Nextended.Core — API reference

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The complete public surface of Nextended.Core, generated from the compiled assembly.

Generated

This page is generated by tools/ApiRef from the compiled assembly — it includes members with no XML comment and therefore cannot drift from the code. Do not edit by hand.

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NewtonJsonMoneyConverter

class

No description.

Constructors

• NewtonJsonMoneyConverter()

RijndaelEncryption

class

No description.

Constructors

• RijndaelEncryption()

Methods

• Decrypt(string str, string key) : string
• Encrypt(string str, string key) : string

Properties

• Iterations : int { get; set; }

SystemJsonMoneyConverter

class

No description.

Constructors

• SystemJsonMoneyConverter()

Nextended.Core

AutoEditableNotificationObject

abstract class

Class that implements automatic INotifyPropertyCHanged an INotifyPropertyChanging with default {get; set} properties

Events

• PropertyChangedDetailed : EventHandler<PropertyChangedEventArgs<object>>
  Occurs when a property changes, providing detailed information about the change

Bindable<TValue>

class

Represents a bindable value that supports property change notification

Constructors

• Bindable()
• Bindable(TValue value)

Properties

• Value : TValue { get; set; }
  Gets or sets the value

Events

• Changed : EventHandler
  Occurs when the value changes

BindableKeyValuePair<TKey, TValue>

class

Represents a bindable key-value pair that supports property change notification

Constructors

• BindableKeyValuePair()
• BindableKeyValuePair(TKey key, TValue value)

Properties

• Key : TKey { get; set; }
  Gets or sets the key
• Value : TValue { get; set; }
  Gets or sets the value

Events

• Changed : EventHandler
  Occurs when the key or value changes

Check

static class

Static class to check certain preconditions

Extension methods

• ThrowIfNull<T>(this T input, string paramName) : T
• ThrowIfNull<TException, T>(this T input, string message) : T

Methods

• IsVistaOrHigher() : void
• NotNull(Expression<Func<object>> expression1, Expression<Func<object>> expression2, Expression<Func<object>>[] parameters) : void
• NotNull(Guid parameter, string parameterName) : void
  Checks if a Guid is empty
• NotNull(object parameter, string parameterName) : void
  Checks if a parameter is null.
• NotNull<T>(Expression<Func<T>> parameter) : T
• NotNullOrEmpty(string parameter, string parameterName) : void
  Checks if a parameter is null or empty.
• Requires(bool condition, Func<Exception> exceptionCreateFactory) : void
• Requires<TException>(bool condition) : void
  Checks if the condition condition is met. If not, an exception of type TException is thrown.
• Requires<TException>(bool condition, string message) : void
  Checks if the condition condition is met. If not, an exception of type TException is thrown.
• TryCatch<TException>(Action block, Func<TException, Exception> onException = null) : void
• TryCatch<TResult, TException>(Func<TResult> block, Func<TException, Exception> onException = null) : TResult
• TryCatchAsync<TException>(Action block, Func<TException, Exception> onException = null) : Task
• TryCatchAsync<TException>(Task block, Func<TException, Exception> onException = null) : Task
• TryCatchAsync<TResult, TException>(Func<TResult> block, Func<TException, Exception> onException = null) : Task
• TryCatchAsync<TResult, TException>(Task<TResult> task, Func<TException, Exception> onException = null, CancellationToken cancellation = null) : Task<TResult>

DeterministicGuid

static class

No description.

Methods

• Create(string key = "") : Guid

EditableNotificationObject

abstract class

Base Notification Object, that automatic correct implements IEditable

Methods

• BeginEdit() : void
• CancelEdit() : void
• EndEdit() : void

ExposedClass

class

Provides access to static members of a class including private members using a dynamic object

Methods

• From(Type type) : object

ExposedObject

class

ExposedObject easy to use private members in dynamic object

Methods

• Cast<T>(ExposedObject t) : T
  Cast
• From(object obj) : object
  Exposed object aus einer objekt instanz erstellen
• GetConstructorInfo(Type type, object[] parameters) : ConstructorInfo
  GetConstructorInfo
• New(Type type, object[] parameters) : object
  Neues exposed objekt erstellen
• New<T>(object[] parameters) : object
  Creates a new exposed object

Properties

• Object : object { get; }
  Gets the actual internal object

GeneratedLocalizationBase

abstract class

No description.

Methods

• GetAll(CultureInfo cultureInfo = null) : IDictionary<string, string>
• GetAll(bool includeParents, CultureInfo cultureInfo = null) : IDictionary<string, string>
• GetString(string key, CultureInfo cultureInfo = null) : string
• GetString(string key, bool includeParents, CultureInfo cultureInfo = null) : string

GeneratedLocalizationBase<T>

abstract class

No description.

Methods

• GetAll(CultureInfo cultureInfo = null) : IDictionary<string, string>
• GetAll(bool includeParents, CultureInfo cultureInfo = null) : IDictionary<string, string>
• GetInstance() : T
• GetString(string key, CultureInfo cultureInfo = null) : string
• GetString(string key, bool includeParents, CultureInfo cultureInfo = null) : string

IGeneratedLocalization

interface

Interface for generated localization resources that provides access to localized strings and dictionaries.

Methods

• GetAll(CultureInfo cultureInfo = null) : IDictionary<string, string>
  Gets all localized strings as a dictionary for the specified culture.
• GetAll(bool includeParents, CultureInfo cultureInfo = null) : IDictionary<string, string>
  Gets all localized strings as a dictionary for the specified culture, optionally including parent culture strings.
• GetString(string key, CultureInfo cultureInfo = null) : string
  Gets a localized string for the specified key and culture.
• GetString(string key, bool includeParents, CultureInfo cultureInfo = null) : string
  Gets a localized string for the specified key and culture, optionally including parent culture strings.

KeyValuePairExtensions

static class

Extension methods for key-value pairs

Extension methods

• AsBindable<TKey, TValue>(this KeyValuePair<TKey, TValue> pair) : BindableKeyValuePair<TKey, TValue>
• ToBindableList<TKey, TValue>(this Dictionary<TKey, TValue> dictionary) : ObservableCollection<BindableKeyValuePair<TKey, TValue>>

MimeType

static class

Provides MIME type mappings and utilities for file extensions and content types

Methods

• AddOrUpdate(string mime, string extension) : void
  Adds or updates a MIME type mapping for the specified extension
• GetExtension(string mime) : string
  Gets the file extension for the specified MIME type
• GetMimeType(string fileName) : string
  Gets the MIME type for the specified file name
• Is7Zip(string contentType) : bool
  Determines whether the specified content type is a 7-Zip archive
• IsArchive(string contentType) : bool
  Determines whether the specified content type is an archive
• IsAudio(string contentType) : bool
  Determines whether the specified content type is an audio file
• IsExcel(string contentType) : bool
  Determines whether the specified content type is an Excel file
• IsImage(string contentType) : bool
  Determines whether the specified content type is an image
• IsPdf(string contentType) : bool
  Determines whether the specified content type is PDF
• IsRar(string contentType) : bool
  Determines whether the specified content type is a RAR archive
• IsTar(string contentType) : bool
  Determines whether the specified content type is a TAR archive
• IsVideo(string contentType) : bool
  Determines whether the specified content type is a video
• IsWord(string contentType) : bool
  Determines whether the specified content type is a Word document
• IsZip(string contentType) : bool
  Determines whether the specified content type is a ZIP archive
• Matches(string mimeType, string[] mimeTypes) : bool
  Returns true if the given MIME type matches any of the given MIME types
• ReadMimeTypeFromUrlAsync(string url, CancellationToken cancellationToken = null) : Task<string>
  Reads the MIME type from the specified URL asynchronously
• ReadMimeTypeFromUrlAsync(string url, HttpClient client, CancellationToken cancellationToken = null) : Task<string>
  Reads the MIME type from the specified URL asynchronously

Properties

• Aab : string { get; }
• Aac : string { get; }
• Aam : string { get; }
• Aas : string { get; }
• Abw : string { get; }
• Ac : string { get; }
• Acc : string { get; }
• Ace : string { get; }
• Acu : string { get; }
• Acutc : string { get; }
• Adp : string { get; }
• Aep : string { get; }
• Afm : string { get; }
• Afp : string { get; }
• Ahead : string { get; }
• Ai : string { get; }
• Aif : string { get; }
• Aifc : string { get; }
• Aiff : string { get; }
• Air : string { get; }
• Ait : string { get; }
• All : Dictionary<string, string> { get; }
  Gets all MIME type mappings
• AllTypes : string[] { get; }
  Gets all available MIME types
• Ami : string { get; }
• Apk : string { get; }
• Appcache : string { get; }
• Application : string { get; }
• Apr : string { get; }
• Arc : string { get; }
• ArchiveTypes : string[] { get; }
  Gets all archive MIME types
• Asc : string { get; }
• Asf : string { get; }
• Asm : string { get; }
• Aso : string { get; }
• Asx : string { get; }
• Atc : string { get; }
• Atom : string { get; }
• Atomcat : string { get; }
• Atomsvc : string { get; }
• Atx : string { get; }
• Au : string { get; }
• AudioTypes : string[] { get; }
  Gets all audio MIME types
• Avi : string { get; }
• Aw : string { get; }
• Azf : string { get; }
• Azs : string { get; }
• Azw : string { get; }
• Bat : string { get; }
• Bcpio : string { get; }
• Bdf : string { get; }
• Bdm : string { get; }
• Bed : string { get; }
• Bh2 : string { get; }
• BinExt : string { get; }
• Blb : string { get; }
• Blorb : string { get; }
• Bmi : string { get; }
• Bmp : string { get; }
• Book : string { get; }
• Box : string { get; }
• Boz : string { get; }
• Bpk : string { get; }
• Btif : string { get; }
• Bz : string { get; }
• Bz2 : string { get; }
• C : string { get; }
• C11amc : string { get; }
• C11amz : string { get; }
• C4d : string { get; }
• C4f : string { get; }
• C4g : string { get; }
• C4p : string { get; }
• C4u : string { get; }
• Cab : string { get; }
• Caf : string { get; }
• Cap : string { get; }
• Car : string { get; }
• Cat : string { get; }
• Cb7 : string { get; }
• Cba : string { get; }
• Cbr : string { get; }
• Cbt : string { get; }
• Cbz : string { get; }
• Cc : string { get; }
• Cct : string { get; }
• Ccxml : string { get; }
• Cdbcmsg : string { get; }
• Cdf : string { get; }
• Cdkey : string { get; }
• Cdmia : string { get; }
• Cdmic : string { get; }
• Cdmid : string { get; }
• Cdmio : string { get; }
• Cdmiq : string { get; }
• Cdx : string { get; }
• Cdxml : string { get; }
• Cdy : string { get; }
• Cer : string { get; }
• Cfs : string { get; }
• Cgm : string { get; }
• Chat : string { get; }
• Chm : string { get; }
• Chrt : string { get; }
• Cif : string { get; }
• Cii : string { get; }
• Cil : string { get; }
• Cla : string { get; }
• Class : string { get; }
• Clkk : string { get; }
• Clkp : string { get; }
• Clkt : string { get; }
• Clkw : string { get; }
• Clkx : string { get; }
• Clp : string { get; }
• Cmc : string { get; }
• Cmdf : string { get; }
• Cml : string { get; }
• Cmp : string { get; }
• Cmx : string { get; }
• Cod : string { get; }
• Com : string { get; }
• Conf : string { get; }
• Cpio : string { get; }
• Cpp : string { get; }
• Cpt : string { get; }
• Crd : string { get; }
• Crl : string { get; }
• Crt : string { get; }
• Cryptonote : string { get; }
• Cs : string { get; }
• Csh : string { get; }
• Csml : string { get; }
• Csp : string { get; }
• Css : string { get; }
• Cst : string { get; }
• Csv : string { get; }
• Cu : string { get; }
• Curl : string { get; }
• Cww : string { get; }
• Cxt : string { get; }
• Cxx : string { get; }
• Dae : string { get; }
• Daf : string { get; }
• Dart : string { get; }
• Dataless : string { get; }
• Davmount : string { get; }
• Dbk : string { get; }
• Dcr : string { get; }
• Dcurl : string { get; }
• Dd2 : string { get; }
• Ddd : string { get; }
• Deb : string { get; }
• Def : string { get; }
• Deploy : string { get; }
• Der : string { get; }
• Dfac : string { get; }
• Dgc : string { get; }
• Dic : string { get; }
• Dir : string { get; }
• Dis : string { get; }
• Dist : string { get; }
• Distz : string { get; }
• Djv : string { get; }
• Djvu : string { get; }
• Dll : string { get; }
• Dmg : string { get; }
• Dmp : string { get; }
• Dms : string { get; }
• Dna : string { get; }
• Doc : string { get; }
• Docm : string { get; }
• DocumentTypes : string[] { get; }
  Gets all document MIME types
• Docx : string { get; }
• Dot : string { get; }
• Dotm : string { get; }
• Dotx : string { get; }
• Dp : string { get; }
• Dpg : string { get; }
• Dra : string { get; }
• Dsc : string { get; }
• Dssc : string { get; }
• Dtb : string { get; }
• Dtd : string { get; }
• Dts : string { get; }
• Dtshd : string { get; }
• Dump : string { get; }
• Dvb : string { get; }
• Dvi : string { get; }
• Dwf : string { get; }
• Dwg : string { get; }
• Dxf : string { get; }
• Dxp : string { get; }
• Dxr : string { get; }
• Ecelp4800 : string { get; }
• Ecelp7470 : string { get; }
• Ecelp9600 : string { get; }
• Ecma : string { get; }
• Edm : string { get; }
• Edx : string { get; }
• Efif : string { get; }
• Ei6 : string { get; }
• Elc : string { get; }
• Emf : string { get; }
• Eml : string { get; }
• Emma : string { get; }
• Emz : string { get; }
• Eol : string { get; }
• Eot : string { get; }
• Eps : string { get; }
• Epub : string { get; }
• Es3 : string { get; }
• Esa : string { get; }
• Esf : string { get; }
• Et3 : string { get; }
• Etx : string { get; }
• Eva : string { get; }
• Evy : string { get; }
• Exe : string { get; }
• Exi : string { get; }
• Ext : string { get; }
• Ez : string { get; }
• Ez2 : string { get; }
• Ez3 : string { get; }
• F : string { get; }
• F4v : string { get; }
• F77 : string { get; }
• F90 : string { get; }
• Fbs : string { get; }
• Fcdt : string { get; }
• Fcs : string { get; }
• Fdf : string { get; }
• Fe_launch : string { get; }
• Fg5 : string { get; }
• Fgd : string { get; }
• Fh : string { get; }
• Fh4 : string { get; }
• Fh5 : string { get; }
• Fh7 : string { get; }
• Fhc : string { get; }
• Fig : string { get; }
• Flac : string { get; }
• Fli : string { get; }
• Flo : string { get; }
• Flv : string { get; }
• Flw : string { get; }
• Flx : string { get; }
• Fly : string { get; }
• Fm : string { get; }
• Fnc : string { get; }
• For : string { get; }
• Fpx : string { get; }
• Frame : string { get; }
• Fsc : string { get; }
• Fst : string { get; }
• Ftc : string { get; }
• Fti : string { get; }
• Fvt : string { get; }
• Fxp : string { get; }
• Fxpl : string { get; }
• Fzs : string { get; }
• G2w : string { get; }
• G3 : string { get; }
• G3w : string { get; }
• Gac : string { get; }
• Gam : string { get; }
• Gbr : string { get; }
• Gca : string { get; }
• Gdl : string { get; }
• Geo : string { get; }
• Gex : string { get; }
• Ggb : string { get; }
• Ggt : string { get; }
• Ghf : string { get; }
• Gif : string { get; }
• Gim : string { get; }
• Gml : string { get; }
• Gmx : string { get; }
• Gnumeric : string { get; }
• Gph : string { get; }
• Gpx : string { get; }
• Gqf : string { get; }
• Gqs : string { get; }
• Gram : string { get; }
• Gramps : string { get; }
• Gre : string { get; }
• Grv : string { get; }
• Grxml : string { get; }
• Gsf : string { get; }
• Gtar : string { get; }
• Gtm : string { get; }
• Gtw : string { get; }
• Gv : string { get; }
• Gxf : string { get; }
• Gxt : string { get; }
• H : string { get; }
• H261 : string { get; }
• H263 : string { get; }
• H264 : string { get; }
• Hal : string { get; }
• Hbci : string { get; }
• Hdf : string { get; }
• Hh : string { get; }
• Hlp : string { get; }
• Hpgl : string { get; }
• Hpid : string { get; }
• Hps : string { get; }
• Hqx : string { get; }
• Htke : string { get; }
• Htm : string { get; }
• Html : string { get; }
• Hvd : string { get; }
• Hvp : string { get; }
• Hvs : string { get; }
• I2g : string { get; }
• Icc : string { get; }
• Ice : string { get; }
• Icm : string { get; }
• Ico : string { get; }
• Ics : string { get; }
• Ief : string { get; }
• Ifb : string { get; }
• Ifm : string { get; }
• Iges : string { get; }
• Igl : string { get; }
• Igm : string { get; }
• Igs : string { get; }
• Igx : string { get; }
• Iif : string { get; }
• ImageTypes : string[] { get; }
  Gets all image MIME types
• Imp : string { get; }
• Ims : string { get; }
• InExt : string { get; }
• Ink : string { get; }
• Inkml : string { get; }
• Install : string { get; }
• Iota : string { get; }
• Ipfix : string { get; }
• Ipk : string { get; }
• Irm : string { get; }
• Irp : string { get; }
• Iso : string { get; }
• Itp : string { get; }
• Ivp : string { get; }
• Ivu : string { get; }
• Jad : string { get; }
• Jam : string { get; }
• Jar : string { get; }
• Java : string { get; }
• Jisp : string { get; }
• Jlt : string { get; }
• Jnlp : string { get; }
• Joda : string { get; }
• Jpe : string { get; }
• Jpeg : string { get; }
• Jpg : string { get; }
• Jpgm : string { get; }
• Jpgv : string { get; }
• Jpm : string { get; }
• Js : string { get; }
• Json : string { get; }
• Jsonml : string { get; }
• Kar : string { get; }
• Karbon : string { get; }
• Kfo : string { get; }
• Kia : string { get; }
• Kml : string { get; }
• Kmz : string { get; }
• Kne : string { get; }
• Knp : string { get; }
• Kon : string { get; }
• Kpr : string { get; }
• Kpt : string { get; }
• Kpxx : string { get; }
• Ksp : string { get; }
• Ktr : string { get; }
• Ktx : string { get; }
• Ktz : string { get; }
• Kwd : string { get; }
• Kwt : string { get; }
• Lasxml : string { get; }
• Latex : string { get; }
• Lbd : string { get; }
• Lbe : string { get; }
• Les : string { get; }
• Lha : string { get; }
• Link66 : string { get; }
• List : string { get; }
• List3820 : string { get; }
• Listafp : string { get; }
• Lnk : string { get; }
• Log : string { get; }
• Lostxml : string { get; }
• Lrf : string { get; }
• Lrm : string { get; }
• Ltf : string { get; }
• Lvp : string { get; }
• Lwp : string { get; }
• Lzh : string { get; }
• M13 : string { get; }
• M14 : string { get; }
• M1v : string { get; }
• M21 : string { get; }
• M2a : string { get; }
• M2v : string { get; }
• M3a : string { get; }
• M3u : string { get; }
• M3u8 : string { get; }
• M4a : string { get; }
• M4u : string { get; }
• M4v : string { get; }
• Ma : string { get; }
• Mads : string { get; }
• Mag : string { get; }
• Maker : string { get; }
• Man : string { get; }
• Mar : string { get; }
• Mathml : string { get; }
• Mb : string { get; }
• Mbk : string { get; }
• Mbox : string { get; }
• Mc1 : string { get; }
• Mcd : string { get; }
• Mcurl : string { get; }
• Md : string { get; }
• Mdb : string { get; }
• Mdi : string { get; }
• Me : string { get; }
• Mesh : string { get; }
• Meta4 : string { get; }
• Metalink : string { get; }
• Mets : string { get; }
• Mfm : string { get; }
• Mft : string { get; }
• Mgp : string { get; }
• Mgz : string { get; }
• Mid : string { get; }
• Midi : string { get; }
• Mie : string { get; }
• Mif : string { get; }
• Mime : string { get; }
• Mj2 : string { get; }
• Mjp2 : string { get; }
• Mk3d : string { get; }
• Mka : string { get; }
• Mks : string { get; }
• Mkv : string { get; }
• Mlp : string { get; }
• Mmd : string { get; }
• Mmf : string { get; }
• Mmr : string { get; }
• Mng : string { get; }
• Mny : string { get; }
• Mobi : string { get; }
• Mods : string { get; }
• Mov : string { get; }
• Movie : string { get; }
• Mp2 : string { get; }
• Mp21 : string { get; }
• Mp2a : string { get; }
• Mp3 : string { get; }
• Mp4 : string { get; }
• Mp4a : string { get; }
• Mp4s : string { get; }
• Mp4v : string { get; }
• Mpc : string { get; }
• Mpe : string { get; }
• Mpeg : string { get; }
• Mpg : string { get; }
• Mpg4 : string { get; }
• Mpga : string { get; }
• Mpkg : string { get; }
• Mpm : string { get; }
• Mpn : string { get; }
• Mpp : string { get; }
• Mpt : string { get; }
• Mpy : string { get; }
• Mqy : string { get; }
• Mrc : string { get; }
• Mrcx : string { get; }
• Ms : string { get; }
• Mscml : string { get; }
• Mseed : string { get; }
• Mseq : string { get; }
• Msf : string { get; }
• Msh : string { get; }
• Msi : string { get; }
• Msl : string { get; }
• Msty : string { get; }
• Mts : string { get; }
• Mus : string { get; }
• Musicxml : string { get; }
• Mvb : string { get; }
• Mwf : string { get; }
• Mxf : string { get; }
• Mxl : string { get; }
• Mxml : string { get; }
• Mxs : string { get; }
• Mxu : string { get; }
• N3 : string { get; }
• N_gage : string { get; }
• Nb : string { get; }
• Nbp : string { get; }
• Nc : string { get; }
• Ncx : string { get; }
• Nfo : string { get; }
• Ngdat : string { get; }
• Nitf : string { get; }
• Nlu : string { get; }
• Nml : string { get; }
• Nnd : string { get; }
• Nns : string { get; }
• Nnw : string { get; }
• Npx : string { get; }
• Nsc : string { get; }
• Nsf : string { get; }
• Ntf : string { get; }
• Nupkg : string { get; }
• Nzb : string { get; }
• Oa2 : string { get; }
• Oa3 : string { get; }
• Oas : string { get; }
• Obd : string { get; }
• Obj : string { get; }
• Oda : string { get; }
• Odb : string { get; }
• Odc : string { get; }
• Odf : string { get; }
• Odft : string { get; }
• Odg : string { get; }
• Odi : string { get; }
• Odm : string { get; }
• Odp : string { get; }
• Ods : string { get; }
• Odt : string { get; }
• OfficeTypes : string[] { get; }
  Gets all office document MIME types
• Oga : string { get; }
• Ogg : string { get; }
• Ogv : string { get; }
• Ogx : string { get; }
• Omdoc : string { get; }
• Onepkg : string { get; }
• Onetmp : string { get; }
• Onetoc : string { get; }
• Onetoc2 : string { get; }
• Opf : string { get; }
• Opml : string { get; }
• Oprc : string { get; }
• OrgExt : string { get; }
• Osf : string { get; }
• Osfpvg : string { get; }
• Otc : string { get; }
• Otf : string { get; }
• Otg : string { get; }
• Oth : string { get; }
• Oti : string { get; }
• Otp : string { get; }
• Ots : string { get; }
• Ott : string { get; }
• Oxps : string { get; }
• Oxt : string { get; }
• P : string { get; }
• P10 : string { get; }
• P12 : string { get; }
• P7b : string { get; }
• P7c : string { get; }
• P7m : string { get; }
• P7r : string { get; }
• P7s : string { get; }
• P8 : string { get; }
• Pas : string { get; }
• Paw : string { get; }
• Pbd : string { get; }
• Pbm : string { get; }
• Pcap : string { get; }
• Pcf : string { get; }
• Pcl : string { get; }
• Pclxl : string { get; }
• Pct : string { get; }
• Pcurl : string { get; }
• Pcx : string { get; }
• Pdb : string { get; }
• Pdf : string { get; }
• Pfa : string { get; }
• Pfb : string { get; }
• Pfm : string { get; }
• Pfr : string { get; }
• Pfx : string { get; }
• Pgm : string { get; }
• Pgn : string { get; }
• Pgp : string { get; }
• Pic : string { get; }
• Pkg : string { get; }
• Pki : string { get; }
• Pkipath : string { get; }
• Plb : string { get; }
• Plc : string { get; }
• Plf : string { get; }
• Pls : string { get; }
• Pml : string { get; }
• Png : string { get; }
• Pnm : string { get; }
• Portpkg : string { get; }
• Pot : string { get; }
• Potm : string { get; }
• Potx : string { get; }
• Ppam : string { get; }
• Ppd : string { get; }
• Ppm : string { get; }
• Pps : string { get; }
• Ppsm : string { get; }
• Ppsx : string { get; }
• Ppt : string { get; }
• Pptm : string { get; }
• Pptx : string { get; }
• Pqa : string { get; }
• Prc : string { get; }
• Pre : string { get; }
• Prf : string { get; }
• Ps : string { get; }
• Psb : string { get; }
• Psd : string { get; }
• Psf : string { get; }
• Pskcxml : string { get; }
• Ptid : string { get; }
• Pub : string { get; }
• Pvb : string { get; }
• Pwn : string { get; }
• Pya : string { get; }
• Pyv : string { get; }
• Qam : string { get; }
• Qbo : string { get; }
• Qfx : string { get; }
• Qps : string { get; }
• Qt : string { get; }
• Qwd : string { get; }
• Qwt : string { get; }
• Qxb : string { get; }
• Qxd : string { get; }
• Qxl : string { get; }
• Qxt : string { get; }
• Ra : string { get; }
• Ram : string { get; }
• Rar : string { get; }
• Ras : string { get; }
• Razor : string { get; }
• Rcprofile : string { get; }
• Rdf : string { get; }
• Rdz : string { get; }
• Rep : string { get; }
• Res : string { get; }
• Rgb : string { get; }
• Rif : string { get; }
• Rip : string { get; }
• Ris : string { get; }
• Rl : string { get; }
• Rlc : string { get; }
• Rld : string { get; }
• Rm : string { get; }
• Rmi : string { get; }
• Rmp : string { get; }
• Rms : string { get; }
• Rmvb : string { get; }
• Rnc : string { get; }
• Roa : string { get; }
• Roff : string { get; }
• Rp9 : string { get; }
• Rpss : string { get; }
• Rpst : string { get; }
• Rq : string { get; }
• Rs : string { get; }
• Rsd : string { get; }
• Rss : string { get; }
• RtfExt : string { get; }
• Rtx : string { get; }
• S : string { get; }
• S3m : string { get; }
• Saf : string { get; }
• Sbml : string { get; }
• Sc : string { get; }
• Scd : string { get; }
• Scm : string { get; }
• Scq : string { get; }
• Scs : string { get; }
• Scurl : string { get; }
• Sda : string { get; }
• Sdc : string { get; }
• Sdd : string { get; }
• Sdkd : string { get; }
• Sdkm : string { get; }
• Sdp : string { get; }
• Sdw : string { get; }
• See : string { get; }
• Seed : string { get; }
• Sema : string { get; }
• Semd : string { get; }
• Semf : string { get; }
• Ser : string { get; }
• Setpay : string { get; }
• Setreg : string { get; }
• Sfd_hdstx : string { get; }
• Sfs : string { get; }
• Sfv : string { get; }
• Sgi : string { get; }
• Sgl : string { get; }
• Sgm : string { get; }
• Sgml : string { get; }
• Sh : string { get; }
• Shar : string { get; }
• Shf : string { get; }
• Sid : string { get; }
• Sig : string { get; }
• Sil : string { get; }
• Silo : string { get; }
• Sis : string { get; }
• Sisx : string { get; }
• Sit : string { get; }
• Sitx : string { get; }
• Skd : string { get; }
• Skm : string { get; }
• Skp : string { get; }
• Skt : string { get; }
• Sldm : string { get; }
• Sldx : string { get; }
• Slt : string { get; }
• Sm : string { get; }
• Smf : string { get; }
• Smi : string { get; }
• Smil : string { get; }
• Smv : string { get; }
• Smzip : string { get; }
• Snd : string { get; }
• Snf : string { get; }
• So : string { get; }
• Spc : string { get; }
• Spf : string { get; }
• Spl : string { get; }
• Spot : string { get; }
• Spp : string { get; }
• Spq : string { get; }
• Spx : string { get; }
• Sql : string { get; }
• Src : string { get; }
• Srt : string { get; }
• Sru : string { get; }
• Srx : string { get; }
• Ssdl : string { get; }
• Sse : string { get; }
• Ssf : string { get; }
• Ssml : string { get; }
• St : string { get; }
• Stc : string { get; }
• Std : string { get; }
• Stf : string { get; }
• Sti : string { get; }
• Stk : string { get; }
• Stl : string { get; }
• Str : string { get; }
• Stw : string { get; }
• Sub : string { get; }
• Sus : string { get; }
• Susp : string { get; }
• Sv4cpio : string { get; }
• Sv4crc : string { get; }
• Svc : string { get; }
• Svd : string { get; }
• Svg : string { get; }
• Svgz : string { get; }
• Swa : string { get; }
• Swf : string { get; }
• Swi : string { get; }
• Sxc : string { get; }
• Sxd : string { get; }
• Sxg : string { get; }
• Sxi : string { get; }
• Sxm : string { get; }
• Sxw : string { get; }
• T : string { get; }
• T3 : string { get; }
• Taglet : string { get; }
• Tao : string { get; }
• Tar : string { get; }
• Tar_gz : string { get; }
• Tcap : string { get; }
• Tcl : string { get; }
• Teacher : string { get; }
• Tei : string { get; }
• Teicorpus : string { get; }
• Tex : string { get; }
• Texi : string { get; }
• Texinfo : string { get; }
• Text : string { get; }
• Tfi : string { get; }
• Tfm : string { get; }
• Tga : string { get; }
• Tgz : string { get; }
• Thmx : string { get; }
• Tif : string { get; }
• Tiff : string { get; }
• Tmo : string { get; }
• Torrent : string { get; }
• Tpl : string { get; }
• Tpt : string { get; }
• Tr : string { get; }
• Tra : string { get; }
• Trm : string { get; }
• Tsd : string { get; }
• Tsv : string { get; }
• Ttc : string { get; }
• Ttf : string { get; }
• Ttl : string { get; }
• Twd : string { get; }
• Twds : string { get; }
• Txd : string { get; }
• Txf : string { get; }
• Txt : string { get; }
• U32 : string { get; }
• Udeb : string { get; }
• Ufd : string { get; }
• UfdlExt : string { get; }
• Ulx : string { get; }
• Umj : string { get; }
• Unityweb : string { get; }
• Uoml : string { get; }
• Uri : string { get; }
• Uris : string { get; }
• Urls : string { get; }
• Ustar : string { get; }
• Utz : string { get; }
• Uu : string { get; }
• Uva : string { get; }
• Uvd : string { get; }
• Uvf : string { get; }
• Uvg : string { get; }
• Uvh : string { get; }
• Uvi : string { get; }
• Uvm : string { get; }
• Uvp : string { get; }
• Uvs : string { get; }
• Uvt : string { get; }
• Uvu : string { get; }
• Uvv : string { get; }
• Uvva : string { get; }
• Uvvd : string { get; }
• Uvvf : string { get; }
• Uvvg : string { get; }
• Uvvh : string { get; }
• Uvvi : string { get; }
• Uvvm : string { get; }
• Uvvp : string { get; }
• Uvvs : string { get; }
• Uvvt : string { get; }
• Uvvu : string { get; }
• Uvvv : string { get; }
• Uvvx : string { get; }
• Uvvz : string { get; }
• Uvx : string { get; }
• Uvz : string { get; }
• Vcard : string { get; }
• Vcd : string { get; }
• Vcf : string { get; }
• Vcg : string { get; }
• Vcs : string { get; }
• Vcx : string { get; }
• VideoTypes : string[] { get; }
  Gets all video MIME types
• Vis : string { get; }
• Viv : string { get; }
• Vob : string { get; }
• Vor : string { get; }
• Vox : string { get; }
• Vrml : string { get; }
• Vsd : string { get; }
• Vsf : string { get; }
• Vss : string { get; }
• Vst : string { get; }
• Vsw : string { get; }
• Vtu : string { get; }
• Vxml : string { get; }
• W3d : string { get; }
• Wad : string { get; }
• Wav : string { get; }
• Wax : string { get; }
• Wbmp : string { get; }
• Wbs : string { get; }
• Wbxml : string { get; }
• Wcm : string { get; }
• Wdb : string { get; }
• Wdp : string { get; }
• Weba : string { get; }
• Webm : string { get; }
• Webp : string { get; }
• Wg : string { get; }
• Wgt : string { get; }
• Wks : string { get; }
• Wm : string { get; }
• Wma : string { get; }
• Wmd : string { get; }
• Wmf : string { get; }
• Wml : string { get; }
• Wmlc : string { get; }
• Wmls : string { get; }
• Wmlsc : string { get; }
• Wmv : string { get; }
• Wmx : string { get; }
• Wmz : string { get; }
• Woff : string { get; }
• Woff2 : string { get; }
• Wpd : string { get; }
• Wpl : string { get; }
• Wps : string { get; }
• Wqd : string { get; }
• Wri : string { get; }
• Wrl : string { get; }
• Wsdl : string { get; }
• Wspolicy : string { get; }
• Wtb : string { get; }
• Wvx : string { get; }
• X32 : string { get; }
• X3d : string { get; }
• X3db : string { get; }
• X3dbz : string { get; }
• X3dv : string { get; }
• X3dvz : string { get; }
• X3dz : string { get; }
• Xaml : string { get; }
• Xap : string { get; }
• Xar : string { get; }
• Xbap : string { get; }
• Xbd : string { get; }
• Xbm : string { get; }
• Xdf : string { get; }
• Xdm : string { get; }
• Xdp : string { get; }
• Xdssc : string { get; }
• Xdw : string { get; }
• Xenc : string { get; }
• Xer : string { get; }
• Xfdf : string { get; }
• Xfdl : string { get; }
• Xht : string { get; }
• Xhtml : string { get; }
• Xhvml : string { get; }
• Xif : string { get; }
• Xla : string { get; }
• Xlam : string { get; }
• Xlc : string { get; }
• Xlf : string { get; }
• Xlm : string { get; }
• Xls : string { get; }
• Xlsb : string { get; }
• Xlsm : string { get; }
• Xlsx : string { get; }
• Xlt : string { get; }
• Xltm : string { get; }
• Xltx : string { get; }
• Xlw : string { get; }
• Xm : string { get; }
• Xml : string { get; }
• Xo : string { get; }
• Xop : string { get; }
• Xpi : string { get; }
• Xpl : string { get; }
• Xpm : string { get; }
• Xpr : string { get; }
• Xps : string { get; }
• Xpw : string { get; }
• Xpx : string { get; }
• Xsl : string { get; }
• Xslt : string { get; }
• Xsm : string { get; }
• Xspf : string { get; }
• Xul : string { get; }
• Xvm : string { get; }
• Xvml : string { get; }
• Xwd : string { get; }
• Xyz : string { get; }
• Xz : string { get; }
• Yang : string { get; }
• Yin : string { get; }
• Z1 : string { get; }
• Z2 : string { get; }
• Z3 : string { get; }
• Z4 : string { get; }
• Z5 : string { get; }
• Z6 : string { get; }
• Z7 : string { get; }
• Z8 : string { get; }
• Zaz : string { get; }
• Zip : string { get; }
• Zir : string { get; }
• Zirz : string { get; }
• Zmm : string { get; }
• _123 : string { get; }
• _3dml : string { get; }
• _3ds : string { get; }
• _3g2 : string { get; }
• _3gp : string { get; }
• _7z : string { get; }

Fields

• OpenXml : string
  MIME type for OpenXML spreadsheet files

NotificationObject

abstract class

Implementation of INotifyPropertyChanged and INotifyPropertyChanging

Methods

• Clone() : object

Properties

• IsNotifying : bool { get; set; }
  Enables/Disables property change notification.

Events

• IsNotifyingChanged : EventHandler
  Occurs when [IsNotifying changed].
• PropertyChanged : PropertyChangedEventHandler
  Occurs when a property value changes.
• PropertyChanging : PropertyChangingEventHandler
  Occurs when a property value is changing.

PausableCancellationToken

static class

Provides extension methods for pausable cancellation tokens

Extension methods

• IsPaused(this CancellationToken token) : bool
  Determines whether the cancellation token is currently paused
• RegisterPaused(this CancellationToken token, Action<CancellationToken, bool> pausedChangedAction) : void
• WaitWhenPaused(this CancellationToken token) : Task
  Waits asynchronously while the cancellation token is paused

PausableCancellationTokenSource

class

A cancellation token source that can be paused and resumed

Constructors

• PausableCancellationTokenSource()

Methods

• CreateLinkedTokenSource(CancellationToken token1, CancellationToken token2) : PausableCancellationTokenSource
  Creates a pausable cancellation token source that is linked to the specified two tokens
• CreateLinkedTokenSource(CancellationToken[] tokens) : PausableCancellationTokenSource
  Creates a pausable cancellation token source that is linked to the specified tokens
• Pause() : void
• PauseAfter(TimeSpan delay) : void
  Pauses the cancellation token source after the specified delay
• Resume() : void
• ResumeAfter(TimeSpan delay) : void
  Resumes the cancellation token source after the specified delay

Properties

• IsPaused : bool { get; }
  Gets a value indicating whether the token source is currently paused

SingletonBase<T>

abstract class

Base class for singleton pattern (everything that inherits from this class can be accessed via Type.Instance)

Properties

• Instance : T { get; }
  Gets the current instance

Waiter

static class

Provides utility methods for asynchronously waiting for conditions or results

Extension methods

• WaitForResultAsync<T>(this Func<T> expression, CancellationToken cancellationToken = null) : Task<T>
• WaitForTrueAsync(this Func<bool> expression, CancellationToken cancellationToken = null) : Task

Nextended.Core.Attributes

AutoGenerateComAttribute

class

Attribute to automatically generate a COM interface and a COM class for the class or enum it is applied to.

Constructors

• AutoGenerateComAttribute()

AutoGenerateDtoAttribute

class

Attribute to automatically generate a COM interface and a COM class for the class or enum it is applied to. (The classes are generated at compile-time using a T4 template.)

Constructors

• AutoGenerateDtoAttribute()

Properties

• AddContainingNamespaceUsings : bool { get; set; }
• AddReferencedNamespacesUsings : bool { get; set; }
• AutoGenerateDerived : bool { get; set; }
  Gets or sets a value indicating whether derived types should be automatically generated.
• BaseType : string { get; set; }
  Sets the base type for the generated DTO class.
• ClassModifier : Modifier { get; set; }
  Modifier for generated DTO classes.
• DefaultPropertyInterfaceAccess : InterfaceProperty { get; set; }
• GenerateBeforeAndAfterAssignPartialsInMapping : bool { get; set; }
  If this is true partials methods are generated that can be overwritten to do custom assignments
• GenerateMapping : bool { get; set; }
  Indicates whether the "ToNetMappingAttribute" should be generated for automatic COM to .NET conversion.
• GeneratedClassName : string { get; set; }
  Allows you to override the generated class name. If this is set, prefix and suffix logic will not be applied.
• InterfaceModifier : Modifier { get; set; }
  Modifier for generated DTO interfaces.
• Interfaces : string[] { get; set; }
  Adds interfaces to the generated DTO class and generated interface.
• IsComCompatible : bool { get; set; }
  If set to true, the generated classes are COM visible and fully COM compatible.
• KeepAttributesOnGeneratedClass : bool { get; set; }
  If set to true, the generated classes will keep the attributes from the original class.
• KeepAttributesOnGeneratedInterface : bool { get; set; }
  If set to true, the generated interfaces will keep the attributes from the original class.
• KeepPropertyAttributesOnGeneratedClass : bool { get; set; }
  If set to true, the generated property on classes will keep the attributes from the original class.
• KeepPropertyAttributesOnGeneratedInterface : bool { get; set; }
  If set to true, the generated property on interfaces will keep the attributes from the original class.
• Namespace : string { get; set; }
  Gets or sets the namespace used for the generated classes and interfaces.
• PreClassString : string { get; set; }
  A string that will be added before the generated class, useful for adding attributes or something.
• PreInterfaceString : string { get; set; }
  A string that will be added before the generated interface, useful for adding attributes or something.
• Prefix : string { get; set; }
  Gets or sets the prefix for the generated class and interface names (e.g., IComMyType).
• PropertiesToIgnore : string[] { get; set; }
  set properties name you dont want to generate inside the dto. If possible you should use the attribute IgnoreOnGenerationAttribute but if you cant control the source code this is an alternative.
• Suffix : string { get; set; }
  Gets or sets the suffix for the generated class and interface names (e.g., IComMyTypeSuffix).
• ToDtoMethodName : string { get; set; }
  Gets or sets the name of the generated mapping method.
• ToSourceMethodName : string { get; set; }
  Gets or sets the name of the generated mapping method that is called by the DTO class to convert the DTO back to the source class.
• Usings : string[] { get; set; }

ConfirmationMode

enum

Art der Nachfrage

Values

• ConfirmAlways
  Ask always for a confirmation
• ConfirmWithOptionDontShowAgain
  Default question with option for do not ask again
• NoConfirmation
  NoConfirmation
• value__

EditableList

class

Editierbare liste

Constructors

• EditableList()

Properties

• CanAddAndRemoveEntries : bool { get; set; }
  Set to true to allow add and remove objects
• ConfirmRemoveObject : ConfirmationMode { get; set; }
  if true user must confirm the deletion
• ObjectType : Type { get; set; }
  typeof object in list

GenerateBeforeAndAfterAssignPartialsInMappingAttribute

class

No description.

Constructors

• GenerateBeforeAndAfterAssignPartialsInMappingAttribute()

GenerationPropertySettingAttribute

class

Can be applied to a property or field of a class that uses the AutoGenerateComAttribute to specify the type to be used for the COM interface and the COM class, or to provide custom names.

Constructors

• GenerationPropertySettingAttribute()
• GenerationPropertySettingAttribute(string comPropertyName)
  Initializes a new instance of the GenerationPropertySettingAttribute class with the specified property name for the COM interface/class.

Properties

• InterfaceAccess : InterfaceProperty { get; set; }
• KeepAttributesOnGeneratedClass : bool { get; set; }
  If set to true, the generated classes will keep the attributes from the original class.
• KeepAttributesOnGeneratedInterface : bool { get; set; }
  If set to true, the generated interfaces will keep the attributes from the original class.
• MapWithClassMapper : bool { get; set; }
  If this property is set to true, the property will use the class mapper when automatic .NET mapping is generated for the class.
• PreClassString : string { get; set; }
  A string that will be added before the generated property on the generated class, useful for adding attributes or something.
• PreInterfaceString : string { get; set; }
  A string that will be added before the generated property on the interface, useful for adding attributes or something.
• PropertyName : string { get; set; }
  The name to be used for the property in the COM interface and COM class.

IgnoreOnGenerationAttribute

class

Set this attribute on a property or field to ignore it during the generation of DTOs or COM interfaces.

Constructors

• IgnoreOnGenerationAttribute()

IncludeInDetailsAttribute

class

No description.

Constructors

• IncludeInDetailsAttribute(string group = null, int maxDepth = 6)

Properties

• Group : string { get; }
• MaxDepth : int { get; }

ProvideAsEdmAttribute

class

No description.

Constructors

• ProvideAsEdmAttribute()
• ProvideAsEdmAttribute(string name)

Properties

• Name : string { get; }
• ProvideInherits : bool { get; set; }

RegisterAsAttribute

class

No description.

Constructors

• RegisterAsAttribute(Type registerAsType, int order = 99)
• RegisterAsAttribute(Type registerAsType, object serviceKey, int order = 99)

Methods

• GetServiceDescriptor() : IEnumerable<ServiceDescriptor>

Properties

• Enabled : bool { get; set; }
• Order : int { get; set; }
• RegisterAsImplementation : bool { get; set; }
• RegisterAsType : Type { get; }
• ReplaceServices : bool { get; set; }
• ServiceKey : object { get; set; }
• ServiceLifetime : ServiceLifetime { get; set; }

SelectableItemAttribute

class

Attribute for Properties in Auto Object Editor Template with selectable items

Constructors

• SelectableItemAttribute(string possibleValuesPropertyName)
  Initializes a new instance of the SelectableItemAttribute class.

Properties

• IsEditable : bool { get; set; }
  Gets or sets a value indicating whether [is editable].
• IsFilterable : bool { get; set; }
  Set to true if you want to have possibility to filter possible values
• IsReadOnly : bool { get; set; }
  Gets or sets a value indicating whether [is read only].
• PossibleValues : ObservableCollection<object> { get; set; }
  List of Possible Values
• PossibleValuesPropertyName : string { get; set; }
  Name of the Property that returns a list with possible values
• SelectedIndex : int { get; set; }
  SelectedIndex
• UseListBox : bool { get; set; }
  If true template will use a listbox otherwise its a combo box

SettingsPropertyAttribute

class

Attribute für Eigenschaften, die innerhalb einer BaseOptionPage automatisch geladen und gespeichert werden sollen

Constructors

• SettingsPropertyAttribute(string settingsKey, object defaultValue)
  Initializes a new instance of the SettingsPropertyAttribute class.

Properties

• AllowResetValue : bool { get; set; }
  Gibt an ob der wert zurückgesetzt werden kann
• DefaultValue : object { get; set; }
  Der defaultwert
• ResetValueConverterFunc : string { get; set; }
  Funktion, die beim zurücksetzen aufgerufen werden soll (wenn keine vorhanden wird nur der wert auf defaultvalue gesetzt)
• SettingsKey : string { get; set; }
  Der Key

Nextended.Core.COM

BaseComList<T>

abstract class

Basis Callback Klasse

Methods

• Add(object aValue) : void
  Fügt Werte in die Liste
• Count() : int
• Get(int index) : object
  Gets the specified index.
• GetEnumerator() : IEnumerator
• Items() : IEnumerable<T>

ComId

struct

COM Id für die Kommunikation zwischen CP-Server .NET und CP-Server Delphi. Wird im Delphi cpserverembedded.dll genutzt.

Constructors

• ComId(int intvalue, Guid guid)
  Setzt

Fields

• Guid : Guid
  Guid ID
• Int : int
  Int ID

ComList

class

Allgemeine Liste für COM Objekte

Constructors

• ComList()

Methods

• Add(object aValue) : void
  Fügt Elemente in die Liste
• Count() : int
• Get(int index) : object
  Liefert das Element an der Stelle index.
• GetEnumerator() : IEnumerator

ComList<T>

class

No description.

Constructors

• ComList()
• ComList(IList<T> list)

ComToNetList<TCom, TNet>

class

Allgemeine Liste für COM Objekte

Constructors

• ComToNetList(Func<TCom, TNet> comToNetConverter = null)
• ComToNetList(IList<TNet> list, Func<TCom, TNet> comToNetConverter = null)

IComList

interface

IComList

Methods

• Add(object aValue) : void
  Element hinzufügen
• Count() : int
• Get(int index) : object
  Element aus der Liste holen

NetToComList<TNet, TCom>

class

COM Liste für die Übergabe von .NET an COM

Constructors

• NetToComList(Func<TNet, TCom> netToComConverter = null)
• NetToComList(IList<TCom> list, Func<TNet, TCom> netToComConverter = null)
• NetToComList(IList<TNet> collection, Func<TNet, TCom> netToComConverter = null)

Nextended.Core.Contracts

IIncludePathDefinition

interface

No description.

Methods

• GetPaths() : IEnumerable<string>

IRange<T>

interface

Defines a generic interface for a range.

Methods

• ClampLength(RangeLength<T> min, RangeLength<T> max) : RangeOf<T>
• Contains(T value) : bool
• Intersection(IRange<T> other) : IRange<T>
• Intersects(IRange<T> other) : bool
• IsAdjacent(IRange<T> other, double tolerance = 0) : bool
• IsInRange(T value) : bool
• Union(IRange<T> other) : IRange<T>

Properties

• End : T { get; }
  The end value of the range.
• Length : RangeLength<T> { get; }
  Length
• Start : T { get; }
  The start value of the range.

ISearchable<TSelf>

interface

No description.

Methods

• AllOfString() : Expression<Func<TSelf, string>>[]
• AllWithAttribute<TAttribute>() : Expression<Func<TSelf, string>>[]
• Combine(Expression<Func<TSelf, string>>[][] arrays) : Expression<Func<TSelf, string>>[]
• GetSearchProperties() : Expression<Func<TSelf, string>>[]

Properties

• SearchProperties : Expression<Func<TSelf, string>>[] { get; }

IStringEncoding

interface

Defines the contract for string encoding and decoding operations.

Methods

• Decode(string str) : string
  Decodes a string using the specific encoding algorithm.
• Encode(string str) : string
  Encodes a string using the specific encoding algorithm.

IStringEncodingExt

interface

Extends IStringEncoding with hooks for pre- and post-processing during encoding and decoding operations.

Methods

• AfterDecode(Func<string, string> onAfterDecode) : IStringEncodingExt
• AfterEncode(Func<string, string> onAfterEncode) : IStringEncodingExt
• BeforeDecode(Func<string, string> onBeforeDecode) : IStringEncodingExt
• BeforeEncode(Func<string, string> onBeforeEncode) : IStringEncodingExt

IStringEncryption

interface

Interface for string encryption and decryption operations.

Methods

• Decrypt(string str, string key) : string
  Decrypts the specified encrypted string using the provided key.
• Encrypt(string str, string key) : string
  Encrypts the specified string using the provided key.

IStringHashing

interface

Interface for string hashing operations with optional salt support.

Methods

• Hash(string input, string salt = null) : string
  Computes a hash of the input string, optionally using a salt for additional security.

IUploadableFile

interface

Interface representing a file that can be uploaded, supporting both local file paths and remote URLs.

Methods

• EnsureDataLoadedAsync(HttpClient client = null) : Task
  Ensures that the file data is loaded. If the data is not yet loaded and a URL is available, downloads the file from the URL.

Properties

• ContentType : string { get; set; }
  Gets or sets the MIME content type of the file (e.g., "text/plain", "image/jpeg").
• Data : byte[] { get; set; }
  Gets or sets the binary data of the file.
• Extension : string { get; set; }
  Gets or sets the file extension (e.g., ".txt", ".jpg").
• FileName : string { get; set; }
  Gets or sets the name of the file.
• Path : string { get; set; }
  Gets or sets the local file system path to the file.
• Size : long { get; set; }
  Gets or sets the size of the file in bytes.
• Url : string { get; set; }
  Gets or sets the URL from which the file can be downloaded.

Nextended.Core.DeepClone

AttributesCollections

class

No description.

Constructors

• AttributesCollections(List<Attribute> attrs)

Methods

• Add(Attribute attr) : void
• Remove(Attribute attr) : void

CloneConfigrationManager

static class

globa ConfigrationManager, for managing the library settings

Fields

• OnAttributeCollectionChanged : Action<IClonerProperty>
• OnPropertTypeSet : Func<IClonerProperty, Type>

CloneLevel

enum

CloneLevel FirstLevelOnly = Only InternalTypes Hierarki = All types Hierarki

Values

• FirstLevelOnly
  Only InternalTypes
• Hierarchical
  All types
• value__

Cloner

static class

Cloner

Extension methods

• ActAsInterface<T>(this object o) : T
  Convert an object to an interface The object dose not have to inherit from the interface as the library will handle the job of doing it
• CloneDeep(this object objectToBeCloned, FieldType fieldType = 0) : object
  DeepClone object
• CloneDeep<T>(this T objectToBeCloned, ClonerSettings settings) : T
• CloneDeep<T>(this T objectToBeCloned, FieldType fieldType = 0) : T
• CloneDynamic(this object objectToBeCloned) : object
  DeepClone dynamic(AnonymousType) object
• CloneTo(this object itemToClone, object CloneToItem) : void
  This will handle only internal types and noneinternal type must be of the same type to be cloned
• CreateInstance(this Type type, object[] args) : object
  Create CreateInstance() this will use ILGenerator to create new object from the cached ILGenerator This is alot faster then using Activator or GetUninitializedObject. The library will be using ILGenerator or Expression depending on the platform and then cach both the contructorinfo and the type, so it can be reused later on
• CreateProxyInstance(this Type type) : INotifyPropertyChanged
  Create a type that implement PropertyChanged. Note it will only include properties that are virtual If type containe PropertyChanged(object sender, PropertyChangedEventArgs e) it will be bound automatically otherwise you will have to add it manually
• GetFastDeepClonerFields(this Type type) : List<IClonerProperty>
  will return fieldInfo from the cached fieldinfo. Get and set value is much faster.
• GetFastDeepClonerProperties(this Type type) : List<IClonerProperty>
  will return propertyInfo from the cached propertyInfo. Get and set value is much faster.
• GetField(this Type type, string name) : IClonerProperty
  Get field by Name
• GetListItemType(this Type listType) : Type
  Get the internal item type of the List or ObservableCollection types
• GetObjectType(this string typePath, string assembly) : Type
  This will try and load the assembly and cached then from that assembly it will load typePath and also cach it, so it will load much faster next time
• GetProperty(this Type type, string name) : IClonerProperty
  Get Property by name
• ValueByType(this Type propertyType, object defaultValue = null) : object
  Get DefaultValue by type
• ValueConverter(this object value, Type datatype, object defaultValue = null) : object
  Convert Value from Type to Type when fail a default value will be loaded. can handle all known types like datetime, time span, string, long etc ex "1115rd" to int? will return null "152" to int? 152
• ValueConverter<T>(this object value, object defaultValue = null) : T
  Convert Value from Type to Type when fail a default value will be loaded. can handle all known types like datetime, time span, string, long etc ex "1115rd" to int? will return null "152" to int? 152

Methods

• ActAsInterface(Type interfaceType, object o) : object
  Convert an object to an interface The object dose not have to inherit from the interface as the library will handle the job of doing it
• CleanCachedItems() : void
• CreateInstance<T>(object[] args) : T
  Create CreateInstance() this will use ILGenerator to create new object from the cached ILGenerator This is alot faster then using Activator or GetUninitializedObject. TThe library will be using ILGenerator or Expression depending on the platform and then cach both the contructorinfo and the type, so it can be reused later on
• CreateProxyInstance<T>() : T

ClonerColumn

class

This attribute is used be CloneTo Method Add this attribute to map property from one class to another class

Constructors

• ClonerColumn(string columnName)
  map property from one class to another class

Properties

• ColumnName : string { get; }
  ColumnName

ClonerIgnoreAttribute

class

Ignore Properties or Field that containe this attribute

Constructors

• ClonerIgnoreAttribute()

ClonerPrimaryIdentifire

class

Incase you have circular references in some object You could mark an identifier or a primary key property so that fastDeepcloner could identify them

Constructors

• ClonerPrimaryIdentifire()

ClonerProperty

class

No description.

Methods

• Add(Attribute attr) : void
• ContainAttribute(Type type) : bool
• ContainAttribute<T>() : bool
• GetCustomAttribute(Type type) : Attribute
• GetCustomAttribute<T>() : T
• GetCustomAttributes(Type type) : IEnumerable<Attribute>
• GetCustomAttributes<T>() : IEnumerable<T>
• GetValue(object o) : object
• SetValue(object o, object value) : void

Properties

• Attributes : AttributesCollections { get; set; }
• CanRead : bool { get; }
• CanWrite : bool { get; }
• FastDeepClonerIgnore : bool { get; }
• FastDeepClonerPrimaryIdentifire : bool { get; }
• FullName : string { get; }
• GetMethod : Func<object, object> { get; set; }
• IsInternalType : bool { get; }
• IsVirtual : bool? { get; }
• Name : string { get; }
• NoneCloneable : bool { get; }
• PropertyGetValue : MethodInfo { get; }
• PropertySetValue : MethodInfo { get; }
• PropertyType : Type { get; set; }
• ReadAble : bool { get; }
• SetMethod : Action<object, object> { get; set; }

ClonerSettings

class

FastDeepClonerSettings

Constructors

• ClonerSettings()

Properties

• CloneLevel : CloneLevel { get; set; }
  CloneDeep Level
• FieldType : FieldType { get; set; }
  Field type
• OnCreateInstance : CreateInstance { get; set; }
  override Activator CreateInstance and use your own method

CreateInstance

delegate

No description.

Constructors

• CreateInstance(object object, IntPtr method)

Methods

• BeginInvoke(Type type, AsyncCallback callback, object object) : IAsyncResult
• EndInvoke(IAsyncResult result) : object
• Invoke(Type type) : object

Extensions

static class

FastDeepCloner Extensions

Extension methods

• IsAnonymousType(this Type type) : bool
  Validate if type is AnonymousType This is the very basic validation
• IsInternalType(this Type underlyingSystemType) : bool
  Determines if the specified type is a Class type.

FieldType

enum

PropertyField for property FielInfo for property

Values

• Both
• FieldInfo
• PropertyInfo
• value__

IClonerProperty

interface

Interface for FastDeepClonerProperty

Methods

• Add(Attribute attr) : void
  Using this method will trigger ConfigrationManager.OnAttributeCollectionChanged
• ContainAttribute(Type type) : bool
  Validate if attribute type exist
• ContainAttribute<T>() : bool
• GetCustomAttribute(Type type) : Attribute
  Get first found attribute type
• GetCustomAttribute<T>() : T
• GetCustomAttributes(Type type) : IEnumerable<Attribute>
  Get a collection of attributes
• GetCustomAttributes<T>() : IEnumerable<T>
• GetValue(object o) : object
  Get Value
• SetValue(object o, object value) : void
  Set Value

Properties

• Attributes : AttributesCollections { get; set; }
  All available attributes
• CanRead : bool { get; }
  CanRead= !(field.IsInitOnly || field.FieldType == typeof(IntPtr) || field.IsLiteral); or for PropertyInfo CanRead= !(!property.CanWrite || !property.CanRead || property.PropertyType == typeof(IntPtr) || property.GetIndexParameters().Length > 0);
• CanWrite : bool { get; }
  If you could write to the propertyInfo
• FastDeepClonerIgnore : bool { get; }
  Ignored
• FastDeepClonerPrimaryIdentifire : bool { get; }
  Incase you have circular references in some object You could mark an identifier or a primary key property so that fastDeepcloner could identify them
• FullName : string { get; }
  Property FullName
• GetMethod : Func<object, object> { get; set; }
  Get Method for GetValue()
• IsInternalType : bool { get; }
  Is a reference type eg not GetTypeInfo().IsClass
• IsVirtual : bool? { get; }
  IsVirtual
• Name : string { get; }
  PropertyName
• NoneCloneable : bool { get; }
  Apply this to properties that cant be cloned, eg ImageSource and other controls. Those property will still be copied insted of cloning
• PropertyGetValue : MethodInfo { get; }
  Exist only for PropertyInfo
• PropertySetValue : MethodInfo { get; }
  Exist only for PropertyInfo
• PropertyType : Type { get; set; }
  Type
• ReadAble : bool { get; }
  Simple can read. this should have been called CanRead to bad we alread have CanRead Property, its a pain to change it now.
• SetMethod : Action<object, object> { get; set; }
  Set Method for SetValue()

NoneCloneable

class

Apply this to properties that cant be cloned, eg ImageSource and other controls. Those property will still be copied insted of cloning

Constructors

• NoneCloneable()

SafeValueType<T, P>

class

CustomValueType Dictionary

Constructors

• SafeValueType(ConcurrentDictionary<T, P> dictionary = null)

Methods

• Get(T key) : P
• GetOrAdd(T key, P item, bool overwrite = false) : P
• TryAdd(T key, P item, bool overwrite = false) : bool

Nextended.Core.Encode

Base64Encoding

class

Provides Base64 encoding and decoding functionality for strings.

Constructors

• Base64Encoding()

EncodeAction

class

Represents an encoding action that can encode or decode a string using a specific encoding algorithm.

Methods

• Decode() : string
• Encode() : string

EncodingActions

class

Provides access to different encoding actions (Base64, Hex) for a string.

Properties

• Base64 : EncodeAction { get; }
  Gets the Base64 encoding action for the string.
• Hex : EncodeAction { get; }
  Gets the Hex encoding action for the string.

EncodingExtensions

static class

Provides extension methods for encoding and decoding strings.

Extension methods

• EncodeDecode(this string str) : EncodingActions
  Creates an encoding actions object that provides access to various encoding/decoding operations for the string.

HexEncoding

class

Provides hexadecimal encoding and decoding functionality for strings. Converts strings to their hexadecimal representation and vice versa.

Constructors

• HexEncoding()

StringEncodingBase<T>

abstract class

No description.

Methods

• AddReplacements(KeyValuePair<string, string>[] pairs) : T
• AddReplacements(string key, string value) : T
• AfterDecode(Func<string, string> onAfterDecode) : T
• AfterEncode(Func<string, string> onAfterEncode) : T
• BeforeDecode(Func<string, string> onBeforeDecode) : T
• BeforeEncode(Func<string, string> onBeforeEncode) : T
• ClearReplacements() : T
• Decode(string encodedText) : string
• Encode(string plainText) : string
• SetEncoding(Encoding value) : T
• SetReplacements(IDictionary<string, string> replacements) : T

Properties

• Encoding : Encoding { get; set; }
• Replacements : IDictionary<string, string> { get; set; }

Nextended.Core.Encryption

AesEncryption

class

Provides string encryption and decryption using the AES algorithm with PBKDF2-SHA512 key derivation. This implementation uses modern .NET cryptographic APIs.

Constructors

• AesEncryption()

Methods

• Decrypt(string cipherText, string key) : string
• Encrypt(string clearText, string key) : string
  Encrypts the specified clear text using AES encryption with the provided key.

Properties

• Iterations : int { get; set; }
  Gets or sets the number of iterations for PBKDF2 key derivation. Default is 1223. Higher values increase security but reduce performance.

EncryptionExtensions

static class

No description.

Extension methods

• Decrypt(this string str, string key = null) : string
• Encrypt(this string str, string key = null) : string

Nextended.Core.Enums

GeneratedModelType

enum

Specifies the type of model to generate during code generation (class, struct, record, or record struct).

Values

• Class
• Record
• RecordStruct
• Struct
• Unset
• value__

GeneratedModelTypeExtensions

static class

No description.

Extension methods

• ToCSharpKeyword(this GeneratedModelType modifier) : string
• ToCSharpKeyword(this GeneratedModelType? modifier) : string

InterfaceProperty

enum

Specifies the accessor types for interface properties (get, set, or both).

Values

• Get
• GetAndSet
• Set
• Unset
• value__

InterfacePropertyExtensions

static class

No description.

Extension methods

• ToCSharpKeyword(this InterfaceProperty property) : string

JsonArrayGeneration

enum

Specifies how JSON arrays should be generated in code generation scenarios.

Values

• Array
  Generate as T[] array.
• List
  Generate as List<T> collection.
• value__

Modifier

enum

Specifies the access modifier for generated code (public, private, protected, or internal).

Values

• Internal
• Private
• Protected
• Public
• Unset
• value__

ModifierExtensions

static class

No description.

Extension methods

• ToCSharpKeyword(this Modifier modifier) : string
• ToCSharpKeyword(this Modifier? modifier) : string

Nextended.Core.Extensions

AssemblyExtensions

static class

Extensions for Assembly

Extension methods

• AsyncVoidMethods(this Assembly assembly) : IEnumerable<MethodInfo>
  Returns Async and void Methods
• GetLoadableTypes(this Assembly assembly) : IEnumerable<Type>
  Returns loaded types in Assembly

ClassMappingExtensions

static class

Extension methods for object-to-object mapping. Provides fluent API for converting objects between different types with support for custom converters, property assignments, and asynchronous operations.

Extension methods

• And<TResult>(this Tuple<ClassMappingSettings, MemberInfo, MemberInfo> tpl, Expression<Func<TResult, object>> outProp) : Tuple<ClassMappingSettings, MemberInfo, MemberInfo>
• Assign<TInput>(this ClassMappingSettings settings, Expression<Func<TInput, object>> inProp) : Tuple<ClassMappingSettings, MemberInfo>
• MapElementsTo<T>(this IEnumerable enumerable, ClassMappingSettings settings = null) : IEnumerable<T>
  Maps each element in a collection to the specified target type. Useful for converting entire collections like List<SourceDto> to List<TargetEntity>.
• MapTo<TInput, TResult>(this TInput input, Action<TResult, TInput>[] differentMappingAssignments) : TResult
• MapTo<TInput, TResult>(this TInput input, ClassMappingSettings settings, Action<TResult, TInput>[] differentMappingAssignments) : TResult
• MapTo<TInput>(this TInput input, Type tResult, ClassMappingSettings settings = null) : object
• MapTo<TResult>(this object input, ClassMappingSettings settings) : TResult
  Maps an object to a target type with specified settings.
• MapTo<TResult>(this object input, TypeConverter[] specificConverters) : TResult
  Maps an object to a target type using specific type converters for this operation only.
• MapToAsync<TInput, TResult>(this TInput input, Action<TResult, TInput>[] differentMappingAssignments) : Task<TResult>
• MapToAsync<TInput, TResult>(this TInput input, ClassMappingSettings settings, Action<TResult, TInput>[] differentMappingAssignments) : Task<TResult>
• MapToAsync<TInput>(this TInput input, Type tResult, ClassMappingSettings settings = null) : Task<object>
• MapToAsync<TResult>(this object input, ClassMappingSettings settings) : Task<TResult>
  Map class to another
• MapToAsync<TResult>(this object input, TypeConverter[] specificConverters) : Task<TResult>
  Map class to another
• Set(this ClassMappingSettings settings, Action<ClassMappingSettings>[] o) : ClassMappingSettings
• Set<T>(this ClassMappingSettings settings, Expression<Func<ClassMappingSettings, T>> memberExpression, T value) : ClassMappingSettings
• Settings(this Tuple<ClassMappingSettings, MemberInfo, MemberInfo> tpl) : ClassMappingSettings
• Settings(this Tuple<ClassMappingSettings, MemberInfo> tpl) : ClassMappingSettings
• To<TResult>(this Tuple<ClassMappingSettings, MemberInfo> tpl, Expression<Func<TResult, object>> outProp) : Tuple<ClassMappingSettings, MemberInfo, MemberInfo>

CompositeStream

class

No description.

Constructors

• CompositeStream(IEnumerable<Stream> streams)

Properties

• CanRead : bool { get; }
• CanSeek : bool { get; }
• CanWrite : bool { get; }
• Length : long { get; }
• Position : long { get; set; }

ContainsType

enum

Specifies how characters should be matched when checking if a string contains certain characters.

Values

• All
  Alle zeichen m�ssen enthalten sein
• Any
  Ein zeichen muss enthalten sein
• value__

DateTimeExtensions

static class

DateTimeExtensions

Extension methods

• AddDaysSafe(this DateTime date, double value) : DateTime
• AddWeekDays(this DateTime date, int weekDays) : DateTime
• Between(this DateTime dateTime, DateTime startDate, DateTime endDate) : bool
• DividedBy(this TimeSpan t1, int divider) : TimeSpan
• FindWeekNumber(this DateTime d) : int
• FirstDayOfMonth(this DateTime input) : DateTime
• FirstOfMonth(this DateTime d) : DateTime
• FromUnixTimeStamp(this int timestamp) : DateTime
• IsFirstDayOfMonth(this DateTime input) : bool
• IsFriday(this DateTime input) : bool
• IsLastDayOfMonth(this DateTime input) : bool
• IsMonday(this DateTime input) : bool
• IsNegative(this TimeSpan t1) : bool
• IsNegativeOrZero(this TimeSpan t1) : bool
• IsPositive(this TimeSpan t1) : bool
• IsPositiveOrZero(this TimeSpan t1) : bool
• IsSaturday(this DateTime input) : bool
• IsSunday(this DateTime input) : bool
• IsThursday(this DateTime input) : bool
• IsTuesday(this DateTime input) : bool
• IsWednesday(this DateTime input) : bool
• IsWeekday(this DateTime input) : bool
• IsWeekend(this DateTime input) : bool
• LastDayOfMonth(this DateTime input) : DateTime
• LastOfMonth(this DateTime d) : DateTime
• Max(this DateTime a, DateTime b) : DateTime
• Min(this DateTime a, DateTime b) : DateTime
• Minutes(this DateTime d) : int
• Multiply(this TimeSpan t1, decimal factor) : TimeSpan
• Multiply(this TimeSpan t1, long factor) : TimeSpan
• Next(this DateTime d, DayOfWeek day) : DateTime
• NextOrCurrent(this DateTime d, DayOfWeek day) : DateTime
• Previous(this DateTime d, DayOfWeek day) : DateTime
• PreviousOrCurrent(this DateTime d, DayOfWeek day) : DateTime
• Sum<TSource>(this IEnumerable<TSource> source, Func<TSource, TimeSpan> selector) : TimeSpan
• ToHttpDate(this DateTime d) : string
• ToISO(this DateTime d) : string
• ToISOz(this DateTime d) : string
• ToShortDateTimeString(this DateTime d, CultureInfo cultureInfo) : string
• ToShortISO(this DateTime d) : string
• ToUnixTimeStamp(this DateTime dateTime) : int

Methods

• FromUnixTimeStampInMilliseconds(double timestamp) : DateTime
• IsFirstOfMonth(DateTime d) : bool
• IsLastOfMonth(DateTime d) : bool
• Max(TimeSpan t1, TimeSpan t2) : TimeSpan
• Min(TimeSpan t1, TimeSpan t2) : TimeSpan

DisposableExtensions

static class

No description.

Extension methods

• AsAsyncDisposable(this IDisposable d) : IAsyncDisposable
  Wraps an IDisposable so it can be used as IAsyncDisposable.
• AsDisposable(this IAsyncDisposable d) : IDisposable
  Wraps an IAsyncDisposable so it can be used as IDisposable. The async DisposeAsync is run synchronously – use with care (no deadlocks on thread-pool!).
• CombineWith(this IAsyncDisposable first, IAsyncDisposable[] others) : IAsyncDisposable
  Combines this IAsyncDisposable with one or more others into a single async disposable.
• CombineWith(this IDisposable first, IDisposable[] others) : IDisposable
  Combines this IDisposable with one or more others into a single disposable.
• DisposeIfNotNull(this IDisposable d) : void
  Disposes d if it is not null.
• DisposeIfNotNullAsync(this IAsyncDisposable d) : ValueTask
  Disposes d if it is not null.
• ToAsyncDisposable(this Func<ValueTask> onDispose) : IAsyncDisposable
• ToDisposable(this Action onDispose) : IDisposable
  Creates an IDisposable that runs onDispose exactly once.

Methods

• Combine(IDisposable[] disposables) : IDisposable
  Combines multiple IDisposable into one. All are disposed in reverse order; all exceptions are collected and re-thrown as AggregateException.
• Combine(IEnumerable<IDisposable> disposables) : IDisposable
• CombineAsync(IAsyncDisposable[] disposables) : IAsyncDisposable
  Combines multiple IAsyncDisposable into one async disposable. All are disposed in reverse order; all exceptions are collected and re-thrown as AggregateException.
• CombineAsync(IEnumerable<IAsyncDisposable> disposables) : IAsyncDisposable
• Defer<T>(Func<T> factory) : IDisposable
• Swap<T>(ref T current, T next) : T

EnumerableExtensions

static class

Extends IEnumerable

Extension methods

• AddNonNull<T>(this ICollection<T> set, T item) : void
• AddOrUpdate<TKey, TSource>(this IDictionary<TKey, TSource> collection, TKey key, TSource value) : IDictionary<TKey, TSource>
• AddRange<TKey, TSource>(this IDictionary<TKey, TSource> source, IDictionary<TKey, TSource> collection) : IDictionary<TKey, TSource>
• AddRange<TSource>(this ConcurrentBag<TSource> source, IEnumerable<TSource> itemsToAdd) : ConcurrentBag<TSource>
• AddRange<TSource>(this ICollection<TSource> source, IEnumerable<TSource> itemsToAdd) : ICollection<TSource>
• Apply(this IEnumerable enumerable, Action<int, object> action) : IEnumerable
• Apply(this IEnumerable enumerable, Action<object> action) : IEnumerable
• Apply<T>(this IEnumerable<T> enumerable, Action<T> action) : IEnumerable<T>
• Apply<T>(this IEnumerable<T> enumerable, Action<int, T> action) : IEnumerable<T>
• AsDataTable<T>(this IEnumerable<T> source) : DataTable
• AsEnumerable<T>(this T item) : IEnumerable<T>
• AsList<T>(this T item) : IList<T>
• AsListOf<TResult>(this IEnumerable source) : IList<TResult>
  Casts the elements of an IEnumerable``source to the specified type TResult and creates a list.
• AsSet<T>(this T item) : ISet<T>
• AsSet<T>(this T item, IEqualityComparer<T> comparer) : ISet<T>
• ChunkBy<T>(this IEnumerable<T> collection, int chunkSize) : IEnumerable<List<T>>
• ContainsAll<T>(this IEnumerable<T> collection, IEnumerable<T> otherCollection) : bool
• ContainsAll<T>(this IEnumerable<T> collection, T[] otherCollection) : bool
• ContainsDuplicate<T>(this IEnumerable<T> items) : bool
• ContainsDuplicate<T>(this IEnumerable<T> items, IEqualityComparer<T> equalityComparer) : bool
• ContainsNone<T>(this IEnumerable<T> collection, IEnumerable<T> otherCollection) : bool
• ContainsNone<T>(this IEnumerable<T> collection, T[] otherCollection) : bool
• DistinctByObsolete<TSource, TKey>(this IEnumerable<TSource> source, Func<TSource, TKey> keySelector) : IEnumerable<TSource>
• DistinctByObsolete<TSource, TKey>(this IEnumerable<TSource> source, Func<TSource, TKey> keySelector, IEqualityComparer<TKey> comparer) : IEnumerable<TSource>
• EmptyIfNull<T>(this IEnumerable<T> collection) : IEnumerable<T>
• FullGroupJoin<TFirst, TSecond, TKey, TResult>(this IEnumerable<TFirst> first, IEnumerable<TSecond> second, Func<TFirst, TKey> firstKeySelector, Func<TSecond, TKey> secondKeySelector, Func<TKey, IEnumerable<TFirst>, IEnumerable<TSecond>, TResult> resultSelector, IEqualityComparer<TKey> comparer = null) : IEnumerable<TResult>
• Get<T, TU>(this Dictionary<T, TU> dict, T key) : TU
• GetDuplicates<T, TKey>(this IEnumerable<T> collection, Func<T, TKey> keySelector) : IEnumerable<IGrouping<TKey, T>>
• GetDuplicates<T>(this IEnumerable<T> collection) : IEnumerable<T>
• HasValues<T>(this IEnumerable<T> enumerable) : bool
• IndexOf<T>(this T[] array, T obj) : int
• IsEmpty<T>(this IEnumerable<T> source) : bool
• IsNullOrEmpty<T>(this IEnumerable<T> collection) : bool
• MergeWith<TKey, TValue>(this IDictionary<TKey, TValue> collection, IDictionary<TKey, TValue>[] collections) : IDictionary<TKey, TValue>
• None<T>(this IEnumerable<T> enumerable) : bool
• None<T>(this IEnumerable<T> enumerable, Func<T, bool> predicate) : bool
• NullIfEmpty<T>(this ICollection<T> collection) : ICollection<T>
• NullIfEmpty<T>(this IList<T> collection) : IList<T>
• NullIfEmpty<TK, TV>(this IDictionary<TK, TV> dictionary) : IDictionary<TK, TV>
• Order<TSource, TKey>(this IEnumerable<TSource> source, Func<TSource, TKey> keySelector, ListSortDirection direction) : IOrderedEnumerable<TSource>
• Recursive<TSource>(this IEnumerable<TSource> children, Func<TSource, IEnumerable<TSource>> childDelegate) : IEnumerable<TSource>
• Recursive<TSource>(this IEnumerable<TSource> children, Func<TSource, IEnumerable<TSource>> childDelegate, Func<TSource, bool> predicate) : IEnumerable<TSource>
• Remove<T>(this ConcurrentBag<T> bag, T value) : bool
• RemoveAll<TSource>(this ICollection<TSource> source, Func<TSource, bool> predicate = null) : ICollection<TSource>
• RemoveRange<TSource>(this ICollection<TSource> source, IEnumerable<TSource> itemsToRemove) : ICollection<TSource>
• ThrowIfNullOrEmpty<T>(this IEnumerable<T> items, string paramName) : IEnumerable<T>
• ToConcatenatedString(this IEnumerable<string> list, string separator = ",") : string
• ToConcatenatedString<T>(this IEnumerable<T> list, Func<T, string> keySelector, string separator = ",") : string
• ToEnumerable<T>(this T item) : IEnumerable<T>
• ToObservableCollection<TSource>(this IEnumerable<TSource> source) : ObservableCollection<TSource>
• ToSafeEnumeration<T>(this IEnumerable<T> enumerable) : T[]
• WithIndex<T>(this IEnumerable<T> source) : IEnumerable<ValueTuple<T, int>>

ExceptionExtensions

static class

No description.

Extension methods

• ExtractDescription(this Exception ex) : string
• ExtractFriendlyMessage(this Exception ex) : string
• ExtractMessage(this AggregateException aggregateException) : string
• ExtractMessage(this Exception ex) : string
• ExtractMessages(this AggregateException aggregateException) : IEnumerable<string>
• FindBaseException(this Exception ex) : Exception
• Unwrap(this AggregateException aggregateException) : IEnumerable<Exception>

ExposedObjectExtensions

static class

Extensions for easy expose of an object

Extension methods

• SetExposed<T>(this T instance, Action<object>[] setterActions) : T

ExpressionExtensions

static class

No description.

Extension methods

• GetMemberExpression(this Expression expression) : MemberExpression
• GetMemberExpression<T>(this Expression<Func<T, object>> expression) : MemberExpression
• GetMemberInfo(this Expression expression) : MemberInfo
  Gets the member info represented by an expression.
• GetMemberInfosPaths<T, TResult>(this Expression<Func<T, TResult>> expr) : IReadOnlyList<MemberInfo>
• GetMemberName<T, TResult>(this Expression<Func<T, TResult>> expr) : string
• GetMemberName<T>(this Expression<Func<T>> expr) : string
• GetPropertyInfo(this Expression<Func<object>> expr) : PropertyInfo
• GetPropertyPath(this Expression expression) : string
• GetPropertyPath(this LambdaExpression expr) : string
• GetPropertyPath(this MemberExpression member) : string
• Not<T>(this Expression<Func<T, bool>> expr) : Expression<Func<T, bool>>
• ReadParameters(this MethodCallExpression methodCallExpr) : IDictionary<string, object>

FileInfoExtensions

static class

No description.

Extension methods

• CopyTo(this DirectoryInfo directoryInfo, DirectoryInfo destinationFolder, bool overwriteExisting) : DirectoryInfo
• CopyTo(this DirectoryInfo directoryInfo, string destinationFolder, bool overwriteExisting = false) : DirectoryInfo
• CopyToAsync(this DirectoryInfo directoryInfo, DirectoryInfo destination, bool overwriteExisting = false, CancellationToken cancellationToken = null) : Task<DirectoryInfo>
• CopyToAsync(this DirectoryInfo directoryInfo, string destinationFolder, bool overwriteExisting = false, CancellationToken cancellationToken = null) : Task<DirectoryInfo>
• Execute(this FileInfo fileInfo, string arguments = "", ScriptExecutionSettings executionSettings = null, CancellationToken cancellationToken = null) : Process
• ExtensionFileName(this FileInfo fileInfo) : string
• FileTypeDescription(this FileInfo fileInfo) : string
• FindLockingProcesses(this FileInfo fileInfo) : IList<Process>
• GetReadableFileSize(this FileInfo fileInfo, bool fullName = false) : string
  Returns a readable filesize string
• GetRelativePathTo(this FileSystemInfo fileInfo, FileSystemInfo other) : string
• GetRelativePathTo(this FileSystemInfo fileInfo, string referencePath) : string
• GetShortPath(this FileSystemInfo fileSystemInfo, int length = 30) : string
• IsExecutable(this FileInfo fileInfo) : bool
• IsLockedByProcess(this FileInfo fileInfo) : bool
• MimeType(this FileInfo fileInfo) : string
• MoveToRecycleBin(this FileSystemInfo fileInfo) : void
• ShowProperties(this FileInfo fileInfo) : void

FuncExtensions

static class

No description.

Extension methods

• ToExpression<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TParam11, TParam12, TParam13, TParam14, TParam15, TParam16, TResult>(this Func<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TParam11, TParam12, TParam13, TParam14, TParam15, TParam16, TResult> f) : Expression<Func<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TParam11, TParam12, TParam13, TParam14, TParam15, TParam16, TResult>>
• ToExpression<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TParam11, TParam12, TParam13, TParam14, TParam15, TParam16>(this Action<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TParam11, TParam12, TParam13, TParam14, TParam15, TParam16> f) : Expression<Action<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TParam11, TParam12, TParam13, TParam14, TParam15, TParam16>>
• ToExpression<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TParam11, TParam12, TParam13, TParam14, TParam15, TResult>(this Func<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TParam11, TParam12, TParam13, TParam14, TParam15, TResult> f) : Expression<Func<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TParam11, TParam12, TParam13, TParam14, TParam15, TResult>>
• ToExpression<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TParam11, TParam12, TParam13, TParam14, TParam15>(this Action<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TParam11, TParam12, TParam13, TParam14, TParam15> f) : Expression<Action<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TParam11, TParam12, TParam13, TParam14, TParam15>>
• ToExpression<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TParam11, TParam12, TParam13, TParam14, TResult>(this Func<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TParam11, TParam12, TParam13, TParam14, TResult> f) : Expression<Func<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TParam11, TParam12, TParam13, TParam14, TResult>>
• ToExpression<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TParam11, TParam12, TParam13, TParam14>(this Action<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TParam11, TParam12, TParam13, TParam14> f) : Expression<Action<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TParam11, TParam12, TParam13, TParam14>>
• ToExpression<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TParam11, TParam12, TParam13, TResult>(this Func<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TParam11, TParam12, TParam13, TResult> f) : Expression<Func<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TParam11, TParam12, TParam13, TResult>>
• ToExpression<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TParam11, TParam12, TParam13>(this Action<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TParam11, TParam12, TParam13> f) : Expression<Action<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TParam11, TParam12, TParam13>>
• ToExpression<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TParam11, TParam12, TResult>(this Func<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TParam11, TParam12, TResult> f) : Expression<Func<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TParam11, TParam12, TResult>>
• ToExpression<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TParam11, TParam12>(this Action<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TParam11, TParam12> f) : Expression<Action<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TParam11, TParam12>>
• ToExpression<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TParam11, TResult>(this Func<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TParam11, TResult> f) : Expression<Func<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TParam11, TResult>>
• ToExpression<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TParam11>(this Action<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TParam11> f) : Expression<Action<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TParam11>>
• ToExpression<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TResult>(this Func<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TResult> f) : Expression<Func<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10, TResult>>
• ToExpression<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10>(this Action<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10> f) : Expression<Action<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TParam10>>
• ToExpression<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TResult>(this Func<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TResult> f) : Expression<Func<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9, TResult>>
• ToExpression<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9>(this Action<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9> f) : Expression<Action<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TParam9>>
• ToExpression<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TResult>(this Func<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TResult> f) : Expression<Func<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8, TResult>>
• ToExpression<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8>(this Action<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8> f) : Expression<Action<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TParam8>>
• ToExpression<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TResult>(this Func<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TResult> f) : Expression<Func<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7, TResult>>
• ToExpression<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7>(this Action<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7> f) : Expression<Action<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TParam7>>
• ToExpression<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TResult>(this Func<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TResult> f) : Expression<Func<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6, TResult>>
• ToExpression<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6>(this Action<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6> f) : Expression<Action<TParam1, TParam2, TParam3, TParam4, TParam5, TParam6>>
• ToExpression<TParam1, TParam2, TParam3, TParam4, TParam5, TResult>(this Func<TParam1, TParam2, TParam3, TParam4, TParam5, TResult> f) : Expression<Func<TParam1, TParam2, TParam3, TParam4, TParam5, TResult>>
• ToExpression<TParam1, TParam2, TParam3, TParam4, TParam5>(this Action<TParam1, TParam2, TParam3, TParam4, TParam5> f) : Expression<Action<TParam1, TParam2, TParam3, TParam4, TParam5>>
• ToExpression<TParam1, TParam2, TParam3, TParam4, TResult>(this Func<TParam1, TParam2, TParam3, TParam4, TResult> f) : Expression<Func<TParam1, TParam2, TParam3, TParam4, TResult>>
• ToExpression<TParam1, TParam2, TParam3, TParam4>(this Action<TParam1, TParam2, TParam3, TParam4> f) : Expression<Action<TParam1, TParam2, TParam3, TParam4>>
• ToExpression<TParam1, TParam2, TParam3, TResult>(this Func<TParam1, TParam2, TParam3, TResult> f) : Expression<Func<TParam1, TParam2, TParam3, TResult>>
• ToExpression<TParam1, TParam2, TParam3>(this Action<TParam1, TParam2, TParam3> f) : Expression<Action<TParam1, TParam2, TParam3>>
• ToExpression<TParam1, TParam2, TResult>(this Func<TParam1, TParam2, TResult> f) : Expression<Func<TParam1, TParam2, TResult>>
• ToExpression<TParam1, TParam2>(this Action<TParam1, TParam2> f) : Expression<Action<TParam1, TParam2>>
• ToExpression<TParam1, TResult>(this Func<TParam1, TResult> f) : Expression<Func<TParam1, TResult>>
• ToExpression<TParam1>(this Action<TParam1> f) : Expression<Action<TParam1>>

Guider

static class

No description.

Extension methods

• ToFormattedId(this Guid id) : string
• ToInt(this Guid value) : int
• ToInt64(this Guid value) : long

Methods

• FromFormattedId(ReadOnlySpan<Char> id) : Guid

HttpClientExtensions

static class

No description.

Extension methods

• GetStreamInChunksAsync(this HttpClient httpClient, string url, long chunkSizeInBytes, CancellationToken cancellationToken = null) : Task<Stream>
• GetStreamInTaskChunksAsync(this HttpClient httpClient, string url, int taskCount, CancellationToken cancellationToken = null) : Task<Stream>

IoCExtensions

static class

IoC Erweiterungen

JObjectExtensions

static class

No description.

Extension methods

• CaseSelectPropertyValues(this IEnumerable<JToken> tokens, string name) : IEnumerable<JToken>
• CaseSelectPropertyValues(this JToken token, string name) : IEnumerable<JToken>
• ToDictionary(this JObject jObject) : IDictionary<string, object>
• ToFlatDictionary(this JObject jObject) : IDictionary<string, string>

MemberInfoExtensions

static class

No description.

Extension methods

• GetAttributes<T>(this MemberInfo member, bool inherit) : IEnumerable<T>
• HasAttribute<TAttribute>(this MethodInfo method) : bool
• IsEqual<T>(this PropertyInfo prop, Expression<Func<T, object>> propertyExpression) : bool
• ReadFromAttribute<TResult, TAttribute>(this MemberInfo info, Func<TAttribute, TResult> readerFunc, TResult fallbackValue = null) : TResult

NotificationExtensions

static class

No description.

Extension methods

• OnChange<T>(this INotifyPropertyChanged propertyChangedObject, Expression<Func<T>> action, Action<T> callback, bool ignoreExceptions = false) : PropertyChangedEventHandler
• OnChange<TNotificationObject>(this TNotificationObject propertyChangedObject, Action<TNotificationObject> callback) : TNotificationObject
• OnChange<TPropertyType>(this INotifyPropertyChanged propertyChangedObject, Expression<Func<TPropertyType>> action, Action<TPropertyType> callback) : void

Methods

• GetPropertyChangedEventHandler<T>(Expression<Func<T>> action, Action<T> callback, bool ignoreExceptions) : PropertyChangedEventHandler

NumericExtensions

static class

No description.

Extension methods

• Absolute(this decimal input) : decimal
• Absolute(this int input) : int
• Between(this int value, int left, int right) : bool
• Ceiling(this double d, int precision) : double
• Floor(this double d, int precision) : double
• Round(this decimal d, int precision) : decimal
• Round(this double d, int precision) : double
• RoundTo(this decimal val, int place) : decimal
• RoundToMoney(this decimal val) : decimal
• ToGuid(this int value) : Guid
• ToGuid(this long value) : Guid

ObjectExtensions

static class

No description.

Extension methods

• AllOf<T>(this object instance, ReflectReadSettings settings = null) : T[]
• As<T>(this object obj) : T
  Used to simplify and beautify casting an object to a type.
• AsLazy<T>(this T t) : Lazy<T>
• Clone<T>(this T source, ClonerSettings settings) : T
• Clone<T>(this T source, FieldType fieldType) : T
• Clone<T>(this T source, bool useFastDeepClone = true) : T
• ExposeField<T>(this object instance, string fieldName) : T
• GetProperties(this object input, BindingFlags bindingAttr = 0) : IEnumerable<PropertyInfo>
• If<T>(this T obj, Func<bool> condition, Action<T> action) : T
• If<T>(this T obj, Func<bool> condition, Func<T, T> func) : T
• If<T>(this T obj, bool condition, Action<T> action) : T
• If<T>(this T obj, bool condition, Func<T, T> func) : T
• IsIn<T>(this T item, IEnumerable<T> items) : bool
• IsIn<T>(this T item, T[] list) : bool
• IsNull(this object input) : bool
• NotNull(this object input) : bool
• SetProperties<T>(this T instance, Action<T>[] actions) : T
• ToDictionary(this object obj) : IDictionary<string, object>
• ToFlatDictionary(this object obj, string separator = ".") : IDictionary<string, string>
• ToNullSafeString(this object input, string defaultIfNull = "") : string
• ToTask<T>(this T input) : Task<T>
• ToUrlQueryString(this object obj, string firstDelimiter = "") : string

RangeExtensions

static class

No description.

Extension methods

• ToRange(this RangeOf<int> range, int? length = null) : Range
• ToRange(this SimpleRange<int> range) : Range
• ToRangeOfInt(this Range range) : RangeOf<int>

RangeMathExtensions

static class

No description.

Extension methods

• AddSteps<T>(this IRangeMath<T> math, T v, RangeLength<T> step, int steps) : T
• Clamp<T>(this IRangeMath<T> math, T v, IRange<T> bounds) : T
• Lerp<T>(this IRangeMath<T> math, IRange<T> size, double pct) : T
• Normalize<T>(this IRange<T> r) : IRange<T>
• Percent<T>(this IRangeMath<T> math, T v, IRange<T> size) : double
• SnapRange<T>(this IRangeMath<T> math, IRange<T> r, IRange<T> size, RangeLength<T> step) : IRange<T>
• SnapToStep<T>(this IRangeMath<T> math, T v, IRange<T> size, RangeLength<T> step, SnapPolicy policy = 0) : T
• Span<T>(this IRange<T> r, IRangeMath<T> math) : double
• Span<T>(this IRangeMath<T> math, IRange<T> r) : double
• Span<T>(this IRangeMath<T> math, IRange<T> r, SnapPolicy policy) : double
• Span<T>(this IRangeMath<T> math, IRange<T> r, bool absolute) : double

SerializationHelper

static class

No description.

Extension methods

• JsonSerialize<T>(this T obj, string fileName = "") : string
• TryJsonSerialize<T>(this T obj, out string s) : bool
• TryXmlSerialize<T>(this T content, Stream stream) : bool
• TryXmlSerialize<T>(this T content, string filename) : bool
• XmlSerialize<T>(this T content, Stream stream = null) : Stream
• XmlSerialize<T>(this T content, string filename) : bool

Methods

• JsonDeserialize<T>(string json) : T
• TryJsonDeserialize<T>(string json, out T obj) : bool
• TryXmlDeserialize<T>(Stream stream, out T result) : bool
• TryXmlDeserialize<T>(string filename, out T result) : bool
• XmlDeserialize<T>(Stream stream) : T
• XmlDeserialize<T>(string filename) : T

ServiceCollectionExtensions

static class

Extension methods for IServiceCollection

Extension methods

• RegisterAllImplementationsOf(this IServiceCollection services, Type[] interfacesToSearchImplementationsFor, Assembly[] assembliesToSearchImplementationsIn = null, ServiceLifetime lifeTime = 2, Action<ServiceDescriptor> onRegistered = null) : IServiceCollection
• RegisterAllImplementationsOf<TInterface1, TInterface2, TInterface3, TInterface4>(this IServiceCollection services, Assembly[] assembliesToSearchImplementationsIn = null, ServiceLifetime lifeTime = 2, Action<ServiceDescriptor> onRegistered = null) : IServiceCollection
• RegisterAllImplementationsOf<TInterface1, TInterface2, TInterface3>(this IServiceCollection services, Assembly[] assembliesToSearchImplementationsIn = null, ServiceLifetime lifeTime = 2, Action<ServiceDescriptor> onRegistered = null) : IServiceCollection
• RegisterAllImplementationsOf<TInterface1, TInterface2>(this IServiceCollection services, Assembly[] assembliesToSearchImplementationsIn = null, ServiceLifetime lifeTime = 2, Action<ServiceDescriptor> onRegistered = null) : IServiceCollection
• RegisterAllImplementationsOf<TInterface>(this IServiceCollection services, Assembly[] assembliesToSearchImplementationsIn = null, ServiceLifetime lifeTime = 2, Action<ServiceDescriptor> onRegistered = null) : IServiceCollection
• RegisterAllWithRegisterAsAttribute(this IServiceCollection services, Action<ServiceDescriptor> onRegistered, Assembly[] assemblies) : IServiceCollection
• RegisterAllWithRegisterAsAttribute(this IServiceCollection services, Assembly[] assemblies) : IServiceCollection
  Registers all types marked with RegisterAsAttribute from the specified assemblies

StreamExtensions

static class

No description.

Extension methods

• ToByteArray(this Stream input) : byte[]

StringBuilderExtensions

static class

No description.

Extension methods

• AppendLineIfNotEmpty(this StringBuilder builder, string s) : StringBuilder
• AppendLineWhen(this StringBuilder builder, string s, Func<string, bool> predicate) : StringBuilder
• AppendLines(this StringBuilder builder, IEnumerable<string> lines) : StringBuilder
• AppendLinesIfNotEmpty(this StringBuilder builder, string[] s) : StringBuilder
• AppendLinesWhen(this StringBuilder builder, IEnumerable<string> s, Func<string, bool> predicate) : StringBuilder

StringExtensions

static class

No description.

Extension methods

• Capitalize(this string input) : string
• Contains(this string s, Char[] chars) : bool
• Contains(this string s, ContainsType type, Char[] chars) : bool
• Contains(this string s, ContainsType type, string[] values) : bool
• Contains(this string s, string[] values) : bool
• ContainsAll(this string input, string[] contains) : bool
• ContainsAny(this string input, string[] contains) : bool
• EnsureEndsWith(this string str, Char toEndWith) : string
• EnsureEndsWith(this string str, string ending) : string
• EnsureStartsWith(this string str, Char toStartWith) : string
• EnsureStartsWith(this string str, string prefix) : string
• FormatWith(this string format, object[] args) : string
• GetLines(this string s) : IEnumerable<string>
• HasValue(this string input) : bool
• IsEmailAddress(this string input) : bool
• IsGuid(this string input) : bool
• IsNullOrEmpty(this string value) : bool
• IsNullOrWhiteSpace(this string value) : bool
• JoinWith<T>(this IEnumerable<T> values, string separator) : string
• Replace(this string s, IDictionary<Char, Char> dictionary) : string
• Replace(this string s, IDictionary<string, string> dictionary) : string
• Replace(this string s, string[] valuesToReplace, string newValue) : string
• SkipChars(this string str, Char[] chars) : string
• SplitByUpperCase(this string str) : string[]
• TakeCharacters(this string input, int count) : string
• ThrowIfNullOrEmpty(this string input, string paramName) : void
• ToCamel(this string input) : string
• ToEllipsis(this string input, int maxChars, Char ellipseChar = ., bool keepLength = false) : string
• ToLower(this string input, bool firstCharOnly) : string
• ToPascalCase(this string input) : string
• ToUpper(this string input, bool firstCharOnly) : string
• Uncapitalize(this string input) : string

TaskExtensions

static class

No description.

Extension methods

• IgnoreCancellation<T>(this Task<T> task, CancellationToken cancellationToken = null) : Task<T>
• RetryOnException<T, TException>(this Task<T> task, int retryCount, TimeSpan retryDelay, CancellationToken cancellationToken = null) : Task<T>
• RetryOnException<T>(this Task<T> task, int retryCount, TimeSpan retryDelay) : Task<T>
• RetryOnException<T>(this Task<T> task, int retryCount, int retryDelayMilliseconds) : Task<T>
• TimeoutAfter<TResult>(this Task<TResult> task, TimeSpan timeout, CancellationToken cancellationToken = null) : Task<TResult>
• TimeoutAfter<TResult>(this Task<TResult> task, TimeSpan timeout, Func<TResult> onTimeoutReached, CancellationToken cancellationToken = null) : Task<TResult>

TypeExtensions

static class

No description.

Extension methods

• CreateInstance(this Type input) : object
• CreateInstance<T>(this Type input, bool checkCyclingDependencies = true) : T
• CreateInstance<T>(this Type input, object[] args) : T
• GetAllImplementations(this Type type, Assembly[] serviceImplementationAssemblies) : IEnumerable<Type>
• GetBaseIdBaseType(this Type modelType) : Type
  Gibt an ob der Typ eine BaseId ist
• GetPropertyIgnoreCase(this Type type, string propertyName) : PropertyInfo
• IsAction(this Type type) : bool
• IsBaseId(this Type modelType) : bool
  Gibt an ob der Typ eine BaseId ist
• IsBool(this Type input) : bool
• IsCollection(this Type type) : bool
• IsDateTime(this Type input) : bool
• IsDecimal(this Type input) : bool
• IsEnumerable(this Type type) : bool
• IsEnumerableOrArray(this Type type) : bool
• IsExpression(this Type type) : bool
• IsFunc(this Type type) : bool
• IsIEnumerable(this Type input) : bool
• IsIList(this Type input) : bool
• IsInstanceOfGenericTypeDefinition(this Type type, Type genericTypeDefinition) : bool
• IsInstanceOfGenericTypeDefinition(this Type type, Type genericTypeDefinition, Type otherGenericTypeDefinition, Type[] otherGenericTypeDefinitions) : bool
• IsInstanceOfGenericTypeDefinition(this Type type, Type[] genericTypeDefinitions) : bool
• IsInstanceOfOpenGenericType(this Type type, Type[] openGenericTypes) : bool
• IsInt(this Type input) : bool
• IsKeyValuePair(this Type t) : bool
• IsNotBool(this Type input) : bool
• IsNotDateTime(this Type input) : bool
• IsNotDecimal(this Type input) : bool
• IsNotIEnumerable(this Type input) : bool
• IsNotIList(this Type input) : bool
• IsNotInt(this Type input) : bool
• IsNotNullableBool(this Type input) : bool
• IsNotNullableDateTime(this Type input) : bool
• IsNotNullableDecimal(this Type input) : bool
• IsNotNullableInt(this Type input) : bool
• IsNotString(this Type input) : bool
• IsNotType(this Type input) : bool
• IsNullable(this Type type) : bool
• IsNullableAction(this Type type) : bool
• IsNullableBool(this Type input) : bool
• IsNullableDateTime(this Type input) : bool
• IsNullableDecimal(this Type input) : bool
• IsNullableEnum(this Type t) : bool
• IsNullableFunc(this Type type) : bool
• IsNullableGenericOf(this Type type, Type[] openGenericTypes) : bool
• IsNullableGenericOfGenericTypeDefinition(this Type type, Type genericTypeDefinition) : bool
• IsNullableInt(this Type input) : bool
• IsNullableOf<T>(this Type type) : bool
• IsNullableType(this Type type) : bool
• IsReadOnlyStruct(this Type t) : bool
• IsScalar(this Type t) : bool
• IsString(this Type input) : bool
• IsStruct(this Type t) : bool
• IsSubclassOfInterfaceOf(this Type toCheck, Type interfaceType) : bool
• IsSubclassOfInterfaceOf<TInterface>(this Type toCheck) : bool
• IsTuple(this Type t) : bool
• IsTupleOrValueTuple(this Type t) : bool
• IsType(this Type input) : bool
• IsValueTuple(this Type t) : bool

UriExtensions

static class

No description.

Extension methods

• AddParameter(this Uri uri, IDictionary<string, string> parameters) : Uri
• AddParameter(this Uri uri, string key, string value) : Uri
• Append(this Uri uri, bool shouldEndWithSlash, string[] segments) : Uri
• Append(this Uri uri, string[] segments) : Uri
• SetQuery(this Uri uri, object getParams) : Uri
• SetQuery(this UriBuilder builder, object getParams) : UriBuilder

Methods

• AddParameterToUrl(string url, string key, string value) : string
• Combine(string path, string[] segments) : string
• Combine(string[] segments) : string

Validation

static class

Hilfsklasse für Validierung

Extension methods

• Validate(this object obj) : IEnumerable<ValidationResult>
• ValidateProperty(this object obj, string propertyName) : IEnumerable<ValidationResult>

Nextended.Core.Facets

AppliedFacet

class

Represents a facet filter that has been applied to a search or query. Contains the group key, display label, selected values, and the OData filter expression.

Constructors

• AppliedFacet()

Properties

• GroupKey : string { get; set; }
  GroupKey for the filter group (e.g. "status").
• Label : string { get; set; }
  Label for the chip (e.g. "Booked").
• OData : string { get; set; }
  OData-Fragment for this specific filter (e.g. "status eq 'Booked' or status eq 'InProgress'").
• Values : List<string> { get; set; }
  Values for the chip (e.g. ["Booked", "InProgress"]).

DefaultODataLiteralFormatter

class

No description.

Constructors

• DefaultODataLiteralFormatter()

Methods

• RangeClause(string field, object fromInclusive, object toExclusive, Type type) : string
• ToLiteral(object value, Type type) : string
• ToSimpleLiteral(object value, Type type) : string
  Simple literal builder without OData type prefixes (for BuildLiterals=false). - strings are single-quoted - booleans are true/false - DateTime/DateTimeOffset are ISO8601 and quoted - enums use their name as quoted string - numerics are culture-invariant without quotes

FacetBuilder

class

Builds facet definitions (groups/options/ranges) for a given IQueryable. - Reflection metadata is cached per type (ConcurrentDictionary) - All list facets are fetched in a single combined DB query - Range preset counts use a single-roundtrip IIF/GroupBy query per group - Parallel range computation available via FacetBuilderOptions.ParallelizeRanges - Disjunctive faceting controlled by options and GroupOperator

Constructors

• FacetBuilder(IServiceScopeFactory scopeFactory, FacetBuilderOptions options = null, IODataLiteralFormatter literal = null)
  Builds facet definitions (groups/options/ranges) for a given IQueryable. - Reflection metadata is cached per type (ConcurrentDictionary) - All list facets are fetched in a single combined DB query - Range preset counts use a single-roundtrip IIF/GroupBy query per group - Parallel range computation available via FacetBuilderOptions.ParallelizeRanges - Disjunctive faceting controlled by options and GroupOperator

Methods

• BuildAsync<T>(Func<IServiceProvider, Task<IQueryable<T>>> baseQueryFactory, IReadOnlyList<AppliedFacet> applied, CancellationToken ct = null) : Task<List<FacetGroup>>
• BuildAsync<T>(Func<Task<IQueryable<T>>> baseQueryFactory, IReadOnlyList<AppliedFacet> applied, CancellationToken ct = null) : Task<List<FacetGroup>>
• BuildAsync<T>(IQueryable<T> alreadyFilteredQuery, CancellationToken ct = null) : Task<List<FacetGroup>>
• BuildAsync<T>(IQueryable<T> baseQuery, IReadOnlyList<AppliedFacet> applied, CancellationToken ct = null) : Task<List<FacetGroup>>
• WithLocalizationFunc(Func<string, Type, string> localizerFn) : IFacetBuilder
• WithOptions(FacetBuilderOptions options) : IFacetBuilder

FacetBuilderOptions

class

No description.

Constructors

• FacetBuilderOptions()

Properties

• BuildFacets : bool { get; set; }
  If true, facets will be built. If false, only applied filters will be extracted.
• BuildLiterals : bool { get; set; }
  Specifies whether to build literals should be false for Edm provided models.
• ComputeDynamicLists : bool { get; set; }
  If true, the list of available values for properties with Type``CheckboxList, TokenList or Radio will be calculated
• DefaultTopDistinct : int? { get; set; }
  Default top limit for discrete facets if not set on attribute.
• DisjunctiveByGroupOperator : bool { get; set; }
  If true, group operator (AND/OR) will be considered when computing disjunctive facets. Only relevant if DisjunctiveFacets is false.
• DisjunctiveFacets : bool { get; set; }
  If true, compute counts per group on a query with all other groups' filters applied (disjunctive faceting).
• IsDisjunctiveBuild : bool { get; }
• MaxDbParallelism : int { get; set; }
  Maximum concurrent DB connections when ParallelizeRanges is true. Default: 4.
• ParallelizeRanges : bool { get; set; }
  Computes range preset counts in parallel (one DB scope per group). Only effective when using the factory-overload of BuildAsync.

FacetDependency

class

Represents a dependency relationship between facet groups, where one group's availability depends on selections in another group.

Constructors

• FacetDependency()

Properties

• ParentKey : string { get; set; }
  Key of the parent group (e.g. "transportMode").
• RequiredValues : List<string> { get; set; }
  Values that must be set in the parent group for this group to be active.

FacetGroup

class

Represents a group of facet options for filtering and searching. A facet group defines the structure, behavior, and options for a specific filter category.

Constructors

• FacetGroup()

Properties

• BuildDuration : TimeSpan { get; set; }
  Gets or sets the time taken to build this facet group's options.
• DependsOn : List<FacetDependency> { get; set; }
  Gets or sets the list of dependencies that control when this facet is available.
• Enabled : bool { get; set; }
  Gets or sets a value indicating whether this facet group is currently enabled.
• Field : string { get; set; }
  Gets or sets the field name in the data source that this facet operates on.
• GroupOperator : FacetGroupOperator { get; set; }
  Gets or sets the logical operator for combining multiple selections (OR/AND).
• Key : string { get; set; }
  Gets or sets the unique key identifying this facet group.
• Label : string { get; set; }
  Gets or sets the display label for this facet group.
• LabelPath : string { get; set; }
  Gets or sets the path to the label property when working with complex objects.
• MultiSelect : bool { get; set; }
  Gets or sets a value indicating whether multiple options can be selected simultaneously.
• Options : List<FacetOption> { get; set; }
  Gets or sets the list of available options for this facet group.
• Order : int { get; set; }
  Gets or sets the display order for this facet group relative to others.
• Range : FacetRangeDefinition { get; set; }
  Gets or sets the range definition if this is a range-based facet.
• Type : FacetType { get; set; }
  Gets or sets the type of facet UI control (checkbox list, range, etc.).
• ValueClrType : string { get; set; }
  Gets or sets the CLR type name for the value (used for type conversion).
• ValuePath : string { get; set; }
  Gets or sets the path to the value property when working with complex objects.

FacetGroupOperator

enum

Specifies the logical operator used to combine multiple selected options within a facet group.

Values

• And
  Combines filter options using AND logic (all conditions must be met).
• Or
  Combines filter options using OR logic (any condition must be met).
• value__

FacetOption

class

Represents a single option within a faceted search/filter system. Contains the value, label, selection state, and associated metadata for filtering operations.

Constructors

• FacetOption()

Properties

• Count : long? { get; set; }
  Number of results if this option were applied alone (Facet Count).
• Enabled : bool { get; set; }
  Whether currently applicable (e.g., 0 results -> disabled).
• Hint : string { get; set; }
  Optional: Tooltip / description.
• Label : string { get; set; }
  Label in the UI.
• Meta : Dictionary<string, string> { get; set; }
  Arbitrary additional data (e.g., icons, badges).
• OData : string { get; set; }
  Prepared OData fragment for this single option (e.g., "Status eq 'Booked'").
• Selected : bool { get; set; }
  Whether currently selected.
• Value : string { get; set; }
  Stable value (e.g., "Booked").

FacetRangeBucket

class

Represents a single bucket in a range-based facet (e.g., date ranges, price ranges). Contains the range definition, label, and count of items within this bucket.

Constructors

• FacetRangeBucket()

Properties

• Count : long? { get; set; }
  Gets or sets the number of items that fall within this range bucket.
• Key : string { get; set; }
  Gets or sets the unique key for this range bucket (e.g., "last7d").
• Label : string { get; set; }
  Gets or sets the display label for this range bucket (e.g., "Last 7 days").
• Value : FacetRangeValue { get; set; }
  Gets or sets the range value definition (from/to bounds).

FacetRangeDataType

enum

Specifies the data type for range-based facet filters.

Values

• Date
  Date-only range (without time component).
• DateTime
  Date and time range.
• Decimal
  Decimal or floating-point number range.
• Number
  Integer or whole number range.
• value__

FacetRangeDefinition

class

Defines the configuration for a range-based facet filter, including data type, selected range, and preset range options.

Constructors

• FacetRangeDefinition()

Properties

• DataType : FacetRangeDataType { get; set; }
  Range type (Number, Decimal, Date, DateTime).
• Presets : List<FacetRangeBucket> { get; set; }
  Predefined buckets (e.g. "Last 7 days").
• Selected : FacetRangeValue { get; set; }
  Current selected range.

FacetRangeValue

class

Represents the selected value range for a range-based facet filter. Contains the from/to bounds and the corresponding OData filter expression.

Constructors

• FacetRangeValue()

Properties

• From : string { get; set; }
  Gets or sets the lower bound of the range.
• OData : string { get; set; }
  OData-Fragmment for this range, e.g. "(Eta ge 2025-01-01 and Eta lt 2025-02-01)".
• To : string { get; set; }
  Gets or sets the upper bound of the range.

FacetType

enum

Specifies the type of UI control and behavior for a facet filter group.

Values

• CheckboxList
  Represents a filter type that allows users to select multiple options from a list of checkboxes.
• DateRange
  Represents a filter type that allows users to select a range of dates.
• Radio
  Represents a filter type that allows users to select a single option from a list of radio buttons.
• Range
  Represents a filter type that allows users to select a range of numeric values.
• Search
  Represents a search filter type that allows free text input for searching.
• TokenList
  Represents a filter type that allows selection from a list of tokens.
• value__

IFacetBuilder

interface

Provides methods for building facet groups from queryable data sources. Analyzes data to generate filter options and counts for faceted search functionality.

Methods

• BuildAsync<T>(Func<IServiceProvider, Task<IQueryable<T>>> baseQueryFactory, IReadOnlyList<AppliedFacet> applied, CancellationToken ct = null) : Task<List<FacetGroup>>
• BuildAsync<T>(IQueryable<T> alreadyFilteredQuery, CancellationToken ct = null) : Task<List<FacetGroup>>
• BuildAsync<T>(IQueryable<T> baseQuery, IReadOnlyList<AppliedFacet> applied, CancellationToken ct = null) : Task<List<FacetGroup>>
• WithLocalizationFunc(Func<string, Type, string> localizerFn) : IFacetBuilder
• WithOptions(FacetBuilderOptions options) : IFacetBuilder
  Configures the facet builder with custom options.

IFacetResponse

interface

Represents the response from a faceted search operation, containing filter groups, applied filters, and query metadata.

Properties

• Filters : List<FacetGroup> { get; set; }
  All applicable filter groups (for UI rendering).
• ODataFilter : string { get; set; }
  Complete OData filter that combines all applied filters.
• Query : ODataQueryModel { get; set; }
  Additional information about the current query (e.g. $orderby, $top, $skip).

IODataLiteralFormatter

interface

Provides formatting of CLR values to OData v4 literal representations for use in $filter expressions.

Methods

• RangeClause(string field, object fromInclusive, object toExclusive, Type type) : string
  Builds a (field ge from and field lt to) clause for range-like filters.
• ToLiteral(object value, Type type) : string
  Formats a CLR value to an OData literal (v4) suitable for $filter.

ProvideFacetAttribute

class

No description.

Constructors

• ProvideFacetAttribute()

Properties

• GroupOperator : FacetGroupOperator { get; set; }
• Label : string { get; set; }
• LabelPath : string { get; set; }
  Optional label path to show a human-friendly value (e.g., "TransportMode/Name"). If not set, the builder will use the value or value.ToString().
• MultiSelect : bool { get; set; }
• Order : int { get; set; }
• TopDistinct : int { get; set; }
• Type : FacetType { get; set; }
• ValuePath : string { get; set; }
  Optional value path for navigation properties (e.g., "TransportMode/Id" or "TransportModeId"). If not set, the builder uses the property itself (for scalar fields).
• ValueType : Type { get; set; }
  The CLR type of the value path, required when ValuePath is set (e.g., typeof(Guid)).

QueryMetaDto

class

Data transfer object containing OData query metadata such as sorting, pagination, and raw query information.

Constructors

• QueryMetaDto()

Properties

• OrderBy : string { get; set; }
  Gets or sets the OData $orderby clause for sorting results.
• RawODataQuery : string { get; set; }
  Gets or sets the raw OData query string as received from the client.
• Skip : int? { get; set; }
  Gets or sets the OData $skip value for pagination (number of records to skip).
• Top : int? { get; set; }
  Gets or sets the OData $top value for pagination (maximum number of records to return).

Nextended.Core.Hashing

HashExtensions

static class

Provides extension methods for hashing strings using various algorithms.

Extension methods

• Hash(this string str, string salt = null) : HashingActions
  Creates a hashing actions object that provides access to various hashing operations for the string.

HashHelper

static class

No description.

Methods

• MD5(Stream stream) : string
• MD5(byte[] input) : string
• MD5(string text, string salt = null) : string
• MD5FileHash(string fileName) : string
• Sha256(byte[] input) : byte[]
  Creates a SHA256 hash of the specified input.
• Sha256(string input, string salt = null) : string
• Sha512(string input, string salt = null) : string
  Creates a SHA512 hash of the specified input.

HashingActions

class

Provides access to different hashing algorithms (MD5, SHA-256, SHA-512) for a string.

Properties

• MD5 : Func<string> { get; }
  Gets a function that computes the MD5 hash of the string.
• Sha265 : Func<string> { get; }
  Gets a function that computes the SHA-256 hash of the string.
• Sha512 : Func<string> { get; }
  Gets a function that computes the SHA-512 hash of the string.

StringHasher

class

No description.

Methods

• Hash(string input, string salt = null) : string

Properties

• MD5 : IStringHashing { get; }
• Sha265 : IStringHashing { get; }
• Sha512 : IStringHashing { get; }

Nextended.Core.Helper

ClassMapper

class

Provides object-to-object mapping functionality with support for type conversion, custom converters, and complex mapping scenarios. The ClassMapper can automatically map properties between objects of different types, handling type conversions, nested objects, collections, and more.

Constructors

• ClassMapper()
• ClassMapper(ClassMappingSettings settings)
  Initializes a new instance of the Object class.

Methods

• Dispose() : void
• Map<TInput, TResult>(TInput input, Action<TResult, TInput>[] differentMappingAssignments) : TResult
• Map<TInput>(TInput input, Type tResult) : object
• MapAsync<TInput, TResult>(TInput input, Action<TResult, TInput>[] differentMappingAssignments) : Task<TResult>
• MapAsync<TInput>(TInput input, Type tResult) : Task<object>
• SetAsDefaultMapper() : ClassMapper
• SetSettings(Action<ClassMappingSettings>[] o) : ClassMapper
• SetSettings(ClassMappingSettings settings) : ClassMapper
  Set Settings for mapping behavior

ClassMappingSettings

class

Configuration settings for class mapping operations that control how objects are mapped between different types. Includes options for exception handling, type conversion, async processing, custom converters, and property mapping behavior.

Constructors

• ClassMappingSettings(bool shouldEnumerateListsAsync = false, TypeConverter[] specificConverters)
  Initializes a new instance of the Object class.

Methods

• AddAllLoadedTypeConverters(Assembly[] assemblies) : ClassMappingSettings
  Fügt alle möglichen Converter der liste der zu benutzenden Konverter hinzu
• AddAssignment(MemberInfo inputProperty, MemberInfo outputProperty) : ClassMappingSettings
  Property assignment hinzufügen z.B falls properties unterschiedliche Namen haben
• AddAssignment<TInput, TResult>(Expression<Func<TInput, object>> inProp, Expression<Func<TResult, object>> outProp) : ClassMappingSettings
• AddAssignment<TResult>(MemberInfo inputProperty, Expression<Func<TResult, object>> outProp) : ClassMappingSettings
• AddConverter(Type tIn, Type tOut, Func<object, object> fn = null, bool allowAssignableInputs = false) : ClassMappingSettings
• AddConverter(TypeConverter converter) : ClassMappingSettings
  Typeconverter zu den einstellungen hinzufügen
• AddConverter<TIn, TOut>(Func<TIn, TOut> fn = null, bool allowAssignableInputs = false) : ClassMappingSettings
• AddConverters(TypeConverter[] converters) : ClassMappingSettings
  Type converter zu den einstellungen hinzufügen
• AddGlobalConverter(Type tIn, Type tOut, Func<object, object> fn = null, bool allowAssignableInputs = false) : TypeConverter
• AddGlobalConverter<TIn, TOut>(Func<TIn, TOut> fn = null, bool allowAssignableInputs = false) : TypeConverter
• AddGlobalConverters(TypeConverter[] converters) : void
  Adds one or more type converters to the global converters collection. Global converters are applied to all mapping operations unless explicitly ignored by setting IgnoreGlobalConverters to true.
• AddTypeMapping<TIn, TOut>(bool allowAssignableInputs = false) : ClassMappingSettings
  Einfaches type mapping hinzufügen bei dem dann automatisch wieder mapTo greift
• ClearGlobalConverters() : void
• IgnoreProperties(MemberInfo[] toIgnore) : ClassMappingSettings
  Die hier angegebenen Properties werden beim Mapping ignoriert
• IgnoreProperties<TInput>(Expression<Func<TInput, object>>[] toIgnore) : ClassMappingSettings
• RemoveConverter(TypeConverter converter) : ClassMappingSettings
  Typeconverter zu den einstellungen hinzufügen
• RemoveConverters(TypeConverter[] converters) : ClassMappingSettings
• RemoveGlobalConverter(TypeConverter converter) : ClassMappingSettings
  Removes a type converter from the global converters collection. Global converters are applied to all mapping operations unless explicitly ignored.
• RetrieveLoadedAssembliesTypeConverters(Assembly[] assemblies) : IList<TypeConverter>
  Liefert Alle TypeConverter
• SetAsDefault() : ClassMappingSettings

Properties

• AllowGuidConversion : bool { get; set; }
  Bei true, können int,long und string immer zu oder von Guids konvetiert werden
• AutoCheckForDataContractJsonSerializer : bool { get; set; }
  Wenn diese Option an ist wird geprüft ob bei der JSON Konvertierung ggf der DataContractJsonSerializer benutzt werden kann (dauert etwas länger)
• CanConvertFromJSON : bool { get; set; }
  Wenn diese Option an kann man aus einem JSON string per mapto das entsprechende Opjekt desirialisieren
• CheckCyclicDependencies : bool { get; set; }
  Check cyclic dependencies
• CoverUpAbstractMembers : bool { get; set; }
  Wenn true werden Abstrakte basis properties überdeckt
• Default : ClassMappingSettings { get; }
  Gets the default mapping settings instance. If no custom default has been set, creates a new instance with standard configuration.
• DefaultValueTypeValuesAsNullForNonValueTypes : bool { get; set; }
  Wenn diese Option true ist und der aktuelle wert einem default wert des valuetypes entspricht wird wenn der target type kein ValueType ist immer null zurückgeben, ansonsten wird der result type erzeugt und wenn möglich konvetiert oder zugewiesen.
• Fast : ClassMappingSettings { get; }
  Gets optimized settings for fast mapping operations. This configuration ignores exceptions, skips DataContract checks, enables async processing, and disables container resolution for improved performance.
• FormatProvider : IFormatProvider { get; set; }
• HasAssignments : bool { get; }
  Gibt an ob assignments vorhanden sind
• IgnoreExceptions : bool { get; set; }
  Gibt an, ob exceptions weitergeworfen werden sollen oder nicht
• IgnoreGlobalConverters : bool { get; set; }
  Wenn diese Option auf true steht werden die Global Konverter nicht berücksichtigt
• IncludePrivateFields : bool { get; set; }
  Wenn true, dann werden auch private Member gemapped. (wenn eine Klasse z.B für NotifyPropertyChanged viele backing fields hat, sollte diese option auf false (default) stehen)
• MatchCaseForEnumNameConversion : bool { get; set; }
  Wenn diese Option true ist muss bei string to enum Groß und kleinschreibung stimmen
• MinListCountToEnumerateAsync : int { get; set; }
  Eine liste muss min so viele einträge haben wie MinListCountToEnumerateAsync damit diese asynchron enumeriert wird
• ObjectToStringWithJSON : bool { get; set; }
  Wenn diese Option true ist wird ein Objekt per mapTo string zu einem JSON String
• SearchForTryParseInTargetTypes : bool { get; set; }
  Wenn diese Option true ist wird automatisch beim target type nach einer methode TryParse gesucht und ggf zum Konvertieren benutzt
• ServiceProvider : IServiceProvider { get; set; }
  ServiceProvider wird benutzt wenn TryContainerResolve auf true steht um das erste resolve des target typen / interface zu machen
• ShouldEnumerateListsAsync : bool { get; set; }
  Wenn auf true, werden listen asyncron befüllt, dieses ist zwar schneller, doch ist dann die Reihenfolge der liste ggf nicht die gleiche wie bei dem input objekt
• ShouldEnumeratePropertiesAsync : bool { get; set; }
  Gibt an ob Properties asncron befüllt werden sollen
• TryContainerResolve : bool { get; set; }
  Gibt an ob zum erzeugen eines Typs versucht werden soll diesen mit Unity zu resolven (schneller wenn nicht)

CollectionWatcher<T>

class

Watch Collection for Changes

Constructors

• CollectionWatcher(ICollection collection)
  Initializes a new instance of the CollectionWatcher1` class.
• CollectionWatcher(ICollection collection, bool autoStartWatching)
  Initializes a new instance of the CollectionWatcher1` class.

Methods

• Dispose() : void
• StartWatching() : void
• StopWatching() : void

Properties

• IsWatching : bool { get; }
  Determines if active or not

Events

• CountChanged : EventHandler<EventArgs<ICollection>>
  Event is raised when count changed
• ItemAdded : EventHandler<EventArgs<T>>
  Event is raised after item has been added
• ItemRemoved : EventHandler<EventArgs<ICollection>>
  WEvent is raised after item has been removed

CurrencyExchangeRateImporter

static class

No description.

Methods

• GetCurrencyExchangeRateData(DateTime fromDate, DateTime toDate, Currency sourceRateCurrency = null, bool returnAverageRate = false) : IEnumerable<CurrencyImportInformation>

CurrencyImportInformation

class

Währungsimport information einer Währung

Constructors

• CurrencyImportInformation(DateRange range, decimal rate, Currency currency, Currency sourceCurrency)
  Initializes a new instance of the CurrencyImportInformation class.
• CurrencyImportInformation(DateTime dateTime, decimal rate, Currency currency, Currency sourceCurrency)
  Initializes a new instance of the CurrencyImportInformation class.

Properties

• Currency : Currency { get; }
  Die Währung, um die es sich handelt
• Date : DateOnly { get; }
  Datum, zu dem dieser Kurs galt
• DateRange : DateRange { get; }
  Datum, zu dem dieser Kurs galt
• Rate : decimal { get; set; }
  Der Kurs der Währung (Multiplizierung mit diesem Kurs ergibt Currency als ergebnis)
• SourceCurrency : Currency { get; }
  Die Währung, auf die sich der Kurs bezieht
• SourceRate : decimal { get; }
  Der Kurs der Währung (Multiplizierung mit diesem Kurs ergibt SourceCurrency als ergebnis)

DictionaryHelper

static class

No description.

Extension methods

• ToJObject(this IDictionary<string, object> dictionary) : JObject
• ToObject(this IDictionary<string, object> dictionary, Type objectType) : object
• ToObject<T>(this IDictionary<string, object> dictionary) : T

Methods

• GetValuesDictionary<T>(Action<T> options, bool removeDefaults, BindingFlags flags = 20) : IDictionary<string, object>
• GetValuesDictionary<T>(T o, bool removeDefaults, BindingFlags flags = 20) : IDictionary<string, object>
• GetValuesDictionary<T>(bool removeDefaults, Action<T>[] options) : IDictionary<string, object>
• GetValuesFunc<T>(BindingFlags flags = 20) : Func<T, Dictionary<string, object>>

DumpHelper

static class

Helper for Dumpfiles

Methods

• CreateDump(string fileName, MinidumpType type) : void
  Create MiniDump
• MiniDumpWriteDump(IntPtr hProcess, int processId, IntPtr hFile, int dumpType, IntPtr exceptionParam, IntPtr userStreamParam, IntPtr callackParam) : bool
  Create MiniDump

EmbeddedIconInfo

struct

No description.

Fields

• FileName : string
• IconIndex : int

EncodingDetector

static class

EncodingDetector

Methods

• DetectBOMBytes(byte[] bomBytes) : Encoding
  Get BOM Bytes
• DetectTextByteArrayEncoding(byte[] textData) : Encoding
  Detects Encoding for byte array
• DetectTextByteArrayEncoding(byte[] textData, out bool hasBom) : Encoding
• DetectTextFileEncoding(FileStream inputFileStream, long heuristicSampleSize) : Encoding
  Detects Encoding for file stream
• DetectTextFileEncoding(FileStream inputFileStream, long heuristicSampleSize, out bool hasBom) : Encoding
• DetectTextFileEncoding(string inputFilename) : Encoding
  Detects Encoding for filename
• DetectUnicodeInByteSampleByHeuristics(byte[] sampleBytes) : Encoding
  Detects the unicode in byte sample by heuristics.
• GetStringFromByteArray(byte[] textData, Encoding defaultEncoding) : string
  /// string aus einem byte array im richtigem encoding liedern
• GetStringFromByteArray(byte[] textData, Encoding defaultEncoding, long maxHeuristicSampleSize) : string
  string aus einem byte array im richtigem encoding liedern

Enum<T>

static class

Enum extensions

Methods

• ConvertAll<TOutput>() : IEnumerable<TOutput>
• DescriptionFor(T value) : string
• Except(IEnumerable<T> sequence) : IEnumerable<T>
• Except(T[] sequence) : IEnumerable<T>
• GetAttributes<TAttribute>(T value) : IEnumerable<TAttribute>
• GetAttributes<TAttribute>(T value, bool inherit) : IEnumerable<TAttribute>
• GetDictionary() : IDictionary<T, string>
• GetDictionaryAttributes<TAttribute>(bool inherit = false) : Dictionary<T, IEnumerable<TAttribute>>
• GetName(T value) : string
• GetValues() : IEnumerable<T>
• Parse(string name, bool ignoreCase = false) : T
  Converts den name to enum
• ToArray() : T[]
• TryGetEnumValue(int value, out T? enumValue) : bool
• TryParse(string name, bool ignoreCase = false) : T?
  Converts den name to enum
• TryParse(string name, out T value, bool ignoreCase = false) : bool

Properties

• Values : IEnumerable<T> { get; }
  Retrieve all values of an enum as a ISet1`.

EnumExtensions

static class

No description.

Extension methods

• GetCustomAttributes<TAttribute>(this Enum val, bool inherit) : TAttribute[]
• ToDescriptionString(this Enum val) : string
• ToEnum<T>(this int intValue) : T
• ToEnum<T>(this string input) : T

Methods

• ToDictionary(Type enumType, Func<Enum, object> valueConverterFunc = null, Func<object, string> nameConverterFunc = null) : IDictionary<string, object>
• ToDictionary<TEnum>() : IDictionary<string, object>

EnvironmentHelper

static class

No description.

Methods

• RemoveVariablesAsync(ICollection<string> keys, EnvironmentVariableTarget target = 0, CancellationToken cancellationToken = null) : Task
• RemoveVariablesAsync(IDictionary<string, string> dict, EnvironmentVariableTarget target = 0, CancellationToken cancellationToken = null) : Task
• ResolveFullValue(string value) : string
• SetEnvironmentVariableWithValueReplace(string key, string value, EnvironmentVariableTarget target = 0) : void
• SetEnvironmentVariableWithValueReplaceAsync(string key, string value, EnvironmentVariableTarget target = 0, CancellationToken cancellationToken = null) : Task
• SetEnvironmentVariables(IDictionary<string, string> vars, EnvironmentVariableTarget target = 0) : void
• SetEnvironmentVariablesIfNotExistsAsync(IDictionary<string, string> vars, EnvironmentVariableTarget target = 0, CancellationToken cancellationToken = null) : Task<Dictionary<string, string>>
• SetEnvironmentVariablesIfNotExistsAsync(string key, string value, EnvironmentVariableTarget target = 0, CancellationToken cancellationToken = null) : Task<Dictionary<string, string>>

EnvironmentSetScope

class

Provides a scope for temporarily setting environment variables that are automatically restored when disposed.

Constructors

• EnvironmentSetScope(IDictionary<string, string> varsToSet)

Methods

• Dispose() : void

FileHelper

class

Provides utility methods for file and directory operations, including symbolic links, file locking detection, path manipulation, and file system operations with Windows shell integration.

Constructors

• FileHelper()

Methods

• CopyFile(string source, string dest, bool confirmOverwrites) : bool
  Verschiebt eine Datei
• CopyFolder(string sourceFolderPath, string destFolderPath, bool confirmOverwrites) : void
  Kopiert einen Ordner per API-Funktion
• CopyFolderFast(string source, string target, bool recurive = false, bool copyOnlyIfNewer = false) : void
• CreateSymbolicLink(SymbolLinkInfo info) : void
• CreateSymbolicLink(string linkName, string target) : void
• DestroyIcon(IntPtr hIcon) : int
• DirectoryExists(string path, string relativeTo = null) : bool
  Gibt an ob ein Verzeichnis existiert, und kann dabei einen relativen bzug berücksichtigen
• EnsureDirectory(string dir) : string
• ExtractIcon(int hInst, string lpszExeFileName, int nIconIndex) : IntPtr
• ExtractIconEx(string szFileName, int nIconIndex, IntPtr[] phiconLarge, IntPtr[] phiconSmall, UInt32 nIcons) : UInt32
• ExtractIconFromFile(string fileAndParam) : ValueTuple<EmbeddedIconInfo, IntPtr>
  Extract the icon from file.
• FileExists(string file, string relativeTo = null) : bool
  Gibt an ob eine Datei existiert, und kann dabei einen relativen bzug berücksichtigen
• FileIsExecutable(string path) : bool
  Prüft, ob eine Datei ausfürbar ist (.exe, .bat, etc.)
• GetAbsolutePath(string path, string basePath = null) : string
  Ermittelt für einen gegebenen relativen einen absoluten Pfad
• GetAllFiles(string path, Func<DirectoryInfo, bool> directoryConditionFn, Func<FileInfo, bool> fileConditionFn, string[] filters) : IEnumerable<FileInfo>
• GetAllFiles(string path, string[] filters) : IEnumerable<FileInfo>
• GetEmbeddedIconInfo(string fileAndParam) : EmbeddedIconInfo
  Parses the parameters string to the structure of EmbeddedIconInfo.
• GetFileDescriptionByExtension(string sExtension, out string extensionFileName) : string
• GetFileTypeAndIcon() : Hashtable
• GetMimeType(string sExtension) : string
  returns Mimetype by given extension
• GetReadableFileSize(double fileSize, bool fullName = false, Func<string, string> nameConverterFn = null) : string
• GetRelativePath(string absolutePath, bool absolutePathIsDirectory, string referencePath, bool referencePathIsDirectory) : string
  Ermittelt den relativen Pfad eines absoluten Pfades
• IsPathValid(string path) : bool
  Überprüft, ob eine Pfadangabe gültig ist
• IsSubPathOf(string path, string baseDirPath) : bool
• MoveFileOrFolder(string source, string dest, bool confirmOverwrites) : bool
  Verschiebt eine Datei
• MoveToRecycleBin(string path) : bool
  Verschiebt eine Datei in den Papierkorb
• NextAvailableFilename(string path, string numberPattern = " ({0})") : string
• OpenAs(string file) : void
  Datei öffnen als
• RemoveSymbolicLink(string linkName) : void
• SHGetFileInfo(string pszPath, UInt32 dwFileAttributes, ref ShfileInfo psfi, UInt32 cbSizeFileInfo, UInt32 uFlags) : IntPtr
• SetReadOnlyAttribute(string fullName, bool readOnly) : void
• ShellExecuteEx(ref ShellExecuteInfo lpExecInfo) : bool
• ShowProperties(FileInfo fi) : void
• ShowProperties(string path) : void
• TaskCopyDirectory(string src, string dst, bool overwriteExisting = true, bool multiTask = true, bool useWindowsCopy = false, CancellationToken cancellationToken = null) : void
• ToShortPath(string path, int length) : string
  Diese Funktion kürzt einen Pfad ab so das aus "C:\Windows\System32\Test\Test.dll" dann "C:\Windows...\Test.dll" wird.
• WhoIsLocking(string path, bool ignoreExceptions) : List<Process>
  Find out what process(es) have a lock on the specified file.

IJObjectParser

interface

Interface for parsing structured data content into JObject instances.

Methods

• Parse(string content) : JObject
  Parses the content string into a JObject.

IStructuredDataObject

interface

Represents an object that can be converted to structured data formats.

Methods

• ToString(StructuredDataType dataType) : string
  Converts the object to a string representation of the specified structured data type.

JsonDictionaryConverter

class

Provides static helpers to deal with flat dictionaries and works as official JsonConverter class to keep objects and arrays after converting

Constructors

• JsonDictionaryConverter()

Methods

• ConvertToDictionary(JObject jObject) : IDictionary<string, object>
  Converts a jObject to a hashable dictionary
• ConvertToUnflattenDictionary(IDictionary<string, string> flatDictionary) : IDictionary<string, object>
• DictionaryToJObject(IDictionary<string, object> dictionary) : JObject
• Flatten(JObject jsonObject, string separator = ".") : Dictionary<string, string>
  Creates a flat dictionary for a jObject
• Flatten(object obj, string separator = ".") : Dictionary<string, string>
  Creates a flat dictionary for an object
• SplitPath(string path) : IList<string>
• Unflatten(IDictionary<string, string> keyValues) : JObject

JsonJObjectParser

class

Parser for JSON content that converts it to JObject instances.

Constructors

• JsonJObjectParser()

Methods

• Parse(string content) : JObject
  Parses JSON content into a JObject.

JsStringBuilder

class

Kann JavaScript bauen

Constructors

• JsStringBuilder(bool minfiResult, string namespacePrefix = "")
  Initializes a new instance of the Object class.

Methods

• Append(Type type) : JsStringBuilder
  Appends the function.
• Append(string functionName, IDictionary<string, object> dictionary) : JsStringBuilder
• Append(string functionName, object obj) : JsStringBuilder
  Appends the function.
• AppendDictionary(string functionName, IDictionary<string, object> dictionary) : JsStringBuilder
• AppendFunction(Type type) : JsStringBuilder
  Appends the function.
• AppendFunction(string functionName, IDictionary<string, object> dictionary) : JsStringBuilder
• AppendFunction(string functionName, object obj) : JsStringBuilder
  Appends the function.
• AppendObjectMembers(object o, string name = "", Type memberType = null, Func<object, object> selector = null) : JsStringBuilder
• AppendStaticMembers(Type owerClassType, Type memberType = null, Func<object, object> selector = null) : JsStringBuilder
• AppendStaticMembers<T>(Func<T, object> selector = null) : JsStringBuilder
• AppendStaticMembers<TOwner, TMember>(Func<TMember, object> selector = null) : JsStringBuilder
• Ignore<T>(Expression<Func<T>>[] members) : JsStringBuilder
• ToJsonAsync(CancellationToken cancellationToken = null) : Task<string>
  Returns a string that represents the current object.

Properties

• MinifyResult : bool { get; set; }
  Gibt an ob das Ergebnis minifiziert werden soll
• NameSpacePrefix : string { get; set; }
  Prefix

MemberDistinct

enum

Specifies how to handle duplicate members during reflection operations.

Values

• ByName
  Deduplicate members by name.
• Default
  Use the default deduplication strategy.
• None
  Do not deduplicate members.
• value__

MemberMethod

enum

Specifies which member types to retrieve during reflection operations.

Values

• All
  Retrieve all member types (fields and properties).
• GetFields
  Retrieve only fields.
• GetProperty
  Retrieve only properties.
• value__

MinidumpType

enum

MinidumpType

Values

• MiniDumpFilterMemory
• MiniDumpFilterModulePaths
• MiniDumpNormal
• MiniDumpScanMemory
• MiniDumpWithCodeSegs
• MiniDumpWithDataSegs
• MiniDumpWithFullMemory
• MiniDumpWithFullMemoryInfo
• MiniDumpWithHandleData
• MiniDumpWithIndirectlyReferencedMemory
• MiniDumpWithPrivateReadWriteMemory
• MiniDumpWithProcessThreadData
• MiniDumpWithThreadInfo
• MiniDumpWithUnloadedModules
• MiniDumpWithoutOptionalData
• value__

ProcessHelper

class

Provides utility methods for working with system processes, including retrieving process information such as executable paths and command-line arguments.

Constructors

• ProcessHelper()

Methods

• GetProcesses() : IList<SmallProcessInfo>

ProcessWatcher

class

Monitors system processes and raises events when processes are started or stopped.

Constructors

• ProcessWatcher()

Methods

• Dispose() : void
• Start() : void
• Stop() : void

Events

• NewProcessesStarted : EventHandler<List<SmallProcessInfo>>
  Occurs when new processes are started.
• ProcessesStopped : EventHandler<List<SmallProcessInfo>>
  Occurs when processes are stopped.

PropertyChangedEventArgs<T>

class

PropertyChangedEventArgs

Constructors

• PropertyChangedEventArgs(string propertyName, T oldValue, T newValue, PropertyInfo propertyInfo)

Properties

• NewValue : T { get; }
  Neuer Wert der Eigenschaft
• OldValue : T { get; }
  Alter Wert der Eigenschaft
• Property : PropertyInfo { get; }
  PropertyInfo

PropertyPath<TSource>

static class

No description.

Methods

• Get<TResult>(Expression<Func<TSource, TResult>> expression) : IReadOnlyList<MemberInfo>

PropertyWatcher

class

PropertyWatcher

Constructors

• PropertyWatcher(object instance, Expression<Func<object>> prop)
• PropertyWatcher(object instance, string propertyName = "")
  Initializes a new instance of the PropertyWatcher class.

Methods

• AddAllProptertiesToWatch() : void
• AddPropertyToWatch(Expression<Func<object>> property) : void
• AddPropertyToWatch(string propertyName) : void
  Fügt eine weitere Property zur überwachung hinzu
• Dispose() : void
• StartWatching() : void
• StopWatching() : void

Properties

• IsWatching : bool { get; }
  Gibt an ob die Eigenschaft überwacht wird

Events

• PropertyChanged : EventHandler<PropertyChangedEventArgs<object>>
  Wird ausgelöst sobald sich die Eigenschaft ändert

ReflectionHelper

static class

ReflectionHelper

Extension methods

• GetFieldsRecursive(this Type type, BindingFlags flags, Func<Type, bool> continueCondition = null) : FieldInfo[]
• GetPropertiesRecursive(this Type type, BindingFlags flags, Func<Type, bool> continueCondition = null) : PropertyInfo[]
• GetSignature(this MethodInfo method, bool callable = false) : string
  Gibt die signatur der methode zur�ck
• ImplementsInterface(this Type type, Type interfaceType) : bool
  Pr�ft ob ein bestimmter Typ ein bestimmtes interface implementiert
• ToDictionary(this Type type, Func<Type, MemberInfo, bool> condition = null) : IDictionary<string, object>

Methods

• ClearTypeCache() : void
• CreateInstance(Type t, bool allowInterfacesAndAbstractClasses, bool coverUpAbstractMembers, bool checkCyclicDependencies = true, HashSet<Type> processedTypes = null) : object
• CreateInstance(Type t, bool allowInterfacesAndAbstractClasses, bool coverUpAbstractMembers, bool tryResolve, bool checkCyclicDependencies, IServiceProvider serviceProvider = null) : object
  Eine instance erzeugen
• CreateInstance(Type t, bool checkCyclicDependencies = true) : object
  Eine instance erzeugen
• CreateInstance<T>(bool allowInterfacesAndAbstractClasses, bool coverUpAbstractMembers, bool checkCyclicDependencies = true) : T
  Instanz erzeugen
• CreateInstance<T>(bool checkCyclicDependencies = true) : T
  Instanz erzeugen
• CreateInstanceFromInterfaceOrAbstractType(Type interfaceType, bool coverUpAbstractMembers, bool checkCyclicDependencies = true, HashSet<Type> processedTypes = null) : object
• CreateInstanceFromInterfaceOrAbstractType<TInterface>(bool coverUpAbstractMembers) : TInterface
  Instanz f�r interface erzeugen
• CreateTypeAndDeserialize(IDictionary<string, object> contentDict, string typeName = "", bool cacheTypes = false) : IStructuredDataObject
• CreateTypeAndDeserialize(string content, StructuredDataType structuredDataType, string typeName = "", bool cacheTypes = false) : IStructuredDataObject
• CreateTypeAndDeserialize(string content, string typeName = "", bool cacheTypes = false) : IStructuredDataObject
• CreateTypeFor(IDictionary<string, object> contentDict, string typeName = "", bool cacheTypes = false) : Type
• CreateTypeFor(string content, StructuredDataType structuredDataType, string typeName = "", bool cacheTypes = false) : Type
• CreateTypeFor(string content, string typeName = "", bool cacheTypes = false) : Type
• FindAllValuesOf<T>(object instance, ReflectReadSettings settings = null) : T[]
• FindImplementingType(Type interfaceType) : Type
  Findet den typen, der das angegebene interface implementiert
• GetCallingMethod(int skip = 0) : MethodBase
  Gibt die Methode zur�ck, von der der Aufruf der Methode, die "GetCallingMethod" aufgerufen hat kam
• GetDeclaringTypes(Type t) : Type[]
  Enthaltene typen zur�ckgeben
• GetDefaultValue(Type t) : object
  Returns the default Value
• GetProperties(object objectValue, string[] except) : Dictionary<string, object>
  Gibt alle Properties mit wert zur�ck
• GetValue(object obj, string property) : object
  Gibt den wert einer Property eines Objektes zur�ck
• SimpleCast(object o, Type targetType) : object
  Simple Implicit or Explicit cast
• SimpleCast<T>(object o) : T
  Simple Implicit or Explicit cast
• TrySimpleCast(object o, Type targetType, out object result) : bool
• TypeName(Type type) : string
  Get full type name with full namespace names

Fields

• PublicBindingFlags : BindingFlags
  PublicBindingFlags

ReflectReadSettings

class

Configuration settings for reflection-based member reading operations.

Constructors

• ReflectReadSettings()

Properties

• All : ReflectReadSettings { get; }
• AllExactType : ReflectReadSettings { get; }
• AllIsAssignableFrom : ReflectReadSettings { get; }
• AllIsAssignableTo : ReflectReadSettings { get; }
• AllPublic : ReflectReadSettings { get; }
• AllPublicExactType : ReflectReadSettings { get; }
• AllPublicIsAssignableFrom : ReflectReadSettings { get; }
• AllPublicIsAssignableTo : ReflectReadSettings { get; }
• AllWithHierarchyTraversal : ReflectReadSettings { get; }
• BindingFlags : BindingFlags { get; set; }
  Gets or sets the binding flags used to control which members are reflected.
• Default : ReflectReadSettings { get; }
  Gets the default reflection settings (public and non-public instance members).
• MemberDistinct : MemberDistinct { get; set; }
  Gets or sets the strategy for removing duplicate members.
• MemberMethod : MemberMethod { get; set; }
  Gets or sets which member types (fields, properties, or both) to retrieve.
• TraverseHierarchy : bool { get; set; }
  Gets or sets a value indicating whether to traverse the type hierarchy when reading members.
• TypeMatch : ReflectTypeMatch { get; set; }
  Gets or sets the type matching strategy to use when filtering members.

ReflectTypeMatch

enum

Specifies the type matching strategy to use when filtering reflected members.

Values

• ExactType
  Match only the exact type.
• IsAssignableFrom
  Match types that the target type is assignable from.
• IsAssignableTo
  Match types that are assignable to the target type.
• NoCheck
  Do not perform type checking.
• value__

ScriptExecutingResult

class

Represents the result of a script execution, containing the process and execution status.

Methods

• False(Process process = null) : ScriptExecutingResult
• FromResult(bool result, Process process = null) : ScriptExecutingResult
  Creates a ScriptExecutingResult from the specified result and process.
• True(Process process = null) : ScriptExecutingResult

Properties

• Process : Process { get; }
  Gets the Process object associated with the script execution.
• ProcessResult : bool { get; }
  Gets a value indicating whether the process execution was successful.

ScriptExecutionSettings

class

Configuration settings for script execution, controlling visibility, output tracking, and process behavior.

Constructors

• ScriptExecutionSettings()
• ScriptExecutionSettings(bool isHidden, bool trackLiveOutput, bool waitForProcessExit)
  Initializes a new instance of the Object class.

Properties

• Default : ScriptExecutionSettings { get; }
• DefaultWithCmd : ScriptExecutionSettings { get; }
• ExecuteWithCmd : bool { get; set; }
• IgnoreExceptions : bool { get; set; }
• IsHidden : bool { get; set; }
• NormalProcess : ScriptExecutionSettings { get; }
• OneOutputStream : ScriptExecutionSettings { get; }
• OneSafeOutputStream : ScriptExecutionSettings { get; }
• RequiresAdminPrivileges : bool { get; set; }
• TrackLiveOutput : bool { get; set; }
• WaitForProcessExit : bool { get; set; }
• WorkingDirectory : string { get; set; }

ScriptHelper

class

Provides methods for executing scripts and command-line applications with customizable execution settings, output capture, and error handling.

Constructors

• ScriptHelper()

Methods

• ExecuteScript(string fileName, string arguments, ScriptExecutionSettings settings, Action<string> onDataReceived = null, Action<string> onError = null, CancellationToken cancellationToken = null) : ScriptExecutingResult
• ExecuteScriptAsync(string fileName, string arguments, ScriptExecutionSettings settings, Action<string> onDataReceived = null, Action<string> onError = null, CancellationToken cancellationToken = null) : Task<ScriptExecutingResult>
• IsPowerShell(string filename) : bool
  Determines whether the specified file is a PowerShell script based on its extension.
• PrepareScriptVars(string scriptContent, bool removeDuplicateLines) : string

SecurityHelper

class

Provides security-related utility methods for checking user privileges and permissions.

Constructors

• SecurityHelper()

Methods

• IsCurrentProcessAdmin() : bool

ShellExecuteInfo

struct

No description.

Fields

• Class : string
• Directory : string
• File : string
• HkeyClass : IntPtr
• HotKey : UInt32
• Hwnd : IntPtr
• IDList : IntPtr
• Icon : IntPtr
• InstApp : IntPtr
• Mask : UInt32
• Monitor : IntPtr
• Parameters : string
• Show : UInt32
• Size : int
• Verb : string

ShfileInfo

struct

No description.

Fields

• dwAttributes : UInt32
• hIcon : IntPtr
• iIcon : IntPtr
• szDisplayName : string
• szTypeName : string

Shfileopstruct

struct

No description.

Fields

• fAnyOperationsAborted : bool
• fFlags : Int16
• hNameMappings : IntPtr
• hwnd : IntPtr
• lpszProgressTitle : string
• pFrom : string
• pTo : string
• wFunc : int

SimpleConvert

static class

No description.

Methods

• ConvertDataStringTo(string dataString, StructuredDataType currentDataType, StructuredDataType targetDataType) : string
• ConvertDataStringTo(string dataString, StructuredDataType target) : string
• JsonToXml(string json, string rootObjectName = "") : string
• JsonToYaml(string json) : string
• XmlToJson(string xml) : string
• XmlToYaml(string xml) : string
• YamlToJson(string yaml) : string
• YamlToXml(string yaml, string rootObjectName = "") : string

StructuredDataFormatConverter

static class

No description.

Methods

• ConvertToString(object obj, StructuredDataType dataType) : string

StructuredDataType

enum

Enumeration of supported structured data types.

Values

• Json
  JavaScript Object Notation format.
• Xml
  Extensible Markup Language format.
• Yaml
  YAML Ain't Markup Language format.
• value__

StructuredDataTypeValidator

class

Provides methods to validate and detect structured data formats (JSON, XML, YAML).

Constructors

• StructuredDataTypeValidator()

Methods

• DetectInputType(string content) : StructuredDataType?
  Detects the structured data type of the provided content.
• IsValidData(string data, StructuredDataType dataType) : bool
• IsValidJson(string data) : bool
• IsValidXml(string data) : bool
• IsValidYaml(string data) : bool
• TryDetectInputType(string content, out StructuredDataType detectedType) : bool

SystemHelper

class

Provides system-level utility methods for querying hardware and environment information.

Constructors

• SystemHelper()

Methods

• IsVirtualMachine() : bool

TypeExtender

class

Provides functionality to dynamically create and extend types at runtime using System.Reflection.Emit. This class allows you to build new types with properties, fields, and attributes programmatically.

Constructors

• TypeExtender(Type type, Type baseType = null)
  Initializes a type extender object with the name of the derived class and the base class the new class should derive from.
• TypeExtender(string className)
  Initializes a type extender object with the name of the derive class that will extend System.Object as the base class.
• TypeExtender(string className, Type baseType)
  Initializes a type extender object with the name of the derived class and the base class the new class should derive from.

Methods

• AddAttribute(Type type, object[] attributeCtorParams = null) : void
  Adds an attribute to the derived class
• AddAttribute<T>(object[] attributeCtorParams = null) : void
  Adds an attribute to the derived class
• AddField(string fieldName, Type fieldType) : void
  Adds a field to the class being extended or created
• AddField(string fieldName, Type fieldType, Dictionary<Type, List<object>> attributeTypesAndParameters) : void
• AddField(string fieldName, Type fieldType, Type attributeType, object[] attributeValues) : void
  Adds a field to the class being extended or created
• AddField<T>(string fieldName) : void
  Adds a field to the class being extended or created
• AddField<Tfield, Tattr>(string fieldName, object[] attributeValues) : void
  Adds a field to the class being extended or created
• AddProperty(IEnumerable<string> properties, IEnumerable<Type> types, bool allReadOnly) : void
• AddProperty(IEnumerable<string> propertyNames, Type propertyType) : void
• AddProperty(string propertyName, Type propertyType, IEnumerable<Tuple<Type, object[]>> attributesWithValues, bool isReadOnly = false) : void
• AddProperty(string propertyName, Type propertyType, Type attributeType, object[] attributeValues, bool isReadOnly = false) : void
  Adds a property to the class being extended or created
• AddProperty(string propertyName, Type propertyType, bool isReadOnly = false) : void
  Adds a property to the class being extended or created
• AddProperty<T>(IEnumerable<string> propertyNames) : void
• AddProperty<T>(string propertyName, IEnumerable<Tuple<Type, object[]>> attributesWithValues, bool isReadOnly = false) : void
• AddProperty<T>(string propertyName, bool isReadOnly = false) : void
  Adds a property to the class being extended or created
• AddProperty<Tproperty, Tattr>(string propertyName, object[] attributeValues, bool isReadOnly) : void
  Adds a property with a custom attribute to the class being extended or created
• FetchType() : Type
• Refresh() : void

Properties

• BaseType : Type { get; }
  Gets the base class that the derived class extends
• TypeName : string { get; }
  Gets the name of the derived class

XmlJObjectParser

class

Parser for XML content that converts it to JObject instances.

Constructors

• XmlJObjectParser()

Methods

• Parse(string content) : JObject
  Parses XML content into a JObject.

YamlJObjectParser

class

Parser for YAML content that converts it to JObject instances.

Constructors

• YamlJObjectParser()

Methods

• Parse(string content) : JObject
  Parses YAML content into a JObject.

Nextended.Core.IncludeDefinitions

AttributeIncludePathDefinition<T>

class

No description.

Constructors

• AttributeIncludePathDefinition(string group = null, int maxDepth = 6, bool includeCollections = true)

Methods

• GetPaths() : IEnumerable<string>

CompositeIncludePathDefinition

class

No description.

Constructors

• CompositeIncludePathDefinition(IIncludePathDefinition[] defs)

Methods

• GetPaths() : IEnumerable<string>

FilteredIncludePathDefinition

class

No description.

Constructors

• FilteredIncludePathDefinition(IIncludePathDefinition inner, IEnumerable<Func<string, bool>> predicates)

Methods

• GetPaths() : IEnumerable<string>

IncludeDefinitionFilterExtensions

static class

No description.

Extension methods

• Except(this IIncludePathDefinition def, IIncludePathDefinition remove) : IIncludePathDefinition
• Without(this IIncludePathDefinition def, string[] exactOrGlob) : IIncludePathDefinition
• Without<TEntity>(this IIncludePathDefinition def, Expression<Func<TEntity, object>>[] expressions) : IIncludePathDefinition
• WithoutPrefix(this IIncludePathDefinition def, string[] prefixes) : IIncludePathDefinition
• WithoutRegex(this IIncludePathDefinition def, string[] regexes) : IIncludePathDefinition
• WithoutWhere(this IIncludePathDefinition def, Func<string, bool> predicate) : IIncludePathDefinition

IncludeDefinitionFor<TEntity>

class

No description.

Constructors

• IncludeDefinitionFor()

Methods

• Include(Expression<Func<TEntity, object>> expression) : IncludeDefinitionFor<TEntity>
• Include(Expression<Func<TEntity, object>>[] expressions) : IncludeDefinitionFor<TEntity>
• IncludeAllVirtual(Func<PropertyInfo, bool> condition = null, int maxDepth = 6, bool includeCollections = true) : IncludeDefinitionFor<TEntity>
• IncludeAllWhere(Func<PropertyInfo, bool> condition, int maxDepth = 6, bool includeCollections = true) : IncludeDefinitionFor<TEntity>

IncludePathDefinition

class

No description.

Constructors

• IncludePathDefinition()

IncludePathDefinitionBase<TIncludeDefinition>

abstract class

No description.

Methods

• Exclude(IIncludePathDefinition other) : IncludePathDefinition
• GetPaths() : IEnumerable<string>
• Include(IIncludePathDefinition other) : TIncludeDefinition
• Include(IIncludePathDefinition[] other) : TIncludeDefinition
• Include(string propertyPath) : TIncludeDefinition
• Include(string[] paths) : TIncludeDefinition
• Include<T>(Expression<Func<T, object>> expression) : TIncludeDefinition
• Include<T>(Expression<Func<T, object>>[] expressions) : TIncludeDefinition
• IncludeAllVirtual(Type type, Func<PropertyInfo, bool> condition = null, int maxDepth = 6, bool includeCollections = true) : TIncludeDefinition
• IncludeAllVirtual<T>(Func<PropertyInfo, bool> condition = null, int maxDepth = 6, bool includeCollections = true) : TIncludeDefinition
• IncludeAllWhere(Type type, Func<PropertyInfo, bool> condition, int maxDepth = 6, bool includeCollections = true) : TIncludeDefinition
• IncludeAllWhere<T>(Func<PropertyInfo, bool> condition, int maxDepth = 6, bool includeCollections = true) : TIncludeDefinition
• IncludeWithPrefix(string prefix, IIncludePathDefinition other) : TIncludeDefinition
• IncludeWithPrefix<TEntity, TChild>(Expression<Func<TEntity, IEnumerable<TChild>>> navigation, IIncludePathDefinition def, Func<IIncludePathDefinition, IIncludePathDefinition> mutate) : TIncludeDefinition
• IncludeWithPrefix<TEntity, TChild>(Expression<Func<TEntity, IEnumerable<TChild>>> navigation, IIncludePathDefinition other) : TIncludeDefinition
• IncludeWithPrefix<TEntity, TChild>(Expression<Func<TEntity, TChild>> navigation, IIncludePathDefinition def, Func<IIncludePathDefinition, IIncludePathDefinition> mutate) : TIncludeDefinition
• IncludeWithPrefix<TEntity, TChild>(Expression<Func<TEntity, TChild>> navigation, IIncludePathDefinition other) : TIncludeDefinition

PrefixedIncludePathDefinition

class

No description.

Constructors

• PrefixedIncludePathDefinition(string prefix, IIncludePathDefinition inner)

Methods

• GetPaths() : IEnumerable<string>

Nextended.Core.Measurement

Measure

static class

No description.

Extension methods

• ToMeasureResult<T>(this Task<T> task, MemoryMetric memoryMetric = 1, bool precise = true) : Task<MeasureResult<T>>

Methods

• Run<T>(Func<T> func, MemoryMetric memoryMetric = 1, bool precise = true) : MeasureResult<T>
• RunAsync<T>(Func<Task<T>> func, MemoryMetric memoryMetric = 1, bool precise = true) : Task<MeasureResult<T>>

MeasureResult<T>

struct

No description.

Constructors

• MeasureResult(T Result, TimeSpan Elapsed, long AllocatedBytes)

Properties

• AllocatedBytes : long { get; set; }
• Elapsed : TimeSpan { get; set; }
• Result : T { get; set; }

MemoryMetric

enum

No description.

Values

• None
• ProcessAllocatedBytes
• ThreadAllocatedBytes
• value__

Nextended.Core.OData

ODataExtensions

static class

No description.

Extension methods

• ToFilterString(this Expression expression) : string
• ToFilterString<TSource>(this Expression<Func<TSource, bool>> expression) : string
• ToFilterString<TSource>(this IQueryable<TSource> source) : string
• ToODataModel(this IQueryable source) : ODataQueryModel
• ToODataModel<TSource>(this IQueryable<TSource> source) : ODataQueryModel
• ToSelectString<TSource>(this IQueryable<TSource> source) : string

ODataQueryModel

class

No description.

Constructors

• ODataQueryModel()

Methods

• Equals(ODataQueryModel other) : bool
• For<T>(Func<IQueryable<T>, IQueryable> action) : ODataQueryModel
• FromString(string query) : ODataQueryModel
• Parse(string s, IFormatProvider culture = null) : ODataQueryModel
• ToExpression<T>() : Expression<Func<T, bool>>
• ToQueryable<TSource, TResult>(IQueryable<TSource> source) : IQueryable<TResult>
• ToQueryable<TSource>(IQueryable<TSource> source) : IQueryable<TSource>
• ToQueryableWithSelect<TSource>(IQueryable<TSource> source) : IQueryable
• TryParse(string s, IFormatProvider culture, out ODataQueryModel res) : bool
• TryParse(string s, out ODataQueryModel res) : bool

Properties

• Filter : string { get; set; }
• FilterString : string { get; }
• FullString : string { get; }
• IsValid : bool { get; }
• OrderBy : string { get; set; }
• OrderByString : string { get; }
• Select : string { get; set; }
• SelectString : string { get; }
• Skip : string { get; set; }
• SkipString : string { get; }
• Take : string { get; set; }
• TakeString : string { get; }

Nextended.Core.Scopes

ActionScope

class

No description.

Constructors

• ActionScope(Action actionIn, Action actionOut)
• ActionScope(Action actionOut)

Methods

• Dispose() : void

PauseCheckedActionScope

class

No description.

Constructors

• PauseCheckedActionScope(Action actionIn, Action actionOut)
  Initializes a new instance.
• PauseCheckedActionScope(Action actionIn, Action actionOut, CancellationToken cancellationToken)

Methods

• Dispose() : void

Nextended.Core.Streams

HashCalculationStream

class

Stream which calculates a hash value while the data is being read from the wrapped stream.

Constructors

• HashCalculationStream(Stream sourceStream, HashAlgorithmName hashAlgorithmName, bool disposeSourceStream = true)
  Creates a new instance of HashCalculationStream

Methods

• GetHash() : byte[]

Properties

• CanRead : bool { get; }
• CanSeek : bool { get; }
• CanWrite : bool { get; }
• Length : long { get; }
• Position : long { get; set; }

HashCalculationStreamWrite

class

Stream which calculates a hash value while the data is being written to it. Useful to calculate a hash for a stream but not actually persist it somewhere.

Constructors

• HashCalculationStreamWrite(HashAlgorithmName hashAlgorithmName)
  Creates a new instance of HashCalculationStreamWrite

Methods

• GetHash() : byte[]

Properties

• CanRead : bool { get; }
• CanSeek : bool { get; }
• CanWrite : bool { get; }
• Length : long { get; }
• Position : long { get; set; }

MultiStream

class

Stream which reads data from multiple streams in sequence until all are exhausted. Supports streams which are not seekable or have an undefined length, e.g HTTP streams.

Constructors

• MultiStream(IList<Stream> sourceStreams, bool disposeSourceStreams = true)

Properties

• CanRead : bool { get; }
• CanSeek : bool { get; }
• CanWrite : bool { get; }
• Length : long { get; }
• Position : long { get; set; }

NonDisposableStream

class

Stream to wrap another stream to prevent it from being disposed

Constructors

• NonDisposableStream(Stream sourceStream)

Methods

• ForceDispose() : void

Properties

• CanRead : bool { get; }
• CanSeek : bool { get; }
• CanWrite : bool { get; }
• Length : long { get; }
• Position : long { get; set; }

Nextended.Core.TypeConverters

DateOnlyToDoubleConverter

class

No description.

Constructors

• DateOnlyToDoubleConverter(bool allowAssignableInputs)

DateTimeToDoubleConverter

class

No description.

Constructors

• DateTimeToDoubleConverter(bool allowAssignableInputs)

DoubleToDateOnlyConverter

class

No description.

Constructors

• DoubleToDateOnlyConverter(bool allowAssignableInputs)

DoubleToDateTimeConverter

class

No description.

Constructors

• DoubleToDateTimeConverter(bool allowAssignableInputs)

DoubleToTimeOnlyConverter

class

No description.

Constructors

• DoubleToTimeOnlyConverter(bool allowAssignableInputs)

DoubleToTimeSpanConverter

class

No description.

Constructors

• DoubleToTimeSpanConverter(bool allowAssignableInputs)

GenericTypeConverter<TIn, TOut>

class

Konverter mit konverter func, kann z.B für serializer und classmapper benutzt werden

Constructors

• GenericTypeConverter(Func<TIn, TOut> converterFunc, bool allowAssignableInputs)

Methods

• SetConverterFunc(Func<TIn, TOut> fn) : void

SimpleFuncConverter

class

Konverter mit konverter func, kann z.B für serializer und classmapper benutzt werden

Constructors

• SimpleFuncConverter(Type tIn, Type tOut, Func<object, object> converterFunc, bool allowAssignableInputs)

Methods

• SetConverterFunc(Func<object, object> fn) : void

TimeOnlyToDoubleConverter

class

No description.

Constructors

• TimeOnlyToDoubleConverter(bool allowAssignableInputs)

TimeSpanToDoubleConverter

class

No description.

Constructors

• TimeSpanToDoubleConverter(bool allowAssignableInputs)

Nextended.Core.Types

BaseId<T, TIdType>

abstract class

Zusammenfassung für BaseId.

Methods

• Equals(T other) : bool

Properties

• Id : TIdType { get; }
  Identifier

Currency

class

Währung

Constructors

• Currency()
• Currency(CultureInfo cultureInfo)
  Initializes a new instance of the Currency class.
• Currency(RegionInfo regionInfo)
  Initializes a new instance of the Currency class.
• Currency(string isoCode)
  Initializes a new instance of the Currency class.
• Currency(string name, string isoCode)
  Initializes a new instance of the Currency class.

Methods

• ConvertAmount(decimal amount, Currency targetCurrency, DateTime? currencyRateTargetDate = null) : Money
• CreateMoney(decimal amount) : Money
• Equals(Currency other) : bool
  Equalses the specified other.
• Find(string s) : Currency
  Versucht für den übergebenen string eine Currency zu finden
• GetCulturesForCurrencyISOCode(string isoCode) : IEnumerable<CultureInfo>
• GetCurrencyNameForISOCode(string currencyIso) : string

Properties

• AED : Currency { get; }
• AFN : Currency { get; }
• ALL : Currency { get; }
• AMD : Currency { get; }
• ANG : Currency { get; }
• AOA : Currency { get; }
• ARS : Currency { get; }
• AUD : Currency { get; }
• AWG : Currency { get; }
• AZN : Currency { get; }
• All : IEnumerable<Currency> { get; }
  Gibt alle möglichen Währungen zurück
• BAM : Currency { get; }
• BBD : Currency { get; }
• BDT : Currency { get; }
• BGN : Currency { get; }
• BHD : Currency { get; }
• BIF : Currency { get; }
• BMD : Currency { get; }
• BND : Currency { get; }
• BOB : Currency { get; }
• BRL : Currency { get; }
• BSD : Currency { get; }
• BTN : Currency { get; }
• BWP : Currency { get; }
• BYN : Currency { get; }
• BZD : Currency { get; }
• CAD : Currency { get; }
• CDF : Currency { get; }
• CHF : Currency { get; }
• CLP : Currency { get; }
• CNY : Currency { get; }
• COP : Currency { get; }
• CRC : Currency { get; }
• CUP : Currency { get; }
• CVE : Currency { get; }
• CZK : Currency { get; }
• Cultures : IEnumerable<CultureInfo> { get; }
  Gibt alle Cultures für diese Währung zurück
• DJF : Currency { get; }
• DKK : Currency { get; }
• DOP : Currency { get; }
• DZD : Currency { get; }
• EGP : Currency { get; }
• ERN : Currency { get; }
• ETB : Currency { get; }
• Euro : Currency { get; }
  Euro
• ExternalId : object { get; set; }
  ExternalId
• FJD : Currency { get; }
• FKP : Currency { get; }
• GBP : Currency { get; }
• GEL : Currency { get; }
• GGP : Currency { get; }
• GHS : Currency { get; }
• GIP : Currency { get; }
• GMD : Currency { get; }
• GNF : Currency { get; }
• GTQ : Currency { get; }
• GYD : Currency { get; }
• HKD : Currency { get; }
• HNL : Currency { get; }
• HRK : Currency { get; }
• HTG : Currency { get; }
• HUF : Currency { get; }
• IDR : Currency { get; }
• ILS : Currency { get; }
• IMP : Currency { get; }
• INR : Currency { get; }
• IQD : Currency { get; }
• IRR : Currency { get; }
• ISK : Currency { get; }
• IsValid : bool { get; }
  Gibt an ob die Währung gültig ist
• IsoCode : string { get; set; }
  ISOCurrencySymbol
• JEP : Currency { get; }
• JMD : Currency { get; }
• JOD : Currency { get; }
• JPY : Currency { get; }
• KES : Currency { get; }
• KGS : Currency { get; }
• KHR : Currency { get; }
• KMF : Currency { get; }
• KPW : Currency { get; }
• KRW : Currency { get; }
• KWD : Currency { get; }
• KYD : Currency { get; }
• KZT : Currency { get; }
• LAK : Currency { get; }
• LBP : Currency { get; }
• LKR : Currency { get; }
• LRD : Currency { get; }
• LSL : Currency { get; }
• LYD : Currency { get; }
• MAD : Currency { get; }
• MDL : Currency { get; }
• MGA : Currency { get; }
• MKD : Currency { get; }
• MMK : Currency { get; }
• MNT : Currency { get; }
• MOP : Currency { get; }
• MRU : Currency { get; }
• MUR : Currency { get; }
• MVR : Currency { get; }
• MWK : Currency { get; }
• MXN : Currency { get; }
• MYR : Currency { get; }
• MZN : Currency { get; }
• NAD : Currency { get; }
• NGN : Currency { get; }
• NIO : Currency { get; }
• NOK : Currency { get; }
• NPR : Currency { get; }
• NZD : Currency { get; }
• Name : string { get; set; }
  Name der währung
• NativeName : string { get; set; }
  Nativer Name der Währung
• OMR : Currency { get; }
• PAB : Currency { get; }
• PEN : Currency { get; }
• PGK : Currency { get; }
• PHP : Currency { get; }
• PKR : Currency { get; }
• PLN : Currency { get; }
• PYG : Currency { get; }
• QAR : Currency { get; }
• RON : Currency { get; }
• RSD : Currency { get; }
• RUB : Currency { get; }
• RWF : Currency { get; }
• Regions : IEnumerable<RegionInfo> { get; }
  enthält alle Regionen für diese Währung
• SAR : Currency { get; }
• SBD : Currency { get; }
• SCR : Currency { get; }
• SDG : Currency { get; }
• SEK : Currency { get; }
• SGD : Currency { get; }
• SHP : Currency { get; }
• SLL : Currency { get; }
• SOS : Currency { get; }
• SRD : Currency { get; }
• SSP : Currency { get; }
• STN : Currency { get; }
• SVC : Currency { get; }
• SYP : Currency { get; }
• SZL : Currency { get; }
• Symbol : string { get; set; }
  Symbol der Währung (z.b €)
• THB : Currency { get; }
• TJS : Currency { get; }
• TMT : Currency { get; }
• TND : Currency { get; }
• TOP : Currency { get; }
• TRY : Currency { get; }
• TTD : Currency { get; }
• TVD : Currency { get; }
• TWD : Currency { get; }
• TZS : Currency { get; }
• UAH : Currency { get; }
• UGX : Currency { get; }
• USD : Currency { get; }
  US-Dollar
• UYU : Currency { get; }
• UZS : Currency { get; }
• VED : Currency { get; }
• VES : Currency { get; }
• VND : Currency { get; }
• VUV : Currency { get; }
• WST : Currency { get; }
• XAF : Currency { get; }
• XCD : Currency { get; }
• XOF : Currency { get; }
• XPF : Currency { get; }
• YER : Currency { get; }
• ZAR : Currency { get; }
• ZMW : Currency { get; }
• ZWL : Currency { get; }

DataUrl

class

Represents a data URL (RFC 2397) that encodes binary data in a base64 string with an optional MIME type.

Constructors

• DataUrl(byte[] bytes, ContentType mimeType)
  Initializes a new instance of the DataUrl class with the specified bytes and MIME type.
• DataUrl(byte[] bytes, string mimeType = null)
  Initializes a new instance of the DataUrl class with the specified bytes and optional MIME type.
• DataUrl(string url)
  Initializes a new instance of the DataUrl class by parsing an existing data URL string.

Methods

• GetDataUrl(byte[] bytes, string mimeType = "application/octet-stream") : string
• GetDataUrlAsync(byte[] bytes, string mimeType = "application/octet-stream", CancellationToken ct = null) : Task<string>
• IsDataUrl(string url) : bool
• Parse(string url) : DataUrl
• TryParse(string url, out DataUrl dataUrl) : bool

Properties

• Bytes : byte[] { get; }
  Gets the binary data encoded in the data URL.
• MimeType : string { get; }
  Gets the MIME type of the data.

Date

class

Ein Datum (ohne Zeit)

Constructors

• Date(DateTime value)
  Konstruktor für Date mit DateTime
• Date(int year, int month, int day)
  Konstruktor für Date mit Jahr, Monat und Tag.

Methods

• AddDays(int value) : Date
  Addiert die Anzahl Tage zu dem Datum
• AddMonths(int value) : Date
  Addiert die Anzahl der Monate zu dem Datum
• AddYears(int value) : Date
  Addiert die Anzahl der Jahre zu dem Datum
• CompareTo(Date other) : int
• CompareTo(object obj) : int
  Compare-Methode
• GetMonthBetweenDates(Date startDate, Date endDate) : int
  Berechnet die Anzahl Monate zwischen zwei Datumsangaben

Properties

• DateTime : DateTime { get; }
  DateTime Zugriff
• Day : int { get; }
  Liefert den Tag des Monats
• Month : int { get; }
  Liefert den Monat
• Today : Date { get; }
  Date now
• Year : int { get; }
  Liefert das Jahr

EventArgs<T>

class

Generic Eventargs

Constructors

• EventArgs(T value)

Properties

• Value : T { get; }
  Gets or sets the value.

Hierarchical<T>

abstract class

No description.

Methods

• ContainsChild(T entry) : bool
• GetLoadingIndicatorItems() : HashSet<T>
• GetPathString(Func<T, string> toStringFn, string separator = "/") : string
• LoadChildren() : Task

Properties

• Children : HashSet<T> { get; set; }
• HasChildren : bool { get; }
• IsExpanded : bool { get; set; }
• IsLoading : bool { get; set; }
• LoadChildrenFunc : Func<T, CancellationToken, Task<HashSet<T>>> { get; set; }
• OnChildrenLoaded : Action<IHierarchical<T>, HashSet<T>> { get; set; }
• Parent : T { get; set; }
• Path : IEnumerable<T> { get; }

HierarchicalExtensions

static class

No description.

Extension methods

• Contains<T>(this T node, T entry) : bool
• Find<T>(this IEnumerable<T> entries, Func<T, bool> predicate) : IEnumerable<T>
• Find<T>(this T entry, Func<T, bool> predicate) : IEnumerable<T>
• GetLoadedChildren<T>(this T node) : IEnumerable<T>
• GetPathString<T>(this T node, Func<T, string> toStringFn, string separator = "/") : string
• HasChildren<T>(this T node) : bool
• IsInPathOf<T>(this T node, T entry) : bool
• NeedsLoadChildren<T>(this T node) : bool
• Path<T>(this T item) : IEnumerable<T>
• Siblings<T>(this T node) : IEnumerable<T>

IAsyncHierarchical<T>

interface

No description.

Methods

• GetLoadingIndicatorItems() : HashSet<T>
• LoadChildren() : Task

Properties

• IsLoading : bool { get; set; }
• LoadChildrenFunc : Func<T, CancellationToken, Task<HashSet<T>>> { get; }
• OnChildrenLoaded : Action<IHierarchical<T>, HashSet<T>> { get; set; }

IChildInfo

interface

No description.

Properties

• HasChildren : bool { get; }

IHierarchical<T>

interface

No description.

Properties

• Children : HashSet<T> { get; }
• Parent : T { get; }

IRangeMath<T>

interface

No description.

Methods

• Add(T value, double delta) : T
• Difference(T start, T end) : double
• FromDouble(double value) : T
• ToDouble(T value) : double

ITypeBasedId

interface

Interface für typisierte Ids

ITypeBasedId<TIdType>

interface

Interface für typisierte Ids

Properties

• Id : TIdType { get; }
  Die enthaltene echte (konkrete) Id

Money

class

Oberklasse für Geldbeträge

Constructors

• Money(decimal d, Currency currency = null)
  Konstruktor mit Betrag (nimmt Standart-Währung)

Methods

• Add(Money m1, Money m2) : Money
  + Operator zum Addieren
• Compare(Money m1, Money m2) : int
  Vergleicht zwei Money-Werte 1) beide null -> 0 2) m1 null -> -1 3) m2 null -> 1 4) sonst -> decimal.Compare
• CompareTo(object obj) : int
  Vergleicht mit dem angegebenen Objekt obj. 1) obj == null -> 1 2) obj nicht vom Type Money -> ArgumentException 3) sonst -> Money.Compare dieser und der angegebenen Money-Klasse.
• ConvertCurrency(Currency targetCurrency, DateTime currencyRateTargetDate = null) : Money
• Divide(Money m, decimal d) : Money
  Division : Money mit decimal
• EnsureSameCurrencyAs(Money other) : Money
• HasValidNumberOfDecimalPlaces() : bool
• Multiply(Money m, decimal d) : Money
  Multiplikation : Money mit decimal
• Multiply(Money m, int i) : Money
  Multiplikation : Money mit int
• Multiply(Money m1, Money m2) : Money
  Multiplikation von Money mit Money ergibt Exception! Denn : Wieviel ist 4 Euro mal 3 Euro ? Richtig: 12 Quadrateuro...
• Multiply(decimal d, Money m) : Money
  Multiplikation : decimal mit Money
• Multiply(double d, Money m) : Money
  Multiplikation : double mit Money
• Multiply(int i, Money m) : Money
  Multiplikation : int mit Money
• Negate(Money m) : Money
  - Negations-Operator
• Parse(string s, IFormatProvider culture = null) : Money
  Versucht, aus einem String einen Geldbetrag zu parsen. Zuerst wird anhand einer Liste bekannter Währungen nach einem Währungshinweis gesucht. Wird eine eindeutige Währung gefunden, so wird das Zeichen bzw. der Name entfernt und, falls keine Culture übergeben wurde, anhand eines (in der Währung hinterlegten) Standard-CultureCode eine Culture erstellt. Wird kein Währungshinweis gefunden, so wird versucht, direkt den Zahlenwert zu parsen.
• ParseOrNull(string s, IFormatProvider culture = null) : Money
  Parses a string to a Money object or returns null if the string is not parsable.
• Round() : decimal
• SetCurrency(Currency currency) : Money
• Subtract(Money m1, Money m2) : Money
  - Operator zum Subtrahieren
• TryParse(string s, IFormatProvider culture, out Money money) : bool
• TryParse(string s, out Money money) : bool

Properties

• Amount : decimal { get; }
  Betrag
• Currency : Currency { get; set; }
  Currency for this
• IsNegative : bool { get; }
  Negativer Betrag
• IsPositive : bool { get; }
  Positiver Betrag
• IsZero : bool { get; }
  Ist 0

Fields

• DECIMALS : int
  Rundungsgenauigkeit von Round()
• Zero : Money
  Nullobject für 0.0

Quote

class

Quoten

Constructors

• Quote(double value)
  Konstruktor

Methods

• Compare(Quote q1, Quote q2) : int
• CompareTo(object obj) : int
• Parse(string s) : Quote
  Parst ein Zahl
• ToString(string format, IFormatProvider formatProvider) : string

Fields

• One : Quote
  Nullobject für 1.0 = 100%
• Zero : Quote
  Nullobject für 0.0

RangeLength<T>

struct

No description.

Constructors

• RangeLength(T delta, IRangeMath<T> math = null)
• RangeLength(double delta, IRangeMath<T> math = null)

Methods

• AddTo(T value) : T
• CompareTo(RangeLength<T> other) : int
• Equals(RangeLength<T> other) : bool
• SubtractFrom(T value) : T

Properties

• Delta : double { get; }

RangeMath<T>

static class

No description.

Methods

• AddDelta(T v, double d) : T
• AddSteps(T v, RangeLength<T> step, int steps) : T
• Clamp(T v, IRange<T> bounds) : T
• Clamp<T>(T value, T min, T max) : T
• Delta(IRange<T> r) : double
• FromDouble(double d) : T
• Lerp(IRange<T> size, double pct) : T
• Percent(T v, IRange<T> size) : double
• SnapToStep(T v, IRange<T> size, RangeLength<T> step, SnapPolicy policy = 0) : T
• Span(IRange<T> r) : double
• ToDouble(T v) : double

RangeOf<T>

struct

Implementation of a range in a struct.

Constructors

• RangeOf(IRange<T> other, Func<IRange<T>, IRange<T>, double, bool> areAdjacentFncFunc = null)
• RangeOf(T start, T end, Func<IRange<T>, IRange<T>, double, bool> areAdjacentFncFunc = null)
• RangeOf(T startAndEnd, Func<IRange<T>, IRange<T>, double, bool> areAdjacentFncFunc = null)

Methods

• ClampLength(RangeLength<T> min, RangeLength<T> max) : RangeOf<T>
• Contains(T value) : bool
• Enumerate(RangeLength<T> step, bool includeEnd = true) : IEnumerable<T>
• Enumerate(bool includeEnd = true) : IEnumerable<T>
• Intersection(IRange<T> other) : IRange<T>
• Intersects(IRange<T> other) : bool
• IsAdjacent(IRange<T> other, double tolerance = 0) : bool
• IsInRange(T value) : bool
• Union(IRange<T> other) : IRange<T>

Properties

• End : T { get; }
• Length : RangeLength<T> { get; }
• Start : T { get; }

SimpleRange<T>

class

Implementation of a simple range.

Constructors

• SimpleRange(IRange<T> existing)
• SimpleRange(T start, T end)
• SimpleRange(T startAndEnd)

Methods

• ClampLength(RangeLength<T> min, RangeLength<T> max) : RangeOf<T>
• Contains(T value) : bool
• Intersection(IRange<T> other) : IRange<T>
• Intersects(IRange<T> other) : bool
• IsAdjacent(IRange<T> other, double tolerance = 0) : bool
• IsInRange(T value) : bool
• Union(IRange<T> other) : IRange<T>

Properties

• End : T { get; }
• Length : RangeLength<T> { get; }
• Start : T { get; }

SmallProcessInfo

class

Represents basic information about a running process, including its ID, executable path, and command-line arguments.

Constructors

• SmallProcessInfo()

Properties

• CommandLine : string { get; set; }
  Gets or sets the command-line arguments used to start the process.
• FileName : string { get; }
  Gets the file name (without path) of the process executable.
• Id : int { get; set; }
  Gets or sets the process ID.
• Path : string { get; set; }
  Gets or sets the full path to the process executable.
• Process : Process { get; set; }
  Gets or sets the Process object.

SnapPolicy

enum

No description.

Values

• Ceiling
• Floor
• Nearest
• value__

SuperType<T>

abstract class

SuperType base class for supertype pattern instead of enum

Methods

• CompareTo(SuperType<T> other) : int
• Equals(SuperType<T> other) : bool
• Equals(T other) : bool
• Equals(int other) : bool
  Equalses the specified other.
• Get(int id) : T
  Indexer
• Get(string identifier) : T
  Identifier
• GetResourceName() : string

Properties

• All : T[] { get; }
  List of all member
• Description : string { get; }
  Description
• Id : int { get; }
  Id
• Identifier : string { get; }
  Identifier
• Name : string { get; }
  Name

SymbolLinkInfo

class

Represents information about a symbolic link, including the link path and its target.

Constructors

• SymbolLinkInfo(string linkName, string target)
  Initializes a new instance of the SymbolLinkInfo class.

Properties

• LinkName : string { get; }
  Gets the path to the symbolic link.
• Target : string { get; }
  Gets the target path that the symbolic link points to.

Nextended.Core.Types.Ranges

DateRange

class

A date (without time) range.

Constructors

• DateRange(DateOnly start, DateOnly end)
• DateRange(DateOnly startAndEnd)

DateRangeLegacy

class

Zeitbereich zwischen zwei Dates

Constructors

• DateRangeLegacy(Date startDate, Date endDate)
  Konstruktor

Properties

• EndDate : Date { get; }
  Ende
• StartDate : Date { get; }
  Beginn

DateTimeRange

class

No description.

Constructors

• DateTimeRange(DateTime start, DateTime end)
• DateTimeRange(DateTime startAndEnd)

TimeRange

class

No description.

Constructors

• TimeRange(TimeOnly start, TimeOnly end)
• TimeRange(TimeOnly startAndEnd)

TimeSpanRange

class

No description.

Constructors

• TimeSpanRange(TimeSpan start, TimeSpan end)
• TimeSpanRange(TimeSpan startAndEnd)

Nextended.Core.Types.Ranges.Math

DateOnlyRangeMath

class

No description.

Constructors

• DateOnlyRangeMath()

Methods

• Add(DateOnly v, double d) : DateOnly
• Difference(DateOnly s, DateOnly e) : double
• FromDouble(double d) : DateOnly
• ToDouble(DateOnly v) : double

DateTimeRangeMath

class

No description.

Constructors

• DateTimeRangeMath()

Methods

• Add(DateTime value, double delta) : DateTime
• Difference(DateTime start, DateTime end) : double
• FromDouble(double value) : DateTime
• ToDouble(DateTime value) : double

NumericRangeMath<T>

class

No description.

Constructors

• NumericRangeMath()

Methods

• Add(T value, double delta) : T
• Difference(T start, T end) : double
• FromDouble(double value) : T
• ToDouble(T value) : double

RangeMathFactory

static class

No description.

Methods

• For<T>() : IRangeMath<T>

TimeOnlyRangeMath

class

No description.

Constructors

• TimeOnlyRangeMath()

Methods

• Add(TimeOnly v, double d) : TimeOnly
• Difference(TimeOnly s, TimeOnly e) : double
• FromDouble(double d) : TimeOnly
• ToDouble(TimeOnly v) : double

TimeSpanRangeMath

class

No description.

Constructors

• TimeSpanRangeMath()

Methods

• Add(TimeSpan v, double d) : TimeSpan
• Difference(TimeSpan s, TimeSpan e) : double
• FromDouble(double d) : TimeSpan
• ToDouble(TimeSpan v) : double

UniversalRangeMath<T>

class

No description.

Constructors

• UniversalRangeMath()

Methods

• Add(T value, double delta) : T
• Difference(T start, T end) : double
• FromDouble(double value) : T
• ToDouble(T value) : double

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