ReqImageOpScale.java
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/*
* Decompiled with CFR 0_118.
*/
package com.scene7.is.ipp.messages;
import com.scene7.is.ipp.messages.Ipp;
import com.scene7.is.ipp.messages.IppBool;
import com.scene7.is.ipp.messages.IppDouble;
import com.scene7.is.ipp.messages.IppInt;
import com.scene7.is.ipp.messages.IppResampleType;
import com.scene7.is.ipp.messages.Offset;
import com.scene7.is.ipp.messages.OutMessage;
import java.io.IOException;
import java.io.Writer;
public class ReqImageOpScale
extends OutMessage {
static int MessageNumber = 1114693;
private int viewId_;
private int resampleType_;
private double x_;
private double y_;
private boolean linearInterpNonPow2_;
public ReqImageOpScale(int tag, int viewId, int resampleType, double x, double y, boolean linearInterpNonPow2, int headClientId) {
int fixedLength;
this.tag_ = tag;
this.headerClientId_ = headClientId;
this.viewId_ = viewId;
this.resampleType_ = resampleType;
this.x_ = x;
this.y_ = y;
this.linearInterpNonPow2_ = linearInterpNonPow2;
this.messageLength_ = fixedLength = 32;
Offset pos = new Offset(0);
this.headBuffer_ = new byte[32];
this.bodyBuffer_ = new byte[this.messageLength_];
Ipp.StuffHeader(this.headBuffer_, this.headerClientId_, tag, MessageNumber, this.messageLength_);
IppInt.Stuff(this.bodyBuffer_, pos, null, this.viewId_);
IppInt.Stuff(this.bodyBuffer_, pos, null, this.resampleType_);
IppDouble.Stuff(this.bodyBuffer_, pos, null, this.x_);
IppDouble.Stuff(this.bodyBuffer_, pos, null, this.y_);
IppBool.Stuff(this.bodyBuffer_, pos, null, this.linearInterpNonPow2_);
Ipp.StuffNullBytes(this.bodyBuffer_, pos, 4);
Ipp.Assert(pos.val == fixedLength, "IppWatermarkType length");
}
public ReqImageOpScale() {
}
public void process(int headClientId, int tg, byte[] bf) {
this.headerClientId_ = headClientId;
this.tag_ = tg;
this.messageLength_ = bf.length;
this.headBuffer_ = new byte[32];
Ipp.StuffHeader(this.headBuffer_, this.headerClientId_, this.tag_, MessageNumber, this.messageLength_);
this.bodyBuffer_ = bf;
Offset pos = new Offset(0);
this.viewId_ = IppInt.Unstuff(this.bodyBuffer_, pos);
this.resampleType_ = IppInt.Unstuff(this.bodyBuffer_, pos);
this.x_ = IppDouble.Unstuff(this.bodyBuffer_, pos);
this.y_ = IppDouble.Unstuff(this.bodyBuffer_, pos);
this.linearInterpNonPow2_ = IppBool.Unstuff(this.bodyBuffer_, pos);
pos.val += 4;
}
public int classification() {
return 1;
}
public int id() {
return MessageNumber;
}
public void print(Writer tf, String heading) throws IOException {
tf.write("\n");
tf.write(heading);
tf.write(": ReqImageOpScale ");
Ipp.PrintHex(tf, MessageNumber);
tf.write("\n");
tf.write("headClientId: " + this.headerClientId() + "\n");
Ipp.PrintTag(tf, "tag: ", this.tag());
tf.write("length: " + this.length());
tf.write("\n");
IppInt.Print(tf, "viewId: ", this.viewId_);
IppResampleType.Print(tf, "resampleType: ", this.resampleType_);
IppDouble.Print(tf, "x: ", this.x_);
IppDouble.Print(tf, "y: ", this.y_);
IppBool.Print(tf, "linearInterpNonPow2: ", this.linearInterpNonPow2_);
}
public String toString() {
StringBuffer buffer = new StringBuffer();
buffer.append("ReqImageOpScale ");
buffer.append("[viewId: " + String.valueOf(this.viewId_) + "],");
buffer.append("[resampleType: " + String.valueOf(this.resampleType_) + "],");
buffer.append("[x: " + String.valueOf(this.x_) + "],");
buffer.append("[y: " + String.valueOf(this.y_) + "],");
buffer.append("[linearInterpNonPow2: " + String.valueOf(this.linearInterpNonPow2_) + "],");
return buffer.toString();
}
public int viewId() {
return this.viewId_;
}
public int resampleType() {
return this.resampleType_;
}
public double x() {
return this.x_;
}
public double y() {
return this.y_;
}
public boolean linearInterpNonPow2() {
return this.linearInterpNonPow2_;
}
}