Deploy production APIs in minutes. Tools for projects, schemas, deployments, modules, object storage, and graph data — delivered on infrastructure you own (self-host or your own BYOC cluster).
Deploy production REST and Neo4j Graph APIs from JSON schemas in seconds.
API anahtarı
RATIONALBLOKS_API_KEY
Son kontrol
2026-11-14
Yıldızlar
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Araçlar
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Çalışma süresi
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What Is This?
RationalBloks MCP lets AI agents (Claude Code, Claude Desktop, Cursor, VS Code, etc.) deploy production APIs from a JSON schema, and deploy and run the frontends and backends built on them. No backend code to write. No infrastructure to manage.
"Create a task management API with tasks, projects, and users"
→ 2 minutes later: Production API running on Kubernetes
Installation
# recommended — no install step; @latest checks for a new release at every start
uvx rationalbloks-mcp@latest
# or install into an environment
pip install rationalbloks-mcp
Quick Start
1. Get Your API Key
Visit rationalbloks.com/settings and create an API key. A key carries scopes: a read key reaches only the read tools, a read + write key reaches every tool. The server lists only the tools your key may call.
claude mcp add --env RATIONALBLOKS_API_KEY=rb_sk_your_key_here rationalbloks \
-- uvx rationalbloks-mcp@latest
--scope project writes the server to the repository's .mcp.json instead, to share it with a team. Keep the key out of the file with "Authorization": "Bearer ${RATIONALBLOKS_API_KEY}": Claude Code expands the variable from each developer's environment.
VS Code — add to .vscode/mcp.json (Cursor: .cursor/mcp.json with a mcpServers key):
Any other client: point it at https://mcp.rationalbloks.com/mcp (Streamable HTTP) with Authorization: Bearer rb_sk_....
3. Claude Code Permissions
Every tool that can lose data carries destructiveHint: true, and no other tool can lose data. One allow rule covers the server, and ask rules keep a prompt on the tools that can lose data. Claude Code evaluates ask rules before allow rules, so they prompt even though the server is allowed, and in auto mode they still prompt, because they run before the classifier. Add this to .claude/settings.json (the project) or ~/.claude/settings.json (every project):
Read-only server: register a second server with a read key. It lists only the read tools and the platform refuses every other call, so one rule allows all of it:
Auto mode reads autoMode only from ~/.claude/settings.json, managed settings or --settings, never from a project's .claude/settings.json. If its classifier blocks routine RationalBloks calls, describe your project there, keeping $defaults (replace MyProject and apps.yourdomain.com with your project's name and your cluster's domain):
{
"autoMode": {
"environment": [
"$defaults",
"Key internal services: RationalBloks (MCP server rationalbloks, https://mcp.rationalbloks.com), where our project MyProject runs; its staging environment is for development",
"Trusted internal domains: rationalbloks.com and *.rationalbloks.com; *.apps.yourdomain.com, where MyProject's APIs and modules are served",
"Sensitive remote targets: MyProject's production environment"
]
}
}
Run claude auto-mode config to see the rules in effect, or edit them in /permissions (Auto mode tab).
Tools
Read tools only read. Write tools change something, and never lose data. Destructive tools can lose data, and carry destructiveHint: true: they replace a whole schema (update_schema, update_graph_schema), drop, delete, roll back, deploy a plan that drops data (deploy_destructive), or overwrite a module's environment (set_module_env).
A plan drops data when it drops a table or field, or changes a field's type in a way that rounds or cuts its stored values (a decimal given a smaller scale or turned integer, a datetime turned date). The deploy tools refuse such a plan and name each drop; deploy_destructive applies it.
A long operation (create, deploy, rollback, delete, module operations) runs as a job: the tool answers a job_id, and get_job_status follows it to its result.
Relational Projects
Tool
Kind
Description
list_projects
read
List all your projects
get_project
read
Get project details
get_schema
read
Get the current JSON schema (optionally only some tables or fields)
get_user_info
read
Get authenticated user info
list_clusters
read
List your BYOC resource pools (client-owned clusters)
get_job_status
read
Follow a job (create, deploy, promotion, rollback, deletion, module operation) to its result
list_project_jobs
read
A project's jobs, newest first, each with its outcome
get_project_info
read
Detailed project info with K8s status
get_version_history
read
Git commit history
get_template_schemas
read
Pre-built schema templates
get_schema_reference
read
Advanced schema features reference (__policy__, computed, __constraints__, __audit__)
get_subscription_status
read
Plan and usage limits
get_project_usage
read
CPU/memory metrics
get_project_storage_usage
read
Object-storage file count and bytes used vs limits
list_project_files
read
List uploaded files (metadata + public URLs)
get_schema_at_version
read
Schema at a specific commit
preview_schema_change
read
Preview a change (patch operations or a whole schema): the migration plan and every drop, saving nothing
create_project
write
Create a project from a schema (cluster_id of one of your BYOC pools; backend_type python or rust)
patch_schema
write
Change part of the schema: add, rename and set tables and fields. Never drops
deploy_staging
write
Deploy the saved schema to staging. Refuses a plan that drops data
deploy_production
write
Promote staging to production. Refuses a plan that drops data
redeploy_project
write
Rebuild and roll out staging from the schema it runs, with no schema change
rename_project
write
Rename a project
update_schema
destructive
Replace the whole schema: a table or field it leaves out is dropped by the next deploy
drop_schema_items
destructive
Drop tables or fields from the saved schema
deploy_destructive
destructive
Deploy a plan that drops data, to staging or production (relational or graph)
rollback_project
destructive
Roll schema and code back to a previous version
delete_project
destructive
Delete a project permanently
Graph Projects
Tool
Kind
Description
get_graph_schema
read
Get a graph project's schema
get_graph_template_schemas
read
Pre-built graph schema templates
get_graph_version_history
read
Graph schema version history
get_graph_schema_at_version
read
Schema at a specific version
get_graph_project_info
read
Graph project info with K8s/Neo4j status
create_graph_project
write
Create a Neo4j graph project
deploy_graph_staging
write
Deploy the saved graph schema to staging. Refuses a plan that drops data
deploy_graph_production
write
Promote graph staging to production. Refuses a plan that drops data
update_graph_schema
destructive
Replace the whole graph schema: what it leaves out is dropped by the next deploy
rollback_graph_project
destructive
Roll a graph project back to a previous version
delete_graph_project
destructive
Delete a graph project
Graph Data
Tool
Kind
Description
get_graph_node
read
Get a node by ID
list_graph_nodes
read
List nodes by entity type
get_node_relationships
read
Get a node's relationships
search_graph_nodes
read
Search nodes by property filters
fulltext_search_graph
read
Full-text search across all fields
traverse_graph
read
Traverse the graph from a node
get_graph_statistics
read
Graph statistics (counts)
get_graph_data_schema
read
The deployed data schema
create_graph_node
write
Create a node
update_graph_node
write
Update node properties
create_graph_relationship
write
Create a relationship
bulk_create_graph_nodes
write
Create up to 500 nodes
bulk_create_graph_relationships
write
Create up to 500 relationships
delete_graph_node
destructive
Delete a node and its relationships
delete_graph_relationship
destructive
Delete a relationship
Modules
A module is one of a project's own frontends (frontblok) or backends (logicblok), built from a GitHub repository and run beside the project.
Tool
Kind
Description
list_modules
read
A project's modules: id, type, repository, URL, status, pods, resources, the image last built
deploy_module
write
Deploy a new module from a GitHub repository
redeploy_module
write
Rebuild a module from its repository's default branch head and roll it out
update_module
write
Rename a module or point it at another repository
freeze_module
write
Stop a module's pods, remembering how many it ran
unfreeze_module
write
Start a frozen module's pods again
scale_module
write
Run 1 or 2 pods of a module
set_module_resources
write
Set a module's CPU and memory, and rebuild it
set_module_env
destructive
Set or remove environment variables (merged: variables not named are kept); values are never read back
get_schema_reference covers the advanced features: row policies, computed fields, unique groups (nulls_not_distinct for groups with nullable columns, deferrable for groups checked at commit), audit trails, the generated API's scoped deletes, and writes that state the row_version they read (If-Match, if_version).
Henüz araç listesi yok. Uzak sunucular ilk sağlık kontrolünden sonra bir liste alır.
SSS
Sorular
RationalBloks nasıl kurulur?
Bu sayfadan Cursor, Claude Desktop, Claude Code veya VS Code için http yapılandırmasını kopyalayın. PlugMCP proxy'sini değil, yayıncının kurulumunu kullanır.
RationalBloks için API anahtarı gerekiyor mu?
Yayıncı şu ortam değişkenlerini listeliyor: RATIONALBLOKS_API_KEY.
RationalBloks hangi aktarımı kullanıyor?
RationalBloks sunucusuna HTTP üzerinden ulaşılır.
RationalBloks en son ne zaman kontrol edildi?
Son kontrol: 2026-11-14. Deploy production REST and Neo4j Graph APIs from JSON schemas in seconds.