AbstractFtpClient.change§.changeDir
AbstractFtpClient.changeDir(Str dir) Same # Change the remote directory.
AbstractFtpClient.close() Nil # Close connection
AbstractFtpClient.connect() Same # Connect to the server
AbstractFtpClient.current() Str # Return the current remote working directory.
AbstractFtpClient.delete(Str|FtpPath file) Same # Delete a single file or directory from the remote server.
AbstractFtpClient.dir§.current
AbstractFtpClient.fetch(Str|FtpPath file, Dir destination) File # Fetch a single file from the server and put it in this directory.
AbstractFtpClient.fetch(Str|FtpPath file) File # Fetch a single file from the server
AbstractFtpClient.list() List # Returns a List with all Files in the current remote working directory.
AbstractFtpClient.makeDir(Str dir) Same # Create remote directory.
AbstractFtpClient.make§.makeDir
AbstractFtpClient.send(File file) Same # Send file to remote server.
AbstractFtpClient.send(Str file) Same # Send file to remote server.
AbstractFtpClient.system() Str # Return informations about the remote system.
Async.run(???) ??? # 
Atomic.>§.isGreater
Atomic.isGreater(Atomic other) Bool # Returns true if the this object is greater than 'other'
Atomic.>=§.isGreaterOrEqual
Atomic.isGreaterOrEqual(Atomic other) Bool # Returns true if the this object is greater or equal than 'other'
Atomic.<§.isLess
Atomic.isLess(Atomic other) Bool # Returns true if the this object is lesser than 'other'
Atomic.<=§.isLessOrEqual
Atomic.isLessOrEqual(Atomic other) Bool # Returns true if the this object is lesser or equal than 'other'
Atomic.length() Int # Returns the amount of chars
Atomic.len§.length
Atomic.MAX_VALUE() Atomic # Returns the maximum value of this type.
Atomic.MIN_VALUE() Atomic # Returns the minimum value of this type.
Atomic.toBigDec() BigDec # Convert atomic object to a big decimal number.
Atomic.toBigInt() BigInt # Convert atomic object to a big integer number.
Atomic.toBool() Bool # Convert atomic object to a boolean value.
Atomic.toByte() Byte # Convert atomic object to a byte number.
Atomic.toChar() Char # Convert atomic object to a Character.
Atomic.toDec() Dec # Convert atomic object to a decimal number.
Atomic.toDouble() Double # Convert atomic object to a double decimal number.
Atomic.toFloat() Float # Convert atomic object to a floating decimal number.
Atomic.toInt() Int # Convert atomic object to a integer number.
Atomic.toJava() Java # Convert atomic object to a Java Object.
Atomic.toJava() Java # Converts this object to a Java-Object.
Atomic.->§.toKeyValue
Atomic.toKeyValue() KeyValue # Creates a KeyValue-Object
Atomic.toLong() Long # Convert atomic object to a long number.
Atomic.toShort() Short # Convert atomic object to a short number.
BaseCodec.decode(ByteArray|Str data) ByteArray # Decode a encoded ByteArray or a String.
BaseCodec.encode(ByteArray|Str data) Str # Encode a ByteArray or a String.
Bool.§.^(???)???
Bool.!&#94;&#94;§.xnor
Bool.&#94;&#94;§.xor
Bool.+§.add
Bool.add(Atomic a) Atomic # 
Bool.&&§.and
Bool.and(Bool b) Bool # Logical "And"
Bool.else(Bool b) Bool # Execute the block, if the current value is false and 'b' is true. Returns 'true' if the block was executed.
Bool.else() Bool # If the current object is 'false', execute the block and send a 'true' to the stream. Otherwise the result will be 'false'.
Bool.!&&§.nand
Bool.nand(Bool b) Bool # Logical "Not And" (NAND
Bool.!||§.nor
Bool.nor(Bool b) Bool # Logical "Not Or" (NOR)
Bool.!§.not
Bool.not() Bool # Inverts the current bool value
Bool.||§.or
Bool.or(Bool b) Bool # Logical "Or"
Bool.xnor(Bool b) Bool # Logical "Not Xor" (XNOR)
Bool.xor(Bool b) Bool # Logical "Xor"
BrickLinkAPI.addHttpProperty(Str key, Str value) Same # Add a HTTP-Property to the next request. [Experimental]
BrickLinkAPI.calls§.getCallsTotal
BrickLinkAPI.callsSuccess() Int # Returns the amount of successful calls to BrickLink.
BrickLinkAPI.callsTotal() Int # Returns the total amount of calls to BrickLink.
BrickLinkAPI.createCoupon(Map data) Map # Create a coupon.
BrickLinkAPI.createInventory(Map properties) Map # Create a new inventory.
BrickLinkAPI.deleteCoupon(IntNumber couponId) Object # Delete a coupon. [Experimental]
BrickLinkAPI.deleteInventory(IntNumber lot) Map # Delete a single inventory by 'lot' number.
BrickLinkAPI.fetchCategories() Table # Fetch a table with (category_id, parent_id, category_name).
BrickLinkAPI.fetchCategory(IntNumber id) Map # Fetch informations about a category.
BrickLinkAPI.fetchColor(IntNumber colorId) Map # Fetch informations about a color.
BrickLinkAPI.fetchColorList() List # Fetch a list with all available colors.
BrickLinkAPI.fetchColors§.getColorList
BrickLinkAPI.fetchCoupon(IntNumber couponID) Map # Fetch informations about a coupon.
BrickLinkAPI.fetchCouponsIn() List # Fetch a list of all incoming coupons.
BrickLinkAPI.fetchCouponsIn(Str status) List # Fetch a list of all incoming coupons with given status.
BrickLinkAPI.fetchCouponsOut() List # Fetch a list of all outgoing coupons.
BrickLinkAPI.fetchCouponsOut(Str status) List # Fetch a list of all outgoing coupons with given status.
BrickLinkAPI.fetchFeedback(IntNumber feedbackID) Map # Fetch a single feedback.
BrickLinkAPI.fetchFeedbacksIn() List # Fetch incoming feedbacks
BrickLinkAPI.fetchFeedbacksOut() List # Fetch sent feedbacks
BrickLinkAPI.fetchImage§.getItemImage
BrickLinkAPI.fetchInventories() List # Fetch a list with all inventories.
BrickLinkAPI.fetchInventories(Map filter) List # Fetch a list with all inventories, which match the given filter.
BrickLinkAPI.fetchInventory(IntNumber lot) Map # Fetch a single inventory by 'lot' number.
BrickLinkAPI.fetchItemImage(Str type, Atomic no) Image # Fetch the image of an item.
BrickLinkAPI.fetchItemImage(Str type, Atomic no, IntNumber color) Image # Fetch the image of an item in the selected color.
BrickLinkAPI.fetchItem(Str type, Atomic no) Map # Fetch item information by 'type' (like 'PART') and 'number' (like '3001').
BrickLinkAPI.fetchKnownColors(Str type, Atomic no) List # Fetch a list of all known colors of the given item.
BrickLinkAPI.fetchKnownColorValues(Str type, Atomic no) Object # Fetch a table with all known colors and values of the given item.
BrickLinkAPI.fetchMemberRating(Str member) Map # Fetch the rating of a member.
BrickLinkAPI.fetchOrderFeedback(IntNumber orderId) List # Fetch feedback to order.
BrickLinkAPI.fetchOrder(IntNumber orderId) Map # Fetch order informations.
BrickLinkAPI.fetchOrderItems(IntNumber orderId) List # Fetch a list of all order items.
BrickLinkAPI.fetchOrderMessages(IntNumber orderId) List # Fetch all order messages.
BrickLinkAPI.fetchOrdersIn(Bool filed) List # Fetch incoming orders, but only filed or not filed.
BrickLinkAPI.fetchOrdersIn(Bool filed, Object status) List # Fetch incoming orders that match to the given arguments.
BrickLinkAPI.fetchOrdersIn() List # Fetch all incoming orders.
BrickLinkAPI.fetchOrdersOut(Bool filed) List # Fetch outgoing orders, but only filed or not filed.
BrickLinkAPI.fetchOrdersOut(Bool filed, Object status) List # Fetch outgoing orders that match to the given arguments.
BrickLinkAPI.fetchOrdersOut() List # Fetch all outgoing orders.
BrickLinkAPI.fetchPriceGuide(Str type, Atomic no, IntNumber color_id, Bool new_or_used, Bool, sold_or_stock, Map propertys) Map # Fetch the price guide information of a item.
BrickLinkAPI.fetchShippingMethod(IntNumber methodId) Map # Fetch informations about a shipping method.
BrickLinkAPI.fetchShippingMethodList() List # Fetch a list with all shipping methods.
BrickLinkAPI.fetchShippingMethods§.getShippingMethodList
BrickLinkAPI.fetchSubsets§.getSubSets
BrickLinkAPI.fetchSubSets(Str type, Atomic no, IntNumber colorId, Bool withBox, Bool withInstruction, Bool breakMinifigs, Bool breakSubSets) List # Fetch all sub sets.
BrickLinkAPI.fetchSubSets(Str type, Atomic no, IntNumber colorId) List # Fetch all sub sets.
BrickLinkAPI.fetchSubSets(Str type, Atomic no) List # Fetch all sub sets.
BrickLinkAPI.fetchSupersets§.getSuperSets
BrickLinkAPI.fetchSuperSets(Str type, Atomic no, IntNumber colorId) List # Fetch a list with all super sets of the given item and color.
BrickLinkAPI.fetchSuperSets(Str type, Atomic no) List # Fetch a list with all super sets of the given item.
BrickLinkAPI.fetchThumbnail(Str type, Str no, IntNumber color_id) Image # Fetch a thumbnail image.
BrickLinkAPI.fetchThumbnailURL(Str type, Str no, IntNumber color_id) Str # Fetch the URL of a thumbnail image.
BrickLinkAPI.orderSendDriveThru(IntNumber orderId, Bool mailMe) List # Send 'DriveThru'-Email of a order.
BrickLinkAPI.postFeedback(IntNumber orderID, IntNumber rating, Str comment) Map # Post feedback.
BrickLinkAPI.replyFeedback(IntNumber feedbackID, Str reply) Object # Reply a feedback.
BrickLinkAPI.setAuth(Str consumerKey, Str consumerSecret, Str tokenValue, Str tokenSecret) Same # Set consumer keys and access token.
BrickLinkAPI.setConsumer(Str key, Str secret) Same # Set the consumer access keys.
BrickLinkAPI.setLimit(IntNumber max) Same # Set a maximal connection limit.
BrickLinkAPI.setProxy(Str url, Str key) Same # Set Proxy configuration. [Experimental]
BrickLinkAPI.setToken(Str value, Str secret) Same # Set the access token.
BrickLinkAPI.updateInventory(Atomic id, Map to_set) Map # Update a single inventory.
BrickLinkAPI.updateOrder(IntNumber orderId, Map properties) List # Update the properties of a single order
BrickLinkAPI.updateOrderPayment(IntNumber orderId, Str status) List # Update the payment status of a single order.
BrickLinkAPI.updateOrderStatus(IntNumber orderId, Str status) List # Update the status of a single order.
ByteArray.+§.add
ByteArray.add(Byte... b) ByteArray # Create a new ByteArray, with added bytes.
ByteArray.append§.add
ByteArray.arrange(Charset cs) Str # Converts this ByteArray to a String by using a Charset.
ByteArray.arrange() Str # Converts this ByteArray to a String by using the default Charset.
ByteArray.begin(Byte b) ByteArray # Return a new ByteArray, where 'b' was inserted at the first position.
ByteArray.++§.concat
ByteArray.concat(ByteArray other) ByteArray # Creates a new ByteArray with concated current items and the items of the other Array.
ByteArray.contains(Byte search) Bool # Returns true, if this ByteArray contains 'search'.
ByteArray.cut(Int start, Int len) ByteArray # Return a new ByteArray from start position 'len' bytes.
ByteArray.-§.delete
ByteArray.delete(Int pos) ByteArray # Create a new ByteArray where item at 'pos' is removed
ByteArray.each() Byte # Walk throw each item
ByteArray.end(Int pos) ByteArray # Return a copy of this ByteArray, up to position 'pos'
ByteArray.expandLeft(Int length) ByteArray # Create a copy of this array and add 'length' fields to the left side
ByteArray.expandRight(Int length) ByteArray # Create a copy of this array and add 'length' fields to the right side
ByteArray.fill§.init
ByteArray.init(Byte b) Same # Init all values of this ByteArray with 'b'.
ByteArray.insert(Byte b, IntNumber position) ByteArray # Create new ByteArray where 'b' is inserted at 'position'
ByteArray.left(Int len) ByteArray # Return a new ByteArray with 'len' items starting from the first.
ByteArray.part(Int start, Int end) ByteArray # Return a copy of all items between 'start' and 'end'.
ByteArray.right(Int len) List # Return a new ByteArray with 'len' items up to the last.
ByteArray.searchFirst(Byte search) Int # Returns the first position of this Byte, 'nil' if nothing is found.
ByteArray.searchLast(Byte search) Int # Returns the last position of this Byte, 'nil' if nothing is found.
ByteArray.search§.searchFirst
ByteArray.start(Int pos) ByteArray # Return a copy of this ByteArray, starting at position 'pos'
ByteArray.toByte() Byte # Converts a ByteArray with length of 1 to a Byte.
ByteArray.toInt() Int # Converts a ByteArray with length of 4 to a Int.
ByteArray.toList() List # Convert this ByteArray to a List
ByteArray.toLong() Long # Converts a ByteArray with length of 8 to a Long.
ByteArray.toShort() Short # Converts a ByteArray with length of 2 to a Short.
ByteArray.toStrHex() Str # Converts this ByteArray to a Hex-String.
Char.alphabet() Int # Return the position of this char in the english alphabet. If the character is not a letter in the alphabet, -1 is returned.
Char.--§.dec
Char.dec() Char # Decrement char by 1
Char.dec(IntNumber value) Char # Decrement char by value
Char./§.div
Char.div() Object # Leads to an error, because a single char currently can't divided.
Char.++§.inc
Char.inc() Char # Increment char by 1
Char.inc(IntNumber value) Char # Increment char by value
Char.isLetter() Bool # Returns true, if this char is a Letter (a-z and A-Z)
Char.ord() Int # Return the Unicode integer value
Chars.+§.add
Chars.add(Object... o) Str # Add Objects and return the new created string
Chars.append§.add
Chars.caseDown() Chars # Change all chars to lower case
Chars.caseUp() Chars # Change all chars to upper case
Chars.change(IntNumber pos, Char c) Chars # Replaces char at position pos with c
Chars.charAt(IntNumber pos) Char # Returns the char at position pos
Chars.char§.charAt
Charset.ASCII  # 
Charset.CP_1252  # 
Charset.CP1252  # 
Charset.CP_850  # 
Charset.CP850  # 
Charset.ISO_8859_1  # 
Charset.ISO8859_1  # 
Charset.ISO_8859_15  # 
Charset.ISO8859_15  # 
Charset.US_ASCII  # 
Charset.UTF_16  # 
Charset.UTF16  # 
Charset.UTF_16BE  # 
Charset.UTF16BE  # 
Charset.UTF_16LE  # 
Charset.UTF16LE  # 
Charset.UTF_8  # 
Charset.UTF8  # 
Chars.get§.charAt
Chars.isBlank() Bool # Returns true, if the Char/Str contains only whitespaces or is empty
Chars.isCaseDown() Bool # Returns true, if the char is a lower case letter (a-z)
Chars.isCaseUp() Bool # Returns true, if the char is a upper case letter (A-Z)
Chars.isNumber() Bool # Returns true, if this char is a Number (0-9)
Chars.lower§.caseDown
Chars.*§.mul
Chars.mul(IntNumber i) Str # Multiplys the string or char
Chars.pull(IntNumber pos) Char # Returns the char at position pos. If pos is unreachable, Nil will be returned.
Chars.select(IntNumber pos...) List # Returns a list with all items from 'pos'.
Chars.selectLazy(IntNumber pos...) List # Returns a list with all items from 'pos'. If one position is out of bounds, fill it with Nil.
Char.-§.sub
Char.sub() Object # Leads to an error. Please use '.dec' or '--'
Chars.update(IntNumber pos...) Str # Returns a list with all items from 'pos'.
Chars.updateLazy(IntNumber pos...) Str # Returns a list with all items from 'pos'. If one position is out of bounds, fill it with Nil.
Chars.upper§.caseUp
Char.toUnicode() Str # Generates a String with the representing Unicode-Value
Char.unicode§.toUnicode
Cipher.decrypt(ByteArray data) ByteArray # Decrypt a ByteArray.
Cipher.encrypt(ByteArray data) ByteArray # Encrypt a ByteArray.
Cipher.setKey(ByteArray bytes) Same # Set the key code as a ByteArray.
Cmd.buffer() FunctionList # Executes the command, wait and return FunctionList
Cmd.error() Str # Executes the command, wait and return the error stream
Cmd.exec§.live
Cmd.forget() Nil # Executes the command in background, hides the output and returns Nil
Cmd.live() Int # Executes the command and returns the exit value
Cmd.output() Str # Execute the command and return the output from StdOut as Str
Cmd.wait() Int # Execute the command, wait until its finished and return the exit value
Color.BLACK() ColorRGB # Color: Black
Color.BLUE() ColorRGB # Color: Blue
Color.CYAN() ColorRGB # Color: Cyan
Color.DARK_GRAY() ColorRGB # Color: Dark gray
Color.GRAY() ColorRGB # Color: Gray
Color.GREEN() ColorRGB # Color: Green
ColorHSL.hue() Int # Returns the hue.
ColorHSL.lightness() Dec # Returns the lightness as decimal number from 0 to 1.
ColorHSL.saturation() Dec # Returns the saturation as decimal number from 0 to 1.
ColorHSV.brightness() Dec # Returns the brightness/value as decimal number from 0 to 1.
ColorHSV.hue() Int # Returns the hue.
ColorHSV.saturation() Dec # Returns the saturation as decimal number from 0 to 1.
ColorHSV.value§.brightness
Color.LIGHT_GRAY() ColorRGB # Color: Light gray
Color.MAGENTA() ColorRGB # Color: Magenta
Color.ORANGE() ColorRGB # Color: Orange
Color.PINK() ColorRGB # Color: Pink
Color.RED() ColorRGB # Color: Red
ColorRGB.blue() Int # Get value of the blue color
ColorRGB.green() Int # Get value of the green color
ColorRGB.red() Int # Get value of the red color
ColorRGB.toHtml() Str # Get the color as HTML-Encoding.
Color.toHSL() ColorHSL # Convert the current color to HSL-Colorspace.
Color.toHsl§.toHSL
Color.toHSV() ColorHSV # Convert the current color to HSV-Colorspace.
Color.toHsv§.toHSV
Color.toRGB() ColorRGB # Convert the current color to RGB-Colorspace.
Color.toRgb§.toRGB
Color.WHITE() ColorRGB # Color: White
Color.YELLOW() ColorRGB # Color: Yellow
Count.each() Atomic # Execute block and stream with every value.
Count.toList() List # Create a new List with all values
Css.export() Str # Export to CSS.
Csv.append(Str|File file, Table data) Same # Appends a table to a file.
Csv.parseBody§.parseData
Csv.parseData(Str s) Table # Parse all lines without the first line of an csv-string.
Csv.parseHead(Str s) List # Parse the first line of an csv-string.
Csv.parse(Str s) Table # Parse the complete csv-string.
Csv.readBody§.readData
Csv.readData(Str|File file) Table # Read all lines without the first line of an csv-file.
Csv.readHead(Str|File file) List # Read the first line of an csv-file.
Csv.read(Str|File file) Table # Read the complete csv-file.
Csv.writeFull(Str|File file, Table data) Same # Write a table with title header to a file
Csv.write(Str|File file, Table data) Same # Write a table of data to a file
Cycle.@cycle  # This event will be executed at every cycle.
Cycle.start(IntNumber millisec) Same # Start the timer.
Cycle.stop() Same # Stop the timer.
Date.addDay§.addDays
Date.addDays(IntNumber days) Date # Return a new date object with days added
Date.addMonth§.addMonths
Date.addMonths(IntNumber months) Date # Return a new Date-Object with added months
Date.addYear§.addYears
Date.addYears(IntNumber years) Date # Return a new Date-Object with added years
Date.combine(Time time) DateTime # Combine date and time to a new DateTime
Date.>=(Date other) Bool # Is this date greater or equal the other?
Date.>(Date other) Bool # Is this date greater than the other?
Date.<=(Date other) Bool # Is this date lesser or equal the other?
Date.<(Date other) Bool # Is this date lesser than the other?
Date.dayOfWeek() Int # Gets the day of the week. 1 = Monday, 7 = Sunday
Date.diffDays(Date other) Int # Gets the difference of days to another date
Date.diff§.diffDays
Date.diffMonths(Date other) Int # Gets the difference of month to another date
Date.diffYears(Date other) Int # Gets the difference of years to another date
Date.getDay() Int # Gets the day of this date
Date.getMonth() Int # Gets the month of this date
Date.getYear() Int # Gets the year of this date
Date.setDay(IntNumber day) Date # Return a new Date-Object with changed day
Date.setMonth(IntNumber month) Date # Return a new Date-Object with changed month
Date.setYear(IntNumber year) Date # Return a new Date-Object with changed year
Date.subDays(IntNumber days) Date # Return a new date object with days subtracted
Date.subDay§.subDays
Date.subMonths(IntNumber months) Date # Return a new date object with months subtracted
Date.subMonth§.subMonths
Date.subYears(IntNumber years) Date # Return a new date object with years subtracted
Date.subYear§.subYears
DateTime.addDay§.addDays
DateTime.addDays(IntNumber days) DateTime # Return a new DateTime with days added
DateTime.addHour§.addHours
DateTime.addHours(IntNumber hours) DateTime # Return a new DateTime with hours added
DateTime.addMin§.addMinutes
DateTime.addMinutes(IntNumber minutes) DateTime # Return a new DateTime with minutes added
DateTime.addMonth§.addMonths
DateTime.addMonths(IntNumber months) DateTime # Return a new Date-Object with added months
DateTime.addSec§.addSeconds
DateTime.addSeconds(IntNumber seconds) DateTime # Return a new DateTime with seconds added
DateTime.addTime(Time time) DateTime # Return a new DateTime with given hours, minutes, seconds and milliseconds added
DateTime.addYear§.addYears
DateTime.addYears(IntNumber years) DateTime # Return a new Date-Object with added years
DateTimeBase.+§.add
DateTimeBase.add(Number num) DateTimeBase # Create a copy with 'num' added.
DateTimeBase.--§.dec
DateTimeBase.dec() DateTimeBase # Creates a new Object for the prior day.
DateTimeBase.dec(IntNumber n) DateTimeBase # Creates a new Date-Object with n days prior.
DateTimeBase.++§.inc
DateTimeBase.inc() DateTimeBase # Creates a new Object for the next day.
DateTimeBase.inc(IntNumber n) DateTimeBase # Creates a new Object with n days ahead.
DateTimeBase.>§.isGreater
DateTimeBase.isGreater(DateTimeBase other) Bool # Is this greater than the other?
DateTimeBase.>=§.isGreaterOrEqual
DateTimeBase.isGreaterOrEqual(DateTimeBase other) Bool # Is this greater or equal the other?
DateTimeBase.<§.isLess
DateTimeBase.isLess(DateTimeBase other) Bool # Is this lesser than the other?
DateTimeBase.<=§.isLessOrEqual
DateTimeBase.isLessOrEqual(DateTimeBase other) Bool # Is this lesser or equal the other?
DateTimeBase.limit(DateTimeBase min, DateTimeBase max) DateTimeBase # Limits this Date, Time or DateTime to a upper and lower level.
DateTimeBase.styleDE() Str # Converts this date to a string with german notation (ISO 5008)
DateTimeBase.styleEN() Str # Converts this date to a string with english notation
DateTimeBase.style(Str style) Str # Converts this datetime like 'style' to an String
DateTimeBase.styleUS() Str # Converts this date to a string with american notation
DateTimeBase.-§.sub
DateTimeBase.sub(Number num) DateTimeBase # Create a copy with 'num' subtracted.
DateTimeBase.toMilliSeconds() Long # Converts the object to a representing milliseconds value.
DateTimeBase.toMilliSec§.toMilliSeconds
DateTimeBase.toMSec§.toMilliSeconds
DateTimeBase.toStrDE§.styleDE
DateTimeBase.toStrEN§.styleDE
DateTimeBase.toStrFull() Str # Returns the string representation including milliseconds.
DateTimeBase.toStrUS§.styleDE
DateTime.date() Date # Gets a date object
DateTime.dayOfWeek() Int # Gets the day of the week. 1 = Monday, 7 = Sunday
DateTime.diffDays(DateTime other) Int # Gets the difference of days to another DateTime
DateTime.diff§.diffMilliSeconds
DateTime.diffHours(DateTime other) Long # Gets the difference of hours to another DateTime
DateTime.diffMilliSeconds(DateTime other) Long # Gets the difference of seconds to another DateTime
DateTime.diffMinutes(DateTime other) Long # Gets the difference of minutes to another DateTime
DateTime.diffMSec§.diffMilliSeconds
DateTime.diffSeconds(DateTime other) Long # Gets the difference of seconds to another DateTime
DateTime.getDay() Int # Gets the day of this datetime
DateTime.getHour§.getHours
DateTime.getHours() Int # Gets the hours of this datetime
DateTime.getMin§.getMinutes
DateTime.getMinutes() Int # Gets the minutes of this datetime
DateTime.getMonth() Int # Gets the month of this datetime
DateTime.getSec§.getSeconds
DateTime.getSeconds() Int # Gets the seconds of this datetime
DateTime.getYear() Int # Gets the year of this datetime
DateTime.setDay(IntNumber day) DateTime # Return a new Date-Object with changed day
DateTime.setHour(IntNumber hour) DateTime # Return a new Date-Object with changed hour
DateTime.setMinute(IntNumber minute) DateTime # Return a new Date-Object with changed year
DateTime.setMonth(IntNumber month) DateTime # Return a new Date-Object with changed month
DateTime.setSecond(IntNumber second) DateTime # Return a new Date-Object with changed year
DateTime.setYear(IntNumber year) DateTime # Return a new Date-Object with changed year
DateTime.subDays(IntNumber days) DateTime # Return a new Date-Object with days subtracted
DateTime.subDay§.subDays
DateTime.subHours(IntNumber hours) DateTime # Return a new Date-Object with hours subtracted
DateTime.subHour§.subHours
DateTime.subMin§.subMinutes
DateTime.subMinutes(IntNumber minutes) DateTime # Return a new Date-Object with minutes subtracted
DateTime.subMonths(IntNumber months) DateTime # Return a new Date-Object with months subtracted
DateTime.subMonth§.subMonths
DateTime.subSeconds(IntNumber seconds) DateTime # Return a new DateTime with seconds subtracted
DateTime.subSec§.subSeconds
DateTime.subTime(Time time) DateTime # Return a new DateTime with given hours, minutes, seconds and milliseconds subtracted
DateTime.subYears(IntNumber years) DateTime # Return a new Date-Object with years subtracted
DateTime.subYear§.subYears
DateTime.time() Time # Gets a time object
DateTime.weekDay§.getDayOfWeek
Date.weekDay§.dayOfWeek
DBResult.asBool(Bool column) Bool # Return the object from the given column as Bool.
DBResult.asBool() Bool # Returns the first object as Bool.
DBResult.asBool(IntNumber num) Bool # Returns the object from column 'num' as Bool.
DBResult.asDec(Dec column) Dec # Return the object from the given column as Dec.
DBResult.asDec() Dec # Returns the first object as Dec.
DBResult.asDec(IntNumber num) Dec # Returns the object from column 'num' as Dec.
DBResult.asDouble(Dec column) Double # Return the object from the given column as Double.
DBResult.asDouble() Double # Returns the first object as Double.
DBResult.asDouble(IntNumber num) Double # Returns the object from column 'num' as Double.
DBResult.asInt(Int column) Int # Return the object from the given column as Int.
DBResult.asInt(IntNumber num) Int # Returns the object from column 'num' as Int.
DBResult.asInt() Int # Returns the first object as Int.
DBResult.asList() List # Return the first row as a List.
DBResult.asLong(IntNumber num) Long # Returns the object from column 'num' as Long.
DBResult.asLong(Long column) Long # Return the object from the given column as Long.
DBResult.asLong() Long # Returns the first object as Long.
DBResult.asObject(IntNumber num) Object # Returns the object from column 'num'.
DBResult.asObject() Object # Returns the first object.
DBResult.asObject(Str column) Object # Return the object from the given column.
DBResult.asStr(IntNumber num) Str # Returns the object from column 'num' as Str.
DBResult.asStr(Str column) Str # Return the object from the given column as Str.
DBResult.asStr() Str # Returns the first object as Str.
DBResult.asTable() Table # Return the complete result as a Table.
DBResult.bool§.asBool
DBResult.dec§.asDec
DBResult.double§.asDouble
DBResult.get§.asTable
DBResult.int§.asInt
DBResult.list§.asList
DBResult.long§.asLong
DBResult.object§.asObject
DBResult.str§.asStr
DBResult.table§.asTable
DecNumber.decimal() Int # Returns the decimal places as number.
DecNumber.decimals() Int # Returns the amount of decimal places.
DecNumber.isFinite() Bool # Returns true, if the current number is finite.
DecNumber.isInfinite() Bool # Returns true, if the current number is infinite.
DecNumber.isNaN() Bool # Returns true, if this is not a valid number.
DecNumber.roundDec(Int decimals) DecNumber # Round this number up to 'decimals'.
Digest.add(Object o...) Same # Add more data.
Digest.compute() ByteArray # Compute the hash value.
Digest.compute(Object o...) ByteArray # Add the given objects and compute the hash value.
Dir.+§.add
Dir.add(Str s) Dir # Create a new Dir object, where 's' is added to the path
Dir.createDir() Dir # Create a new child-directory. Throw error if it already exists.
Dir.create() Same # Create this directory, throw error if it already exist.
Dir.delete() Bool # Delete this directory if empty. Return 'true' if directory is deleted.
Dir.deleteDir(Str name) Bool # Delete a child directory, if it is empty. Returns true if successful.
Dir.deleteFile(Str name) Bool # Delete a file in this directory. Returns true if successful.
Dir.dirs() List # Generate a List with all directorys in this directory
Dir.dirsRecursive§.searchDirs
Dir.dirs(Str filter) List # Generate a List with filtered directorys and in this directory
Dir.files() List # Generate a List with all files in this directory
Dir.filesRecursive§.searchFiles
Dir.files(Str filter) List # Generate a List with filtered files and in this directory
Dir.list() List # Generate a List with all files and directorys
Dir.listRecursive§.search
Dir.list(Str filter) List # Generate a List with filtered files and directorys
Dir.makeDir() Dir # Create a new child-directory, if it doesn't already exists.
Dir.make() Same # Create this directory, if it doesn't already exists.
Dir.move(Str newNameOrPath) FileSys # Move the file or directory
Dir.rename(Str newName) Dir # Rename the directory
Dir.searchDirs() List # Generate a recursive List with all directorys in this directory
Dir.searchDirs(Str filter) List # Generate a recursive List with filtered directorys and in this directory
Dir.searchFiles() List # Generate a recursive List with all files in this directory
Dir.searchFiles(Str filter) List # Generate a recursive List with filtered files and in this directory
Dir.search() List # Generate a recursive List with all files and directorys
Dir.search(Str filter) List # Generate a recursive List with filtered files and directorys
Each.each() Object # Walk through each item.
Emoji.cool() Str # Get Emoji: Cool
Emoji.get(Int number...) Str # Create a Emoji by numbers.
Emoji.happy() Str # Get Emoji: Happy
Emoji.heart() Str # Get Emoji: Heart
Emoji.holy() Str # Get Emoji: Holy
Emoji.hugging() Str # Get Emoji: Hugging
Emoji.hug§.hugging
Emoji.kiss() Str # Get Emoji: Kissing
Emoji.laugh() Str # Get Emoji: Laugh
Emoji.love() Str # Get Emoji: Love
Emoji.smile() Str # Get Emoji: Smile
Emoji.tongue() Str # Get Emoji: Tongue
Emoji.wink() Str # Get Emoji: Wink
Enum.name() Str # Returns the name of this enum.
Enum.ordinal() Int # Returns the ordinal number of this Enum
Enum.parent() Type # Returns the parent type of this Enum.
Enum.typename§.getTypeName
Enum.typeName() Str # Returns the name of the parent type.
Error.call() Str # Returns the call of this error
Error.detail() Str # Returns the detail-info of this error
Error.file() Str # Returns the file of this error
Error.group() Str # Returns the group of this error
Error.info() Str # Returns a string with message, detail and source
Error.instance() Str # Returns the instance of this error
Error.line() Int # Returns the line-number of this error
Error.message() Str # Returns the message of this error
Error.show() Same # Print all informations of this error
Error.source() Str # Returns the source of this error
Error.throw() Nil # Throw this errors
File.append(Atomic val, Charset cs) Same # Appends a atomic value at the end of the file
File.append(Atomic val) Same # Appends a atomic value at the end of the file
File.appendBytes(ByteArray val) Same # Append some bytes to the file end of the file
File.clear() Same # Set the length to 0, if the file doesn't exist create it.
File.cmd(Object args...) Cmd # Create a shell-command with this file
File.copy(Str|Path dest) File # Copy this file to 'dest'
File.created() DateTime # Returns the datetime the file was created.
File.create() Same # Create an empty file.
File.delete() Nil # Deletes the file!
File.dir§.directory
File.directory() Dir # Returns the directory of this file
File.directRead() RandomAccessFile # Creates a handle for direct reading
File.directReadWrite() RandomAccessFile # Creates a handle for direct read and write
File.direct(Str mode=\"rw\") RandomAccessFile # Creates a handle for direct reading/writing
File.directWrite§.directReadWrite
File.exec(Object args...) Int # Execute this file
File.lines§.readlines
File.modified() DateTime # Returns the datetime of the last modify
File.move(Str|Dir dest) File # Move this file to 'dest' directory
File.open() Same # Open the file with the default application
File.readBytes() ByteArray # Read all bytes from the file
File.read(Charset cs) Str # Read a string from the file
File.readLines() List # Read the file and split the content by lines.
File.read() Str # Read a UTF-8 string from the file
File.rename(Str newName) Same # Rename the file
File.set(Atomic val, Charset cs) Same # Set the content of this file. Existing content will be overwritten.
File.set(Atomic val) Same # Set the content of this file. Existing content will be overwritten.
File.setBytes(ByteArray val) Same # Write bytes to the file
File.size() Long # Returns the size of this file
File.suffix() Str # Returns the suffix of this file
File.toRandomAccess(Str mode) RandomAccessFile # Creates a handle for direct read and write
File.touch() Same # Create empty file if it doesn't exist. Update timestamp to now.
File.write(Atomic val, IntNumber position, Charset cs) Same # Write a atomic value to the file, starting at specified position
File.write(Atomic val, IntNumber position) Same # Write a atomic value to the file, starting at specified position
File.writeBytes(ByteArray val, IntNumber position) Same # Write bytes to the file, starting at specified position
File.writeBytes(ByteArray val) Same # Write bytes to the file
For.each() Object # Execute block and stream for every object of this loop.
FtpRemotePath.group() Str # Returns the group of this file.
FtpRemotePath.isDir() Bool # Returns true if this is a directory.
FtpRemotePath.isFile() Bool # Returns true if this is a file.
FtpRemotePath.name() Str # Returns the name of this file or directory.
FtpRemotePath.size() Long # Returns the size of this file.
FtpRemotePath.timestamp() DateTime # Returns the timestamp of this file.
FtpRemotePath.time§.timestamp
FtpRemotePath.user() Str # Returns the user of this file.
FunctionMap.add(Str key, Object value) Same # Add a single entry.
FunctionMap.clear() Same # Remove all items in this map.
FunctionMap.containsKey(Str key) Bool # Returns true, if the map contains this key.
FunctionMap.containsObject(Object o) Bool # Returns true, if the map contains the object.
FunctionMap.copy() FunctionMap # Create a copy of this FunctionMap.
FunctionMap.get(Str key) Object # Get the value linked to 'key'.
FunctionMap.hasKey§.containsKey
FunctionMap.hasObject§.containsObject
FunctionMap.isEmpty() Bool # Returns true if this map is empty.
FunctionMap.keys() List # Returns a new List with all keys.
FunctionMap.length() Int # Returns the size of this map.
FunctionMap.len§.length
FunctionMap.objects() List # Returns a new List with all objects.
FunctionMap.remove(Str key) Same # Remove a single item.
FunctionMap.select(Str key...) List # Get the values of these keys.
FunctionMap.set(Str key, Object o) Same # Set object 'o' for the already added key 'key'.
FunctionMap.sub§.remove
Fuzzy.calcLimited(Str value1, Str value2) Dec # Compares to strings, but only up to the length of the first string.
Fuzzy.calc(Str value1, Str value2) Dec # Compares to strings.
Group.get(MemLet v) Object # Assign the argument of this Object to 'v' and also return it.
Group.get() Object # Return the argument of this Object
Help.explain(Str s) Same # Detailed help about types, constructors, functions and function arguments.
Help.get() Object # Returns object1 at condition true, otherwise object2
Help.quickly(Str s) Same # Quick help about types, constructors, functions and function arguments.
HttpClient.addProperty(Str key, Str value) Same # Set a HTTP-Property.
HttpClient.fetch(Str url) Str # Fetch website from the URL.
IfNot.then() Object # Execute block and stream, if the argument of this object is 'true'.
If.then() Object # If the given argument is 'true', execute block and stream. Otherwise execute stream only.
Image.add(Image image, MagicPosition pos, IntNumber offset_x, IntNumber offset_y) Same # Add another image to this image
Image.add(Image image, MagicPosition pos) Same # Add another image to this image
Image.brightness§.fade
Image.bytes§.toByteArray
Image.clear(IntNumber r, IntNumber g, IntNumber b) Same # Clear the image to one color
Image.contrast(IntNumber b) Same # Change the contrast of the image (-100 to +100)
Image.copy() Image # Create a copy of the image
Image.cut(IntNumber dx, IntNumber dy, MagicPosition pos, IntNumber offset_x, IntNumber offset_y) Same # Cut out a part of the picture
Image.cut(IntNumber dx, IntNumber dy, MagicPosition pos) Same # Cut out a part of the picture
Image.distort(IntNumber dx, IntNumber dy) Same # Distort this image
Image.fade(IntNumber b) Same # Change the brightness of the image (-100 to +100)
Image.fill(Color color, IntNumber alpha) Same # Fill this image with a color and alpha channel.
Image.fill(Color color) Same # Fill this image with a color.
Image.fill(IntNumber red, IntNumber green, IntNumber blue, IntNumber alpha) Same # Fill this image with a color and alpha channel.
Image.fill(IntNumber red, IntNumber green, IntNumber blue) Same # Fill this image with a color.
Image.flipX() Same # Flip the image horizontally
Image.flipY() Same # Flip the image vertically
Image.gamma(Number n) Same # Change the gamma-value
Image.height() Int # Returns the height of this image
Image.invert() Same # Invert all colors
Image.negative§.invert
Image.rotate(Number degrees, Color background) Same # Rotate the image by degrees (-+), color the background
Image.rotate(Number degrees) Same # Rotate the image by degrees (- = left, + = right)
Image.scale(IntNumber dx, IntNumber dy) Same # Scale this image to the new size. >0 = Max, 0 = ignored, <0 = Min. Max and X have higher priority.
Image.toByteArray() ByteArray # Converts this image to a sequence of bytes.
Image.width() Int # Returns the width of this image
Image.writeJpg(Str file, IntNumber quality) Same # Write a JPG-Image to the disk, quality between 0 (worst) and 100 (best)
Image.writeJpg(Str file) Same # Write a JPG-Image to the disk
Image.writeJPG§.writeJpg
Image.writePng(Str file) Same # Write a PNG-Image to the disk
Image.writePNG§.writePng
Input.bool§.readBool
Input.dec§.readDec
Input.double§.readDouble
Input.int§.readInt
Input.readBool() Bool # Read a boolean from the command-line
Input.readDec() Dec # Read a decimal number from the command-line
Input.readDouble() Double # Read a decimal number from the command-line
Input.readInt() Int # Read a integer number from the command-line
Input.readStr() Str # Read a string from the command-line
Input.str§.readStr
IntNumber.^(???) ??? # 
IntNumber.|(???) ??? # 
IntNumber.&§.bitAnd
IntNumber.bitAnd(IntNumber n) IntNumber # Bitwise AND.
IntNumber.!§.bitNot
IntNumber.bitNot() IntNumber # Bitwise NOT.
IntNumber.#§.bitOr
IntNumber.bitOr(IntNumber n) IntNumber # Bitwise OR.
IntNumber.§.^ bitXor
IntNumber.bitXor(IntNumber n) IntNumber # Bitwise XOR.
IntNumber.bytes§.toByteArray
IntNumber.checksum() Int # Returns the checksum
IntNumber.chr() Chars # Return the character(s) represented by this Unicode value
IntNumber.divisible() List # Generates a list with all numbers through this number is divisible.
IntNumber.each§.timesUp
IntNumber.for(Bool test, Object calc) Object # Creates a loop, starting from the current object.
IntNumber.isBetween(IntNumber min, IntNumber max) Bool # Returns true if the value is between min and max, otherwise false
IntNumber.isEven() Bool # Returns true if the value is even, otherwise false
IntNumber.isOdd() Bool # Returns true if the value is odd, otherwise false
IntNumber.<<§.shiftLeft
IntNumber.shiftLeft() IntNumber # Bitwise shift to the left by 1
IntNumber.shiftLeft(IntNumber i) IntNumber # Bitwise shift to the left
IntNumber.>>§.shiftRight
IntNumber.shiftRight() IntNumber # Bitwise shift to the right by 1
IntNumber.shiftRight(IntNumber i) IntNumber # Bitwise shift to the right
IntNumber.timesDown() Long # Counts value times down
IntNumber.timesDown(Object o) Object # Counts value times down and return o
IntNumber.times§.timesUp
IntNumber.timesUp() Long # Counts value times up
IntNumber.timesUp(Object o) Object # Counts value times up and return o
IntNumber.toBin() Str # Returns a binary representation of this number as string
IntNumber.toByteArray() ByteArray # Returns a ByteArray with the byte representation of this number.
IntNumber.toHex() Str # Converts the value to a Hex-Value in a String.
IText_Document.CM() Enum # Constant for centimeter metrics
IText_Document.MM() Enum # Constant for millimeter metrics
IText_Document.newPage() IText_Page # Create a new page
IText_Document.newParagraph(Str text) IText_TextParagraph # Create a new text paragraph
IText_Document.newTextChunk(Str text) IText_TextChunk # Create a new text chunk
IText_Document.newText§.newTextChunk
IText_Document.ORIGINAL() Enum # Constant for original metrics
IText_Document.setAnchor(MagicPosition anchor) Same # Set the anchor (TOP_LEFT, BOTTOM_LEFT) which should be used.
IText_Document.setMetrics(Enum metrics) Same # Set the metrics (ORIGINAL,CM,MM,ZOLL) which should be used.
IText_Document.write(File file) Same # Write the PDF to a file.
IText_Document.write(Str file) Same # Write the PDF to a file.
IText_Document.ZOLL() Enum # Constant for zoll metrics
IText_Font.COURIER() IText_Font # Constant for font "Courier"
IText_Font.HELVETICA() IText_Font # Constant for font "Helvetica"
IText_Font.TIMES() IText_Font # Constant for font "Times"
IText_ItemCircle.setBorderColor§.setColorBorder
IText_ItemCircle.setColorBorder(Color color) Same # Set the color of the border
IText_ItemCircle.setColorBorder(Int r, Int g, Int b) Same # Set the color of the border
IText_ItemCircle.setColorFill(Color color) Same # Set the fill color for this element
IText_ItemCircle.setColorFill(Int r, Int g, Int b) Same # Set the fill color for this element
IText_ItemCircle.setFillColor§.setColorFill
IText_ItemCircle.setStyle(Bool drawFilling, Bool drawBorder) Same # Set the style of this circle.
IText_ItemCircle.setThickness(Number thickness) Same # Set the thickness of the border line
IText_ItemLine.setColor(Color color) Same # Set the color for this line
IText_ItemLine.setColor(Int r, Int g, Int b) Same # Set the color for this line
IText_ItemLine.setThickness(Number thickness) Same # Set the thickness of this line
IText_ItemRectangle.setBorderColor§.setColorBorder
IText_ItemRectangle.setColorBorder(Color color) Same # Set the border color of this rectangle
IText_ItemRectangle.setColorBorder(Int r, Int g, Int b) Same # Set the border color of this rectangle
IText_ItemRectangle.setColorFill(Color color) Same # Set the fill color for this rectangle
IText_ItemRectangle.setColorFill(Int r, Int g, Int b) Same # Set the fill color for this rectangle
IText_ItemRectangle.setFillColor§.setColorFill
IText_ItemRectangle.setLineColor§.setColorBorder
IText_ItemRectangle.setStyle(Bool drawFilling, Bool drawBorder) Same # Set the style of this rectangle.
IText_ItemRectangle.setThickness(Number thickness) Same # Set the thickness of the border line for this rectangle
IText_ItemText.alignCenter() Same # Align this text to the center.
IText_ItemText.alignLeft() Same # Align this text to the left.
IText_ItemText.alignRight() Same # Align this text to the right.
IText_ItemText.bold() Same # Make this text bold.
IText_ItemText.italic() Same # Make this text italic.
IText_ItemText.setAlignment(MagicPosition align) Same # Set the alignment (__LEFT, __CENTER, __RIGHT) for this text.
IText_ItemText.setAlign§.setAlignment
IText_ItemText.setColor(Color color) Same # Set the text color
IText_ItemText.setColor(Int r, Int g, Int b) Same # Set the text color
IText_ItemText.setFont(IText_Font font) Same # Set the font for this text.
IText_ItemText.setFontSize(Int size) Same # Set the fontsize for this text.
IText_ItemText.setFontsize§.setFontSize
IText_Page.height() Dec # Returns the height of this page
IText_Page.newCircle(Number x, Number y, Number r) IText_ItemCircle # Create a new circle for this page.
IText_Page.newImage(Image image, Number x, Number y, Int dx, Int dy) IText_ItemImage # Create a new image with the given size on this page
IText_Page.newImage(Image image, Number x, Number y) IText_ItemImage # Create a new image on this page
IText_Page.newLine(Number x1, Number y1, Number x2, Number y2) IText_ItemLine # Create a new line on this page
IText_Page.newRectangle(Number x1, Number y1, Number x2, Number y2) IText_ItemRectangle # Create a new rectangle on this page
IText_Page.newText(Number x, Number y, Str text) IText_ItemText # Create a new text on this page
IText_Page.setDefaultColorFill(Color color) Same # Set the default fill color for elements on this page
IText_Page.setDefaultColorFill(Int r, Int g, Int b) Same # Set the default fill color for elements on this page
IText_Page.setDefaultColorFont(Color color) Same # Set the default font color for elements on this page
IText_Page.setDefaultColorFont(Int r, Int g, Int b) Same # Set the default font color for elements on this page
IText_Page.setDefaultColorLine(Color color) Same # Set the default line color for elements on this page
IText_Page.setDefaultColorLine(Int r, Int g, Int b) Same # Set the default line color for elements on this page
IText_Page.setDefaultFillColor§.setDefaultColorFill
IText_Page.setDefaultFontAlign(MagicPosition align) Same # Set the default align for text elements on this page.
IText_Page.setDefaultFontColor§.setDefaultColorFont
IText_Page.setDefaultFontSize(Int size) Same # Set the default font size for elements on this page.
IText_Page.setDefaultFontsize§.setDefaultFontSize
IText_Page.setDefaultFont(Str fontname) Same # Set the default font for elements on this page.
IText_Page.setDefaultLineColor§.setDefaultColorLine
IText_Page.setDefaultThickness(Number thickness) Same # Set the default thickness for elements on this page
IText_Page.setFormat(IText_PageSize format) Same # Set the format of this page
IText_Page.setOrientation(Bool isLandscape) Same # Set the orientation of this page: true = landscape, false = portrait
IText_PageSize.A0() Enum # Constant for page size A0
IText_PageSize.A10() Enum # Constant for page size A10
IText_PageSize.A1() Enum # Constant for page size A1
IText_PageSize.A2() Enum # Constant for page size A2
IText_PageSize.A3() Enum # Constant for page size A3
IText_PageSize.A4() Enum # Constant for page size A4
IText_PageSize.A5() Enum # Constant for page size A5
IText_PageSize.A6() Enum # Constant for page size A6
IText_PageSize.A7() Enum # Constant for page size A7
IText_PageSize.A8() Enum # Constant for page size A8
IText_PageSize.A9() Enum # Constant for page size A9
IText_PageSize.B0() Enum # Constant for page size B0
IText_PageSize.B10() Enum # Constant for page size B10
IText_PageSize.B1() Enum # Constant for page size B1
IText_PageSize.B2() Enum # Constant for page size B2
IText_PageSize.B3() Enum # Constant for page size B3
IText_PageSize.B4() Enum # Constant for page size B4
IText_PageSize.B5() Enum # Constant for page size B5
IText_PageSize.B6() Enum # Constant for page size B6
IText_PageSize.B7() Enum # Constant for page size B7
IText_PageSize.B8() Enum # Constant for page size B8
IText_PageSize.B9() Enum # Constant for page size B9
IText_PageSize.HALFLETTER() Enum # Constant for page size HALFLETTER
IText_PageSize.LEGAL() Enum # Constant for page size LEGAL
IText_PageSize.LETTER() Enum # Constant for page size LETTER
IText_PageSize.POSTCARD() Enum # Constant for page size POSTCARD
IText_Page.width() Dec # Returns the width of this page
IText_TextChunk.setBackground(Color color) Same # Set the background color of this text chunk
IText_TextChunk.setBackground(Int r, Int g, Int b) Same # Set the background color of this text chunk
Jar.image§.readImage
Jar.readImage(Str jarPath) Image # Fetch an image from the jar path. The path must start with a leading slash '/'
JCI_Janino.compile(JCI_Source source, JCI_Target target) JCI_Result # Compile Java code from source to target.
JCI_Result.errors() List # Returns a list with error messages
JCI_Result.new(Str classpath) Java # Create a new instance of the generated Java class
JCI_Result.warnings() List # Returns a list with warning messages
JCI_Source.add(Str classpath) Same # Add a class for compiling.
JCI_Source.add(Str classpath, Str source) Same # Add a class with source for compiling.
JCI_Source.setDir(Str|Dir directory) Same # Set source directory
JCI_Target.setDir(Dir|Str destination) Same # Store classes in this directory and not in memory.
Json.decode§.deserialize
Json.deserialize(Str s) Object # Deserialize a object.
Json.encode§.serialize
JsonObject.add(Str key, Object obj) Same # Add an object.
Json.object() JsonObject # Create a new JSON-Object.
Json.parse§.deserialize
Json.serialize(Object o) Str # Serialize a object.
KeyValue.key() Object # Returns the Key
KeyValue.value() Object # Returns the Value
List.addAll(List other) Same # Adds all items to the current list.
List.add(Object... o) Same # Add these objects to the end of the list.
List.adjust(IntNumber length, Object fill) Same # Ensures that the list has the specified length.
List.amount(Object each) Int # Check every item and return the amount of trues. The result of each must be Bool.
List.amount(VarLet var, Object each) Int # Check every item and return the amount of trues. The result of each must be Bool.
List.append§.add
List.asBool() List # Returns a List where all items are converted to Bool.
List.asByte() List # Returns a List where all items are converted to Byte.
List.asChar() List # Returns a List where all items are converted to Char.
List.asDec() List # Returns a List where all items are converted to Dec.
List.asDouble() List # Returns a List where all items are converted to Double.
List.asInt() List # Returns a List where all items are converted to Int.
List.asStr() List # Returns a List where all items are converted to Str.
List.average() Double # Calculates the average of all numbers. Objects that could not be converted to a decimal number will be ignored.
List.avg§.average
List.begin(Object o) Same # Insert object 'o' at the first position.
List.clear() Same # Removes all items from this list.
List.++§.concat
List.concat(List other) List # Creates a new list with current items and the items of the other list.
List.contains(Object search) Bool # Returns 'true' if the list contains the searched object.
List.copy() List # Creates a copy of this list.
List.count(Object o) Int # Returns the number of all occurrences of this object.
List.cut(Int start, Int len) List # Cut a part of this list, starting from 'start' with a length of 'len'.
List.delete(Int pos) Same # Remove item at position
List.detachFirst() Object # Remove first object from this list and return it.
List.detach(Int pos) Object # Remove object at position and return it.
List.detachLast() Object # Remove last object from this list and return it.
List./§.div
List.div(IntNumber divisor) List # Divide this list in peaces.
List.each() Object # Walk throw each item
List.eachVertical() List # If this list contains other lists or ranges, walk through each row like a table.
List.end(Int pos) List # Return a new List with all items from first to position 'pos'.
List.fill(Str form) Str # Fills all {}-placeholders of form with values from current list
List.filter(Object each) List # Creates a new list with selected items. A FuncLet will be executed, result of 'each' must be Bool.
List.filter(VarLet var, Object each) List # Creates a new list with selected items. Each item will be assigned to 'var' and 'each' is processed. A FuncLet will be executed. The result of 'each' must be Bool.
List.fixLength() Same # Fix the lenght of this List
List.fix() Same # Fix length and types of this List
List.fixTypes() Same # Fix the type of each position in this List
List.fixType(Str type) Same # Fix the type for all elements in this List
List.flatten() List # Create a copy of the list, where the contents of all included lists are copied directly into the new list.
List.freeze§.readOnly
List.getLen§.getSize
List.getLength§.getSize
List.getSize() Int # Returns the amount of items in this list
List.hasNext() Bool # Returns true if this list is not empty.
List.implode(Atomic delimiter) Str # Combines all elements in this list to a string, separated through 'delimiter'.
List.implode() Str # Combine all elements in this list to a string.
List.init(IntNumber amount, Object value) Same # Add 'amount' objects of 'value' to this List.
List.insert(Object o, IntNumber position) Same # Insert object 'o' at the specified position.
List.intersect§.slice
List.join§.concat
List.left(Int count) List # Returns a new List with 'count' items from the left (start of this List).
List.map(Object each) List # Creates a copy of the list, and execute 'each' with every item. A FuncLet will be executed, result of 'each' must be Bool.
List.map(VarLet var, Object each) List # Creates a copy of the list, and execute 'var' and 'proc' with every item.
List.max() Object # Returns the largest atomic value. Objects that could not be converted to a decimal number will be ignored.
List.+§.merge
List.merge(Object other) List # Merges current items and 'other' in a new list.
List.min() Object # Returns the smallest atomic value. Objects that could not be converted to a decimal number will be ignored.
List.*§.mul
List.mul(IntNumber) List # Multiplys the current List to create a multidimension list
List.only(Object o, ...) List # Creates a new List with only the selected Items.
List.part(Int start, Int end) List # Return a new List with all items from position 'start' up to position 'end'.
List.readOnly() Same # Make this List read only.
List.reduce(Object init, Object each) Object # Reduces the list to a single value.
List.reduce(Object init, VarLet var, Object each) Object # Reduces the list to a single value.
List.removeAll(List other) Same # Removes all objects from this list, that are found in the second list.
List.remove(Object o...) Same # Remove all elements that match to an argument
List.reverse() Same # Inverts this list, so that the first item is the last and the last is the first
List.right(Int count) List # Returns a new List with 'count' items from the right (end of this List).
List.searchFirst(Object search) Int # Returns the first position of this object, 'nil' if nothing is found.
List.searchLast(Object search) Int # Returns the last position of this object, 'nil' if nothing is found.
List.search§.searchFirst
List.shuffle() Same # Shuffle the values in this List
List.slice(List other) List # Creates a new list with the intersection of both lists.
List.sort(Bool each) Same # Sort this list by passing every pair as a List to 'each' and fetch the boolean result.
List.sort(FuncLet fl) Same # Sort this list by passing every pair as a List to 'fl' and fetch the boolean result.
List.sort() Same # Sort the list
List.sort(VarLet var, Bool b) Same # Sort this list by assign every pair as a List to 'var' and fetch the the result of 'b'.
List.start(Int pos) List # Return a new List with all items from position 'pos' to the end.
List.store(VarLet v, ...) Same # Store all values in variables
List.-§.sub
List.subAll§.removeAll
List.sub(Object other) List # Create a new list with removed item.
List.sum() Double # Adds up all the objects in this list.
List.swap(IntNumber pos1, IntNumber pos2) Same # Swap two positions.
List.toMap(List keys) Map # Creates a new Map by adding the keys from a List
List.toUniqueMap() Map # Generates a Map with the list items as keys and the number of occurrences as values.
List.unfold() List # Create a new list, where all 'folded' objects (like Range, List, ...) will be unfolded.
List.unique() Same # Remove duplicate Items
List.uniq§.unique
List.--§.without
List.without(List other) List # Creates a new List, where all items from 'other' are removed.
Macro.add(FuncLet item...) Same # Add one or more FuncLet's to this Macro.
Macro.clear() Same # Remove all functions from this Macro.
Macro.exec() Same # Execute this makro.
Macro.items() List # Returns a List with all items in this Macro.
Map.addAll(KeyValue kv...) Same # Add all KeyValue's.
Map.add(KeyValue kv) Same # Add a new entry to this Map.
Map.add(Object key, Object value) Same # Add a new entry to this Map.
Map.clear() Same # Remove all keys and values from this Map.
Map.containsKey(Object o) Bool # Returns true, if the Map contains the given object as key.
Map.containsValue(Object o) Bool # Returns true, if the Map contains the given object as value.
Map.count(Object key) Same # Increment the value of the given key by 1, add keys that do not exist.
Map.dec(Object key) Same # Decrement the value of the given key by 1
Map.each() KeyValue # Execute block and stream for every KeyValue.
Map.each(VarLet var) KeyValue # Execute block and stream for every KeyValue and assign it to 'var'.
Map.fixLength() Same # Fix the lenght of this List
Map.fix() Same # Fix length and types of this List
Map.fixTypes() Same # Fix the type of each position in this List
Map.hasKey§.containsKey
Map.hasValue§.containsValue
Map.inc(Object key) Same # Increment the value of the given key by 1
Map.keys() List # Returns a new List with all keys of this map.
Map.remove(Object key) Same # Remove a single key with the linked value.
Map.sort(Bool each) Same # Sort this map by passing every pair as a List with KeyValue's to 'each' and fetch the boolean result.
Map.sort(FuncLet fl) Same # Sort this map by passing every pair as a List with KeyValue's to 'fl' and fetch the boolean result.
Map.sort() Same # Sort the map
Map.sort(VarLet var, Bool b) Same # Sort this map by assign every pair as a List with KeyValue's to 'var' and fetch the result of 'b'.
Map.sub§.remove
Map.toList() List # Convert the Map to a List.
Map.toTable() Table # Convert the Map to a Table.
Map.values() List # Returns a new List with all values of this map.
MaryTTS.init§.start
MaryTTS.sayAsync(Str text) Same # Speak that text in a background process
MaryTTS.say§.saySync
MaryTTS.saySync(Str text) Same # Speak that text and wait until it is done.
MaryTTS.setVoice(Str voice) Same # Set a voice
MaryTTS.start() Same # Start and initiate MaryTTS.
MaryTTS.voices() Table # Get a Table with all available voices
MemLet.convertLet§.setLazy
MemLet.get() Object # Return the value of the object.
MemLet.isConst() Bool # Returns true, if this is a ConstLet.
MemLet.isSet() Bool # Returns true, if the variable or constant has a defined value.
MemLet.isVar() Bool # Returns true, if this is a VarLet.
MemLet.let§.set
MemLet.name(???) ??? # 
MemLet.setLazy(Object o) Same # Convert and assign object 'o' to the variable or constant
MemLet.set(Object o) Same # Assign object 'o' to the variable or constant
MIniConf.parse(Str s) MIniConfResult # Parse the given string and return a MIniConfResult
MIniConf.read(File f) MIniConfResult # Parse the given file and return a MIniConfResult
MIniConf.read(Str file) MIniConfResult # Parse the given file and return a MIniConfResult
MIniConfResult.asBool(Str keypath, Bool default) Bool # Returns the matching entry for keypath. If no key available, default will be returned.
MIniConfResult.asBool(Str keypath) Bool # Returns the matching entry for keypath. If no key available, nil will be returned.
MIniConfResult.asDec(Str keypath, Dec default) Dec # Returns the matching entry for keypath. If no key available, default will be returned.
MIniConfResult.asDec(Str keypath) Dec # Returns the matching entry for keypath. If no key available, nil will be returned.
MIniConfResult.asDouble(Str keypath, Double default) Double # Returns the matching entry for keypath. If no key available, default will be returned.
MIniConfResult.asDouble(Str keypath) Double # Returns the matching entry for keypath. If no key available, nil will be returned.
MIniConfResult.asInt(Str keypath, Int default) Int # Returns the matching entry for keypath. If no key available, default will be returned.
MIniConfResult.asInt(Str keypath) Int # Returns the matching entry for keypath. If no key available, nil will be returned.
MIniConfResult.asList(Str keypath, List default) List # Returns the matching entry for keypath. If no key available, default will be returned.
MIniConfResult.asList(Str keypath) List # Returns the matching entry for keypath. If no key available, nil will be returned.
MIniConfResult.asObject(Str keypath) List # Returns the matching entry for keypath. If no key available, nil will be returned.
MIniConfResult.asObject(Str keypath, Str defaultType, List defaultArgs) List # Returns the matching entry for keypath. If no key available, default will be returned.
MIniConfResult.asStr(Str keypath, Str default) Str # Returns the matching entry for keypath. If no key available, default will be returned.
MIniConfResult.asStr(Str keypath) Str # Returns the matching entry for keypath. If no key available, nil will be returned.
MIniConfResult.bool§.asBool
MIniConfResult.dec§.asDec
MIniConfResult.double§.asDouble
MIniConfResult.int§.asInt
MIniConfResult.keys() List # Returns a list with all keys.
MIniConfResult.list§.asList
MIniConfResult.object§.asObject
MIniConfResult.str§.asStr
MIniConfResult.toMap() Map # Convert this result to a Map with Strings.
Neuroph_MultiLayerPerceptron.calc(List values) List # Calculate a value
Neuroph_MultiLayerPerceptron.learn(TrainSet set) Same # Training the network
Neuroph_MultiLayerPerceptron.save(Str target) Same # Write the neuronal network to disk
Neuroph_Perceptron.calc(IntNumber values...) List # Calculate a setting
Neuroph_Perceptron.learn(TrainSet set) Same # Training the network
Neuroph_Perceptron.save(Str target) Same # Write the neuronal network to disk
Neuroph_TrainSet.add(List input, List output) Same # Add a set to the TrainSet
NtpClient.date() Date # Returns the corrected current date
NtpClient.dateTime() DateTime # Returns the corrected current datetime
NtpClient.diff() Long # Returns the difference to local system time in milliseconds
NtpClient.time() Time # Returns the corrected current time
NtpClient.update() Same # Connect to Servers and update time informations
Number.abs() Number # Absolute value.
Number.acos() DecNumber # Arc cosine function
Number.+§.add
Number.add(Number n) Number # Addition
Number.asin() DecNumber # Arc sine function
Number.atan() DecNumber # Arc tangent function
Number.ceil§.roundUp
Number.cos() DecNumber # Cosine function
Number.--§.dec
Number.dec()  # Decrement this number by 1.
Number.dec(Number n)  # Decrement this number by 'n'.
Number./§.div
Number./~§.divFloor
Number.divFloor(Number n) Int # Division and removing all decimals.
Number.div(Number n) Dec # Division
Number.exp() DecNumber # Calculate Euler's number e raised to the power of a the value
Number.floorDiv§.divFloor
Number.floor§.roundDown
Number.++§.inc
Number.inc()  # Increment this number by 1.
Number.inc(Number n)  # Increment this number by 'n'.
Number.limit(Number min, Number max) Number # Limit the value between min and max
Number.ln()  # Natural logarithm to the base of the euler constant
Number.log10()  # Logarithm to the base of 10
Number.logn§.ln
Number.log(Number n) Dec # Logarithm
Number.%§.mod
Number.mod(Number n) Int # Modulo
Number.*§.mul
Number.mul(Number? n) Object # Multiplication
Number.neg() Number # Returns the negative value
Number.**§.pow
Number.pow() Number # Calculate the power of this number
Number.pow(Number n) Number # Calcuate the power of this number by 'n'.
Number.roof§.roundUp
Number.root()  # Calculate the square root of this number.
Number.root(Number n)  # Calculate the 'n' root of this number.
Number.~§.roundDown
Number.roundDown() IntNumber # Returns the integer part of the current value.
Number.round() IntNumber # Round this number to a integer number.
Number.roundUp() IntNumber # Returns the next integer number, that is equal or greater the current value.
Number.sin() DecNumber # Sine function
Number.//§.sqrt
Number.sqrt()  # Calculate the square root of this number.
Number.style(Str format) Str # Formats the number to a string. Special chars are: 0#?~,.:;_*
Number.-§.sub
Number.sub(Number n) Number # Subtraction
Number.tan() DecNumber # Tangent function
Number.width(IntNumber min) Str # Converts the number to a string with minimum length
Object.%=>()  # 
Object.*=>()  # 
Object.+=>()  # 
Object.-=>()  # 
Object./=>()  # 
Object.=>()  # 
Object.~=>()  # 
Object.assert§.assertIf
Object.assertIf(Bool b) Object # If 'b' is true, return the current object. Otherwise throw an error.
Object.assertIf(Bool b, Str message) Object # If 'b' is true, return the current object. Otherwise throw an error including 'message'.
Object.assertIs(Object o...) Same # If current object equals to o, return it. Otherwise throw an error.
Object.assertType(Str typename) Object # If the current object is or extends from type "typename", return it. Otherwise throw an error.
Object.assertType(Type type) Object # If the current object is or extends from 'type', return it. Otherwise throw an error.
Object.async() Nil # Execute block and stream in a new thread.
Object.at§.is
Object.atNot§.isNot
Object.breakAt§.breakIs
Object.breakAtNot§.breakIsNot
Object.breakIf(Bool b) Object # Terminate the current loop, if the argument is true.
Object.breakIfNot(Bool b) Object # Terminate the current loop, if the argument is false.
Object.breakIfNot(VarLet v, Bool b) Object # Assign current object to 'v' and terminate the current loop, if the argument is false.
Object.breakIf(VarLet v, Bool b) Object # Assign current object to 'v' and terminate the current loop, if the argument is true.
Object.breakIs(Atomic... a) Object # Break the current loop, if the current object is one of the arguments
Object.breakIsNot(Atomic... a) Object # Break the current loop, if the current object is one of the arguments
Object.catch() Object # If the current object is an error, execute block and stream, and return the result.
Object.compare§.compareTo
Object.compares§.equally
Object.compareTo(Object obj) Int # Returns 0 if current and obj are equal, 1 if current is greater than obj, -1 if current is lesser than obj.
Object.convertMem( VarLet vl ) Object # Convert and assign the current object to the VarLet
Object.debug(Object args...) Same # Create a line with debug informations and the given arguments, and send it to StdOut.
Object.describe(Object obj) Same # Print out the full explaining of the given object.
Object.describe() Same # Print out the full explaining of the current object.
Object.!=§.differs
Object.<>§.differs
Object.differs(Object other) Bool # Returns true if current and other object are different.
Object.!=~§.diffly
Object.diffly(Object other) Bool # Returns true if current and other object are diffly.
Object.echoErr(Object obj) Same # Send the string representation of the given argument without a line break to StdErr.
Object.echoErr() Same # Send the string, which will be generated by the toStr method, without a line break to StdErr.
Object.echo(Object obj) Same # Send the given argument without a line break to StdOut.
Object.echo() Same # Send the string, which will be generated by the toStr method, without a line break to StdOut.
Object.==~§.equally
Object.equally(Object other) Bool # Returns true if current and other object are equally.
Object.==§.equals
Object.equals(Object other) Bool # Returns true if current and other object are equal.
Object.format(Str form) Str # Fills every {}-placeholder in 'form' with current value.
Object.ident(Object obj) Same # Print out the ident explaining of the given argument.
Object.ident() Same # Print out the ident explaining of the current object.
Object.if(Bool b) Bool # Execute block and stream, if the argument is 'true'.
Object.if() Bool # Execute block and stream, if the current object is 'true'.
Object.ifExec(Object args...) Object # If this object is a FuncLet, execute it with args.
Object.ifNil() Bool # If this object is nil, execute Block and Stream. Otherwise pass 'false' to the stream.
Object.ifNot(Bool b) Bool # Execute block and stream, if the argument is 'false'.
Object.ifNot() Bool # Execute block and stream, if the current object is 'false'.
Object.ifNotNil() Bool # If this object is not nil, execute Block and Stream. Otherwise pass 'false' to the stream.
Object.inherits(Str typename) Bool # Returns true if the current object is of this type, either directly or inherited. Otherwise return false.
Object.inherits(Type type) Bool # Returns true if the current object is of this type, either directly or inherited. Otherwise return false.
Object.is(Atomic b...) Bool # Execute block and stream, if the current object equals to one of the given arguments.
Object.isDifferent§.differs
Object.isDiffly§.diffly
Object.isEqual§.equals
Object.isEqually§.equally
Object.isError() Bool # Returns true if this object is an Error.
Object.isNil() Bool # Returns true if this object is Nil.
Object.isNot(Atomic... b) Bool # Execute block and stream, if no argument equals to the current object.
Object.isNotNil() Bool # Returns true if this object is not Nil.
Object.isOther§.other
Object.isSame§.same
Object.isType§.inherits
Object.mem( MemLet vl ) Object # Assign the current object to the VarLet
Object.nilUse(Object ifNil, Object ifNotNil) Object # If the current object is nil, then use the first object, otherwise use the second
Object.!==§.other
Object.other(Object other) Bool # Returns true if current and other object are not the same.
Object.passAtNot§.passIsNot
Object.passAt§.passIs
Object.passIf() Atomic # Pass the current object, if the current object is 'true'.
Object.passIf(Bool b) Atomic # Pass the current object, if the argument is 'true'.
Object.passIfNot() Atomic # Pass the current object, if the current object is 'false'.
Object.passIfNot(Bool b) Atomic # Pass the current object, if the argument is 'false'.
Object.passIs(Atomic... b) Atomic # Pass the current object, if it equals to one of the given arguments.
Object.passIsNot(Atomic... b) Atomic # Pass the current object, if no argument equals to the current object.
Object.pass() Object # Execute Block and Stream, return the result.
Object.pipeBuffer(Str cmd) FunctionMap # Converts the current object with '.toStr' to an string, append it with a single space to the given command and execute this. This function returns a FunctionMap.
Object.pipeError(Str cmd) Str # Converts the current object with '.toStr' to an string, append it with a single space to the given command and execute this. This function returns the output from stdErr of the command.
Object.pipeLive(Str cmd) Int # Converts the current object with '.toStr' to an string, append it with a single space to the given command and execute this. This function returns the exit value of the command.
Object.pipeOutput(Str cmd) Str # Converts the current object with '.toStr' to an string, append it with a single space to the given command and execute this. This function returns the output from stdOut of the command.
Object.pipe§.pipeOutput
Object.printErr(Object obj) Same # Send the string representation of the given argument including a line break to StdErr.
Object.printErr() Same # Send the string, which will be generated by the toStr method, including a line break to StdErr.
Object.printLog(Object obj) Same # Send the string representation of the given argument to the log file.
Object.printLog() Same # Send the string representation of the current object to the log file.
Object.print(Object obj) Same # Send the given argument including a line break to StdOut.
Object.print() Same # Send the string, which will be generated by the toStr method, including a line break to StdOut.
Object.proc(MemLet v, Object arg) Object # Assign the current Object to 'v', process 'arg', if applicable execute a 'FuncLet' and return the result
Object.proc(Object arg) Object # Process 'Par', if applicable execute a 'FuncLet' and return the result
Object.repeat(Bool b) Object # Repeat block and stream until 'b' is 'false'
Object.repeat(FuncLet f) Object # Repeat block and stream until 'f' returns 'false'
Object.repeat() Object # Execute and repeat block and stream until the current object (must be a VarLet) has the value 'false'
Object.repeat(VarLet var, Bool b) Object # Assign current object to 'var' and repeat block and stream until 'b' is 'false'
Object.replaceNil(Object arg) Object # If this Object is Nil, return the argument.
Object.===§.same
Object.same(Object other) Bool # Returns true if corrent and other object are the same.
Object.sync(Object obj) Object # Synchronized execution of block and stream by using 'obj' as initial object.
Object.sync() Object # Synchronized execution of block and stream.
Object.tee(MemLet v, Object arg) Object # Assign the current Object to 'v', process 'arg', if applicable execute a 'FuncLet' and return the current object
Object.tee(Object arg) Object # Process 'Par', if applicable execute a 'FuncLet' and returns the current object
Object.toDescribe() Str # Returns the fully descriptive representation of this object
Object.toIdent() Str # Returns a string which identifies this object
Object.toStr() Str # Returns the string representation of this object
Object.toTempLet() ConstLet # Creates a temporary ConstLet for the current object
Object.tryLazy() Object # Try block and stream and return result. On error Nil will be returned.
Object.try() Object # Execute argument, stream or block. If an error occures return it, elsewhere return current Object
Object.tryUse(Object alternative) Object # Execute block and stream. If an error occures return 'alternative'.
Object.types() List # Returns a list with the hierarchy of types from this object.
Object.type() Type # Returns the type of this object
Object.typeUse(Type#Str type, Object ifHit, Object ifOther) Object # If the current object is from type 'type', use the first object, otherwise use the second
Object.use(Bool x, Object a, Object b) Object # If 'x' is true, return the argument 'a', otherwise return 'b'
Object.use(Object a, Object b) Object # If the current value is true, return the argument 'a', otherwise return 'b'
Object.which(Bool args...) Int # Returns the Nr of the first matching argument. If nothing is true, nil will be returned.
Object.while(Bool b) Object # Repeat block and stream until 'b' is 'false'
Object.while(FuncLet f) Object # Repeat block and stream until 'f' returns 'false'
Object.while() Object # Repeat block and stream until the current object (must be a VarLet) has the value 'false'
Object.while(VarLet var, Bool b) Object # Assign current object to 'var' and repeat block and stream until 'b' is 'false'
Path.absolute§.getAbsolutePath
Path.absolutePath() Str # Returns the absolute path of this directory/file
Path.==§.equals
Path.equals(FileSys other) Bool # Checks whether this file or directory equals to other
Path.exists() Bool # Checks whether the file or directory exists
Path.isDir() Bool # Checks whether the current object is a directory
Path.isFile() Bool # Checks whether the current object is a file
Path.isHidden() Bool # Checks whether the current object is hidden
Path.name() Str # Get the name
Path.parent() Dir # Returns the parent directory
Path.path§.getAbsolutePath
Path.toDir() Dir # Create a Dir-Object
Path.toFile() File # Create a File-Object
Path.to() FileSys # If the path is a directory, return a Dir-Object. Elsewhere return a File-Object
PdfFiller.available§.fields
PdfFiller.fields() List # Get a list with all possible field-names
PdfFiller.fill(Str target, List page_maps, Map pdfinfo) Same # Fills out the source-pdf and write it to target.
PropertiesFile.close() Nil # Write and close the properties file.
PropertiesFile.getBool(Str key, Bool default) Bool # Return the assigned value of the given key or the default value if absent.
PropertiesFile.getBool(Str key) Bool # Return the assigned value of the given key.
PropertiesFile.getInt(Str key, Int default) Int # Return the assigned value of the given key or the default value if absent.
PropertiesFile.getInt(Str key) Int # Return the assigned value of the given key.
PropertiesFile.getStr(Str key, Str default) Str # Return the assigned value of the given key or the default value if absent.
PropertiesFile.getStr(Str key) Str # Return the assigned value of the given key.
PropertiesFile.read() Same # Read and parse the properties file.
PropertiesFile.removeKey(Str key) Same # Remove a key.
PropertiesFile.setBool(Str key, Bool value) Same # Add key if absent and set the value for it.
PropertiesFile.setInt(Str key, Int value) Same # Add key if absent and set the value for it.
PropertiesFile.setStr(Str key, Str value) Same # Add key if absent and set the value for it.
PropertiesFile.write() Same # Write settings to the properties file.
RandomAccessFile.close() Nil # Close and release the file. No further access is possible.
RandomAccessFile.flush() Same # Force and synchronize all unwritten data to the underlaying device.
RandomAccessFile.readByte() Byte # Read a single byte and return it as Byte value (-128-127)
RandomAccessFile.readBytes(IntNumber length) List # Read 'length' bytes and return it as List.
RandomAccessFile.readInt() Int # Read four bytes and return it as a single Int value.
RandomAccessFile.read() Int # Read a single byte and return it as Int value (0-255)
RandomAccessFile.readString(IntNumber bytes, Bool utf8) Str # Read 'bytes' single bytes from the file and create a Str. Take care, UTF-8-Chars may need more than one single byte!
RandomAccessFile.seekEnd() Same # Move file-pointer to the end of the file. This is useful to append some data.
RandomAccessFile.seek(IntNumber pos) Same # Move file-pointer to position 'pos'
RandomAccessFile.seekStart() Same # Move file-pointer to the first position
RandomAccessFile.size() Long # Returns the size of this file
RandomAccessFile.writeByte(Byte value) Same # Write a single byte (-128-127) at current position to the file.
RandomAccessFile.writeBytes(Byte value...) Same # Write a bytes (-128-127) to the file.
RandomAccessFile.writeInt(Int value) Same # Write a Int to the file, which takes 4 bytes of space.
RandomAccessFile.write(Int value) Same # Write a single byte (0-255) at current position to the file.
RandomAccessFile.writeString(Str s, Bool utf8) Same # Write the Str to the file. If UTF-8 is used, chars may need more than one single byte!
Random.bool§.readBool
Random.char§.newChar
Random.dec§.newDec
Random.double§.newDouble
Random.int§.newInt
Random.newBool() Bool # Get a random Bool value
Random.newChar() Char # Get a single char ( A-Z, a-z )
Random.newChar(Object o...) Char # Get a random char from multiple selections of characters. Possiple selections are: chars 'a', strings "abc", ranges 'a'..'z', integers 0 up to 9
Random.newDec() Dec # Get a decimal number in the full range of Dec
Random.newDec(Number max) Dec # Get a decimal number between 1 and max
Random.newDec(Number min, Number max) Dec # Get a decimal number between min and max
Random.newDouble() Dec # Get a decimal number in the full range of Dec
Random.newDouble(Number max) Dec # Get a decimal number between 1 and max
Random.newDouble(Number min, Number max) Dec # Get a decimal number between min and max
Random.newInt() Int # Get a int number in the full range of Int
Random.newInt(IntNumber max) Int # Get a int number between 1 and max
Random.newInt(IntNumber min, IntNumber max) Int # Get a int number between min and max
Random.newStr(IntNumber length, Object o...) Str # Get a random Str from multiple selections of characters. Possiple selections are: chars 'a', strings "abc", ranges 'a'..'z', integers 0 up to 9
Random.str§.newStr
Range.compute() Str # Computes a String with all items of this Range.
Range.contains(Int#Char num) Bool # Returns true, if this number is within the range.
Range.each() Object # Execute block and stream with every item in this range.
Range.toCount() Count # Converts this range to a Count object.
Range.toList() List # Create a list with all object in this range.
RegEx.match(Str s) Bool # Returns true if the given string (s) matches this regular expression.
RegEx.replace(Str in, Atomic with) Str # Replaces all finds in the String
RelationSet.getRelation(Object o1, Object o2) Dec # Returns the relation between two objects.
RelationSet.length() Int # Returns the current length of this RelationSet.
RelationSet.len§.length
RelationSet.linked(Object o1, Object o2) Bool # Returns true, if these objects are connected.
RelationSet.linkedWith(Object o) List # Returns a list with all linked objects.
RelationSet.link(Object o, Object other...) Same # Link one object with other objects.
RelationSet.put(Object o...) Same # Add a object to this set, if it is not already present.
RelationSet.relatedWith(???) ??? # 
RelationSet.relationWith(Object o) Map # Returns a map with all linked objects.
RelationSet.setRelation(Object o1, Object o2, Number value) Same # Set the relation of two objects to the given value.
RelationSet.size() Int # Returns the maximum size of items to store in this RelationSet.
RelationSet.unlink(Object o, Object other...) Same # Remove the link between one object to other objects.
Repeat.each() Object # Execute block and stream. After that, if the argument is true, repeat and execute again.
Sequence.content(values ...) Same # Replace the content of this Sequence with 'values'.
Sequence.copy() Sequence # Create a copy of this Sequence.
Sequence.first() Object # Returns the first Object.
Sequence.get(Object pos) Object # Return the object at this position or associated with this key. If the position/key is unknown, an error will be thrown.
Sequence.isEmpty() Bool # Returns true if the sequence is empty, otherwise false.
Sequence.last() Object # Returns the last Object.
Sequence.length() Int # Returns the length of this sequence.
Sequence.len§.length
Sequence.pull(Object pos) Object # If the position or key exists, return the value. Otherwise the result is 'nil'.
Sequence.put(value, pos...) Same # Add or set value to position/key.
Sequence.select( Atomic pos... ) List # Get a new List with selected items. Use 'nil' as placeholder.
Sequence.selectLazy( Atomic pos... ) List # Get a new List with selected items. Use 'nil' as placeholder. Missing values will be 'nil'.
Sequence.set(value, pos...) Same # Set value to position/key.
Sequence.updateLazy( Object value, Atomic positions... )  # Put 'value' to all positions.
Sequence.update( Object value, Atomic positions... )  # Set 'value' to all positions.
Set.+§.add
Set.addAll(List other) Same # Adds all items to the current list.
Set.add(Object... o) Same # Add all objects and throw an error if an object allready exist.
Set.amount(Object each) Int # Check every item and return the amount of trues. The result of each must be Bool.
Set.amount(VarLet var, Object each) Int # Check every item and return the amount of trues. The result of each must be Bool.
Set.average() Double # Calculate the average value of the items in this Set.
Set.avg§.average
Set.clear() Same # Removes all items from this list.
Set.combine§.implode
Set.contains(Object search) Bool # Returns true, if this Set contains the given object.
Set.copy() Set # Create a copy of this Set.
Set.-§.delete
Set.delete(Int pos) Same # Remove item at position
Set.each(Object o) Object # Walk throw each item, but use always object o.
Set.each() Object # Walk throw each item
Set.each(VarLet var) Object # Walk throw each item and assign the row to var
Set.fill(Str form) Str # Fills all {}-placeholders of 'form' with values from current set
Set.filter(Object each) List # Creates a new list with selected items. A FuncLet will be executed, result of 'each' must be Bool.
Set.filter(VarLet var, Object each) List # Creates a new list with selected items. Each item will be assigned to 'var' and 'each' is processed. A FuncLet will be executed. The result of 'each' must be Bool.
Set.fixType(Str type) Same # Allow only one type in this Set.
Set.implode(Atomic delimiter) Str # Convert each item to a string and concat all with 'delimiter'.
Set.implode() Str # Convert each item to a string and concat all together.
Set.max() Object # Return the 'greatest' item in this Set.
Set.min() Object # Return the 'smallest' item in this Set.
Set.reduce(Object init, Object each) Object # Reduces the list to a single value.
Set.reduce(Object init, VarLet var, Object each) Object # Reduces the list to a single value.
Set.--§.remove
Set.removeAll(List other) Same # Removes all objects from this list, that are found in the second list.
Set.remove(Object o...) Same # Remove all elements that match to an argument
Set.subAll§.removeAll
Set.subtractAll§.removeAll
Set.sum() Double # Summarize all items in this Set.
Set.take(Object... o) Same # Add all objects that are currently not in the set.
Set.toList() List # Creates a new List with all items in this Set
SntpClient.date() Date # Returns the corrected current date
SntpClient.dateTime() DateTime # Returns the corrected current datetime
SntpClient.diff() Long # Returns the difference to local system time in milliseconds
SntpClient.time() Time # Returns the corrected current time
SntpClient.update() Same # Connect to Server and update time information
SqlDatabase.close() Same # Close the database
SqlDatabase.connect() Same # Open the database
SqlDatabase.exec(Str sql) Same # Execute a SQL-Statement.
SqlDatabase.open§.connect
SqlDatabase.query(Str sql) DBResult # Execute a SQL-Statement. If the result is empty, 'nil' will be returned.
SqlDatabase.update(Str sql) Int # Execute a SQL-Statement, return the amount of updates
Str.after§.afterFirst
Str.afterFirst(Object... o) Str # Returns a copy of the String after the first matching argument
Str.afterLast(Object... o) Str # Returns a copy of the String after the last matching argument
Str.align(MagicPosition pos, IntNumber width) Str # Align the string to the left,center,right with that minimum width
Str.amount(Object each) Int # Check every char and return the amount of trues. The result of 'each' must be Bool.
Str.amount(VarLet var, Object each) Int # Check every char and return the amount of trues. The result of 'each' must be Bool.
Str.before§.beforeFirst
Str.beforeFirst(Object... to) Str # Returns a copy of the String before the first matching 'to' argument
Str.beforeLast(Object... to) Str # Returns a copy of the String before the last matching 'to' argument
Str.begin(Object o) Str # Inserts an object at the beginning of the string
Str.bytes§.toByteArray
Str.capitalAll() Str # Change the first char of every word to upper case
Str.capital§.capitalFirst
Str.capitalFirst() Str # Change the first char to upper case
Str.chars§.toChars
Str.cmd() Cmd # Create a shell-command with this string
Str.contains(Atomic part) Bool # Return true, if the string contains this part
Str.count(Char c) Int # Returns the number of all occurrences of this character.
Str.cut(IntNumber from, IntNumber len) Str # Cuts the string from position 'from' with a length of 'len'
Str./§.div
Str.div(IntNumber x) List # Split this string in x peaces
Str.each() Object # Walk throw each char
Str.end(IntNumber pos) Str # Get a copy up to this position. Negative value are counting from the right side.
Str.endsWith(Atomic end...) Bool # Tests, if the string ends with one of these values.
Str.escapeAll() Str # Escape all special chars
Str.escape§.escapeAll
Str.escapeSlashes() Str # Add a backslash before every other backslash and NUL-Character
Str.explode§.split
Str.field(Atomic delimiter, IntNumber column) Str # Split this String by 'delimiter' and return that 'column'
Str.fields(Atomic delimiter, IntNumber columns...) List # Split this String by 'delimiter' and return that 'columns'
Str.fill(...) Str # Fills all {}-placeholders with values. An overflow of values or placeholders will be handled lazily.
Str.filter(Object each) Str # Creates a new string with selected chars. The result of 'each' must be Bool.
Str.filter(VarLet var, Object each) Str # Creates a new string with selected chars. The result of 'each' must be Bool.
Str.first() Char # Get the first char of the String
Str.fromFirst(Object... o) Str # Returns a copy of the String from the first matching argument
Str.from§.fromFirst
Str.fromLast(Object... o) Str # Returns a copy of the String from the last matching argument
Str.group(IntNumber length) List # Split this string into groups of the specified length
Str.htmlDecode() Str # Convert all HTML entitys to the representing chars.
Str.htmlEntities() Str # Convert all convertable chars to their HTML entity
Str.htmlSpecial(???) ??? # 
Str.htmlSpecialChars() Str # Converts some chars, which have a special meaning in HTML: &, ', ", <, >
Str.insert(Atomic ins, IntNumber pos) Str # Create a string where "ins" is inserted at position "pos"
Str.isEmpty() Bool # Returns true, if this string contains no chars.
Str.jaymo() Str # Execute this string as a jaymo-command.
Str.jmo§.jaymo
Str.last() Char # Get the last char of the String
Str.left(IntNumber amount) Str # Get a copy of the amount of chars from the left side
Str.lines() List # Returns all lines of this string.
Str.map(Object each) Str # Creates a copy of the string, and execute 'each' with every char.
Str.map(VarLet var, Object each) Str # Creates a copy of the string, and execute 'var' and 'each' with every char.
Str.match(Regex reg) Bool # Returns true, if the string matches this regular expression
Str.only(Range|Chars c...) Str # Removes all characters that do not match any of the given arguments.
Str.parseBin() Int # Converts a Binary-String to a Int
Str.parseHex() Int # Converts an Hex-String to Int
Str.parseUnicode() Char # Converts an Unicode-Char-String to a single Char
Str.part(IntNumber from, IntNumber to) Str # Cuts the string from position 'from' to position 'to'
Str.put(Char c, Int pos) Str # Create a new String, where Char at position 'pos' is changed with 'c'. If needed, the String will be expanded.
Str.quote(Int format=2, Bool escapeSpecialChars=false) Str # Quotes the string with the selected format
Str.reduce(Object init, Object each) Object # Reduces the string to a single value.
Str.reduce(Object init, VarLet var, Object each) Object # Reduces the string to a single value.
Str.replace(Atomic search, Atomic repl) Str # Replace all occurrences with the replacement
Str.replace(Regex search, Atomic repl) Str # Replace all occurrences with the replacement
Str.reverse() Str # Create a string where all chars are in reversed order
Str.right(IntNumber amount) Str # Get a copy of the amount of chars from the right side
Str.scan(Atomic open, Atomic close) List # Scan this String and return a list with all parts between 'start' and 'end'.
Str.searchFirst(Object search) Int # Returns the position of the first hit or nil if nothing is found.
Str.searchLast(Object search) Int # Returns the position of the last hit or nil if nothing is found.
Str.search§.searchFirst
Str.set(Char c, Int pos) Str # Create a new String, where Char at position 'pos' is changed with 'c'
Str.sort(Object each) Str # Sort the chars by passing every pair to 'each'. The result of 'each' must be Bool.
Str.sort() Str # Sort the chars
Str.sort(VarLet var, Object each) Str # Sort the chars by passing every pair to 'var' and 'each' The result of 'each' must be Bool.
Str.split(Chars delimiter) List # Split the string at all occurrences of this delimiter
Str.splitKeep(Atomic delimiter) List # Splits the list and copy also the delimiter
Str.splitKeep(List listOfDelimiter) List # Splits the list and copy also the delimiter
Str.split() List # Split this string into chars
Str.split(Regex regex) List # Split the string according to this regex
Str.start(IntNumber pos) Str # Get a copy up to this position. Negative value are counting from the right side.
Str.startsWith(Atomic arg...) Bool # Return true, if the string starts with one of the parameters
Str.-§.sub
Str.sub(Object c) Str # Removes the char from the string.
Str.table(Atomic columnDelimiter) Table # Create a Table from this String, by splitting it by lines and 'columnDelimiter'
Str.tillFirst(Object... to) Str # Returns a copy of the String up to the first matching 'to' argument
Str.tillLast(Object... to) Str # Returns a copy of the String up to the last matching 'to' argument
Str.till§.tillFirst
Str.toByteArray() ByteArray # Return a ByteArray, containing the UTF8-Bytes of this string.
Str.toChars() List # Return a list with all chars
Str.toRegEx() RegEx # Convert this String to a Regular expression.
Str.trim(Char... toTrim) Str # Removes toTrim from left and right
Str.trimLeft(Char... toTrim) Str # Removes toTrim from the left
Str.trimLeft() Str # Removes leading: Space, Tab, Carriage Return, NewLine, FormFeed
Str.trimRight(Char... toTrim) Str # Removes toTrim from the right
Str.trimRight() Str # Removes ending: Space, Tab, Carriage Return, NewLine, FormFeed
Str.trim() Str # Removes leading and ending: Space, Tab, Carriage Return, NewLine, FormFeed
Str.unescape() Str # Convert escaped chars to normal chars
Str.unique() Str # Remove duplicate chars.
Str.uniq§.unique
Str.unite(Char c...) Str # Unites all or selected rows of equal chars to a single char.
Str.unquote(Int format=0) Str # Unquotes a string
Str.width(IntNumber width) Str # Cut the string or fill it up with space chars to get a string with that width
Str.words() List # Return a List with all words in this string.
Swing_Button.getText() Str # Returns the text of this button.
Swing_Button.@select  # Executed on selection.
Swing_Button.setIcon(Image img) Same # Set the icon image of this button.
Swing_Button.setImage§.setIcon
Swing_Button.setText(Atomic a) Same # Set the text of this button.
Swing_ComboBox.get§.getItems
Swing_ComboBox.getItem() Str # Returns the selected item.
Swing_ComboBox.@select  # Executed on selection.
Swing_ComboBox.setItems() Str # Set the selectable options.
Swing_ComboBox.set§.setItems
Swing_Component.hasFocus() Bool # Returns true, if this component has the focus.
Swing_Component.setBackground(ColorSpace color) Same # Set the background color. This turns the component to opaque.
Swing_Component.setForeground(ColorSpace color) Same # Set the foreground color.
Swing_Component.setVisible(Bool b) Same # Show or hide the component.
Swing_Dialog.+§.add
Swing_Dialog.add(Swing_Object obj) Same # Add a object to this frame.
Swing_Dialog.@close(???)???  # 
Swing_Dialog.close() Nil # Close this frame.
Swing_Dialog.@close  # On dialog close
Swing_Dialog.dispose§.close
Swing_Dialog.hide() Same # Hide this window.
Swing_DialogMessage.ERROR() Enum # Dialog type is 'Error'
Swing_DialogMessage.INFO() Enum # Dialog type is 'Info'
Swing_DialogMessage.setType(Enum type) Same # Set the type of the dialog
Swing_DialogMessage.show() Same # Show the dialog and block the current thread
Swing_DialogMessage.WARNING() Enum # Dialog type is 'Warning'
Swing_Dialog.pack() Same # Resize the Frame, so that all components use their preferred size and layouts.
Swing_Dialog.setSize(Int dx, Int dy) Same # Set the size of this frame.
Swing_Dialog.setSizeMin(Int dx, Int dy) Same # Set the minimum size of this frame.
Swing_Dialog.setTitle(Str name) Same # Set the title of this frame.
Swing_Dialog.show() Same # Show this window.
Swing_DialogYesNo.ERROR() Enum # Dialog type is 'Error'
Swing_DialogYesNo.INFO() Enum # Dialog type is 'Info'
Swing_DialogYesNo.QUESTION() Enum # Dialog type is 'Question'
Swing_DialogYesNo.setType(Enum type) Same # Set the type of the dialog
Swing_DialogYesNo.show() Same # Show the dialog and block the current thread
Swing_DialogYesNo.WARNING() Enum # Dialog type is 'Warning'
Swing_Font.allFonts() List # Returns a List with all available fonts.
Swing_Font.bold() Same # Make this font bold.
Swing_Font.italic() Same # Make this font italic.
Swing_Font.plain§.regular
Swing_Font.regular() Same # Reset this font to regular style.
Swing_Frame.+§.add
Swing_Frame.add(Swing_Object obj) Same # Add a object to this frame.
Swing_Frame.close() Nil # Close this frame.
Swing_Frame.getTitle() Str # Returns the title of this frame.
Swing_Frame.maximize() Same # Maximize this frame.
Swing_Frame.pack() Same # Resize the Frame, so that all components use their preferred size and layouts.
Swing_Frame.setSize(Int dx, Int dy) Same # Set the size of this frame.
Swing_Frame.setSizeMin(Int dx, Int dy) Same # Set the minimum size of this frame.
Swing_Frame.setTitle(Str name) Same # Set the title of this frame.
Swing_Image.setAlign(MagicPosition pos) Same # Set the alignment of the image.
Swing_Image.setImage(Image image) Same # Set the image.
Swing_JComponent.setEnabled(Bool b) Same # Enable or disable this component.
Swing_JComponent.setFont(Swing_Font font) Same # Set the font of the components text.
Swing_JComponent.setOpaque(Bool b) Same # Set this component opaque.
Swing_JComponent.setSize(Int width, Int height) Same # Set the preferred size of this component.
Swing_JComponent.setTip§.setToolTip
Swing_JComponent.setToolTip(Str text) Same # Set the tool tip of the image.
Swing_JComponent.setTransparent(Bool b) Same # Set this component transparent.
Swing_JComponent.setVisible(Bool b) Same # Set this component visible or hide it.
Swing_JTextComponent.get§.getText
Swing_JTextComponent.getText() Str # Get the text of this component.
Swing_JTextComponent.setEditable(Bool b) Same # Make this component editable or read only.
Swing_JTextComponent.set§.setText
Swing_JTextComponent.setText(Str text) Same # Set the text of this component.
Swing_Label.getText() Str # Returns the text of this label.
Swing_Label.setAlign(MagicPosition align) Same # Sets the alignment of the text.
Swing_Label.setIcon(Image img) Same # Set the icon image of this button.
Swing_Label.setImage§.setIcon
Swing_Label.setText(Atomic a) Same # Set the text of this label.
Swing_LayoutBorder.put(MagicPosition pos, Swing_Object obj) Same # Put a component to a position.
Swing_LayoutFlex.put(Swing_Object obj) FlexItem # Put an object to this layout. The returned FlexItem is to set the position.
Swing_LayoutFlex.setBorder(Int all) Same # Set border margins.
Swing_LayoutFlex.setBorder(Int top_bottom, Int left_right) Same # Set border margins.
Swing_LayoutFlex.setBorder(Int top, Int left_right, Int bottom) Same # Set border margins.
Swing_LayoutFlex.setBorder(Int top, Int right, Int bottom, Int left) Same # Set border margins.
Swing_LayoutGrid.add(Swing_Object objects...) Same # Add objects to this layout.
Swing_LayoutGrid.setColumns(IntNumber amount) Same # Set the amount of columns.
Swing_LayoutGrid.setRows(IntNumber amount) Same # Set the amount of rows.
Swing_LayoutPanel.add(Swing_Object obj) Same # Add the object to this panel.
Swing_LayoutPanel.borderBevelLowered() Same # Set border style: Bevel lowered
Swing_LayoutPanel.borderBevelRaised() Same # Set border style: Bevel raised
Swing_LayoutPanel.borderEmpty§.borderMargin
Swing_LayoutPanel.borderEtchedLowered() Same # Set border style: Etched lowered
Swing_LayoutPanel.borderEtchedRaised() Same # Set border style: Etched raised
Swing_LayoutPanel.borderLine(ColorSpace color, IntNumber width, Bool rounded) Same # Set border style: Line
Swing_LayoutPanel.borderLine(ColorSpace color, IntNumber width) Same # Set border style: Line
Swing_LayoutPanel.borderLine(ColorSpace color) Same # Set border style: Line
Swing_LayoutPanel.borderLine() Same # Set border style: Line
Swing_LayoutPanel.borderLoweredBevel§.borderBevelLowered
Swing_LayoutPanel.borderLoweredEtched§.borderEtchedLowered
Swing_LayoutPanel.borderMargin(Int all) Same # Set border margins.
Swing_LayoutPanel.borderMargin(Int top_bottom, Int left_right) Same # Set border margins.
Swing_LayoutPanel.borderMargin(Int top, Int left_right, Int bottom) Same # Set border margins.
Swing_LayoutPanel.borderMargin(Int top, Int right, Int bottom, Int left) Same # Set border margins.
Swing_LayoutPanel.borderRaisedBevel§.borderBevelRaised
Swing_LayoutPanel.borderRaisedEtched§.borderEtchedRaised
Swing_LayoutPanel.setTitle(Atomic title, MagicPosition pos) Same # Set title and position of this panel.
Swing_LayoutPanel.setTitle(Atomic title) Same # Set the title of this panel.
Swing_LayoutRow.add(Swing_Object objs...) Same # Add one or more components.
Swing_LayoutRow.removeAll() Same # Remove all components.
Swing_LayoutRow.remove(Swing_Object objs...) Same # Remove one or more components.
Swing_List.getSelection() List # Returns the selected values.
Swing_List.@select  # Executed on selection.
Swing_List.setData(List data) Same # Set the data of this list.
Swing_List.set§.setData
Swing_Main.allLooks() List # Get a List with all available LookAndFeels.
Swing_Main.close() Nil # Terminates the Swing-Application.
Swing_Main.@exec(???)???  # 
Swing_Main.@exec  # Executed when a Enter-Key is pressed.
Swing_Main.getLook() Str # Return the current 'Look and Feel'.
Swing_Main.@key(???)???  # 
Swing_Main.@key  # Executed when a key is pressed.
Swing_Main.run() Same # Start the Swing-Application and show the main frame.
Swing_Main.setLook(Str name) Same # Set a 'Look and Feel'.
Swing_Main.start§.run
Swing_Main.stop§.close
Swing_ProgressBar.setMaximum(IntNumber num) Same # Set the maximum value of the progress bar.
Swing_ProgressBar.setMax§.setMaximum
Swing_ProgressBar.setMinimum(IntNumber num) Same # Set the minimum value of the progress bar.
Swing_ProgressBar.setMin§.setMinimun
Swing_ProgressBar.setValue(IntNumber num) Same # Set the value of the progress bar.
Swing_Slider.@change  # Executed on a change.
Swing_Slider.getValue() Int # Returns the value of this slider.
Swing_Slider.setMaximum(IntNumber num) Same # Set the maximum value.
Swing_Slider.setMax§.setMaximum
Swing_Slider.setMinimum(IntNumber num) Same # Set the minimum value.
Swing_Slider.setMin§.setMinimum
Swing_Slider.setValue(IntNumber num) Same # Set the value of this slider.
Swing_Spinner.@change  # Executed on a change.
Swing_Spinner.get§.getValue
Swing_Spinner.getValue() Int # Returns the value of the Spinner.
Swing_Spinner.set§.setValue
Swing_Spinner.setValue(IntNumber value) Same # Set the value of the Spinner.
Swing_TabbedPane.add(Str title, Object content, Image icon, Atomic key) Same # Add an element to a new tab, set the tab icon and link a key with this tab.
Swing_TabbedPane.add(Str title, Object content, Image icon) Same # Add an element to a new tab and set the tab icon.
Swing_TabbedPane.add(Str title, Object content) Same # Add an element to a new tab.
Swing_Table.scrollTop() Same # Scroll up to the top.
Swing_Table.selectAll() Same # Select all.
Swing_Table.@select  # Executed on selection.
Swing_Table.selection() List # Returns a List with all selected line numbers.
Swing_Table.selectionRow() List # Returns the first selected row as a List.
Swing_Table.selectionTable() Table # Returns the selection as table.
Swing_Table.selectNone() Same # Remove selections.
Swing_Table.selectRow§.selectRows
Swing_Table.selectRows(IntNumber from, Int to) Same # Select all lines from 'from' to 'to'.
Swing_Table.selectRows(IntNumber pos) Same # Select a single row.
Swing_Table.selectRows(List positions) Same # Select some rows.
Swing_Table.setData(Table tab) Same # Set the data of the table.
Swing_Table.set§.setData
Swing_TextArea.append(Str text) Same # Append this text to the existing text.
Swing_TextArea.get§.getText
Swing_TextArea.getText() Str # Get the text of this component.
Swing_TextArea.set§.setText
Swing_TextArea.setText(Str text) Same # Set the text of the component.
Swing_Text.@change  # Executed on every change.
Swing_Text.@exec  # Executed if the Enter-Key is pressed.
Swing_Text.setAlign(MagicPosition pos) Same # Set alignment of the text.
Swing_ToggleButton.getText() Str # Returns the text of this button.
Swing_ToggleButton.isSelected() Bool # Returns true, if the button is selected.
Swing_ToggleButton.@select  # Executed on selection.
Swing_ToggleButton.setFont(Font f) Same # Set the font of the text.
Swing_ToggleButton.setIcon(Image img) Same # Set the icon image of this button.
Swing_ToggleButton.setImage§.setIcon
Swing_ToggleButton.setSelected(Bool b) Same # Stet the selection state ofthe button.
Swing_ToggleButton.setText(Atomic text) Same # Set the text on this button.
Swing_Window.close() Nil # Closes this window.
Swing_Window.hide() Same # Hide this window.
Swing_Window.show() Same # Show this window.
SWT_Button.getImage() Image # Returns the image of this button or nil if not set.
SWT_Button.getText() Str # Returns the message on this button
SWT_Button.@select  # On button select
SWT_Button.setImage(Image image) Same # Set the image for this button
SWT_Button.setText(Str text) Same # Set the message for this button
SWT_Control.border() Same # Enable and draw border for this widget.
SWT_Control.focus() Same # Set the focus on this widget.
SWT_Control.getBackground() ColorRGB # Returns the defined background color.
SWT_Control.getForeground() ColorRGB # Returns the defined foreground color.
SWT_Control.isEnabled() Bool # Returns true, if this widget is enabled.
SWT_Control.isMouseOver() Bool # Returns true, if the mouse cursor is over this widget.
SWT_Control.isVisible() Bool # Returns true, if this widget is visible.
SWT_Control.@key  # On key relesed
SWT_Control.@mouseClick  # On mouse click
SWT_Control.@mouseDoubleClick  # On mouse double click
SWT_Control.@move  # On widget moved
SWT_Control.@resize  # On widged resize
SWT_Control.setBackground(Color color) Same # Set the background color of this widget.
SWT_Control.setBackground(Int red, Int green, Int blue) Same # Set the background color of this widget.
SWT_Control.setEnabled(Bool b) Same # Enable or disable this widget.
SWT_Control.setFont(SWT_Font font) Same # Set the font for this widget.
SWT_Control.setForeground(Color color) Same # Set the background color of this widget.
SWT_Control.setForeground(Int red, Int green, Int blue) Same # Set the background color of this widget.
SWT_Control.setTip§.setToolTip
SWT_Control.setToolTip(Str top) Same # Set the tooltip for this widget.
SWT_Control.setVisible(Bool b) Same # Show or hide this widget.
SWT_Font.bold() Same # Set this font object to bold.
SWT_Label.getImage() Image # Returns the image of this lable of nil if nothing is set.
SWT_Label.getText() Str # Returns the text of this label.
SWT_Label.setImage(Image text) Same # Set the image on this label.
SWT_Label.setText(Str text) Same # Set the text on this label.
SWT_LayoutBorder.put(MagicPosition pos, SWT_Component comp) Same # Add component to this layout.
SWT_LayoutGrid.add(SWT_Component comp...) Same # Add one or more components.
SWT_Main.add(SWT_Object obj) Same # Add component
SWT_Main.close() Same # Close main window
SWT_Main.run() Same # Start and open main window
SWT_Main.setSize(IntNumber width, IntNumber height) Same # Set window size
SWT_Main.setTitle(Str title) Same # Set window title
SWT_Scrollable.scrollBarH() Same # Enable the horizontal scrollbar.
SWT_Scrollable.scrollBarV() Same # Enable the vertical scrollbar.
SWT_Text.getText() Str # Returns the text of this field.
SWT_Text.@modify  # On text modify
SWT_Text.setAlign(MagicPosition pos) Same # Set the alignment of the text.
SWT_Text.setEchoChar(Char c) Same # Set a char, which will be displayed instead of the real chars.
SWT_Text.setEditable(Bool b) Same # Set this element editable or readonly.
SWT_Text.setText(Str text) Same # Set the text of this Widget.
SWT_Widget.dispose() Nil # Dispose this widget
SWT_Widget.isDisposed() Bool # Returns true, if this widget is disposed
Sync.run()  # 
Sys.arch§.architecture
Sys.architecture() Str # Returns the architecture of the system.
Sys.current§.currentDir
Sys.currentDir() Dir # Returns the current directory.
Sys.envMap() Map # Read all available environment variables.
Sys.env(Str name) Str # Read the value of a environment variable.
Sys.fontEncoding() Str # Returns the font encoding.
Sys.homeDir() Dir # Returns the user home directory.
Sys.home§.homeDir
Sys.hostname§.hostName
Sys.hostName() Str # Returns the host name of the system.
Sys.javaVersion() Str # Returns the Java version.
Sys.land() Str # Returns the land.
Sys.language() Str # Returns the language.
Sys.osName() Str # Returns the name of the operating system.
Sys.osVersion() Str # Returns the version of the operating system.
Sys.processUptime() Long # Returns the uptime of the current Java process.
Sys.rootDir() Dir # Returns the root directory.
Sys.root§.rootDir
Sys.separatorDir§.separatorFile
Sys.separatorFile() Str # Returns the file separator.
Sys.separatorLine() Str # Returns the line separator.
Sys.separatorPath() Str # Returns the path separator.
Sys.tempDir() Dir # Returns the temporary directory.
Sys.temp§.tempDir
Sys.username() Str # Returns the username.
Sys.user§.username
Table.+§.add
Table.addAll(Table other) Same # Adds all rows to the current table.
Table.add(Object o, ... ) Same # Add one row to the table
Table.addRow§.addRows
Table.addRows(List l, ...) Same # Add rows to the table
Table.column(IntNumber col) List # Returns a copy of a column
Table.columns(IntNumber column...) Table # Creates a new Table with a copy of the specified columns. Negative numbers are from right to left
Table.++§.concat
Table.concat(Table other) Table # Creates a new combined table.
Table.contains(Object obj) Bool # Returns true, if this table contains the given object.
Table.deleteRow§.deleteRows
Table.deleteRows(IntNumber rows...) Same # Removes 'rows' from this table.
Table.each() List # Walk throw each row
Table.eachMap() List # Create a map for each row and walk throw each of them
Table.eachMap(Object o) List # Walk throw each row, but use always object o.
Table.eachMap(VarLet var) List # Create a map for each row and walk throw each of them and store it in var.
Table.each(Object o) List # Walk throw each row, but use always object o.
Table.each(VarLet var) List # Walk throw each row and assign the row to var
Table.firstRowTitles() Same # The first row will be removed and used as titles.
Table.getTitles() List # Returns a List with all titles of the table.
Table.init(Int amount, Object o) Same # Add 'amount' rows, filled with 'o' to this Table
Table.reverse() Same # Reverses the rows in this table
Table.rotate(MagicPosition dir) Table # Create a new table which will be rotated to the _LEFT or to the _RIGHT
Table.rotate() Table # Create a new table which will be rotated to the right
Table.row(IntNumber row) List # Returns a copy of a row.
Table.rowMap(IntNumber row) Map # Returns one row as a map with titles.
Table.rows(IntNumber row...) Table # Creates a new Table with a copy of the specified rows. Negative numbers are from last to first row.
Table.search(Atomic search) Table # Returns all rows, that contains 'search'.
Table.searchFirst(Atomic search) List # Returns the first value, that matches 'search'. Nil, if nothings found.
Table.setTitles(List l) Same # Set the title for every column.
Table.shuffle() Same # Shuffle all rows of this table
Table.sort(IntNumber... columns) Same # Order this table according to the parameters. Positive numbers are ascending, negative are descending.
Table.style(Str style) Str # Style this table according the given style and return a Str.
Table.width() Int # Return the width of the table
TcpClient.connect() TcpConnection # Try to connect and return either a connection or nil.
TcpClient.@error(???)???  # 
TcpClient.@error  # If a error occures, this event will be executed.
TcpClient.@timeout(???)???  # 
TcpClient.@timeout  # Executed when connection timed out.
TcpConnection.close() Nil # Close the connection.
TcpConnection.@error(???)???  # 
TcpConnection.@error  # If a error occures, this event will be executed.
TcpConnection.recieveInt() Int # Wait for a incoming integer number.
TcpConnection.recieveStr() Str # Wait for a incoming string.
TcpConnection.send(Atomic value) Same # Send the value.
TcpConnection.@timeout(???)???  # 
TcpConnection.@timeout  # Executed when connection timed out.
TcpServer.close() Nil # Close this server.
TcpServer.@connect(???)???  # 
TcpServer.@connect  # Executed on incomming connection.
TcpServer.@error(???)???  # 
TcpServer.@error  # If a error occures, this event will be executed.
TcpServer.@timeout(???)???  # 
TcpServer.@timeout  # Executed when connection timed out.
TcpServer.wait(IntNumber num) Nil # Wait for an incoming connection.
Time.addHour§.addHours
Time.addHours(IntNumber hours) Time # Return a new Time with hours added
Time.addMilliSeconds(IntNumber msec) Time # Return a new Time with milliseconds added
Time.addMin§.addMinutes
Time.addMinutes(IntNumber minutes) Time # Return a new Time with minutes added
Time.addMSec§.addMilliSeconds
Time.addSec§.addSeconds
Time.addSeconds(IntNumber num) Time # Return a new Time with seconds added
Time.addTime(Time t) Time # Return a new Time with hours, minutes and seconds added
Time.combine(Date date) DateTime # Combine date and time to a new DateTime
Time.++() Date # Creates a new Date-Object for the next day
Time.--() Date # Creates a new Date-Object for the prior day
Time.dec() Date # Creates a new Date-Object for the prior day
Time.dec(IntNumber n) Date # Creates a new Date-Object with n days prior
Time.diff§.diffSeconds
Time.diffHours(Time other) Int # Gets the difference of hours to another time
Time.diffMinutes(Time other) Int # Gets the difference of minutes to another time
Time.diffSeconds(Time other) Int # Gets the difference of seconds to another time
Time.getHour§.getHours
Time.getHours() Int # Gets the hours of this time
Time.getMilliSeconds() Int # Gets the milliseconds of this time
Time.getMin§.getMinutes
Time.getMinutes() Int # Gets the minutes of this time
Time.getMSec§.getMilliSeconds
Time.getSec§.getSeconds
Time.getSeconds() Int # Gets the seconds of this time
Time.inc() Date # Creates a new Date-Object for the next day
Time.inc(IntNumber n) Date # Creates a new Date-Object with n days ahead
Time.++(IntNumber n) Date # Creates a new Date-Object with n days ahead
Time.--(IntNumber n) Date # Creates a new Date-Object with n days prior
Time.setHour§.setHours
Time.setHours(IntNumber hour) Time # Return a new Time-Object with changed hour
Time.setMilliSeconds(IntNumber msec) Time # Return a new Time-Object with changed milliseconds
Time.setMinute§.setMinutes
Time.setMinutes(IntNumber minute) Time # Return a new Time-Object with changed minute
Time.setMSec§.setMilliSeconds
Time.setSecond§.setSeconds
Time.setSeconds(IntNumber second) Time # Return a new Time-Object with changed second
Time.subHours(IntNumber hours) Time # Return a new time with hours subtracted
Time.subHour§.subHours
Time.subMilliSeconds(IntNumber msec) Time # Return a new time with milliseconds subtracted
Time.subMin§.subMinutes
Time.subMinutes(IntNumber minutes) Time # Return a new time with minutes subtracted
Time.subMSec§.subMilliSeconds
Time.subSeconds(IntNumber seconds) Time # Return a new Time with seconds subtracted
Time.subSec§.subSeconds
Time.subTime(Time t) Time # Return a new Time with hours, minutes and seconds subtracted
Time.>=(Time other) Bool # Is this time greater or equal the other?
Time.>(Time other) Bool # Is this time greater than the other?
Time.<=(Time other) Bool # Is this time lesser or equal the other?
Time.<(Time other) Bool # Is this time lesser than the other?
Tree.build(TreeNode nodes...) Same # Add all nodes to a empty tree.
TreeNode.+§.add
TreeNode.add(Atomic key, Object value) TreeNode # Create a new node with this key and value.
TreeNode.add(Atomic key) TreeNode # Create a new node with this key.
TreeNode.add(KeyValue keyvalue) TreeNode # Create a new node with key and value.
TreeNode.addNode§.add
TreeNode.addNodes(TreeNode nodes...) Same # Add nodes to this node.
TreeNode.add(TreeNode node) TreeNode # Add this node to the tree.
TreeNode.delete(Atomic names...) Same # Delete the nodes with this names.
TreeNode.getName() Atomic # Return the name of this node.
TreeNode.getValue() Object # Returns the value of this node.
TreeNode.nodes() List # Returns a list with all sub nodes of this node.
TreeNode.--§.removeNames
TreeNode.removeNames(Atomic names...) Same # Removes all nodes which has one of the given names.
TreeNode.remove§.removeNames
TreeNode.removeValues(Object o...) Same # Removes all nodes which has on of the given values.
TreeNode.setName(Atomic name) Same # Set the name of this node.
TreeNode.setValue(Object obj) Same # Set the value of this node.
Tree.parse(Str text) Same # Parse the text and fill this tree.
Try.argument(Object o) Object # Executes the argument. If an error occures it will be returned, elsewhere the argument.
Try.block() Object # Executes the block. If an error occures it will be returned, elsewhere the result will be returned.
Try.stream() Object # No Block allowed. Executes the stream, if an error occurs it will be returned. Otherwise the stream result will be returned.
Type.name() Str # Returns the name of this type.
UdpPush.close() Nil # Close the socket.
UdpPush.send(Str address, IntNumber port, Chars|Byte|ByteArray data) Same # Send an UDP packet
UdpService.@error(???)???  # 
UdpService.@error  # If a error occures, this event will be executed.
UdpService.@recieve(???)???  # 
UdpService.@recieve  # Executed, if a package comes in.
UdpService.send(Str address, IntNumber port, Chars|Byte|ByteArray data) Same # Send an UDP packet
UdpService.start() Same # Start the UDP-Service.
UdpService.stop() Nil # Stop the UDP-Service.
Uri.getAuthority() Str # Returns the authority of this URI.
Uri.getFragment() Str # Returns the fragment of this URI.
Uri.getHost() Str # Returns the host of this URI.
Uri.getPath() Str # Returns the path of this URI.
Uri.getPort() Int # Returns the port of this URI.
Uri.getPort() Str # Returns the port of this URI.
Uri.getQuery() Str # Returns the query of this URI.
Uri.getScheme() Str # Returns the scheme of this URI.
Uri.getUserInfo() Str # Returns the user info of this URI.
Uri.setAuthority(Str s) Uri # Create a new URI where this authority is set.
Uri.setFragment(Str s) Uri # Create a new URI where this fragment is set.
Uri.setHost(Str s) Uri # Create a new URI where this host is set.
Uri.setPath(Str s) Uri # Create a new URI where this path is set.
Uri.setPort(IntNumber port) Uri # Create a new URI where this port is set.
Uri.setQuery(Str s) Uri # Create a new URI where this query is set.
Uri.setScheme(Str s) Uri # Create a new URI where this scheme is set.
Uri.setUserInfo(Str s) Uri # Create a new URI where this user info is set.
Uri.setUserInfo(Str user, Str pass) Uri # Create a new URI where this user info is set.
Uri.toFile() File # Create a File object from this URI.
Use.get() Object # Returns object1 at condition true, otherwise object2
Warning.call() Str # Returns the call of this error
Warning.detail() Str # Returns the detail-info of this error
Warning.file() Str # Returns the file of this error
Warning.group() Str # Returns the group of this error
Warning.info() Str # Returns a string with message, detail and source
Warning.instance() Str # Returns the instance of this error
Warning.line() Int # Returns the line-number of this error
Warning.message() Str # Returns the message of this error
Warning.show() Same # Print all informations of this warning
Warning.source() Str # Returns the source of this error
Warning.throw() Nil # Throw this warning
Which.get() Int # Returns the position of the first object argument, which is 'true'.
While.each() Object # Execute block and stream while the object-variable is true
Wiki77.parse§.toHTML
Wiki77.toHTML(Str wiki) Str # Parse a wiki encoded text and convert it to HTML.
Wiki77.toHtml§.toHTML
XmlDocument.toStringTable§.toStrTable
XmlDocument.toStrTable(List rows, List columns) Table # Create a table.
Xml.parse(Str xml) XmlDocument # Parse a xml string.
Xml.readFile(File file) XmlDocument # Read and parse a xml file.
Xml.read§.readFile
