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Diffstat (limited to 'dcaedt_validator/kwalify/src/main/java/kwalify/MetaValidator.java')
| -rw-r--r-- | dcaedt_validator/kwalify/src/main/java/kwalify/MetaValidator.java | 445 |
1 files changed, 445 insertions, 0 deletions
diff --git a/dcaedt_validator/kwalify/src/main/java/kwalify/MetaValidator.java b/dcaedt_validator/kwalify/src/main/java/kwalify/MetaValidator.java new file mode 100644 index 0000000..c8c21a7 --- /dev/null +++ b/dcaedt_validator/kwalify/src/main/java/kwalify/MetaValidator.java @@ -0,0 +1,445 @@ +/* + * @(#)MetaValidator.java $Rev: 4 $ $Release: 0.5.1 $ + * + * copyright(c) 2005 kuwata-lab all rights reserved. + */ + +package kwalify; + +import org.onap.sdc.common.onaplog.OnapLoggerDebug; +import org.onap.sdc.common.onaplog.OnapLoggerError; +import org.onap.sdc.common.onaplog.Enums.LogLevel; + +import java.util.Map; +import java.util.List; +import java.util.Iterator; +import java.util.regex.Pattern; +import java.util.regex.Matcher; +import java.util.regex.PatternSyntaxException; + +/** + * meta validator to validate schema definition + * + * @revision $Rev: 4 $ + * @release $Release: 0.5.1 $ + */ +public class MetaValidator extends Validator { + + private static OnapLoggerError errLogger = OnapLoggerError.getInstance(); + private static OnapLoggerDebug debugLogger = OnapLoggerDebug.getInstance(); + + public static final String META_SCHEMA = "" + + "name: MAIN\n" + + "type: map\n" + + "required: yes\n" + + "mapping: &main-rule\n" + + " \"name\":\n" + + " type: str\n" + + " \"desc\":\n" + + " type: str\n" + + " \"type\":\n" + + " type: str\n" + + " #required: yes\n" + + " enum:\n" + + " - seq\n" + + " #- sequence\n" + + " #- list\n" + + " - map\n" + + " #- mapping\n" + + " #- hash\n" + + " - str\n" + + " #- string\n" + + " - int\n" + + " #- integer\n" + + " - float\n" + + " - number\n" + + " #- numeric\n" + + " - bool\n" + + " #- boolean\n" + + " - text\n" + + " - date\n" + + " - time\n" + + " - timestamp\n" + + " #- object\n" + + " - any\n" + + " - scalar\n" + + " #- collection\n" + + " \"required\":\n" + + " type: bool\n" + + " \"enum\":\n" + + " type: seq\n" + + " sequence:\n" + + " - type: scalar\n" + + " unique: yes\n" + + " \"pattern\":\n" + + " type: str\n" + + " \"assert\":\n" + + " type: str\n" + + " pattern: /\\bval\\b/\n" + + " \"range\":\n" + + " type: map\n" + + " mapping:\n" + + " \"max\":\n" + + " type: scalar\n" + + " \"min\":\n" + + " type: scalar\n" + + " \"max-ex\":\n" + + " type: scalar\n" + + " \"min-ex\":\n" + + " type: scalar\n" + + " \"length\":\n" + + " type: map\n" + + " mapping:\n" + + " \"max\":\n" + + " type: int\n" + + " \"min\":\n" + + " type: int\n" + + " \"max-ex\":\n" + + " type: int\n" + + " \"min-ex\":\n" + + " type: int\n" + + " \"ident\":\n" + + " type: bool\n" + + " \"unique\":\n" + + " type: bool\n" + + " \"sequence\":\n" + + " name: SEQUENCE\n" + + " type: seq\n" + + " sequence:\n" + + " - type: map\n" + + " mapping: *main-rule\n" + + " name: MAIN\n" + + " #required: yes\n" + + " \"mapping\":\n" + + " name: MAPPING\n" + + " type: map\n" + + " mapping:\n" + + " =:\n" + + " type: map\n" + + " mapping: *main-rule\n" + + " name: MAIN\n" + + " #required: yes\n" + ; + + + /** + * + * ex. + * <pre> + * MetaValidator meta_validator = MetaValidator(); + * Map schema = YamlUtil.loadFile("schema.yaml"); + * List errors = meta_validator.validate(schema); + * if (errors != null && errors.size() > 0) { + * for (Iterator it = errors.iterator(); it.hasNext(); ) { + * ValidationException error = (ValidationException)it.next(); + * System.err.println(" - [" + error.getPath() + "] " + error.getMessage()); + * } + * } + * </pre> + */ + + private static Validator __instance; + + public static Validator instance() { + synchronized (MetaValidator.class) { + if (__instance == null) { + try { + Map schema = (Map) YamlUtil.load(META_SCHEMA); + __instance = new MetaValidator(schema); + } catch (SyntaxException ex) { + assert false; + } + } + } + + return __instance; + } + + private MetaValidator(Map schema) { + super(schema); + } + + public void postValidationHook(Object value, Rule rule, ValidationContext theContext) { + if (value == null) { + return; // realy? + } + if (! "MAIN".equals(rule.getName())) { + return; + } + // + assert value instanceof Map; + Map map = (Map)value; + String type = (String)map.get("type"); + if (type == null) { + type = Types.getDefaultType(); + } + //Class type_class = Types.typeClass(type); + //if (type_class == null) { + // theContext.addError(validationError("type.unknown", rule, path + "/type", type, null)); + //} + // + //String pattern; + //if ((pattern = (String)map.get("pattern")) != null) { + if (map.containsKey("pattern")) { + String pattern = (String)map.get("pattern"); + Matcher m = Util.matcher(pattern, "\\A\\/(.*)\\/([mi]?[mi]?)\\z"); + String pat = m.find() ? m.group(1) : pattern; + try { + Pattern.compile(pat); + } catch (PatternSyntaxException ex) { + theContext.addError("pattern.syntaxerr", rule, "pattern", pattern, null); + } + } + // + //List enum_list; + //if ((enum_list = (List)map.get("enum")) != null) { + if (map.containsKey("enum")) { + List enum_list = (List)map.get("enum"); + if (Types.isCollectionType(type)) { + theContext.addError("enum.notscalar", rule, "enum:", (Object[])null); + } else { + for (Iterator it = enum_list.iterator(); it.hasNext(); ) { + Object elem = it.next(); + if (! Types.isCorrectType(elem, type)) { + theContext.addError("enum.type.unmatch", rule, "enum", elem, new Object[] { Types.typeName(type) }); + } + } + } + } + // + //String assert_str; + //if ((assert_str = (String)map.get("assert")) != null) { + if (map.containsKey("assert")) { + errLogger.log(LogLevel.ERROR, this.getClass().getName(), "*** warning: sorry, 'assert:' is not supported in current version of Kwalify-java."); + //String assert_str = (String)map.get("assert"); + //if (! Util.matches(assert_str, "\\bval\\b")) { + // theContext.addError(validationError("assert.noval", rule, path + "/assert", assert_str, null); + //} + //try { + // Expression.parse(assert_str); + //} catch (InvalidExpressionException ex) { + // theContext.addError(validationError("assert.syntaxerr", rule, path + "/assert", assert_str, null)); + //} + } + // + //Map range; + //if ((range = (Map)map.get("range")) != null) { + if (map.containsKey("range")) { + Map range = (Map)map.get("range"); + //if (! (range instanceof Map)) { + // theContext.addError(validtionError("range.notmap", rule, path + "/range", range, null)); + //} else + if (Types.isCollectionType(type) || type.equals("bool") || type.equals("any")) { + theContext.addError("range.notscalar", rule, "range:", null, null); + } else { + for (Iterator it = range.keySet().iterator(); it.hasNext(); ) { + String k = (String)it.next(); + Object v = range.get(k); + if (! Types.isCorrectType(v, type)) { + theContext.addError("range.type.unmatch", rule, "range/" + k, v, new Object[] { Types.typeName(type) }); + } + } + } + if (range.containsKey("max") && range.containsKey("max-ex")) { + theContext.addError("range.twomax", rule, "range", null, null); + } + if (range.containsKey("min") && range.containsKey("min-ex")) { + theContext.addError("range.twomin", rule, "range", null, null); + } + Object max = range.get("max"); + Object min = range.get("min"); + Object max_ex = range.get("max-ex"); + Object min_ex = range.get("min-ex"); + Object[] args = null; + //String error_symbol = null; + if (max != null) { + if (min != null && Util.compareValues(max, min) < 0) { + args = new Object[] { max, min }; + theContext.addError("range.maxltmin", rule, "range", null, args); + } else if (min_ex != null && Util.compareValues(max, min_ex) <= 0) { + args = new Object[] { max, min_ex }; + theContext.addError("range.maxleminex", rule, "range", null, args); + } + } else if (max_ex != null) { + if (min != null && Util.compareValues(max_ex, min) <= 0) { + args = new Object[] { max_ex, min }; + theContext.addError("range.maxexlemin", rule, "range", null, args); + } else if (min_ex != null && Util.compareValues(max_ex, min_ex) <= 0) { + args = new Object[] { max_ex, min_ex }; + theContext.addError("range.maxexleminex", rule, "range", null, args); + } + } + } + // + //Map length; + //if ((length = (Map)map.get("length")) != null) { + if (map.containsKey("length")) { + Map length = (Map)map.get("length"); + //if (! (length instanceof Map)) { + // theContext.addError(validtionError("length.notmap", rule, path + "/length", length, null)); + //} else + if (! (type.equals("str") || type.equals("text"))) { + theContext.addError("length.nottext", rule, "length:", (Object[])null); + } + //for (Iterator it = length.keySet().iterator(); it.hasNext(); ) { + // String k = (String)it.next(); + // Object v = length.get(k); + // if (k == null || ! (k.equals("max") || k.equals("min") || k.equals("max-ex") || k.equals("min-ex"))) { + // theContext.addError(validationError("length.undefined", rule, path + "/length/" + k, "" + k + ":", null)); + // } else if (! (v instanceof Integer)) { + // theContext.addError(validationError("length.notint", rule, path + "/length/" + k, v, null)); + // } + //} + if (length.containsKey("max") && length.containsKey("max-ex")) { + theContext.addError("length.twomax", rule, "length", (Object[])null); + } + if (length.containsKey("min") && length.containsKey("min-ex")) { + theContext.addError("length.twomin", rule, "length", (Object[])null); + } + Integer max = (Integer)length.get("max"); + Integer min = (Integer)length.get("min"); + Integer max_ex = (Integer)length.get("max-ex"); + Integer min_ex = (Integer)length.get("min-ex"); + Object[] args = null; + //String error_symbol = null; + if (max != null) { + if (min != null && max.compareTo(min) < 0) { + args = new Object[] { max, min }; + theContext.addError("length.maxltmin", rule, "length", null, args); + } else if (min_ex != null && max.compareTo(min_ex) <= 0) { + args = new Object[] { max, min_ex }; + theContext.addError("length.maxleminex", rule, "length", null, args); + } + } else if (max_ex != null) { + if (min != null && max_ex.compareTo(min) <= 0) { + args = new Object[] { max_ex, min }; + theContext.addError("length.maxexlemin", rule, "length", null, args); + } else if (min_ex != null && max_ex.compareTo(min_ex) <= 0) { + args = new Object[] { max_ex, min_ex }; + theContext.addError("length.maxexleminex", rule, "length", null, args); + } + } + } + // + //Boolean unique; + //if ((unique = (Boolean)map.get("unique")) != null) { + if (map.containsKey("unique")) { + Boolean unique = (Boolean)map.get("unique"); + if (unique.booleanValue() == true && Types.isCollectionType(type)) { + theContext.addError("unique.notscalar", rule, "unique:", (Object[])null); + } + if (theContext.getPath().length() == 0) { + theContext.addError("unique.onroot", rule, "", "unique:", null); + } + } + // + //Boolean ident; + //if ((ident = (Boolean)map.get("ident")) != null) { + if (map.containsKey("ident")) { + Boolean ident = (Boolean)map.get("ident"); + if (ident.booleanValue() == true && Types.isCollectionType(type)) { + theContext.addError("ident.notscalar", rule, "ident:", (Object[])null); + } + if (theContext.getPath().length() == 0) { + theContext.addError("ident.onroot", rule, "/", "ident:", (Object[])null); + } + } + // + //List seq; + //if ((seq = (List)map.get("sequence")) != null) { + if (map.containsKey("sequence")) { + List seq = (List)map.get("sequence"); + //if (! (seq instanceof List)) { + // theContext.addError(validationError("sequence.notseq", rule, path + "/sequence", seq, null)); + //} else + if (seq == null || seq.size() == 0) { + theContext.addError("sequence.noelem", rule, "sequence", seq, null); + } else if (seq.size() > 1) { + theContext.addError("sequence.toomany", rule, "sequence", seq, null); + } else { + Object item = seq.get(0); + assert item instanceof Map; + Map m = (Map)item; + Boolean ident2 = (Boolean)m.get("ident"); + if (ident2 != null && ident2.booleanValue() == true && ! "map".equals(m.get("type"))) { + theContext.addError("ident.notmap", null, "sequence/0", "ident:", null); + } + } + } + // + //Map mapping; + //if ((mapping = (Map)map.get("mapping")) != null) { + if (map.containsKey("mapping")) { + Map mapping = (Map)map.get("mapping"); + //if (mapping != null && ! (mapping instanceof Map)) { + // theContext.addError(validationError("mapping.notmap", rule, path + "/mapping", mapping, null)); + //} else + Object default_value = null; + if (mapping != null && mapping instanceof Defaultable) { + default_value = ((Defaultable)mapping).getDefault(); + } + if (mapping == null || (mapping.size() == 0 && default_value == null)) { + theContext.addError("mapping.noelem", rule, "mapping", mapping, null); + } + } + // + if (type.equals("seq")) { + if (! map.containsKey("sequence")) { + theContext.addError("seq.nosequence", rule, null, (Object[])null); + } + //if (map.containsKey("enum")) { + // theContext.addError(validationError("seq.conflict", rule, path, "enum:", null)); + //} + if (map.containsKey("pattern")) { + theContext.addError("seq.conflict", rule, "pattern:", (Object[])null); + } + if (map.containsKey("mapping")) { + theContext.addError("seq.conflict", rule, "mapping:", (Object[])null); + } + //if (map.containsKey("range")) { + // theContext.addError(validationError("seq.conflict", rule, path, "range:", null)); + //} + //if (map.containsKey("length")) { + // theContext.addError(validationError("seq.conflict", rule, path, "length:", null)); + //} + } else if (type.equals("map")) { + if (! map.containsKey("mapping")) { + theContext.addError("map.nomapping", rule, null, (Object[])null); + } + //if (map.containsKey("enum")) { + // theContext.addError(validationError("map.conflict", rule, path, "enum:", null)); + //} + if (map.containsKey("pattern")) { + theContext.addError("map.conflict", rule, "pattern:", (Object[])null); + } + if (map.containsKey("sequence")) { + theContext.addError("map.conflict", rule, "sequence:", (Object[])null); + } + //if (map.containsKey("range")) { + // theContext.addError(validationError("map.conflict", rule, path, "range:", null)); + //} + //if (map.containsKey("length")) { + // theContext.addError(validationError("map.conflict", rule, path, "length:", null)); + //} + } else { + if (map.containsKey("sequence")) { + theContext.addError("scalar.conflict", rule, "sequence:", (Object[])null); + } + if (map.containsKey("mapping")) { + theContext.addError("scalar.conflict", rule, "mapping:", (Object[])null); + } + if (map.containsKey("enum")) { + if (map.containsKey("range")) { + theContext.addError("enum.conflict", rule, "range:", (Object[])null); + } + if (map.containsKey("length")) { + theContext.addError("enum.conflict", rule, "length:", (Object[])null); + } + if (map.containsKey("pattern")) { + theContext.addError("enum.conflict", rule, "pattern:", (Object[])null); + } + } + } + } + +} |