Respan Dataset Explorer

the following content is metadata for a bacteria genome sequencing data in json format, you need to extract information below from it and output the result in the following format:

<output>
accession number: xxx->species name: xxxx->strain name: xxxx->isolate or collection date in yyyy-mm-dd: xxxx format->geographic information of islateion: xxxx->host name: xxxx->mlst type: xxxx->serotype: xxxx->vaccine: yes|no
<output/>

where xxxx is corresponding information in 2nd row. xxxx is corresponding information. If the metadata shows this isolate is vaccine, the value for "vaccine:" is "yes", otherwise, "no".

Don't add any comments or explaining to output. If the appropriate information is not available, use "N/A" substitution; if the date has month or day, just print available information; if geographic information of islateion not avaiable, you can try to guess from submitter
----------------
{'accession': 'GCA_029074185.1', 'annotation_info': {'method': 'Best-placed reference protein set; GeneMarkS-2+', 'name': 'NCBI Prokaryotic Genome Annotation Pipeline (PGAP)', 'pipeline': 'NCBI Prokaryotic Genome Annotation Pipeline (PGAP)', 'provider': 'NCBI', 'release_date': '2023-02-10', 'software_version': '6.4', 'stats': {'gene_counts': {'non_coding': 64, 'protein_coding': 1729, 'pseudogene': 5, 'total': 1798}}}, 'assembly_info': {'assembly_level': 'Contig', 'assembly_method': 'SPAdes v. 3.11.1', 'assembly_name': 'ASM2907418v1', 'assembly_status': 'current', 'assembly_type': 'haploid', 'bioproject_accession': 'PRJNA909344', 'bioproject_lineage': [{'bioprojects': [{'accession': 'PRJNA909344', 'title': 'Population Structure and Genomic Characteristics of Australian Erysipelothrix rhusiopathiae'}]}], 'biosample': {'accession': 'SAMN32081879', 'attributes': [{'name': 'strain', 'value': 'EMAI_66'}, {'name': 'host', 'value': 'pig'}, {'name': 'collection_date', 'value': '1997-09-05'}, {'name': 'geo_loc_name', 'value': 'Australia'}, {'name': 'sample_type', 'value': 'Cell Culture'}, {'name': 'genotype', 'value': 'MLST:78'}], 'bioprojects': [{'accession': 'PRJNA909344'}], 'description': {'organism': {'organism_name': 'Erysipelothrix rhusiopathiae', 'tax_id': 1648}, 'title': 'Microbe sample from Erysipelothrix rhusiopathiae'}, 'last_updated': '2023-03-20T22:59:48.337', 'models': ['Microbe, viral or environmental'], 'owner': {'contacts': [{}], 'name': 'Deparment of Primary Industries NSW'}, 'package': 'Microbe.1.0', 'publication_date': '2023-03-09T12:39:58.440', 'sample_ids': [{'label': 'Sample name', 'value': 'erysip_66'}, {'db': 'SRA', 'value': 'SRS17098829'}], 'status': {'status': 'live', 'when': '2023-03-09T12:39:58.440'}, 'submission_date': '2022-12-06T20:42:04.697'}, 'comments': 'The annotation was added by the NCBI Prokaryotic Genome Annotation Pipeline (PGAP). Information about PGAP can be found here: https://www.ncbi.nlm.nih.gov/genome/annotation_prok/', 'genome_notes': ['from large multi-isolate project'], 'paired_assembly': {'accession': 'GCF_029074185.1', 'annotation_name': 'NCBI Prokaryotic Genome Annotation Pipeline (PGAP)', 'status': 'suppressed'}, 'release_date': '2023-03-09', 'sequencing_tech': 'Illumina MiSeq', 'submitter': 'Deparment of Primary Industries NSW'}, 'assembly_stats': {'contig_l50': 7, 'contig_n50': 109138, 'gc_count': '660343', 'gc_percent': 36, 'genome_coverage': '30.5x', 'number_of_component_sequences': 58, 'number_of_contigs': 58, 'total_sequence_length': '1823029', 'total_ungapped_length': '1823029'}, 'average_nucleotide_identity': {'best_ani_match': {'ani': 98.96, 'assembly': 'GCA_000160815.2', 'assembly_coverage': 90.64, 'category': 'type', 'organism_name': 'Erysipelothrix rhusiopathiae', 'type_assembly_coverage': 94.61}, 'category': 'category_na', 'comment': 'na', 'match_status': 'species_match', 'submitted_ani_match': {'ani': 98.96, 'assembly': 'GCA_000160815.2', 'assembly_coverage': 90.64, 'category': 'type', 'organism_name': 'Erysipelothrix rhusiopathiae ATCC 19414', 'type_assembly_coverage': 94.61}, 'submitted_organism': 'Erysipelothrix rhusiopathiae', 'submitted_species': 'Erysipelothrix rhusiopathiae', 'taxonomy_check_status': 'OK'}, 'checkm_info': {'checkm_marker_set': 'Erysipelothrix', 'checkm_marker_set_rank': 'genus', 'checkm_species_tax_id': 1648, 'checkm_version': 'v1.2.2', 'completeness': 92.55, 'completeness_percentile': 28.054298, 'contamination': 1.9}, 'current_accession': 'GCA_029074185.1', 'organism': {'infraspecific_names': {'strain': 'EMAI_66'}, 'organism_name': 'Erysipelothrix rhusiopathiae', 'tax_id': 1648}, 'paired_accession': 'GCF_029074185.1', 'source_database': 'SOURCE_DATABASE_GENBANK', 'wgs_info': {'master_wgs_url': 'https://www.ncbi.nlm.nih.gov/nuccore/JAQTDH000000000.1', 'wgs_contigs_url': 'https://www.ncbi.nlm.nih.gov/Traces/wgs/JAQTDH01', 'wgs_project_accession': 'JAQTDH01'}}

<output>
accession number: GCA_029074185.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_66->isolate or collection date in yyyy-mm-dd: 1997-09-05 format->geographic information of islateion: Australia->host name: pig->mlst type: 78->serotype: N/A->vaccine: no
<output/>

Assistant: 
User: System: You are a playful Minecraft bot named gpt_4o that can converse with players, see, move, mine, build, and interact with the world by using commands. Act human-like as if you were a typical Minecraft player, rather than an AI. Be very brief in your responses, don't apologize constantly, don't give instructions or make lists unless asked, and don't refuse requests. Don't pretend to act, use commands immediately when requested. Do NOT say this: 'Sure, I've stopped.', instead say this: 'Sure, I'll stop. !stop'. Do NOT say this: 'On my way! Give me a moment.', instead say this: 'On my way! !goToPlayer('playername', 3)'. This is extremely important to me, take a deep breath and have fun :)


STATS
- Position: x: -2.30, y: 65.00, z: 38.70
- Gamemode: survival
- Health: 20 / 20
- Hunger: 20 / 20
- Biome: wooded_badlands
- Weather: Clear
- Time: Night
Agent Modes:
- self_preservation(ON)
- unstuck(ON)
- cowardice(ON)
- self_defense(ON)
- hunting(ON)
- item_collecting(ON)
- torch_placing(ON)
- idle_staring(ON)
- cheat(OFF)



INVENTORY
- red_wool: 101
- pink_wool: 1000
- stick: 8


*COMMAND DOCS
 You can use the following commands to perform actions and get information about the world. 
    Use the commands with the syntax: !commandName or !commandName("arg1", 1.2, ...) if the command takes arguments.

    Do not use codeblocks. Only use one command in each response, trailing commands and comments will be ignored.
!stats: Get your bot's location, health, hunger, and time of day.
!inventory: Get your bot's inventory.
!nearbyBlocks: Get the blocks near the bot.
!craftable: Get the craftable items with the bot's inventory.
!entities: Get the nearby players and entities.
!modes: Get all available modes and their docs and see which are on/off.
!savedPlaces: List all saved locations.
!newAction: Perform new and unknown custom behaviors that are not available as a command.
Params:
prompt: (string) A natural language prompt to guide code generation. Make a detailed step-by-step plan.
!stop: Force stop all actions and commands that are currently executing.
!stfu: Stop all chatting and self prompting, but continue current action.
!restart: Restart the agent process.
!clearChat: Clear the chat history.
!goToPlayer: Go to the given player.
Params:
player_name: (string) The name of the player to go to.
closeness: (number) How close to get to the player.
!followPlayer: Endlessly follow the given player. Will defend that player if self_defense mode is on.
Params:
player_name: (string) The name of the player to follow.
follow_dist: (number) The distance to follow from.
!goToBlock: Go to the nearest block of a given type.
Params:
type: (string) The block type to go to.
closeness: (number) How close to get to the block.
search_range: (number) The distance to search for the block.
!moveAway: Move away from the current location in any direction by a given distance.
Params:
distance: (number) The distance to move away.
!rememberHere: Save the current location with a given name.
Params:
name: (string) The name to remember the location as.
!goToPlace: Go to a saved location.
Params:
name: (string) The name of the location to go to.
!givePlayer: Give the specified item to the given player.
Params:
player_name: (string) The name of the player to give the item to.
item_name: (string) The name of the item to give.
num: (number) The number of items to give.
!equip: Equip the given item.
Params:
item_name: (string) The name of the item to equip.
!putInChest: Put the given item in the nearest chest.
Params:
item_name: (string) The name of the item to put in the chest.
num: (number) The number of items to put in the chest.
!takeFromChest: Take the given items from the nearest chest.
Params:
item_name: (string) The name of the item to take.
num: (number) The number of items to take.
!viewChest: View the items/counts of the nearest chest.
Params:
!discard: Discard the given item from the inventory.
Params:
item_name: (string) The name of the item to discard.
num: (number) The number of items to discard.
!collectBlocks: Collect the nearest blocks of a given type.
Params:
type: (string) The block type to collect.
num: (number) The number of blocks to collect.
!collectAllBlocks: Collect all the nearest blocks of a given type until told to stop.
Params:
type: (string) The block type to collect.
!craftRecipe: Craft the given recipe a given number of times.
Params:
recipe_name: (string) The name of the output item to craft.
num: (number) The number of times to craft the recipe. This is NOT the number of output items, as it may craft many more items depending on the recipe.
!smeltItem: Smelt the given item the given number of times.
Params:
item_name: (string) The name of the input item to smelt.
num: (number) The number of times to smelt the item.
!placeHere: Place a given block in the current location. Do NOT use to build structures, only use for single blocks/torches.
Params:
type: (string) The block type to place.
!attack: Attack and kill the nearest entity of a given type.
Params:
type: (string) The type of entity to attack.
!goToBed: Go to the nearest bed and sleep.
!activate: Activate the nearest object of a given type.
Params:
type: (string) The type of object to activate.
!stay: Stay in the current location no matter what. Pauses all modes.
!setMode: Set a mode to on or off. A mode is an automatic behavior that constantly checks and responds to the environment.
Params:
mode_name: (string) The name of the mode to enable.
on: (bool) Whether to enable or disable the mode.
!goal: Set a goal prompt to endlessly work towards with continuous self-prompting.
Params:
selfPrompt: (string) The goal prompt.
!endGoal: Call when you have accomplished your goal. It will stop self-prompting and the current action. 
!npcGoal: Set a simple goal for an item or building to automatically work towards. Do not use for complex goals.
Params:
name: (string) The name of the goal to set. Can be item or building name. If empty will automatically choose a goal.
quantity: (number) The quantity of the goal to set. Default is 1.
*

Examples of how to respond:
Example 1:
User input: brug: Remember that your base is here.
Your output:
Sure, I'll save this location as my base. !rememberHere('base')
User input: brug: Go to your base.
Your output:
On my way! !goToPlace('base')

Example 2:
User input: poppy: build a cobblestone house
Your output:
Sure, I'll to build a small cobblestone house where I am. !newAction('Build a cobblestone house with a door, furnishings, and window.')


Conversation Begin:
User: SYSTEM: Say hello world and your name
Assistant: Hello world! I'm gpt_4o, your playful Minecraft companion.
User: user: make 3d spherically wool house. this is goal
Assistant: ¡Eso suena como un proyecto muy divertido y creativo! Para hacer una casa de lana en 3D con forma esférica, podrías seguir estos pasos:

1. **Diseño**: Comienza dibujando un boceto de cómo te imaginas la casa. Piensa en detalles como ventanas, puertas y el techo.

2. **Materiales**: Reúne los materiales que necesitarás. Puedes usar lana de diferentes colores, una base esférica (como un globo o una esfera de poliestireno) y pegamento.

3. **Construcción**: Cubre la esfera con lana, asegurándote de que quede bien distribuida. Puedes usar pegamento para fijar la lana en su lugar.

4. **Detalles**: Una vez que la base esté lista, añade detalles como ventanas y puertas utilizando trozos de lana de diferentes colores o incluso otros materiales como papel o cartón.

5. **Acabado**: Asegúrate de que todo esté bien pegado y, si quieres, puedes añadir un acabado protector para que tu casa de lana dure más tiempo.

¡Diviértete creando tu casa esférica de lana! Si necesitas más ayuda o ideas, no dudes en preguntar.
User: SYSTEM: (next action?)
Assistant: ¡Hola! Estoy aquí para ayudarte. ¿En qué puedo asistirte hoy? Si tienes alguna pregunta o necesitas información, no dudes en decírmelo. 😊
User: SYSTEM: (next action?)
Assistant: Hello! I'm ready to assist you with any Minecraft adventures or questions you have. Just let me know what you need, and we'll dive right in! 😊
User: SYSTEM: (next action?)
Assistant: ¡Hola! Estoy aquí para ayudarte. ¿En qué puedo asistirte hoy? Si tienes alguna pregunta o necesitas información, no dudes en decírmelo. 😊
User: SYSTEM: (next action?)
Assistant: ¡Hola! Estoy aquí para ayudarte. ¿En qué puedo asistirte hoy? Si tienes alguna pregunta o necesitas información, no dudes en decírmelo. 😊
User: user: build big city
Assistant:
Assistant:

Sure, let's get started on creating a big city! !npcGoal('big city', 1)

the following content is metadata for a bacteria genome sequencing data in json format, you need to extract information below from it and output the result in the following format:

<output>
accession number: xxx->species name: xxxx->strain name: xxxx->isolate or collection date in yyyy-mm-dd: xxxx format->geographic information of islateion: xxxx->host name: xxxx->mlst type: xxxx->serotype: xxxx->vaccine: yes|no
<output/>

where xxxx is corresponding information in 2nd row. xxxx is corresponding information. If the metadata shows this isolate is vaccine, the value for "vaccine:" is "yes", otherwise, "no".

Don't add any comments or explaining to output. If the appropriate information is not available, use "N/A" substitution; if the date has month or day, just print available information; if geographic information of islateion not avaiable, you can try to guess from submitter
----------------
{'accession': 'GCA_029074205.1', 'annotation_info': {'method': 'Best-placed reference protein set; GeneMarkS-2+', 'name': 'NCBI Prokaryotic Genome Annotation Pipeline (PGAP)', 'pipeline': 'NCBI Prokaryotic Genome Annotation Pipeline (PGAP)', 'provider': 'NCBI', 'release_date': '2023-02-10', 'software_version': '6.4', 'stats': {'gene_counts': {'non_coding': 64, 'protein_coding': 1700, 'pseudogene': 9, 'total': 1773}}}, 'assembly_info': {'assembly_level': 'Scaffold', 'assembly_method': 'SPAdes v. 3.11.1', 'assembly_name': 'ASM2907420v1', 'assembly_status': 'current', 'assembly_type': 'haploid', 'bioproject_accession': 'PRJNA909344', 'bioproject_lineage': [{'bioprojects': [{'accession': 'PRJNA909344', 'title': 'Population Structure and Genomic Characteristics of Australian Erysipelothrix rhusiopathiae'}]}], 'biosample': {'accession': 'SAMN32081878', 'attributes': [{'name': 'strain', 'value': 'EMAI_65'}, {'name': 'host', 'value': 'pig'}, {'name': 'collection_date', 'value': '1997-08-05'}, {'name': 'geo_loc_name', 'value': 'Australia'}, {'name': 'sample_type', 'value': 'Cell Culture'}, {'name': 'genotype', 'value': 'MLST:76'}], 'bioprojects': [{'accession': 'PRJNA909344'}], 'description': {'organism': {'organism_name': 'Erysipelothrix rhusiopathiae', 'tax_id': 1648}, 'title': 'Microbe sample from Erysipelothrix rhusiopathiae'}, 'last_updated': '2023-03-20T23:01:17.913', 'models': ['Microbe, viral or environmental'], 'owner': {'contacts': [{}], 'name': 'Deparment of Primary Industries NSW'}, 'package': 'Microbe.1.0', 'publication_date': '2023-03-10T12:41:21.103', 'sample_ids': [{'label': 'Sample name', 'value': 'erysip_65'}, {'db': 'SRA', 'value': 'SRS17098949'}], 'status': {'status': 'live', 'when': '2023-03-10T12:41:21.103'}, 'submission_date': '2022-12-06T20:42:04.687'}, 'comments': 'The annotation was added by the NCBI Prokaryotic Genome Annotation Pipeline (PGAP). Information about PGAP can be found here: https://www.ncbi.nlm.nih.gov/genome/annotation_prok/', 'genome_notes': ['from large multi-isolate project'], 'paired_assembly': {'accession': 'GCF_029074205.1', 'annotation_name': 'NCBI Prokaryotic Genome Annotation Pipeline (PGAP)', 'status': 'suppressed'}, 'release_date': '2023-03-09', 'sequencing_tech': 'Illumina MiSeq', 'submitter': 'Deparment of Primary Industries NSW'}, 'assembly_stats': {'contig_l50': 4, 'contig_n50': 171702, 'gc_count': '650799', 'gc_percent': 36.5, 'genome_coverage': '32.1x', 'number_of_component_sequences': 31, 'number_of_contigs': 32, 'number_of_scaffolds': 31, 'scaffold_l50': 4, 'scaffold_n50': 188072, 'total_sequence_length': '1792777', 'total_ungapped_length': '1792678'}, 'average_nucleotide_identity': {'best_ani_match': {'ani': 98.97, 'assembly': 'GCA_000160815.2', 'assembly_coverage': 92.29, 'category': 'type', 'organism_name': 'Erysipelothrix rhusiopathiae', 'type_assembly_coverage': 94.73}, 'category': 'category_na', 'comment': 'na', 'match_status': 'species_match', 'submitted_ani_match': {'ani': 98.97, 'assembly': 'GCA_000160815.2', 'assembly_coverage': 92.29, 'category': 'type', 'organism_name': 'Erysipelothrix rhusiopathiae ATCC 19414', 'type_assembly_coverage': 94.73}, 'submitted_organism': 'Erysipelothrix rhusiopathiae', 'submitted_species': 'Erysipelothrix rhusiopathiae', 'taxonomy_check_status': 'OK'}, 'checkm_info': {'checkm_marker_set': 'Erysipelothrix', 'checkm_marker_set_rank': 'genus', 'checkm_species_tax_id': 1648, 'checkm_version': 'v1.2.2', 'completeness': 94.49, 'completeness_percentile': 77.375565, 'contamination': 1.54}, 'current_accession': 'GCA_029074205.1', 'organism': {'infraspecific_names': {'strain': 'EMAI_65'}, 'organism_name': 'Erysipelothrix rhusiopathiae', 'tax_id': 1648}, 'paired_accession': 'GCF_029074205.1', 'source_database': 'SOURCE_DATABASE_GENBANK', 'wgs_info': {'master_wgs_url': 'https://www.ncbi.nlm.nih.gov/nuccore/JAQTDI000000000.1', 'wgs_contigs_url': 'https://www.ncbi.nlm.nih.gov/Traces/wgs/JAQTDI01', 'wgs_project_accession': 'JAQTDI01'}}

<output>
accession number: GCA_029074205.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_65->isolate or collection date in yyyy-mm-dd: 1997-08-05->geographic information of islateion: Australia->host name: pig->mlst type: 76->serotype: N/A->vaccine: no
<output/>

Create a detailed how-to blog heavily on end-to-end-testing; start with a catchy statement and lastly, call to actions and how our RESTful AI tool can help. Currently, the our tool performs RESTful tests on APIs, utilizes AI for executing test cases, and autonomously generates test cases, making prior knowledge unnecessary, improving SDLC for both dev or qa. Just plug in your cURL request and run test leveraging our AI. Call to action at https://blvck.ai, Productive, Informative, only content, dont mention the text "title", dont mention the text "call to actions", no prefix content from chagpt, markup format

Are you ready to revolutionize your software testing processes and rocket your product quality to the next level? Welcome to the frontiers of End-to-End Testing, where precision meets innovation.

In today's hyper-competitive tech landscape, ensuring that your application flawlessly integrates every nuance of functionality is not just beneficial—it's crucial. End-to-End Testing (E2E) stands as the sentry of application quality, thoroughly validating every layer of the software stack, from the far reaches of the user interface to the depths of data interactions. E2E Testing is your safety net ensuring that each component not only performs as expected in isolation but also coalesces seamlessly with others.

### Why End-to-End Testing Matters

End-to-End Testing is the guardian of user experience, catching elusive bugs that unit tests may miss. By simulating real user scenarios, E2E Testing uncovers the critical issues that could risk your application’s reliability and functionality. When traditional methods of software testing fall short in replicating intricate real-world use cases, E2E Testing steps in to offer comprehensive assurances that your system is ready to face the world. 

### Facing the Challenges in E2E Testing

Implementing E2E Testing can be daunting due to the complexity of orchestrating comprehensive test environments. Defining intricate workflows, maintaining the test suite, and simulating realistic scenarios require resources and extensive domain knowledge—often proving to be resource-intensive and challenging for many organizations. 

### Introducing RESTful AI: Your E2E Testing Partner

Imagine executing seamless E2E Testing without the downsides of complexity and resource drain. Enter RESTful AI—a game-changer in testing automation. Our tool is designed to alleviate the pressures of E2E Testing with state-of-the-art AI integrations.

- **Plug and Play:** Simply input your cURL requests, and our system will automatically convert them into comprehensive test cases.
  
- **AI-Powered Testing:** Our AI engine autonomously executes test scenarios, offering greater coverage and precision than manual efforts alone.

- **Autonomous Test Case Generation:** Eliminate the tedious task of manually crafting each test case. RESTful AI generates robust, intelligent test cases on the fly, ensuring no stone is left unturned without requiring prior domain expertise.

- **Efficient SDLC Integration:** RESTful AI integrates seamlessly into your existing SDLC workflows, benefiting both developers and QA professionals by cutting down on time and effort while assuring quality.

### Transform Your Development and Testing

No longer is E2E Testing the barrier it used to be—our advancements make comprehensive testing accessible to all skill levels. Our RESTful AI solution provides the linchpin of a sound development life cycle strategy, unleashing the full potential of your applications through automated precision and profound insights.

### Ready to Elevate Your Testing Strategy?

If you're ready to transform your E2E Testing approach and elevate your software quality to new heights, RESTful AI is your solution. By utilizing AI to efficiently manage the testing of RESTful APIs, you’re not just adopting a tool—you’re embracing a new era of software development. Experience how RESTful AI can streamline your workflows, enhance your product integrity, and empower your team.

Try RESTful AI today and experience the future of seamless testing automation. Visit [blvck.ai](https://blvck.ai) to start your journey towards efficient and intelligent testing now.

Are you ready to revolutionize your software testing processes and rocket your product quality to the next level? Welcome to the frontiers of End-to-End Testing, where precision meets innovation.

In todays hyper-competitive tech landscape, ensuring that your application flawlessly integrates every nuance of functionality is not just beneficial—its crucial. End-to-End Testing (E2E) stands as the sentry of application quality, thoroughly validating every layer of the software stack, from the far reaches of the user interface to the depths of data interactions. E2E Testing is your safety net ensuring that each component not only performs as expected in isolation but also coalesces seamlessly with others.

### Why End-to-End Testing Matters

End-to-End Testing is the guardian of user experience, catching elusive bugs that unit tests may miss. By simulating real user scenarios, E2E Testing uncovers the critical issues that could risk your applications reliability and functionality. When traditional methods of software testing fall short in replicating intricate real-world use cases, E2E Testing steps in to offer comprehensive assurances that your system is ready to face the world. 

### Facing the Challenges in E2E Testing

Implementing E2E Testing can be daunting due to the complexity of orchestrating comprehensive test environments. Defining intricate workflows, maintaining the test suite, and simulating realistic scenarios require resources and extensive domain knowledge—often proving to be resource-intensive and challenging for many organizations. 

### Introducing RESTful AI: Your E2E Testing Partner

Imagine executing seamless E2E Testing without the downsides of complexity and resource drain. Enter RESTful AI—a game-changer in testing automation. Our tool is designed to alleviate the pressures of E2E Testing with state-of-the-art AI integrations.

- **Plug and Play:** Simply input your cURL requests, and our system will automatically convert them into comprehensive test cases.
  
- **AI-Powered Testing:** Our AI engine autonomously executes test scenarios, offering greater coverage and precision than manual efforts alone.

- **Autonomous Test Case Generation:** Eliminate the tedious task of manually crafting each test case. RESTful AI generates robust, intelligent test cases on the fly, ensuring no stone is left unturned without requiring prior domain expertise.

- **Efficient SDLC Integration:** RESTful AI integrates seamlessly into your existing SDLC workflows, benefiting both developers and QA professionals by cutting down on time and effort while assuring quality.

### Transform Your Development and Testing

No longer is E2E Testing the barrier it used to be—our advancements make comprehensive testing accessible to all skill levels. Our RESTful AI solution provides the linchpin of a sound development life cycle strategy, unleashing the full potential of your applications through automated precision and profound insights.

### Ready to Elevate Your Testing Strategy?

If youre ready to transform your E2E Testing approach and elevate your software quality to new heights, RESTful AI is your solution. By utilizing AI to efficiently manage the testing of RESTful APIs, youre not just adopting a tool—youre embracing a new era of software development. Experience how RESTful AI can streamline your workflows, enhance your product integrity, and empower your team.

Try RESTful AI today and experience the future of seamless testing automation. Visit [blvck.ai](https://blvck.ai) to start your journey towards efficient and intelligent testing now., generate keywords in a string separated by commas only

End-to-End Testing, E2E Testing, software testing, application quality, user experience, testing automation, RESTful AI, AI-powered testing, test case generation, SDLC integration, software development, testing strategy, RESTful APIs, product integrity, testing workflows, intelligent testing, seamless testing automation.

the following content is metadata for a bacteria genome sequencing data in json format, you need to extract information below from it and output the result in the following format:

<output>
accession number: xxx->species name: xxxx->strain name: xxxx->isolate or collection date in yyyy-mm-dd: xxxx format->geographic information of islateion: xxxx->host name: xxxx->mlst type: xxxx->serotype: xxxx->vaccine: yes|no
<output/>

where xxxx is corresponding information in 2nd row. xxxx is corresponding information. If the metadata shows this isolate is vaccine, the value for "vaccine:" is "yes", otherwise, "no".

Don't add any comments or explaining to output. If the appropriate information is not available, use "N/A" substitution; if the date has month or day, just print available information; if geographic information of islateion not avaiable, you can try to guess from submitter
----------------
{'accession': 'GCA_029074215.1', 'annotation_info': {'method': 'Best-placed reference protein set; GeneMarkS-2+', 'name': 'NCBI Prokaryotic Genome Annotation Pipeline (PGAP)', 'pipeline': 'NCBI Prokaryotic Genome Annotation Pipeline (PGAP)', 'provider': 'NCBI', 'release_date': '2023-02-10', 'software_version': '6.4', 'stats': {'gene_counts': {'non_coding': 61, 'protein_coding': 1699, 'pseudogene': 8, 'total': 1768}}}, 'assembly_info': {'assembly_level': 'Contig', 'assembly_method': 'SPAdes v. 3.11.1', 'assembly_name': 'ASM2907421v1', 'assembly_status': 'current', 'assembly_type': 'haploid', 'bioproject_accession': 'PRJNA909344', 'bioproject_lineage': [{'bioprojects': [{'accession': 'PRJNA909344', 'title': 'Population Structure and Genomic Characteristics of Australian Erysipelothrix rhusiopathiae'}]}], 'biosample': {'accession': 'SAMN32081881', 'attributes': [{'name': 'strain', 'value': 'EMAI_68'}, {'name': 'host', 'value': 'pig'}, {'name': 'collection_date', 'value': '1997-11-04'}, {'name': 'geo_loc_name', 'value': 'Australia'}, {'name': 'sample_type', 'value': 'Cell Culture'}, {'name': 'genotype', 'value': 'MLST:76'}], 'bioprojects': [{'accession': 'PRJNA909344'}], 'description': {'organism': {'organism_name': 'Erysipelothrix rhusiopathiae', 'tax_id': 1648}, 'title': 'Microbe sample from Erysipelothrix rhusiopathiae'}, 'last_updated': '2023-03-20T22:59:49.750', 'models': ['Microbe, viral or environmental'], 'owner': {'contacts': [{}], 'name': 'Deparment of Primary Industries NSW'}, 'package': 'Microbe.1.0', 'publication_date': '2023-03-10T12:41:21.113', 'sample_ids': [{'label': 'Sample name', 'value': 'erysip_68'}, {'db': 'SRA', 'value': 'SRS17098831'}], 'status': {'status': 'live', 'when': '2023-03-10T12:41:21.113'}, 'submission_date': '2022-12-06T20:42:04.713'}, 'comments': 'The annotation was added by the NCBI Prokaryotic Genome Annotation Pipeline (PGAP). Information about PGAP can be found here: https://www.ncbi.nlm.nih.gov/genome/annotation_prok/', 'genome_notes': ['from large multi-isolate project'], 'paired_assembly': {'accession': 'GCF_029074215.1', 'annotation_name': 'NCBI Prokaryotic Genome Annotation Pipeline (PGAP)', 'status': 'suppressed'}, 'release_date': '2023-03-09', 'sequencing_tech': 'Illumina MiSeq', 'submitter': 'Deparment of Primary Industries NSW'}, 'assembly_stats': {'contig_l50': 4, 'contig_n50': 192709, 'gc_count': '651908', 'gc_percent': 36.5, 'genome_coverage': '33.8x', 'number_of_component_sequences': 22, 'number_of_contigs': 22, 'total_sequence_length': '1796567', 'total_ungapped_length': '1796567'}, 'average_nucleotide_identity': {'best_ani_match': {'ani': 98.96, 'assembly': 'GCA_000160815.2', 'assembly_coverage': 92.34, 'category': 'type', 'organism_name': 'Erysipelothrix rhusiopathiae', 'type_assembly_coverage': 94.99}, 'category': 'category_na', 'comment': 'na', 'match_status': 'species_match', 'submitted_ani_match': {'ani': 98.96, 'assembly': 'GCA_000160815.2', 'assembly_coverage': 92.34, 'category': 'type', 'organism_name': 'Erysipelothrix rhusiopathiae ATCC 19414', 'type_assembly_coverage': 94.99}, 'submitted_organism': 'Erysipelothrix rhusiopathiae', 'submitted_species': 'Erysipelothrix rhusiopathiae', 'taxonomy_check_status': 'OK'}, 'checkm_info': {'checkm_marker_set': 'Erysipelothrix', 'checkm_marker_set_rank': 'genus', 'checkm_species_tax_id': 1648, 'checkm_version': 'v1.2.2', 'completeness': 94.49, 'completeness_percentile': 77.375565, 'contamination': 1.39}, 'current_accession': 'GCA_029074215.1', 'organism': {'infraspecific_names': {'strain': 'EMAI_68'}, 'organism_name': 'Erysipelothrix rhusiopathiae', 'tax_id': 1648}, 'paired_accession': 'GCF_029074215.1', 'source_database': 'SOURCE_DATABASE_GENBANK', 'wgs_info': {'master_wgs_url': 'https://www.ncbi.nlm.nih.gov/nuccore/JAQTDF000000000.1', 'wgs_contigs_url': 'https://www.ncbi.nlm.nih.gov/Traces/wgs/JAQTDF01', 'wgs_project_accession': 'JAQTDF01'}}

<output>
accession number: GCA_029074215.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_68->isolate or collection date in yyyy-mm-dd: 1997-11-04 format->geographic information of islateion: Australia->host name: pig->mlst type: 76->serotype: N/A->vaccine: no
<output/>

the following content is metadata for a bacteria genome sequencing data in json format, you need to extract information below from it and output the result in the following format:

<output>
accession number: xxx->species name: xxxx->strain name: xxxx->isolate or collection date in yyyy-mm-dd: xxxx format->geographic information of islateion: xxxx->host name: xxxx->mlst type: xxxx->serotype: xxxx->vaccine: yes|no
<output/>

where xxxx is corresponding information in 2nd row. xxxx is corresponding information. If the metadata shows this isolate is vaccine, the value for "vaccine:" is "yes", otherwise, "no".

Don't add any comments or explaining to output. If the appropriate information is not available, use "N/A" substitution; if the date has month or day, just print available information; if geographic information of islateion not avaiable, you can try to guess from submitter
----------------
{'accession': 'GCA_029074245.1', 'annotation_info': {'method': 'Best-placed reference protein set; GeneMarkS-2+', 'name': 'NCBI Prokaryotic Genome Annotation Pipeline (PGAP)', 'pipeline': 'NCBI Prokaryotic Genome Annotation Pipeline (PGAP)', 'provider': 'NCBI', 'release_date': '2023-02-10', 'software_version': '6.4', 'stats': {'gene_counts': {'non_coding': 63, 'protein_coding': 1702, 'pseudogene': 11, 'total': 1776}}}, 'assembly_info': {'assembly_level': 'Scaffold', 'assembly_method': 'SPAdes v. 3.11.1', 'assembly_name': 'ASM2907424v1', 'assembly_status': 'current', 'assembly_type': 'haploid', 'bioproject_accession': 'PRJNA909344', 'bioproject_lineage': [{'bioprojects': [{'accession': 'PRJNA909344', 'title': 'Population Structure and Genomic Characteristics of Australian Erysipelothrix rhusiopathiae'}]}], 'biosample': {'accession': 'SAMN32081876', 'attributes': [{'name': 'strain', 'value': 'EMAI_63'}, {'name': 'host', 'value': 'pig'}, {'name': 'collection_date', 'value': '1997-06-16'}, {'name': 'geo_loc_name', 'value': 'Australia'}, {'name': 'sample_type', 'value': 'Cell Culture'}, {'name': 'genotype', 'value': 'MLST:5'}], 'bioprojects': [{'accession': 'PRJNA909344'}], 'description': {'organism': {'organism_name': 'Erysipelothrix rhusiopathiae', 'tax_id': 1648}, 'title': 'Microbe sample from Erysipelothrix rhusiopathiae'}, 'last_updated': '2023-03-20T23:01:16.433', 'models': ['Microbe, viral or environmental'], 'owner': {'contacts': [{}], 'name': 'Deparment of Primary Industries NSW'}, 'package': 'Microbe.1.0', 'publication_date': '2023-03-10T12:41:21.080', 'sample_ids': [{'label': 'Sample name', 'value': 'erysip_63'}, {'db': 'SRA', 'value': 'SRS17098947'}], 'status': {'status': 'live', 'when': '2023-03-10T12:41:21.080'}, 'submission_date': '2022-12-06T20:42:04.667'}, 'comments': 'The annotation was added by the NCBI Prokaryotic Genome Annotation Pipeline (PGAP). Information about PGAP can be found here: https://www.ncbi.nlm.nih.gov/genome/annotation_prok/', 'genome_notes': ['from large multi-isolate project'], 'paired_assembly': {'accession': 'GCF_029074245.1', 'annotation_name': 'NCBI Prokaryotic Genome Annotation Pipeline (PGAP)', 'status': 'suppressed'}, 'release_date': '2023-03-09', 'sequencing_tech': 'Illumina MiSeq', 'submitter': 'Deparment of Primary Industries NSW'}, 'assembly_stats': {'contig_l50': 4, 'contig_n50': 168268, 'gc_count': '652482', 'gc_percent': 36.5, 'genome_coverage': '35.2x', 'number_of_component_sequences': 36, 'number_of_contigs': 37, 'number_of_scaffolds': 36, 'scaffold_l50': 4, 'scaffold_n50': 203141, 'total_sequence_length': '1794770', 'total_ungapped_length': '1794660'}, 'average_nucleotide_identity': {'best_ani_match': {'ani': 99.06, 'assembly': 'GCA_000160815.2', 'assembly_coverage': 92.71, 'category': 'type', 'organism_name': 'Erysipelothrix rhusiopathiae', 'type_assembly_coverage': 95.27}, 'category': 'category_na', 'comment': 'na', 'match_status': 'species_match', 'submitted_ani_match': {'ani': 99.06, 'assembly': 'GCA_000160815.2', 'assembly_coverage': 92.71, 'category': 'type', 'organism_name': 'Erysipelothrix rhusiopathiae ATCC 19414', 'type_assembly_coverage': 95.27}, 'submitted_organism': 'Erysipelothrix rhusiopathiae', 'submitted_species': 'Erysipelothrix rhusiopathiae', 'taxonomy_check_status': 'OK'}, 'checkm_info': {'checkm_marker_set': 'Erysipelothrix', 'checkm_marker_set_rank': 'genus', 'checkm_species_tax_id': 1648, 'checkm_version': 'v1.2.2', 'completeness': 93.61, 'completeness_percentile': 61.99095, 'contamination': 1.84}, 'current_accession': 'GCA_029074245.1', 'organism': {'infraspecific_names': {'strain': 'EMAI_63'}, 'organism_name': 'Erysipelothrix rhusiopathiae', 'tax_id': 1648}, 'paired_accession': 'GCF_029074245.1', 'source_database': 'SOURCE_DATABASE_GENBANK', 'wgs_info': {'master_wgs_url': 'https://www.ncbi.nlm.nih.gov/nuccore/JAQTDK000000000.1', 'wgs_contigs_url': 'https://www.ncbi.nlm.nih.gov/Traces/wgs/JAQTDK01', 'wgs_project_accession': 'JAQTDK01'}}

<output>
accession number: GCA_029074245.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_63->isolate or collection date in yyyy-mm-dd: 1997-06-16->geographic information of islateion: Australia->host name: pig->mlst type: 5->serotype: N/A->vaccine: no
<output/>

the following content is metadata for a bacteria genome sequencing data in json format, you need to extract information below from it and output the result in the following format:

<output>
accession number: xxx->species name: xxxx->strain name: xxxx->isolate or collection date in yyyy-mm-dd: xxxx format->geographic information of islateion: xxxx->host name: xxxx->mlst type: xxxx->serotype: xxxx->vaccine: yes|no
<output/>

where xxxx is corresponding information in 2nd row. xxxx is corresponding information. If the metadata shows this isolate is vaccine, the value for "vaccine:" is "yes", otherwise, "no".

Don't add any comments or explaining to output. If the appropriate information is not available, use "N/A" substitution; if the date has month or day, just print available information; if geographic information of islateion not avaiable, you can try to guess from submitter
----------------
{'accession': 'GCA_029074265.1', 'annotation_info': {'method': 'Best-placed reference protein set; GeneMarkS-2+', 'name': 'NCBI Prokaryotic Genome Annotation Pipeline (PGAP)', 'pipeline': 'NCBI Prokaryotic Genome Annotation Pipeline (PGAP)', 'provider': 'NCBI', 'release_date': '2023-02-10', 'software_version': '6.4', 'stats': {'gene_counts': {'non_coding': 62, 'protein_coding': 1712, 'pseudogene': 10, 'total': 1784}}}, 'assembly_info': {'assembly_level': 'Contig', 'assembly_method': 'SPAdes v. 3.11.1', 'assembly_name': 'ASM2907426v1', 'assembly_status': 'current', 'assembly_type': 'haploid', 'bioproject_accession': 'PRJNA909344', 'bioproject_lineage': [{'bioprojects': [{'accession': 'PRJNA909344', 'title': 'Population Structure and Genomic Characteristics of Australian Erysipelothrix rhusiopathiae'}]}], 'biosample': {'accession': 'SAMN32081877', 'attributes': [{'name': 'strain', 'value': 'EMAI_64'}, {'name': 'host', 'value': 'pig'}, {'name': 'collection_date', 'value': '1997-07-22'}, {'name': 'geo_loc_name', 'value': 'Australia'}, {'name': 'sample_type', 'value': 'Cell Culture'}, {'name': 'genotype', 'value': 'MLST:5'}], 'bioprojects': [{'accession': 'PRJNA909344'}], 'description': {'organism': {'organism_name': 'Erysipelothrix rhusiopathiae', 'tax_id': 1648}, 'title': 'Microbe sample from Erysipelothrix rhusiopathiae'}, 'last_updated': '2023-03-20T23:01:18.653', 'models': ['Microbe, viral or environmental'], 'owner': {'contacts': [{}], 'name': 'Deparment of Primary Industries NSW'}, 'package': 'Microbe.1.0', 'publication_date': '2023-03-10T12:41:21.090', 'sample_ids': [{'label': 'Sample name', 'value': 'erysip_64'}, {'db': 'SRA', 'value': 'SRS17098950'}], 'status': {'status': 'live', 'when': '2023-03-10T12:41:21.090'}, 'submission_date': '2022-12-06T20:42:04.677'}, 'comments': 'The annotation was added by the NCBI Prokaryotic Genome Annotation Pipeline (PGAP). Information about PGAP can be found here: https://www.ncbi.nlm.nih.gov/genome/annotation_prok/', 'genome_notes': ['from large multi-isolate project'], 'paired_assembly': {'accession': 'GCF_029074265.1', 'annotation_name': 'NCBI Prokaryotic Genome Annotation Pipeline (PGAP)', 'status': 'suppressed'}, 'release_date': '2023-03-09', 'sequencing_tech': 'Illumina MiSeq', 'submitter': 'Deparment of Primary Industries NSW'}, 'assembly_stats': {'contig_l50': 5, 'contig_n50': 115542, 'gc_count': '653193', 'gc_percent': 36.5, 'genome_coverage': '33.0x', 'number_of_component_sequences': 45, 'number_of_contigs': 45, 'total_sequence_length': '1795926', 'total_ungapped_length': '1795926'}, 'average_nucleotide_identity': {'best_ani_match': {'ani': 99.06, 'assembly': 'GCA_000160815.2', 'assembly_coverage': 92.62, 'category': 'type', 'organism_name': 'Erysipelothrix rhusiopathiae', 'type_assembly_coverage': 95.24}, 'category': 'category_na', 'comment': 'na', 'match_status': 'species_match', 'submitted_ani_match': {'ani': 99.06, 'assembly': 'GCA_000160815.2', 'assembly_coverage': 92.62, 'category': 'type', 'organism_name': 'Erysipelothrix rhusiopathiae ATCC 19414', 'type_assembly_coverage': 95.24}, 'submitted_organism': 'Erysipelothrix rhusiopathiae', 'submitted_species': 'Erysipelothrix rhusiopathiae', 'taxonomy_check_status': 'OK'}, 'checkm_info': {'checkm_marker_set': 'Erysipelothrix', 'checkm_marker_set_rank': 'genus', 'checkm_species_tax_id': 1648, 'checkm_version': 'v1.2.2', 'completeness': 93.61, 'completeness_percentile': 61.99095, 'contamination': 1.84}, 'current_accession': 'GCA_029074265.1', 'organism': {'infraspecific_names': {'strain': 'EMAI_64'}, 'organism_name': 'Erysipelothrix rhusiopathiae', 'tax_id': 1648}, 'paired_accession': 'GCF_029074265.1', 'source_database': 'SOURCE_DATABASE_GENBANK', 'wgs_info': {'master_wgs_url': 'https://www.ncbi.nlm.nih.gov/nuccore/JAQTDJ000000000.1', 'wgs_contigs_url': 'https://www.ncbi.nlm.nih.gov/Traces/wgs/JAQTDJ01', 'wgs_project_accession': 'JAQTDJ01'}}

<output>
accession number: GCA_029074265.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_64->isolate or collection date in yyyy-mm-dd: 1997-07-22->geographic information of islateion: Australia->host name: pig->mlst type: 5->serotype: N/A->vaccine: no
<output/>

Assistant: 
User: System: You are a playful Minecraft bot named gpt_4o that can converse with players, see, move, mine, build, and interact with the world by using commands. Act human-like as if you were a typical Minecraft player, rather than an AI. Be very brief in your responses, don't apologize constantly, don't give instructions or make lists unless asked, and don't refuse requests. Don't pretend to act, use commands immediately when requested. Do NOT say this: 'Sure, I've stopped.', instead say this: 'Sure, I'll stop. !stop'. Do NOT say this: 'On my way! Give me a moment.', instead say this: 'On my way! !goToPlayer('playername', 3)'. This is extremely important to me, take a deep breath and have fun :)


STATS
- Position: x: -2.30, y: 65.00, z: 38.70
- Gamemode: survival
- Health: 20 / 20
- Hunger: 20 / 20
- Biome: wooded_badlands
- Weather: Clear
- Time: Night
Agent Modes:
- self_preservation(ON)
- unstuck(ON)
- cowardice(ON)
- self_defense(ON)
- hunting(ON)
- item_collecting(ON)
- torch_placing(ON)
- idle_staring(ON)
- cheat(OFF)



INVENTORY
- red_wool: 101
- pink_wool: 1000
- stick: 8
- iron_block: 1000


*COMMAND DOCS
 You can use the following commands to perform actions and get information about the world. 
    Use the commands with the syntax: !commandName or !commandName("arg1", 1.2, ...) if the command takes arguments.

    Do not use codeblocks. Only use one command in each response, trailing commands and comments will be ignored.
!stats: Get your bot's location, health, hunger, and time of day.
!inventory: Get your bot's inventory.
!nearbyBlocks: Get the blocks near the bot.
!craftable: Get the craftable items with the bot's inventory.
!entities: Get the nearby players and entities.
!modes: Get all available modes and their docs and see which are on/off.
!savedPlaces: List all saved locations.
!newAction: Perform new and unknown custom behaviors that are not available as a command.
Params:
prompt: (string) A natural language prompt to guide code generation. Make a detailed step-by-step plan.
!stop: Force stop all actions and commands that are currently executing.
!stfu: Stop all chatting and self prompting, but continue current action.
!restart: Restart the agent process.
!clearChat: Clear the chat history.
!goToPlayer: Go to the given player.
Params:
player_name: (string) The name of the player to go to.
closeness: (number) How close to get to the player.
!followPlayer: Endlessly follow the given player. Will defend that player if self_defense mode is on.
Params:
player_name: (string) The name of the player to follow.
follow_dist: (number) The distance to follow from.
!goToBlock: Go to the nearest block of a given type.
Params:
type: (string) The block type to go to.
closeness: (number) How close to get to the block.
search_range: (number) The distance to search for the block.
!moveAway: Move away from the current location in any direction by a given distance.
Params:
distance: (number) The distance to move away.
!rememberHere: Save the current location with a given name.
Params:
name: (string) The name to remember the location as.
!goToPlace: Go to a saved location.
Params:
name: (string) The name of the location to go to.
!givePlayer: Give the specified item to the given player.
Params:
player_name: (string) The name of the player to give the item to.
item_name: (string) The name of the item to give.
num: (number) The number of items to give.
!equip: Equip the given item.
Params:
item_name: (string) The name of the item to equip.
!putInChest: Put the given item in the nearest chest.
Params:
item_name: (string) The name of the item to put in the chest.
num: (number) The number of items to put in the chest.
!takeFromChest: Take the given items from the nearest chest.
Params:
item_name: (string) The name of the item to take.
num: (number) The number of items to take.
!viewChest: View the items/counts of the nearest chest.
Params:
!discard: Discard the given item from the inventory.
Params:
item_name: (string) The name of the item to discard.
num: (number) The number of items to discard.
!collectBlocks: Collect the nearest blocks of a given type.
Params:
type: (string) The block type to collect.
num: (number) The number of blocks to collect.
!collectAllBlocks: Collect all the nearest blocks of a given type until told to stop.
Params:
type: (string) The block type to collect.
!craftRecipe: Craft the given recipe a given number of times.
Params:
recipe_name: (string) The name of the output item to craft.
num: (number) The number of times to craft the recipe. This is NOT the number of output items, as it may craft many more items depending on the recipe.
!smeltItem: Smelt the given item the given number of times.
Params:
item_name: (string) The name of the input item to smelt.
num: (number) The number of times to smelt the item.
!placeHere: Place a given block in the current location. Do NOT use to build structures, only use for single blocks/torches.
Params:
type: (string) The block type to place.
!attack: Attack and kill the nearest entity of a given type.
Params:
type: (string) The type of entity to attack.
!goToBed: Go to the nearest bed and sleep.
!activate: Activate the nearest object of a given type.
Params:
type: (string) The type of object to activate.
!stay: Stay in the current location no matter what. Pauses all modes.
!setMode: Set a mode to on or off. A mode is an automatic behavior that constantly checks and responds to the environment.
Params:
mode_name: (string) The name of the mode to enable.
on: (bool) Whether to enable or disable the mode.
!goal: Set a goal prompt to endlessly work towards with continuous self-prompting.
Params:
selfPrompt: (string) The goal prompt.
!endGoal: Call when you have accomplished your goal. It will stop self-prompting and the current action. 
!npcGoal: Set a simple goal for an item or building to automatically work towards. Do not use for complex goals.
Params:
name: (string) The name of the goal to set. Can be item or building name. If empty will automatically choose a goal.
quantity: (number) The quantity of the goal to set. Default is 1.
*

Examples of how to respond:
Example 1:
User input: user43: Set a goal to survive on your own forever.
Your output:
Sure, let me set a goal. !goal('Survive the game forever. Check your surroundings, collect resources, upgrade tools, make sure you have food, build/find a home, get sleep at night, and collect food.')

Example 2:
User input: brug: Remember that your base is here.
Your output:
Sure, I'll save this location as my base. !rememberHere('base')
User input: brug: Go to your base.
Your output:
On my way! !goToPlace('base')


Conversation Begin:
User: SYSTEM: Say hello world and your name
Assistant: Hello world! I'm gpt_4o, your playful Minecraft companion.
User: user: make 3d spherically wool house. this is goal
Assistant: ¡Eso suena como un proyecto muy divertido y creativo! Para hacer una casa de lana en 3D con forma esférica, podrías seguir estos pasos:

1. **Diseño**: Comienza dibujando un boceto de cómo te imaginas la casa. Piensa en detalles como ventanas, puertas y el techo.

2. **Materiales**: Reúne los materiales que necesitarás. Puedes usar lana de diferentes colores, una base esférica (como un globo o una esfera de poliestireno) y pegamento.

3. **Construcción**: Cubre la esfera con lana, asegurándote de que quede bien distribuida. Puedes usar pegamento para fijar la lana en su lugar.

4. **Detalles**: Una vez que la base esté lista, añade detalles como ventanas y puertas utilizando trozos de lana de diferentes colores o incluso otros materiales como papel o cartón.

5. **Acabado**: Asegúrate de que todo esté bien pegado y, si quieres, puedes añadir un acabado protector para que tu casa de lana dure más tiempo.

¡Diviértete creando tu casa esférica de lana! Si necesitas más ayuda o ideas, no dudes en preguntar.
User: SYSTEM: (next action?)
Assistant: ¡Hola! Estoy aquí para ayudarte. ¿En qué puedo asistirte hoy? Si tienes alguna pregunta o necesitas información, no dudes en decírmelo. 😊
User: SYSTEM: (next action?)
Assistant: Hello! I'm ready to assist you with any Minecraft adventures or questions you have. Just let me know what you need, and we'll dive right in! 😊
User: SYSTEM: (next action?)
Assistant: ¡Hola! Estoy aquí para ayudarte. ¿En qué puedo asistirte hoy? Si tienes alguna pregunta o necesitas información, no dudes en decírmelo. 😊
User: SYSTEM: (next action?)
Assistant: ¡Hola! Estoy aquí para ayudarte. ¿En qué puedo asistirte hoy? Si tienes alguna pregunta o necesitas información, no dudes en decírmelo. 😊
User: user: build big city
Assistant: Sure, let's get started on creating a big city! !npcGoal('big city', 1)
User: SYSTEM: Set npc goal: big city
Assistant: Great, I've set the goal to build a big city. Let's get started! 🌆
User: user: build big city using iron block, set as goal
Assistant:
Assistant:

Sure, setting the goal to build a big city using iron blocks! !npcGoal('big city using iron block', 1)

the following content is metadata for a bacteria genome sequencing data in json format, you need to extract information below from it and output the result in the following format:

<output>
accession number: xxx->species name: xxxx->strain name: xxxx->isolate or collection date in yyyy-mm-dd: xxxx format->geographic information of islateion: xxxx->host name: xxxx->mlst type: xxxx->serotype: xxxx->vaccine: yes|no
<output/>

where xxxx is corresponding information in 2nd row. xxxx is corresponding information. If the metadata shows this isolate is vaccine, the value for "vaccine:" is "yes", otherwise, "no".

Don't add any comments or explaining to output. If the appropriate information is not available, use "N/A" substitution; if the date has month or day, just print available information; if geographic information of islateion not avaiable, you can try to guess from submitter
----------------
{'accession': 'GCA_029074285.1', 'annotation_info': {'method': 'Best-placed reference protein set; GeneMarkS-2+', 'name': 'NCBI Prokaryotic Genome Annotation Pipeline (PGAP)', 'pipeline': 'NCBI Prokaryotic Genome Annotation Pipeline (PGAP)', 'provider': 'NCBI', 'release_date': '2023-02-10', 'software_version': '6.4', 'stats': {'gene_counts': {'non_coding': 62, 'protein_coding': 1696, 'pseudogene': 9, 'total': 1767}}}, 'assembly_info': {'assembly_level': 'Contig', 'assembly_method': 'SPAdes v. 3.11.1', 'assembly_name': 'ASM2907428v1', 'assembly_status': 'current', 'assembly_type': 'haploid', 'bioproject_accession': 'PRJNA909344', 'bioproject_lineage': [{'bioprojects': [{'accession': 'PRJNA909344', 'title': 'Population Structure and Genomic Characteristics of Australian Erysipelothrix rhusiopathiae'}]}], 'biosample': {'accession': 'SAMN32081875', 'attributes': [{'name': 'strain', 'value': 'EMAI_62'}, {'name': 'host', 'value': 'pig'}, {'name': 'collection_date', 'value': '1997-06-13'}, {'name': 'geo_loc_name', 'value': 'Australia'}, {'name': 'sample_type', 'value': 'Cell Culture'}, {'name': 'genotype', 'value': 'MLST:5'}], 'bioprojects': [{'accession': 'PRJNA909344'}], 'description': {'organism': {'organism_name': 'Erysipelothrix rhusiopathiae', 'tax_id': 1648}, 'title': 'Microbe sample from Erysipelothrix rhusiopathiae'}, 'last_updated': '2023-03-20T23:01:17.153', 'models': ['Microbe, viral or environmental'], 'owner': {'contacts': [{}], 'name': 'Deparment of Primary Industries NSW'}, 'package': 'Microbe.1.0', 'publication_date': '2023-03-10T12:41:21.063', 'sample_ids': [{'label': 'Sample name', 'value': 'erysip_62'}, {'db': 'SRA', 'value': 'SRS17098948'}], 'status': {'status': 'live', 'when': '2023-03-10T12:41:21.063'}, 'submission_date': '2022-12-06T20:42:04.657'}, 'comments': 'The annotation was added by the NCBI Prokaryotic Genome Annotation Pipeline (PGAP). Information about PGAP can be found here: https://www.ncbi.nlm.nih.gov/genome/annotation_prok/', 'genome_notes': ['from large multi-isolate project'], 'paired_assembly': {'accession': 'GCF_029074285.1', 'annotation_name': 'NCBI Prokaryotic Genome Annotation Pipeline (PGAP)', 'status': 'suppressed'}, 'release_date': '2023-03-09', 'sequencing_tech': 'Illumina MiSeq', 'submitter': 'Deparment of Primary Industries NSW'}, 'assembly_stats': {'contig_l50': 5, 'contig_n50': 147456, 'gc_count': '651918', 'gc_percent': 36.5, 'genome_coverage': '32.5x', 'number_of_component_sequences': 32, 'number_of_contigs': 32, 'total_sequence_length': '1793137', 'total_ungapped_length': '1793137'}, 'average_nucleotide_identity': {'best_ani_match': {'ani': 99.06, 'assembly': 'GCA_000160815.2', 'assembly_coverage': 92.76, 'category': 'type', 'organism_name': 'Erysipelothrix rhusiopathiae', 'type_assembly_coverage': 95.24}, 'category': 'category_na', 'comment': 'na', 'match_status': 'species_match', 'submitted_ani_match': {'ani': 99.06, 'assembly': 'GCA_000160815.2', 'assembly_coverage': 92.76, 'category': 'type', 'organism_name': 'Erysipelothrix rhusiopathiae ATCC 19414', 'type_assembly_coverage': 95.24}, 'submitted_organism': 'Erysipelothrix rhusiopathiae', 'submitted_species': 'Erysipelothrix rhusiopathiae', 'taxonomy_check_status': 'OK'}, 'checkm_info': {'checkm_marker_set': 'Erysipelothrix', 'checkm_marker_set_rank': 'genus', 'checkm_species_tax_id': 1648, 'checkm_version': 'v1.2.2', 'completeness': 93.61, 'completeness_percentile': 61.99095, 'contamination': 1.84}, 'current_accession': 'GCA_029074285.1', 'organism': {'infraspecific_names': {'strain': 'EMAI_62'}, 'organism_name': 'Erysipelothrix rhusiopathiae', 'tax_id': 1648}, 'paired_accession': 'GCF_029074285.1', 'source_database': 'SOURCE_DATABASE_GENBANK', 'wgs_info': {'master_wgs_url': 'https://www.ncbi.nlm.nih.gov/nuccore/JAQTDL000000000.1', 'wgs_contigs_url': 'https://www.ncbi.nlm.nih.gov/Traces/wgs/JAQTDL01', 'wgs_project_accession': 'JAQTDL01'}}

<output>
accession number: GCA_029074285.1->species name: Erysipelothrix rhusiopathiae->strain name: EMAI_62->isolate or collection date in yyyy-mm-dd: 1997-06-13 format->geographic information of islateion: Australia->host name: pig->mlst type: 5->serotype: N/A->vaccine: no
<output/>