delete accidental lockfile

,denjell,Daniels-MacBook-Pro-3.local,31.10.2025 13:16,file:///Users/denjell/Library/Application%20Support/LibreOffice/4;

 No newline at end of file

#!/usr/bin/env python3

"""

Manual condensation of extremely long Task sections (>1500 chars).

This script contains hand-crafted condensed versions that maintain all technical details.

"""

# Dictionary of line numbers -> (original_text_start, condensed_version)

# For very long sections that need manual restructuring

MANUAL_CONDENSATIONS = {

    13564: """Verify that browsers provide comprehensive enterprise administration capabilities for configuring and enforcing RDPS security policies centrally. This enables organizations to meet regulatory requirements, enforce security standards, comply with internal policies, and maintain consistent security posture across all users.

Enterprise policy configuration supports compliance frameworks (GDPR, HIPAA, SOX, PCI DSS, FedRAMP), security certifications (ISO 27001, SOC 2), regulatory audits, and organizational risk management.

The browser must provide centralized policy management interfaces (web console, group policy, mobile device management, configuration management tools) enabling administrators to configure comprehensive RDPS security policies including:

- Authentication requirements: multi-factor authentication enforcement, password policies, certificate requirements, biometric authentication

- Encryption policies: minimum TLS versions, required cipher suites, end-to-end encryption requirements, hardware-backed key storage

- Data residency policies: allowed geographic regions, prohibited jurisdictions, cross-border transfer controls

- Access control policies: permitted/prohibited data access, administrative access restrictions, time-of-day restrictions, network location restrictions

- Monitoring and logging policies: required log verbosity, log retention periods, SIEM integration, compliance logging

- Incident response policies: notification requirements, escalation procedures, automated responses

- Data lifecycle policies: retention periods, deletion procedures, backup requirements, data classification

Policy enforcement must be immediate and effective across all browser installations with policy distribution through secure channels, policy verification on each RDPS connection, policy violation prevention (blocking non-compliant operations), and policy compliance reporting.

The implementation must support:

- Policy inheritance and override: organization-wide defaults, department-specific overrides, user-specific exceptions with justification

- Policy versioning and rollback: tracking policy changes, auditing policy modifications, reverting problematic policies

- Policy testing capabilities: dry-run mode showing impact without enforcement

Enterprise administrators must have visibility into policy compliance through dashboards showing policy coverage, compliance metrics, violations detected, exceptions granted, and remediation status. The system must prevent policy tampering by end users while respecting individual privacy rights where appropriate (personal device policies vs corporate device policies).

Documentation must provide comprehensive policy configuration guides, policy templates for common compliance frameworks, and integration guidance for enterprise identity and access management systems.""",

    13597: """Verify that browsers can operate completely offline without any remote connectivity. This meets requirements for air-gapped networks, classified environments, high-security facilities, regions with no internet access, and users prioritizing privacy and autonomy.

Fully offline operation ensures the browser remains functional when network unavailable, does not degrade functionality due to lack of connectivity, protects against network-based attacks, preserves user privacy by preventing any data transmission, and meets regulatory requirements for isolated systems.

The browser must provide all core functionality offline including:

- Rendering web content: HTML, CSS, JavaScript, images, media

- Running web applications: offline Progressive Web Apps, service workers, client-side processing

- Managing bookmarks and history

- Configuring browser settings

- Using developer tools

- Managing extensions (previously installed)

- Password management (local storage only)

- Form autofill (local data only)

The browser must not require network connectivity for:

- Installation: offline installer available

- Initial setup: no online activation or registration

- License validation: perpetual license or no license required

- Feature activation: all features available without online verification

- Updates: manual update through offline media, or operate indefinitely without updates

- Security features: all security mechanisms functional offline

- User authentication: no online account required

The implementation must gracefully handle the absence of network without error messages, degraded functionality warnings, or repeated connection attempts that consume resources or annoy users.

Documentation must clearly specify which features unavailable offline (web search, synchronization, online content), explain offline capabilities and limitations, and provide offline troubleshooting guidance. Installation packages must be complete offline installers containing all necessary components without requiring additional downloads during installation or first run.""",

    13532: """Verify that browsers implement comprehensive and rapid access revocation mechanisms for RDPS systems, enabling immediate termination of access when accounts are compromised, users terminated, devices lost or stolen, or security policies violated.

Access revocation is critical for limiting damage from compromised credentials, preventing unauthorized access by former employees or contractors, addressing insider threats, and responding to security incidents.

The browser must implement multiple revocation mechanisms operating at different layers:

- Authentication token revocation: invalidating OAuth tokens, API keys, session tokens, refresh tokens immediately across all systems

- Credential revocation: disabling passwords, certificates, biometric authentication

- Device revocation: blocking specific devices from accessing RDPS regardless of credentials

- User account suspension or deletion: comprehensive access termination

Revocation must be immediate and effective within seconds to minutes across all RDPS components including primary services, backup systems, cached authentication, and edge locations. The implementation must prevent revoked access from being restored through cached credentials, expired but still-valid tokens, or failover systems with stale authentication state.

The browser must support both individual revocation (single user, device, or token) and bulk revocation (all users from a compromised organization, all sessions during security incident).

Administrative interfaces must enable authorized personnel to initiate revocation through multiple channels (web console, API, mobile app, emergency procedures), verify revocation effectiveness, and monitor for revocation bypass attempts. The system must maintain audit trails of all revocation events including who initiated revocation, reason for revocation, timestamp, affected entities, and verification of effectiveness.

Automated revocation triggers must respond to security events (suspicious login patterns, impossible travel, brute force attacks, malware detection) by automatically revoking access and notifying administrators.

Users must be notified when their access is revoked (unless notification would compromise security investigation), understand the reason, and know how to restore access if revocation was erroneous. Enterprise administrators must be able to configure revocation policies, set automatic revocation triggers, and generate reports on revocation events.""",

    13501: """Verify that browsers provide comprehensive transparency reporting for RDPS data access, enabling users and regulators to understand who accesses their data, when, why, and under what legal authority.

Transparency reporting builds user trust, demonstrates regulatory compliance, enables accountability for data access decisions, and supports data subject rights under privacy regulations (GDPR Article 15 right of access, CCPA consumer rights).

The browser must provide user-facing transparency interfaces showing all access to their RDPS data including:

- Browser client access: normal user operations

- Administrative access: customer support, system maintenance, security investigations

- Third-party access: lawful disclosure to government authorities, service providers, partners

- Automated access: backup systems, analytics, security scanning

Each transparency report entry must include sufficient detail:

- Timestamp: precise to second, UTC

- Accessor identity: user, administrator, system, legal authority

- Access type: read, write, delete, export

- Data categories accessed

- Legal or operational justification

- Duration of access

The implementation must enable users to access their transparency reports on demand through browser settings or web interface, download reports in standard formats (PDF, CSV, JSON) for personal records or regulatory submission, and configure notifications for specific access types (administrative access, third-party disclosure, unusual patterns).

For government data requests, the browser should provide transparency reporting on request volumes, types, legal authorities invoked, data disclosed, and requests challenged or rejected (where legally permissible).

Enterprise transparency reporting must aggregate access patterns across the organization, identify anomalous access requiring investigation, and support compliance audits. The system must balance transparency with security by avoiding disclosure of specific security mechanisms or vulnerabilities, protecting other users' privacy when showing aggregate statistics, and complying with legal restrictions on disclosure (ongoing investigations, national security letters).

Transparency reports must be generated efficiently without significant performance impact, cover reasonable retention periods (minimum 1 year), and be protected against tampering or deletion. Users must be educated about transparency reporting capabilities, how to access their reports, and how to report concerns about unauthorized access.""",

    13468: """Verify that browsers implement perfect forward secrecy (PFS) or forward secrecy (FS) for all RDPS communications, ensuring that compromise of long-term cryptographic keys (server private keys, authentication credentials) cannot decrypt past communication sessions.

Forward secrecy protects historical communications from retrospective decryption if keys are later compromised through server breach, key theft, legal compulsion, or cryptanalysis.

The browser must implement forward secrecy through ephemeral key exchange mechanisms where session keys are generated fresh for each connection and destroyed after use, never stored long-term, and cannot be derived from long-term keys.

Implementation must use forward-secret cipher suites:

- TLS 1.3: all cipher suites provide forward secrecy

- TLS 1.2: ECDHE-RSA, ECDHE-ECDSA, DHE-RSA cipher suites

- Prioritize elliptic curve Diffie-Hellman ephemeral (ECDHE) over traditional DHE for performance

- Disable non-forward-secret cipher suites (RSA key exchange, static DH) in RDPS communications

The browser must verify that RDPS endpoints support and prefer forward-secret cipher suites, refuse connections to endpoints that only support non-forward-secret ciphers (or warn users prominently), and log cipher suite selection for security auditing.

Key material must be securely destroyed after session termination with cryptographic erasure (overwriting memory with random data), prevention of key material exposure through core dumps or swap files, and immediate destruction on session termination without delay.

The implementation must resist downgrade attacks attempting to force use of weaker non-forward-secret ciphers through protocol version negotiation attacks, cipher suite manipulation, or man-in-the-middle intervention.

Enterprise administrators must be able to verify forward secrecy enforcement, monitor cipher suite usage across RDPS connections, and configure policies requiring forward secrecy for all connections.

Documentation must explain forward secrecy benefits to users, technical implementation details for developers, and compliance with regulatory requirements (GDPR encryption requirements, NIST cryptographic standards, PCI DSS).""",

    13435: """Verify that browsers document and implement comprehensive procedures for RDPS service discontinuation and data migration, protecting user data and interests if the manufacturer discontinues the RDPS service, sells the business, declares bankruptcy, or fundamentally changes the service.

Service discontinuation procedures address vendor lock-in concerns, support data portability rights (GDPR Article 20), enable business continuity for enterprise users, and build user trust through commitment to data preservation regardless of business circumstances.

The browser manufacturer must document service discontinuation procedures including:

- Advance notification timelines: minimum 90 days for consumer services, 180 days for enterprise services, longer for critical infrastructure

- Data export capabilities: JSON, XML, CSV for structured data; original formats for documents and media

- Data migration assistance: documentation, tools, support for transferring to alternative services

- Service transition period: continued read-only access during migration, extended access for enterprise customers

- Data deletion procedures: secure deletion with certificate of destruction, option for users to retain copies

- Legal obligations continuation: privacy commitments, security obligations during transition

The documentation must address various discontinuation scenarios:

- Voluntary service discontinuation: strategic business decision, service evolution

- Acquisition or merger: service integration or shutdown

- Bankruptcy or insolvency: trustee obligations, asset liquidation

- Regulatory prohibition: compliance failure, market exit

- Force majeure: catastrophic failure, inability to continue

For each scenario, documentation must specify notification mechanisms, timeline modifications if any, user rights and remedies, data handling procedures, and dispute resolution processes.

The implementation must enable users to export all their data at any time (not just during discontinuation), provide export in open standard formats supporting import to competing services, include all user data and metadata (not just primary content), and verify export completeness and integrity.

Enterprise customers must receive enhanced protections including longer notification periods, dedicated migration support, option to acquire source code or hosting infrastructure (escrow arrangements), and service level commitments during transition.

Users must be educated about data export capabilities, disaster recovery recommendations (maintaining personal backups), and vendor lock-in risks. The browser should participate in data portability initiatives and standards enabling seamless migration between services.""",

    13404: """Verify that browsers implement comprehensive user notification systems for RDPS security events, keeping users informed about security-relevant activities affecting their data and enabling rapid response to potential security incidents.

User notification empowers users to detect unauthorized access, identify suspicious activities, respond to security incidents, and exercise their rights under privacy regulations.

The browser must notify users of critical security events including:

- New device or location access to RDPS: sign-in from new device, unusual geographic location, impossible travel

- Authentication events: successful authentication, failed authentication attempts, password changes, two-factor authentication changes

- Data access events: administrative access to user data, third-party data disclosure, data export or download, unusual access patterns

- Security configuration changes: encryption settings modified, sharing permissions changed, account recovery settings updated

- Security incidents: detected breach, suspicious activity, malware detection, account compromise suspected

- Data lifecycle events: data deletion, backup completion, retention policy changes

Notifications must be delivered through multiple channels with user-configurable preferences:

- In-browser notifications: non-intrusive, actionable

- Email notifications: detailed information, immediate for critical events

- Mobile push notifications: when mobile app available, time-sensitive events

- SMS notifications: for critical events, opt-in only due to cost

Each notification must provide sufficient context for users to assess risk: what event occurred, when it occurred, what device or location involved, what data affected, what action user should take, and how to report false alarms or actual security incidents.

Notification timing must be appropriate to event severity:

- Immediate notifications (within minutes) for critical events: suspected compromise, new device access

- Near-real-time (within hours) for important events: administrative access, configuration changes

- Daily or weekly digests for routine events: normal access patterns, backup completion

The implementation must prevent notification fatigue through intelligent aggregation (combining related events, suppressing duplicate notifications), risk-based prioritization (highlighting critical events), and user control over notification frequency and channels.

Users must be able to review notification history, configure notification preferences, and test notification delivery. Enterprise administrators must be able to configure organization-wide notification policies while respecting individual user preferences where appropriate.""",

    13372: """Verify that browsers have documented, tested, and operationalized incident response procedures for RDPS security incidents to enable rapid detection, containment, investigation, remediation, and recovery from security breaches.

Effective incident response minimizes damage from security incidents, reduces recovery time and costs, preserves forensic evidence for investigation and legal proceedings, and satisfies regulatory breach notification requirements (GDPR 72-hour notification, state breach laws, contractual obligations).

The browser manufacturer must document comprehensive incident response procedures following established frameworks (NIST SP 800-61, SANS Incident Response, ISO 27035) including:

- Incident classification criteria: severity levels, impact categories

- Escalation procedures: clear roles and responsibilities

- Containment strategies: isolate affected systems, revoke credentials, block malicious traffic

- Investigation procedures: log analysis, forensic evidence collection, root cause analysis

- Remediation steps: patch vulnerabilities, restore from backups, implement additional controls

- Recovery procedures: verify security before restoration, monitor for recurrence

The documentation must include specific RDPS incident scenarios:

- Unauthorized data access

- Data exfiltration

- Ransomware or data destruction

- Account compromise

- Infrastructure compromise

- Denial of service

- Insider threats

- Supply chain compromise

Each scenario must have scenario-specific response procedures, estimated response timelines, required resources and personnel, communication templates for user notification, and regulatory notification requirements.

The implementation must include:

- 24/7 incident response capability with on-call security team

- Automated incident detection and alerting integrated with SIEM systems

- Incident tracking and management system: ticketing, timeline documentation, evidence preservation

- Regular incident response drills and tabletop exercises (minimum annually)

Post-incident procedures must include lessons learned documentation, root cause analysis, control improvements, and incident metrics tracking (mean time to detect, mean time to respond, mean time to recover).

Users must be notified of security incidents affecting their data according to regulatory timelines, with clear information about incident scope, impact, remediation actions, and protective measures users should take.""",

}

def main():

    """Process all manual condensations."""

    import sys

    filepath = '/Users/denjell/git/en-304-617/EN-304-617.md'

    print(f"Reading file: {filepath}")

    with open(filepath, 'r', encoding='utf-8') as f:

        lines = f.readlines()

    print(f"Total lines: {len(lines)}")

    print(f"Manual condensations to apply: {len(MANUAL_CONDENSATIONS)}")

    edits_made = 0

    # Apply condensations (process in reverse order to maintain line numbers)

    for line_num in sorted(MANUAL_CONDENSATIONS.keys(), reverse=True):

        condensed = MANUAL_CONDENSATIONS[line_num]

        # Find the Task line (line_num is 1-indexed, list is 0-indexed)

        idx = line_num - 1

        if idx >= len(lines):

            print(f"Warning: Line {line_num} exceeds file length, skipping")

            continue

        original_line = lines[idx]

        if not original_line.startswith('**Task**:'):

            print(f"Warning: Line {line_num} doesn't start with '**Task**:', skipping")

            print(f"  Actual content: {original_line[:80]}")

            continue

        # Replace the Task line with condensed version

        lines[idx] = f"**Task**: {condensed}\n"

        edits_made += 1

        print(f"✓ Condensed Task at line {line_num} ({len(original_line)} -> {len(lines[idx])} chars)")

    # Write the modified content

    output_file = filepath + '.condensed'

    print(f"\nWriting to: {output_file}")

    with open(output_file, 'w', encoding='utf-8') as f:

        f.writelines(lines)

    print(f"\n✓ Successfully applied {edits_made} condensations")

    print(f"  Review the output file and replace original if satisfied")

if __name__ == '__main__':

    main()