use of com.helger.phase4.model.pmode.PModeValidationException in project phase4 by phax.
the class PeppolCompatibilityValidator method validatePMode.
@Override
public void validatePMode(@Nonnull final IPMode aPMode, @Nonnull final ErrorList aErrorList) {
ValueEnforcer.isTrue(aErrorList.isEmpty(), () -> "Errors in global PMode validation: " + aErrorList.toString());
try {
MetaAS4Manager.getPModeMgr().validatePMode(aPMode);
} catch (final PModeValidationException ex) {
aErrorList.add(_createError(ex.getMessage()));
}
final EMEP eMEP = aPMode.getMEP();
final EMEPBinding eMEPBinding = aPMode.getMEPBinding();
if (eMEP == EMEP.ONE_WAY && eMEPBinding == EMEPBinding.PUSH) {
// Valid
} else {
aErrorList.add(_createError("An invalid combination of PMode MEP (" + eMEP + ") and MEP binding (" + eMEPBinding + ") was specified, only one-way/push is valid."));
}
// Leg1 must be present
final PModeLeg aPModeLeg1 = aPMode.getLeg1();
if (aPModeLeg1 == null) {
aErrorList.add(_createError("PMode.Leg[1] is missing"));
} else {
_checkIfLegIsValid(aErrorList, aPModeLeg1, "PMode.Leg[1].");
}
if (aPMode.getLeg2() != null) {
aErrorList.add(_createError("PMode.Leg[2] must not be present"));
}
// Compression application/gzip ONLY
// other possible states are absent or "" (No input)
final PModePayloadService aPayloadService = aPMode.getPayloadService();
if (aPayloadService != null) {
final EAS4CompressionMode eCompressionMode = aPayloadService.getCompressionMode();
if (eCompressionMode != null) {
if (!eCompressionMode.equals(EAS4CompressionMode.GZIP))
aErrorList.add(_createError("PMode.PayloadService.CompressionMode must be " + EAS4CompressionMode.GZIP + " instead of " + eCompressionMode));
}
}
}
use of com.helger.phase4.model.pmode.PModeValidationException in project phase4 by phax.
the class CEFCompatibilityValidator method validatePMode.
@Override
public void validatePMode(@Nonnull final IPMode aPMode, @Nonnull final ErrorList aErrorList) {
ValueEnforcer.isTrue(aErrorList.isEmpty(), () -> "Errors in global PMode validation: " + aErrorList.toString());
try {
MetaAS4Manager.getPModeMgr().validatePMode(aPMode);
} catch (final PModeValidationException ex) {
aErrorList.add(_createError(ex.getMessage()));
}
final EMEP eMEP = aPMode.getMEP();
final EMEPBinding eMEPBinding = aPMode.getMEPBinding();
if ((eMEP == EMEP.ONE_WAY && eMEPBinding == EMEPBinding.PUSH) || (eMEP == EMEP.TWO_WAY && eMEPBinding == EMEPBinding.PUSH_PUSH)) {
// Valid
} else {
aErrorList.add(_createError("An invalid combination of PMode MEP (" + eMEP + ") and MEP binding (" + eMEPBinding + ") was specified, valid are only one-way/push and two-way/push-push."));
}
// Leg1 must be present
final PModeLeg aPModeLeg1 = aPMode.getLeg1();
if (aPModeLeg1 == null) {
aErrorList.add(_createError("PMode.Leg[1] is missing"));
} else {
_checkIfLegIsValid(aErrorList, aPModeLeg1, "PMode.Leg[1].");
}
if (eMEP.isTwoWay()) {
final PModeLeg aPModeLeg2 = aPMode.getLeg2();
if (aPModeLeg2 == null) {
aErrorList.add(_createError("PMode.Leg[2] is missing as it specified as TWO-WAY"));
} else {
_checkIfLegIsValid(aErrorList, aPModeLeg2, "PMode.Leg[2].");
}
}
// Compression application/gzip ONLY
// other possible states are absent or "" (No input)
final PModePayloadService aPayloadService = aPMode.getPayloadService();
if (aPayloadService != null) {
final EAS4CompressionMode eCompressionMode = aPayloadService.getCompressionMode();
if (eCompressionMode != null) {
if (!eCompressionMode.equals(EAS4CompressionMode.GZIP))
aErrorList.add(_createError("PMode.PayloadService.CompressionMode must be " + EAS4CompressionMode.GZIP + " instead of " + eCompressionMode));
}
}
}
use of com.helger.phase4.model.pmode.PModeValidationException in project phase4 by phax.
the class ENTSOGCompatibilityValidator method validatePMode.
@Override
public void validatePMode(@Nonnull final IPMode aPMode, @Nonnull final ErrorList aErrorList) {
ValueEnforcer.isTrue(aErrorList.isEmpty(), () -> "Errors in global PMode validation: " + aErrorList.toString());
try {
MetaAS4Manager.getPModeMgr().validatePMode(aPMode);
} catch (final PModeValidationException ex) {
aErrorList.add(_createError(ex.getMessage()));
}
final EMEP eMEP = aPMode.getMEP();
final EMEPBinding eMEPBinding = aPMode.getMEPBinding();
if ((eMEP == EMEP.ONE_WAY && eMEPBinding == EMEPBinding.PUSH) || (eMEP == EMEP.TWO_WAY && eMEPBinding == EMEPBinding.PUSH_PUSH)) {
// Valid
} else {
aErrorList.add(_createError("An invalid combination of PMode MEP (" + eMEP + ") and MEP binding (" + eMEPBinding + ") was specified, valid are only one-way/push and two-way/push-push."));
}
// Leg1 must be present
final PModeLeg aPModeLeg1 = aPMode.getLeg1();
if (aPModeLeg1 == null) {
aErrorList.add(_createError("PMode.Leg[1] is missing"));
} else {
_checkIfLegIsValid(aErrorList, aPModeLeg1, "PMode.Leg[1].");
}
if (aPMode.getLeg2() != null) {
aErrorList.add(_createError("PMode.Leg[2] must not be present"));
}
final PModePayloadService aPayloadService = aPMode.getPayloadService();
if (aPayloadService != null) {
final EAS4CompressionMode eCompressionMode = aPayloadService.getCompressionMode();
if (eCompressionMode != null) {
if (!eCompressionMode.equals(EAS4CompressionMode.GZIP))
aErrorList.add(_createError("PMode.PayloadService.CompressionMode must be " + EAS4CompressionMode.GZIP + " instead of " + eCompressionMode));
} else {
aErrorList.add(_createError("PMode.PayloadService.CompressionMode is missing"));
}
} else {
aErrorList.add(_createError("PMode.PayloadService is missing"));
}
}
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