363 lines
18 KiB
JavaScript
363 lines
18 KiB
JavaScript
function newFoundationsUtilitiesMandatoryProgram() {
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let thisObject = {
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run: run
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}
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return thisObject
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function run(
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pools,
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userProfiles,
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programPropertyName,
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programName,
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programNodeType,
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programPowerName,
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usersArrayPropertyName,
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userNodeType
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) {
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/*
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Here we will store the total amount of tokens that is going to be distributed among all participants
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of the Program. This will come from a Pool that is configured wiht a codeName config property
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with the value programName
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*/
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let programPoolTokenReward
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/*
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In order to be able to calculate the share of the Program Pool for each User Profile,
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we need to accumulate all the Icomming programPowerName that each User Profile at their Program
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node has, because with that Incoming Power is that each Program node gets a share of
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the pool.
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*/
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let accumulatedIncomingProgramPower = 0
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/* Scan Pools Until finding the Mentoship-Program Pool */
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for (let i = 0; i < pools.length; i++) {
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let poolsNode = pools[i]
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programPoolTokenReward = UI.projects.governance.utilities.pools.findPool(poolsNode, programName)
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}
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if (programPoolTokenReward === undefined || programPoolTokenReward === 0) { return }
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/*
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We will first reset all the program outgoingPower, and then distribute it.
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*/
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for (let i = 0; i < userProfiles.length; i++) {
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let userProfile = userProfiles[i]
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if (userProfile.tokenPowerSwitch === undefined) { continue }
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if (userProfile.tokenPowerSwitch[programPropertyName] === undefined) { continue }
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if (userProfile.tokenPowerSwitch[programPropertyName].payload === undefined) { continue }
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resetProgram(userProfile.tokenPowerSwitch[programPropertyName])
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}
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for (let i = 0; i < userProfiles.length; i++) {
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let userProfile = userProfiles[i]
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if (userProfile.tokenPowerSwitch === undefined) { continue }
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if (userProfile.tokenPowerSwitch[programPropertyName] === undefined) { continue }
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if (userProfile.tokenPowerSwitch[programPropertyName].payload === undefined) { continue }
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validateProgram(userProfile.tokenPowerSwitch[programPropertyName])
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}
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for (let i = 0; i < userProfiles.length; i++) {
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let userProfile = userProfiles[i]
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if (userProfile.tokenPowerSwitch === undefined) { continue }
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if (userProfile.tokenPowerSwitch[programPropertyName] === undefined) { continue }
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if (userProfile.tokenPowerSwitch[programPropertyName].payload === undefined) { continue }
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if (userProfile.tokenPowerSwitch[programPropertyName].payload[programPropertyName].isActive === false) { continue }
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distributeProgram(userProfile.tokenPowerSwitch[programPropertyName])
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}
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for (let i = 0; i < userProfiles.length; i++) {
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let userProfile = userProfiles[i]
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if (userProfile.tokenPowerSwitch === undefined) { continue }
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if (userProfile.tokenPowerSwitch[programPropertyName] === undefined) { continue }
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if (userProfile.tokenPowerSwitch[programPropertyName].payload === undefined) { continue }
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if (userProfile.tokenPowerSwitch[programPropertyName].payload[programPropertyName].isActive === false) { continue }
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calculateProgram(userProfile.tokenPowerSwitch[programPropertyName])
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}
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function resetProgram(node) {
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if (node === undefined) { return }
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if (node.payload === undefined) { return }
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node.payload[programPropertyName] = {
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count: 0,
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percentage: 0,
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outgoingPower: 0,
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ownPower: 0,
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incomingPower: 0,
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awarded: {
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tokens: 0,
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percentage: 0
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}
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}
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if (
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node.type === 'User Profile' &&
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node.tokenPowerSwitch !== undefined
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) {
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resetProgram(node.tokenPowerSwitch)
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return
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}
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if (
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node.type === 'Token Power Switch' &&
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node[programPropertyName] !== undefined
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) {
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resetProgram(node[programPropertyName])
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return
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}
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if (
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node.type === programNodeType &&
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node[usersArrayPropertyName] !== undefined
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) {
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for (let i = 0; i < node[usersArrayPropertyName].length; i++) {
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resetProgram(node[usersArrayPropertyName][i])
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}
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return
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}
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if (
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node.type === userNodeType &&
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node.payload.referenceParent !== undefined
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) {
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resetProgram(node.payload.referenceParent)
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return
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}
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}
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function validateProgram(node) {
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/*
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This program is not going to run unless the Profile has Tokens, and for
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that users needs to execute the setup procedure of signing their Github
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username with their private key.
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*/
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if (
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node.payload.parentNode.payload.parentNode.payload.blockchainTokens === undefined
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) {
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node.payload[programPropertyName].isActive = false
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node.payload.parentNode.payload.parentNode.payload.uiObject.setErrorMessage("You need to setup this profile with the Profile Constructor, to access the Token Power of your account at the Blockchain.")
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return
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}
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/*
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As per the system rules, the Program will not give tokens
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to users that do not have their own user nodes set up, unless it has a big
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amount of tokens (this last condition is for the edge case where a user it
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at the top of the program pyramid.)
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*/
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if (
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node.payload.parentNode.payload.parentNode.payload.blockchainTokens < 1000000 &&
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(node[usersArrayPropertyName] === undefined || hasUsersDefined(node[usersArrayPropertyName]) === false)
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) {
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node.payload[programPropertyName].isActive = false
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node.payload.uiObject.setErrorMessage("In order to enable this program you need to add " + userNodeType + " nodes and reference a User Profile from each one.")
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} else {
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node.payload[programPropertyName].isActive = true
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}
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function hasUsersDefined(usersArray) {
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if (usersArray === undefined) { return false }
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for (let i = 0; i < usersArray.length; i++) {
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let user = usersArray[i]
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if (user.payload.referenceParent !== undefined) { return true }
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}
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return false
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}
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}
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function distributeProgram(programNode) {
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if (programNode === undefined || programNode.payload === undefined) { return }
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/*
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Here we will convert Token Power into programPowerName.
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As per system rules programPowerName = tokensPower
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*/
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let programPower = programNode.payload.tokenPower
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/*
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We will also reseet the count of descendents from here.
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*/
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let count = 0
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/*
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The Own Power is the power generated by the same User Profile tokens, not inherited from others.
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*/
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programNode.payload[programPropertyName].ownPower = programPower
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distributeProgramPower(programNode, programPower, count)
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}
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function distributeProgramPower(
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node,
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programPower,
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count,
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percentage
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) {
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if (node === undefined) { return }
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if (node.payload === undefined) { return }
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if (node.payload[programPropertyName] === undefined) { return }
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switch (node.type) {
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case programNodeType: {
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/*
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This is the point where we increase to our local count of descendents whatever it comes
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at the count parameters. If we are processing the User Profile of this Program
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then we will add zero, otherwise, 1.
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*/
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node.payload[programPropertyName].count = node.payload[programPropertyName].count + count
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/*
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The outgoingPower of this node will be accumulating all the programPower flowing
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through it, no matter from where it comes.
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*/
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node.payload[programPropertyName].outgoingPower = node.payload[programPropertyName].outgoingPower + programPower
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/*
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We need to adjust the balance that holds the accumulationt of all incomingPower of all Program
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nodes. To do this we will substratct the current incomingPower, bacause it is going to be recalculated
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inmediatelly after this, and then we will add it again after the recalcualtion.
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*/
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accumulatedIncomingProgramPower = accumulatedIncomingProgramPower - node.payload[programPropertyName].incomingPower
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/*
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At any point in time, the incomingPower will be equal to the total of the outgoingPower minus
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the ownPower. This is like this because the outgoingPower is the accumulation of all the
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power flow that is leaving this node, which includes the ownPower. That means that if we
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substract the ownPower, we will have the accumulation of all the incomingPower, which
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means all the power coming from other User Profiles referencing this one.
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*/
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node.payload[programPropertyName].incomingPower = node.payload[programPropertyName].outgoingPower - node.payload[programPropertyName].ownPower
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/*
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Now that we have the incomingPower calculated again, we can add it again to the balance of all the incomingPower
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of all Program nodes.
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*/
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accumulatedIncomingProgramPower = accumulatedIncomingProgramPower + node.payload[programPropertyName].incomingPower
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if (node[usersArrayPropertyName] !== undefined) {
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/*
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Before distributing the program power, we will calculate how the power
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is going to be switched between all nodes. The first pass is about
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scanning all sibling nodes to see which ones have a percentage defined
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at their config, and check that all percentages don't add more than 100.
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*/
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let totalPercentage = 0
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let totalNodesWithoutPercentage = 0
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for (let i = 0; i < node[usersArrayPropertyName].length; i++) {
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let childNode = node[usersArrayPropertyName][i]
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let percentage = UI.projects.foundations.utilities.nodeConfig.loadConfigProperty(childNode.payload, 'percentage')
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if (percentage !== undefined && isNaN(percentage) !== true) {
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totalPercentage = totalPercentage + percentage
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} else {
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totalNodesWithoutPercentage++
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}
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}
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if (totalPercentage > 100) {
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node.payload.uiObject.setErrorMessage('Program Power Switching Error. Total Percentage of children nodes is grater that 100.')
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return
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}
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let defaultPercentage = 0
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if (totalNodesWithoutPercentage > 0) {
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defaultPercentage = (100 - totalPercentage) / totalNodesWithoutPercentage
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}
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/*
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Here we do the actual distribution.
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*/
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for (let i = 0; i < node[usersArrayPropertyName].length; i++) {
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let childNode = node[usersArrayPropertyName][i]
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let percentage = UI.projects.foundations.utilities.nodeConfig.loadConfigProperty(childNode.payload, 'percentage')
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if (percentage === undefined || isNaN(percentage) === true) {
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percentage = defaultPercentage
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}
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distributeProgramPower(childNode, programPower * percentage / 100, 0, percentage)
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}
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}
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break
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}
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case userNodeType: {
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node.payload[programPropertyName].outgoingPower = node.payload.parentNode.payload[programPropertyName].outgoingPower * percentage / 100
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drawUserNode(node, percentage)
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if (node.payload.referenceParent !== undefined) {
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distributeProgramPower(node.payload.referenceParent, programPower / 10, 0)
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}
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break
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}
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case 'User Profile': {
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if (node.tokenPowerSwitch !== undefined) {
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distributeProgramPower(node.tokenPowerSwitch, programPower, 0)
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}
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break
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}
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case 'Token Power Switch': {
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if (node[programPropertyName] !== undefined) {
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distributeProgramPower(node[programPropertyName], programPower, 1)
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}
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break
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}
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}
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}
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function calculateProgram(programNode) {
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/*
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Here we will calculate which share of the Program Pool this user will get in tokens.
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To do that, we use the incomingPower, to see which proportion of the accumulatedIncomingProgramPower
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represents.
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*/
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if (programNode.payload === undefined) { return }
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/*
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If the accumulatedIncomingProgramPower is not grater the amount of tokens at the Program Pool, then
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this user will get the exact amount of tokens from the pool as incomingPower he has.
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If the accumulatedIncomingProgramPower is grater the amount of tokens at the Program Pool, then
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the amount ot tokens to be received is a proportional to the share of incomingPower in accumulatedIncomingProgramPower.
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*/
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let totalPowerRewardRatio = accumulatedIncomingProgramPower / programPoolTokenReward
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if (totalPowerRewardRatio < 1) { totalPowerRewardRatio = 1 }
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if (programNode.tokensAwarded === undefined || programNode.tokensAwarded.payload === undefined) {
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programNode.payload.uiObject.setErrorMessage("Tokens Awarded Node is needed in order for this Program to get Tokens from the Program Pool.")
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return
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}
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programNode.payload[programPropertyName].awarded.tokens = programNode.payload[programPropertyName].incomingPower * totalPowerRewardRatio
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drawProgram(programNode)
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}
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function drawUserNode(node, percentage) {
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if (node.payload !== undefined) {
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const outgoingPowerText = new Intl.NumberFormat().format(node.payload[programPropertyName].outgoingPower)
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node.payload.uiObject.valueAngleOffset = 180
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node.payload.uiObject.valueAtAngle = true
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node.payload.uiObject.setValue(outgoingPowerText + ' ' + programPowerName)
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node.payload.uiObject.percentageAngleOffset = 180
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node.payload.uiObject.percentageAtAngle = true
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node.payload.uiObject.setPercentage(percentage)
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node.payload.uiObject.statusAngleOffset = 0
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node.payload.uiObject.statusAtAngle = false
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node.payload.uiObject.setStatus(outgoingPowerText + ' ' + ' Outgoing Power')
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}
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}
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function drawProgram(node) {
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if (node.payload !== undefined) {
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const ownPowerText = new Intl.NumberFormat().format(node.payload[programPropertyName].ownPower)
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const incomingPowerText = new Intl.NumberFormat().format(node.payload[programPropertyName].incomingPower)
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node.payload.uiObject.statusAngleOffset = 0
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node.payload.uiObject.statusAtAngle = false
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node.payload.uiObject.setStatus(ownPowerText + ' Own Power - ' + incomingPowerText + ' Incoming Power')
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}
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if (node.tokensAwarded !== undefined && node.tokensAwarded.payload !== undefined) {
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const tokensAwardedText = new Intl.NumberFormat().format(node.payload[programPropertyName].awarded.tokens)
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node.tokensAwarded.payload.uiObject.statusAngleOffset = 0
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node.tokensAwarded.payload.uiObject.statusAtAngle = false
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node.tokensAwarded.payload.uiObject.valueAngleOffset = 0
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node.tokensAwarded.payload.uiObject.valueAtAngle = false
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node.tokensAwarded.payload.uiObject.setValue(tokensAwardedText + ' SA Tokens')
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node.tokensAwarded.payload.uiObject.setStatus('From ' + node.payload[programPropertyName].count + ' Descendants.')
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}
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}
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}
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} |