SAPFX

pip install robotframework-sapfx

PyPI ships the libraries (the three channels below). The complete toolkit (recorders, rf-mcp/MCP integration, test agents, business resources) ships as the Windows deployment pack attached to each GitHub Release; see Install.

SAPFX is a SAP test-automation solution for Robot Framework (distribution robotframework-sapfx): not a single library, but a set of tools designed together around the whole life of a SAP test: writing, recording, generating, running, healing, watching. Its core is one business vocabulary across three channels:

• SapEccLibrary (phase 1): SAP GUI thick client (ECC, S/4HANA backend), a hardened fork of robotframework-sapguilibrary (Apache 2.0), over COM.
• SapFioriLibrary (phase 2): SAP Fiori / S/4HANA web (SAPUI5), over Playwright (Browser library) with UI5-stable control selectors (no dynamic-id churn): role/property matching and a hierarchical UI5 XPath engine (//Table//Button[@text='Edit']), plus a WebGUI sid engine for classic SAP GUI for HTML pages and a Web Components engine for ui5-* pages without a classic UI5 runtime. The locator engine is ported from playwright-sap (Apache-2.0).
• SapApiLibrary: the API channel (stdlib-only): OData v2 and v4 behind one keyword set (incl. the SAP CSRF protocol), optional RFC via pyrfc. Prepare and cross-check data through the API; drive the screen only for what you actually test; see the cross-paradigm flagship suite (tests/robot/flagship_cross_paradigm.robot: SE16 count == OData $count on the same live system).

A test reads the same whichever channel it drives. See docs/architecture.md and docs/fiori-architecture.md.

Everything above is real: screens captured on a live system (A4H) while the library drives it, a stale locator healed mid-run (score 97 %), the real SE16 count, the real drift report. The important bit: healing is never silent. A runtime WARNING becomes cumulative telemetry, then scripts/healing_drift_report.py locates the patch to make in resources/ without changing business tests.

https://github.com/user-attachments/assets/0a471849-30a9-47f5-a48c-7071b16be8fb

3 min 20: VS Code and the business keywords, then SAP GUI, Fiori and the API channel driven live, and an MCP agent generating a suite from a real session.

One solution, the whole test lifecycle

The libraries are the execution core. Around them, each need of a SAP test project has its tool in the same box: same business vocabulary, same locator engines, same conventions everywhere:

That overall view is the point: recording, generation, execution, healing and watching all speak the same business keywords, so what one tool produces, the others can maintain.

Where this sits: including wdi5

wdi5 is the reference for UI5 end-to-end testing outside Robot Framework (UI5-community project, WebdriverIO-based, actively maintained). This project is not a wdi5 replacement and does not try to be one. The positioning is different: SAP test automation in Robot Framework, where the SAP GUI desktop client, the OData/RFC API channel and Fiori/UI5 share one business vocabulary, one runner and one report.

• Your stack is JS/WebdriverIO and your scope is a UI5 app → wdi5 is the natural choice.
• Your stack is Robot Framework, or your scenario spans the desktop client, APIs and Fiori in the same run → that is what this project is for.

Details in docs/fiori-architecture.md (§ “Why not Selenium / raw CSS / wdi5”).

What this fork adds over upstream

The upstream library is a solid base with good keyword coverage (including ALV grids). This fork keeps all of it and adds the things production SAP automation needs (see the full audit):

• Real synchronisation instead of fixed sleeps: Wait Until Busy Done, Wait Until Element Present, Wait Until Element Value Is.
• Autonomous bootstrap: Open Sap Logon launches the Logon Pad and waits for the scripting engine; Connect To Session With Retry; Close Sap Logon.
• Locale-independent Run Transaction (reads the status-bar message type, not English/Dutch/German text) + Status Message Should Be Success.
• ALV grids by column title: Get Cell Value By Column Title, Read Grid (→ list of dicts), Get Column Id By Title.
• Screen perception: Get Screen Signature (ECC) and Get Ui5 Page Tree (Fiori): a read-only text/XML view of the live screen, for locator debugging and AI-agent integration. Both support mode=diff (only what changed since the previous perception).
• Scripting preflight & telemetry (ECC): Scripting Should Be Fully Enabled fails early with the exact RZ11 parameter to fix; Enable Test Tool Mode, Get Session Telemetry.
• Locator healing, never silent: failures suggest the closest ids on screen (scored); Resolve Element With Healing (ECC) and Resolve Ui5 With Fallback (Fiori: role→xpath→sid→wc chain) repair a stale locator with a logged WARNING, feeding an opt-in telemetry journal (SAPFX_HEALING_LOG) that scripts/healing_drift_report.py turns into preventive maintenance (stable drifts located in resources/, patch proposed, --apply executes).
• Human locators (ECC, ported from RoboSAPiens with a stricter policy): Find/Fill/Read Field By Label, Click Button By Label: visible label + geometry, grid positions (N @ Label / Label @ N), scoped anchor (Anchor >> Rest, tunable scope_radius); ambiguity always reported with candidates, never a silent first match.
• Visual assertions (ECC): Screen Should Match Baseline (perceptual dHash over in-memory screenshots, snapshot semantics): pixel-level coverage for exactly what the Scripting API cannot see (opaque GuiShell lists, record-only charts). Optional visual extra (Pillow).
• Embedded WebView2 bridge (ECC): Switch To Embedded Browser Page hands a WebView2 control embedded in a SAP GUI/Business Client window to the Browser library over CDP: both channels in one suite.
• Launchpad iframes & Fiori Elements: Set Ui5 Frame for Work Zone/cFLP apps embedded in a (cross-origin) iframe; stable idSuffix=fe::… selectors. Multi-version UI5: 1.60 → 2.0 nightly, proven live.
• Recorders, not just spies: desktop (tools/recorder: highlight, click-to-capture, hover, --record replayable keyword sequences with a native event engine (exact buttons/grids/trees via the Scripting API's Change events, automatic polling fallback); Tkinter launcher + root recorder.cmd) and web (tools/recorder_web: snippet and a Chrome MV3 extension that exports a *** Test Cases *** body, incl. value assertions and iframe support). No third-party tracker.
• rf-mcp (RobotMCP) integration (integrations/robotmcp/): SapEccPlugin / SapFioriPlugin plug into the rf-mcp server: keyword routing, SAP selector guidance, and live screen perception for AI agents. Validated end-to-end against a live A4H system and a live UI5 page.

Layout

src/SapEccLibrary/          # phase 1: SAP GUI thick client (COM)
  _vendor/sapgui_base.py    #   upstream, vendored verbatim (class renamed only)
  keywords/_connection.py   #   bootstrap mixin (Logon Pad, retry, CoInitialize)
  keywords/_waits.py        #   synchronisation mixin (+ closest-match hints)
  keywords/_grid.py         #   ALV ergonomics mixin
  keywords/_perception.py   #   Get Screen Signature (mode=diff) + screenshots
                            #   + visual assertions (perceptual-hash baselines)
  keywords/_diagnostics.py  #   scripting preflight + TestToolMode + telemetry
  keywords/_healing.py      #   Resolve Element With Healing (logged, never silent)
  keywords/_semantic.py     #   human locators (label + geometry, grids, >> scope)
  keywords/_embedded_browser.py  # WebView2/CDP bridge to the Browser library
  SapEccLibrary.py          #   composes them + locale-safe Run Transaction
src/SapFioriLibrary/        # phase 2: Fiori / S/4HANA web (Playwright + UI5)
  _ui5_runtime.py           #   UI5 control-selector model (pure data)
  _ui5_js.py                #   injected __SAPFX bundle: tree, XPath/role engines, sid
  regen_recorder.py         #   regenerates the web recorder (snippet + extension)
  SapFioriLibrary.py        #   resolves UI5 selectors via the Browser page
                            #   (+ Set Ui5 Frame, Resolve Ui5 With Fallback, idSuffix)
src/SapApiLibrary/          # API channel: OData v2/v4 + CSRF, optional RFC (stdlib-only)
src/sapfx_common/           # shared primitives: polling/retry, COM safety,
                            #   healing scoring + telemetry, perception diff,
                            #   object tree, semantic engine, visual hash
resources/                  # business keywords: ecc_keywords + fiori_keywords (mirrored)
                            # + a4h_demo_data (SFLIGHT/EPM demo-data guards)
tests/unit/                 # off-SAP/off-browser logic tests (run anywhere)
tests/robot/                # ecc_smoke + ecc_data_smoke + ecc_exploration (need SAP),
                            # fiori_smoke (OpenUI5 Demo Kit), fiori_sflight_smoke
                            # (local cap-sflight), compat smokes (UI5 1.60 legacy,
                            # UI5 2.0 nightly, cross-origin iframes)
                            # + recorder smokes (desktop record engine, web record mode)
                            # + flagship_cross_paradigm (GUI ↔ API ↔ Fiori cross-checks)
tools/recorder/             # desktop recorder (SAP GUI object tree, GUI launcher,
                            # native event record engine w/ polling fallback)
tools/recorder_web/         # web recorder: snippet + Chrome MV3 extension
integrations/robotmcp/      # rf-mcp plugins: keyword routing + SAP screen perception
packaging/ + scripts/       # Windows deployment pack sources + repo tooling
                            # (build_release_pack.py -> dist/sapfx-pack-<v>-win.zip)
docs/                       # architecture, fiori-architecture, mcp-integration,
                            # audit-upstream, testing-without-sap, ecc-validation,
                            # sap-test-data, deployment-pack (all bilingual EN/FR)

Install

Two distribution channels, by design:

Libraries only: PyPI. The four Python packages (SapEccLibrary, SapFioriLibrary, SapApiLibrary, sapfx_common), for using the keywords in your own Robot Framework project:

pip install robotframework-sapfx           # + extras: [web] Browser, [visual] Pillow
rfbrowser init                             # one-time: Playwright browsers (Fiori side)

The recorders, the rf-mcp plugins/sapfx-mcp overlay, the business resources and the test agents are not on PyPI.

Full install: the Windows deployment pack (sapfx-pack-<version>-win.zip attached to each GitHub Release). This is the only channel that carries everything: both wheels (libraries + rf-mcp plugins with the sapfx-mcp launcher), the business resource layer, both recorders (desktop GUI + web MV3 extension), sample suites, maintenance scripts, the plan → generate → heal test agents, and an install.cmd/install.ps1 that builds a local venv and renders the MCP configs. Integrity is verifiable (SHA-256 sums + CycloneDX SBOM + build provenance). Recommended for provisioning target test machines: the SAPFX code arrives in one auditable ZIP; note the installer still needs Python plus access to PyPI or an internal mirror for the pinned dependencies. Full walkthrough: docs/deployment-pack.md.

Working from a clone of this repo (development):

pip install -r requirements.txt      # robotframework + pywin32 (pinned, Windows) + browser
rfbrowser init                       # one-time: download Playwright browsers (Fiori side)

SAP-side prerequisites (scripting enabled server/client) are in docs/testing-without-sap.md, which also explains how to get a free local SAP system to test against (ABAP Platform Trial in Docker). The Fiori side needs no SAP at all: it tests against the public OpenUI5 Demo Kit.

Quick start

Tests speak business language; SAP element ids stay in the resource layer (convention: no raw ids, no CSS/XPath in test cases):

*** Settings ***
Resource    resources/ecc_keywords.resource
Suite Setup       Open SAP And Log In
Suite Teardown    Close SAP

*** Test Cases ***
Read The Clients Table In SE16
    Go To Transaction    SE16
    Display Table Contents    T000
    ${rows}=    Read Displayed Grid    max_rows=5
    Log    ${rows}

*** Variables ***
${SE16_TABLE_FIELD}    wnd[0]/usr/ctxtDATABROWSE-TABLENAME
${SE16_GRID}           wnd[0]/usr/cntlGRID1/shellcont/shell

*** Keywords ***
# In a real project these live in resources/, next to ecc_keywords.resource.
Display Table Contents
    [Arguments]    ${table}
    Input Text    ${SE16_TABLE_FIELD}    ${table}
    Send Vkey     0
    Send Vkey     8
    Wait Until Element Present    ${SE16_GRID}

Read Displayed Grid
    [Arguments]    ${max_rows}=5
    ${rows}=    Read Grid    ${SE16_GRID}    max_rows=${max_rows}
    RETURN    ${rows}

Run it (against a system, credentials via variables; Secret is the Robot Framework 7.4 typed-variable syntax, keeping the password out of logs even at TRACE level):

robot -v SAP_CONNECTION:"MY SYSTEM" -v SAP_USER:DEVELOPER \
      -v "SAP_PASSWORD: Secret:secret" tests/robot/ecc_smoke.robot
robot tests/robot/fiori_smoke.robot   # Fiori: no SAP needed (OpenUI5 Demo Kit)

Tests

python -m pytest tests/unit -q       # logic tests, no SAP required

License

Apache 2.0. Includes vendored code from robotframework-sapguilibrary and locator engines ported from playwright-sap; see LICENSE and NOTICE.