private void load(final SpinningDialWaitIndicator indicator, File f) {
try {
ENAXMLReader reader =
new ENAXMLReader(DefaultEntityFactory.getInstance(), new FileInputStream(f));
List<GeneProduct> products = reader.getProducts();
ReconstructionManager manager = DefaultReconstructionManager.getInstance();
Reconstruction recon = manager.active();
for (GeneProduct p : products) {
recon.addProduct(p);
}
// bit of a hack for now - add a single chromosome
Chromosome c =
recon.genome().createChromosome(1, new ChromosomeSequence(reader.getGenomeString()));
List<Gene> genes = reader.getGeneMap();
for (Gene gene : genes) {
c.add(gene);
}
for (Map.Entry<Gene, GeneProduct> e : reader.associations()) {
recon.associate(e.getKey(), e.getValue());
}
for (String warning : reader.getWarnings()) {
MainView.getInstance().addWarningMessage(warning);
}
} catch (FileNotFoundException ex) {
MainView.getInstance()
.getMessageManager()
.addReport(new ErrorMessage("File not found " + ex.getMessage()));
} catch (XMLStreamException ex) {
MainView.getInstance().getMessageManager().addReport(new ErrorMessage(ex.getMessage()));
} finally {
SwingUtilities.invokeLater(
new Runnable() {
@Override
public void run() {
MainView.getInstance().update();
}
});
indicator.dispose();
}
}
/**
* ReactionParser – 2011.08.31 <br>
* Class description
*
* @author johnmay
* @author $Author$ (this version)
* @version $Rev$ : Last Changed $Date$
*/
public class ReactionParser {
private static final Logger LOGGER = Logger.getLogger(ReactionParser.class);
// Reaction arrow matcher (note excess space is gobbeled up in split)
public static final Pattern EQUATION_ARROW = Pattern.compile("(<[-=]+>)|(<[-=]*)|([-=]*>)|(=+)");
public static final Pattern EQUATION_ADDITION = Pattern.compile("\\s+[+]\\s+");
private static final Pattern REACTION_COMPARTMENT = Pattern.compile("\\A\\[([\\w\\s]+)\\]\\s*:");
public static final Pattern DOUBLE_PATTERN =
Pattern.compile("([+-]?(?:\\d+(?:\\.\\d*)?|\\.\\d+)(?:[eE][+-]?\\d+)?)");
public static final Pattern COEFFICIENT_PATTERN =
Pattern.compile(
"\\A" + DOUBLE_PATTERN.pattern() + "\\s+" + "|\\(" + DOUBLE_PATTERN.pattern() + "\\)");
public static final Pattern COMPARTMENT_PATTERN =
Pattern.compile("[\\(\\[]([\\w\\s]+)[\\)\\]]\\s*\\z");
private static final Direction[] NORMALISED_ARROWS =
new Direction[] {
Direction.BIDIRECTIONAL, Direction.BACKWARD, Direction.FORWARD, Direction.BIDIRECTIONAL
};
private EntityResolver entites;
private EntityFactory factory = DefaultEntityFactory.getInstance();
private CompartmentResolver resolver;
private Set<Report> messages = new HashSet();
/**
* Determines whether an item contains listed items. separated by ';', '|' or ','
*
* @param str
*/
public boolean containsList(String str) {
return str.contains("[|,;]") || str.contains("\\sand\\s|\\sor\\s|&");
}
public ReactionParser(EntityResolver entityResolver, CompartmentResolver resolver) {
entites = entityResolver;
this.resolver = resolver;
}
// attrb include the entitysheet (if available)
public MetabolicReaction parseReaction(PreparsedReaction reaction)
throws UnparsableReactionError {
String equation = reaction.getEquation();
String[] rxnSides = getReactionSides(equation);
// determine whether the reaction contains two sides or one.
if (rxnSides.length == 2) {
// standard reaction
return parseTwoSidedReaction(reaction, rxnSides);
} else if (rxnSides.length == 1) {
// exchange reaction
return parseExchangeReaction(reaction, rxnSides[0]);
} else {
throw new UnparsableReactionError("No equation found for rxn: " + reaction.getIdentifier());
}
}
/*
*
*/
private static int ticker = 0;
public MetabolicReaction parseTwoSidedReaction(
PreparsedReaction preparsed, String[] equationSides) throws UnparsableReactionError {
Matcher reactionCompartment = REACTION_COMPARTMENT.matcher(equationSides[0]);
MetabolicReaction rxn = getReaction(preparsed);
Compartment defaultCompartment = Organelle.CYTOPLASM;
if (reactionCompartment.find()) {
defaultCompartment = resolver.getCompartment(reactionCompartment.group(1));
equationSides[0] = reactionCompartment.replaceAll("");
}
for (MetabolicParticipantImplementation p :
parseParticipants(equationSides[0], defaultCompartment, preparsed)) {
rxn.addReactant(p);
}
for (MetabolicParticipantImplementation p :
parseParticipants(equationSides[1], defaultCompartment, preparsed)) {
rxn.addProduct(p);
}
return rxn;
}
/** Only have left side (or some weird reaction operator) */
public MetabolicReaction parseExchangeReaction(PreparsedReaction reaction, String equationSide)
throws UnparsableReactionError {
Matcher reactionCompartment = REACTION_COMPARTMENT.matcher(equationSide);
MetabolicReaction rxn = getReaction(reaction);
Compartment defaultCompartment = Organelle.CYTOPLASM;
if (reactionCompartment.find()) {
defaultCompartment = resolver.getCompartment(reactionCompartment.group(1));
equationSide = reactionCompartment.replaceAll("");
}
for (MetabolicParticipantImplementation p :
parseParticipants(equationSide, defaultCompartment, reaction)) {
rxn.addReactant(p);
}
return rxn;
}
public MetabolicReaction getReaction(PreparsedReaction preparsed) {
MetabolicReaction rxn =
factory.ofClass(
MetabolicReaction.class,
BasicReactionIdentifier.nextIdentifier(),
preparsed.hasValue(DESCRIPTION) ? preparsed.getValue(DESCRIPTION) : "",
preparsed.hasValue(ABBREVIATION) ? preparsed.getValue(ABBREVIATION) : "");
if (preparsed.hasValue(DIRECTION)) {
rxn.setDirection(getReactionArrow(preparsed.getValue(DIRECTION)));
} else {
rxn.setDirection(getReactionArrow(preparsed.getEquation()));
}
// add subsytem annotation
if (preparsed.hasValue(SUBSYSTEM)) {
rxn.addAnnotation(new Subsystem(preparsed.getSubsystem()));
}
// add classification
for (String classification : preparsed.getClassifications()) {
// load EC code
if (classification.matches("(?:\\d+\\.){3}\\d+") || classification.contains("EC")) {
rxn.addAnnotation(new EnzymeClassification(new ECNumber(classification)));
} else if (classification.contains("TC")) {
rxn.addAnnotation(new Classification(new TransportClassificationNumber(classification)));
}
}
// add loci
for (String locus : preparsed.getLoci()) {
rxn.addAnnotation(new Locus(locus));
}
// add delta g and delta g error
if (preparsed.hasValue(FREE_ENERGY)) {
try {
if (preparsed.hasValue(FREE_ENERGY_ERROR)) {
rxn.addAnnotation(
new GibbsEnergy(
Double.parseDouble(preparsed.getValue(FREE_ENERGY)),
Double.parseDouble(preparsed.getValue(FREE_ENERGY_ERROR))));
} else {
rxn.addAnnotation(
new GibbsEnergy(Double.parseDouble(preparsed.getValue(FREE_ENERGY)), 0d));
}
} catch (NumberFormatException ex) {
LOGGER.error("Gibbs energy column(s) contained invalid value (not a double)");
}
}
if (preparsed.hasValue(MIN_FLUX)) {
try {
rxn.addAnnotation(new FluxLowerBound(Double.parseDouble(preparsed.getValue(MIN_FLUX))));
} catch (NumberFormatException ex) {
LOGGER.error(
"Min flux column contained invalid value (not a double): "
+ preparsed.getValue(MIN_FLUX));
}
}
if (preparsed.hasValue(MAX_FLUX)) {
try {
rxn.addAnnotation(new FluxLowerBound(Double.parseDouble(preparsed.getValue(MAX_FLUX))));
} catch (NumberFormatException ex) {
LOGGER.error(
"Max flux column contained invalid value (not a double): "
+ preparsed.getValue(MAX_FLUX));
}
}
return rxn;
}
public List<MetabolicParticipantImplementation> parseParticipants(
String equationSide, Compartment defaultCompartment, PreparsedReaction reaction)
throws UnparsableReactionError {
List<MetabolicParticipantImplementation> parsedParticipants = new ArrayList();
String[] participants = EQUATION_ADDITION.split(equationSide);
for (String participant : participants) {
if (!participant.trim().isEmpty()) {
parsedParticipants.add(parseParticipant(participant, defaultCompartment, reaction));
}
}
return parsedParticipants;
}
public Collection<Report> collectMessages() {
Set collected = new HashSet();
collected.addAll(messages);
messages.clear();
return collected;
}
public MetabolicParticipantImplementation parseParticipant(
final String participant, final Compartment defaultCompartment, final PreparsedReaction rxn)
throws UnparsableReactionError {
String entityAbbr = participant.trim();
String entityAbbrComp = entityAbbr;
Compartment compartment = defaultCompartment;
Double coef = 1d;
// stoichiometric coefficients
Matcher coefMatcher = COEFFICIENT_PATTERN.matcher(entityAbbr);
if (coefMatcher.find()) {
coef =
Double.parseDouble(
coefMatcher.group(1) == null ? coefMatcher.group(2) : coefMatcher.group(1));
entityAbbr = coefMatcher.replaceAll("");
entityAbbrComp = entityAbbr;
}
// compartment
Matcher compartmentMatcher = COMPARTMENT_PATTERN.matcher(entityAbbr);
if (compartmentMatcher.find()) {
compartment = resolver.getCompartment(compartmentMatcher.group(1));
entityAbbr = compartmentMatcher.replaceAll("");
}
// trim the abbreviation
entityAbbr = entityAbbr.trim();
// try fetching with compartment attached and without
// PreparsedMetabolite entity = entites.getEntity(entityAbbrComp.trim());
Metabolite entity = entites.getReconciledMetabolite(entityAbbr);
if (entity != null) {
// System.out.println( coef + " " + entity.getName() + " " + compartment );
return new MetabolicParticipantImplementation(entity, coef, (Compartment) compartment);
} else {
messages.add(
new WarningMessage(
"The metabolite "
+ entityAbbr
+ " was not found in the metabolite sheet for reaction "
+ rxn));
entity = entites.getNonReconciledMetabolite(entityAbbr);
return new MetabolicParticipantImplementation(entity, coef, (Compartment) compartment);
}
// TODO:
// ?ion match
// ?remove _ext part
// pmf associated?
// match name with + and without + and then with number and without numbers
// e.g.
// YGH+FHD, 1) YGH+FHD 2) YGH, FHD
// 35FGD+1400DH 1) 35FGD+1400DH 2) 35FGD 1400DH 3) FGD, DH
}
public ParticipantImplementation[] parseReactionSide(String reactionSide) {
return new ParticipantImplementation[0];
}
public String[] getReactionSides(String equation) {
return equation.isEmpty() ? new String[0] : EQUATION_ARROW.split(equation.trim());
}
public static Direction getReactionArrow(String equation) {
Matcher arrowMatcher = EQUATION_ARROW.matcher(equation);
if (arrowMatcher.find()) {
for (int i = 0; i < NORMALISED_ARROWS.length; i++) {
if (arrowMatcher.group(i + 1) != null) {
return NORMALISED_ARROWS[i];
}
}
}
return Direction.UNKNOWN;
}
}