datastnchl.java

一个用java写的地震分析软件(无源码)-used to write a seismic analysis software (without source)

/** Converts the string values of all station channel data fields to uppercase.
* Does a no-op if isMutable == false.
* Returns a handle to this object instance.
*/
    public DataStnChl toUpperCase() {
  if(! isMutable()) return this;
  for (int index = 0 ; index < MAX_FIELDS; index++) {
      setValue(index, getStringValue(index).toUpperCase());
  }
  return this;
    }

/** Converts the string values of all station channel data fields to lowercase.
* Does a no-op if isMutable == false.
* Returns a handle to this object instance.
*/
    public DataStnChl toLowerCase() {
  if(! isMutable()) return this;
  for (int index = 0 ; index < MAX_FIELDS; index++) {
      setValue(index, getStringValue(index).toLowerCase());
  }
  return this;
    }

/** Returns a string of data field name and value pairs and for this object instance.
* Includes the station channel fields and the state flag fields.
* String is of the form:
* sta: "stavalue.toString()" net: "netvalue.toString()" ...  Null: isNull() Update: isUpdate() Mutable: isMutable()
*/
    public String classToString(){
  String str = "sta: \"" + fields.get(STA).toString() +
      "\" net: \"" + fields.get(NET).toString() +
      "\" auth: \"" + fields.get(AUTH).toString() +
      "\" subsrc: \"" + fields.get(SUBSOURCE).toString() +
      "\" chl: \""+ fields.get(CHANNEL).toString() +
      "\" chlsrc: \"" + fields.get(CHANNELSRC).toString() +
      "\" seedchl: \"" + fields.get(SEEDCHAN).toString() +
      "\" loc: \"" + fields.get(LOCATION).toString() +
      "\" Null: " + valueNull + " Update: " + valueUpdate + " Mutable: " + valueMutable;
  return str;
    }

/** Returns the concatenated string values of only the STA, AUTH, SUBSOURCE, SEEDCHAN, and LOCATION fields.
* The fields are delimited by _ and empty fields are represented by an "*" character.
* If the internal data member object is null,  a null pointer exception is thrown; this is an error.
*/
    public String toStnChlString() {
  StringBuffer sb = new StringBuffer(64);
        String delimiter = "_";
  if (fields.get(STA).toString().length() > 0) sb.append(fields.get(STA).toString());
  else sb.append("*");
  if (fields.get(AUTH).toString().length() > 0) sb.append(delimiter).append(fields.get(AUTH).toString());
  else sb.append(delimiter).append("*");
  if (fields.get(SUBSOURCE).toString().length() > 0) sb.append(delimiter).append(fields.get(SUBSOURCE).toString());
  else sb.append(delimiter).append("*");
  if (fields.get(SEEDCHAN).toString().length() > 0) sb.append(delimiter).append(fields.get(SEEDCHAN).toString());
  else sb.append(delimiter).append("*");
  if (fields.get(LOCATION).toString().length() > 0) sb.append(delimiter).append(fields.get(LOCATION).toString());
  else sb.append(delimiter).append("*");
  return sb.toString();
    }

/** Returns the concatenated string values of only the STA, AUTH, and SEEDCHAN fields.
* The fields are delimited by _ and empty fields are represented by an "*" character.
* If the internal data member object is null,  a null pointer exception is thrown; this is an error.
*/
    public String toAbbrvStnChlString() {
  StringBuffer sb = new StringBuffer(64);
        String delimiter = "_";
  if (fields.get(STA).toString().length() > 0) sb.append(fields.get(STA).toString());
  else sb.append("*");
  if (fields.get(AUTH).toString().length() > 0) sb.append(delimiter).append(fields.get(AUTH).toString());
  else sb.append(delimiter).append("*");
  if (fields.get(SEEDCHAN).toString().length() > 0) sb.append(delimiter).append(fields.get(SEEDCHAN).toString());
  else sb.append(delimiter).append("*");
  return sb.toString();
    }

/** Returns the concatenated string values of all the station channel data fields.
* The fields are delimited by _ and empty fields are represented by an "*" character.
* If the internal data member object is null,  a null pointer exception is thrown; this is an error.
*/
    public String toString() {
        return toDelimitedString('_');
    }

    public String toDelimitedString(char delimiter) {
  StringBuffer sb = new StringBuffer(64);
  if (fields.get(STA).toString().length() > 0) sb.append(fields.get(STA).toString());
  else sb.append("*");
  if (fields.get(NET).toString().length() > 0) sb.append(delimiter).append(fields.get(NET).toString());
  else sb.append(delimiter).append("*");
  if (fields.get(AUTH).toString().length() > 0) sb.append(delimiter).append(fields.get(AUTH).toString());
  else sb.append(delimiter).append("*");
  if (fields.get(SUBSOURCE).toString().length() > 0) sb.append(delimiter).append(fields.get(SUBSOURCE).toString());
  else sb.append(delimiter).append("*");
  if (fields.get(CHANNEL).toString().length() > 0) sb.append(delimiter).append(fields.get(CHANNEL).toString());
  else sb.append(delimiter).append("*");
  if (fields.get(CHANNELSRC).toString().length() > 0) sb.append(delimiter).append(fields.get(CHANNELSRC).toString());
  else sb.append(delimiter).append("*");
  if (fields.get(SEEDCHAN).toString().length() > 0) sb.append(delimiter).append(fields.get(SEEDCHAN).toString());
  else sb.append(delimiter).append("*");
  if (fields.get(LOCATION).toString().length() > 0) sb.append(delimiter).append(fields.get(LOCATION).toString());
  else sb.append(delimiter).append("*");

  return sb.toString();
    }

/** Returns a concatenated string of updated (isUpdate == true) station channel field name and value pairs.
* The form is that of an SQL WHERE clause condition: sta = 'stavalue' AND net = 'netvalue' AND ...
* The WHERE is not included at the beginning of the string.
* Only those fields where isUpdate() == true are used to build the string.
* Empty string values are represented by SQL NULL.
*/
    public String toStringSQLWhereCondition() {
        StringBuffer retVal = new StringBuffer(512);
        retVal.append(" ");
        for (int index = 0; index < MAX_FIELDS; index++) {
      if ( ((DataState) fields.get(index)).isUpdate() ) {
    retVal.append(FIELD_NAMES[index] + " = ");
    retVal.append(((DataObject) fields.get(index)).toStringSQL() + " AND ");
      }
        }
        if (retVal.length() >= 5) retVal.replace(retVal.length()-5, retVal.length(),  " ");
        return retVal.toString();
    }

/** Returns a concatenated string of updated (isUpdate == true) station channel field values.
*  The form is that of an SQL INSERT statement value expression: " 'stavalue', 'netvalue' ..."
* Only those fields where isUpdate() == true are used to build the string.
* Empty string values are represented by SQL NULL.
*/
    public String toStringSQLInsertValues() {
        StringBuffer retVal = new StringBuffer(512);
        retVal.append(" ");
        for (int index = 0; index < MAX_FIELDS; index++) {
      if ( ((DataState) fields.get(index)).isUpdate() ) retVal.append(((DataObject) fields.get(index)).toStringSQL() + ", ");
        }
        if (retVal.length() >= 2) retVal.replace(retVal.length()-2, retVal.length(),  " ");
        return retVal.toString();
    }

/** Returns a concatenated string of updated (isUpdate == true) station channel field name and value pairs.
* The form is that of an SQL UPDATE SET statement: sta = 'stavalue', net = 'netvalue', ...
* Only those fields where isUpdate() == true are used to build the string.
* Empty string values are represented by SQL NULL.
*/
    public String toStringSQLUpdateSet() {
        StringBuffer retVal = new StringBuffer(512);
        retVal.append(" ");
        for (int index = 0; index < MAX_FIELDS; index++) {
      if ( ((DataState) fields.get(index)).isUpdate() ) {
    retVal.append(FIELD_NAMES[index] + " = ");
    retVal.append(((DataObject) fields.get(index)).toStringSQL() + ", ");
      }
        }
        if (retVal.length() >= 2) retVal.replace(retVal.length()-2, retVal.length(),  " ");
        return retVal.toString();
    }

/** Returns a DataStnChl object resulting from parsing a string composed of station channel tokens.
* Invokes the default constructor.
* Parses the input string tokens replacing each of the default station channel field in order;
* Data fields are delimited by a space, underline, tab, or comma.
* Missing or null fields can be indicated by a delimited "*" character and are stored as the default empty strings.
* Throws an IndexOutOfBounds exception if the number of token fields is greater than MAX_FIELDS.
* Sets the object state flags to Update:true, Null:false, Mutable:true.
*/
    static public DataStnChl stringToDataStnChl(String scString) throws IndexOutOfBoundsException {
  DataStnChl dsc = new DataStnChl();
  StringTokenizer st = new StringTokenizer(scString, FIELD_DELIMITERS);
  if (st.countTokens() > MAX_FIELDS)
    throw new IndexOutOfBoundsException("DataStnChl stringToDataStnChl(string) string:" + scString);
  for (int index = 0; index < MAX_FIELDS; index++) {
      if (! st.hasMoreTokens()) break;
      try {
    String tmpString = st.nextToken();
    if (tmpString.equals(STAR_NULL_FIELD)) continue;
    else dsc.fields.set(index, new DataString(tmpString));
      }
      catch (NoSuchElementException ex) { break;}
  }
  dsc.valueUpdate = true;
  dsc.valueNull = false;
  return dsc;
    }

/**
* Sets the input ChannelIdIF instance's data member values to the equivalents of this instance.
* Returns the input ChannelId parameter instance reference.
*/
    public ChannelIdIF parseToChannelId(ChannelIdIF chanId) {
        chanId.setSta(getSta());
        chanId.setNet(getNet());
        chanId.setSeedchan(getSeedchan());
        chanId.setLocation(getLocation());
        chanId.setChannel(getChannel());
        chanId.setChannelsrc(getChannelsrc());
        if (chanId instanceof AuthChannelIdIF) {
            ((AuthChannelIdIF) chanId).setAuth(getAuth());
            ((AuthChannelIdIF) chanId).setSubsource(getSubsource());
        }
        return chanId;
    }

/**
* Sets this instance's data member field values, if object isMutable() == true, to those of the input ChannelId parameter.
* Returns reference to this DataStnChl instance.
*/
    public DataStnChl setValues(ChannelIdIF chanId) {
        if (! isMutable()) return this;
        setSta(chanId.getSta());
        setNet(chanId.getNet());
        setSeedchan(chanId.getSeedchan());
        setLocation(chanId.getLocation());
        setChannel(chanId.getChannel());
        setChannelsrc(chanId.getChannelsrc());
        if (chanId instanceof AuthChannelIdIF) {
            setAuth(((AuthChannelIdIF) chanId).getAuth());
            setSubsource(((AuthChannelIdIF) chanId).getSubsource());
        }
        else {
            setAuth(null);
            setSubsource(null);

        }
        return this;
    }

// Implement AuthChannelIdIF
    public String getSta() {
        return getStringValue(STA);
    }
    public String getNet() {
        return getStringValue(NET);
    }
    public String getSeedchan() {
        return getStringValue(SEEDCHAN);
    }
    public String getLocation() {
        return getStringValue(LOCATION);
    }
    public String getChannel() {
        return getStringValue(CHANNEL);
    }
    public String getChannelsrc() {
        return getStringValue(CHANNELSRC);
    }
    public String getAuth() {
        return getStringValue(AUTH);
    }
    public String getSubsource() {
        return getStringValue(SUBSOURCE);
    }

    public void setSta(String sta) {
        setValue(STA, sta);
    }
    public void setNet(String net) {
        setValue(NET, net);
    }
    public void setSeedchan(String seedchan) {
        setValue(SEEDCHAN, seedchan);
    }
    public void setLocation(String location) {
        setValue(LOCATION, location);
    }
    public void setChannel(String channel) {
        setValue(CHANNEL, channel);
    }
    public void setChannelsrc(String channelsrc) {
        setValue(CHANNELSRC, channelsrc);
    }
    public void setAuth(String auth) {
        setValue(AUTH, auth);
    }
    public void setSubsource(String subsource) {
        setValue(SUBSOURCE, subsource);
    }
}