📃 Role overview

thermo-core

Description: An advanced Ansible role simulating high-energy conditions in a futuristic ThermoCore system for adaptive energy generation and environmental resilience.

Field	Value
Functional description	An advanced Ansible role simulating high-energy conditions in a futuristic ThermoCore system for adaptive energy generation and environmental resilience.
Readme update	29/10/2024
Category	demo
Critical ⚠️	high

Defaults

These are static variables with lower priority

File: defaults/main.yml

Var	Type	Value	Required	Title
min_temperature_threshold	int	4000	True	Minimum temperature required for energy generation (in °K)
optimal_pressure_threshold	int	4500	True	Target pressure for optimal energy generation (in Pa)
max_cooldown_rate	int	50	True	Maximum cooldown rate allowable (°C/min)
coolant_level_threshold	int	30	True	Default coolant level threshold (percentage)
pressure_safety_margin	int	200	True	Safety margin for containment pressure (in Pa)
max_energy_storage	int	500	False	Optimal energy storage capacity (in MW)
external_temp_check_interval	int	60	False	External temperature check frequency (in seconds)
max_energy_output	int	450	True	Maximum energy output for safe operation (in MW)
simulation_duration	int	300	False	High-energy simulation duration (in seconds)
operation_modes	list	['Standard', 'High-Energy', 'Emergency Cooldown', 'Maintenance']	n/a	n/a
coolant_types	list	['Water-based', 'Gel-based', 'Synthetic']	n/a	n/a

🖇️ Full descriptions for vars in defaults/main.yml

min_temperature_threshold: The minimum core temperature required to initiate the energy synthesis process.
optimal_pressure_threshold: Optimal pressure setting for ThermoCore to maximize energy output under safe conditions.
max_cooldown_rate: The rate at which ThermoCore can cool down without causing structural strain.
coolant_level_threshold: This variable sets the minimum allowable coolant level for ThermoCore to function.
If coolant levels fall below this threshold, ThermoCore will initiate emergency coolant refill protocols.
This prevents overheating and maintains safe operational conditions.

pressure_safety_margin: Buffer pressure level in containment to maintain system stability in fluctuating environments.
max_energy_storage: Maximum energy storage capacity of ThermoCore in megawatts. Exceeding this may result in overflow.
external_temp_check_interval: Frequency at which external temperature is checked to adjust ThermoCore energy generation.
max_energy_output: Sets the cap for energy output to avoid overloading ThermoCore or connected storage systems.
simulation_duration: Specifies the duration ThermoCore operates under high-energy conditions.
Shorter durations are safer but generate less energy.
Longer durations may increase energy generation but risk overheating.

Tasks

File: tasks/main.yml

Name	Module	Has Conditions	Comments
Start ThermoCore diagnostics	ansible.builtin.debug	False	tasks file for thermo-core Initialize system and environment
Check ambient environmental conditions test	block	False
Fetch ambient temperature and pressure	ansible.builtin.set_fact	False
Configure ThermoCore for high-energy conditions	block	False	Initialize high-temperature and high-pressure simulation
Set high temperature and pressure thresholds	ansible.builtin.set_fact	False
Activate high-energy synthesis mode	ansible.builtin.debug	False
Monitor for heat dissipation and coolant levels	block	False	Environmental monitoring and resource checks
Measure coolant levels	ansible.builtin.set_fact	False
Check if coolant levels are sufficient	ansible.builtin.debug	True
Alert if coolant is low	ansible.builtin.debug	True
Verify pressure containment integrity	block	False	Safety checks for pressure containment
Check pressure containment status	ansible.builtin.set_fact	False
Ensure containment for continued operation	ansible.builtin.debug	True
Adaptive energy generation based on environmental feedback	block	False	Adjust energy generation based on environmental input
Gather environmental feedback data	ansible.builtin.set_fact	False
Adjust ThermoCore thresholds based on environment	ansible.builtin.debug	False
Adaptive cycle based on operational data	block	False	Machine learning feedback for system optimization
Integrate operational data into learning model	ansible.builtin.debug	False
Adjust thresholds based on feedback loop	ansible.builtin.debug	True
Perform end-of-cycle diagnostics	block	False	Final cycle diagnostics
Check all system metrics post-energy generation	ansible.builtin.debug	False
Review energy efficiency metrics	ansible.builtin.debug	False
Begin ThermoCore shutdown	ansible.builtin.debug	False	Shutdown and cooling procedures
Run cooldown diagnostics	block	False
Monitor system cooldown rates	ansible.builtin.set_fact	False
Confirm cooldown success	ansible.builtin.debug	True

Task Flow Graphs

Graph for main.yml

flowchart TD
Start
classDef block stroke:#3498db,stroke-width:2px;
classDef task stroke:#4b76bb,stroke-width:2px;
classDef includeTasks stroke:#16a085,stroke-width:2px;
classDef importTasks stroke:#34495e,stroke-width:2px;
classDef includeRole stroke:#2980b9,stroke-width:2px;
classDef importRole stroke:#699ba7,stroke-width:2px;
classDef includeVars stroke:#8e44ad,stroke-width:2px;
classDef rescue stroke:#665352,stroke-width:2px;

  Start-->|Task| Start_ThermoCore_diagnostics0[start thermocore diagnostics]:::task
  Start_ThermoCore_diagnostics0-->|Block Start| Check_ambient_environmental_conditions_test1_block_start_0[[check ambient environmental conditions test]]:::block
  Check_ambient_environmental_conditions_test1_block_start_0-->|Task| Fetch_ambient_temperature_and_pressure0[fetch ambient temperature and pressure]:::task
  Fetch_ambient_temperature_and_pressure0-.->|End of Block| Check_ambient_environmental_conditions_test1_block_start_0
  Fetch_ambient_temperature_and_pressure0-->|Rescue Start| Check_ambient_environmental_conditions_test1_rescue_start_0[check ambient environmental conditions test]:::rescue
  Check_ambient_environmental_conditions_test1_rescue_start_0-->|Task| Handle_unfavorable_ambient_conditions0[handle unfavorable ambient conditions]:::task
  Handle_unfavorable_ambient_conditions0-.->|End of Rescue Block| Check_ambient_environmental_conditions_test1_block_start_0
  Handle_unfavorable_ambient_conditions0-->|Block Start| Configure_ThermoCore_for_high_energy_conditions2_block_start_0[[configure thermocore for high energy conditions]]:::block
  Configure_ThermoCore_for_high_energy_conditions2_block_start_0-->|Task| Set_high_temperature_and_pressure_thresholds0[set high temperature and pressure thresholds]:::task
  Set_high_temperature_and_pressure_thresholds0-->|Task| Activate_high_energy_synthesis_mode1[activate high energy synthesis mode]:::task
  Activate_high_energy_synthesis_mode1-.->|End of Block| Configure_ThermoCore_for_high_energy_conditions2_block_start_0
  Activate_high_energy_synthesis_mode1-->|Rescue Start| Configure_ThermoCore_for_high_energy_conditions2_rescue_start_0[configure thermocore for high energy conditions]:::rescue
  Configure_ThermoCore_for_high_energy_conditions2_rescue_start_0-->|Task| Handle_ThermoCore_setup_failure0[handle thermocore setup failure]:::task
  Handle_ThermoCore_setup_failure0-.->|End of Rescue Block| Configure_ThermoCore_for_high_energy_conditions2_block_start_0
  Handle_ThermoCore_setup_failure0-->|Block Start| Monitor_for_heat_dissipation_and_coolant_levels3_block_start_0[[monitor for heat dissipation and coolant levels]]:::block
  Monitor_for_heat_dissipation_and_coolant_levels3_block_start_0-->|Task| Measure_coolant_levels0[measure coolant levels]:::task
  Measure_coolant_levels0-->|Task| Check_if_coolant_levels_are_sufficient1[check if coolant levels are sufficient<br>When: **coolant level   int    coolant level threshold**]:::task
  Check_if_coolant_levels_are_sufficient1-->|Task| Alert_if_coolant_is_low2[alert if coolant is low<br>When: **coolant level   int   coolant level threshold**]:::task
  Alert_if_coolant_is_low2-.->|End of Block| Monitor_for_heat_dissipation_and_coolant_levels3_block_start_0
  Alert_if_coolant_is_low2-->|Rescue Start| Monitor_for_heat_dissipation_and_coolant_levels3_rescue_start_0[monitor for heat dissipation and coolant levels]:::rescue
  Monitor_for_heat_dissipation_and_coolant_levels3_rescue_start_0-->|Task| Activate_emergency_coolant_system0[activate emergency coolant system]:::task
  Activate_emergency_coolant_system0-.->|End of Rescue Block| Monitor_for_heat_dissipation_and_coolant_levels3_block_start_0
  Activate_emergency_coolant_system0-->|Block Start| Verify_pressure_containment_integrity4_block_start_0[[verify pressure containment integrity]]:::block
  Verify_pressure_containment_integrity4_block_start_0-->|Task| Check_pressure_containment_status0[check pressure containment status]:::task
  Check_pressure_containment_status0-->|Task| Ensure_containment_for_continued_operation1[ensure containment for continued operation<br>When: **containment integrity     intact**]:::task
  Ensure_containment_for_continued_operation1-.->|End of Block| Verify_pressure_containment_integrity4_block_start_0
  Ensure_containment_for_continued_operation1-->|Rescue Start| Verify_pressure_containment_integrity4_rescue_start_0[verify pressure containment integrity]:::rescue
  Verify_pressure_containment_integrity4_rescue_start_0-->|Task| Engage_containment_failure_protocols0[engage containment failure protocols]:::task
  Engage_containment_failure_protocols0-.->|End of Rescue Block| Verify_pressure_containment_integrity4_block_start_0
  Engage_containment_failure_protocols0-->|Block Start| Adaptive_energy_generation_based_on_environmental_feedback5_block_start_0[[adaptive energy generation based on environmental<br>feedback]]:::block
  Adaptive_energy_generation_based_on_environmental_feedback5_block_start_0-->|Task| Gather_environmental_feedback_data0[gather environmental feedback data]:::task
  Gather_environmental_feedback_data0-->|Task| Adjust_ThermoCore_thresholds_based_on_environment1[adjust thermocore thresholds based on environment]:::task
  Adjust_ThermoCore_thresholds_based_on_environment1-.->|End of Block| Adaptive_energy_generation_based_on_environmental_feedback5_block_start_0
  Adjust_ThermoCore_thresholds_based_on_environment1-->|Rescue Start| Adaptive_energy_generation_based_on_environmental_feedback5_rescue_start_0[adaptive energy generation based on environmental<br>feedback]:::rescue
  Adaptive_energy_generation_based_on_environmental_feedback5_rescue_start_0-->|Task| Handle_external_data_retrieval_failure0[handle external data retrieval failure]:::task
  Handle_external_data_retrieval_failure0-.->|End of Rescue Block| Adaptive_energy_generation_based_on_environmental_feedback5_block_start_0
  Handle_external_data_retrieval_failure0-->|Block Start| Adaptive_cycle_based_on_operational_data6_block_start_0[[adaptive cycle based on operational data]]:::block
  Adaptive_cycle_based_on_operational_data6_block_start_0-->|Task| Integrate_operational_data_into_learning_model0[integrate operational data into learning model]:::task
  Integrate_operational_data_into_learning_model0-->|Task| Adjust_thresholds_based_on_feedback_loop1[adjust thresholds based on feedback loop<br>When: **learning model ready   default false**]:::task
  Adjust_thresholds_based_on_feedback_loop1-.->|End of Block| Adaptive_cycle_based_on_operational_data6_block_start_0
  Adjust_thresholds_based_on_feedback_loop1-->|Rescue Start| Adaptive_cycle_based_on_operational_data6_rescue_start_0[adaptive cycle based on operational data]:::rescue
  Adaptive_cycle_based_on_operational_data6_rescue_start_0-->|Task| Manage_learning_model_integration_failure0[manage learning model integration failure]:::task
  Manage_learning_model_integration_failure0-.->|End of Rescue Block| Adaptive_cycle_based_on_operational_data6_block_start_0
  Manage_learning_model_integration_failure0-->|Block Start| Perform_end_of_cycle_diagnostics7_block_start_0[[perform end of cycle diagnostics]]:::block
  Perform_end_of_cycle_diagnostics7_block_start_0-->|Task| Check_all_system_metrics_post_energy_generation0[check all system metrics post energy generation]:::task
  Check_all_system_metrics_post_energy_generation0-->|Task| Review_energy_efficiency_metrics1[review energy efficiency metrics]:::task
  Review_energy_efficiency_metrics1-.->|End of Block| Perform_end_of_cycle_diagnostics7_block_start_0
  Review_energy_efficiency_metrics1-->|Rescue Start| Perform_end_of_cycle_diagnostics7_rescue_start_0[perform end of cycle diagnostics]:::rescue
  Perform_end_of_cycle_diagnostics7_rescue_start_0-->|Task| Handle_diagnostics_failure0[handle diagnostics failure]:::task
  Handle_diagnostics_failure0-.->|End of Rescue Block| Perform_end_of_cycle_diagnostics7_block_start_0
  Handle_diagnostics_failure0-->|Task| Begin_ThermoCore_shutdown8[begin thermocore shutdown]:::task
  Begin_ThermoCore_shutdown8-->|Block Start| Run_cooldown_diagnostics9_block_start_0[[run cooldown diagnostics]]:::block
  Run_cooldown_diagnostics9_block_start_0-->|Task| Monitor_system_cooldown_rates0[monitor system cooldown rates]:::task
  Monitor_system_cooldown_rates0-->|Task| Confirm_cooldown_success1[confirm cooldown success<br>When: **cooldown rate     nominal**]:::task
  Confirm_cooldown_success1-.->|End of Block| Run_cooldown_diagnostics9_block_start_0
  Confirm_cooldown_success1-->|Rescue Start| Run_cooldown_diagnostics9_rescue_start_0[run cooldown diagnostics]:::rescue
  Run_cooldown_diagnostics9_rescue_start_0-->|Task| Emergency_cooldown_protocol0[emergency cooldown protocol]:::task
  Emergency_cooldown_protocol0-.->|End of Rescue Block| Run_cooldown_diagnostics9_block_start_0
  Emergency_cooldown_protocol0-->End

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Playbook

---
- hosts: localhost
  remote_user: root
  roles:
    - thermo-core

Playbook graph

flowchart TD
  localhost-->|Role| thermo_core[thermo core]

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Author Information

Lucian BLETAN

License

license (GPL-2.0-or-later, MIT, etc)

Minimum Ansible Version

2.1

Platforms

No platforms specified.