Examples of ucar.unidata.io.RandomAccessFile.writeInt()

ucar.unidata.io.RandomAccessFile.writeInt()
Writes an int to the file as four bytes, high byte first. @param v an int to be written. @throws IOException if an I/O error occurs.

    if (!write_tag(TAG_VERSION, 10, newfile)) return false;
    f.write(FILE_VERSION.getBytes(), 0, 10);


    // Number of timesteps
    if (!write_tag(TAG_NUMTIMES, 4, newfile)) return false;
    f.writeInt(NumTimes);


    // Number of variables
    if (!write_tag(TAG_NUMVARS, 4, newfile)) return false;
    f.writeInt(NumVars);

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    if (!write_tag(TAG_NUMTIMES, 4, newfile)) return false;
    f.writeInt(NumTimes);


    // Number of variables
    if (!write_tag(TAG_NUMVARS, 4, newfile)) return false;
    f.writeInt(NumVars);


    // Names of variables
    for (vr=0; vr<NumVars; vr++) {
      if (!write_tag(TAG_VARNAME, 14, newfile)) return false;
      f.writeInt(vr);

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    f.writeInt(NumVars);


    // Names of variables
    for (vr=0; vr<NumVars; vr++) {
      if (!write_tag(TAG_VARNAME, 14, newfile)) return false;
      f.writeInt(vr);
      for (int q=0; q<10; q++) f.writeByte((byte) VarName[vr][q]);
    }


    // Physical Units
    for (vr=0; vr<NumVars; vr++) {

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    }


    // Physical Units
    for (vr=0; vr<NumVars; vr++) {
      if (!write_tag(TAG_UNITS, 24, newfile)) return false;
      f.writeInt(vr);
      for (int q=0; q<20; q++) f.writeByte((byte) Units[vr][q]);
    }


    // Date and time of each timestep
    for (time=0; time<NumTimes; time++) {

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    }


    // Date and time of each timestep
    for (time=0; time<NumTimes; time++) {
      if (!write_tag(TAG_TIME, 8, newfile)) return false;
      f.writeInt(time);
      f.writeInt(TimeStamp[time]);
      if (!write_tag(TAG_DATE, 8, newfile)) return false;
      f.writeInt(time);
      f.writeInt(DateStamp[time]);
    }

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    // Date and time of each timestep
    for (time=0; time<NumTimes; time++) {
      if (!write_tag(TAG_TIME, 8, newfile)) return false;
      f.writeInt(time);
      f.writeInt(TimeStamp[time]);
      if (!write_tag(TAG_DATE, 8, newfile)) return false;
      f.writeInt(time);
      f.writeInt(DateStamp[time]);
    }

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    for (time=0; time<NumTimes; time++) {
      if (!write_tag(TAG_TIME, 8, newfile)) return false;
      f.writeInt(time);
      f.writeInt(TimeStamp[time]);
      if (!write_tag(TAG_DATE, 8, newfile)) return false;
      f.writeInt(time);
      f.writeInt(DateStamp[time]);
    }


    // Number of rows
    if (!write_tag(TAG_NR, 4, newfile)) return false;

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      if (!write_tag(TAG_TIME, 8, newfile)) return false;
      f.writeInt(time);
      f.writeInt(TimeStamp[time]);
      if (!write_tag(TAG_DATE, 8, newfile)) return false;
      f.writeInt(time);
      f.writeInt(DateStamp[time]);
    }


    // Number of rows
    if (!write_tag(TAG_NR, 4, newfile)) return false;
    f.writeInt(Nr);

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      f.writeInt(DateStamp[time]);
    }


    // Number of rows
    if (!write_tag(TAG_NR, 4, newfile)) return false;
    f.writeInt(Nr);


    // Number of columns
    if (!write_tag(TAG_NC, 4, newfile)) return false;
    f.writeInt(Nc);

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    if (!write_tag(TAG_NR, 4, newfile)) return false;
    f.writeInt(Nr);


    // Number of columns
    if (!write_tag(TAG_NC, 4, newfile)) return false;
    f.writeInt(Nc);


    // Number of levels, compute maxnl
    maxnl = 0;
    for (vr=0; vr<NumVars; vr++) {
      if (!write_tag(TAG_NL_VAR, 8, newfile)) return false;

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