Dialog

The dialog object contains methods for presenting the user with information or requesting information from the user at runtime.

Info dialog

Shows a blue information dialog with an OK button. The flow does not proceed until the user has clicked OK. Options is an optional parameter.

Parameters

• header is the title of the dialogS
• text is the text content shown
• options is a JavaScript object, supported properties:
  • buttons is an array of buttons to display in the bottom part of the dialog
  • timeout an int determining when the dialog should auto-close
  • sound a string (one of asterisk, beep, exclamation, hand, question) which indicates a system sound to play once the dialog is shown
  • throws a boolean indicating whether to throw an exception if the dialog was cancelled - default is true
  • dialogPositionTop an indication of the placement of the dialog (in pixels from the top of the screen)
  • dialogPositionLeft an indication of the placement of the dialog (in pixels from the left of the screen)
  • topMost (boolean, default true) should the sticky be shown top-most
  • markdown whether or not the text is formatted using markdown (default false)

The buttons array consists of button objects with the following properties:

• value the text to display on the button (should be unique for a dialog)
• isDefault (boolean) a true/false value indicating whether or not this button is the default (i.e. will be activated on the enter-key) - should only be set to true for one button per dialog – default is false
• isCancel (boolean) indicating whether or not the button should cancel the dialog – default is false
• foregroundColor (string) a color to display the text of this button in
• backgroundColor (string) a background color for the button

The default value for buttons is an “OK” button:

[{ value: "OK" }];

The button clicked will be available as a property named button on the return value from the dialog. If the user clicks a cancel button then an exception is thrown.

Example

Dialog.info("Hello", "This is some text to be shown.", {});

With options:

Dialog.info("Hello", "Some text - I will max be shown for 10 secs.", {
  timeout: 10,
});

With pre-defined buttons:

var r = Dialog.info(
  "Hello",
  "Do you want to continue",
  { timeout: 10
  , buttons: [
      { 'value': 'No', 'isCancel': true },
      { 'value': 'Maybe' },
      { 'value': 'Yes' },
    ]
  }
);
if (r.button == 'Yes') {
  // user answered yes - we can continue
  ...
}

Warn dialog

Shows a red warning dialog to the user with an OK button. Similar to the info dialog, but red. Options is an optional parameter.

Parameters

• header is the title of the dialog
• text is the text content shown
• options is a JavaScript object, supported properties:
  • buttons is an array of buttons to display in the bottom part of the dialog (see info-dialog for further information)
  • timeout an int determining when the dialog should auto-close
  • sound a string (one of asterisk, beep, exclamation, hand, question) which indicates a system sound to play once the dialog is shown
  • throws a boolean indicating whether to throw an exception if the dialog was cancelled - default is true
  • dialogPositionTop an indication of the placement of the dialog (in pixels from the top of the screen)
  • dialogPositionLeft an indication of the placement of the dialog (in pixels from the left of the screen)
  • topMost (boolean, default true) should the sticky be shown top-most
  • markdown whether or not the text is formatted using markdown (default false)

Example

Dialog.warn(
  "Warning!!",
  "This is some text to be shown. Consider yourself warned.",
);

// Do not throw an exception when dialog is cancelled
Dialog.warn("Take heed", "You may enter at your peril", { throws: false });

Input dialog

Shows a dialog into which the user may input data. The type of data which can be input is determined by the options parameter.

Parameters

• header is the title of the dialog
• text is the text content shown
• options is a JavaScript object which determines the input the user should provide. Each property on the object is one input the user must provide. The name of each property is used when returning the results. It can also contain the following properties which affect the dialog itself:
  • buttons is an array of buttons to display in the bottom part of the dialog (see info-dialog for further information)
  • throws a boolean indicating whether to throw an exception if the dialog was cancelled - default is true
  • submitOnValidation is a boolean flag that determines whether or not the dialog will be automatically submitted when all fields validate - or not
  • maxDialogWidth/maxDialogHeight (int) change the default maximum width and height for the window,
  • promptWidth sets the with of the label/prompt
  • sound a string (one of asterisk, beep, exclamation, hand, question) which indicates a system sound to play once the dialog is shown
  • dialogPositionTop/dialogPositionLeft (int) to change the default position of the dialog. Note that if one of these properties are set then the dialog will be positioned on the main display.
  • foregroundColor and backgroundColor can be used to set the overall colors for the dialog (use html/hex encoded strings)
  • savedInputs is an optional result from a previous display of the dialog - this can be used to pre-fill the dialog with inputs already filled
  • onlyValidateOnSubmit will when set to true not do any validation until the dialog is submitted (default false)
  • topMost (boolean, default true) should the sticky be shown top-most
  • markdown whether or not the text is formatted using markdown (default false)

Inputs given as complex objects

If the value of a property of options is either a complex object or a function it is treated as an input element. If you supply an object then the following properties are available to specify:

Each input should contain the following variables:

• type to determine which UI element to display - see options for input types below
• dependsOn is an expression that determines when this input should be shown. You can either specify the name of another property - in which case the input will be shown if the other property has a value, or you can specify a <name-of-other-property>=<value> type string - in which case the input will be shown if the other property has the given value. If dependsOn is empty the input will always be shown. Using a ~ instead of = in the expression will cause the value to be interpreted as a regular expression (from 1.8.0).

Optionally the following properties may be specified as well:

• prompt is the text which is displayed as an hint to the user for this option.
• promptWidth sets the with of the label/prompt
• resetOnHide determines whether to clear the value of the input when it is hidden because a dependency fails (default is false)

An example of an input dialog with a few objects is:

Dialog.input("header goes here", "text goes here", {
  myTextInput: {
    prompt: "Input text here",
    type: "TEXT",
    value: "Default value",
  },
  anotherInput: {
    prompt: "Another prompt",
    type: "PASSWORD",
  },
});

This will display a dialog with two inputs, one for text and one for password.

Inputs given as functions

If the value of an option is a function then that function is invoked with the current state of the form allowing you to build complex interacting elements. The following example demonstrates this by having the properties of the RADIO input determined by the previous inputs.

Dialog.input("header goes here", "text goes here", {
  radioOptions: {
    prompt: 'Options separated by ","',
    type: "TEXT",
    value: "a,b,c",
  },
  radioPrompt: {
    prompt: "The prompt for the radio",
    type: "TEXT",
    value: "Radio",
  },
  radioPromptWidth: {
    prompt: "The prompt width for the radio",
    type: "TEXT",
    value: "150",
  },
  radioOrientation: {
    prompt: "Orientation",
    type: "RADIO",
    selectBetween: ["vertical", "horizontal"],
  },
  radioTableLayout: {
    prompt: "Table layout",
    type: "MULTITEXT",
    texts: [
      { name: "columns", prefix: "Columns", value: "0" },
      { name: "rows", prefix: "Rows", value: "0" },
    ],
  },
  radioVisible: {
    prompt: "Show RADIO",
    type: "RADIO",
    selectBetween: ["No", "Yes"],
    value: "No",
  },
  d: { type: "DIVIDER" },
  radio: function (s) {
    return {
      prompt: s.radioPrompt,
      selectBetween: s.radioOptions && s.radioOptions.split(","),
      orientation: s.radioOrientation,
      promptWidth: parseInt(s.radioPromptWidth || "150"),
      columns: parseInt(
        (s.radioTableLayout && s.radioTableLayout.columns) || "0",
      ),
      rows: parseInt((s.radioTableLayout && s.radioTableLayout.rows) || "0"),
      dependsOn: s.radioVisible == "Yes",
      type: "RADIO",
    };
  },
});

When you run this flow you can use the inputs above the divider to control the appearance of the RADIO. The dependsOn property can be set to a boolean value to do complex dependency validations.

The properties of each option item depends on the value of its type.

TEXT input type

The TEXT input type displays a simple text input.

Dialog.input("Example", "Example input", {
  foo: {
    type: "TEXT",
    prompt: "Input text here",
  },
});

When run, this will display as:

You can specify the following properties:

• prompt is the text to display to the left of the actual input.
• promptAlignment is the alignment the prompt should follow. Available options are: “Center”, “Justify”, “Left” (default), “Right”.
• toolTip is a text to display when the user hovers the mouse over the input field.
• helpText will display a “?” that when hovered will show the text given here.
• value is an optional default value for the input.
• prefix and suffix are texts to be shown before and after the input field.
• focus is whether to focus this field - if multiple fields have focus set to true then the last one will be focused.
• multiline whether multiple lines are allowed (default false).
• mask see the [#masked-input-type](MASKED input type) for details.
• validation is a validation object (see below).
• enabled a boolean to indicate whether or not the input field can be changed by the user (default true).

NUMERIC input type

The NUMERIC input type allow allows for numbers to be input.

It can be configured with the following properties:

• prompt is the text to display to the left of the actual input.
• promptAlignment is the alignment the prompt should follow. Available options are: “Center”, “Justify”, “Left” (default), “Right”.
• toolTip is a text to display when the user hovers the mouse over the input field.
• helpText will display a “?” that when hovered will show the text given here.
• max the maximum number it will allow (default is a very large negative number)
• min the minimum number (default is a very large number)
• increment how much each up/down on the field should increment/decrement the current value (default is 1)
• decimals how many decimals are shown (default is 0)
• thousandsSeparator whether to show a separator between thousands (default false)
• enabled a boolean to indicate whether or not the input field can be changed by the user (default true).

For example:

Dialog.input("Numeric example", "Input some numbers", {
  // Increment/decrement 100 each time up/down is selected
  num1: {
    type: "NUMERIC",
    increment: 100,
  },

  // Set limits and increment size
  num2: {
    type: "NUMERIC",
    increment: 10,
    min: 5,
    max: 89,
  },

  // Show e.g. 1.000 instead of 1000
  num3: {
    type: "NUMERIC",
    increment: 1001,
    separateThousands: true,
  },

  // Show 0.000 and increment w 0.01
  num4: {
    type: "NUMERIC",
    increment: 0.01,
    decimals: 3,
  },
});

Which will be displayed as:

MASKED input type

The MASKED input type is a way to provide a pre-formatted text field for the user. It is often used for dates or other types of structured input. It is configured similarly to a TEXT field but has a mask property;

...
m: {
  type: "MASKED",
  mask: "00/00/0000"
},
...

alternatively adding the mask property to a TEXT input will have the same effect;

...
m: {
  type: "TEXT",
  mask: "00/00/0000"
},
...

To display as:

The format of the mask property can be found at https://docs.microsoft.com/en-us/dotnet/api/system.windows.forms.maskedtextbox.mask?view=netcore-3.1 and re-created here:

Masking element	Description
0	Digit, required. This element will accept any single digit between 0 and 9.
9	Digit or space, optional.
#	Digit or space, optional. If this position is blank in the mask, it will be rendered as a space in the Text property. Plus (+) and minus (-) signs are allowed.
L	Letter, required. Restricts input to the ASCII letters a-z and A-Z. This mask element is equivalent to [a-zA-Z] in regular expressions.
?	Letter, optional. Restricts input to the ASCII letters a-z and A-Z. This mask element is equivalent to [a-zA-Z]? in regular expressions.
&	Character, required. If the AsciiOnly property is set to true, this element behaves like the “L” element.
C	Character, optional. Any non-control character. If the AsciiOnly property is set to true, this element behaves like the “?” element.
A	Alphanumeric, required. If the AsciiOnly property is set to true, the only characters it will accept are the ASCII letters a-z and A-Z. This mask element behaves like the “a” element.
a	Alphanumeric, optional. If the AsciiOnly property is set to true, the only characters it will accept are the ASCII letters a-z and A-Z. This mask element behaves like the “A” element.
.	Decimal placeholder. The actual display character used will be the decimal symbol appropriate to the format provider, as determined by the control’s FormatProvider property.
,	Thousands placeholder. The actual display character used will be the thousands placeholder appropriate to the format provider, as determined by the control’s FormatProvider property.
:	Time separator. The actual display character used will be the time symbol appropriate to the format provider, as determined by the control’s FormatProvider property.
/	Date separator. The actual display character used will be the date symbol appropriate to the format provider, as determined by the control’s FormatProvider property.
$	Currency symbol. The actual character displayed will be the currency symbol appropriate to the format provider, as determined by the control’s FormatProvider property.
<	Shift down. Converts all characters that follow to lowercase.
>	Shift up. Converts all characters that follow to uppercase.
|	Disable a previous shift up or shift down.
\	Escape. Escapes a mask character, turning it into a literal. “\” is the escape sequence for a backslash.
All other characters	Literals. All non-mask elements will appear as themselves. Literals always occupy a static position in the mask at run time, and cannot be moved or deleted by the user.

PASSWORD input type

Use this input type to display a text input where the input value is not visible, e.g. a password.

Dialog.input("Example", "Example input", {
  foo: {
    type: "PASSWORD",
    prompt: "Input password here",
  },
});

When run, this will display as:

You can specify the following properties:

• prompt is the text to display to the left of the actual input.
• promptAlignment is the alignment the prompt should follow. Available options are: “Center”, “Justify”, “Left” (default), “Right”.
• toolTip is a text to display when the user hovers the mouse over the input field.
• helpText will display a “?” that when hovered will show the text given here.
• value is an optional default value for the input.
• prefix and suffix are texts to be shown before and after the input field.
• focus is whether to focus this field - if multiple fields have focus set to true then the last one will be focused.
• validation is a validation object (see below).
• enabled a boolean to indicate whether or not the input field can be changed by the user (default true).

FILE input type

Use this input type to allow the user to pick a file.

Dialog.input("Example", "Example input", {
  foo: {
    type: "FILE",
    prompt: "Choose a file",
  },
});

When run and the user clicks the “…” button, this will display as:

You can specify the following properties:

• prompt is the text to display to the left of the actual input.
• promptAlignment is the alignment the prompt should follow. Available options are: “Center”, “Justify”, “Left” (default), “Right”.
• toolTip is a text to display when the user hovers the mouse over the input field.
• helpText will display a “?” that when hovered will show the text given here.
• value is an optional default value for the input
• focus is whether to focus this field.
• validation is a validation object (see below).
• enabled a boolean to indicate whether or not the input field can be changed by the user (default true).

DATE input type

Allow the user to input or select a date.

Dialog.input("Example", "Example input", {
  foo: {
    type: "DATE",
    prompt: "Choose a date",
  },
});

Will display as:

You can specify the following properties:

• prompt is the text to display to the left of the actual input.
• promptAlignment is the alignment the prompt should follow. Available options are: “Center”, “Justify”, “Left” (default), “Right”.
• toolTip is a text to display when the user hovers the mouse over the input field.
• helpText will display a “?” that when hovered will show the text given here.
• value is an optional default value for the input - this may be a javascript Date object or a string formatted as a date
• focus is whether to focus this field.
• validation is a validation object (see below).
• enabled a boolean to indicate whether or not the input field can be changed by the user (default true).

The return value is a special string with the formatted date as its value. It furthermore contains a property dateValue which holds the date chosen as a proper Date object.

DATETIME input type

Allow the user to input or select a date and/or a time.

Dialog.input("Example", "Example input", {
  dt1: {
    type: "DATETIME",
    notBefore: new Date("August 19, 1975 23:15:30"),
    notAfter: new Date("'August 19, 2025 23:15:30"),
  },
  dt2: {
    type: "DATETIME",
    format: "H:mm",
  },
});

Will display as:

You can specify the following properties:

• prompt is the text to display to the left of the actual input.
• promptAlignment is the alignment the prompt should follow. Available options are: “Center”, “Justify”, “Left” (default), “Right”.
• toolTip is a text to display when the user hovers the mouse over the input field.
• helpText will display a “?” that when hovered will show the text given here.
• value is an optional default value for the input - this may be a javascript Date object or a string formatted as a date
• focus is whether to focus this field.
• format is a format-string (see below for a list of format specifiers) or "long" or "short" for built-in formats
• notBefore a Date specifying the earliest date allowed
• notAfter a Date specifying the latest data allowed
• showUpDown whether or not to show up/down buttons (default true)
• enabled a boolean to indicate whether or not the input field can be changed by the user (default true).

Format specifiers can be found here for use in the format string.

SELECT input type

This input lets the user choose an option in a combobox.

Dialog.input("Example", "Example input", {
  foo: {
    type: "SELECT",
    prompt: "Choose a number",
    selectBetween: ["1", "2", "3"],
  },
});

Will display as:

You can specify the following properties:

• prompt is the text to display to the left of the actual input.
• promptAlignment is the alignment the prompt should follow. Available options are: “Center”, “Justify”, “Left” (default), “Right”.
• toolTip is a text to display when the user hovers the mouse over the input field.
• helpText will display a “?” that when hovered will show the text given here.
• value is an optional default value for the input.
• isSelectEditable if true then the user is allowed to enter some text instead of using one of the pre-defined options (default is false).
• selectBetween is a array of strings which determines the available dropdown options.
• orientation can be either ‘vertical’ or ‘horizontal’ and determines the layout direction.
• columns is the number of columns to display input elements in to help with alignment - setting columns will void the orientation setting.
• rows is the number of rows to display input elements in to help with alignment.
• focus is whether to focus this field.
• validation is a validation object (see below).
• isSelectEditable whether the information shown in the dropdown can be edited (works like a text-field).
• enabled a boolean to indicate whether or not the input field can be changed by the user (default true).

RADIO input type

Choose a single item in a list of radio-buttons.

Dialog.input("Example", "Example input", {
  foo: {
    type: "RADIO",
    prompt: "Choose a number",
    selectBetween: ["1", "2", "3"],
  },
});

Will display as:

You can specify the following properties:

• prompt is the text to display to the left of the actual input.
• promptAlignment is the alignment the prompt should follow. Available options are: “Center”, “Justify”, “Left” (default), “Right”.
• toolTip is a text to display when the user hovers the mouse over the input field.
• helpText will display a “?” that when hovered will show the text given here.
• value is an optional default value for the input.
• selectBetween is a array of strings which determines the available dropdown options.
• orientation can be either ‘vertical’ or ‘horizontal’ and determines the layout direction.
• columns is the number of columns to display input elements in to help with alignment - setting columns will void the orientation setting.
• rows is the number of rows to display input elements in to help with alignment.
• focus is whether to focus this field.
• validation is a validation object (see below).
• enabled a boolean to indicate whether or not the input field can be changed by the user (default true).

CHECKBOX input type

Here the user can select multiple items in a list of checkboxes.

Dialog.input("Example", "Example input", {
  foo: {
    type: "CHECKBOX",
    prompt: "Choose some numbers",
    options: [
      { name: "1", value: 1 },
      { name: "2", value: 2 },
      { name: "3", value: 3 },
    ],
  },
});

Will display as:

You can specify the following properties:

• prompt is the text to display to the left of the actual input.
• promptAlignment is the alignment the prompt should follow. Available options are: “Center”, “Justify”, “Left” (default), “Right”.
• toolTip is a text to display when the user hovers the mouse over the input field.
• helpText will display a “?” that when hovered will show the text given here.
• value is an optional default value for the input,
• options is a array of objects which determines the checkboxes,
• orientation can be either ‘vertical’ or ‘horizontal’ and determines the layout direction,
• columns is the number of columns to display input elements in to help with alignment - setting columns will void the orientation setting,
• rows is the number of rows to display input elements in to help with alignment,
• focus is whether to focus this field
• validation is a validation object (see below).
• enabled a boolean to indicate whether or not the input field can be changed by the user (default true).

Each object in the options array can have the following properties:

• name the name of the item,
• suffix/prefix the suffix and prefix shown,
• value the value
• selected whether the checkbox is selected.

A simple example of a CHECKBOX input could be:

Dialog.input(..., {
  cb: {
    prompt: "Checkbox example",
    type: "CHECKBOX",
    options: [{name: "cb1", selected: true}, {name: "cb2"}]
  }
});

HEADER input type

This will add a header-style text to the input dialog. The user cannot interact with this element.

Dialog.input("Example", "Example input", {
  foo: {
    type: "HEADER",
    value: "I am a header",
  },
});

Will display as:

You can specify the following properties:

• value is used as the text displayed.
• text is (sort of) an alias of value but this must be used if the content of the header is dynamic.

DESCRIPTION input type

This is similar to the HEADER input type but will add a body-style text to the input dialog. The user cannot interact with this element.

Dialog.input("Example", "Example input", {
  foo: {
    type: "DESCRIPTION",
    value: "I am a description. I can be a lot longer than a header.",
  },
});

Will display as:

You can specify the following properties:

• value is used as the text displayed.
• text is (sort of) an alias of value but this must be used if the content of the description is dynamic.

MULTITEXT input type

Will display multiple text inputs on a single line.

Dialog.input("Example", "Example input", {
  foo: {
    type: "MULTITEXT",
    prompt: "Input delay and price",
    texts: [
      { name: "Delay", suffix: "ms" },
      { name: "Price", prefix: "$" },
    ],
  },
});

Will display as:

You can specify the following properties:

• prompt is the text to display to the left of the actual input.
• promptAlignment is the alignment the prompt should follow. Available options are: “Center”, “Justify”, “Left” (default), “Right”.
• toolTip is a text to display when the user hovers the mouse over the input field.
• helpText will display a “?” that when hovered will show the text given here.
• texts is an array of text inputs to show - each input may have the following properties set;
  • name is used to refer to the input,
  • prefix and suffix are texts to be shown before and after the input field,
  • value is the default value,
  • multiline whether multiple lines are allowed (default false)
  • focus is whether to focus this field
  • preselect an object which will be pre-selected
  • validation is a validation object (see below).
  • enabled a boolean to indicate whether or not the input field can be changed by the user (default true).

TYPEAHEAD input type

The typeahead type can be used to allow the user to search in a large set of options.

The following properties can be specified:

• prompt is the text to display to the left of the actual input.
• promptAlignment is the alignment the prompt should follow. Available options are: “Center”, “Justify”, “Left” (default), “Right”.
• toolTip is a text to display when the user hovers the mouse over the input field.
• helpText will display a “?” that when hovered will show the text given here.
• selectFrom is the construction which determines what the user is able to select from.
• enabled a boolean to indicate whether or not the input field can be changed by the user (default true).

...
myProp: {
  type: 'TYPEAHEAD',
  selectFrom: ['Option 1', 'Option 2']
}
...

To display as:

It can be a list of objects with a value or display property that is displayed for the user. As in the example below where the user can select or get auto-completion on ‘a’ and ‘b’.

...
myProp: {
  type: 'TYPEAHEAD',
  selectFrom: [
    {display: 'a', id: 100},
    {display: 'b', id: 100}
  ],
  preselect: { display: 'a', id: 100}
}
...

The value of the myProp property after the input dialog is completed will be the full object selected, e.g. {display: 'a', id: 100}.

You can also supply arbitrary objects and a formatting string.

...
myProp: {
  type: 'TYPEAHEAD',
  selectFrom: {
    format: '{{foo}} with id {{id}}',
    items: [
      {foo: 'a', id: 100},
      {foo: 'b', id: 100}
    ],
  }
}
...

This will display e.g. “a with id 100” in the suggestion dropdown as shown below.

The object selected will be available in the myProp property (not just the formatted string). In addition to the format string, you can also set the following options:

• minInputLength the minimum number of characters the user must input in order to get suggestions
• filterMode which mode should be used to filter the suggestions; select from 'contains', 'startswith', 'endswith'.

A callback function can also be used. The function supplied will get invoked with the string entered by the user. E.g.:

...
myProp: {
  type: 'TYPEAHEAD',
  selectFrom: {
    format: '{{foo}} with id {{id}}',
    items: function(searchString) {
      return [
        {foo: 'a', id: 100},
        {foo: 'b', id: 100}
      ];
    },
  }
}
...

In this case we’re not using the input for anything but other cases might do so, like when fetching options from e.g. a remote resource (via http or similar).

Lastly, the contents of a Table can be used as options.

...
myProp: {
  type: 'TYPEAHEAD',
  selectFrom: Table.map('nameOfTable', 'propToIndexBy').selectFrom('{{foo}} with id {{id}}')
}
...

This will use the table rows and generate a formatted string for each row - the result will again be an object representing the row.

TABLE input type

The TABLE input can be used for tabular (ie like a spreadsheet) input. It supports the following properties.

• tableHeader is a list of strings or a list of objects with a name and a type and defines the columns of a table
• tableRows is the initial list of rows - the user can possibly add more rows to the table
• canAddRows whether or not new rows can be added to the table (default true)
• canDeleteRows whether or not rows can be deleted from the table (default true)

An example is given here:

var result = Dialog.input("Table Example", "Show a table in an input dialog", {
  t: {
    type: "TABLE",
    prompt: "Enter names and ages",
    tableHeader: [
      { name: "Name", type: "string" },
      { name: "Age", type: "int" },
    ],
    tableRows: [
      ["Alice", 42],
      ["Bob", 43],
    ],
  },
});

To display as:

LISTOF input type

The LISTOF input type is a compound input type. It can be used to allow the user to input multiple items each composed of a number of other input types. For instance; to input a number of measurements we could make a configuration as follows:

var results = Dialog.input(
  "List of example",
  "Input a number of measurements",
  {
    measurements: {
      type: "LISTOF",
      template: {
        mtype: {
          prompt: "Measurement type",
          type: "RADIO",
          selectBetween: ["TypeA", "TypeB"],
        },
        mvalue: {
          prompt: "Measurement value",
          type: "TEXT",
        },
      },
      maxItems: 5,
      maxHeight: 200,
      initialItems: 2,
    },
  },
);

Which will result in the following dialog being shown:

The property values available for a LISTOF input is:

• template which contains an object defining a single input element
• maxItems the max number of items a user is allowed to input,
• maxHeight the max height of the LISTOF input
• initialItems the number of initial items in the LISTOF list

MARKDOWN input type

The MARKDOWN input type can be used to display some text (non-interactive) formatted with markdown.

var results = Dialog.input(
  'MARKDOWN',
  'Markdown example',
  {
    md: {
      type: 'MARKDOWN',
      text: 'I'm some *markdown* to display.'
    }
  }
);

DIVIDER input type

The DIVIDER type does not support any options.

SPACER input type

Has no options either, will provide some vertical space.

Validation

Input fields may have a validation object or function in their options which determines valid values for the inputs. If you supply an object then it can have the following properties;

• isRequired boolean value indicating whether a value must be supplied for the field,
• regex is a regular expression which must match the given input in order for the field to validate,
• message is an optional message to be displayed in case validation fails.

Regex gotchas

• Use either isRequired or regex, not both at the same time.
• \ in the regex must be escaped to \\

For function-based validation you should supply a function that returns either a message (in case of failed validation) or null in case of a successful validation. The function is given the current value of the input as its single argument. An example;

var result = Dialog.input("Function-based validation demo", "", {
  foo: {
    type: "CHECKBOX",
    options: [{ name: "1" }, { name: "2" }, { name: "3" }],
    validation: function (selected) {
      // We check whether 2 or more options are selected
      if (selected && selected.length < 2) {
        return "You must select at least 2 options";
      }
    },
  },
});

Function-based validation gotchas - Scoping of variables

If you use a function to do validation you need to be aware that any variables you reference from outside the scope of the function definition will not be updated from their initial value. An example could be a validation function that uses a value from another input element:

...
foo: { type: 'TEXT' },
bar: function(s) {
  return {
    type: 'TEXT',
    validation: function(barValue) { return barValue === "2" && s.foo === "1"; }
  };
}
...

Here the referencing of s.foo will never change from its initial value as it is “captured” by the validation function. If you need to use such a value then you can do something like:

foo: { type: 'TEXT' },
bar: function(s) {
  return {
    type: 'TEXT',
    validation:
        s.foo === "1"
        ? function(barValue) { return barValue === "2" }
        : false
  };
}

Which evaluates the s.foo value outside the scope of the validation function and will work as expected.

Example

var result = Dialog.input("This is a demo", "Some description goes here.", {
  submitOnValidation: true,
  maxDialogHeight: 1000,
  maxDialogWidth: 2000,
  name: {
    prompt: "Name",
    type: "TEXT",
    suffix: "mm",
  },
  colorRadio: {
    prompt: "Choose color",
    type: "RADIO",
    selectBetween: ["red", "green", "blue"],
  },
  foo: {
    prompt: "Show only on blue",
    dependsOn: "colorRadio=blue",
    type: "TEXT",
  },
  colorCombo: {
    prompt: "Choose color",
    type: "SELECT",
    selectBetween: ["red", "green", "blue"],
    validation: { isRequired: true, message: "Color must be selected" },
  },
  header: {
    type: "HEADER",
    value: "Header #1",
  },
  desc: {
    type: "DESCRIPTION",
    value:
      "Super long description possible. When a moon hits your eye like a big pizza pie. Thats amore. When the world seems to shine like youve had too much wine. Thats amore. Bells will ring ting-a-ling-a-ling, ting-a-ling-a-ling. And youll sing Vita bella. Hearts will play tippy-tippy-tay, tippy-tippy-tay",
  },
  date: {
    type: "DATE",
  },
  multi: {
    type: "MULTITEXT",
    prompt: "Some complex texts",
    texts: [
      {
        name: "a",
        prefix: "pre",
        suffix: "suf",
        validation: { regex: "a+", message: 'Must contain at least one "a"' },
      },
      { name: "b", prefix: ">", suffix: "<" },
    ],
  },
});
// Now use the input values for something
var name = result.name;
var eyecolor = result.colorRadio;

This will result in the dialog shown below.

It is possible to bypass validation by using the attribute bypassValidation on a button in the dialog. When the user clicks this button then the dialog is closed and the intermediate result is returned to the flow.

Resuming from a partially filled-in form

var inputOptions = {
  name: {
    prompt: "Name",
    type: "TEXT",
    suffix: "mm",
  },
  buttons: [
    { value: "No", isCancel: true },
    { value: "Continue", bypassValidation: true },
    { value: "Ok" },
  ],
};
var results = Dialog.input("Input 1", "1", inputOptions);

if (partialResults.button == "Continue") {
  // Show an indentical dialog but pre-fill values from Dialog 1
  results = Dialog.input("Input 2", "2", inputOptions, results);
}

HTML based input dialog

In addition to the normal native input function we also support using HTML input forms. This approach does not bring as much built-in functionality - validation, conditional displays etc - but offers a larger degree of customization in the appearance of the displayed form. It works by taking the form, either HTML directly or a URL to a page containing the form and then displaying this in a dialog. When the user accepts the form (clicks “ok”) the page is parsed and information about the contents of the individual fields are extracted for use in the flow.

The input values entered can be retrieved from the dialog result by using the name or id property of the input element. For more info on forms see e.g. https://developer.mozilla.org/en-US/docs/Learn/HTML/Forms. For a concrete example with a number of different input elements see e.g. http://sirenia.eu/tutorial/ie-form.html. div tags with a input class will also be returned - the id of the div will be used as key.

Closing the dialog from within

You can close the dialog window from a snippet of Javascript embedded in the html displayed or when the user clicks a special link. These links are of the form dialog:close:ok or dialog:close:cancel to respectively close the dialog with a success result or with a failure (similar to when the user clicks the “Cancel” button. So a link would look like:

<a href="dialog:close:ok">Click me to close</a>

and a Javascript version would be:

<div onclick="window.location = 'dialog:close:ok'">Also click me to close</div>

Note that some new input types introduced in the html5 standard are not currently supported. Unsupported input types will fall back to type ‘text’.

Parameters

• header - [string] the header to display
• text - [string] a longer text to display
• options - [object] containing options for the dialog itself:
  • source - [string] the form to display - either HTML directly or a URL
  • embed - [bool] if true, manatee will add some styling and html/body tags to the page, if false nothing is added
  • maxDialogWidth - [int] the max width the dialog must take
  • maxDialogHeight - [int] the max height the dialog must take
  • throws a boolean indicating whether to throw an exception if the dialog was cancelled - default is true
  • foregroundColor sets the foreground color of the dialog
  • backgroundColor sets the background color of the dialog
  • browser which browser engine to use "IE" (default) or "Edge"
  • markdown whether or not the text is formatted using markdown (default false)

Example

Source directly as an option.

var result = Dialog.inputHtml("Header", "Some more text", {
  source: "<input type='text' id='myText'></input>",
  embed: true,
});
// The result will have a `myText` property since we added the `id` property with the value to the input field
Debug.showDialog("Result was " + result.myText);

Using a remote document.

var result = Dialog.inputHtml("Header", "Some more text", {
  source: "http://sirenia.eu/tutorial/form.html",
  embed: true,
});
// The result will have a `myText` property since we added the `id` property with the value to the input field
Debug.ger(result);