Vibing Steampunk (vsp)

AI-Agentic Development Unlocked for ABAP — ECC, S/4HANA, everywhere ADT is available.

ADT ↔ MCP Bridge: Gives Claude (and other AI assistants) full access to SAP ADT APIs. Read code, write code, debug, deploy, run tests — all through natural language (or DSL for automation).

See also: OData ↔ MCP Bridge for SAP data access.

What's New

v2.16.0 - abapGit WebSocket Integration

GitTypes Tool: Query 158 supported abapGit object types
GitExport Tool: Export packages/objects as abapGit-compatible ZIP (base64)
WebSocket Transport: Via ZADT_VSP handler (domain: "git")
abapGit Serialization: Uses native ZCL_ABAPGIT_OBJECTS=>serialize() for full compatibility
Tool Group "G": Disable Git tools with --disabled-groups G
Requires: abapGit installed on SAP system
See abapGit Integration Report

v2.15.0 - Phase 5 TAS-Style Debugging Complete

Variable History Recording: Track all variable changes during debug sessions
Extended Breakpoint Types: Statement, exception, and watchpoint scripting
Force Replay / State Injection: THE KILLER FEATURE - inject captured state into live debug sessions
WebSocket Debugging: Full TPDAPI integration via ZADT_VSP WebSocket handler
AMDP Debugging: Experimental support (session works, breakpoint triggering under investigation)
See Observations Since v2.12.5 for complete changelog

v2.14.0 - Lua Scripting Integration (Phase 5)

vsp lua Command: Interactive REPL and script execution
40+ Lua Bindings: All MCP tools accessible from Lua (searchObject, getSource, setBreakpoint, etc.)
Debug Session Management: listen, attach, stepOver, stepInto, stepReturn, continue, getStack
Checkpoint System: saveCheckpoint, getCheckpoint, listCheckpoints, injectCheckpoint (Force Replay foundation)
Example Scripts: search-and-grep, call-graph-analysis, debug-session, analyze-dumps
See TAS & RCA Vision and Roadmap for Phase 5-8 plans

v2.13.0 - Call Graph & RCA Tools

GetCallersOf/GetCalleesOf: Navigate call graphs up (who calls) and down (what's called)
TraceExecution: Composite RCA tool - static graph + trace + comparison in one call
CompareCallGraphs: Find untested paths (static only) and dynamic calls (actual only)
AnalyzeCallGraph: Statistics on nodes, edges, depth, types
WebSocket Debugging: Full TPDAPI integration for statement/exception breakpoints

v2.12.5 - EditSource Line Ending Fix

CRLF→LF Normalization: EditSource now works reliably across platforms
SAP ADT returns \r\n, AI sends \n - now automatically normalized
No more "old_string not found" errors due to line ending mismatches

v2.12.4 - Feature Detection & Safety Network

GetFeatures Tool: Probe SAP system for available optional capabilities
Feature Flags: --feature-abapgit, --feature-rap, --feature-amdp, --feature-ui5, --feature-transport
Feature Modes: auto (probe system), on (force enable), off (force disable)
SRVB WriteSource: Create Service Bindings via unified WriteSource tool
BDEF Improvements: Fixed behavior definition creation flow

v2.12.0 - abapGit-Compatible Format & Batch Operations

Class Includes: Import/export .clas.testclasses.abap, .clas.locals_def.abap, .clas.locals_imp.abap
Batch Import DSL: dsl.Import(client).FromDirectory("./src/").RAPOrder().Execute(ctx)
Batch Export DSL: dsl.Export(client).Classes("ZCL_*").ToDirectory("./backup/").Execute(ctx)
Pipeline Builder: dsl.RAPPipeline(client, "./src/", "$PKG", "ZSRV_BINDING") - full RAP deployment
Priority Control: DDLSFirst(), RAPOrder(), CustomOrder() for dependency handling

v2.11.0 - Transport Management & Safety Controls

5 Transport Tools: ListTransports, GetTransport, CreateTransport, ReleaseTransport, DeleteTransport
Safety Controls: --enable-transports, --transport-read-only, --allowed-transports "A4HK*"
Tool Group "C": Disable all CTS tools with --disabled-groups C
Enterprise-grade transport governance for AI assistants

v2.10.0 - UI5/BSP Management & Tool Groups

7 UI5/BSP Tools: List apps, read files, search content, view manifests
AMDP Debugger: 5 tools for HANA stored procedure debugging
Tool Groups: Selectively disable features (--disabled-groups 5THD)
94 Total Tools: 46 focused mode, 94 expert mode

v2.8.0 - Full Debug Session Support

DebuggerAttach/Detach - Attach to caught debuggees, release sessions
DebuggerGetStack - View call stack with program/line info
DebuggerGetVariables - Inspect variable values during debugging
DebuggerStep - Step into/over/return/continue through code
Complete AI-powered debugging: breakpoint → listen → attach → inspect → step

v2.7.0 - External Debugger & Listener

Set external breakpoints (line, exception, statement, message)
Long-polling debug listener for autonomous debugging
Foundation for AI-powered debugger scripting

v2.6.0 - RAP OData E2E Support

Create CDS views, Service Definitions, and Service Bindings
Publish OData V2/V4 services directly from AI assistant
Full RAP development lifecycle via MCP tools

Single binary with 48 focused tools (default) or 96 expert tools for AI-assisted ABAP development.

Key Features

Feature	Description
AI Debugger	Breakpoints, listener, attach, step, inspect stack & variables
RAP OData E2E	Create CDS views, Service Definitions, Bindings → Publish OData services
Focused Mode	37 curated tools optimized for AI assistants (50% token reduction)
AI-Powered RCA	Root cause analysis with dumps, traces, profiler + code intelligence
DSL & Workflows	Fluent Go API + YAML automation for CI/CD pipelines
ExecuteABAP	Run arbitrary ABAP code via unit test wrapper
Code Analysis	Call graphs, object structure, find definition/references
System Introspection	System info, installed components, CDS dependencies
Diagnostics	Short dumps (RABAX), ABAP profiler (ATRA), SQL traces (ST05)
File Deployment	Bypass token limits - deploy large files directly from filesystem
Surgical Edits	`EditSource` tool matches Claude's Edit pattern for precise changes

Quick Start

# Download from releases
curl -LO https://github.com/oisee/vibing-steampunk/releases/latest/download/vsp-linux-amd64
chmod +x vsp-linux-amd64

# Or build from source
git clone https://github.com/oisee/vibing-steampunk.git && cd vibing-steampunk
make build

Configuration Options

CLI Flags

vsp --url https://host:44300 --user admin --password secret
vsp --url https://host:44300 --cookie-file cookies.txt
vsp --mode expert  # Enable all 62 tools

Environment Variables

export SAP_URL=https://host:44300
export SAP_USER=developer
export SAP_PASSWORD=secret
export SAP_CLIENT=001

.env File

# .env (auto-loaded from current directory)
SAP_URL=https://host:44300
SAP_USER=developer
SAP_PASSWORD=secret

Flag	Env Variable	Description
`--url`	`SAP_URL`	SAP system URL
`--user`	`SAP_USER`	Username
`--password`	`SAP_PASSWORD`	Password
`--client`	`SAP_CLIENT`	Client (default: 001)
`--mode`	`SAP_MODE`	`focused` (default) or `expert`
`--cookie-file`	`SAP_COOKIE_FILE`	Netscape cookie file
`--insecure`	`SAP_INSECURE`	Skip TLS verification

Usage with Claude

Claude Desktop

Add to ~/.config/claude/claude_desktop_config.json:

{
  "mcpServers": {
    "abap-adt": {
      "command": "/path/to/vsp",
      "env": {
        "SAP_URL": "https://your-sap-host:44300",
        "SAP_USER": "your-username",
        "SAP_PASSWORD": "your-password"
      }
    }
  }
}

Claude Code

Add .mcp.json to your project:

{
  "mcpServers": {
    "abap-adt": {
      "command": "/path/to/vsp",
      "env": {
        "SAP_URL": "https://your-sap-host:44300",
        "SAP_USER": "your-username",
        "SAP_PASSWORD": "your-password"
      }
    }
  }
}

Focused vs Expert Mode

Aspect	Focused (Default)	Expert
Tools	48 essential	96 complete
Token overhead	~2,500	~7,500
Use case	Daily development	Edge cases, debugging
Unified tools	GetSource, WriteSource	+ granular Get/Write

Focused mode consolidates 11 read/write tools into 2 unified tools, reducing cognitive load and token usage by 58%.

Enable expert mode: --mode=expert or SAP_MODE=expert

DSL & Automation

YAML Workflows

# ci-pipeline.yaml
name: CI Pipeline
vars:
  package: "$TMP"
steps:
  - action: search
    query: "ZCL_*"
    types: [class]
    package: "{{ .package }}"
    save_as: classes

  - action: test
    objects: "{{ .classes }}"
    parallel: 4

  - action: fail_if
    condition: tests_failed
    message: "Unit tests failed"

vsp workflow run ci-pipeline.yaml --var package='$ZRAY'

Go Library

// Fluent search
objects, _ := dsl.Search(client).
    Query("ZCL_*").Classes().InPackage("$TMP").Execute(ctx)

// Test orchestration
summary, _ := dsl.Test(client).
    Objects(objects...).Parallel(4).Run(ctx)

// Batch import from directory (abapGit-compatible)
result, _ := dsl.Import(client).
    FromDirectory("./src/").
    ToPackage("$ZRAY").
    RAPOrder().  // DDLS → BDEF → Classes → SRVD
    Execute(ctx)

// Export classes with all includes
result, _ := dsl.Export(client).
    Classes("ZCL_TRAVEL", "ZCL_BOOKING").
    ToDirectory("./backup/").
    Execute(ctx)

// RAP deployment pipeline
pipeline := dsl.RAPPipeline(client, "./src/", "$ZRAY", "ZTRAVEL_SB")

See docs/DSL.md for complete documentation.

ExecuteABAP

Run arbitrary ABAP code via unit test wrapper:

ExecuteABAP:
  code: |
    DATA(lv_msg) = |Hello from SAP at { sy-datum }|.
    lv_result = lv_msg.

Risk levels: harmless (read-only), dangerous (write), critical (full access)

See ExecuteABAP Report for details.

AI-Powered Root Cause Analysis

vsp enables AI assistants to investigate production issues autonomously:

User: "Investigate the ZERODIVIDE crash in production"

AI Workflow:
  1. GetDumps      → Find recent crashes by exception type
  2. GetDump       → Analyze stack trace and variable values
  3. GetSource     → Read code at crash location
  4. GetCallGraph  → Trace call hierarchy
  5. GrepPackages  → Find similar patterns
  6. Analysis      → Identify root cause
  7. Propose Fix   → Generate solution + test case

Example Output:

"The crash occurs in ZCL_PRICING=>CALCULATE_RATIO when LV_TOTAL=0. This happens for archived orders with no line items. Here's the fix..."

See AI-Powered RCA Workflows for the complete vision.

Tools Reference

48 Focused Mode Tools:

Search: SearchObject, GrepObjects, GrepPackages
Read: GetSource, GetTable, GetTableContents, RunQuery, GetPackage, GetFunctionGroup, GetCDSDependencies
Debugger: DebuggerListen, DebuggerAttach, DebuggerDetach, DebuggerStep, DebuggerGetStack, DebuggerGetVariables
- Note: Breakpoints now managed via WebSocket (ZADT_VSP)
Write: WriteSource, EditSource, ImportFromFile, ExportToFile
Dev: SyntaxCheck, RunUnitTests, RunATCCheck, LockObject, UnlockObject
Intelligence: FindDefinition, FindReferences
System: GetSystemInfo, GetInstalledComponents, GetCallGraph, GetObjectStructure, GetFeatures
Diagnostics: GetDumps, GetDump, ListTraces, GetTrace, GetSQLTraceState, ListSQLTraces
Git: GitTypes, GitExport (requires abapGit on SAP)

See README_TOOLS.md for complete tool documentation (94 tools).

Capability Matrix

Capability	ADT (Eclipse)	abap-adt-api (TS)	vsp
Programs, Classes, Interfaces	Y	Y	Y
Functions, Function Groups	Y	Y	Y
Tables, Structures	Y	Y	Y
CDS Views	Y	Y	Y
Syntax Check, Activation	Y	Y	Y
Unit Tests	Y	Y	Y
CRUD Operations	Y	Y	Y
Find Definition/References	Y	Y	Y
Code Completion	Y	Y	Y
ATC Checks	Y	Y	Y
Call Graph	Y	Y	Y
System Info	Y	Y	Y
Surgical Edit (Edit pattern)	-	-	Y
File-based Deploy	-	-	Y
ExecuteABAP	-	-	Y
RAP OData (DDLS/SRVD/SRVB)	Y	-	Y
OData Service Publish	Y	-	Y
abapGit Export	Y	-	Y (WebSocket)
Debugging	Y	Y	N

Credits

Project	Author	Contribution
abap-adt-api	Marcello Urbani	TypeScript ADT library, definitive API reference
mcp-abap-adt	Mario Andreschak	First MCP server for ABAP ADT

vsp is a Go rewrite with:

Single binary, zero dependencies
62 tools (vs 13 original)
~50x faster startup

Optional: WebSocket Handler (ZADT_VSP)

vsp can optionally deploy a WebSocket handler to SAP for enhanced functionality like RFC calls:

# 1. Create package
vsp CreatePackage --name '$ZADT_VSP' --description 'VSP WebSocket Handler'

# 2. Deploy objects (embedded in binary)
vsp WriteSource --object_type INTF --name ZIF_VSP_SERVICE --package '$ZADT_VSP' \
    --source "$(cat embedded/abap/zif_vsp_service.intf.abap)"
vsp WriteSource --object_type CLAS --name ZCL_VSP_RFC_SERVICE --package '$ZADT_VSP' \
    --source "$(cat embedded/abap/zcl_vsp_rfc_service.clas.abap)"
vsp WriteSource --object_type CLAS --name ZCL_VSP_APC_HANDLER --package '$ZADT_VSP' \
    --source "$(cat embedded/abap/zcl_vsp_apc_handler.clas.abap)"

# 3. Manually create APC app in SAPC + activate in SICF
#    See embedded/abap/README.md for details

After deployment, connect via WebSocket to call RFCs:

{"id":"1","domain":"rfc","action":"call","params":{"function":"BAPI_USER_GET_DETAIL","USERNAME":"TESTUSER"}}

See WebSocket Handler Report for complete documentation.

Documentation

Document	Description
README_TOOLS.md	Complete tool reference (94 tools)
MCP_USAGE.md	AI agent usage guide
docs/DSL.md	DSL & workflow documentation
ARCHITECTURE.md	Technical architecture
CLAUDE.md	AI development guidelines
embedded/abap/README.md	WebSocket handler deployment
Observations Since v2.12.5	Recent changes & research summary

SQL Query Notes

Uses ABAP SQL syntax, not standard SQL:

Feature	Status
`ORDER BY col ASCENDING`	Works
`ORDER BY col DESCENDING`	Works
`ORDER BY col ASC/DESC`	FAILS - use ASCENDING/DESCENDING
`LIMIT n`	FAILS - use `max_rows` parameter

Development

# Build
make build          # Current platform
make build-all      # All 9 platforms

# Test
go test ./...                              # Unit tests (249)
go test -tags=integration -v ./pkg/adt/    # Integration tests (21+)

Architecture

vibing-steampunk/
├── cmd/vsp/main.go           # CLI (cobra/viper)
├── pkg/adt/
│   ├── client.go             # ADT client + read ops
│   ├── crud.go               # CRUD operations
│   ├── devtools.go           # Syntax check, activate, tests
│   ├── codeintel.go          # Definition, refs, completion
│   ├── workflows.go          # High-level workflows
│   └── http.go               # HTTP transport (CSRF, auth)
├── internal/mcp/server.go    # MCP tool handlers (62 tools)
└── pkg/dsl/                  # DSL & workflow engine

Project Status

Metric	Value
Tools	96 (48 focused, 96 expert)
Unit Tests	270+
Platforms	9 (Linux, macOS, Windows × amd64/arm64/386)

Roadmap

Completed (v2.15.0)

Parked (Needs Further Work)

AMDP Debugger - Experimental: Session works, breakpoint triggering under investigation (Report)
UI5/BSP Write - ADT filestore is read-only, needs custom plugin via /UI5/CL_REPOSITORY_LOAD
abapGit Export - WebSocket integration complete (v2.16.0) - GitTypes, GitExport tools (Report)
abapGit Import - Requires ZCL_ABAPGIT_OBJECTS=>deserialize with virtual repository

Planned

API Release State (ARS) - Contract stability checks
Message Server Logs
Background Job Management

Future Considerations

AMDP Session Persistence (enable full HANA debugging)
Graph Traversal & Analysis (code dependency graphs)
Test Intelligence (smart test execution based on changes)
Standard API Surface Scraper

Research Reports:

AMDP Session Architecture - Session binding analysis & solutions
Native ADT Features - Comprehensive ADT capability analysis
ADT Debugger API - External debugging REST API
AI-Powered RCA - Vision for AI-assisted debugging

Lua Scripting (New in v2.14)

Automate debugging workflows with Lua scripts:

# Interactive REPL
vsp lua

# Run a script
vsp lua examples/scripts/debug-session.lua

# Execute inline
vsp lua -e 'print(json.encode(searchObject("ZCL_*", 10)))'

Example: Set breakpoint and debug

-- Set breakpoint
local bpId = setBreakpoint("ZTEST_PROGRAM", 42)
print("Breakpoint: " .. bpId)

-- Wait for debuggee
local event = listen(60)
if event then
    attach(event.id)
    print("Stack:")
    for i, frame in ipairs(getStack()) do
        print("  " .. frame.program .. ":" .. frame.line)
    end
    stepOver()
    detach()
end

Available Functions:

Search: searchObject, grepObjects
Source: getSource, writeSource, editSource
Debug: setBreakpoint, listen, attach, detach, stepOver, stepInto, stepReturn, continue_, getStack, getVariables
Checkpoints: saveCheckpoint, getCheckpoint, listCheckpoints, injectCheckpoint
Diagnostics: getDumps, getDump, runUnitTests, syntaxCheck
Call Graph: getCallGraph, getCallersOf, getCalleesOf
Utilities: print, sleep, json.encode, json.decode

See examples/scripts/ for more examples.

RCA, Replay & Test Extraction

The Vision: AI-Powered Debugging Pipeline

┌─────────────────────────────────────────────────────────────────────────────┐
│  1. SET BREAKPOINT    →  2. RUN PROGRAM    →  3. CAPTURE CONTEXT           │
│     setBreakpoint()       (trigger via         saveCheckpoint()             │
│     on FM/method          unit test/RFC)       for each hit                 │
├─────────────────────────────────────────────────────────────────────────────┤
│  4. EXTRACT TEST CASES  →  5. AI NORMALIZE  →  6. GENERATE UNIT TESTS      │
│     inputs + outputs       deduplicate,         ABAP Unit classes           │
│     from checkpoints       explain patterns     with mocks                  │
└─────────────────────────────────────────────────────────────────────────────┘

Example: Capture FM Execution for Test Generation

-- Step 1: Set breakpoint on function module entry
local bpId = setBreakpoint("SAPL<FGROUP>", 10)  -- Entry point

-- Step 2: Prepare to capture multiple executions
local captures = {}

-- Step 3: Loop to capture test cases
for i = 1, 10 do
    local event = listen(120)  -- Wait for debuggee
    if not event then break end

    attach(event.id)

    -- Capture input parameters at entry
    local vars = getVariables()
    local testCase = {
        id = i,
        inputs = extractInputs(vars),  -- IV_*, IT_*, IS_*
        timestamp = os.time()
    }

    -- Step to end to capture outputs
    continue_()
    local event2 = listen(5)
    if event2 then
        attach(event2.id)
        testCase.outputs = extractOutputs(getVariables())  -- EV_*, ET_*, ES_*, RETURN
    end

    -- Save checkpoint for replay
    saveCheckpoint("testcase_" .. i, testCase)
    table.insert(captures, testCase)

    detach()
end

-- Step 4: Export for AI processing
print(json.encode(captures))

AI Processing Pipeline

After capturing test cases, AI can:

Normalize & Deduplicate - Group similar inputs, identify unique scenarios
Explain Patterns - "TestCase 3 tests error path when IV_AMOUNT < 0"
Generate Unit Tests - Create ABAP Unit test class with proper mocks

User: "Analyze captured test cases and generate unit tests"

AI Workflow:
  1. Load checkpoints     → listCheckpoints("testcase_*")
  2. Analyze patterns     → Cluster by input signatures
  3. Identify edge cases  → Empty tables, zero values, error conditions
  4. Generate mock specs  → Which FMs/DB tables need mocking
  5. Create ABAP Unit     → ZCL_TEST_<FM> with test methods
  6. Deploy tests         → WriteSource to SAP system

What Works Today (v2.14)

Feature	Status	Command/Function
Set breakpoints	✅	`setBreakpoint(program, line)`
Listen for debuggee	✅	`listen(timeout)`
Attach/detach	✅	`attach(id)`, `detach()`
Step execution	✅	`stepOver()`, `stepInto()`, `continue_()`
Get variables	✅	`getVariables()`
Get stack trace	✅	`getStack()`
Save checkpoints	✅	`saveCheckpoint(name, data)`
Load checkpoints	✅	`getCheckpoint(name)`
Call graph analysis	✅	`getCallersOf()`, `getCalleesOf()`
Short dump analysis	✅	`getDumps()`, `getDump(id)`

Coming in Future Phases

Feature	Phase	Description
Variable history recording	5.2	✅ Track all variable changes during execution
Force Replay (state injection)	5.5	✅ Inject saved state into live debug session
Test case extraction	6.1	Automated input/output extraction from recordings
ABAP test generator	6.3	Generate ABAP Unit classes from test cases
Mock framework	6.4	ZCL_VSP_MOCK for DB/RFC mocking
Isolated playground	7.1	Fast test execution with mocked dependencies
Time-travel debugging	8.1	Navigate backwards through execution

Vision & Roadmap

Where we're going: TAS-style debugging, time-travel, AI-powered RCA

Phase	Target	Features
5	Q1 2026	Lua scripting ✅, variable history, checkpoints, Force Replay
6	Q2 2026	Test case extraction, ABAP test generator, mock framework
7	Q3 2026	Isolated playground with mocks, patch & re-run
8	Q4 2026	Time-travel debugging, temporal queries
9+	2027	AI-suggested breakpoints, multi-agent debugging, self-healing

Read more:

VISION.md - The dream: AI as a senior developer
ROADMAP.md - Detailed implementation plan
TAS & Scripting Report - Full technical design
Test Extraction Report - Playground architecture

License

MIT

Contributing

Contributions welcome! See ARCHITECTURE.md and CLAUDE.md for guidelines.

Name		Name	Last commit message	Last commit date
Latest commit History 124 Commits
.claude/commands		.claude/commands
abap/src/zadt_vsp		abap/src/zadt_vsp
articles		articles
cmd/vsp		cmd/vsp
docs		docs
embedded		embedded
examples		examples
internal/mcp		internal/mcp
media		media
pkg		pkg
reports		reports
scripts		scripts
.gitignore		.gitignore
.golangci.yml		.golangci.yml
ARCHITECTURE.md		ARCHITECTURE.md
CLAUDE.md		CLAUDE.md
MCP_USAGE.md		MCP_USAGE.md
Makefile		Makefile
README.md		README.md
README_TOOLS.md		README_TOOLS.md
ROADMAP.md		ROADMAP.md
VISION.md		VISION.md
amdp-breakpoint-test-results-20251206-084536.log		amdp-breakpoint-test-results-20251206-084536.log
go.mod		go.mod
go.sum		go.sum

Document	Description
VISION.md	The dream: AI as a senior developer
ROADMAP.md	Detailed implementation timeline
TAS & Scripting	Technical design for TAS-style debugging
Test Extraction	Playground and mock architecture
Force Replay	State injection design
Implications Analysis	Paradigm shift: archaeology → observation
AI-Powered RCA	Root cause analysis workflows

oisee/vibing-steampunk

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Vibing Steampunk (vsp)

What's New

Key Features

Quick Start

CLI Flags

Environment Variables

.env File

Usage with Claude

Claude Desktop

Claude Code

Focused vs Expert Mode

DSL & Automation

YAML Workflows

Go Library

ExecuteABAP

AI-Powered Root Cause Analysis

Tools Reference

Credits

Optional: WebSocket Handler (ZADT_VSP)

Documentation

Development

Project Status

Completed (v2.15.0)

Parked (Needs Further Work)

Planned

Future Considerations

Lua Scripting (New in v2.14)

RCA, Replay & Test Extraction

The Vision: AI-Powered Debugging Pipeline

Example: Capture FM Execution for Test Generation

AI Processing Pipeline

What Works Today (v2.14)

Coming in Future Phases

Related Documentation

Vision & Roadmap

License

Contributing

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