import java.util.List;
import lombok.Builder;
import lombok.NonNull;
import lombok.Value;
@Value
@Builder
public class ListComponentsReply implements XReply {
public static final String PLUGIN_NAME = "xkb";
private byte deviceID;
private short sequenceNumber;
private short extra;
@NonNull
private List keymaps;
@NonNull
private List keycodes;
@NonNull
private List types;
@NonNull
private List compatMaps;
@NonNull
private List symbols;
@NonNull
private List geometries;
public static ListComponentsReply readListComponentsReply(byte deviceID, short sequenceNumber,
X11Input in) throws IOException {
ListComponentsReply.ListComponentsReplyBuilder javaBuilder = ListComponentsReply.builder();
int length = in.readCard32();
short nKeymaps = in.readCard16();
short nKeycodes = in.readCard16();
short nTypes = in.readCard16();
short nCompatMaps = in.readCard16();
short nSymbols = in.readCard16();
short nGeometries = in.readCard16();
short extra = in.readCard16();
byte[] pad11 = in.readPad(10);
List keymaps = new ArrayList<>(Short.toUnsignedInt(nKeymaps));
for(int i = 0; i < Short.toUnsignedInt(nKeymaps); i++) {
keymaps.add(Listing.readListing(in));
}
List keycodes = new ArrayList<>(Short.toUnsignedInt(nKeycodes));
for(int i = 0; i < Short.toUnsignedInt(nKeycodes); i++) {
keycodes.add(Listing.readListing(in));
}
List types = new ArrayList<>(Short.toUnsignedInt(nTypes));
for(int i = 0; i < Short.toUnsignedInt(nTypes); i++) {
types.add(Listing.readListing(in));
}
List compatMaps = new ArrayList<>(Short.toUnsignedInt(nCompatMaps));
for(int i = 0; i < Short.toUnsignedInt(nCompatMaps); i++) {
compatMaps.add(Listing.readListing(in));
}
List symbols = new ArrayList<>(Short.toUnsignedInt(nSymbols));
for(int i = 0; i < Short.toUnsignedInt(nSymbols); i++) {
symbols.add(Listing.readListing(in));
}
List geometries = new ArrayList<>(Short.toUnsignedInt(nGeometries));
for(int i = 0; i < Short.toUnsignedInt(nGeometries); i++) {
geometries.add(Listing.readListing(in));
}
javaBuilder.deviceID(deviceID);
javaBuilder.sequenceNumber(sequenceNumber);
javaBuilder.extra(extra);
javaBuilder.keymaps(keymaps);
javaBuilder.keycodes(keycodes);
javaBuilder.types(types);
javaBuilder.compatMaps(compatMaps);
javaBuilder.symbols(symbols);
javaBuilder.geometries(geometries);
if(javaBuilder.getSize() < 32) {
in.readPad(32 - javaBuilder.getSize());
}
return javaBuilder.build();
}
@Override
public void write(X11Output out) throws IOException {
out.writeCard8(getResponseCode());
out.writeCard8(deviceID);
out.writeCard16(sequenceNumber);
out.writeCard32(getLength());
short nKeymaps = (short) keymaps.size();
out.writeCard16(nKeymaps);
short nKeycodes = (short) keycodes.size();
out.writeCard16(nKeycodes);
short nTypes = (short) types.size();
out.writeCard16(nTypes);
short nCompatMaps = (short) compatMaps.size();
out.writeCard16(nCompatMaps);
short nSymbols = (short) symbols.size();
out.writeCard16(nSymbols);
short nGeometries = (short) geometries.size();
out.writeCard16(nGeometries);
out.writeCard16(extra);
out.writePad(10);
for(Listing t : keymaps) {
t.write(out);
}
for(Listing t : keycodes) {
t.write(out);
}
for(Listing t : types) {
t.write(out);
}
for(Listing t : compatMaps) {
t.write(out);
}
for(Listing t : symbols) {
t.write(out);
}
for(Listing t : geometries) {
t.write(out);
}
out.writePadAlign(getSize());
}
@Override
public int getSize() {
return 32 + XObject.sizeOf(keymaps) + XObject.sizeOf(keycodes) + XObject.sizeOf(types) + XObject.sizeOf(compatMaps) + XObject.sizeOf(symbols) + XObject.sizeOf(geometries);
}
public String getPluginName() {
return PLUGIN_NAME;
}
public static class ListComponentsReplyBuilder {
public int getSize() {
return 32 + XObject.sizeOf(keymaps) + XObject.sizeOf(keycodes) + XObject.sizeOf(types) + XObject.sizeOf(compatMaps) + XObject.sizeOf(symbols) + XObject.sizeOf(geometries);
}
}
}