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sap-gateway-service

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OData/Gateway service diagnosis over RFC — replaces the /IWFND/MAINT_SERVICE + SICF + /IWFND/ERROR_LOG scavenger hunt behind every "the service returns 500" ticket. status reads the hub catalog (/IWFND/I_MED_SRH registration + IS_ACTIVE) x the system-alias assignment (/IWFND/V_MGDEAM) per service and returns a verdict OK / INACTIVE / NO_ALIAS / NOT_REGISTERED — a missing alias is the classic 500 cause. errors surfaces the /IWFND/ERROR_LOG content, clusters it by (service, message), and AI-maps each cluster to a cause (CUSTOM_CODE via the named DPC/MPC source program -> /sap-fix-incident + /sap-explain-object handoff; NO_ALIAS / AUTH / METADATA_CACHE config causes), cross-linking /sap-st22. S/4-only: a DD02L preflight distinguishes GW_NOT_INSTALLED from GW_BACKEND_ONLY (IW_BEP present, hub on another box -> pin it via /sap-login) and refuses loud on ECC rather than faking support. Registers as /sap-diagnose's odata reader. Pure RFC for status (no wrapper, no Z object, no dev-init); smoke (HTTP) is v1.5 and act

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sapdev-ai

sapdev-ai/sap-dev

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مطوّرو البرمجياتمهن الحاسوب والرياضيات·SOC 15-1252

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SKILL.md

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المزيد من هذا المستودع

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sap-snro

sapdev-ai/sap-dev

Creates, maintains, and manages SAP Number Range Objects (NRO) via SNRO using SAP GUI Scripting. Number Range Objects are crucial for generating unique identifiers for SAP master data and document numbers (e.g. material numbers, document numbers, custom Z document IDs). Supports existence check, create new NRO with short text / long text / domain (number length) / warning percentage, update header attributes, and maintain number range intervals (sub-objects with FROMNUMBER / TONUMBER / current number / external flag). Handles the package + transport request popup (3-way pattern: explicit TR, $TMP local object, or new transport). Prerequisites: Active SAP GUI session (use /sap-login first).

2026-07-246

sap-atc

sapdev-ai/sap-dev

Runs the SAP ABAP Test Cockpit (ATC) end-to-end as a quality gate: builds an SCI Object Set scoped to the target object(s), creates an ATC Run Series bound to that set, polls the ATC Run Monitor until the run completes, then reads the Priority 1 / Priority 2 / Priority 3 finding counts from the Manage Results screen and (best-effort) downloads the result text file. Applies the customer brief's MAX_PRIORITY threshold to decide pass / fail. Replaces the legacy SCI-results-tree implementation that lacked a Priority column. Per-stage VBS references are recorded against the S/4HANA 1909 ATC layout — re-record on first failure with /sap-gui-probe --record if your release uses different tree node IDs / grid column IDs. Prerequisites: Active SAP GUI session (use /sap-login first).

2026-07-246

sap-doctor

sapdev-ai/sap-dev

Read-only environment preflight ("doctor") for the sap-dev toolchain — diagnoses why skills fail BEFORE they run, across six default groups: gui (GUI + scripting reachable), cfg (32-bit PowerShell, NCo 3.1, work_dir, connections.json), rfc (pinned-profile connectivity), srv (client modifiability), auth (user authorizations vs the required set), devenv (dev-init artefacts). Emits one CHECK line per probe + a verdict (READY / DEGRADED / BLOCKED); a probe that can't run reports SKIP, never a false PASS, each with a copy-pasteable FIX. The default run is pure read-only and safe to chain (exit 0 = ready, 1 = blocked). OPT-IN group --screens replays the golden-screen baselines against the live system to catch control-ID drift before a GUI skill mis-steps (navigates the live session, off by default; --update-baseline writes baselines). Absorbed /sap-gui-screen-check. Prerequisites: SAP GUI; NCo 3.1 (32-bit) for rfc/srv; an active session for gui.

2026-07-246

sap-activate-object

sapdev-ai/sap-dev

Activates an inactive SAP repository object via SAP GUI Scripting. Routes to the correct transaction by object type: SE38 for reports/programs/function- group main programs, SE37 for function modules, SE24 for classes/interfaces /methods, SE11 for DDIC objects (table, view, dataelement, structure, tabletype, typegroup, domain, searchhelp, lockobject). Handles the "inactive objects worklist" popup that SAP shows when there are multiple inactive objects of the same locality (transportable vs. local — SAP filters the popup by package locality of the triggering object). Verifies activation via PROGDIR (programs/FMs include) and DWINACTIV. Prerequisites: Active SAP GUI session (use /sap-login first).

2026-07-246

sap-change-package

sapdev-ai/sap-dev

Changes the package (TADIR-DEVCLASS) assignment of an SAP repository object via the "Object Directory Entry" dialog (Goto > Object Directory Entry). Routes by object type to SE38 / SE37 / SE24 / SE11 / SE91 / CMOD (the last for enhancement projects — used by /sap-cmod). Handles three flows automatically based on current vs new package locality: (a) $TMP → transportable (Z*/Y*): resolves a modifiable TR via /sap-transport-request, then enters the new package + TR. (b) transportable A → transportable B: pre-checks E071/E070 to ensure the object is NOT linked to a modifiable TR (would block the move). (c) transportable → $TMP: confirms the move and presses "Local object". Verifies via TADIR re-query. Prerequisites: Active SAP GUI session (use /sap-login first).

2026-07-246

sap-cmod

sapdev-ai/sap-dev

Manages the full lifecycle of SAP Enhancement Projects (classic modifications) via CMOD using SAP GUI Scripting, plus read-only RFC lookups. Operations: check / status, create, change short text, activate, deactivate, delete the project; add and remove SAP enhancement assignments (position-aware — finds the right row by value, never a fixed index); change the project's package (delegates to /sap-change-package); and route "edit an enhancement component" to the correct workbench skill by component type (E function exit -> /sap-se38, S screen -> /sap-se51, T table -> /sap-se11, C GUI code -> /sap-se41). Prerequisites: Active SAP GUI session (use /sap-login first); SAP NCo 3.1 (32-bit, .NET 4.0) in GAC for the RFC lookups.

2026-07-246

name	sap-gateway-service
description	OData/Gateway service diagnosis over RFC — replaces the /IWFND/MAINT_SERVICE + SICF + /IWFND/ERROR_LOG scavenger hunt behind every "the service returns 500" ticket. status reads the hub catalog (/IWFND/I_MED_SRH registration + IS_ACTIVE) x the system-alias assignment (/IWFND/V_MGDEAM) per service and returns a verdict OK / INACTIVE / NO_ALIAS / NOT_REGISTERED — a missing alias is the classic 500 cause. errors surfaces the /IWFND/ERROR_LOG content, clusters it by (service, message), and AI-maps each cluster to a cause (CUSTOM_CODE via the named DPC/MPC source program -> /sap-fix-incident + /sap-explain-object handoff; NO_ALIAS / AUTH / METADATA_CACHE config causes), cross-linking /sap-st22. S/4-only: a DD02L preflight distinguishes GW_NOT_INSTALLED from GW_BACKEND_ONLY (IW_BEP present, hub on another box -> pin it via /sap-login) and refuses loud on ECC rather than faking support. Registers as /sap-diagnose's odata reader. Pure RFC for status (no wrapper, no Z object, no dev-init); smoke (HTTP) is v1.5 and activate (MAINT_SERVICE + SICF) is v2, both gated. Prerequisites: pinned /sap-login RFC profile; a live GUI session for errors (the error log is GUI-only); NCo 3.1 (32-bit).
argument-hint	status [<service>] [--all] \| errors [--service X] [--user U] [--date YYYYMMDD] [--top N] [--deep]

SAP Gateway Service Skill

You answer "why does this OData service 500?" — status checks registration + alias + active; errors maps the log to a cause and hands custom-code defects to the fix pipeline. Read-only in v1.

Task: $ARGUMENTS

Shared Resources

File	Token / call	Purpose
`<SKILL_DIR>/references/sap_gateway_read.ps1`	`-Action status\|errors`	RFC status backend + errors preflight
`<SKILL_DIR>/references/sap_gateway_errlog_deep.vbs`	GUI reader (`%%SESSION_PATH%%`·`%%ATTACH_LIB_VBS%%`·`%%PARAMS_FILE%%`·`%%OUTPUT_FILE%%`)	`/IWFND/ERROR_LOG` scrape — error-list ALV (22 cols) + `--deep` detail tree. Recorded + live-verified end-to-end on S4D 2026-07-11
`<SAP_DEV_CORE_SHARED_DIR>/scripts/sap_attach_lib.vbs`	`%%ATTACH_LIB_VBS%%`	Parallel-safe session attach (`AttachSapSession`) for the GUI reader
`<SAP_DEV_CORE_SHARED_DIR>/scripts/sap_rfc_lib.ps1` · `sap_connection_lib.ps1`	dot-source	RFC connect
`/sap-st22` · `/sap-fix-incident` · `/sap-explain-object` · `/sap-diagnose`	sub-skills	Dump leg / custom-code handoff / DPC-MPC dossier / odata reader

Step 0 — Directories + Logging

Resolve work_dir + {RUN_TEMP} (canonical one-liner — sap_connection_lib.ps1 is dot-sourced there — with Write-Output ('RUN_TEMP=' + (Get-SapRunTemp)) appended). {RUN_TEMP} = the per-run scratch dir holding the log state file; mint it once here and reuse (re-minting breaks the -Action end state-file lookup). Start logging (sap_log_helper.ps1, state {RUN_TEMP}\sap_gateway_service_run.json). Pinned RFC profile via /sap-login.

Step 1 — Parse & Dispatch

status (default) | errors. smoke -> "v1.5"; activate -> "v2" (print the manual MAINT_SERVICE

SICF steps, exit SKIPPED). --anchor PATH switches errors into the /sap-diagnose reader contract.

Step 1.5 — Gateway preflight (in the backend)

The backend probes /IWFND/I_MED_SRH via DD02L: absent + /IWBEP/I_MGW_SRH present -> GW_BACKEND_ONLY (the hub is on another system — pin it via /sap-login); both absent -> GW_NOT_INSTALLED. Fail loud (exit 1) — no partial ECC mode.

Step 2 — status

... sap_gateway_read.ps1 -Action status [-Service <n>] -OutDir "{RUN_TEMP}\gw"

GWSVC: service=.. active=.. alias=.. verdict=OK|INACTIVE|NO_ALIAS -> render the per-service table. Unknown service -> GW_SERVICE_NOT_FOUND.

Step 3 — errors

The error list lives in /IWFND/ERROR_LOG. Build finding: /IWFND/SU_ERRLOG is NOT readable via RFC_READ_TABLE or BBP_RFC_READ_TABLE (its RSTR/STRG columns trip a SAPLSDTX/SAPLBBPB ASSIGN-CASTING dump) — the backend returns GW_ERRLOG_GUI_ONLY, so errors is driven by the /IWFND/ERROR_LOG GUI reader sap_gateway_errlog_deep.vbs (recorded + live-verified end-to-end on S4D 2026-07-11 — needs a live GUI session; pin one via /sap-login). Substitute the attach + IO tokens, set SAPDEV_SESSION_PATH (parallel-safe attach contract), and run it via 32-bit cscript:

$shared = '<SAP_DEV_CORE_SHARED_DIR>\scripts'
. "$shared\sap_connection_lib.ps1"
$env:SAPDEV_SESSION_PATH = Get-SapCurrentSessionPath -WorkTemp '{WORK_TEMP}'
# PARAMS_FILE = KEY=VALUE lines: FROMDATE=YYYYMMDD TODATE=YYYYMMDD USER=<b> SERVICE=<n> TOPN=<n> [DEEP=1]
$vbs = [IO.File]::ReadAllText('<SKILL_DIR>\references\sap_gateway_errlog_deep.vbs', [Text.Encoding]::UTF8)
$vbs = $vbs.Replace('%%ATTACH_LIB_VBS%%', "$shared\sap_attach_lib.vbs")
$vbs = $vbs.Replace('%%SESSION_PATH%%',   '')   # or the --session value
$vbs = $vbs.Replace('%%PARAMS_FILE%%',    '{RUN_TEMP}\gwerr_params.txt')
$vbs = $vbs.Replace('%%OUTPUT_FILE%%',    '{RUN_TEMP}\gwerr.json')
[IO.File]::WriteAllText('{RUN_TEMP}\gwerr_run.vbs', $vbs, [System.Text.UnicodeEncoding]::new($false, $true))

C:\Windows\SysWOW64\cscript.exe //NoLogo "{RUN_TEMP}\gwerr_run.vbs"

Parse GWERR: entries=<n> deep=<d> file=<path> + STATUS: OK; a STATUS: GRID_NOT_FOUND line means the /IWFND/ERROR_LOG layout differs on this release (e.g. S/4HANA 2023 renders it as SAPMSDYP screen 10, empty-until-selected — the reader skips gracefully; re-record via /sap-gui-probe --record to add that release's candidate IDs). Read {RUN_TEMP}\gwerr.json — entries[] carry the 22 list columns + a detail[] tag/value tree per entry when --deep. Then cluster by (service, message) and AI-map each cluster to a cause: a named Z*_DPC_EXT/_MPC_EXT/CL_Z* source program (from the detail tree's .....Program) -> CUSTOM_CODE (offer /sap-explain-object + /sap-fix-incident); alias/auth/metadata text -> the matching config cause; cross-link the same window through /sap-st22. --anchor -> emit the diagnose evidence JSON.

Step 4 — Register

Register-SapArtifact (kind gw_status / gw_errors; coverage CHECKED, or COULD_NOT_CHECK when the deep scrape is unavailable) for /sap-evidence-pack.

Final — Log End

Log end (SUCCESS/FAILED/SKIPPED + error_class). Error classes: GW_NOT_INSTALLED, GW_BACKEND_ONLY, GW_SERVICE_NOT_FOUND, GW_ERRLOG_GUI_ONLY, NEEDS_RECORDING; reused RFC_LOGON_FAILED / RFC_ERROR.

Scope & Limitations (v1)

status live-verified on S4D (S/4HANA 1909) 2026-07-11: the catalog lists active services (/IWFND/I_MED_SRH, IS_ACTIVE='A' — a build finding: the active flag is 'A', not 'X') with their system-alias join (/IWFND/V_MGDEAM) and a verdict; on this dev system V_MGDEAM is empty so every service correctly reads NO_ALIAS. EC2 (ECC 6) was probed in-plan as backend-only (all /IWFND/* absent, /IWBEP/I_MGW_SRH present) -> GW_BACKEND_ONLY refusal; it was unreachable at build time but the preflight logic is release-gated by DD02L.
Build finding — the error list is GUI-only. /IWFND/SU_ERRLOG cannot be read via RFC_READ_TABLE OR BBP_RFC_READ_TABLE (string/RSTR columns -> ASSIGN-CASTING dump, verified both FMs on S4D), so the plan's RFC error-list is not viable; errors uses the /IWFND/ERROR_LOG GUI reader sap_gateway_errlog_deep.vbs — recorded + live-verified end-to-end on S4D 2026-07-11: it read the 22-column error-list ALV plus, with --deep, the full exception-detail tree of a real OData-403 entry (T100 message + ERROR_TEXT + SOURCE program/include/line + SAP-note 1797736 + HTTP status + hub version); non-ASCII (CJK) error text round-trips intact via the reader's UTF-8 output. The backend still detects the RFC-unreadability and returns GW_ERRLOG_GUI_ONLY rather than a raw dump. Cross-release finding: S/4HANA 2023 renders /IWFND/ERROR_LOG as program SAPMSDYP screen 10 (empty-until-selected, unlike 1909's /IWFND/SUTIL_LOG screen 100), where the reader skips loud (GRID_NOT_FOUND) pending a 2023 recording — the S4D (1909) path is the verified one.
S/4-only, pure read-only. status is direct RFC (no wrapper, no Z object, no dev-init). smoke (HTTP GET $metadata, executes provider code) is v1.5 behind an ICM_GET_INFO preflight + confirm; activate (MAINT_SERVICE + SICF) is v2 behind /sap-gui-probe recordings (prints manual steps until then). No OData V4 (separate /IWFND/V4_ADMIN surface) in v1.
Registers as /sap-diagnose's odata reader (--anchor contract), closing the matrix's gw_log(manual) gap.