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Composite Editor Modal

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Demo

Demo / Demo Component

Description

The Composite Editor Modal allows you to (create, clone, edit, mass update & mass selection changes). I believe the SlickGrid author names it as Composite Editor because it loops through each editor of all the column definitions and displays them in one composed form, hence the name Composite Editors. Also note that each editor are pulled directly from the column definition itself (their column title as well), so for example if you use Editors.longText then you will have a text area input associated to that field with the appropriate input label.

The following 5 modal types (6 if we include the auto-mass) are available (via CompositeEditorModalType interface):

  • create - create a new row/item

  • clone - clone allows to copy & possibly edit some inputs before cloning

  • edit - edit a row/item

  • mass-update - apply changes on the entire dataset

  • mass-selection - apply changes on all the selected row (similar to mass update but only on the selection)

  • auto-mass - will auto-detect if it should do a Mass Update (no row selected) or a Mass Selection Changes (with rows selected)

    • most user find this one approach confusing, our users prefer to have 2 separate buttons (which is a lot less confusing)

Create New Item

You can Create a new row/item via the composite editor modal window, it will display all editors as blank input field. Also note that this feature requires the enableAddRow grid option to be enabled or else it will throw an error.

Note: the new item will be added to the top of the grid by default, if you wish to change that you can use insertOptions. The options are the same as calling addItem() from the Grid Service, so if you wish to add the new item to the bottom then you use this insertOptions: { position: 'bottom' }

with TypeScript

import { Column, CompositeEditorModalType } from 'aurelia-slickgrid';
import { SlickCompositeEditorComponent } from '@slickgrid-universal/composite-editor-component';

example class MyCompositeDemo {
  compositeEditorInstance: SlickCompositeEditorComponent;

  constructor() {
    this.compositeEditorInstance = new SlickCompositeEditorComponent();
  }

  prepareGrid() {
    this.columnDefinitions = [ /*...*/ ];

    this.gridOptions = {
      enableAddRow: true,           // required for Create/Clone
      enableCellNavigation: true,
      autoEdit: true,
      autoCommitEdit: true,
      enableCompositeEditor: true,
      registerExternalResources: [new ExcelExportService(), this.compositeEditorInstance],
    };
  }

  openCompositeModal(modalType: CompositeEditorModalType = 'create') {
    // you can use a switch/case when using the Composite Modal for more than 1 modal type
    const modalTitle = 'Create Item';

    this.compositeEditorInstance?.openDetails({
      headerTitle: modalTitle,
      modalType,
      // insertNewId: 1234, // you can provide a custom Id (defaults to last Id+1)
      // insertOptions: { position: 'bottom' }, // if you wish to add the item to the bottom (defaults to top of the grid)
      onError: (error) => alert(error.message), // you should define how to deal with error coming from the modal

      // you can optionally provide an async callback method when dealing with a backend server
      onSave: (formValues, selection, dataContext) => {
        // simulate a backend server call which returns true (successful) after 30sec
        return new Promise(resolve => setTimeout(() => resolve(true), 500));
    });
  }
}

Clone Item

You can Clone an existing row/item via the composite editor modal window (basically allows you to copy a row but also to make edits before cloning it). The setup is nearly identical to the Create Item, just make sure to display appropriate modal title. Also note that this feature requires the enableAddRow grid option to be enabled or else it will throw an error.

Refer to the Create Item section for code sample

Just a side note on the UI, a good way to use this composite editor feature is probably with a Cell Menu (aka Action Menu)

Edit Item

You can Edit an existing row/item via the composite editor modal window. The setup is nearly identical to the Create Item, just make sure to display appropriate modal title.

Refer to the Create Item section for code sample

Similar to the Clone Item, a good way to use this composite editor feature is probably with a Cell Menu (aka Action Menu)

Mass Update

Mass Update allows you to apply changes (from the modal form) to the entire dataset, internally it will apply the changes to all the items in the grid via the DataView. However, you could also choose to refresh the grid yourself after calling the backend and if you choose to do that then you'll want to do that via the onSave async callback (once backend is done, refresh the grid).

Note however that there is a subtle difference compare to the Create Item action, you need to specifically tag which column will show up in the Mass Update and you need to do that by adding massUpdate: true flag inside the editor property of each column definition that you wish to be included in the form.

auto-mass option: If you decide to use Mass Update and Mass Selection and wish to only expose 1 button to do the action and let the system decide if it's doing a Mass Update or a Mass Selection change, you can use the modal type auto-mass (if it detect that some rows are selected it will use Mass Selection or else Mass Update). From our experience, user prefer to expose the 2 separate action buttons (less confusion), but this for you to decide, you have the option.

with TypeScript

import { Column, CompositeEditorModalType } from 'aurelia-slickgrid';
import { SlickCompositeEditorComponent } from '@slickgrid-universal/composite-editor-component';

example class MyCompositeDemo {
  compositeEditorInstance: SlickCompositeEditorComponent;

  constructor() {
    this.compositeEditorInstance = new SlickCompositeEditorComponent();
  }

  prepareGrid() {
    this.columnDefinitions = [
      {
        id: 'percentComplete', name: '% Complete', field: 'percentComplete',
        type: FieldType.number, sortable: true, filterable: true,
        filter: { model: Filters.compoundSlider, operator: '>=' },
        editor: {
          model: Editors.slider,
          massUpdate: true,           // <-- this flag is required for Mass Update
          minValue: 0, maxValue: 100,
        },
      },
    ];

     this.gridOptions = {
       enableCellNavigation: true,
       autoEdit: true,
       autoCommitEdit: true,
       enableCompositeEditor: true,
       registerExternalResources: [new ExcelExportService(), this.compositeEditorInstance],
    };
  }

  openCompositeModal(modalType: CompositeEditorModalType = 'mass-update') {
    // you can use a switch/case when using the Composite Modal for more than 1 modal type
    const modalTitle = 'Mass Update';

    this.compositeEditorInstance?.openDetails({
      headerTitle: modalTitle,
      modalType,
      onError: (error) => alert(error.message), // you should define how to deal with error coming from the modal

      // you can optionally provide an async callback method when dealing with a backend server
      onSave: (formValues, selection, dataContext) => {
        // simulate a backend server call which returns true (successful) after 30sec
        return new Promise(resolve => setTimeout(() => resolve(true), 500));
    });
  }
}

Mass Selection

Similar to the Mass Update but apply changes only on the selected rows. The setup is nearly identical to the Mass Update, just make sure to display appropriate modal title. Also note that you also need to add massUpdate: true flag inside the editor property of each column definition that you wish to be included in the Mass Selection changes form.

Refer to the Mass Update section for code sample.

auto-mass option: If you decide to use Mass Update and Mass Selection and wish to only expose 1 button to do the action and let the system decide if it's doing a Mass Update or a Mass Selection change, you can use the modal type auto-mass (if it detect that some rows are selected it will use Mass Selection or else Mass Update). From our experience, user prefer to expose the 2 separate action buttons (less confusion), but this for you to decide, you have the option.

Callback Functions

onBeforeOpen

The onBeforeOpen callback function allows the user to optionally execute something before opening the modal. This is synchronous call and it won't wait until proceeding to opening the modal, it just allows you to possibly do something before opening the modal (for example cancel any batch edits, or change/reset some validations in column definitions).

this.compositeEditorInstance?.openDetails({
  headerTitle: 'Create Item',
  modalType: 'create',
  onBeforeOpen: () => this.rollbackAllUnsavedEdits(), // for example if we have any unsaved editors in the grids, we can roll them back before doing a Mass Update
});

onClose

The onClose callback function allows you to show a warning or confirm dialog to the user if there's any form input that were left unsaved. For example, when the user opens the modal window and start changing a few inputs in the form but then decides to the form, this is when the onClose gets executed (and to be clear, it only gets executed when there's changes in the form and a close action is clicked, it won't execute when there's no changes).

You can return a synchronous or asynchronous function (typically the latter), for example we could display an alert when leaving with unsaved data.

this.compositeEditorInstance?.openDetails({
  headerTitle: 'Create Item',
  modalType: 'create',
  onClose: () => Promise.resolve(confirm('You have unsaved changes, are you sure you want to close this window?')),
});

onError

The onError callback function will execute anytime an error is thrown by the modal window. You can return a synchronous or asynchronous function (typically the latter), for example we could display an alert when leaving with unsaved data.

this.compositeEditorInstance?.openDetails({
  headerTitle: 'Create Item',
  modalType: 'create',
  onError: (error) => alert(error.message),
});

The onError error follows the OnErrorOption which includes the interface shown below (and if you want to customize the text or use translation, you will want to use the code)

export type OnErrorOption = {
  code?: string;                      // Error code (typically an uppercase error code key like: "NO_RECORD_FOUND")
  message: string;                    // Error Message
  type: 'error' | 'info' | 'warning'; // Error Type (info, error, warning)
};

The available error code are the following:

  • EDITABLE_GRID_REQUIRED: with default text of "Your grid must be editable in order to use the Composite Editor Modal."

  • ENABLE_ADD_ROW_REQUIRED: with default text of "Composite Editor requires the flag "enableAddRow" to be set to True in your Grid Options when cloning/creating a new item."

  • ENABLE_CELL_NAVIGATION_REQUIRED: with default text of "Composite Editor requires the flag "enableCellNavigation" to be set to True in your Grid Options."

  • ITEM_ALREADY_EXIST: with default text of "The item object which you are trying to add already exist with the same Id:: ${newId}"

  • NO_CHANGES_DETECTED: with default text of "Sorry we could not detect any changes."

  • NO_EDITOR_FOUND: with default text of "We could not find any Editor in your Column Definition"

  • NO_RECORD_FOUND: with default text of "No records selected for edit or clone operation."

  • ROW_NOT_EDITABLE: with default text of "Current row is not editable."

  • ROW_SELECTION_REQUIRED: with default text of "You must select some rows before trying to apply new value(s)."

onSave

The onSave callback function is optional and is very useful whenever you have a backend API (which I assume is most of the time). This callback will provide you with 3 arguments (formValues, selection, dataContext)

  1. formValues: all the input values changed in the modal window form

  2. selection: selected rows (commonly used with Mass Update/Mass Selection)

  3. dataContext: item data context object (commonly used with Create/Clone/Edit)

Note: the onSave must return a boolean or a Promise<boolean> and if the returned result is true it will apply the changes to the data in the grid. However if it returns false then it assumes that an error occurred and no changes be applied in the grid.

You can return a synchronous or asynchronous function (typically the latter), we can take the example below when creating an item

Create Item demo

this.compositeEditorInstance.openDetails({
  headerTitle: 'Create Item',
  modalType: 'create',
  onSave: (formValues, selection, dataContext) => {
    return new Promise(async (resolve, reject) => {
      try {
        const success = await this.createUser(dataContext);
        resolve(success);
      } catch (backendError) {
        // when your backend API throws an error, we can reject the promise and that will show as a validation summary on top of the modal
        reject(backendError);
      }
    });
  }
}

Mass Selection changes demo

Note that the formValues is an object with a very simple structure, the object properties are the column id with their new values. For example if we changed the column id of percentCompleted with a value of 100% and we also changed another column id isCompleted to true, then our formValues will be:

const formValues = { percentCompleted: 100, isCompleted: true };

this.compositeEditorInstance.openDetails({
  headerTitle: 'Update Selected Items',
  modalType: 'mass-selection',
  onSave: (formValues, selection, dataContext) => {
    return new Promise(async (resolve, reject) => {
      try {
        const success = await this.updateUsers(selection.dataContextIds, formValues);
        resolve(success);
      } catch (backendError) {
        // when your backend API throws an error, we can reject the promise and that will show as a validation summary on top of the modal
        reject(backendError);
      }
    });
  }
}

onSave validation error/rejection

When adding a backend API to the onSave you can (and should) wrap your code in a try/catch and use the Promise rejection to send it back to the modal. If the modal finds any errors when saving, it will keep the modal window open and display the error as a validation summary on top of the modal as shown below (as you can see below the backend rejected the save because the value is below 50%)

How to Skip a Mass Change

Mass Change (Mass-Update / Mass-Selection) - Skipping according to certain condition(s)

The use case would be to skip a change, in silent without any errors shown, if another column or property has value(s) that do not match our condition expectaation. A possible use case could be found under Example 12, the use case that we could do is the following: "Do not apply a mass change on the 'Duration' column that is below 5 days if its 'Complexity' column is set to 'Complex' or 'Very Complex'", the code do this use case is shown below. Also note that the 3rd argument of onSave (in our case dataContextOrUpdatedDatasetPreview) will have the updated dataset but without the change(s) that got skipped

this.compositeEditorInstance.openDetails({
  headerTitle: 'My Modal',
  modalType,

  // you can validate each row item dataContext before applying a Mass Update/Selection changes
  // via this validation callback (returning false would skip the change)
  validateMassUpdateChange: (fieldName, dataContext, formValues) => {
    const levelComplex = this.complexityLevelList.find(level => level.label === 'Complex');
    if (fieldName === 'duration' && (dataContext.complexity === levelComplex?.value || formValues.complexity === levelComplex?.value) && formValues.duration < 5) {
      // below expectation (it's "Complex" and it doesn't have at least 5 days of work (duration))
      return false;
    }
    return true; //expectation met, apply the mass change
  },

  // you can optionally provide an async callback method when dealing with a backend server
  onSave: (formValues, selection, dataContextOrUpdatedDatasetPreview) => {
     // simulate a backend server call which returns true (successful) after 30sec
     return new Promise(resolve => setTimeout(() => resolve(true), 500));
  }
});

With that same use case, let say that we try changing the first 4 rows with a "Duration" of 4 days, it will apply the changes to all the rows except the first row where the change is skipped because its complexity is set to "Complex" and we don't want a duration to be below 5 days for our use case.

Customize Text Labels

You can customize many of the text labels used in the modal window, they are all regrouped under the labels options

Regular text labels (without translations)

  • cancelButton: defaults to "Cancel", override the Cancel button label

  • cloneButton: defaults to "Clone", override the Clone button label used by a modal type of "clone"

  • massSelectionButton: defaults to "Update Selection", override the Mass Selection button label

  • massSelectionStatus: defaults to "{{selectedRowCount}} of {{totalItems}} selected", override the Mass Selection status text on the footer left side

  • massUpdateButton: defaults to "Mass Update", override the Mass Update button label

  • massUpdateStatus: defaults to "all {{totalItems}} items", override the Mass Update status text on the footer left side

  • saveButton: defaults to "Save", override the Save button label used by a modal type of "create" or "edit"

with a Translation Service (I18N)

As all other features using translation in this library, you can provide a translation key with the Key suffix and the available keys are the following

  • cancelButtonKey: defaults to "CANCEL", translation key used for the Cancel button label.

  • cloneButtonKey: defaults to "CLONE", translation key used for the Clone button label used by a modal type of "clone"

  • massSelectionButtonKey: defaults to "APPLY_TO_SELECTION", translation key used for the Mass Selection button label.

  • massSelectionStatusKey: defaults to "X_OF_Y_MASS_SELECTED", translation key used for the Mass Selection status text on the footer left side

  • massUpdateButtonKey: defaults to "APPLY_MASS_UPDATE", translation key used for the Mass Update button label.

  • massUpdateStatusKey: defaults to "ALL_X_RECORDS_SELECTED", translation key used for the Mass Update status text on the footer left side

  • saveButtonKey: defaults to "SAVE", translation key used for the Save button label used by a modal type of "create" or "edit"

For example

this.compositeEditorInstance?.openDetails({
  headerTitle: 'Create New Item',
  modalType: 'create',
  labels: {
    // without translations
    cancelButton: 'Leave',
    saveButton: 'Create Item',

    // with translations
    cancelButtonKey: 'CANCEL',
    saveButtonKey: 'SAVE'
  },
  // ...
});

UI Options & Responsive Design

There are multiple options that you can change to change the UI design a bit, here's a lit of things you can change with their defaults

  • backdrop: allows you add/remove the modal backdrop (options are 'static' | null, default is static)

  • showCloseButtonOutside: boolean value to show the close (icon) button inside or outside the modal window (defaults to true)

    • note that the modal has some minimal responsive design styling and will automatically show the close icon inside the modal when available space is small

  • viewColumnLayout: how many columns do we want to show in the view layout (options are 1 | 2 | 3 | 'auto', defaults to auto)

    • for example if you wish to see your form split in a 2 columns layout (split view) then use 2

    • the auto mode will display a 1 column layout for 8 or less Editors, 2 columns layout for less than 15 Editors or 3 columns when more than 15 Editors

Dynamic Methods

Dynamically Change Form Input

View

<aurelia-slickgrid grid-id="grid30"
                   column-definitions.bind="columnDefinitions"
                   grid-options.bind="gridOptions"
                   dataset.bind="dataset"
                   on-composite-editor-change.trigger="handleOnCompositeEditorChange($event.detail.eventData, $event.detail.args)">
</aurelia-slickgrid>

ViewModel

export class GridExample {
  compositeEditorInstance: SlickCompositeEditorComponent;

  /** Composite Editor on change handler */
  handleOnCompositeEditorChange(event) {
    const args = event.detail.args as OnCompositeEditorChangeEventArgs;
    const columnDef = args.column as Column;
    const formValues = args.formValues;

    // you can change any other form input values when certain conditions are met
    if (columnDef.id === 'percentComplete' && formValues.percentComplete === 100) {
      this.compositeEditorInstance.changeFormInputValue('completed', true);
      this.compositeEditorInstance.changeFormInputValue('finish', new Date());
      // this.compositeEditorInstance.changeFormInputValue('product', { id: 0, itemName: 'Sleek Metal Computer' });

      // you can even change a value that is not part of the form values (but is part of the grid)
      // BUT you will have to bypass the error that will be thrown, you can provide `true` as the 3rd argument to bypass any error
      // this.compositeEditorInstance.changeFormInputValue('cost', 9999.99, true);
    }

    // you can also change some editor options (not all Editors supports this functionality, so far only these Editors AutoComplete, Date MultipleSelect & SingleSelect)
    if (columnDef.id === 'completed') {
      this.compositeEditorInstance.changeFormEditorOption('percentComplete', 'filter', formValues.completed);
      this.compositeEditorInstance.changeFormEditorOption('product', 'minLength', 3);
      this.compositeEditorInstance.changeFormEditorOption('finish', 'range', { min: 'today' });
    }
  }
}

Dynamically Change Editor Options (like minDate on a date picker)

For example, say that you have a Date1 and that when the user changes the Date1 to let say "2020-02-02" and you wish to use this new date as the minDate of the Date2, you can do it via the changeFormEditorOption() method as shown below.

The example below shows code sample for all 3 supported editors AutoComplete, Date (picker), Single/Multiple Select (dropdown)

View

<aurelia-slickgrid grid-id="grid30"
                   column-definitions.bind="columnDefinitions"
                   grid-options.bind="gridOptions"
                   dataset.bind="dataset"
                   on-composite-editor-change.trigger="handleOnCompositeEditorChange($event.detail.eventData, $event.detail.args)">
</aurelia-slickgrid>

ViewModel

export class GridExample {
  compositeEditorInstance: SlickCompositeEditorComponent;

  /** Composite Editor on change handler */
  handleOnCompositeEditorChange(event) {
    const args = event.detail.args as OnCompositeEditorChangeEventArgs;
    const columnDef = args.column as Column;
    const formValues = args.formValues;

    // you can also change some editor options
    // not all Editors supports this functionality, so far only these Editors are supported: AutoComplete, Date, Single/Multiple Select
    if (columnDef.id === 'completed') {
      this.compositeEditorInstance.changeFormEditorOption('percentComplete', 'filter', true); // multiple-select.js, show filter in dropdown
      this.compositeEditorInstance.changeFormEditorOption('product', 'minLength', 3);         // autocomplete, change minLength char to type
      this.compositeEditorInstance.changeFormEditorOption('finish', 'range', { min: 'today' });
    }
  }
}

Dynamically Update Select Editor Collection

What if you need to change the collection array of a single/multiple select editor but based on another field input in the form?

There are 2 ways to do it

  1. When you use collectionOverride (this will work in both the grid and the modal window)

    • the important thing to know is that the collectionOverride defined in the column definition below will return finalCollection and that is what we refer to as editor.finalCollection inside the handleOnCompositeEditorChange event handler

View

<aurelia-slickgrid grid-id="grid30"
                   column-definitions.bind="columnDefinitions"
                   grid-options.bind="gridOptions"
                   dataset.bind="dataset"
                   on-composite-editor-change.trigger="handleOnCompositeEditorChange($event.detail.eventData, $event.detail.args)">
</aurelia-slickgrid>

ViewModel

export class GridExample {
  compositeEditorInstance: SlickCompositeEditorComponent;

  prepareGrid() {
    this.columnDefinitions = [
      {
        id: 'duration', name: 'Duration', field: 'duration', sortable: true, filterable: true, type: FieldType.number,
        editor: { model: Editors.float, massUpdate: true, decimal: 2, required: true },
      },
      {
        id: 'percentComplete', name: '% Complete', field: 'percentComplete', type: FieldType.number,
        editor: {
          model: Editors.singleSelect,
          collection: [ /*...*/ ],
          collectionOverride: (_collectionInput, args) => {
            const originalCollection = args.originalCollections || [];
            const duration = args.dataContext.duration || args.compositeEditorOptions.formValues.duration;
            if (duration === 10) {
              // a simple filter, when "duration" is 10, we'll remove value "1" from the final collection
              return originalCollection.filter(itemCollection => +itemCollection.value !== 1);
            }
            return originalCollection;
          },
          minValue: 0, maxValue: 100,
        }
      },
    ];
  }

  /** Composite Editor on change handler */
  handleOnCompositeEditorChange(event) {
    const args = event.detail.args as OnCompositeEditorChangeEventArgs;
    const columnDef = args.column as Column;
    const formValues = args.formValues;

    // you can dynamically change a select dropdown collection,
    // if the collection already got changed but you just need to re-render the editor
    // you can just call the `renderDomElement()` method to refresh the dropdown list
    if (columnDef.id === 'duration') {
      const editor = this.compositeEditorInstance.editors['percentComplete'] as SelectEditor;
      const newCollection = editor.finalCollection; // the finalCollection is what is return by the collectionOverride
      editor.renderDomElement(newCollection);
    }
  }
}

  1. When you simply want to replace the entire collection (this will NOT work in the grid, this will only work in the modal window)

    • this is not recommended unless you only care about what happens in the modal window and not in the grid (editing), so option (1) with collectionOverride is preferable

export class GridExample {
  compositeEditorInstance: SlickCompositeEditorComponent;

  prepareGrid() {
    this.columnDefinitions = [
      {
        id: 'duration', name: 'Duration', field: 'duration', sortable: true, filterable: true, type: FieldType.number,
        editor: { model: Editors.float, massUpdate: true, decimal: 2, required: true },
      },
      {
        id: 'percentComplete', name: '% Complete', field: 'percentComplete', type: FieldType.number,
        editor: {
          model: Editors.singleSelect,
          collection: [ /*...*/ ],
          minValue: 0, maxValue: 100,
        }
      },
    ];
  }

  /** Composite Editor on change handler */
  handleOnCompositeEditorChange(event) {
    const args = event.detail.args as OnCompositeEditorChangeEventArgs;
    const columnDef = args.column as Column;
    const formValues = args.formValues;

    // you can dynamically change a select dropdown collection with a completely new collection
    // you still need to call the `renderDomElement()` method to refresh the dropdown list
    if (columnDef.id === 'duration') {
      const editor = this.compositeEditorInstance.editors['percentComplete'] as SelectEditor;
      const newCollection = [ /*... */ ];
      editor.renderDomElement(newCollection);
    }
  }
}

Disabling Form Inputs (readonly)

Disabling field(s) is done through the exact same way that you would do it in the grid, which is through the onBeforeEditCell SlickGrid event and you can find more in depth info at this other Wiki - Disabling specific cell edit

handleOnBeforeEditCell(event) {
  const eventData = event.detail.eventData;
  const args = event && event.detail && event.detail.args;
  const { column, item, grid } = args;

  if (column && item) {
    if (!checkItemIsEditable(item, column, grid)) {
      event.preventDefault(); // OR eventData.preventDefault();
      return false;
    }
  }
  return false;
}

checkItemIsEditable(dataContext: any, columnDef: Column, grid: SlickGrid) {
  const gridOptions = grid?.getOptions();
  const hasEditor = columnDef.editor;
  const isGridEditable = gridOptions.editable;
  let isEditable = (isGridEditable && hasEditor);

  if (dataContext && columnDef && gridOptions && gridOptions.editable) {
    switch (columnDef.id) {
      case 'finish':
        isEditable = !!dataContext?.completed;
        break;
     // ... some other cases
    }
  }

  return isEditable;
}

Disabling Form Inputs but only in Composite Editor

What if you want to disable certain form inputs but only in the Composite Editor, or use different logic in the grid. For that we added an extra target (target will return either "grid" or "composite") in the returned args, so you could apply different logic based on the target being the grid or the composite editor. For example:

handleOnBeforeEditCell(event) {
  const eventData = event.detail.eventData;
  const args = event && event.detail && event.detail.args;
  const { column, item, grid, target } = args;

  if (column && item) {
    if (!checkItemIsEditable(item, column, grid, target )) {
      event.preventDefault(); // OR eventData.preventDefault();
      return false;
    }
  }
  return false;
}

checkItemIsEditable(dataContext: any, columnDef: Column, grid: SlickGrid, target: 'grid' | 'composite') {
  const gridOptions = grid?.getOptions();
  const hasEditor = columnDef.editor;
  const isGridEditable = gridOptions.editable;
  let isEditable = (isGridEditable && hasEditor);

  if (target === 'composite') {
    // ... do composite checks
    // isEditable = true;
  } else {
    // ... do grid checks
    // isEditable = true;
  }

  return isEditable;
}

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