diff --git a/tasks/main.yml b/tasks/main.yml index 15913ff..9ce0120 100644 --- a/tasks/main.yml +++ b/tasks/main.yml @@ -1,192 +1,163 @@ - - -# 📃 Role overview - -## thermo-core - -``` -Role belongs to lucian/devops -Namespace - lucian -Collection - devops -Version - 1.0.0 -Repository - http://example.com/repository -``` - -Description: your role description - - -| Field | Value | -|--------------------- |-----------------| -| Readme update | 03/11/2024 | - - - - - - - - - - - - -### 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 | block | False | | -| Fetch ambient temperature and pressure | ansible.builtin.set_fact | False | | -| Verify ambient conditions for high-energy simulation | ansible.builtin.debug | True | | -| 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 | | -| Begin energy generation cycle | block | False | Simulate energy generation cycle | -| Initialize energy storage capacitors | ansible.builtin.debug | False | | -| Simulate energy output based on temperature and pressure | ansible.builtin.set_fact | True | | -| Confirm energy generation success | 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 - -```mermaid -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_conditions1_block_start_0[[check ambient environmental conditions]]:::block - Check_ambient_environmental_conditions1_block_start_0-->|Task| Fetch_ambient_temperature_and_pressure0[fetch ambient temperature and pressure]:::task - Fetch_ambient_temperature_and_pressure0-->|Task| Verify_ambient_conditions_for_high_energy_simulation1[verify ambient conditions for high energy
simulation
When: **ambient temperature int 45 and ambient
pressure int 1000**]:::task - Verify_ambient_conditions_for_high_energy_simulation1-.->|End of Block| Check_ambient_environmental_conditions1_block_start_0 - Verify_ambient_conditions_for_high_energy_simulation1-->|Rescue Start| Check_ambient_environmental_conditions1_rescue_start_0[check ambient environmental conditions]:::rescue - Check_ambient_environmental_conditions1_rescue_start_0-->|Task| Handle_unfavorable_ambient_conditions0[handle unfavorable ambient conditions]:::task - Handle_unfavorable_ambient_conditions0-.->|End of Rescue Block| Check_ambient_environmental_conditions1_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| Begin_energy_generation_cycle3_block_start_0[[begin energy generation cycle]]:::block - Begin_energy_generation_cycle3_block_start_0-->|Task| Initialize_energy_storage_capacitors0[initialize energy storage capacitors]:::task - Initialize_energy_storage_capacitors0-->|Task| Simulate_energy_output_based_on_temperature_and_pressure1[simulate energy output based on temperature and
pressure
When: **target temperature int min temperature
threshold and target pressure int optimal
pressure threshold**]:::task - Simulate_energy_output_based_on_temperature_and_pressure1-->|Task| Confirm_energy_generation_success2[confirm energy generation success]:::task - Confirm_energy_generation_success2-.->|End of Block| Begin_energy_generation_cycle3_block_start_0 - Confirm_energy_generation_success2-->|Rescue Start| Begin_energy_generation_cycle3_rescue_start_0[begin energy generation cycle]:::rescue - Begin_energy_generation_cycle3_rescue_start_0-->|Task| Handle_energy_generation_failure0[handle energy generation failure]:::task - Handle_energy_generation_failure0-.->|End of Rescue Block| Begin_energy_generation_cycle3_block_start_0 - Handle_energy_generation_failure0-->|Block Start| Monitor_for_heat_dissipation_and_coolant_levels4_block_start_0[[monitor for heat dissipation and coolant levels]]:::block - Monitor_for_heat_dissipation_and_coolant_levels4_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
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
When: **coolant level int coolant level threshold**]:::task - Alert_if_coolant_is_low2-.->|End of Block| Monitor_for_heat_dissipation_and_coolant_levels4_block_start_0 - Alert_if_coolant_is_low2-->|Rescue Start| Monitor_for_heat_dissipation_and_coolant_levels4_rescue_start_0[monitor for heat dissipation and coolant levels]:::rescue - Monitor_for_heat_dissipation_and_coolant_levels4_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_levels4_block_start_0 - Activate_emergency_coolant_system0-->|Block Start| Verify_pressure_containment_integrity5_block_start_0[[verify pressure containment integrity]]:::block - Verify_pressure_containment_integrity5_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
When: **containment integrity intact**]:::task - Ensure_containment_for_continued_operation1-.->|End of Block| Verify_pressure_containment_integrity5_block_start_0 - Ensure_containment_for_continued_operation1-->|Rescue Start| Verify_pressure_containment_integrity5_rescue_start_0[verify pressure containment integrity]:::rescue - Verify_pressure_containment_integrity5_rescue_start_0-->|Task| Engage_containment_failure_protocols0[engage containment failure protocols]:::task - Engage_containment_failure_protocols0-.->|End of Rescue Block| Verify_pressure_containment_integrity5_block_start_0 - Engage_containment_failure_protocols0-->|Block Start| Adaptive_energy_generation_based_on_environmental_feedback6_block_start_0[[adaptive energy generation based on environmental
feedback]]:::block - Adaptive_energy_generation_based_on_environmental_feedback6_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_feedback6_block_start_0 - Adjust_ThermoCore_thresholds_based_on_environment1-->|Rescue Start| Adaptive_energy_generation_based_on_environmental_feedback6_rescue_start_0[adaptive energy generation based on environmental
feedback]:::rescue - Adaptive_energy_generation_based_on_environmental_feedback6_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_feedback6_block_start_0 - Handle_external_data_retrieval_failure0-->|Block Start| Adaptive_cycle_based_on_operational_data7_block_start_0[[adaptive cycle based on operational data]]:::block - Adaptive_cycle_based_on_operational_data7_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
When: **learning model ready default false**]:::task - Adjust_thresholds_based_on_feedback_loop1-.->|End of Block| Adaptive_cycle_based_on_operational_data7_block_start_0 - Adjust_thresholds_based_on_feedback_loop1-->|Rescue Start| Adaptive_cycle_based_on_operational_data7_rescue_start_0[adaptive cycle based on operational data]:::rescue - Adaptive_cycle_based_on_operational_data7_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_data7_block_start_0 - Manage_learning_model_integration_failure0-->|Block Start| Perform_end_of_cycle_diagnostics8_block_start_0[[perform end of cycle diagnostics]]:::block - Perform_end_of_cycle_diagnostics8_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_diagnostics8_block_start_0 - Review_energy_efficiency_metrics1-->|Rescue Start| Perform_end_of_cycle_diagnostics8_rescue_start_0[perform end of cycle diagnostics]:::rescue - Perform_end_of_cycle_diagnostics8_rescue_start_0-->|Task| Handle_diagnostics_failure0[handle diagnostics failure]:::task - Handle_diagnostics_failure0-.->|End of Rescue Block| Perform_end_of_cycle_diagnostics8_block_start_0 - Handle_diagnostics_failure0-->|Task| Begin_ThermoCore_shutdown9[begin thermocore shutdown]:::task - Begin_ThermoCore_shutdown9-->|Block Start| Run_cooldown_diagnostics10_block_start_0[[run cooldown diagnostics]]:::block - Run_cooldown_diagnostics10_block_start_0-->|Task| Monitor_system_cooldown_rates0[monitor system cooldown rates]:::task - Monitor_system_cooldown_rates0-->|Task| Confirm_cooldown_success1[confirm cooldown success
When: **cooldown rate nominal**]:::task - Confirm_cooldown_success1-.->|End of Block| Run_cooldown_diagnostics10_block_start_0 - Confirm_cooldown_success1-->|Rescue Start| Run_cooldown_diagnostics10_rescue_start_0[run cooldown diagnostics]:::rescue - Run_cooldown_diagnostics10_rescue_start_0-->|Task| Emergency_cooldown_protocol0[emergency cooldown protocol]:::task - Emergency_cooldown_protocol0-.->|End of Rescue Block| Run_cooldown_diagnostics10_block_start_0 - Emergency_cooldown_protocol0-->End -``` - - -## Playbook - -```yml --- -- hosts: localhost - remote_user: root - roles: - - thermo-core - -``` -## Playbook graph -```mermaid -flowchart TD - localhost-->|Role| thermo_core[thermo core] -``` - -## Author Information -your name - -#### License - -license (GPL-2.0-or-later, MIT, etc) - -#### Minimum Ansible Version - -2.1 - -#### Platforms - -No platforms specified. - +# tasks file for thermo-core + +# Initialize system and environment +- name: Start ThermoCore diagnostics + ansible.builtin.debug: + msg: "Initializing ThermoCore diagnostics and energy synthesis procedures." + +- name: Check ambient environmental conditions + block: + - name: Fetch ambient temperature and pressure + ansible.builtin.set_fact: + ambient_temperature: 35 # Example starting value + ambient_pressure: 1010 # Example static pressure + + - name: Verify ambient conditions for high-energy simulation + ansible.builtin.debug: + msg: "Ambient temperature and pressure are within acceptable limits for ThermoCore activation." + when: (ambient_temperature | int < 45) and (ambient_pressure | int > 1000) + rescue: + - name: Handle unfavorable ambient conditions + ansible.builtin.debug: + msg: "Ambient conditions unsuitable. Delaying activation and notifying support systems." + +# Initialize high-temperature and high-pressure simulation +- name: Configure ThermoCore for high-energy conditions + block: + - name: Set high temperature and pressure thresholds + ansible.builtin.set_fact: + target_temperature: "{{ min_temperature_threshold | int + 2000 }}" # High-temperature simulation + target_pressure: "{{ optimal_pressure_threshold | int + 500 }}" # High-pressure simulation + + - name: Activate high-energy synthesis mode + ansible.builtin.debug: + msg: "Activating high-energy synthesis mode with target temperature {{ target_temperature }}K and pressure {{ target_pressure }}Pa." + rescue: + - name: Handle ThermoCore setup failure + ansible.builtin.debug: + msg: "Failed to set high-energy thresholds, reverting to safe mode." + +# Simulate energy generation cycle +- name: Begin energy generation cycle + block: + - name: Initialize energy storage capacitors + ansible.builtin.debug: + msg: "Energy storage capacitors initialized for thermal energy absorption." + + - name: Simulate energy output based on temperature and pressure + ansible.builtin.set_fact: + generated_energy: "{{ target_temperature * target_pressure / 1000000 }}" # Simplified energy calculation + when: target_temperature | int > min_temperature_threshold and target_pressure | int > optimal_pressure_threshold + + - name: Confirm energy generation success + ansible.builtin.debug: + msg: "Generated {{ generated_energy }}MW of energy under current conditions." + rescue: + - name: Handle energy generation failure + ansible.builtin.debug: + msg: "ThermoCore energy generation failed. Lowering thresholds and recalibrating." + +# Environmental monitoring and resource checks +- name: Monitor for heat dissipation and coolant levels + block: + - name: Measure coolant levels + ansible.builtin.set_fact: + coolant_level: 50 # Example static value + + - name: Check if coolant levels are sufficient + ansible.builtin.debug: + msg: "Coolant levels sufficient for sustained operations." + when: coolant_level | int >= coolant_level_threshold + + - name: Alert if coolant is low + ansible.builtin.debug: + msg: "Warning: coolant levels below operational threshold." + when: coolant_level | int < coolant_level_threshold + rescue: + - name: Activate emergency coolant system + ansible.builtin.debug: + msg: "Emergency coolant system activated due to low levels." + +# Safety checks for pressure containment +- name: Verify pressure containment integrity + block: + - name: Check pressure containment status + ansible.builtin.set_fact: + containment_integrity: "intact" # Simulated static value + + - name: Ensure containment for continued operation + ansible.builtin.debug: + msg: "Containment system holding, safe for continued operation." + when: containment_integrity == "intact" + rescue: + - name: Engage containment failure protocols + ansible.builtin.debug: + msg: "Containment breach detected! Shutting down ThermoCore to prevent hazards." + +# Adjust energy generation based on environmental input +- name: Adaptive energy generation based on environmental feedback + block: + - name: Gather environmental feedback data + ansible.builtin.set_fact: + external_temperature: 45 # Mock value + external_pressure: 980 # Mock value + + - name: Adjust ThermoCore thresholds based on environment + ansible.builtin.debug: + msg: "Adjusting thresholds to maintain optimal energy output with external temp {{ external_temperature }}°C and pressure {{ external_pressure }}Pa." + rescue: + - name: Handle external data retrieval failure + ansible.builtin.debug: + msg: "Failed to retrieve external data. Using default thresholds for energy generation." + +# Machine learning feedback for system optimization +- name: Adaptive cycle based on operational data + block: + - name: Integrate operational data into learning model + ansible.builtin.debug: + msg: "Integrating operational data into machine learning model for future optimizations." + + - name: Adjust thresholds based on feedback loop + ansible.builtin.debug: + msg: "Thresholds adjusted according to real-time feedback and learning model data." + when: "learning_model_ready | default(false)" + rescue: + - name: Manage learning model integration failure + ansible.builtin.debug: + msg: "Machine learning model update failed; running on default configurations." + +# Final cycle diagnostics +- name: Perform end-of-cycle diagnostics + block: + - name: Check all system metrics post-energy generation + ansible.builtin.debug: + msg: "Performing end-of-cycle diagnostics for ThermoCore system stability." + + - name: Review energy efficiency metrics + ansible.builtin.debug: + msg: "Energy efficiency for the current cycle: {{ generated_energy | default('N/A') }}MW." + rescue: + - name: Handle diagnostics failure + ansible.builtin.debug: + msg: "Diagnostics incomplete; scheduling further analysis." + +# Shutdown and cooling procedures +- name: Begin ThermoCore shutdown + ansible.builtin.debug: + msg: "Initiating controlled shutdown and cooling of ThermoCore system." + +- name: Run cooldown diagnostics + block: + - name: Monitor system cooldown rates + ansible.builtin.set_fact: + cooldown_rate: "nominal" # Simulated value + + - name: Confirm cooldown success + ansible.builtin.debug: + msg: "Cooldown successful; ThermoCore safe for maintenance." + when: cooldown_rate == "nominal" + rescue: + - name: Emergency cooldown protocol + ansible.builtin.debug: + msg: "Emergency cooldown initiated due to excessive heat."