private SequenceRecognizer(SequenceOptions options)
{
RegisterModel(Culture.English, options.ToString(), new Dictionary <Type, IModel>
{
[typeof(PhoneNumberModel)] = new PhoneNumberModel(new PhoneNumberParser(), new PhoneNumberExtractor())
});
}
public EnglishPhoneNumberExtractorConfiguration(SequenceOptions options)
: base(options)
{
WordBoundariesRegex = BasePhoneNumbers.WordBoundariesRegex;
NonWordBoundariesRegex = BasePhoneNumbers.NonWordBoundariesRegex;
EndWordBoundariesRegex = BasePhoneNumbers.EndWordBoundariesRegex;
}
protected override void OnSingleInitialization()
{
var seqOptions = attributes.GetAttribute <SeqAttribute>();
options = new SequenceOptions(seqOptions != null ? seqOptions.options : SeqOpt.None);
options.Advanced = options.Advanced || attributes.AnyIs <AdvancedAttribute>();
options.Readonly = options.Readonly || attributes.AnyIs <ReadonlyAttribute>();
// Sequence name
{
var formatMember = attributes.GetAttribute <FormatMemberAttribute>();
if (formatMember != null)
{
sequenceName = formatMember.Format(niceName, memberType.GetNiceName());
}
else
{
sequenceName = niceName + " (" + memberType.GetNiceName() + ")";
}
if (options.Readonly)
{
sequenceName += " (Readonly)";
}
}
advancedKey = id + sequenceName + "advanced";
perItemDrawing = attributes.AnyIs <PerItemAttribute>();
shouldDrawAddingArea = !options.Readonly && elementType.IsA <UnityObject>();
}
public ChinesePhoneNumberExtractorConfiguration(SequenceOptions options)
: base(options)
{
WordBoundariesRegex = PhoneNumbersDefinitions.WordBoundariesRegex;
NonWordBoundariesRegex = PhoneNumbersDefinitions.NonWordBoundariesRegex;
EndWordBoundariesRegex = PhoneNumbersDefinitions.EndWordBoundariesRegex;
}
public TestSequenceRecognizerInitialization()
{
var config = new SequenceOptions();
controlModel = new PhoneNumberModel(
new English.PhoneNumberParser(),
new BasePhoneNumberExtractor(new EnglishPhoneNumberExtractorConfiguration(config)));
}
public SqlServerSequence(SequenceOptions options) : this()
{
StartAt = options.StartAt;
CurrentValue = StartAt;
Increment = options.Increment;
MaxValue = options.MaxValue;
MinValue = options.MinValue;
Cycle = options.Cycle;
}
public ChinesePhoneNumberExtractorConfiguration(SequenceOptions options)
: base(options)
{
WordBoundariesRegex = PhoneNumbersDefinitions.WordBoundariesRegex;
NonWordBoundariesRegex = PhoneNumbersDefinitions.NonWordBoundariesRegex;
EndWordBoundariesRegex = PhoneNumbersDefinitions.EndWordBoundariesRegex;
ColonPrefixCheckRegex = new Regex(PhoneNumbersDefinitions.ColonPrefixCheckRegex);
ForbiddenPrefixMarkers = (List <char>)PhoneNumbersDefinitions.ForbiddenPrefixMarkers;
}
public Sequence(SequenceOptions options):this()
{
StartAt = options.StartAt;
CurrentValue = StartAt;
Increment = options.Increment;
MaxValue = options.MaxValue;
MinValue = options.MinValue;
Cycle = options.Cycle;
}
public SequenceTableEntity(SequenceOptions options) : this()
{
StartAt = options.StartAt;
CurrentValue = StartAt;
Increment = options.Increment;
MaxValue = options.MaxValue;
MinValue = options.MinValue;
Cycle = options.Cycle;
}
public BasePhoneNumberExtractorConfiguration(SequenceOptions options)
: base(options)
{
WordBoundariesRegex = BasePhoneNumbers.WordBoundariesRegex;
NonWordBoundariesRegex = BasePhoneNumbers.NonWordBoundariesRegex;
EndWordBoundariesRegex = BasePhoneNumbers.EndWordBoundariesRegex;
ColonPrefixCheckRegex = new Regex(BasePhoneNumbers.ColonPrefixCheckRegex);
ColonMarkers = (List <char>)BasePhoneNumbers.ColonMarkers;
ForbiddenPrefixMarkers = (List <char>)BasePhoneNumbers.ForbiddenPrefixMarkers;
ForbiddenSuffixMarkers = (List <char>)BasePhoneNumbers.ForbiddenSuffixMarkers;
}
public BasePhoneNumberExtractorConfiguration(SequenceOptions options)
: base(options)
{
WordBoundariesRegex = BasePhoneNumbers.WordBoundariesRegex;
NonWordBoundariesRegex = BasePhoneNumbers.NonWordBoundariesRegex;
EndWordBoundariesRegex = BasePhoneNumbers.EndWordBoundariesRegex;
ColonPrefixCheckRegex = new Regex(BasePhoneNumbers.ColonPrefixCheckRegex);
ColonMarkers = (List <char>)BasePhoneNumbers.ColonMarkers;
ForbiddenPrefixMarkers = (List <char>)BasePhoneNumbers.ForbiddenPrefixMarkers;
ForbiddenSuffixMarkers = (List <char>)BasePhoneNumbers.ForbiddenSuffixMarkers;
AmbiguityFiltersDict = AmbiguityFiltersDict = DefinitionLoader.LoadAmbiguityFilters(BasePhoneNumbers.AmbiguityFiltersDict);
}
public void Parse_sequence_verb_with_multi_instance_returns_verb_instance()
{
var expected = new SequenceOptions {
LongSequence = new long[] { }, StringSequence = new[] { "s1", "s2" }
};
var result = InvokeChoose(
new[] { typeof(Add_Verb), typeof(Commit_Verb), typeof(Clone_Verb), typeof(SequenceOptions) },
new[] { "sequence", "-s", "s1", "-s", "s2" },
true);
Assert.IsType <SequenceOptions>(((Parsed <object>)result).Value);
expected.Should().BeEquivalentTo(((Parsed <object>)result).Value);
}
public EnglishQuotedTextExtractorConfiguration(SequenceOptions options)
: base(options)
{
QuotedTextRegex1 = new Regex(QuotedTextDefinitions.QuotedTextRegex1, RegexOptions.Compiled);
QuotedTextRegex2 = new Regex(QuotedTextDefinitions.QuotedTextRegex2, RegexOptions.Compiled);
QuotedTextRegex3 = new Regex(QuotedTextDefinitions.QuotedTextRegex3, RegexOptions.Compiled);
QuotedTextRegex4 = new Regex(QuotedTextDefinitions.QuotedTextRegex4, RegexOptions.Compiled);
QuotedTextRegex5 = new Regex(QuotedTextDefinitions.QuotedTextRegex5, RegexOptions.Compiled);
QuotedTextRegex6 = new Regex(QuotedTextDefinitions.QuotedTextRegex6, RegexOptions.Compiled);
QuotedTextRegex7 = new Regex(QuotedTextDefinitions.QuotedTextRegex7, RegexOptions.Compiled);
QuotedTextRegex8 = new Regex(QuotedTextDefinitions.QuotedTextRegex8, RegexOptions.Compiled);
QuotedTextRegex9 = new Regex(QuotedTextDefinitions.QuotedTextRegex9, RegexOptions.Compiled);
}
private static async Task <ISequence> CreateSequence(IStateProvider stateProvider, int increment = 1, int startAt = 0, long maxValue = long.MaxValue,
long minValue = long.MinValue, bool cycle = false)
{
var options = new SequenceOptions {
Increment = increment,
StartAt = startAt,
MaxValue = maxValue,
Cycle = cycle,
MinValue = minValue
};
var sequence = await stateProvider.NewAsync(options);
return(sequence);
}
private static async Task<ISequence> CreateSequence(IStateProvider stateProvider, int increment = 1, int startAt = 0, long maxValue = long.MaxValue,
long minValue = long.MinValue,bool cycle = false )
{
var options = new SequenceOptions {
Increment = increment,
StartAt = startAt,
MaxValue = maxValue,
Cycle = cycle,
MinValue = minValue
};
var sequence = await stateProvider.NewAsync(options);
return sequence;
}
protected override void Initialize()
{
var displayAttr = attributes.GetAttribute <DisplayAttribute>();
_options = new SequenceOptions(displayAttr != null ? displayAttr.SeqOpt : Seq.None);
if (_options.Readonly)
{
displayText += " (Readonly)";
}
_advancedKey = RuntimeHelper.CombineHashCodes(id, "advanced");
_perItemDrawing = attributes.AnyIs <PerItemAttribute>();
_shouldDrawAddingArea = !_options.Readonly && _elementType.IsA <UnityObject>();
}
public void Parse_sequence_verb_returns_verb_instance()
{
// Fixture setup
var expected = new SequenceOptions {
LongSequence = new long[] { }, StringSequence = new[] { "aa", "b" }
};
// Exercize system
var result = InvokeChoose(
new[] { typeof(Add_Verb), typeof(Commit_Verb), typeof(Clone_Verb), typeof(SequenceOptions) },
new[] { "sequence", "-s", "aa", "b" });
// Verify outcome
Assert.IsType <SequenceOptions>(((Parsed <object>)result).Value);
expected.Should().BeEquivalentTo(((Parsed <object>)result).Value);
// Teardown
}
public void Parse_sequence_verb_with_separator_returns_verb_instance(string[] arguments, string[] expectedString)
{
// Fixture setup
var expected = new SequenceOptions {
LongSequence = new long[] { }, StringSequence = expectedString
};
// Exercize system
var result = InvokeChoose(
new[] { typeof(Add_Verb), typeof(Commit_Verb), typeof(Clone_Verb), typeof(SequenceOptions) },
arguments);
// Verify outcome
Assert.IsType <SequenceOptions>(((Parsed <object>)result).Value);
expected.Should().BeEquivalentTo(((Parsed <object>)result).Value);
// Teardown
}
public void Parse_sequence_verb_with_separator_returns_verb_instance(string[] arguments, string[] expectedString)
{
// Fixture setup
var expected = new SequenceOptions {
LongSequence = new long[] { }, StringSequence = expectedString
};
// Exercize system
var result = InstanceChooser.Choose(
new[] { typeof(AddOptions), typeof(CommitOptions), typeof(CloneOptions), typeof(SequenceOptions) },
arguments,
StringComparer.Ordinal,
CultureInfo.InvariantCulture);
// Verify outcome
Assert.IsType <SequenceOptions>(result.Value);
expected.ShouldBeEquivalentTo(result.Value);
// Teardown
}
protected override void Initialize()
{
var displayAttr = attributes.GetAttribute <DisplayAttribute>();
_options = new SequenceOptions(displayAttr != null ? displayAttr.SeqOpt : Seq.None);
if (_options.Readonly)
{
displayText += " (Readonly)";
}
_advancedKey = RuntimeHelper.CombineHashCodes(id, "advanced");
_shouldDrawAddingArea = !_options.Readonly && _elementType.IsA <UnityObject>();
var perItem = attributes.GetAttribute <PerItemAttribute>();
if (perItem != null)
{
if (perItem.ExplicitAttributes == null)
{
_perItemAttributes = attributes.Where(x => !(x is PerItemAttribute)).ToArray();
}
else
{
_perItemAttributes = attributes.Where(x => perItem.ExplicitAttributes.Contains(x.GetType().Name.Replace("Attribute", ""))).ToArray();
}
}
if (_options.Filter)
{
_filter = new TextFilter(null, id, true, null);
}
_originalDisplay = displayText;
if (memberValue == null)
{
memberValue = GetNew();
}
member.CollectionCount = memberValue.Count;
}
public void Parse_sequence_verb_returns_verb_instance()
{
// Fixture setup
var expected = new SequenceOptions {
LongSequence = new long[] { }, StringSequence = new[] { "aa", "b" }
};
// Exercize system
var result = InstanceChooser.Choose(
new[] { typeof(Add_Verb), typeof(Commit_Verb), typeof(Clone_Verb), typeof(SequenceOptions) },
new[] { "sequence", "-s", "aa", "b" },
StringComparer.Ordinal,
CultureInfo.InvariantCulture,
Enumerable.Empty <ErrorType>());
// Verify outcome
Assert.IsType <SequenceOptions>(((Parsed <object>)result).Value);
expected.ShouldBeEquivalentTo(((Parsed <object>)result).Value);
// Teardown
}
public ChineseIpExtractorConfiguration(SequenceOptions options)
: base(options)
{
Ipv4Regex = RegexCache.Get(IpDefinitions.Ipv4Regex, RegexOptions.Compiled);
Ipv6Regex = RegexCache.Get(IpDefinitions.Ipv6Regex, RegexOptions.Compiled);
}
public EnglishURLExtractorConfiguration(SequenceOptions options)
: base(options)
{
IpUrlRegex = new Regex(BaseURL.IpUrlRegex, RegexOptions.Compiled);
UrlRegex = new Regex(BaseURL.UrlRegex, RegexOptions.Compiled);
}
public PhoneNumberConfiguration(SequenceOptions options = SequenceOptions.None)
{
Options = options;
}
public SpanishPhoneNumberExtractorConfiguration(SequenceOptions options)
: base(options)
{
FalsePositivePrefixRegex = null;
}
public EnglishPhoneNumberExtractorConfiguration(SequenceOptions options)
: base(options)
{
FalsePositivePrefixRegex = new Regex(PhoneNumbersDefinitions.FalsePositivePrefixRegex);
}
public URLConfiguration(SequenceOptions options = SequenceOptions.None)
{
Options = options;
}
private SequenceRecognizer(SequenceOptions options)
{
RegisterModel(Culture.English, options.ToString(), new Dictionary <Type, IModel>
{
});
}
public ChineseURLExtractorConfiguration(SequenceOptions options)
: base(options)
{
UrlRegex = RegexCache.Get(URLDefinitions.UrlRegex, RegexOptions.Compiled);
IpUrlRegex = RegexCache.Get(URLDefinitions.IpUrlRegex, RegexOptions.Compiled);
}
public async Task <ISequence> NewAsync(SequenceOptions options)
{
return(await Task.FromResult(new SqlServerSequence(options)));
}
public async Task<ISequence> NewAsync(SequenceOptions options)
{
return await Task.FromResult(new Sequence(options));
}
public BaseSequenceConfiguration(SequenceOptions options = SequenceOptions.None)
{
Options = options;
}
public async Task <ISequence> NewAsync(SequenceOptions options)
{
var sequence = new SequenceTableEntity(options);
return(await Task.FromResult(sequence));
}