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University Copyright 2012-2013 Raising the Floor - US Copyright 2015-2016 Raising the Floor - International Licensed under the Educational Community License (ECL), Version 2.0 or the New BSD license. You may not use this file except in compliance with one these Licenses. You may obtain a copy of the ECL 2.0 License and BSD License at https://github.com/fluid-project/infusion/raw/master/Infusion-LICENSE.txt */ var fluid_3_0_0 = fluid_3_0_0 || {}; (function ($, fluid) { "use strict"; fluid.registerNamespace("fluid.inlineEdit"); fluid.inlineEdit.sendKey = function (control, event, virtualCode, charCode) { var kE = document.createEvent("KeyEvents"); kE.initKeyEvent(event, 1, 1, null, 0, 0, 0, 0, virtualCode, charCode); control.dispatchEvent(kE); }; fluid.inlineEdit.switchToViewMode = function (that) { that.editContainer.hide(); that.displayModeRenderer.show(); }; fluid.inlineEdit.cancel = function (that) { Eif (that.isEditing()) { // Roll the edit field back to its old value and close it up. // This setTimeout is necessary on Firefox, since any attempt to modify the // input control value during the stack processing the ESCAPE key will be ignored. setTimeout(function () { that.editView.value(that.model.value); }, 1); fluid.inlineEdit.switchToViewMode(that); that.events.afterFinishEdit.fire(that.model.value, that.model.value, that.editField[0], that.viewEl[0]); } }; fluid.inlineEdit.finish = function (that) { var newValue = that.editView.value(); var oldValue = that.model.value; var viewNode = that.viewEl[0]; var editNode = that.editField[0]; var ret = that.events.onFinishEdit.fire(newValue, oldValue, editNode, viewNode); Iif (ret === false) { return; } that.updateModelValue(newValue); that.events.afterFinishEdit.fire(newValue, oldValue, editNode, viewNode); fluid.inlineEdit.switchToViewMode(that); }; /** * Do not allow the textEditButton to regain focus upon completion unless * the keypress is enter or esc. * * @param {Object} that - The component itself. */ fluid.inlineEdit.bindEditFinish = function (that) { if (that.options.submitOnEnter === undefined) { that.options.submitOnEnter = "textarea" !== fluid.unwrap(that.editField).nodeName.toLowerCase(); } function keyCode(evt) { // Fix for handling arrow key presses. See FLUID-760. return evt.keyCode ? evt.keyCode : (evt.which ? evt.which : 0); } var button = that.textEditButton || $(); var escHandler = function (evt) { var code = keyCode(evt); if (code === $.ui.keyCode.ESCAPE) { button.focus(); fluid.inlineEdit.cancel(that); return false; } }; var finishHandler = function (evt) { var code = keyCode(evt); if (code !== $.ui.keyCode.ENTER) { button.blur(); return true; } else { fluid.inlineEdit.finish(that); button.focus(); } return false; }; if (that.options.submitOnEnter) { that.editContainer.keypress(finishHandler); } that.editContainer.keydown(escHandler); }; fluid.inlineEdit.bindBlurHandler = function (that) { Iif (that.options.blurHandlerBinder) { that.options.blurHandlerBinder(that); } else { var blurHandler = function () { Eif (that.isEditing()) { fluid.inlineEdit.finish(that); } return false; }; that.editField.blur(blurHandler); } }; fluid.inlineEdit.initializeEditView = function (that, initial) { if (!that.editInitialized) { fluid.inlineEdit.renderEditContainer(that, !that.options.lazyEditView || !initial); Eif (!that.options.lazyEditView || !initial) { that.events.onCreateEditView.fire(); if (that.textEditButton) { fluid.inlineEdit.bindEditFinish(that); } fluid.inlineEdit.bindBlurHandler(that); that.editView.refreshView(that); that.editInitialized = true; } } }; fluid.inlineEdit.edit = function (that) { fluid.inlineEdit.initializeEditView(that, false); var viewEl = that.viewEl; var displayText = that.displayView.value(); that.updateModelValue(that.model.value === "" ? "" : displayText); Eif (that.options.applyEditPadding) { that.editField.width(Math.max(viewEl.width() + that.options.paddings.edit, that.options.paddings.minimumEdit)); } that.displayModeRenderer.hide(); that.editContainer.show(); // Work around for FLUID-726 // Without 'setTimeout' the finish handler gets called with the event and the edit field is inactivated. setTimeout(function () { that.editField.focus(); Iif (that.options.selectOnEdit) { that.editField[0].select(); } }, 0); that.events.afterBeginEdit.fire(); }; fluid.inlineEdit.clearEmptyViewStyles = function (textEl, styles, originalViewPadding) { textEl.removeClass(styles.defaultViewStyle); textEl.css("padding-right", originalViewPadding); textEl.removeClass(styles.emptyDefaultViewText); }; fluid.inlineEdit.showDefaultViewText = function (that) { that.displayView.value(that.options.strings.defaultViewText); that.viewEl.css("padding-right", that.existingPadding); that.viewEl.addClass(that.options.styles.defaultViewStyle); }; fluid.inlineEdit.showNothing = function (that) { that.displayView.value(""); // workaround for FLUID-938: // IE can not style an empty inline element, so force element to be display: inline-block Iif ($.browser.msie) { if (that.viewEl.css("display") === "inline") { that.viewEl.css("display", "inline-block"); } } }; fluid.inlineEdit.showEditedText = function (that) { that.displayView.value(that.model.value); fluid.inlineEdit.clearEmptyViewStyles(that.viewEl, that.options.styles, that.existingPadding); }; fluid.inlineEdit.refreshView = function (that, source) { that.displayView.refreshView(that, source); if (that.editView) { that.editView.refreshView(that, source); } }; fluid.inlineEdit.updateModelValue = function (that, newValue, source) { var comparator = that.options.modelComparator; var unchanged = comparator ? comparator(that.model.value, newValue) : that.model.value === newValue; if (!unchanged) { var oldModel = $.extend(true, {}, that.model); that.model.value = newValue; that.events.modelChanged.fire(that.model, oldModel, source); that.refreshView(source); } }; fluid.inlineEdit.editHandler = function (that) { var prevent = that.events.onBeginEdit.fire(); Iif (prevent === false) { return false; } fluid.inlineEdit.edit(that); return true; }; // Initialize the tooltip once the document is ready. // For more details, see http://issues.fluidproject.org/browse/FLUID-1030 fluid.inlineEdit.initTooltips = function (that) { var tooltipOptions = { content: that.options.tooltipText, position: { my: "left top", at: "left bottom+25%", // add a 25% offset to keep the tooltip from overlapping the element it is for // setting the "of" property to ensure that the tooltip is positioned relative to that.viewEl // even when keyboard focus is on that.textEditButton of: that.viewEl }, target: "*", delay: that.options.tooltipDelay, styles: { tooltip: that.options.styles.tooltip } }; fluid.tooltip(that.viewEl, tooltipOptions); if (that.textEditButton) { fluid.tooltip(that.textEditButton, tooltipOptions); } }; fluid.inlineEdit.calculateInitialPadding = function (viewEl) { var padding = viewEl.css("padding-right"); return padding ? parseFloat(padding) : 0; }; /** * Set up and style the edit field. If an edit field is not provided, * default markup is created for the edit field * * @param {String} editStyle - The default styling for the edit field. * @param {Object} editField - The existing edit field. * @param {Object} editFieldMarkup - The edit field markup provided by the integrator. * * @return {Object} The styled edit field. */ fluid.inlineEdit.setupEditField = function (editStyle, editField, editFieldMarkup) { var eField = $(editField); eField = eField.length ? eField : $(editFieldMarkup); eField.addClass(editStyle); return eField; }; /** * Set up the edit container and append the edit field to the container. If an edit container * is not provided, default markup is created. * * @param {Object} displayContainer - The display mode container * @param {Object} editField - The edit field that is to be appended to the edit container * @param {Object} editContainer - The edit container markup provided by the integrator * @param {Object} editContainerMarkup - The edit container markup provided by the integrator. * * @return {Object} The edit container containing the edit field */ fluid.inlineEdit.setupEditContainer = function (displayContainer, editField, editContainer, editContainerMarkup) { var eContainer = $(editContainer); eContainer = eContainer.length ? eContainer : $(editContainerMarkup); displayContainer.after(eContainer); eContainer.append(editField); return eContainer; }; /** * Default renderer for the edit mode view. * * @param {Object} that - The component itself. * @return {Object} An object containing: * - container The edit container containing the edit field * - field The styled edit field */ fluid.inlineEdit.defaultEditModeRenderer = function (that) { var editField = fluid.inlineEdit.setupEditField(that.options.styles.edit, that.editField, that.options.markup.editField); var editContainer = fluid.inlineEdit.setupEditContainer(that.displayModeRenderer, editField, that.editContainer, that.options.markup.editContainer); var editModeInstruction = fluid.inlineEdit.setupEditModeInstruction(that.options.styles.editModeInstruction, that.options.strings.editModeInstruction, that.options.markup.editModeInstruction); var id = fluid.allocateSimpleId(editModeInstruction); editField.attr("aria-describedby", id); fluid.inlineEdit.positionEditModeInstruction(editModeInstruction, editContainer, editField); // Package up the container and field for the component. return { container: editContainer, field: editField }; }; /** Configures the edit container and view, and uses the component's editModeRenderer to render * the edit container. * * @param {Object} that - The component itself. * @param {Boolean} lazyEditView - If true, will delay rendering of the edit container; Default is false */ fluid.inlineEdit.renderEditContainer = function (that, lazyEditView) { that.editContainer = that.locate("editContainer"); that.editField = that.locate("edit"); if (that.editContainer.length !== 1) { Iif (that.editContainer.length > 1) { fluid.fail("InlineEdit did not find a unique container for selector " + that.options.selectors.editContainer + ": " + fluid.dumpEl(that.editContainer)); } } Iif (!lazyEditView) { return; } // do not invoke the renderer, unless this is the "final" effective time var editElms = that.options.editModeRenderer(that); Eif (editElms) { that.editContainer = editElms.container; that.editField = editElms.field; } }; /** Set up the edit mode instruction with aria in edit mode * @param {String} editModeInstructionStyle - The default styling for the instruction * @param {String} editModeInstructionText - The default instruction text * @param {Object} editModeInstructionMarkup - The markup to modify. * @return {jQuery} The displayed instruction in edit mode */ fluid.inlineEdit.setupEditModeInstruction = function (editModeInstructionStyle, editModeInstructionText, editModeInstructionMarkup) { var editModeInstruction = $(editModeInstructionMarkup); editModeInstruction.addClass(editModeInstructionStyle); editModeInstruction.text(editModeInstructionText); return editModeInstruction; }; /** * Positions the edit mode instruction directly beneath the edit container * * @param {Object} editModeInstruction - The displayed instruction in edit mode * @param {Object} editContainer - The edit container in edit mode * @param {Object} editField - The edit field in edit mode */ fluid.inlineEdit.positionEditModeInstruction = function (editModeInstruction, editContainer, editField) { editContainer.append(editModeInstruction); editField.focus(function () { editModeInstruction.show(); var editFieldPosition = editField.offset(); // For FLUID-5980 (https://issues.fluidproject.org/browse/FLUID-5980) // // From the jQuery height docs (http://api.jquery.com/height/) // "As of jQuery 1.8, this may require retrieving the CSS height plus // box-sizing property and then subtracting any potential border and // padding on each element when the element has box-sizing: border-box. // To avoid this penalty, use .css( "height" ) rather than .height()." var editFieldHeight = parseInt(editField.css("height"), 10); editModeInstruction.css({left: editFieldPosition.left}); editModeInstruction.css({top: editFieldPosition.top + editFieldHeight + 5}); }); }; /** * Set up and style the display mode container for the viewEl and the textEditButton * * @param {Object} styles - The default styling for the display mode container * @param {Object} displayModeWrapper - The markup used to generate the display mode container * * @return {jQuery} The styled display mode container */ fluid.inlineEdit.setupDisplayModeContainer = function (styles, displayModeWrapper) { var displayModeContainer = $(displayModeWrapper); displayModeContainer = displayModeContainer.length ? displayModeContainer : $("<span></span>"); displayModeContainer.addClass(styles.displayView); return displayModeContainer; }; /** Retrieve the display text from the DOM. * @param {Object} viewEl - The view element. * @param {String} textStyle - The classes to apply to the view element. * @return {jQuery} The view element. */ fluid.inlineEdit.setupDisplayText = function (viewEl, textStyle) { /* Remove the display from the tab order to prevent users to think they * are able to access the inline edit field, but they cannot since the * keyboard event binding is only on the button. */ viewEl.attr("tabindex", "-1"); viewEl.addClass(textStyle); return viewEl; }; /** * Set up the textEditButton. Append a background image with appropriate * descriptive text to the button. * * @param {Object} that - The component itself. * @param {Object} model - The model data. * @return {jQuery} The accessible button located after the display text */ fluid.inlineEdit.setupTextEditButton = function (that, model) { var opts = that.options; var textEditButton = that.locate("textEditButton"); if (textEditButton.length === 0) { var markup = $(that.options.markup.textEditButton); markup.addClass(opts.styles.textEditButton); markup.text(opts.tooltipText); /** * Set text for the button and listen * for modelChanged to keep it updated */ fluid.inlineEdit.updateTextEditButton(markup, model.value || opts.strings.defaultViewText, opts.strings.textEditButton); that.events.modelChanged.addListener(function () { fluid.inlineEdit.updateTextEditButton(markup, model.value || opts.strings.defaultViewText, opts.strings.textEditButton); }); that.locate("text").after(markup); // Refresh the textEditButton with the newly appended options textEditButton = that.locate("textEditButton"); } return textEditButton; }; /** * Update the textEditButton text with the current value of the field. * * @param {Object} textEditButton - the textEditButton * @param {String} value - The current value of the inline editable text * @param {String} stringTemplate - The string template to use in producing the button text. */ fluid.inlineEdit.updateTextEditButton = function (textEditButton, value, stringTemplate) { var buttonText = fluid.stringTemplate(stringTemplate, { text: value }); textEditButton.text(buttonText); }; /** * Bind mouse hover event handler to the display mode container. * * @param {Object} displayModeRenderer - The display mode container * @param {String} invitationStyle - The default styling for the display mode container on mouse hover */ fluid.inlineEdit.bindHoverHandlers = function (displayModeRenderer, invitationStyle) { var over = function () { displayModeRenderer.addClass(invitationStyle); }; var out = function () { displayModeRenderer.removeClass(invitationStyle); }; displayModeRenderer.hover(over, out); }; /** * Bind keyboard focus and blur event handlers to an element * * Note: This function is an unsupported, NON-API function * * @param {Object} element - The element to which the event handlers are bound * @param {Object} displayModeRenderer - The display mode container * @param {Object} styles - The default styling for the display mode container on mouse hover * @param {Object} strings - String messages to use if there is no model value. * @param {Object} model - Model data to display. */ fluid.inlineEdit.bindHighlightHandler = function (element, displayModeRenderer, styles, strings, model) { element = $(element); var makeFocusSwitcher = function (focusOn) { return function () { displayModeRenderer.toggleClass(styles.focus, focusOn); displayModeRenderer.toggleClass(styles.invitation, focusOn); if (!model || !model.value) { displayModeRenderer.prevObject.text(focusOn ? strings.defaultFocussedViewText : strings.defaultViewText); } }; }; element.focus(makeFocusSwitcher(true)); element.blur(makeFocusSwitcher(false)); }; /** * Bind mouse click handler to an element * * @param {Object} element - The element to which the event handler is bound * @param {Object} edit - Function to invoke the edit mode * */ fluid.inlineEdit.bindMouseHandlers = function (element, edit) { element = $(element); var triggerGuard = fluid.inlineEdit.makeEditTriggerGuard(element, edit); element.click(function (e) { triggerGuard(e); return false; }); }; /** * Bind keyboard press handler to an element * * @param {Object} element - The element to which the event handler is bound * @param {Object} edit - Function to invoke the edit mode * */ fluid.inlineEdit.bindKeyboardHandlers = function (element, edit) { element = $(element); element.attr("role", "button"); var guard = fluid.inlineEdit.makeEditTriggerGuard(element, edit); fluid.activatable(element, function (event) { return guard(event); }); }; /** * Creates an event handler that will trigger the edit mode if caused by something other * than standard HTML controls. The event handler will return false if entering edit mode. * * @param {Object} jElement - The element to trigger the edit mode * @param {Object} edit - Function to invoke the edit mode * * @return {Function} The event handler function */ fluid.inlineEdit.makeEditTriggerGuard = function (jElement, edit) { var element = fluid.unwrap(jElement); return function (event) { // FLUID-2017 - avoid triggering edit mode when operating standard HTML controls. Ultimately this // might need to be extensible, in more complex authouring scenarios. var outer = fluid.findAncestor(event.target, function (elem) { Eif (/input|select|textarea|button|a/i.test(elem.nodeName) || elem === element) { return true; } }); Eif (outer === element) { edit(); return false; } }; }; /* Bind all user-facing event handlers required by the component */ fluid.inlineEdit.bindEventHandlers = function (that, edit, displayModeContainer) { var styles = that.options.styles; fluid.inlineEdit.bindHoverHandlers(displayModeContainer, styles.invitation); fluid.inlineEdit.bindMouseHandlers(that.viewEl, edit); fluid.inlineEdit.bindMouseHandlers(that.textEditButton, edit); fluid.inlineEdit.bindKeyboardHandlers(that.textEditButton, edit); fluid.inlineEdit.bindHighlightHandler(that.viewEl, displayModeContainer, that.options.styles, that.options.strings, that.model); fluid.inlineEdit.bindHighlightHandler(that.textEditButton, displayModeContainer, that.options.styles, that.options.strings, that.model); }; /** Render the display mode view. * * @param {Object} that - The component itself. * @param {Object} edit - Function to invoke the edit mode * @param {Object} model - Model data to display. * @return {jQuery} The display container containing the display text and textEditbutton for display mode view. */ fluid.inlineEdit.defaultDisplayModeRenderer = function (that, edit, model) { var styles = that.options.styles; var displayModeWrapper = fluid.inlineEdit.setupDisplayModeContainer(styles); var displayModeContainer = that.viewEl.wrap(displayModeWrapper).parent(); that.textEditButton = fluid.inlineEdit.setupTextEditButton(that, model); displayModeContainer.append(that.textEditButton); fluid.inlineEdit.bindEventHandlers(that, edit, displayModeContainer); return displayModeContainer; }; fluid.inlineEdit.getNodeName = function (element) { return fluid.unwrap(element).nodeName.toLowerCase(); }; fluid.defaults("fluid.inlineEdit.standardAccessor", { gradeNames: ["fluid.viewComponent"], members: { nodeName: { expander: { funcName: "fluid.inlineEdit.getNodeName", args: "{that}.container" } } }, invokers: { value: { funcName: "fluid.inlineEdit.standardAccessor.value", args: ["{that}.nodeName", "{that}.container", "{arguments}.0"] } } }); fluid.inlineEdit.standardAccessor.value = function (nodeName, element, newValue) { return fluid[nodeName === "input" || nodeName === "textarea" ? "value" : "text"]($(element), newValue); }; fluid.defaults("fluid.inlineEdit.standardDisplayView", { gradeNames: ["fluid.viewComponent"], invokers: { refreshView: { funcName: "fluid.inlineEdit.standardDisplayView.refreshView", args: ["{fluid.inlineEdit}", "{that}.container", "{arguments}.0"] } } }); fluid.inlineEdit.standardDisplayView.refreshView = function (componentThat) { if (componentThat.model.value) { fluid.inlineEdit.showEditedText(componentThat); } else if (componentThat.options.strings.defaultViewText) { fluid.inlineEdit.showDefaultViewText(componentThat); } else { fluid.inlineEdit.showNothing(componentThat); } // If necessary, pad the view element enough that it will be evident to the user. if ($.trim(componentThat.viewEl.text()).length === 0) { componentThat.viewEl.addClass(componentThat.options.styles.emptyDefaultViewText); Eif (componentThat.existingPadding < componentThat.options.paddings.minimumView) { componentThat.viewEl.css("padding-right", componentThat.options.paddings.minimumView); } } }; fluid.defaults("fluid.inlineEdit.standardEditView", { gradeNames: ["fluid.viewComponent"], invokers: { refreshView: { funcName: "fluid.inlineEdit.standardEditView.refreshView", args: ["{fluid.inlineEdit}", "{that}.container", "{arguments}.0"] } } }); fluid.inlineEdit.standardEditView.refreshView = function (componentThat, editField, source) { Eif (!source || (editField && editField.index(source) === -1)) { componentThat.editView.value(componentThat.model.value); } }; fluid.inlineEdit.setup = function (that) { // Hide the edit container to start Eif (that.editContainer) { that.editContainer.hide(); } // Add tooltip handler if required and available Eif (that.tooltipEnabled()) { fluid.inlineEdit.initTooltips(that); } }; // TODO: Should really be part of a "collateral" or "shadow model" fluid.inlineEdit.setIsEditing = function (that, state) { that.isEditingState = state; }; fluid.inlineEdit.tooltipEnabled = function (useTooltip) { return useTooltip && $.fn.tooltip; }; // Backwards compatibility for users of the 1.4.x and below Infusion API - new users are recommended to directly attach // a "fluid.undo" as a subcomponent with appropriate configuration - express this using FLUID-5022 system when it is available fluid.inlineEdit.processUndoDecorator = function (that) { if (that.options.componentDecorators) { var decorators = fluid.makeArray(that.options.componentDecorators); var decorator = decorators[0]; Eif (typeof(decorator) === "string") { decorator = {type: decorator}; } Eif (decorator.type === "fluid.undoDecorator") { fluid.set(that.options, ["components", "undo"], { type: "fluid.undo", options: decorator.options}); that.decorators = [ fluid.initDependent(that, "undo")]; } } }; /** * Instantiates a new Inline Edit component * * @param {Object} componentContainer - a selector, jQuery, or a DOM element representing the component's container * @param {Object} options - a collection of options settings */ fluid.defaults("fluid.inlineEdit", { gradeNames: ["fluid.undoable", "fluid.viewComponent"], mergePolicy: { "strings.defaultViewText": "defaultViewText" }, members: { isEditingState: false, viewEl: { expander: { funcName: "fluid.inlineEdit.setupDisplayText", args: ["{that}.dom.text", "{that}.options.styles.text"] } }, existingPadding: { expander: { funcName: "fluid.inlineEdit.calculateInitialPadding", args: "{that}.viewEl" } }, displayModeRenderer: { expander: { func: "{that}.options.displayModeRenderer", args: ["{that}", "{that}.edit", "{that}.model"] } } }, invokers: { /** Switches to edit mode. */ edit: { funcName: "fluid.inlineEdit.editHandler", args: "{that}" }, /** Determines if the component is currently in edit mode. * @return true if edit mode shown, false if view mode is shown */ isEditing: { funcName: "fluid.identity", args: "{that}.isEditingState" }, /** Finishes editing, switching back to view mode. */ finish: { funcName: "fluid.inlineEdit.finish", args: "{that}" }, /** Cancels the in-progress edit and switches back to view mode */ cancel: { funcName: "fluid.inlineEdit.cancel", args: "{that}" }, /** Determines if the tooltip feature is enabled. * @return true if the tooltip feature is turned on, false if not */ tooltipEnabled: { funcName: "fluid.inlineEdit.tooltipEnabled", args: "{that}.options.useTooltip" }, /** Updates the state of the inline editor in the DOM, based on changes that may have * happened to the model. * @param {Object} [source] - An optional source object identifying the source of the change (see ChangeApplier documentation) */ refreshView: { funcName: "fluid.inlineEdit.refreshView", args: ["{that}", "{arguments}.0"] }, /** Pushes external changes to the model into the inline editor, refreshing its * rendering in the DOM. The modelChanged event will fire. * @param {String} newValue - The bare value of the model, that is, the string being edited * @param {Object} [source] - An optional "source" (perhaps a DOM element) which triggered this event */ updateModelValue: { funcName: "fluid.inlineEdit.updateModelValue", args: ["{that}", "{arguments}.0", "{arguments}.1"] // newValue, source }, /** Pushes external changes to the model into the inline editor, refreshing its * rendering in the DOM. The modelChanged event will fire. This honours the "fluid.undoable" contract * @param {Object} newValue - The full value of the new model, that is, a model object which contains the editable value as the element named "value" * @param {Object} [source] - An optional "source" (perhaps a DOM element) which triggered this event */ updateModel: { funcName: "fluid.inlineEdit.updateModelValue", args: ["{that}", "{arguments}.0.value", "{arguments}.1"] // newModel, source } }, components: { displayView: { type: "{that}.options.displayView.type", container: "{that}.viewEl", options: { gradeNames: "{fluid.inlineEdit}.options.displayAccessor.type" } }, editView: { type: "{that}.options.editView.type", createOnEvent: "onCreateEditView", container: "{that}.editField", options: { gradeNames: "{fluid.inlineEdit}.options.editAccessor.type" } } }, model: { value: { expander: { func: "{that}.displayView.value"} } }, selectors: { text: ".flc-inlineEdit-text", editContainer: ".flc-inlineEdit-editContainer", edit: ".flc-inlineEdit-edit", textEditButton: ".flc-inlineEdit-textEditButton" }, styles: { text: "fl-inlineEdit-text", edit: "fl-inlineEdit-edit", invitation: "fl-inlineEdit-invitation", defaultViewStyle: "fl-inlineEdit-emptyText-invitation", emptyDefaultViewText: "fl-inlineEdit-emptyDefaultViewText", focus: "fl-inlineEdit-focus", tooltip: "fl-inlineEdit-tooltip", editModeInstruction: "fl-inlineEdit-editModeInstruction", displayView: "fl-inlineEdit-simple-editableText fl-inlineEdit-textContainer", textEditButton: "fl-hidden-accessible" }, events: { modelChanged: null, onBeginEdit: "preventable", afterBeginEdit: null, onFinishEdit: "preventable", afterFinishEdit: null, afterInitEdit: null, onCreateEditView: null }, listeners: { onCreate: [{ func: "{that}.refreshView" }, { funcName: "fluid.inlineEdit.initializeEditView", args: ["{that}", true] }, { funcName: "fluid.inlineEdit.setup", args: "{that}" }, { funcName: "fluid.inlineEdit.processUndoDecorator", args: "{that}" }], onBeginEdit: { funcName: "fluid.inlineEdit.setIsEditing", args: ["{that}", true] }, afterFinishEdit: { funcName: "fluid.inlineEdit.setIsEditing", args: ["{that}", false] } }, strings: { textEditButton: "Edit text %text", editModeInstruction: "Escape to cancel, Enter or Tab when finished", defaultViewText: "Click here to edit", /* this will override the direct option */ defaultFocussedViewText: "Click here or press enter to edit" }, markup: { editField: "<input type='text' class='flc-inlineEdit-edit'/>", editContainer: "<span></span>", editModeInstruction: "<p></p>", textEditButton: "<a href='#_' class='flc-inlineEdit-textEditButton'></a>" }, paddings: { edit: 10, minimumEdit: 80, minimumView: 60 }, applyEditPadding: true, blurHandlerBinder: null, // set this to true or false to cause unconditional submission, otherwise it will // be inferred from the edit element tag type. submitOnEnter: undefined, modelComparator: null, displayAccessor: { type: "fluid.inlineEdit.standardAccessor" }, displayView: { type: "fluid.inlineEdit.standardDisplayView" }, editAccessor: { type: "fluid.inlineEdit.standardAccessor" }, editView: { type: "fluid.inlineEdit.standardEditView" }, displayModeRenderer: fluid.inlineEdit.defaultDisplayModeRenderer, editModeRenderer: fluid.inlineEdit.defaultEditModeRenderer, lazyEditView: false, /** View Mode Tooltip Settings **/ useTooltip: true, // this is here for backwards API compatibility, but should be in the strings block tooltipText: "Select or press Enter to edit", tooltipDelay: 1000, selectOnEdit: false }); /* * Creates a whole list of inline editors as subcomponents of the supplied component */ fluid.setupInlineEdits = function (that, editables) { // TODO: create useful framework for automated construction of component definitions, possibly using Model Transformation - FLUID-5022 return fluid.transform(editables, function (editable, i) { var componentDef = { type: "fluid.inlineEdit", container: editable }; var name = "inlineEdit-" + i; fluid.set(that.options, ["components", name], componentDef); return fluid.initDependent(that, name); }); }; fluid.defaults("fluid.inlineEditsComponent", { gradeNames: ["fluid.viewComponent"], distributeOptions: { source: "{that}.options", // TODO: Appalling requirement to evade FLUID-5887 check - otherwise all of this fluid.modelComponent material is broadcast down to each component. // "source" distributions are silly and dangerous in any case, but they have become fairly widely used, together with the expectation that the // material from "defaults" can be broadcast too. But clearly material that is from base grade defaults is unwelcome to be distributed. // This seems to imply that we've got no option but to start supporting "provenance" in options and defaults - highly expensive. exclusions: ["members.inlineEdits", "members.modelRelay", "members.applier", "members.model", "selectors.editables", "events"], removeSource: true, target: "{that > fluid.inlineEdit}.options" }, members: { inlineEdits: { expander: { funcName: "fluid.setupInlineEdits", args: ["{that}", "{that}.dom.editables"] } } }, selectors: { editables: ".flc-inlineEditable" } }); fluid.inlineEdits = function (container, options) { var that = fluid.inlineEditsComponent(container, options); return that.inlineEdits; }; })(jQuery, fluid_3_0_0); |