import React from 'react' import { combineReducers } from 'redux' import reduceReducers from 'reduce-reducers' import {reducer as formReducer, formValueSelector} from 'redux-form' import {analyseSituation, variableType} from './engine/traverse' import { euro } from './components/conversation/formValueTypes.js' import Question from './components/conversation/Question' import Input from './components/conversation/Input' import RhetoricalQuestion from './components/conversation/RhetoricalQuestion' import { STEP_ACTION, UNSUBMIT_ALL, START_CONVERSATION} from './actions' import R from 'ramda' import {borrify} from './engine/remove-diacritics' import {findGroup} from './engine/rules' import computeThemeColours from './components/themeColours' function steps(steps = [], {type}) { switch (type) { case UNSUBMIT_ALL: return [] default: return steps } } function themeColours(state = computeThemeColours(), {type, colour}) { if (type == 'CHANGE_THEME_COLOUR') return computeThemeColours(colour) else return state } export default reduceReducers( combineReducers({ // this is handled by redux-form, pas touche ! form: formReducer, /* Have forms been filled or ignored ? false means the user is reconsidering its previous input */ steps, analysedSituation: (state = []) => state, themeColours }), // cross-cutting concerns because here `state` is the whole state tree (state, action) => { if (action.type == STEP_ACTION || action.type == START_CONVERSATION) { let {newState, name} = action // une étape vient d'être validée : on va changer son état let newSteps = R.pipe( R.map(step => step.name == name ? {...step, state: newState} : step), R.reject(R.whereEq({theEnd: true})) )(state.steps) // on calcule la prochaine étape, à ajouter sur la pile let analysedSituation = analyseSituation(name => formValueSelector('conversation')(state, name)), missingVariables = R.pipe( R.map( ({name, derived: [missingVariables]}) => (missingVariables || []).map(mv => [mv, name]) ), R.unnest, //groupBy but remove mv from value, it's now in the key R.reduce( (memo, [mv, dependencyOf]) => ({...memo, [mv]: [...(memo[mv] || []), dependencyOf] }), {}) )(analysedSituation), missingVariablesList = R.keys(missingVariables), // identification des groupes de variables manquantes groups = [...missingVariablesList.reduce( (set, variable) => { let subs = R.pipe( borrify, R.split(' . '), R.dropLast(1), R.join(' . ') )(variable) if (subs.length) set.add(subs) return set } , new Set())], // -> groups Set [ "salariat . cdd . evenements", "salariat . cdd . type", "salariat", "salariat . cdd" ] richGroups = R.pipe( R.map(findGroup), R.reject(R.isNil) )(groups), possibilities = richGroups[0]['choix exclusif'] // récupération du groupe. Inclure toutes les possibilités du groupe dans la question pour permettre à // l'utilisateur de faire un choix réfléchi -> Question (réponses possibles) // la question doit pouvoir stocker tout ça dans la situation (redux-form) correctement console.log("groupPossibilities", possibilities) return {...state, steps: [{ name: 'év', question: 'év', title: 'év', dependencyOfVariables: ['je sais pas'], visible: true, component: Question, choices: possibilities, defaultValue: 'Non' }], analysedSituation} let [firstMissingVariable, dependencyOfVariables] = R.isEmpty(missingVariables) ? [] : R.toPairs(missingVariables)[0], type = variableType(firstMissingVariable), stepData = Object.assign({ name: firstMissingVariable, state: null, dependencyOfVariables: dependencyOfVariables, title: firstMissingVariable, question: firstMissingVariable, visible: true, helpText:
Le contrat à durée indéterminée est une exception au CDI.
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