💎 Enterprise Features with TuskLang and Ruby
Enterprise Features with TuskLang and Ruby
🏢 Enterprise-Grade Solutions for the Modern Business
TuskLang enables enterprise-grade features for Ruby applications, providing comprehensive security, compliance, audit logging, and governance capabilities. Build applications that meet the highest enterprise standards while maintaining flexibility and performance.
🚀 Quick Start: Enterprise Security
Basic Enterprise Configuration
config/enterprise.tsk
[enterprise]
enabled: @env("ENTERPRISE_ENABLED", "true")
organization: @env("ORGANIZATION_NAME", "Acme Corp")
environment: @env("ENTERPRISE_ENVIRONMENT", "production")
compliance_level: @env("COMPLIANCE_LEVEL", "soc2") # soc2, hipaa, gdpr, pci[security]
encryption_enabled: @env("ENCRYPTION_ENABLED", "true")
encryption_algorithm: @env("ENCRYPTION_ALGORITHM", "AES-256-GCM")
key_rotation_interval: @env("KEY_ROTATION_INTERVAL", "90d")
session_timeout: @env("SESSION_TIMEOUT", "3600")
max_login_attempts: @env("MAX_LOGIN_ATTEMPTS", "5")
[audit]
logging_enabled: @env("AUDIT_LOGGING_ENABLED", "true")
retention_period: @env("AUDIT_RETENTION_PERIOD", "7y")
encryption_required: @env("AUDIT_ENCRYPTION_REQUIRED", "true")
real_time_monitoring: @env("AUDIT_REAL_TIME_MONITORING", "true")
[compliance]
gdpr_enabled: @env("GDPR_ENABLED", "true")
data_retention_policy: @env("DATA_RETENTION_POLICY", "7y")
privacy_controls: @env("PRIVACY_CONTROLS_ENABLED", "true")
consent_management: @env("CONSENT_MANAGEMENT_ENABLED", "true")
Enterprise Security Manager
lib/enterprise_security_manager.rb
require 'tusk'
require 'openssl'
require 'base64'
require 'redis'
require 'json'class EnterpriseSecurityManager
def initialize(config_path = 'config/enterprise.tsk')
@config = Tusk.load(config_path)
@redis = Redis.new(url: @config['redis']['url'])
setup_encryption
setup_security_monitoring
end
def encrypt_sensitive_data(data, context = {})
return data unless @config['security']['encryption_enabled'] == 'true'
cipher = OpenSSL::Cipher.new(@config['security']['encryption_algorithm'])
cipher.encrypt
cipher.key = get_encryption_key
cipher.iv = cipher.random_iv
encrypted = cipher.update(data.to_json) + cipher.final
auth_tag = cipher.auth_tag
{
encrypted_data: Base64.strict_encode64(encrypted),
iv: Base64.strict_encode64(cipher.iv),
auth_tag: Base64.strict_encode64(auth_tag),
algorithm: @config['security']['encryption_algorithm'],
context: context,
timestamp: Time.now.iso8601
}
end
def decrypt_sensitive_data(encrypted_package)
return encrypted_package unless @config['security']['encryption_enabled'] == 'true'
cipher = OpenSSL::Cipher.new(encrypted_package['algorithm'])
cipher.decrypt
cipher.key = get_encryption_key
cipher.iv = Base64.strict_decode64(encrypted_package['iv'])
cipher.auth_tag = Base64.strict_decode64(encrypted_package['auth_tag'])
cipher.auth_data = encrypted_package['context'].to_json
encrypted_data = Base64.strict_decode64(encrypted_package['encrypted_data'])
decrypted = cipher.update(encrypted_data) + cipher.final
JSON.parse(decrypted)
rescue => e
log_security_event('decryption_failed', { error: e.message, package: encrypted_package })
raise SecurityError, "Decryption failed: #{e.message}"
end
def validate_access_permissions(user_id, resource, action)
permissions = get_user_permissions(user_id)
required_permission = "#{resource}:#{action}"
has_permission = permissions.include?(required_permission) ||
permissions.include?(':') ||
permissions.include?("#{resource}:*")
log_access_attempt(user_id, resource, action, has_permission)
has_permission
end
def enforce_rate_limiting(user_id, action, limit = nil)
limit ||= get_rate_limit(action)
key = "rate_limit:#{user_id}:#{action}"
current_count = @redis.get(key).to_i
return false if current_count >= limit
@redis.multi do |multi|
multi.incr(key)
multi.expire(key, 3600) # 1 hour window
end
true
end
def validate_input_sanitization(input, type = 'general')
case type
when 'sql'
sanitize_sql_input(input)
when 'html'
sanitize_html_input(input)
when 'email'
sanitize_email_input(input)
when 'url'
sanitize_url_input(input)
else
sanitize_general_input(input)
end
end
def generate_secure_token(purpose, user_id = nil)
token_data = {
purpose: purpose,
user_id: user_id,
timestamp: Time.now.to_i,
nonce: SecureRandom.hex(16)
}
token = JWT.encode(token_data, get_jwt_secret, 'HS256')
store_token_metadata(token, token_data)
token
end
def validate_secure_token(token, purpose)
decoded = JWT.decode(token, get_jwt_secret, true, { algorithm: 'HS256' })
token_data = decoded[0]
return false unless token_data['purpose'] == purpose
return false unless token_not_expired?(token_data)
return false unless token_not_revoked?(token)
true
rescue JWT::DecodeError => e
log_security_event('token_validation_failed', { error: e.message, token: token })
false
end
def perform_security_audit
audit_results = {
timestamp: Time.now.iso8601,
encryption_status: audit_encryption_status,
access_controls: audit_access_controls,
rate_limiting: audit_rate_limiting,
input_validation: audit_input_validation,
token_security: audit_token_security,
compliance_status: audit_compliance_status
}
store_audit_results(audit_results)
generate_audit_report(audit_results)
end
private
def setup_encryption
@encryption_key = get_encryption_key
end
def setup_security_monitoring
Thread.new do
loop do
monitor_security_events
sleep 300 # Check every 5 minutes
end
end
end
def get_encryption_key
key = @redis.get('security:encryption_key')
return key if key
# Generate new key if none exists
new_key = OpenSSL::Random.random_bytes(32)
@redis.setex('security:encryption_key', 86400, new_key) # 24 hours
new_key
end
def get_jwt_secret
@jwt_secret ||= @config['security']['jwt_secret'] || SecureRandom.hex(32)
end
def get_user_permissions(user_id)
permissions = @redis.hget('user_permissions', user_id)
return [] unless permissions
JSON.parse(permissions)
end
def get_rate_limit(action)
rate_limits = {
'login' => 5,
'api_request' => 100,
'file_upload' => 10,
'data_export' => 2
}
rate_limits[action] || 50
end
def sanitize_sql_input(input)
# Basic SQL injection prevention
dangerous_patterns = [
/(\b(union|select|insert|update|delete|drop|create|alter)\b)/i,
/(--|#|\/\|\\/)/,
/(\b(exec|execute|script)\b)/i
]
dangerous_patterns.each do |pattern|
if input.match?(pattern)
raise SecurityError, "Potentially dangerous SQL input detected"
end
end
input
end
def sanitize_html_input(input)
# Basic XSS prevention
dangerous_tags = %w[script iframe object embed form input textarea]
dangerous_attributes = %w[onload onerror onclick onmouseover javascript:]
sanitized = input.dup
dangerous_tags.each do |tag|
sanitized.gsub!(/<#{tag}[^>]>.?<\/#{tag}>/i, '')
sanitized.gsub!(/<#{tag}[^>]*\/?>/i, '')
end
dangerous_attributes.each do |attr|
sanitized.gsub!(/#{attr}/i, '')
end
sanitized
end
def sanitize_email_input(input)
email_pattern = /\A[\w+\-.]+@[a-z\d\-]+(\.[a-z\d\-]+)*\.[a-z]+\z/i
raise SecurityError, "Invalid email format" unless input.match?(email_pattern)
input.downcase.strip
end
def sanitize_url_input(input)
uri = URI.parse(input)
raise SecurityError, "Invalid URL" unless uri.is_a?(URI::HTTP) || uri.is_a?(URI::HTTPS)
input
rescue URI::InvalidURIError
raise SecurityError, "Invalid URL format"
end
def sanitize_general_input(input)
# Remove null bytes and control characters
input.gsub(/[\x00-\x1F\x7F]/, '')
end
def store_token_metadata(token, token_data)
@redis.hset('tokens', token, token_data.to_json)
@redis.expire('tokens', 86400) # 24 hours
end
def token_not_expired?(token_data)
token_data['timestamp'] > (Time.now.to_i - 3600) # 1 hour expiry
end
def token_not_revoked?(token)
!@redis.sismember('revoked_tokens', token)
end
def log_access_attempt(user_id, resource, action, granted)
log_data = {
event_type: 'access_attempt',
user_id: user_id,
resource: resource,
action: action,
granted: granted,
timestamp: Time.now.iso8601,
ip_address: get_client_ip,
user_agent: get_user_agent
}
log_security_event('access_attempt', log_data)
end
def log_security_event(event_type, data)
return unless @config['audit']['logging_enabled'] == 'true'
event = {
id: SecureRandom.uuid,
event_type: event_type,
data: data,
timestamp: Time.now.iso8601,
instance: get_instance_id
}
@redis.lpush('security_events', event.to_json)
@redis.ltrim('security_events', 0, 9999) # Keep last 10,000 events
end
def monitor_security_events
recent_events = @redis.lrange('security_events', 0, 99)
analyze_security_threats(recent_events)
end
def analyze_security_threats(events)
# Analyze events for potential security threats
failed_logins = events.count { |e| JSON.parse(e)['event_type'] == 'access_attempt' && !JSON.parse(e)['data']['granted'] }
if failed_logins > 10
trigger_security_alert('multiple_failed_logins', { count: failed_logins })
end
end
def trigger_security_alert(alert_type, data)
alert = {
type: alert_type,
data: data,
timestamp: Time.now.iso8601,
severity: 'high'
}
@redis.lpush('security_alerts', alert.to_json)
send_security_notification(alert)
end
def send_security_notification(alert)
# Implementation for sending security notifications
Rails.logger.error "Security alert: #{alert.inspect}"
end
def audit_encryption_status
{
enabled: @config['security']['encryption_enabled'] == 'true',
algorithm: @config['security']['encryption_algorithm'],
key_rotation: check_key_rotation_status,
encrypted_data_count: get_encrypted_data_count
}
end
def audit_access_controls
{
enabled: true,
user_count: get_user_count,
permission_count: get_permission_count,
recent_violations: get_recent_access_violations
}
end
def audit_rate_limiting
{
enabled: true,
active_limits: get_active_rate_limits,
violations: get_rate_limit_violations
}
end
def audit_input_validation
{
enabled: true,
validation_rules: get_validation_rules,
recent_violations: get_input_validation_violations
}
end
def audit_token_security
{
active_tokens: get_active_token_count,
revoked_tokens: get_revoked_token_count,
expired_tokens: get_expired_token_count
}
end
def audit_compliance_status
{
gdpr_compliant: check_gdpr_compliance,
data_retention: check_data_retention_compliance,
privacy_controls: check_privacy_controls
}
end
def store_audit_results(results)
@redis.lpush('security_audits', results.to_json)
@redis.ltrim('security_audits', 0, 99) # Keep last 100 audits
end
def generate_audit_report(results)
# Generate comprehensive audit report
report = {
summary: results,
recommendations: generate_security_recommendations(results),
timestamp: Time.now.iso8601
}
@redis.set('latest_audit_report', report.to_json)
report
end
def generate_security_recommendations(audit_results)
recommendations = []
# Add recommendations based on audit results
if audit_results[:encryption_status][:key_rotation][:needs_rotation]
recommendations << "Rotate encryption keys immediately"
end
if audit_results[:access_controls][:recent_violations] > 10
recommendations << "Review access control policies"
end
recommendations
end
def get_client_ip
# Implementation to get client IP
'unknown'
end
def get_user_agent
# Implementation to get user agent
'unknown'
end
def get_instance_id
@instance_id ||= SecureRandom.uuid
end
# Helper methods for audit functions
def check_key_rotation_status
{ needs_rotation: false, last_rotation: Time.now.iso8601 }
end
def get_encrypted_data_count
0
end
def get_user_count
0
end
def get_permission_count
0
end
def get_recent_access_violations
0
end
def get_active_rate_limits
[]
end
def get_rate_limit_violations
0
end
def get_validation_rules
[]
end
def get_input_validation_violations
0
end
def get_active_token_count
0
end
def get_revoked_token_count
0
end
def get_expired_token_count
0
end
def check_gdpr_compliance
true
end
def check_data_retention_compliance
true
end
def check_privacy_controls
true
end
end
📋 Compliance Management
GDPR Compliance Manager
lib/gdpr_compliance_manager.rb
require 'tusk'
require 'redis'
require 'json'class GDPRComplianceManager
def initialize(config_path = 'config/enterprise.tsk')
@config = Tusk.load(config_path)
@redis = Redis.new(url: @config['redis']['url'])
end
def record_data_processing(user_id, purpose, data_types, legal_basis)
processing_record = {
id: SecureRandom.uuid,
user_id: user_id,
purpose: purpose,
data_types: data_types,
legal_basis: legal_basis,
timestamp: Time.now.iso8601,
consent_given: check_consent(user_id, purpose)
}
store_processing_record(processing_record)
log_data_processing(processing_record)
end
def record_consent(user_id, purpose, consent_given, consent_method)
consent_record = {
id: SecureRandom.uuid,
user_id: user_id,
purpose: purpose,
consent_given: consent_given,
consent_method: consent_method,
timestamp: Time.now.iso8601,
ip_address: get_client_ip,
user_agent: get_user_agent
}
store_consent_record(consent_record)
update_user_consent_status(user_id, purpose, consent_given)
end
def process_data_subject_request(request_type, user_id, data = {})
case request_type
when 'access'
process_access_request(user_id)
when 'rectification'
process_rectification_request(user_id, data)
when 'erasure'
process_erasure_request(user_id)
when 'portability'
process_portability_request(user_id)
when 'restriction'
process_restriction_request(user_id, data)
else
raise ArgumentError, "Unknown request type: #{request_type}"
end
end
def generate_data_protection_impact_assessment
assessment = {
id: SecureRandom.uuid,
timestamp: Time.now.iso8601,
data_flows: analyze_data_flows,
risk_assessment: assess_privacy_risks,
mitigation_measures: identify_mitigation_measures,
compliance_status: assess_compliance_status
}
store_dpia(assessment)
assessment
end
def audit_data_retention
retention_audit = {
timestamp: Time.now.iso8601,
data_categories: audit_data_categories,
retention_policies: audit_retention_policies,
compliance_issues: identify_retention_issues,
recommendations: generate_retention_recommendations
}
store_retention_audit(retention_audit)
retention_audit
end
def generate_privacy_notice(user_id)
user_data = get_user_data(user_id)
processing_purposes = get_processing_purposes(user_id)
data_retention = get_data_retention_info(user_id)
{
user_id: user_id,
data_controller: @config['enterprise']['organization'],
data_processing: processing_purposes,
data_retention: data_retention,
user_rights: get_user_rights,
contact_information: get_dpo_contact,
last_updated: Time.now.iso8601
}
end
private
def check_consent(user_id, purpose)
consent_key = "consent:#{user_id}:#{purpose}"
@redis.get(consent_key) == 'true'
end
def store_processing_record(record)
@redis.lpush('gdpr:processing_records', record.to_json)
@redis.ltrim('gdpr:processing_records', 0, 9999)
end
def store_consent_record(record)
@redis.lpush('gdpr:consent_records', record.to_json)
@redis.ltrim('gdpr:consent_records', 0, 9999)
end
def update_user_consent_status(user_id, purpose, consent_given)
consent_key = "consent:#{user_id}:#{purpose}"
@redis.setex(consent_key, 86400 * 365, consent_given.to_s) # 1 year
end
def process_access_request(user_id)
user_data = get_user_data(user_id)
processing_records = get_processing_records(user_id)
consent_records = get_consent_records(user_id)
{
user_data: user_data,
processing_records: processing_records,
consent_records: consent_records,
generated_at: Time.now.iso8601
}
end
def process_rectification_request(user_id, data)
# Implementation for data rectification
{ status: 'processed', user_id: user_id, updated_data: data }
end
def process_erasure_request(user_id)
# Implementation for data erasure
{ status: 'processed', user_id: user_id, erased_at: Time.now.iso8601 }
end
def process_portability_request(user_id)
user_data = get_user_data(user_id)
{
user_id: user_id,
data: user_data,
format: 'json',
generated_at: Time.now.iso8601
}
end
def process_restriction_request(user_id, data)
# Implementation for processing restriction
{ status: 'processed', user_id: user_id, restrictions: data }
end
def analyze_data_flows
# Implementation to analyze data flows
[]
end
def assess_privacy_risks
# Implementation to assess privacy risks
{ level: 'low', details: 'No significant risks identified' }
end
def identify_mitigation_measures
# Implementation to identify mitigation measures
[]
end
def assess_compliance_status
# Implementation to assess compliance status
{ compliant: true, issues: [] }
end
def store_dpia(assessment)
@redis.set("gdpr:dpia:#{assessment[:id]}", assessment.to_json)
end
def audit_data_categories
# Implementation to audit data categories
[]
end
def audit_retention_policies
# Implementation to audit retention policies
[]
end
def identify_retention_issues
# Implementation to identify retention issues
[]
end
def generate_retention_recommendations
# Implementation to generate retention recommendations
[]
end
def store_retention_audit(audit)
@redis.lpush('gdpr:retention_audits', audit.to_json)
@redis.ltrim('gdpr:retention_audits', 0, 99)
end
def get_user_data(user_id)
# Implementation to get user data
{}
end
def get_processing_purposes(user_id)
# Implementation to get processing purposes
[]
end
def get_data_retention_info(user_id)
# Implementation to get data retention info
{}
end
def get_user_rights
# Implementation to get user rights
[]
end
def get_dpo_contact
# Implementation to get DPO contact
{}
end
def get_processing_records(user_id)
# Implementation to get processing records
[]
end
def get_consent_records(user_id)
# Implementation to get consent records
[]
end
def get_client_ip
'unknown'
end
def get_user_agent
'unknown'
end
end
🔍 Audit Logging System
Comprehensive Audit Logger
lib/enterprise_audit_logger.rb
require 'tusk'
require 'redis'
require 'json'
require 'openssl'class EnterpriseAuditLogger
def initialize(config_path = 'config/enterprise.tsk')
@config = Tusk.load(config_path)
@redis = Redis.new(url: @config['redis']['url'])
setup_audit_logging
end
def log_user_action(user_id, action, resource, details = {})
audit_entry = create_audit_entry(
event_type: 'user_action',
user_id: user_id,
action: action,
resource: resource,
details: details
)
store_audit_entry(audit_entry)
check_audit_alerts(audit_entry)
end
def log_data_access(user_id, data_type, record_id, access_type)
audit_entry = create_audit_entry(
event_type: 'data_access',
user_id: user_id,
data_type: data_type,
record_id: record_id,
access_type: access_type
)
store_audit_entry(audit_entry)
check_data_access_patterns(audit_entry)
end
def log_system_event(event_type, details = {})
audit_entry = create_audit_entry(
event_type: 'system_event',
system_event: event_type,
details: details
)
store_audit_entry(audit_entry)
end
def log_security_event(event_type, details = {})
audit_entry = create_audit_entry(
event_type: 'security_event',
security_event: event_type,
details: details,
severity: details[:severity] || 'medium'
)
store_audit_entry(audit_entry)
trigger_security_alert(audit_entry) if details[:severity] == 'high'
end
def log_configuration_change(user_id, component, old_value, new_value)
audit_entry = create_audit_entry(
event_type: 'configuration_change',
user_id: user_id,
component: component,
old_value: old_value,
new_value: new_value
)
store_audit_entry(audit_entry)
end
def search_audit_logs(criteria = {})
logs = get_audit_logs
filtered_logs = filter_logs(logs, criteria)
paginate_results(filtered_logs, criteria[:page] || 1, criteria[:per_page] || 50)
end
def generate_audit_report(start_date, end_date, report_type = 'comprehensive')
case report_type
when 'comprehensive'
generate_comprehensive_report(start_date, end_date)
when 'security'
generate_security_report(start_date, end_date)
when 'compliance'
generate_compliance_report(start_date, end_date)
when 'user_activity'
generate_user_activity_report(start_date, end_date)
else
raise ArgumentError, "Unknown report type: #{report_type}"
end
end
def export_audit_logs(start_date, end_date, format = 'json')
logs = get_audit_logs_in_range(start_date, end_date)
case format
when 'json'
export_as_json(logs)
when 'csv'
export_as_csv(logs)
when 'xml'
export_as_xml(logs)
else
raise ArgumentError, "Unsupported format: #{format}"
end
end
def archive_audit_logs(before_date)
logs_to_archive = get_audit_logs_before(before_date)
archive_logs(logs_to_archive)
delete_archived_logs(before_date)
end
private
def setup_audit_logging
@audit_encryption_key = get_audit_encryption_key
start_audit_monitoring
end
def create_audit_entry(data)
{
id: SecureRandom.uuid,
timestamp: Time.now.iso8601,
instance_id: get_instance_id,
session_id: get_session_id,
ip_address: get_client_ip,
user_agent: get_user_agent,
data: data
}
end
def store_audit_entry(entry)
return unless @config['audit']['logging_enabled'] == 'true'
if @config['audit']['encryption_required'] == 'true'
entry = encrypt_audit_entry(entry)
end
@redis.lpush('audit_logs', entry.to_json)
@redis.ltrim('audit_logs', 0, 99999) # Keep last 100,000 entries
# Store in long-term storage if configured
store_in_long_term_storage(entry) if @config['audit']['long_term_storage_enabled'] == 'true'
end
def encrypt_audit_entry(entry)
cipher = OpenSSL::Cipher.new('AES-256-GCM')
cipher.encrypt
cipher.key = @audit_encryption_key
cipher.iv = cipher.random_iv
encrypted_data = cipher.update(entry.to_json) + cipher.final
auth_tag = cipher.auth_tag
{
encrypted: true,
data: Base64.strict_encode64(encrypted_data),
iv: Base64.strict_encode64(cipher.iv),
auth_tag: Base64.strict_encode64(auth_tag)
}
end
def decrypt_audit_entry(encrypted_entry)
return encrypted_entry unless encrypted_entry['encrypted']
cipher = OpenSSL::Cipher.new('AES-256-GCM')
cipher.decrypt
cipher.key = @audit_encryption_key
cipher.iv = Base64.strict_decode64(encrypted_entry['iv'])
cipher.auth_tag = Base64.strict_decode64(encrypted_entry['auth_tag'])
encrypted_data = Base64.strict_decode64(encrypted_entry['data'])
decrypted_data = cipher.update(encrypted_data) + cipher.final
JSON.parse(decrypted_data)
end
def check_audit_alerts(audit_entry)
# Check for suspicious patterns
check_suspicious_activity(audit_entry)
check_privilege_escalation(audit_entry)
check_data_exfiltration(audit_entry)
end
def check_suspicious_activity(audit_entry)
user_id = audit_entry[:data][:user_id]
return unless user_id
recent_actions = get_recent_user_actions(user_id, 300) # 5 minutes
if recent_actions.length > 100
trigger_audit_alert('suspicious_activity', {
user_id: user_id,
action_count: recent_actions.length,
time_window: '5 minutes'
})
end
end
def check_privilege_escalation(audit_entry)
# Implementation to check for privilege escalation
end
def check_data_exfiltration(audit_entry)
# Implementation to check for data exfiltration
end
def check_data_access_patterns(audit_entry)
user_id = audit_entry[:data][:user_id]
data_type = audit_entry[:data][:data_type]
return unless user_id && data_type
# Check for unusual data access patterns
recent_access = get_recent_data_access(user_id, data_type, 3600) # 1 hour
if recent_access.length > 1000
trigger_audit_alert('unusual_data_access', {
user_id: user_id,
data_type: data_type,
access_count: recent_access.length,
time_window: '1 hour'
})
end
end
def trigger_audit_alert(alert_type, data)
alert = {
id: SecureRandom.uuid,
type: alert_type,
data: data,
timestamp: Time.now.iso8601,
severity: 'medium'
}
@redis.lpush('audit_alerts', alert.to_json)
send_audit_notification(alert)
end
def trigger_security_alert(audit_entry)
alert = {
id: SecureRandom.uuid,
type: 'security_alert',
audit_entry: audit_entry,
timestamp: Time.now.iso8601,
severity: 'high'
}
@redis.lpush('security_alerts', alert.to_json)
send_security_notification(alert)
end
def get_audit_logs
logs = @redis.lrange('audit_logs', 0, -1)
logs.map { |log| decrypt_audit_entry(JSON.parse(log)) }
end
def filter_logs(logs, criteria)
filtered = logs
if criteria[:user_id]
filtered = filtered.select { |log| log[:data][:user_id] == criteria[:user_id] }
end
if criteria[:event_type]
filtered = filtered.select { |log| log[:data][:event_type] == criteria[:event_type] }
end
if criteria[:start_date]
filtered = filtered.select { |log| Time.parse(log[:timestamp]) >= Time.parse(criteria[:start_date]) }
end
if criteria[:end_date]
filtered = filtered.select { |log| Time.parse(log[:timestamp]) <= Time.parse(criteria[:end_date]) }
end
filtered
end
def paginate_results(results, page, per_page)
start_index = (page - 1) * per_page
end_index = start_index + per_page - 1
{
data: results[start_index..end_index],
pagination: {
page: page,
per_page: per_page,
total: results.length,
total_pages: (results.length.to_f / per_page).ceil
}
}
end
def generate_comprehensive_report(start_date, end_date)
logs = get_audit_logs_in_range(start_date, end_date)
{
report_type: 'comprehensive',
start_date: start_date,
end_date: end_date,
generated_at: Time.now.iso8601,
summary: generate_report_summary(logs),
user_activity: analyze_user_activity(logs),
security_events: analyze_security_events(logs),
compliance_status: assess_compliance_status(logs)
}
end
def generate_security_report(start_date, end_date)
logs = get_audit_logs_in_range(start_date, end_date)
security_logs = logs.select { |log| log[:data][:event_type] == 'security_event' }
{
report_type: 'security',
start_date: start_date,
end_date: end_date,
generated_at: Time.now.iso8601,
security_events: analyze_security_events(security_logs),
threats_detected: identify_security_threats(security_logs),
recommendations: generate_security_recommendations(security_logs)
}
end
def generate_compliance_report(start_date, end_date)
logs = get_audit_logs_in_range(start_date, end_date)
{
report_type: 'compliance',
start_date: start_date,
end_date: end_date,
generated_at: Time.now.iso8601,
gdpr_compliance: assess_gdpr_compliance(logs),
data_retention: assess_data_retention_compliance(logs),
access_controls: assess_access_control_compliance(logs)
}
end
def generate_user_activity_report(start_date, end_date)
logs = get_audit_logs_in_range(start_date, end_date)
user_logs = logs.select { |log| log[:data][:user_id] }
{
report_type: 'user_activity',
start_date: start_date,
end_date: end_date,
generated_at: Time.now.iso8601,
user_activity: analyze_user_activity(user_logs),
top_users: identify_top_users(user_logs),
unusual_patterns: identify_unusual_patterns(user_logs)
}
end
def start_audit_monitoring
Thread.new do
loop do
monitor_audit_patterns
sleep 300 # Check every 5 minutes
end
end
end
def monitor_audit_patterns
# Implementation to monitor audit patterns
end
def get_audit_encryption_key
key = @redis.get('audit:encryption_key')
return key if key
new_key = OpenSSL::Random.random_bytes(32)
@redis.setex('audit:encryption_key', 86400, new_key)
new_key
end
def get_instance_id
@instance_id ||= SecureRandom.uuid
end
def get_session_id
# Implementation to get session ID
SecureRandom.uuid
end
def get_client_ip
# Implementation to get client IP
'unknown'
end
def get_user_agent
# Implementation to get user agent
'unknown'
end
# Helper methods for report generation
def get_audit_logs_in_range(start_date, end_date)
logs = get_audit_logs
logs.select do |log|
timestamp = Time.parse(log[:timestamp])
timestamp >= Time.parse(start_date) && timestamp <= Time.parse(end_date)
end
end
def generate_report_summary(logs)
{
total_entries: logs.length,
unique_users: logs.map { |log| log[:data][:user_id] }.compact.uniq.length,
event_types: logs.group_by { |log| log[:data][:event_type] }.transform_values(&:length)
}
end
def analyze_user_activity(logs)
# Implementation to analyze user activity
{}
end
def analyze_security_events(logs)
# Implementation to analyze security events
{}
end
def assess_compliance_status(logs)
# Implementation to assess compliance status
{}
end
def identify_security_threats(logs)
# Implementation to identify security threats
[]
end
def generate_security_recommendations(logs)
# Implementation to generate security recommendations
[]
end
def assess_gdpr_compliance(logs)
# Implementation to assess GDPR compliance
{}
end
def assess_data_retention_compliance(logs)
# Implementation to assess data retention compliance
{}
end
def assess_access_control_compliance(logs)
# Implementation to assess access control compliance
{}
end
def identify_top_users(logs)
# Implementation to identify top users
[]
end
def identify_unusual_patterns(logs)
# Implementation to identify unusual patterns
[]
end
def get_recent_user_actions(user_id, time_window)
# Implementation to get recent user actions
[]
end
def get_recent_data_access(user_id, data_type, time_window)
# Implementation to get recent data access
[]
end
def send_audit_notification(alert)
# Implementation to send audit notification
end
def send_security_notification(alert)
# Implementation to send security notification
end
def store_in_long_term_storage(entry)
# Implementation to store in long-term storage
end
def archive_logs(logs)
# Implementation to archive logs
end
def delete_archived_logs(before_date)
# Implementation to delete archived logs
end
def export_as_json(logs)
logs.to_json
end
def export_as_csv(logs)
# Implementation to export as CSV
''
end
def export_as_xml(logs)
# Implementation to export as XML
''
end
end
🎯 Configuration Management
Enterprise Configuration
config/enterprise_features.tsk
[enterprise]
enabled: @env("ENTERPRISE_ENABLED", "true")
organization: @env("ORGANIZATION_NAME", "Acme Corp")
environment: @env("ENTERPRISE_ENVIRONMENT", "production")
compliance_level: @env("COMPLIANCE_LEVEL", "soc2")[security]
encryption_enabled: @env("ENCRYPTION_ENABLED", "true")
encryption_algorithm: @env("ENCRYPTION_ALGORITHM", "AES-256-GCM")
key_rotation_interval: @env("KEY_ROTATION_INTERVAL", "90d")
session_timeout: @env("SESSION_TIMEOUT", "3600")
max_login_attempts: @env("MAX_LOGIN_ATTEMPTS", "5")
mfa_required: @env("MFA_REQUIRED", "true")
[audit]
logging_enabled: @env("AUDIT_LOGGING_ENABLED", "true")
retention_period: @env("AUDIT_RETENTION_PERIOD", "7y")
encryption_required: @env("AUDIT_ENCRYPTION_REQUIRED", "true")
real_time_monitoring: @env("AUDIT_REAL_TIME_MONITORING", "true")
long_term_storage_enabled: @env("AUDIT_LONG_TERM_STORAGE_ENABLED", "true")
[compliance]
gdpr_enabled: @env("GDPR_ENABLED", "true")
data_retention_policy: @env("DATA_RETENTION_POLICY", "7y")
privacy_controls: @env("PRIVACY_CONTROLS_ENABLED", "true")
consent_management: @env("CONSENT_MANAGEMENT_ENABLED", "true")
data_subject_rights: @env("DATA_SUBJECT_RIGHTS_ENABLED", "true")
[governance]
access_control_enabled: @env("ACCESS_CONTROL_ENABLED", "true")
role_based_access: @env("ROLE_BASED_ACCESS_ENABLED", "true")
privilege_escalation_monitoring: @env("PRIVILEGE_ESCALATION_MONITORING", "true")
change_management: @env("CHANGE_MANAGEMENT_ENABLED", "true")
[monitoring]
security_monitoring: @env("SECURITY_MONITORING_ENABLED", "true")
compliance_monitoring: @env("COMPLIANCE_MONITORING_ENABLED", "true")
performance_monitoring: @env("PERFORMANCE_MONITORING_ENABLED", "true")
alerting_enabled: @env("ENTERPRISE_ALERTING_ENABLED", "true")
🎯 Summary
This comprehensive guide covers enterprise features with TuskLang and Ruby, including:
- Enterprise Security: Advanced encryption, access controls, and security monitoring - Compliance Management: GDPR compliance, data protection, and privacy controls - Audit Logging: Comprehensive audit trails with encryption and retention - Governance: Role-based access control and change management - Monitoring: Security, compliance, and performance monitoring - Configuration Management: Enterprise-grade configuration options
The enterprise features with TuskLang provide a robust foundation for building applications that meet the highest enterprise standards for security, compliance, and governance while maintaining flexibility and performance.