codecombat/app/views/admin/SchoolCountsView.coffee
Matt Lott 63e38c82b2 Update school counts page with geoip and 10+ buckets
Placing teachers and students in unknown districts and schools if we
have geoip countries and states/regions.
Placing teachers/students in unknown schools if there are 10+ students.
2016-06-29 15:01:04 -07:00

240 lines
13 KiB
CoffeeScript

RootView = require 'views/core/RootView'
CocoCollection = require 'collections/CocoCollection'
Classroom = require 'models/Classroom'
CourseInstance = require 'models/CourseInstance'
TrialRequest = require 'models/TrialRequest'
User = require 'models/User'
utils = require 'core/utils'
# TODO: match anonymous trial requests with real users via email
# TODO: sanitize and use student.schoolName, can't use it directly
# TODO: example untriaged student: no geo IP, not attached to teacher with school
# TODO: example untriaged teacher: deleted but owner of a classroom
# TODO: use student geoip on their teacher
module.exports = class SchoolCountsView extends RootView
id: 'admin-school-counts-view'
template: require 'templates/admin/school-counts'
initialize: ->
return super() unless me.isAdmin()
@classrooms = new CocoCollection([], { url: "/db/classroom/-/users", model: Classroom })
@supermodel.loadCollection(@classrooms, 'classrooms', {cache: false})
@courseInstances = new CocoCollection([], { url: "/db/course_instance/-/non-hoc", model: CourseInstance})
@supermodel.loadCollection(@courseInstances, 'course-instances', {cache: false})
@students = new CocoCollection([], { url: "/db/user/-/students", model: User })
@supermodel.loadCollection(@students, 'students', {cache: false})
@teachers = new CocoCollection([], { url: "/db/user/-/teachers", model: User })
@supermodel.loadCollection(@teachers, 'teachers', {cache: false})
@trialRequests = new CocoCollection([], { url: "/db/trial.request/-/users", model: TrialRequest })
@supermodel.loadCollection(@trialRequests, 'trial-requests', {cache: false})
super()
onLoaded: ->
return super() unless me.isAdmin()
console.log(new Date().toISOString(), 'onLoaded')
teacherMap = {} # Used to make sure teachers and students only counted once
studentMap = {} # Used to make sure teachers and students only counted once
studentNonHocMap = {} # Used to exclude HoC users
teacherStudentMap = {} # Used to link students to their teacher locations
unknownSchoolCount = 1 # Used to separate unique but unknown schools
console.log(new Date().toISOString(), "Processing #{@courseInstances.models.length} course instances...")
for courseInstance in @courseInstances.models
studentNonHocMap[courseInstance.get('ownerID')] = true
studentNonHocMap[studentID] = true for studentID in courseInstance.get('members') ? []
console.log(new Date().toISOString(), "Processing #{@classrooms.models.length} classrooms...")
for classroom in @classrooms.models
teacherID = classroom.get('ownerID')
teacherMap[teacherID] ?= {}
teacherStudentMap[teacherID] ?= {}
for studentID in classroom.get('members')
continue if teacherMap[studentID]
continue unless studentNonHocMap[studentID]
studentMap[studentID] = {}
teacherStudentMap[teacherID][studentID] = true
console.log(new Date().toISOString(), "Processing #{@teachers.models.length} teachers...")
for teacher in @teachers.models
teacherMap[teacher.id] = teacher.get('geo') ? {}
delete studentMap[teacher.id]
console.log(new Date().toISOString(), "Processing #{@students.models.length} students...")
for student in @students.models
continue unless studentNonHocMap[student.id]
continue if teacherMap[student.id]
studentMap[student.id] = {geo: student.get('geo')}
orphanStudentMap = _.cloneDeep(studentMap)
orphanTeacherMap = _.cloneDeep(teacherMap)
console.log(new Date().toISOString(), "Processing #{@trialRequests.models.length} trial requests...")
countryStateDistrictSchoolCountsMap = {}
for trialRequest in @trialRequests.models
teacherID = trialRequest.get('applicant')
unless teacherMap[teacherID]
# E.g. parents
# console.log("Skipping non-teacher #{teacherID} trial request #{trialRequest.id}")
continue
props = trialRequest.get('properties')
if props.nces_id and props.country and props.state
country = props.country
state = props.state
district = props.nces_district
school = props.nces_name
countryStateDistrictSchoolCountsMap[country] ?= {}
countryStateDistrictSchoolCountsMap[country][state] ?= {}
countryStateDistrictSchoolCountsMap[country][state][district] ?= {}
countryStateDistrictSchoolCountsMap[country][state][district][school] ?= {students: {}, teachers: {}}
countryStateDistrictSchoolCountsMap[country][state][district][school].teachers[teacherID] = true
for studentID, val of teacherStudentMap[teacherID] when orphanStudentMap[studentID]
countryStateDistrictSchoolCountsMap[country][state][district][school].students[studentID] = true
delete orphanStudentMap[studentID]
delete orphanTeacherMap[teacherID]
else if not _.isEmpty(props.country)
country = props.country?.trim()
country = country[0].toUpperCase() + country.substring(1).toLowerCase()
country = 'Taiwan' if /台灣/ig.test(country)
country = 'UK' if /^uk$|united kingdom|england/ig.test(country)
country = 'USA' if /^u\.s\.?(\.a)?\.?$|^us$|america|united states|usa/ig.test(country)
state = props.state ? 'unknown'
if country is 'USA'
stateName = utils.usStateCodes.sanitizeStateName(state)
state = utils.usStateCodes.getStateCodeByStateName(stateName) if stateName
state = utils.usStateCodes.sanitizeStateCode(state) ? state
district = 'unknown'
school = props.organiziation ? 'unknown'
countryStateDistrictSchoolCountsMap[country] ?= {}
countryStateDistrictSchoolCountsMap[country][state] ?= {}
countryStateDistrictSchoolCountsMap[country][state][district] ?= {}
countryStateDistrictSchoolCountsMap[country][state][district][school] ?= {students: {}, teachers: {}}
countryStateDistrictSchoolCountsMap[country][state][district][school].teachers[teacherID] = true
for studentID, val of teacherStudentMap[teacherID] when orphanStudentMap[studentID]
countryStateDistrictSchoolCountsMap[country][state][district][school].students[studentID] = true
delete orphanStudentMap[studentID]
delete orphanTeacherMap[teacherID]
console.log(new Date().toISOString(), "Processing #{Object.keys(orphanTeacherMap).length} orphaned teachers with geo IPs...")
for teacherID, val of orphanTeacherMap
continue unless teacherMap[teacherID].country
country = teacherMap[teacherID].countryName or teacherMap[teacherID].country
country = 'UK' if country is 'GB' or country is 'United Kingdom'
country = 'USA' if country is 'US' or country is 'United States'
state = teacherMap[teacherID].region or 'unknown'
district = 'unknown'
school = 'unknown'
if teacherStudentMap[teacherID] and Object.keys(teacherStudentMap[teacherID]).length >= 10
school += unknownSchoolCount++
countryStateDistrictSchoolCountsMap[country] ?= {}
countryStateDistrictSchoolCountsMap[country][state] ?= {}
countryStateDistrictSchoolCountsMap[country][state][district] ?= {}
countryStateDistrictSchoolCountsMap[country][state][district][school] ?= {students: {}, teachers: {}}
countryStateDistrictSchoolCountsMap[country][state][district][school].teachers[teacherID] = true
if teacherStudentMap[teacherID] and Object.keys(teacherStudentMap[teacherID]).length >= 10
for studentID, val of teacherStudentMap[teacherID] when orphanStudentMap[studentID]
countryStateDistrictSchoolCountsMap[country][state][district][school].students[studentID] = true
delete orphanStudentMap[studentID]
delete orphanTeacherMap[teacherID]
console.log(new Date().toISOString(), "Processing #{Object.keys(orphanTeacherMap).length} orphaned teachers with 10+ students...")
for teacherID, val of orphanTeacherMap
continue unless teacherStudentMap[teacherID] and Object.keys(teacherStudentMap[teacherID]).length >= 10
country = 'unknown'
state = 'unknown'
district = 'unknown'
school = "unknown#{unknownSchoolCount++}"
countryStateDistrictSchoolCountsMap[country] ?= {}
countryStateDistrictSchoolCountsMap[country][state] ?= {}
countryStateDistrictSchoolCountsMap[country][state][district] ?= {}
countryStateDistrictSchoolCountsMap[country][state][district][school] ?= {students: {}, teachers: {}}
countryStateDistrictSchoolCountsMap[country][state][district][school].teachers[teacherID] = true
for studentID, val of teacherStudentMap[teacherID] when orphanStudentMap[studentID]
countryStateDistrictSchoolCountsMap[country][state][district][school].students[studentID] = true
delete orphanStudentMap[studentID]
delete orphanTeacherMap[teacherID]
console.log(new Date().toISOString(), "Processing #{Object.keys(orphanStudentMap).length} orphaned students with geo IPs...")
for studentID, val of orphanStudentMap
continue unless studentMap[studentID].geo?.country
country = studentMap[studentID].geo.countryName or studentMap[studentID].geo.country
country = 'UK' if country is 'GB' or country is 'United Kingdom'
country = 'USA' if country is 'US' or country is 'United States'
state = studentMap[studentID].geo.region or 'unknown'
district = 'unknown'
school = 'unknown'
countryStateDistrictSchoolCountsMap[country] ?= {}
countryStateDistrictSchoolCountsMap[country][state] ?= {}
countryStateDistrictSchoolCountsMap[country][state][district] ?= {}
countryStateDistrictSchoolCountsMap[country][state][district][school] ?= {students: {}, teachers: {}}
countryStateDistrictSchoolCountsMap[country][state][district][school].students[studentID] = true
delete orphanStudentMap[studentID]
console.log(new Date().toISOString(), 'Building country graphs...')
@countryGraphs = {}
@countryCounts = []
totalStudents = 0
totalTeachers = 0
for country, stateDistrictSchoolCountsMap of countryStateDistrictSchoolCountsMap
@countryGraphs[country] =
districtCounts: []
stateCounts: []
stateCountsMap: {}
totalSchools: 0
totalStates: 0
totalStudents: 0
totalTeachers: 0
for state, districtSchoolCountsMap of stateDistrictSchoolCountsMap
if utils.usStateCodes.sanitizeStateCode(state)? or ['GU', 'PR'].indexOf(state) >= 0
@countryGraphs[country].totalStates++
stateData = {state: state, districts: 0, schools: 0, students: 0, teachers: 0}
for district, schoolCountsMap of districtSchoolCountsMap
stateData.districts++
districtData = {state: state, district: district, schools: 0, students: 0, teachers: 0}
for school, counts of schoolCountsMap
studentCount = Object.keys(counts.students).length
teacherCount = Object.keys(counts.teachers).length
@countryGraphs[country].totalSchools++
@countryGraphs[country].totalStudents += studentCount
@countryGraphs[country].totalTeachers += teacherCount
stateData.schools++
stateData.students += studentCount
stateData.teachers += teacherCount
districtData.schools++
districtData.students += studentCount
districtData.teachers += teacherCount
@countryGraphs[country].districtCounts.push(districtData)
@countryGraphs[country].stateCounts.push(stateData)
@countryGraphs[country].stateCountsMap[state] = stateData
@countryCounts.push
country: country
schools: @countryGraphs[country].totalSchools
students: @countryGraphs[country].totalStudents
teachers: @countryGraphs[country].totalTeachers
totalStudents += @countryGraphs[country].totalStudents
totalTeachers += @countryGraphs[country].totalTeachers
# Compare against orphanStudentMap and orphanTeacherMap to catch bugs
@untriagedStudents = Object.keys(studentMap).length - totalStudents
@untriagedTeachers = Object.keys(teacherMap).length - totalTeachers
console.log(new Date().toISOString(), "teacherMap #{Object.keys(teacherMap).length} totalTeachers #{totalTeachers} orphanTeacherMap #{Object.keys(orphanTeacherMap).length} @untriagedTeachers #{@untriagedTeachers}")
console.log(new Date().toISOString(), "studentMap #{Object.keys(studentMap).length} totalStudents #{totalStudents} orphanStudentMap #{Object.keys(orphanStudentMap).length} @untriagedStudents #{@untriagedStudents}")
for country, graph of @countryGraphs
graph.stateCounts.sort (a, b) ->
b.students - a.students or b.teachers - a.teachers or b.schools - a.schools or b.districts - a.districts or b.state.localeCompare(a.state)
graph.districtCounts.sort (a, b) ->
if a.state isnt b.state
stateCountsA = graph.stateCountsMap[a.state]
stateCountsB = graph.stateCountsMap[b.state]
stateCountsB.students - stateCountsA.students or stateCountsB.teachers - stateCountsA.teachers or stateCountsB.schools - stateCountsA.schools or stateCountsB.districts - stateCountsA.districts or a.state.localeCompare(b.state)
else
b.students - a.students or b.teachers - a.teachers or b.schools - a.schools or b.district.localeCompare(a.district)
@countryCounts.sort (a, b) ->
b.students - a.students or b.teachers - a.teachers or b.schools - a.schools or b.country.localeCompare(a.country)
console.log(new Date().toISOString(), 'Done...')
super()