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import groupBy from 'lodash.groupby'
import { parseISO, parse, isValid, formatISO } from 'date-fns'
import uniqBy from 'lodash.uniqby'
import debounce from 'lodash.debounce'
import Vue from 'vue'
import { getMutations } from './index'
export const state = () => ({
settings: [],
verboseChoices: {
LIGHT: 'Clair',
DARK: 'Sombre',
AUTO: 'Automatique',
},
})
export const getters = {
all: (state, getters) => state.settings,
fromCategory: (state, getters) => category =>
state.settings.filter(s => s.category === category),
one: (state, getters) => (propval, prop = 'key') =>
state.settings.find(o => o[prop] === propval) || null,
value: (state, getters) => (propval, fallback = null, prop = 'key') => {
const setting = getters.one(propval, prop)
if (setting === null)
if (fallback !== null) return fallback
else {
// eslint-disable-next-line
console.error(
`No setting with ${prop}=${propval}. Available ${prop}s: ${getters.all.map(
o => o[prop]
)}`
)
return
}
return setting.value
},
group: () => (settings, { removeHidden }) => {
/* Groups `settings` by category.
* `removeHidden`: when set to true, categories that match the regex pattern below
* get filtered out of the returned array:
* ^__.+__$
*/
if (removeHidden)
settings = settings.filter(o => !o.category.match(/^__.+__$/))
settings = groupBy(settings, 'category')
return [...Object.entries(settings)]
},
grouped: (_, { group, all }) => group(all, { removeHidden: true }),
userHasSetting: (_, { one }) => (propval, prop = 'key') => {
const setting = one(propval, prop)
return setting ? !setting.isDefaultValue : null
},
}
export const mutations = {
SET: (state, { definitions, settings }) => {
/* Set settings for the user, by combining a setting definition (SettinDefinition in the backend)
* and a value (Setting.value in the backend)
*/
let hydratedSettings = []
definitions.forEach(definition => {
let value, uuid
let { choices } = definition
const { category } = definition
// Attempt to get the user's value for this setting definition
const setting = settings.find(o => o.setting.key === definition.key)
// Set `value` property: if setting is undefined, fallback to the default
// value, else use the one on the found setting
const isDefaultValue = setting === undefined
if (isDefaultValue) {
value = definition.default
uuid = null
} else {
value = setting.value
uuid = setting.uuid
}
const rawValue = value
// Convert to the appropriate JS representation of the value
value = parsedValue(value, definition)
if (choices) {
choices = choices.split(',')
}
const hidden = category.startsWith('__') && category.endsWith('__')
/* Adds the definition to the state as a setting object + the value prop
* and a bool to tell if the setting is set to the default value.
*/
const hydratedDefinition = {
...definition,
choices,
value,
isDefaultValue,
rawValue,
uuid,
hidden,
}
hydratedSettings.push(hydratedDefinition)
})
// Remove duplicate settings (by key)
hydratedSettings = uniqBy(hydratedSettings, 'key')
// Replace state's settings
Vue.set(state, 'settings', hydratedSettings)
},
// eslint-disable-next-line
...getMutations(
'setting',
o => ({ ...o, value: parsedValue(o.value, o) }),
true,
['del', 'add', 'patch'],
'key',
true
),
// TODO validator: customConstraints from definitions
// eg: if (definition.required) /* check if setting is not empty */ else return true
// eg2: try { parseValue(definition.type, setting.value) } catch (e) { return false }
}
export const actions = {
async fetchSettings({ commit }) {
try {
const { data } = await this.$axios.get(`/settings/`)
// console.log(`[from API] GET /settings/: OK`)
return data
} catch (error) {
// eslint-disable-next-line
console.error(error)
return null
}
},
async fetchDefinitions({ commit }) {
try {
const { data } = await this.$axios.get(`/settings-definitions/`)
// console.log(`[from API] GET /settings-definitions/: OK`)
return data
} catch (error) {
// eslint-disable-next-line
console.error(error)
return null
}
},
async load({ commit, state, dispatch }, force = false) {
/* Computes the settings that should be used (state.settings)
* from definitions and 'raw' settings returned directly by the API in fetchSettings
*/
if (!force && state.settings.length) return
const definitions = (await dispatch('fetchDefinitions')) || []
const settings = (await dispatch('fetchSettings')) || []
commit('SET', { definitions, settings })
},
async post({ commit }, { setting, early }) {
early = early || false
setting = {
...setting,
value: stringifiedValue(setting.value),
user: this.$auth.user.id,
}
if (early) commit('PATCH', { modifications: setting })
const res = await this.$axios.post('/settings/', setting)
const { data } = await this.$axios.get(`/settings/${res.data.setting}/`)
if (data) commit('PATCH', { modifications: data })
// console.log(`[from API] POST /settings/: OK`)
},
async patch({ commit, getters }, { key, modifications, early }) {
early = early || false
const type = getters.one(key).type
if (Object.prototype.hasOwnProperty.call(modifications, 'value')) {
modifications.value = stringifiedValue({
value: modifications.value,
type,
})
}
if (early) {
commit('PATCH', { pk: key, modifications })
}
const res = await this.$axios.patch(`/settings/${key}/`, modifications)
const { data } = await this.$axios.get(`/settings/${res.data.setting}/`)
if (data) commit('PATCH', { pk: key, modifications: data })
},
async delete({ commit }, key) {
try {
const { data } = await this.$axios.delete(`/settings/${key}`)
if (data) commit('DEL', key)
} catch (error) {
// eslint-disable-next-line
console.error(error)
}
},
async userHasSetting(_, { key }) {
try {
await this.$axios.get(`/settings/${key}/`)
return true
} catch (error) {
return false
}
},
setValue: debounce(
async function({ getters, dispatch }, { key, value, force, early }) {
force = force || false
early = early === undefined ? true : early
try {
// Check if the value is coherent with the setting's type
// TODO: put this into a checkValueType function
if (!force) {
const type = getters.one(key).type
let typeIsCorrect = true
switch (type) {
case 'DATE':
typeIsCorrect = isValid(value)
break
default:
break
}
if (!typeIsCorrect) {
console.error(
`settings#setValue: ${JSON.stringify(value)} should be a ${type}`
)
}
}
// User already has that setting
if (await dispatch('userHasSetting', { key })) {
await dispatch('patch', {
key,
modifications: { value },
early,
})
// The setting exist but that user has never set a value
} else if (getters.one(key)) {
await dispatch('post', {
setting: {
setting: key,
value,
},
early,
})
// The setting does not exist
} else {
this.$toast.error("Ce réglage n'exsite pas", {
icon: 'error_outline',
})
}
} catch (error) {
// eslint-disable-next-line
console.error(error)
}
},
500,
{ trailing: false, leading: true }
),
async toggle({ dispatch, getters }, { key, force }) {
const setting = getters.one(key)
if (setting.type !== 'BOOLEAN') {
console.error(
`Can't toggle ${key}: ${key} is not a BOOLEAN but a ${setting.type}`
)
return
}
const value = !setting.value
await dispatch('setValue', { key, force, value, early: true })
},
}
const parsedValue = (
value,
{ type, multiple, positive },
recursionLevel = 0 // <-- Debug purposes only
) => {
/* Considers the setting's type to determine how to parse a value.
* If the type is not known, returns the value as-is.
*
* @param value: the setting's value to parse
* @params {...} : different properties of a SettingDefinition object.
*/
let parsed
if (value === null) return null
if (value.trim() === '') {
if (multiple) return []
else return null
}
if (multiple) {
// Handle multiple values
parsed = value
.split('\n') // split by newlines
.map(v => v.replace('\r', '')) // remove windows fuckeries
.map(v =>
// parse each value ↓ Prevents ∞ recursion
parsedValue(v, { type, multiple: false, positive }, recursionLevel + 1)
)
} else {
// Handle single values
switch (type) {
case 'BOOLEAN':
parsed = value === 'true'
break
case 'DATE':
if (value.match(/\//g)) {
parsed = parse(value, 'dd/MM/yyyy', new Date())
} else {
parsed = parseISO(value)
}
break
case 'TIME':
parsed = parse(value, 'HH:mm:ss', new Date())
break
case 'DATETIME':
parsed = parseISO(value)
break
case 'DATERANGE': {
// Gets the start and stop dates.
let dates = value.split(' - ')
// Parse each date
dates = dates.map(date =>
parsedValue(
date,
{
type: 'DATE',
multiple: false,
positive: false,
},
recursionLevel + 1
)
)
// If we don't have exactly two dates (start - stop), sets to the first date only. Else, create the range.
parsed =
dates.length === 2
? { start: dates[0], end: dates[1] }
: (parsed = dates[0])
break
}
case 'TIMERANGE':
// TODO
throw new Error('TIMERANGE setting types are not available yet.')
case 'JSON':
parsed = JSON.parse(value)
break
case 'FLOAT':
parsed = parseFloat(value)
break
case 'INTEGER':
parsed = parseInt(value)
break
case 'TEXT':
case 'SELECT':
parsed = value.trim()
break
default:
parsed = value
}
}
if (typeof parsed === 'number' && positive) parsed = Math.abs(parsed)
return parsed
}
const stringifiedValue = ({ value, type }) => {
// TODO: Handle multiple values
switch (type) {
case 'DATE':
case 'TIME':
case 'DATETIME':
return formatISO(value, {
representation: {
DATE: 'complete',
TIME: 'time',
DATETIME: 'complete',
}[type],
})
case 'BOOLEAN':
return value ? 'true' : 'false'
default:
return value
}
}
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