ECP-30 Delete legacy code and database tables

This commit is contained in:
rebuilt 2025-06-30 11:20:29 -07:00
parent 5bc9d27b64
commit 94c5b1acba
131 changed files with 224 additions and 17561 deletions

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# frozen_string_literal: true
module Legacy
def self.table_name_prefix
'legacy_'
end
end

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module Legacy
class Attempt < ApplicationRecord
belongs_to :schedule
belongs_to :recipient
belongs_to :recipient_schedule
belongs_to :question
belongs_to :student
after_save :update_school_categories
after_commit :update_counts
scope :for_question, ->(question) { where(question_id: question.id) }
scope :for_recipient, ->(recipient) { where(recipient_id: recipient.id) }
scope :for_student, ->(student) { where(student_id: student.id) }
scope :for_category, ->(category) { joins(:question).merge(Question.for_category(category)) }
scope :for_school, ->(school) { joins(:recipient).merge(Legacy::Recipient.for_school(school)) }
scope :with_answer, -> { where("answer_index is not null or open_response_id is not null") }
scope :with_no_answer, -> { where("answer_index is null and open_response_id is null") }
scope :not_yet_responded, -> { where(responded_at: nil) }
scope :last_sent, -> { order(sent_at: :desc) }
scope :created_in, ->(year) { where("extract(year from legacy_attempts.created_at) = ?", year) }
def messages
child_specific = student.present? ? " (for #{student.name})" : ""
cancel_text = "\nSkip question: skip\nStop all questions: stop"
[
"#{question.text}#{child_specific}",
"#{question.option1}: Reply 1\n#{question.option2}: 2\n#{question.option3}: 3\n#{question.option4}: 4\n#{question.option5}: 5"
]
end
def send_message
twilio_number = ENV["TWILIO_NUMBER"]
client = Twilio::REST::Client.new ENV["TWILIO_ACCOUNT_SID"], ENV["TWILIO_AUTH_TOKEN"]
sids = []
messages.each do |message|
sids << client.messages.create(
from: twilio_number,
to: recipient.phone,
body: message
).sid
end
update(sent_at: Time.new, twilio_sid: sids.join(","))
recipient.update(phone: client.messages.get(sids.last).to)
end
def response
return "No Answer Yet" if answer_index.blank?
question.options[answer_index_with_reverse - 1]
end
def save_response(answer_index: nil, twilio_details: nil, responded_at: Time.new)
update(
answer_index:,
twilio_details:,
responded_at:
)
recipient_schedule.update(next_attempt_at: Time.new) if recipient_schedule.queued_question_ids.present?
end
def answer_index_with_reverse
return 6 - answer_index if question.reverse?
answer_index
end
private
def update_school_categories
return if ENV["BULK_PROCESS"]
school_category = SchoolCategory.for(recipient.school, question.category).first
if school_category.nil?
school_category = SchoolCategory.create(school: recipient.school, category: question.category)
end
school_category.sync_aggregated_responses
end
def update_counts
return if ENV["BULK_PROCESS"]
recipient.update_counts
end
end
end

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module Legacy
class Category < ApplicationRecord
has_many :questions
belongs_to :parent_category, class_name: 'Legacy::Category', foreign_key: :parent_category_id
has_many :child_categories, class_name: 'Legacy::Category', foreign_key: :parent_category_id
has_many :school_categories
validates :name, presence: true
scope :for_parent, ->(category = nil) { where(parent_category_id: category.try(:id)) }
scope :likert, -> { where('benchmark is null') }
include FriendlyId
friendly_id :name, use: [:slugged]
def path
p = self
items = [p]
items << p while (p = p.try(:parent_category))
items.uniq.compact.reverse
end
def root_identifier
path.first.name.downcase.gsub(/\s/, '-')
end
def root_index
Category.root_identifiers.index(root_identifier) || 0
end
def self.root_identifiers
%w[
teachers-and-the-teaching-environment
school-culture
resources
academic-learning
community-and-wellbeing
pilot-family-questions
]
end
def self.root
Category.where(parent_category: nil).select { |c| root_identifiers.index(c.slug) }
end
def custom_zones
return [] if zones.nil?
zones.split(',').map(&:to_f)
end
def zone_widths
return nil if zones.nil?
widths = custom_zones.each_with_index.map do |zone, index|
(zone - (index == 0 ? 0 : custom_zones[index - 1])).round(2)
end
widths[4] = widths[4] + (5 - widths.sum)
widths
end
def sync_child_zones
likert_child_categories = child_categories.likert
return unless likert_child_categories.present?
total_zones = [0, 0, 0, 0, 0]
valid_child_categories = 0
likert_child_categories.each do |cc|
cc.sync_child_zones if cc.zones.nil?
if cc.zones.nil?
puts "NO ZONES: #{name} -> #{cc.name}"
else
valid_child_categories += 1
puts "ZONES: #{name} | #{cc.name} | #{cc.zones}"
cc.custom_zones.each_with_index do |zone, index|
puts "ZONE: #{name} | #{zone} | #{index}"
total_zones[index] += zone
end
end
end
if valid_child_categories > 0
average_zones = total_zones.map { |zone| zone / valid_child_categories }
puts "TOTAL: #{name} | #{total_zones} | #{valid_child_categories} | #{average_zones} | #{zone_widths}"
update(zones: average_zones.join(','))
end
end
end
end

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module Legacy
class District < ApplicationRecord
has_many :schools
validates :name, presence: true
scope :alphabetic, -> { order(name: :asc) }
include FriendlyId
friendly_id :name, use: [:slugged]
before_save do
self.slug ||= name.parameterize
end
end
end

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AggregatedResponses = Struct.new(
:question,
:category,
:responses,
:count,
:answer_index_total,
:answer_index_average,
:most_popular_answer,
:zscore
)
module Legacy
class Question < ApplicationRecord
belongs_to :category
has_many :attempts
validates :text, presence: true
validates :option1, presence: true
validates :option2, presence: true
validates :option3, presence: true
validates :option4, presence: true
validates :option5, presence: true
scope :for_category, ->(category) { where(category:) }
scope :created_in, ->(year) { where("extract(year from #{table_name}.created_at) = ?", year) }
enum :target_group, %i[unknown for_students for_teachers for_parents]
def source
target_group.gsub("for_", "")
end
def options
[option1, option2, option3, option4, option5]
end
def options_with_reverse
return options.reverse if reverse?
options
end
def option_index(answer)
options_with_reverse.map(&:downcase).map(&:strip).index(answer.downcase.strip)
end
def aggregated_responses_for_school(school)
school_responses = attempts.for_school(school).with_answer.order(id: :asc)
return unless school_responses.present?
response_answer_total = school_responses.inject(0) do |total, response|
total + response.answer_index_with_reverse
end
histogram = school_responses.group_by(&:answer_index_with_reverse)
most_popular_answer_index = histogram.to_a.sort_by { |info| info[1].length }.last[0]
most_popular_answer = options_with_reverse[most_popular_answer_index - 1]
AggregatedResponses.new(
self,
category,
school_responses,
school_responses.length,
response_answer_total,
response_answer_total.to_f / school_responses.length.to_f,
most_popular_answer
)
end
def normalized_text
text.gsub("[science/math/English/social studies]", "")
end
end
end

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module Legacy
class QuestionList < ApplicationRecord
validates :name, presence: true
validates :question_ids, presence: true
attr_accessor :question_id_array
before_validation :convert_question_id_array
after_initialize :set_question_id_array
def questions
question_id_array.collect { |id| Question.where(id:).first }.compact
end
private
def convert_question_id_array
return if question_id_array.blank?
self.question_ids = question_id_array.reject { |id| id.to_s.empty? }.join(',')
end
def set_question_id_array
return if question_ids.blank?
self.question_id_array = question_ids.split(',').map(&:to_i)
end
end
end

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module Legacy
class Recipient < ApplicationRecord
belongs_to :school
validates_associated :school
has_many :recipient_schedules
has_many :attempts
has_many :students
validates :name, presence: true
scope :for_school, ->(school) { where(school:) }
scope :created_in, ->(year) { where('extract(year from recipients.created_at) = ?', year) }
before_destroy :sync_lists
def self.import(school, file)
CSV.foreach(file.path, headers: true) do |row|
school.recipients.create!(row.to_hash)
# recipient_hash = row.to_hash
# recipient = school.recipients.where(phone: recipient_hash["phone"])
#
# if recipient.count == 1
# recipient.first.update(recipient_hash)
# else
# school.recipients.create!(recipient_hash)
# end
end
end
def update_counts
update(
attempts_count: attempts.count,
responses_count: attempts.with_answer.count
)
end
private
def sync_lists
school.recipient_lists.each do |recipient_list|
next if recipient_list.recipient_id_array.index(id).nil?
updated_ids = recipient_list.recipient_id_array - [id]
recipient_list.update(recipient_id_array: updated_ids)
end
end
end
end

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module Legacy
class RecipientList < ApplicationRecord
belongs_to :school
has_many :schedules
validates_associated :school
validates :name, presence: true
attr_accessor :recipient_id_array
before_validation :convert_recipient_id_array
after_initialize :set_recipient_id_array
after_save :sync_recipient_schedules
def recipients
recipient_id_array.collect { |id| school.recipients.where(id:).first }
end
private
def convert_recipient_id_array
return if recipient_id_array.blank? || (recipient_ids_was != recipient_ids)
self.recipient_ids = recipient_id_array.reject { |id| id.to_s.empty? }.join(',')
end
def set_recipient_id_array
return if recipient_id_array.present?
self.recipient_id_array = (recipient_ids || '').split(',').map(&:to_i)
end
def sync_recipient_schedules
return unless recipient_ids_before_last_save.present? && recipient_ids_before_last_save != recipient_ids
old_ids = recipient_ids_before_last_save.split(/,/)
new_ids = recipient_ids.split(/,/)
(old_ids - new_ids).each do |deleted_recipient|
schedules.each do |schedule|
schedule.recipient_schedules.for_recipient(deleted_recipient).first.destroy
end
end
(new_ids - old_ids).each do |new_recipient|
schedules.each do |schedule|
RecipientSchedule.create_for_recipient(new_recipient, schedule)
end
end
end
end
end

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module Legacy
class RecipientSchedule < ApplicationRecord
belongs_to :recipient
belongs_to :schedule
has_many :attempts
validates_associated :recipient
validates_associated :schedule
validates :next_attempt_at, presence: true
scope :ready, -> { where('next_attempt_at <= ?', Time.new) }
scope :for_recipient, lambda { |recipient_or_recipient_id|
id = if recipient_or_recipient_id.is_a?(Recipient)
recipient_or_recipient_id.id
else
recipient_or_recipient_id
end
where(recipient_id: id)
}
scope :for_schedule, lambda { |schedule_or_schedule_id|
id = if schedule_or_schedule_id.is_a?(Schedule)
schedule_or_schedule_id.id
else
schedule_or_schedule_id
end
where(schedule_id: id)
}
def next_question
next_question_id = if queued_question_ids.present?
queued_question_ids.split(/,/).first
else
upcoming_question_ids.split(/,/).first
end
Question.where(id: next_question_id).first
end
def upcoming_question_id_array
upcoming_question_ids.try(:split, /,/) || []
end
def attempted_question_id_array
attempted_question_ids.try(:split, /,/) || []
end
def queued_question_id_array
queued_question_ids.try(:split, /,/) || []
end
def attempt_question_for_recipient_students(send_message: true, question: next_question)
return if recipient.opted_out?
return if question.nil?
return attempt_question(question:) unless question.for_recipient_students?
missing_students = []
recipient_attempts = attempts.for_recipient(recipient).for_question(question)
recipient.students.each do |student|
missing_students << student if recipient_attempts.for_student(student).empty?
end
attempt = recipient.attempts.create(
schedule:,
recipient_schedule: self,
question:,
student: missing_students.first
)
if send_message && attempt.send_message
upcoming = upcoming_question_id_array
queued = queued_question_id_array
attempted = attempted_question_id_array
if question.present?
question_id = [question.id.to_s]
upcoming -= question_id
if missing_students.length > 1
queued += question_id
else
attempted += question_id
queued -= question_id
end
end
update(
upcoming_question_ids: upcoming.empty? ? nil : upcoming.join(','),
attempted_question_ids: attempted.empty? ? nil : attempted.join(','),
queued_question_ids: queued.empty? ? nil : queued.join(','),
last_attempt_at: attempt.sent_at,
next_attempt_at: next_valid_attempt_time
)
end
attempt
end
def attempt_question(send_message: true, question: next_question)
return if recipient.opted_out?
unanswered_attempt = recipient.attempts.not_yet_responded.last
return if question.nil? && unanswered_attempt.nil?
if unanswered_attempt.nil?
return attempt_question_for_recipient_students(question:) if question.for_recipient_students?
attempt = recipient.attempts.create(
schedule:,
recipient_schedule: self,
question:
)
end
if send_message && (unanswered_attempt || attempt).send_message
upcoming = upcoming_question_id_array
queued = queued_question_id_array
attempted = attempted_question_id_array
if question.present?
question_id = [question.id.to_s]
upcoming -= question_id
if unanswered_attempt.nil?
attempted += question_id
queued -= question_id
else
queued += question_id
end
end
update(
upcoming_question_ids: upcoming.empty? ? nil : upcoming.join(','),
attempted_question_ids: attempted.empty? ? nil : attempted.join(','),
queued_question_ids: queued.empty? ? nil : queued.join(','),
last_attempt_at: (unanswered_attempt || attempt).sent_at,
next_attempt_at: next_valid_attempt_time
)
end
(unanswered_attempt || attempt)
end
def next_valid_attempt_time
local_time = (next_attempt_at + (60 * 60 * schedule.frequency_hours)).in_time_zone('Eastern Time (US & Canada)')
local_time += 1.day while local_time.on_weekend?
local_time
end
def self.create_for_recipient(recipient_or_recipient_id, schedule, next_attempt_at = nil)
if next_attempt_at.nil?
next_attempt_at = Time.at(schedule.start_date.to_time.to_i + (60 * schedule.time))
next_attempt_at += 1.day while next_attempt_at.on_weekend?
end
question_ids = schedule.question_list.question_ids.split(/,/)
question_ids = question_ids.shuffle if schedule.random?
recipient_id = if recipient_or_recipient_id.is_a?(Recipient)
recipient_or_recipient_id.id
else
recipient_or_recipient_id
end
schedule.recipient_schedules.create(
recipient_id:,
upcoming_question_ids: question_ids.join(','),
next_attempt_at:
)
end
end
end

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module Legacy
class Schedule < ApplicationRecord
belongs_to :school
belongs_to :recipient_list
belongs_to :question_list
has_many :recipient_schedules
validates :name, presence: true
validates :recipient_list, presence: true
validates :question_list, presence: true
before_validation :set_start_date
after_create :create_recipient_schedules
scope :active, lambda {
where(active: true).where('start_date <= ? and end_date > ?', Date.today, Date.today)
}
private
def set_start_date
return if start_date.present?
self.start_date = Date.today
end
def create_recipient_schedules
recipient_list.recipients.each do |recipient|
RecipientSchedule.create_for_recipient(recipient, self)
end
end
end
end

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module Legacy
class School < ApplicationRecord
has_many :schedules, dependent: :destroy
has_many :recipient_lists, dependent: :destroy
belongs_to :district
has_many :recipients, dependent: :destroy
has_many :school_categories, dependent: :destroy
has_many :user_schools, dependent: :destroy
validates :name, presence: true
scope :alphabetic, -> { order(name: :asc) }
include FriendlyId
friendly_id :name, use: [:slugged]
def self.find_by_district_code_and_school_code(district_code, school_code)
School
.joins(:district)
.where(districts: { qualtrics_code: district_code })
.find_by_qualtrics_code(school_code)
end
def available_responders_for(question)
if question.for_students?
student_count || 1
elsif question.for_teachers?
teacher_count || 1
else
1
end
end
def merge_into(school_name)
school = district.schools.where(name: school_name).first
if school.nil?
puts "Unable to find school named #{school_name} in district (#{district.name})"
return
end
puts "Merging #{name} (#{id}) in to #{school.name} (#{school.id})"
schedules.update_all(school_id: school.id)
recipient_lists.update_all(school_id: school.id)
recipients.update_all(school_id: school.id)
school_categories.each do |school_category|
school_category.update(school_id: school.id)
existing_school_category = school.school_categories.for(school_category.school,
school_category.category).in(school_category.year)
if existing_school_category.present?
if existing_school_category.attempt_count == 0 && existing_school_category.zscore.nil?
existing_school_category.destroy
else
school_category.destroy
end
end
end
reload
user_schools.update_all(school_id: school.id)
school.school_categories.map(&:sync_aggregated_responses)
base_categories = Category.joins(:questions).to_a.flatten.uniq
base_categories.each do |category|
SchoolCategory.for(school, category).each do |school_category|
year = school_category.year
dup_school_categories = SchoolCategory.for(school, category).in(year)
next unless dup_school_categories.count > 1
dup_school_categories.each { |dsc| dsc.destroy unless dsc.id == school_category.id }
school_category.sync_aggregated_responses
parent = category.parent_category
until parent.nil?
SchoolCategory.for(school, parent).in(year).valid.each do |parent_school_category|
parent_dup_school_categories = SchoolCategory.for(school, parent).in(year)
if parent_dup_school_categories.count > 1
parent_dup_school_categories.each { |pdsc| pdsc.destroy unless pdsc.id == parent_school_category.id }
parent_school_category.sync_aggregated_responses
end
end
parent = parent.parent_category
end
end
end
destroy
end
end
end

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module Legacy
class SchoolCategory < ApplicationRecord
MIN_RESPONSE_COUNT = 10
belongs_to :school
belongs_to :category
has_many :school_questions
validates_associated :school
validates_associated :category
scope :for, -> (school, category) { where(school: school).where(category: category) }
scope :for_parent_category, -> (school, category = nil) { where(school: school).joins(:category).merge(Category.for_parent(category)) }
scope :in, -> (year) { where(year: year) }
scope :valid, -> { where("zscore is not null or valid_child_count is not null") }
def admin?
child_categories = category.child_categories
return false if child_categories.blank?
child_categories.each { |cc| return false if cc.benchmark.blank? }
return true
end
def root_index
category.root_index
end
def answer_index_average
answer_index_total.to_f / response_count.to_f
end
def aggregated_responses
attempt_data = Legacy::Attempt.
created_in(year).
for_category(category).
for_school(school).
select('count(legacy_attempts.id) as attempt_count').
select('count(legacy_attempts.answer_index) as response_count').
select('sum(case when legacy_questions.reverse then 6 - legacy_attempts.answer_index else legacy_attempts.answer_index end) as answer_index_total')[0]
return {
attempt_count: attempt_data.attempt_count || 0,
response_count: attempt_data.response_count || 0,
answer_index_total: attempt_data.answer_index_total || 0,
zscore: attempt_data.answer_index_total.nil? ?
(attempt_data.response_count > MIN_RESPONSE_COUNT ? zscore : nil) :
(attempt_data.response_count > MIN_RESPONSE_COUNT ?
(attempt_data.answer_index_total.to_f / attempt_data.response_count.to_f - 3.to_f) :
nil)
}
end
def chained_aggregated_responses
return {} if nonlikert.present?
_aggregated_responses = aggregated_responses
child_school_categories = []
if category.child_categories.length > 0
child_school_categories = category.child_categories.collect do |cc|
SchoolCategory.for(school, cc).in(year).valid
end.flatten.compact
return {} if child_school_categories.blank?
end
average_zscore = nil
zscore_categories = child_school_categories.select { |csc| csc.zscore.present? && !csc.zscore.nan? }
if zscore_categories.length > 0
total_zscore = zscore_categories.inject(0) { |total, zc| total + zc.zscore }
average_zscore = total_zscore / zscore_categories.length
end
return {
attempt_count:
_aggregated_responses[:attempt_count] +
child_school_categories.inject(0) { |total, csc| total + (csc.attempt_count || 0) },
response_count:
_aggregated_responses[:response_count] +
child_school_categories.inject(0) { |total, csc| total + (csc.response_count || 0) },
answer_index_total:
_aggregated_responses[:answer_index_total] +
child_school_categories.inject(0) { |total, csc| total + (csc.answer_index_total || 0) },
zscore: average_zscore.present? ? average_zscore : _aggregated_responses[:zscore]
}
end
def sync_aggregated_responses
# This doesn't seem to be taking into account valid_child_count or Boston's "Community and Wellbeing" category which should be suppressed if the "Health" category is the only child category visible.
return if ENV['BULK_PROCESS']
update(chained_aggregated_responses)
return if response_count == 0 && zscore.nil?
if category.parent_category.present?
parent_school_category = SchoolCategory.for(school, category.parent_category).in(year).first
if parent_school_category.nil?
parent_school_category = SchoolCategory.create(school: school, category: category.parent_category, year: year)
end
parent_school_category.sync_aggregated_responses
end
end
end
end

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module Legacy
class SchoolQuestion < ApplicationRecord
belongs_to :school
belongs_to :question
belongs_to :school_category
validates_associated :school
validates_associated :question
validates_associated :school_category
scope :for, ->(school, question) { where(school_id: school.id, question_id: question.id) }
scope :in, ->(year) { where(year:) }
def sync_attempts
attempt_data = Attempt
.joins(:question)
.created_in(school_category.year)
.for_question(question)
.for_school(school)
.select('count(attempts.answer_index) as response_count')
.select('sum(case when questions.reverse then 6 - attempts.answer_index else attempts.answer_index end) as answer_index_total')[0]
available_responders = school.available_responders_for(question)
update(
attempt_count: available_responders,
response_count: attempt_data.response_count,
response_rate: attempt_data.response_count.to_f / available_responders.to_f,
response_total: attempt_data.answer_index_total
)
end
end
end

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module Legacy
class Student < ApplicationRecord
belongs_to :recipient
end
end

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module Legacy
class User < ApplicationRecord
# Include default devise modules. Others available are:
# :confirmable, :lockable, :timeoutable and :omniauthable
devise :database_authenticatable, :registerable,
:recoverable, :rememberable, :trackable, :validatable
has_many :user_schools
def schools
districts = user_schools.map(&:district).compact.uniq
(user_schools.map(&:school) + districts.map(&:schools)).flatten.compact.uniq
end
def admin?(school)
schools.index(school).present?
end
def super_admin?
[1].index(id).present?
end
end
end

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@ -1,7 +0,0 @@
module Legacy
class UserSchool < ApplicationRecord
belongs_to :user
belongs_to :school
belongs_to :district
end
end