Files
Superalgos/CanvasApp/Spaces/TutorialSpace.js
T

1166 lines
48 KiB
JavaScript

function newTutorialSpace() {
const MODULE_NAME = 'Tutorial Space'
let thisObject = {
stop: stop,
skip: skip,
previous: previous,
next: next,
playTutorial: playTutorial,
resumeTutorial: resumeTutorial,
playTutorialTopic: playTutorialTopic,
resumeTutorialTopic: resumeTutorialTopic,
playTutorialStep: playTutorialStep,
resumeTutorialStep: resumeTutorialStep,
resetTutorialProgress: resetTutorialProgress,
container: undefined,
physics: physics,
draw: draw,
getContainer: getContainer,
initialize: initialize,
finalize: finalize
}
let isInitialized = false
thisObject.container = newContainer()
thisObject.container.name = MODULE_NAME
thisObject.container.initialize()
thisObject.container.isClickeable = true
thisObject.container.isDraggeable = false
thisObject.container.detectMouseOver = true
thisObject.container.status = 'hidden'
resize()
let browserResizedEventSubscriptionId
let tutorialRootNode
let currentNode
let currentStatus = 'Stopped'
let navigationStack
let tutorialDiv = document.getElementById('tutorialDiv')
let tutorialFormDiv = document.getElementById('tutorialFormDiv')
let htmlGif = document.createElement("IMG")
let currentGifName = 'Never Set'
let newGifName = 'Never Set'
let htmlImage = document.createElement("IMG")
let currentImageName = 'Never Set'
let newImageName = 'Never Set'
let currentConfig
let newConfig
let currentDocumentationURL
let resumeModeActivated // In this mode, we skip all the node which status is 'Done'
let lastExecutedAction = ''
let actionCounter = 0
let forcingFocus = false
let currentZoomStep = 0
let viewportCentered = false
let repositionAtTimeMachineCounter = 0
let positionAtNodeCounter = 0
let timeMachineKeyPressedCounter = 0
let keyPressedCounter = 0
let sliderPositioned = 0
let changeNodeConfigCounter = 0
let documentationCounter = 0
let batchConfigChangesCounter = 0
return thisObject
function initialize() {
browserResizedEventSubscriptionId = canvas.eventHandler.listenToEvent('Browser Resized', resize)
isInitialized = true
}
function finalize() {
canvas.eventHandler.stopListening(browserResizedEventSubscriptionId)
tutorialRootNode = undefined
currentNode = undefined
navigationStack = undefined
tutorialDiv = undefined
tutorialFormDiv = undefined
image = undefined
gif = undefined
}
function resize() {
thisObject.container.frame.width = 0
thisObject.container.frame.height = 0
}
function getContainer(point, purpose) {
let container
if (thisObject.container.frame.isThisPointHere(point, true) === true) {
return thisObject.container
} else {
return undefined
}
}
function physics() {
if (currentNode === undefined) { return }
switch (currentStatus) {
case 'Stopped': {
makeInvisible()
currentNode = undefined
break
}
case 'Playing Tutorial': {
makeVsible()
break
}
case 'Playing Topic': {
makeVsible()
break
}
case 'Playing Step': {
makeVsible()
break
}
}
keyPressed()
checkPressButton()
checkGif()
checkImage()
checkDocumentation()
checkWorkspaces()
checkSlider()
checkReference()
checkViewportZoom()
checkViewportZoomAtCenter()
return
function keyPressed() {
if (currentNode === undefined) { return }
let config = JSON.parse(currentNode.config)
if (
config.keyPressed !== undefined
) {
keyPressedCounter++
if (keyPressedCounter === 10) {
let event = {
metaKey: config.keyPressed.metaKey,
shiftKey: config.keyPressed.shiftKey,
ctrlKey: config.keyPressed.ctrlKey,
code: config.keyPressed.code,
key: config.keyPressed.key
}
canvas.onKeyDown(event, true)
}
}
}
function checkViewportZoom() {
if (currentNode === undefined) { return }
let config = JSON.parse(currentNode.config)
if (config.viewportZoom !== undefined) {
let totalZoomSteps = config.viewportZoom
let delta
if (totalZoomSteps > 0) {
delta = 1
} else {
delta = -1
}
currentZoomStep = currentZoomStep + delta
let event = {
delta: delta
}
if (totalZoomSteps > 0) {
if (currentZoomStep < totalZoomSteps) {
canvas.chartingSpace.viewport.onMouseWheel(event)
}
} else {
if (currentZoomStep > totalZoomSteps) {
canvas.chartingSpace.viewport.onMouseWheel(event)
}
}
}
}
function checkViewportZoomAtCenter() {
if (currentNode === undefined) { return }
let config = JSON.parse(currentNode.config)
if (config.viewportZoomAtCenter !== undefined) {
canvas.chartingSpace.viewport.zoomAtCenter(config.viewportZoomAtCenter)
}
}
function checkViewportZoomAtCenter() {
if (currentNode === undefined) { return }
let config = JSON.parse(currentNode.config)
if (config.viewportZoomAtCenter !== undefined) {
canvas.chartingSpace.viewport.zoomAtCenter(config.viewportZoomAtCenter)
}
}
function checkPressButton() {
if (currentNode === undefined) { return }
let config = JSON.parse(currentNode.config)
if (config.pressButton === undefined || config.pressButton === "") {
return
}
/* Remove this item from the navigation stack. */
navigationStack.splice(navigationStack.length - 1)
switch (config.pressButton) {
case "Stop": {
stop()
return
}
case "Skip": {
skip()
return
}
case "Previous": {
previous()
return
}
case "Next": {
next()
return
}
}
}
function checkGif() {
let tutorialGifDiv = document.getElementById('tutorialGifDiv')
if (tutorialGifDiv !== null && tutorialGifDiv !== undefined) {
tutorialGifDiv.appendChild(htmlGif)
}
if (currentGifName === newGifName) { return }
currentGifName = newGifName
htmlGif.src = 'Images/Tutorial/Gifs/' + currentGifName + '.gif'
htmlGif.width = "400"
htmlGif.height = "580"
}
function checkImage() {
let tutorialImageDiv = document.getElementById('tutorialImageDiv')
if (tutorialImageDiv !== null && tutorialImageDiv !== undefined) {
tutorialImageDiv.appendChild(htmlImage)
}
if (currentImageName === newImageName) { return }
currentImageName = newImageName
htmlImage.src = 'Images/Icons/style-01/' + currentImageName + '.png'
htmlImage.width = "100"
htmlImage.height = "100"
}
function checkDocumentation() {
if (currentNode === undefined) { return }
let config = JSON.parse(currentNode.config)
let newDocumentationURL = config.documentationURL
documentationCounter++
if (documentationCounter === 10) {
if (newDocumentationURL === undefined) {
/*
The doc panel will remain as it is, and the user will be free to open or close it at will.
*/
return
}
if (newDocumentationURL === "") {
/*
This forces the tutorial to close the documentation panel and to keep it closed.
*/
canvas.docSpace.sidePanelTab.close()
return
}
canvas.docSpace.sidePanelTab.open()
if (newDocumentationURL === currentDocumentationURL) { return }
currentDocumentationURL = newDocumentationURL
canvas.docSpace.navigateTo(currentDocumentationURL)
}
}
function checkWorkspaces() {
if (currentNode === undefined) { return }
let config = JSON.parse(currentNode.config)
if (config.workspaces === undefined) {
/*
The worspaces panel will remain as it is, and the user will be free to open or close it at will.
*/
return
}
if (config.workspaces === "" || config.workspaces === "Close") {
/*
This forces the tutorial to close the workspaces panel and to keep it closed.
*/
canvas.sideSpace.sidePanelTab.close()
return
}
if (config.workspaces === "Open") {
/*
This forces the tutorial to close the workspaces panel and to keep it closed.
*/
canvas.sideSpace.sidePanelTab.open()
return
}
}
function checkSlider() {
if (currentNode === undefined) { return }
let config = JSON.parse(currentNode.config)
if (config.slider === undefined) {
/*
The cockpit space will remain where it is. The user is free to move it.
*/
return
}
if (sliderPositioned === false) {
sliderPositioned = true
switch (config.slider) {
case "toTop": {
/*
This forces the tutorial to close the charting space and to keep it closed.
*/
canvas.cockpitSpace.toTop()
return
}
case "toMiddle": {
/*
This forces the tutorial to share the screen half with the designer and half
with the charting space and force it in that way.
*/
canvas.cockpitSpace.toMiddle()
return
}
case "toBottom": {
/*
This forces the tutorial to fully open the charting space and to keep it open.
*/
canvas.cockpitSpace.toBottom()
return
}
}
}
}
function checkReference() {
/*
If there is a reference parent defined, we will highlight it
and move the designer so that that node be at the center of the screen.
*/
if (currentNode !== undefined) {
if (currentNode.payload !== undefined) {
if (currentNode.payload.referenceParent !== undefined) {
if (currentNode.payload.referenceParent.payload !== undefined) {
if (currentNode.payload.referenceParent.payload.uiObject !== undefined) {
let config = JSON.parse(currentNode.config)
if (
config.positionAtReferenceParent === true
) {
/*
This moves the Designs Space so that the referenced node is at the center of the screen.
*/
positionAtNodeCounter++
if (positionAtNodeCounter === 1) {
currentNode.payload.referenceParent.payload.floatingObject.unCollapseParent()
}
if (positionAtNodeCounter < 100) {
canvas.floatingSpace.positionAtNode(currentNode.payload.referenceParent)
}
}
if (
config.highlightReferenceParent === true
) {
currentNode.payload.referenceParent.payload.uiObject.highlight()
}
if (
config.highlightReferenceParent === true
) {
currentNode.payload.referenceParent.payload.uiObject.highlight()
}
if (
config.setErrorMessageReferenceParent !== undefined
) {
currentNode.payload.referenceParent.payload.uiObject.setErrorMessage(config.setErrorMessageReferenceParent)
}
if (
config.setWarningMessageReferenceParent !== undefined
) {
currentNode.payload.referenceParent.payload.uiObject.setWarningMessage(config.setWarningMessageReferenceParent)
}
if (
config.setInfoMessageReferenceParent !== undefined
) {
currentNode.payload.referenceParent.payload.uiObject.setInfoMessage(config.setInfoMessageReferenceParent)
}
if (
config.setValueReferenceParent !== undefined
) {
currentNode.payload.referenceParent.payload.uiObject.setValue(config.setValueReferenceParent)
}
if (
config.setPercentageReferenceParent !== undefined
) {
currentNode.payload.referenceParent.payload.uiObject.setPercentage(config.setPercentageReferenceParent)
}
if (
config.setStatusReferenceParent !== undefined
) {
currentNode.payload.referenceParent.payload.uiObject.setStatus(config.setStatusReferenceParent)
}
if (
config.setFocusReferenceParent === true
) {
currentNode.payload.referenceParent.payload.floatingObject.forceFocus()
forcingFocus = true
}
if (
config.batchConfigChangesReferenceParent !== undefined
) {
batchConfigChangesCounter++
if (batchConfigChangesCounter === 5) {
/*
Here we are going to process an array of different changes to descendents
of the reference parent. The end user needs to specify a nodePath to the
descendent and an object with the properties and new values that want to
change at each descendent. The nodePath route starts at the object
referenceParent.
*/
let referenceParent = currentNode.payload.referenceParent
for (let i = 0; i < config.batchConfigChangesReferenceParent.length; i++) {
let arrayItem = config.batchConfigChangesReferenceParent[i]
let nodePath = arrayItem.nodePath
let properties = arrayItem.properties
let childNode
try {
childNode = eval(nodePath)
} catch (err) {
console.log(MODULE_NAME + ' -> The nodePath provided is not good. -> nodePath = ' + nodePath)
let splittedPath = nodePath.split('.')
let partialPath = ''
let separator = ''
for (let j = 0; j < splittedPath.length; j++) {
let part = splittedPath[j]
partialPath = partialPath + separator + part
separator = '.'
let partialNode = eval(partialPath)
if (partialNode === undefined) {
console.log(MODULE_NAME + ' -> This part can not be undefined -> part = ' + part)
currentNode.payload.uiObject.setErrorMessage('Node Path is incorrect. See console log for details.')
break
}
}
continue
}
let nodeConfig = JSON.parse(childNode.config)
for (const property in properties) {
nodeConfig[property] = properties[property]
}
childNode.config = JSON.stringify(nodeConfig, undefined, 5)
}
}
}
if (
config.changeNodeConfigReferenceParent !== undefined
) {
changeNodeConfigCounter++
if (changeNodeConfigCounter === 5) {
let nodeConfig = JSON.parse(currentNode.payload.referenceParent.config)
for (const property in config.changeNodeConfigReferenceParent) {
nodeConfig[property] = config.changeNodeConfigReferenceParent[property]
}
currentNode.payload.referenceParent.config = JSON.stringify(nodeConfig)
}
}
if (
config.menuActionReferenceParent !== undefined
) {
/*
Some actions needs a little delay because they depend on animations to happen.
For that reason, we will count until 10 before executing actions from tutorial.
*/
actionCounter++
if (actionCounter > 10) {
if (config.menuActionReferenceParent + currentNode.id !== lastExecutedAction) {
currentNode.payload.referenceParent.payload.uiObject.menu.internalClick(config.menuActionReferenceParent)
lastExecutedAction = config.menuActionReferenceParent + currentNode.id
}
}
} else {
lastExecutedAction = ""
}
if (
config.keyPressedTimeMachineReferenceParent !== undefined
) {
if (currentNode.payload.referenceParent.type === 'Time Machine') {
let timeMachine = canvas.chartingSpace.findTimeMachine(currentNode.payload.referenceParent)
if (timeMachine !== undefined) {
timeMachineKeyPressedCounter++
if (timeMachineKeyPressedCounter === 10) {
let event = {
metaKey: config.keyPressedTimeMachineReferenceParent.metaKey,
shiftKey: config.keyPressedTimeMachineReferenceParent.shiftKey,
ctrlKey: config.keyPressedTimeMachineReferenceParent.ctrlKey,
code: config.keyPressedTimeMachineReferenceParent.code,
key: config.keyPressedTimeMachineReferenceParent.key
}
timeMachine.edgeEditor.onKeyPressed(event, true)
}
}
}
}
if (
config.viewportCenterReferenceParent === true
) {
if (currentNode.payload.referenceParent.type === 'Time Machine') {
let timeMachine = canvas.chartingSpace.findTimeMachine(currentNode.payload.referenceParent)
if (timeMachine !== undefined && viewportCentered === false) {
canvas.chartingSpace.viewport.displaceToContainer(timeMachine.container)
viewportCentered = true
}
}
}
if (
config.repositionAtTimeMachineReferenceParent === true
) {
if (currentNode.payload.referenceParent.type === 'Time Machine') {
let timeMachine = canvas.chartingSpace.findTimeMachine(currentNode.payload.referenceParent)
if (timeMachine !== undefined) {
repositionAtTimeMachineCounter++
switch (true) {
case (repositionAtTimeMachineCounter > 10 && repositionAtTimeMachineCounter < 20): {
let event = {
delta: -1
}
canvas.chartingSpace.viewport.onMouseWheel(event)
break
}
case (repositionAtTimeMachineCounter === 30): {
canvas.chartingSpace.viewport.displaceToContainer(timeMachine.container)
break
}
case (repositionAtTimeMachineCounter === 40): {
canvas.chartingSpace.viewport.zoomAtCenter(8)
break
}
}
}
}
}
if (
config.repositionAtTimeMachineNoZoomReferenceParent === true
) {
if (currentNode.payload.referenceParent.type === 'Time Machine') {
let timeMachine = canvas.chartingSpace.findTimeMachine(currentNode.payload.referenceParent)
if (timeMachine !== undefined) {
repositionAtTimeMachineCounter++
switch (true) {
case (repositionAtTimeMachineCounter > 10 && repositionAtTimeMachineCounter < 20): {
let event = {
delta: -1
}
canvas.chartingSpace.viewport.onMouseWheel(event)
break
}
case (repositionAtTimeMachineCounter === 30): {
canvas.chartingSpace.viewport.displaceToContainer(timeMachine.container)
break
}
}
}
}
}
}
}
}
}
}
}
function makeInvisible() {
const HEIGHT = 0
const WIDTH = 0
const FORM_HEIGHT = 0
tutorialPosition = {
x: 100000,
y: 100000
}
tutorialDiv.style = ' ' +
'position:fixed; top:' + tutorialPosition.y + 'px; ' +
'left:' + tutorialPosition.x + 'px; ' +
'width: ' + WIDTH + 'px;' +
'height: ' + HEIGHT + 'px;' +
'z-index:1;'
tutorialFormDiv.style = ' ' +
'position:fixed; top:' + (tutorialPosition.y) + 'px; ' +
'left:' + tutorialPosition.x + 'px; ' +
'width: ' + WIDTH + 'px;' +
'height: ' + FORM_HEIGHT + 'px;' +
'z-index:1;'
}
function makeVsible() {
const HEIGHT = 650
const WIDTH = 400
const MARGIN = 100
const FORM_HEIGHT = 40
let nodeConfig
try {
nodeConfig = JSON.parse(currentNode.config)
} catch (err) {
return
}
switch (nodeConfig.position) {
case 'Left': {
tutorialPosition = {
x: MARGIN,
y: (browserCanvas.height - HEIGHT) / 2
}
break
}
case 'Center': {
tutorialPosition = {
x: browserCanvas.width / 2 - WIDTH / 2,
y: (browserCanvas.height - HEIGHT) / 2
}
break
}
case 'Right': {
tutorialPosition = {
x: browserCanvas.width - WIDTH - MARGIN,
y: (browserCanvas.height - HEIGHT) / 2
}
break
}
default: {
tutorialPosition = {
x: browserCanvas.width / 2 - WIDTH / 2,
y: (browserCanvas.height - HEIGHT) / 2
}
break
}
}
tutorialDiv.style = ' ' +
'position:fixed; top:' + tutorialPosition.y + 'px; ' +
'left:' + tutorialPosition.x + 'px; ' +
'width: ' + WIDTH + 'px;' +
'height: ' + HEIGHT + 'px;' +
'z-index:1;'
buildHTML()
tutorialFormDiv.style = ' ' +
'position:fixed; top:' + (tutorialPosition.y + HEIGHT - 30) + 'px; ' +
'left:' + tutorialPosition.x + 'px; ' +
'width: ' + (WIDTH + 20) + 'px;' +
'height: ' + FORM_HEIGHT + 'px;' +
'z-index:1;'
}
}
function stop() {
resetAfterButtonPressed()
checkForceFocus()
tutorialRootNode.payload.uiObject.isPlaying = false
tutorialRootNode = undefined
currentStatus = 'Stopped'
}
function skip() {
resetAfterButtonPressed()
checkForceFocus()
let tutorial = {
status: 'Skipped'
}
saveTutorial(currentNode.payload, tutorial)
advance(true)
}
function previous() {
resetAfterButtonPressed()
checkForceFocus()
if (navigationStack.length > 1) {
let previousNode = navigationStack[navigationStack.length - 2]
switch (previousNode.type) {
case 'Tutorial': {
currentNode = previousNode
findTutorialNode(currentNode)
currentStatus = 'Playing Tutorial'
navigationStack.splice(navigationStack.length - 1)
break
}
case 'Tutorial Topic': {
currentNode = previousNode
findTutorialNode(currentNode)
currentStatus = 'Playing Topic'
navigationStack.splice(navigationStack.length - 1)
break
}
case 'Tutorial Step': {
currentNode = previousNode
findTutorialNode(currentNode)
currentStatus = 'Playing Step'
navigationStack.splice(navigationStack.length - 1)
break
}
}
}
}
function next() {
resetAfterButtonPressed()
checkForceFocus()
if (ckeckGoingToAnotherTutorial() === true) { return }
let tutorial = {
status: 'Done'
}
saveTutorial(currentNode.payload, tutorial)
advance()
}
function resetAfterButtonPressed() {
resetViewport()
resetActions()
resetDocumentation()
resetRepositionAtTimeMachine()
resetPositionAtNode()
resetTimeMachineKeyPressed()
resetKeyPressed()
resetSlider()
changeNodeConfig()
batchConfigChanges()
function resetActions() {
lastExecutedAction = ""
actionCounter = 0
}
function resetViewport() {
currentZoomStep = 0
viewportCentered = false
}
function resetDocumentation() {
currentDocumentationURL = ''
documentationCounter = 0
}
function resetRepositionAtTimeMachine() {
repositionAtTimeMachineCounter = 0
}
function resetPositionAtNode() {
positionAtNodeCounter = 0
}
function resetTimeMachineKeyPressed() {
timeMachineKeyPressedCounter = 0
}
function resetKeyPressed() {
keyPressedCounter = 0
}
function resetSlider() {
sliderPositioned = false
}
function changeNodeConfig() {
changeNodeConfigCounter = 0
}
function batchConfigChanges() {
batchConfigChangesCounter = 0
}
}
function checkForceFocus() {
if (forcingFocus === true) {
currentNode.payload.referenceParent.payload.floatingObject.removeForceFocus()
forcingFocus = false
}
}
function ckeckGoingToAnotherTutorial() {
if (currentNode.payload !== undefined) {
if (currentNode.payload.referenceParent !== undefined) {
let config = JSON.parse(currentNode.config)
if (config.startTutorialReferenceParent === true) {
if (currentNode.payload.referenceParent.type === 'Tutorial') {
tutorialRootNode = currentNode.payload.referenceParent
currentNode = currentNode.payload.referenceParent
currentStatus = 'Playing Tutorial'
resumeModeActivated = false
navigationStack.push(currentNode)
findTutorialNode(currentNode)
return true
}
}
}
}
}
function playTutorial(node) {
navigationStack = []
node.payload.uiObject.isPlaying = true
tutorialRootNode = node
currentNode = node
currentStatus = 'Playing Tutorial'
resumeModeActivated = false
navigationStack.push(currentNode)
}
function resumeTutorial(node) {
navigationStack = []
node.payload.uiObject.isPlaying = true
tutorialRootNode = node
currentNode = node
currentStatus = 'Playing Tutorial'
resumeModeActivated = true
navigationStack.push(currentNode)
advance()
}
function playTutorialTopic(node) {
navigationStack = []
currentTopicNode = node
currentNode = node
currentStatus = 'Playing Topic'
resumeModeActivated = false
navigationStack.push(currentNode)
findTutorialNode(node)
}
function resumeTutorialTopic(node) {
navigationStack = []
currentTopicNode = node
currentNode = node
currentStatus = 'Playing Topic'
resumeModeActivated = true
navigationStack.push(currentNode)
findTutorialNode(node)
}
function playTutorialStep(node) {
navigationStack = []
currentStepNode = node
currentNode = node
currentStatus = 'Playing Step'
resumeModeActivated = false
navigationStack.push(currentNode)
findTutorialNode(node)
}
function resumeTutorialStep(node) {
navigationStack = []
currentStepNode = node
currentNode = node
currentStatus = 'Playing Step'
resumeModeActivated = true
navigationStack.push(currentNode)
findTutorialNode(node)
}
function resetTutorialProgress(node) {
resetNextNode(node)
function resetNextNode(node) {
for (let i = 0; i < node.tutorialSteps.length; i++) {
let tutorialStep = node.tutorialSteps[i]
let tutorial = {
status: 'Reset'
}
saveTutorial(tutorialStep.payload, tutorial)
}
for (let i = 0; i < node.tutorialTopics.length; i++) {
let tutorialTopic = node.tutorialTopics[i]
let tutorial = {
status: 'Reset'
}
saveTutorial(tutorialTopic.payload, tutorial)
resetNextNode(tutorialTopic)
}
}
}
function findTutorialNode(node) {
/*
We will consider the tutorialRootNode the head of the hirierchy
*/
tutorialRootNode = node
if (node.payload !== undefined) {
if (node.payload.parentNode !== undefined) {
findTutorialNode(node.payload.parentNode)
}
}
}
function advance(isSkipping) {
let found
let advanced
switch (currentStatus) {
case 'Playing Tutorial': {
found = true
findNextNode(tutorialRootNode)
break
}
case 'Playing Topic': {
found = false
if (isSkipping === true) {
findNextTopic(tutorialRootNode)
} else {
findNextNode(tutorialRootNode)
}
break
}
case 'Playing Step': {
found = false
findNextNode(tutorialRootNode)
break
}
}
/*
If we can not find a next node, then we stop the tutorial.
*/
if (advanced === undefined) {
stop()
return
}
function findNextNode(node) {
for (let i = 0; i < node.tutorialSteps.length; i++) {
let tutorialStep = node.tutorialSteps[i]
if (found === true) {
if (resumeModeActivated !== true) {
currentNode = tutorialStep
currentStatus = 'Playing Step'
advanced = true
navigationStack.push(currentNode)
findTutorialNode(currentNode)
return
} else {
let tutorial = {
status: undefined
}
loadTutorial(tutorialStep.payload, tutorial)
if (tutorial.status !== 'Done') {
currentNode = tutorialStep
currentStatus = 'Playing Step'
advanced = true
navigationStack.push(currentNode)
findTutorialNode(currentNode)
return
}
}
}
if (tutorialStep.id === currentNode.id) {
found = true
}
}
for (let i = 0; i < node.tutorialTopics.length; i++) {
if (advanced === true) {
return
}
let tutorialTopic = node.tutorialTopics[i]
if (found === true) {
if (resumeModeActivated !== true) {
currentNode = tutorialTopic
currentStatus = 'Playing Topic'
advanced = true
navigationStack.push(currentNode)
findTutorialNode(currentNode)
return
} else {
let tutorial = {
status: undefined
}
loadTutorial(tutorialTopic.payload, tutorial)
if (tutorial.status !== 'Done') {
currentNode = tutorialTopic
currentStatus = 'Playing Topic'
advanced = true
navigationStack.push(currentNode)
findTutorialNode(currentNode)
return
}
}
}
if (tutorialTopic.id === currentNode.id) {
found = true
}
findNextNode(tutorialTopic, found)
}
}
function findNextTopic(node) {
for (let i = 0; i < node.tutorialTopics.length; i++) {
if (advanced === true) {
return
}
let tutorialTopic = node.tutorialTopics[i]
if (found === true) {
if (resumeModeActivated !== true) {
currentNode = tutorialTopic
currentStatus = 'Playing Topic'
advanced = true
navigationStack.push(currentNode)
findTutorialNode(currentNode)
return
} else {
let tutorial = {
status: undefined
}
loadTutorial(tutorialTopic.payload, tutorial)
if (tutorial.status !== 'Done') {
currentNode = tutorialTopic
currentStatus = 'Playing Topic'
advanced = true
navigationStack.push(currentNode)
findTutorialNode(currentNode)
return
}
}
}
if (tutorialTopic.id === currentNode.id) {
found = true
} else {
findNextTopic(tutorialTopic, found)
}
}
}
}
function buildHTML() {
newConfig = currentNode.config
if (newConfig === currentConfig) { return }
currentConfig = newConfig
let nodeConfig = JSON.parse(currentNode.config)
let html = ''
if (nodeConfig.title !== undefined && nodeConfig.title !== '') {
html = html + '<div><h1 class="tutorial-font-large">' + nodeConfig.title + '</h1></div>'
}
html = html + '<div>'
if (nodeConfig.summary !== undefined && nodeConfig.summary !== '') {
html = html + '<div class="tutorial-font-small tutorial-summary">' + addToolTips(nodeConfig.summary) + '</div>'
}
if (nodeConfig.subTitle !== undefined && nodeConfig.subTitle !== '') {
html = html + '<h2 class="tutorial-font-medium">' + nodeConfig.subTitle + '</h2>'
}
if (nodeConfig.gif !== undefined && nodeConfig.gif !== '') {
html = html + '<div id="tutorialGifDiv" width="200" width="290"/>'
newGifName = nodeConfig.gif
}
if (nodeConfig.definition !== undefined && nodeConfig.definition !== '') {
html = html + '<table class="tutorial-definitionTable">'
html = html + '<tr>'
html = html + '<td>'
if (nodeConfig.image !== undefined && nodeConfig.image !== '') {
html = html + '<div id="tutorialImageDiv" class="tutorial-image-container"/>'
newImageName = nodeConfig.image
}
html = html + '</td>'
html = html + '<td>'
html = html + '<strong class="tutorial-font-bold-small">' + addToolTips(nodeConfig.definition) + '</strong>'
html = html + '</td>'
html = html + '</tr>'
html = html + '</table>'
}
if (nodeConfig.bulletListIntro !== undefined && nodeConfig.bulletListIntro !== '') {
html = html + '<div class="tutorial-font-small">' + addToolTips(nodeConfig.bulletListIntro) + '</div>'
}
if (nodeConfig.bulletArray !== undefined) {
html = html + '<ul>'
for (let i = 0; i < nodeConfig.bulletArray.length; i++) {
let bullet = nodeConfig.bulletArray[i]
html = html + '<li>'
html = html + '<div class="tutorial-font-small"><strong class="tutorial-font-bold-small">' + addToolTips(bullet[0]) + '</strong> ' + addToolTips(bullet[1]) + '</div>'
html = html + '</li>'
}
html = html + '</ul>'
}
if (nodeConfig.paragraph1 !== undefined && nodeConfig.paragraph1 !== '') {
html = html + '<div class="tutorial-font-small">' + addToolTips(nodeConfig.paragraph1) + '</div>'
}
if (nodeConfig.callOut !== undefined && nodeConfig.callOut !== '') {
html = html + '<div class="tutorial-font-bold-small tutorial-callout" > ' + addToolTips(nodeConfig.callOut) + ''
if (nodeConfig.externalLink !== undefined) {
html = html + '<a href="' + nodeConfig.externalLink[1] + '" target="_blank">' + nodeConfig.externalLink[0] + '</a>'
}
html = html + '</div>'
}
if (nodeConfig.paragraph2 !== undefined && nodeConfig.paragraph2 !== '') {
html = html + '<div class="tutorial-font-small">' + addToolTips(nodeConfig.paragraph2) + '</div>'
}
if (nodeConfig.note !== undefined && nodeConfig.note !== '') {
html = html + '<div class="tutorial-font-small tutorial-alert-info" role="alert"><i class="tutorial-fa tutorial-info-circle"></i> <b>Note:</b> ' + addToolTips(nodeConfig.note) + '</div>'
}
if (nodeConfig.tip !== undefined && nodeConfig.tip !== '') {
html = html + '<div class="tutorial-font-small tutorial-alert-success" role="alert"><i class="tutorial-fa tutorial-check-square-o"></i> <b>Tip:</b> ' + addToolTips(nodeConfig.tip) + '</div>'
}
if (nodeConfig.important !== undefined && nodeConfig.important !== '') {
html = html + '<div class="tutorial-font-small tutorial-alert-important" role="alert"><i class="tutorial-fa tutorial-warning"></i> <b>Important:</b> ' + addToolTips(nodeConfig.important) + '</div>'
}
if (nodeConfig.warning !== undefined && nodeConfig.warning !== '') {
html = html + '<div class="tutorial-font-small tutorial-alert-warning" role="alert"><i class="tutorial-fa tutorial-warning"></i> <b>Warning:</b> ' + addToolTips(nodeConfig.warning) + '</div>'
}
html = html + '</div>'
tutorialDiv.innerHTML = html
function addToolTips(text) {
const TOOL_TIP_HTML = '<div class="tooltip">NODE_TYPE<span class="tooltiptext">NODE_DEFINITION</span></div>'
let resultingText = ''
let splittedText = text.split('->')
for (let i = 0; i < splittedText.length; i = i + 2) {
let firstPart = splittedText[i]
let nodeType = splittedText[i + 1]
if (nodeType === undefined) {
return resultingText + firstPart
}
let definitionNode = DOC_SCHEMA_MAP.get(nodeType)
if (definitionNode === undefined) {
definitionNode = CONCEPT_SCHEMA_MAP.get(nodeType)
if (definitionNode === undefined) {
currentNode.payload.uiObject.setErrorMessage(nodeType + ' not found at Doc Schema or Concept Schema.')
return
}
}
let definition = definitionNode.definition
if (definition === undefined || definition === "") {
resultingText = resultingText + firstPart + nodeType
} else {
let tooltip = TOOL_TIP_HTML.replace('NODE_TYPE', nodeType).replace('NODE_DEFINITION', definition)
resultingText = resultingText + firstPart + tooltip
}
}
return resultingText
}
}
function draw() {
if (isInitialized === false) { return }
}
}