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@ -61,4 +61,3 @@ docker-compose.override.yml
*.backup *.backup
/tmp/ /tmp/
/~archive/ /~archive/
firefly-import-preprocessor.code-workspace

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@ -14,17 +14,15 @@ composer psalm # Psalm static analysis
### Test Suite Overview ### Test Suite Overview
129 tests across 7 test classes: 85 tests across 5 test classes:
| File | Tests | Scope | | File | Tests | Scope |
| ------ | -------: | ------- | |------|-------|-------|
| `tests/ColumnTransformerTest.php` | 51 | All 14 transformation types, edge cases | | `tests/ColumnTransformerTest.php` | 37 | All 13 transformation types, edge cases |
| `tests/ConfigurationLoaderTest.php` | 18 | JSON loading, dot-notation access, validation | | `tests/ConfigurationLoaderTest.php` | 18 | JSON loading, dot-notation access, validation |
| `tests/CsvReaderTest.php` | 15 | CSV parsing, BOM handling, delimiter, encoding | | `tests/CsvReaderTest.php` | 15 | CSV parsing, BOM handling, delimiter, encoding |
| `tests/MetadataExtractorTest.php` | 14 | Pre-header regex extraction, edge cases | | `tests/MetadataExtractorTest.php` | 14 | Pre-header regex extraction, edge cases |
| `tests/ConfigIntegrationTest.php` | 1× per fixture | Golden-file integration tests (see below) | | `tests/ConfigIntegrationTest.php` | 1× per fixture | Golden-file integration tests (see below) |
| `tests/RowFilterTest.php` | 19 | skipIf conditions, all operators, nested AND/OR groups |
| `tests/FireflyImporterChunkStateTest.php` | 11 | Chunk state persistence, resume, reset |
### Integration Tests (Golden-File Pattern) ### Integration Tests (Golden-File Pattern)
@ -87,10 +85,7 @@ bin/transformer.php → TransformerEngine
- **PSR-12** enforced via phpcs using `phpcs.xml` (auto-discovered at root). Line length: soft 120, hard 150 chars. - **PSR-12** enforced via phpcs using `phpcs.xml` (auto-discovered at root). Line length: soft 120, hard 150 chars.
- **PHPStan level 8** with `checkMissingCallableSignature: true`. `phpstan-baseline.neon` is empty — do not add suppressions without good reason. - **PHPStan level 8** with `checkMissingCallableSignature: true`. `phpstan-baseline.neon` is empty — do not add suppressions without good reason.
- **All source comments and docblocks are written in English.** - **All source comments and docblocks are written in German.**
- **Documentation language:** `README.md` is the primary documentation in **English**. `README.de.md` is the German translation. Both cross-link to each other at the top.
- **`showHelp()` in `bin/transformer.php`** is locale-aware: English is the default; German is shown when `isGermanLocale()` returns `true` (checks `LANG`, `LC_ALL`, `LC_MESSAGES`, `LANGUAGE` env vars for a `de` prefix).
- **License:** GPL-3.0.
- Namespace `UbsCsvTransformer\` (PSR-4 → `src/`); tests use `UbsCsvTransformer\Tests\` (→ `tests/`). - Namespace `UbsCsvTransformer\` (PSR-4 → `src/`); tests use `UbsCsvTransformer\Tests\` (→ `tests/`).
- No runtime package dependencies — only `ext-json` and `ext-mbstring`. - No runtime package dependencies — only `ext-json` and `ext-mbstring`.
@ -108,4 +103,4 @@ See [config/config.example.json](config/config.example.json) for a full referenc
- `"outputAction": "create"` vs `"overwrite"` — controls whether the result is a new column or replaces an existing one - `"outputAction": "create"` vs `"overwrite"` — controls whether the result is a new column or replaces an existing one
- `MetadataExtractor` uses 1-based `lineNumber` in config; it converts to 0-based array index internally - `MetadataExtractor` uses 1-based `lineNumber` in config; it converts to 0-based array index internally
Supported transformation types: `map`, `replace`, `regex`, `regexextract`, `dateformat`, `split`, `trim`, `uppercase`, `lowercase`, `ucwordsfirst`, `truncate`, `constantvalue`, `pipeline`, `timeperiod` Supported transformation types: `map`, `replace`, `regex`, `regexextract`, `dateformat`, `split`, `trim`, `uppercase`, `lowercase`, `ucwordsfirst`, `truncate`, `constantvalue`, `pipeline`

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@ -1,767 +0,0 @@
# Firefly Import Preprocessor — Dokumentation
**Version:** 1.0.0
**Datum:** 03. Mai 2026
**Status:** Production Ready
🌐 [English](README.md)
---
## 📋 Inhaltsverzeichnis
1. [Überblick](#überblick)
2. [Installation & Setup](#installation--setup)
3. [Schnellstart](#schnellstart)
4. [Konfiguration](#konfiguration)
5. [Transformationstypen](#transformationstypen)
6. [CLI-Referenz](#cli-referenz)
7. [Debug-Modus](#debug-modus)
8. [Firefly III Integration](#firefly-iii-integration)
9. [Architektur](#architektur)
10. [Fehlerbehandlung](#fehlerbehandlung)
---
## Überblick
Der **Firefly Import Preprocessor** ist ein produktionsreifer PHP-Preprocessor für Banken-CSV-Exportdateien. Er transformiert Bankdaten in ein standardisiertes Format und kann sie optional in Firefly III importieren.
### Kernfeatures
**Vollständige CSV-Transformation** mit komplexen Pipelines
**Metadaten-Extraktion** mit Regex (IBAN, Währung, Kontoname)
**14 Transformationstypen** für flexible Datenverarbeitung
**Firefly III Integration** — CLI, Docker und HTTP-Upload
**Debug-Modus** für Transparenz bei Verarbeitung
**Production Ready** mit vollständiger Fehlerbehandlung
**Zero Dependencies** für Core-Funktionalität
### Workflow
```text
Input CSV
Metadaten extrahieren (Regex)
Datenzeilen transformieren (Pipeline)
Output CSV schreiben
[Optional] In Firefly III importieren
```
---
## Installation & Setup
### Voraussetzungen
- PHP 8.1+
- Composer (empfohlen)
- [Optional] Docker für Firefly III Integration
### Installation
```bash
# 1. Repository clonen/kopieren
cd ff-imp-preprocessor
# 2. Abhängigkeiten installieren (optional)
composer install
# 3. Konfiguration erstellen
cp config/config.example.json config/config.json
# Bearbeite config/config.json mit deinen Einstellungen
# 4. Directories erstellen
mkdir -p config/import/{source,output,archive,error}
chmod 755 config/import/{source,output,archive,error}
# 5. Test durchführen
php bin/transformer.php validate config/config.json input.csv
```
---
## Schnellstart
### 1. Konfiguration anpassen
Bearbeite `config/config.json` und stelle sicher, dass die Extraction-Rules zu deinem CSV-Format passen:
```json
{
"metadata": {
"extractionRules": [
{
"name": "account_iban",
"lineNumber": 2,
"regex": "IBAN:\\s*([A-Z0-9 ]+)",
"captureGroup": 1
}
]
},
"csvStructure": {
"headerLine": 5,
"delimiter": ";",
"encoding": "UTF-8"
}
}
```
### 2. CSV validieren
```bash
php bin/transformer.php validate config/config.json input.csv
```
### 3. Transformation durchführen
```bash
php bin/transformer.php transform input.csv config/config.json
# Mit Debug-Modus für Fehlersuche
php bin/transformer.php transform input.csv config/config.json --debug
```
### 4. Output prüfen
```bash
php bin/transformer.php test input.csv config/config.json --debug
# Zeigt max. 10 transformierte Zeilen und Debug-Logs
```
---
## Konfiguration
### config.json Struktur
#### `metadata` - Metadaten-Extraktion
```json
{
"metadata": {
"extractionRules": [
{
"name": "account_iban",
"lineNumber": 2,
"regex": "IBAN:\\s*([A-Z0-9 ]+)",
"captureGroup": 1
},
{
"name": "currency_code",
"lineNumber": 3,
"regex": "Währung:\\s*([A-Z]{3})",
"captureGroup": 1
}
]
}
}
```
| Feld | Typ | Beschreibung |
| ------ | ----- | ------------- |
| `name` | string | Name der Metadaten-Variable (verwendet in constantvalue) |
| `lineNumber` | int | Zeilennummer in CSV (1-basiert, menschenlesbar) |
| `regex` | string | Regex-Pattern zur Extraktion (ohne Delimiter) |
| `captureGroup` | int | Nummer der Klammer-Gruppe (0=komplett, 1=erste Klammer, etc.) |
**Beispiel Regex:**
- Pattern: `IBAN:\s*([A-Z0-9 ]+)`
- Input: `IBAN: CH93 0077 2020 6262 5252 7`
- Capture Group 1: `CH93 0077 2020 6262 5252 7`
#### `csvStructure` - CSV-Format
```json
{
"csvStructure": {
"headerLine": 5,
"delimiter": ";",
"encoding": "UTF-8",
"hasBom": false
}
}
```
| Feld | Typ | Default | Beschreibung |
| ------ | ----- | --------- | ------------- |
| `headerLine` | int | 5 | Zeilennummer der Header (1-basiert) |
| `delimiter` | string | `;` | CSV-Delimiter |
| `encoding` | string | `UTF-8` | Zeichenkodierung (UTF-8, ISO-8859-1, CP1252) |
| `hasBom` | bool | false | Hat die Datei BOM (Byte Order Mark)? |
#### `columnTransformations` - Spalten-Transformationen
```json
{
"columnTransformations": [
{
"sourceColumn": "Buchungsdatum",
"transformations": [
{
"type": "dateformat",
"fromFormat": "d.m.Y",
"toFormat": "Y-m-d"
}
],
"outputColumn": "date",
"outputAction": "overwrite"
}
]
}
```
**outputAction:**
| Wert | Verhalten |
|---|---|
| `overwrite` | Ziel-Spalte mit dem Transformations-Ergebnis überschreiben (Standard) |
| `create` | Ergebnis in eine neue Ausgabe-Spalte schreiben |
| `append` | Ergebnis ans Ende des bestehenden Spalten-Werts anhängen. Mit `"appendDelimiter": " "` (beliebige Zeichenkette) wird ein Trennzeichen zwischen bestehendem und neuem Wert eingefügt — der Trennzeichen entfällt, wenn die Ziel-Spalte noch leer ist |
| `append-if-not-empty` | Wie `append` (inkl. `appendDelimiter`), aber überspringt die Operation vollständig, wenn das Transformations-Ergebnis leer ist — geeignet für optionale Werte wie Tags oder Notiz-Zeilen |
| `append-line` | Wie `append`, aber als Trennzeichen wird immer ein Zeilenumbruch `\n` verwendet; kein führender Zeilenumbruch wenn die Ziel-Spalte leer ist |
| `overwrite-if-empty` | Ergebnis nur schreiben, wenn die Ziel-Spalte aktuell leer ist |
| `overwrite-if-not-empty` | Ergebnis nur schreiben, wenn das Transformations-Ergebnis nicht leer ist |
#### `directories` - Dateisystem
```json
{
"directories": {
"source": "/opt/ff-imp-preprocessor/import/source",
"output": "/opt/ff-imp-preprocessor/import/output",
"archive": "/opt/ff-imp-preprocessor/import/archive",
"error": "/opt/ff-imp-preprocessor/import/error"
}
}
```
| Feld | Beschreibung |
| ------ | ------------- |
| `source` | Eingabe-Verzeichnis |
| `output` | Ausgabe-Verzeichnis |
| `archive` | Archiv für verarbeitete Dateien |
| `error` | Error-Verzeichnis für ungültige Dateien |
#### `fireflyImport` - Firefly III Integration
Optional. Mit dem Flag `--do-import` beim `transform`-Kommando (oder via `auto-import`) wird der Firefly III Data Importer nach dem Schreiben der Output-CSV aufgerufen.
Details und vollständige Beispiele: [Firefly III Integration](#firefly-iii-integration).
---
## Transformationstypen
Es gibt **14 unterstützte Transformationstypen**, die als Pipeline kombiniert werden können:
### 1. **trim** - Leerzeichen entfernen
```json
{ "type": "trim" }
```
- Input: ` Coop Pronto ` → Output: `Coop Pronto`
---
### 2. **lowercase** - Zu Kleinbuchstaben
```json
{ "type": "lowercase" }
```
- Input: `COOP PRONTO CHUR` → Output: `coop pronto chur`
---
### 3. **uppercase** - Zu Grossbuchstaben
```json
{ "type": "uppercase" }
```
- Input: `Coop Pronto Chur` → Output: `COOP PRONTO CHUR`
---
### 4. **ucwordsfirst** - Grossschreibung nach Trennzeichen
```json
{ "type": "ucwordsfirst" }
```
- `COOP PRONTO CHUR``Coop Pronto Chur`
- `migros-rail city``Migros-Rail City`
- `O'NEILL STORE``O'Neill Store`
Trennzeichen: Leerzeichen, Bindestrich, Apostroph, Slash, Punkt, Komma, Semikolon, Doppelpunkt, Klammern.
> **Guard:** Wenn der Eingabe-String bereits sowohl Groß- als auch Kleinbuchstaben enthält (gemischte Groß-/Kleinschreibung), wird er unverändert zurückgegeben. So werden bereits korrekt formatierte Strings wie `"Coop pronto chur"` nicht verändert. Vollständig groß- oder kleingeschriebene Strings werden weiterhin verarbeitet.
---
### 5. **replace** - String-Replacement
```json
{ "type": "replace", "search": " ", "replace": " " }
```
- Input: `Coop Pronto` → Output: `Coop Pronto`
---
### 6. **split** - Spalte teilen
```json
{ "type": "split", "delimiter": ";", "part": 0 }
```
- Input: `Coop Pronto Chur;7007 Chur` → Output: `Coop Pronto Chur`
---
### 7. **regex** - Regex-Ersetzung
```json
{ "type": "regex", "pattern": "^(.*?);.*$", "replace": "$1" }
```
- Kein Match → Originalwert bleibt **unverändert** (pipeline-sicher)
---
### 8. **regexextract** - Regex-Extraktion
```json
{ "type": "regexextract", "pattern": "(\\d{4,} [^;]+)" }
```
- Kein Match → leerer String (**nicht** pipeline-sicher)
---
### 9. **dateformat** - Datum-Umformat
```json
{ "type": "dateformat", "fromFormat": "d.m.Y", "toFormat": "Y-m-d" }
```
- Input: `10.12.2025` → Output: `2025-12-10`
---
### 10. **truncate** - String kürzen
```json
{ "type": "truncate", "maxLength": 100 }
```
---
### 11. **constantvalue** - Konstanten-Wert aus Metadaten
```json
{
"sourceColumn": "_constant_",
"transformations": [{ "type": "constantvalue", "metadataKey": "account_iban" }],
"outputColumn": "account_iban",
"outputAction": "create"
}
```
---
### 12. **map** - Spalte kopieren
```json
{ "type": "map" }
```
---
### 13. **pipeline** - Verschachtelte Pipeline
```json
{
"type": "pipeline",
"steps": [
{ "type": "trim" },
{ "type": "lowercase" },
{ "type": "ucwordsfirst" }
]
}
```
---
### 14. **timeperiod** - Zeit einer Tagesperiode zuordnen
Parst eine Zeitangabe und gibt das Label des passenden Perioden-Bereichs zurück.
Unterstützt mitternachtübergreifende Bereiche (z. B. 22:0003:59).
Gibt `default` (standardmäßig leer) zurück, wenn keine Periode passt oder die Eingabe ungültig ist.
```json
{
"type": "timeperiod",
"timeFormat": "H:i:s",
"periods": [
{ "from": "04:00:00", "to": "08:59:59", "label": "Morgen" },
{ "from": "09:00:00", "to": "10:59:59", "label": "Vormittag" },
{ "from": "11:00:00", "to": "13:59:59", "label": "Mittag" },
{ "from": "14:00:00", "to": "17:59:59", "label": "Nachmittag" },
{ "from": "18:00:00", "to": "21:59:59", "label": "Abend" },
{ "from": "22:00:00", "to": "03:59:59", "label": "Nacht" }
],
"default": ""
}
```
- `"09:30:00"``"Vormittag"`
- `"23:00:00"``"Nacht"` (mitternachtübergreifender Bereich)
- `"02:00:00"``"Nacht"` (mitternachtübergreifender Bereich)
- `""` oder nicht parsbare Eingabe → `""`
`timeFormat` folgt der PHP-Syntax `DateTime::createFromFormat` (Standard: `H:i:s`).
---
### Zeilen-Filterung — `skipIf`
Zeilen können durch einen Top-Level-Schlüssel `skipIf` in der Konfiguration ausgeschlossen werden.
Der Wert ist ein Filter-Knoten — entweder eine einzelne Bedingung oder eine verschachtelte `and`/`or`-Gruppe.
**Einzelne Bedingung:**
```json
"skipIf": { "column": "Buchungstext", "operator": "equals", "value": "Saldovortrag" }
```
**AND-Gruppe:**
```json
"skipIf": {
"and": [
{ "column": "Beschreibung1", "operator": "empty" },
{ "column": "Beschreibung2", "operator": "empty" }
]
}
```
**Verschachtelte AND/OR-Gruppen:**
```json
"skipIf": {
"or": [
{ "column": "Amount", "operator": "gt", "value": "10000" },
{
"and": [
{ "column": "Type", "operator": "equals", "value": "Saldo" },
{ "column": "Notes", "operator": "empty" }
]
}
]
}
```
**Unterstützte Operatoren:**
| Operator | Passt wenn… |
|---|---|
| `empty` | Spaltenwert ist leer |
| `not-empty` | Spaltenwert ist nicht leer |
| `equals` | Spaltenwert gleich `"value"` |
| `not-equals` | Spaltenwert ungleich `"value"` |
| `contains` | Spaltenwert enthält `"value"` |
| `not-contains` | Spaltenwert enthält `"value"` nicht |
| `matches` | Spaltenwert entspricht Regex `"pattern"` |
| `not-matches` | Spaltenwert entspricht Regex `"pattern"` nicht |
| `gt` | `(float) Spalte > (float) value` |
| `gte` | `(float) Spalte >= (float) value` |
| `lt` | `(float) Spalte < (float) value` |
| `lte` | `(float) Spalte <= (float) value` |
---
### Pipeline-Beispiel
```json
{
"sourceColumn": "Buchungstext",
"transformations": [
{ "type": "trim" },
{ "type": "replace", "search": " ", "replace": " " },
{ "type": "lowercase" },
{ "type": "ucwordsfirst" }
],
"outputColumn": "description",
"outputAction": "overwrite"
}
```
**Verarbeitung:**
1. `" COOP PRONTO "` → trim → `"COOP PRONTO"`
2. `"COOP PRONTO"` → replace → `"COOP PRONTO"`
3. `"COOP PRONTO"` → lowercase → `"coop pronto"`
4. `"coop pronto"` → ucwordsfirst → `"Coop Pronto"`
---
## CLI-Referenz
```bash
php bin/transformer.php <command> [input] [config] [options]
```
### Kommandos
| Kommando | Beschreibung |
| -------- | ------------- |
| `test` | Test-Run (max. 10 Zeilen) |
| `transform` | Vollständige Transformation |
| `validate` | Konfiguration validieren |
| `auto-import` | Verzeichnis-Überwachung |
| `help` | Hilfe anzeigen |
### Optionen
| Option | Beschreibung |
| -------- | ------------- |
| `--debug`, `-d` | Debug-Modus aktivieren |
| `--rows=N` | Max. N Zeilen (test-Kommando) |
| `--output=FILE`, `-o` | Output-Pfad |
| `--do-import` | Nach der Transformation in Firefly III importieren (`transform`) |
| `--strict` | Strikte Validierung |
| `--watch` | Kontinuierliche Überwachung |
| `--interval=SEC` | Prüfintervall in Sekunden |
| `--dry-run` | Simulationsmodus |
---
## Debug-Modus
```bash
php bin/transformer.php test input.csv config/config.json --debug
```
Der Debug-Modus protokolliert Ereignisse in folgenden Kategorien:
| Kategorie | Wann |
| ----------- | ------ |
| `transformer` | Anfang/Ende Transformation |
| `csv_reader` | Beim CSV lesen |
| `metadata` | Bei Metadaten-Extraktion |
| `metadata_warning` | Bei Problemen |
| `transformation` | Bei jeder Transformation |
| `csv_writer` | Beim CSV schreiben |
---
## Firefly III Integration
Drei Betriebsmodi decken alle typischen Deployment-Szenarien ab.
**`chunkSize`** (optional, Standard: 0 = deaktiviert): Die Output-CSV wird vor dem Import in Blöcke von maximal N Datenzeilen aufgeteilt. Jeder Block wird als separate Anfrage gesendet. Das verhindert serverseitige Timeouts bei grossen Dateien (Faustregel: ~34 s/Transaktion im HTTP-Modus). Der `timeout`-Wert gilt pro Block, nicht für den gesamten Lauf.
**`chunkRetries`** (optional, Standard: 0 = kein Retry): Anzahl zusätzlicher Importversuche pro Block nach dem ersten. Bei einem Fehler wiederholt der Importer den Upload bis zu dieser Anzahl, bevor er abbricht. Nur wirksam wenn `chunkSize > 0`.
**`chunkRetryDelay`** (optional, Standard: 0 = keine Pause): Pause in Sekunden vor jedem Block-Request ab dem zweiten Block sowie zwischen Wiederholungsversuchen desselben fehlgeschlagenen Blocks. Ein einziger Wert für Cooldown und Retry-Back-off. Nur wirksam wenn `chunkSize > 0`.
**`connectionTimeout`** (optional, Standard: 10): Maximale Wartezeit in Sekunden für den Aufbau der TCP-Verbindung zum Importer-Server. Unabhängig von `timeout` (der die gesamte Übertragungsdauer begrenzt). Nur im Modus `http`.
### Modus `cli`
Transformer und Importer auf demselben Server.
```json
"fireflyImport": {
"mode": "cli",
"jsonConfig": "/opt/firefly-data-importer/storage/configurations/ubs-import.json",
"importerCommand": "php /opt/firefly-data-importer/artisan importer:import",
"chunkSize": 50,
"chunkRetries": 3,
"chunkRetryDelay": 10,
"timeout": 300,
"environment": {
"FIREFLY_III_URL": "https://localhost",
"FIREFLY_III_ACCESS_TOKEN": "your-token-here"
}
}
```
### Modus `docker`
Transformer lokal, Importer in Docker. Das Ausgabeverzeichnis muss als Volume eingebunden sein. `jsonConfig` ist der Pfad **innerhalb des Containers**.
```json
"fireflyImport": {
"mode": "docker",
"jsonConfig": "/import/configs/ubs-import.json",
"importerCommand": "docker exec firefly-importer php artisan importer:import",
"chunkSize": 50,
"chunkRetries": 3,
"chunkRetryDelay": 10,
"timeout": 300
}
```
### Modus `http`
Transformer lokal, Importer über HTTP(S) erreichbar. Benötigt `ext-curl`.
**Voraussetzungen auf dem Importer-Server:**
```text
CAN_POST_FILES=true
AUTO_IMPORT_SECRET=<secret> # mindestens 16 Zeichen
```
```json
"fireflyImport": {
"mode": "http",
"importerUrl": "https://importer.your-server.com",
"personalSecret": "your-auto-import-secret-min-16-chars",
"accessToken": "your-firefly-iii-personal-access-token",
"jsonConfig": "config/ubs-import.json",
"chunkSize": 50,
"chunkRetries": 3,
"chunkRetryDelay": 10,
"connectionTimeout": 10,
"timeout": 300
}
```
Die Anfrage geht an `POST {importerUrl}/autoupload?secret={personalSecret}` mit CSV und JSON-Config als Multipart-Felder. `accessToken` wird als `Authorization: Bearer` gesendet. Falls `FIREFLY_III_ACCESS_TOKEN` bereits in der Importer-Umgebung gesetzt ist, kann `accessToken` weggelassen werden.
---
### Serverseitige Konfiguration
Bei grossen Importen liegt der Engpass meist auf dem Firefly III Data Importer-Server, nicht im Transformer. Die folgenden Einstellungen gehören in die Umgebung des Importers (`.env` oder `docker-compose.yml`):
| Einstellung | Empfohlener Wert | Hinweis |
|---|---|---|
| `PHP_MEMORY_LIMIT` | `512M` `2048M` | Docker-Umgebungsvariable. Erhöhen, wenn PHP mit „Allowed memory size exhausted" abbricht. |
| `CONNECTION_TIMEOUT` | `60` | Sekunden für den TCP-Verbindungsaufbau zu Firefly III. Standard ~31 s (π × 10). |
| `IGNORE_DUPLICATE_ERRORS` | `true` | Doppelte Transaktionswarnungen bei Wiederholungsimporten unterdrücken. |
**nginx Reverse Proxy** (falls vorhanden):
```nginx
proxy_read_timeout 600s; # muss länger sein als der längste Einzelblock-Import
client_max_body_size 64M; # muss die grösste Chunk-CSV abdecken
```
**Docker Compose** Beispiel:
```yaml
services:
firefly-importer:
environment:
- PHP_MEMORY_LIMIT=1024M
- CONNECTION_TIMEOUT=60
- IGNORE_DUPLICATE_ERRORS=true
```
---
### Verwendung
```bash
# Nur transformieren (kein Import)
php bin/transformer.php transform input.csv config/config.json
# Transformieren und in Firefly III importieren
php bin/transformer.php transform input.csv config/config.json --do-import
# Watch-Modus: automatisch transformieren und importieren bei neuer CSV
php bin/transformer.php auto-import config/config.json --watch
```
---
## Architektur
```text
bin/transformer.php (CLI Entry Point)
TransformerEngine (Orchestrierung)
├─ ConfigurationLoader (Config laden/validieren)
├─ CsvReader (CSV einlesen)
├─ MetadataExtractor (Metadaten mit Regex)
├─ ColumnTransformer (Transformationen anwenden)
├─ CsvWriter (CSV schreiben)
├─ FireflyImporter (Firefly III Integration)
└─ DebugLogger (Debug-Protokolle)
```
| Klasse | Verantwortung |
| -------- | --------------- |
| `TransformerEngine` | Orchestriert gesamten Workflow |
| `ConfigurationLoader` | Lädt und validiert JSON-Konfiguration |
| `CsvReader` | Liest CSV mit Metadaten |
| `MetadataExtractor` | Extrahiert Metadaten mit Regex |
| `ColumnTransformer` | Transformiert Spalten (Pipeline) |
| `CsvWriter` | Schreibt CSV |
| `FireflyImporter` | Importiert in Firefly III |
| `DebugLogger` | Statischer Logger für Debug |
---
## Fehlerbehandlung
### Häufige Fehler
#### "Input file not found"
```bash
# Prüfe Dateipfad
ls -la input.csv
# Nutze absoluten Pfad wenn relativ nicht funktioniert
php bin/transformer.php transform /absolute/path/input.csv config.json
```
#### "Missing metadata: account_iban"
```bash
# Prüfe erste Zeilen des CSV
head -5 input.csv
# Überprüfe lineNumber und regex in config.json
php bin/transformer.php validate config.json input.csv --debug
```
#### "Invalid JSON"
```bash
php -r "json_decode(file_get_contents('config/config.json'), true) or die('JSON invalid');"
```
#### "Configuration: 'csvStructure.headerLine' required"
```bash
diff config/config.json config/config.example.json
```
---
## Version & Änderungen
**v1.0.0 (03. Mai 2026)**
- ✅ Initial Release
- ✅ 14 Transformationstypen
- ✅ Metadaten-Extraktion mit Regex
- ✅ Debug-Modus
- ✅ Firefly III Integration (cli / docker / http)
- ✅ Vollständige Dokumentation
---
**Lizenz:** GPL-3.0
**Author:** PHP CSV Transformer Project
**Repository:** [git.andare.ch/david.reindl/ff-imp-preprocessor](https://git.andare.ch/david.reindl/ff-imp-preprocessor)

1101
README.md

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@ -16,10 +16,9 @@ require_once __DIR__ . '/../vendor/autoload.php';
use UbsCsvTransformer\TransformerEngine; use UbsCsvTransformer\TransformerEngine;
use UbsCsvTransformer\ConfigurationLoader; use UbsCsvTransformer\ConfigurationLoader;
use UbsCsvTransformer\FireflyImporter; use UbsCsvTransformer\FireflyImporter;
use UbsCsvTransformer\DebugLogger;
// ============================================================================ // ============================================================================
// CLI argument processing // CLI-Argument-Verarbeitung
// ============================================================================ // ============================================================================
$argc = $_SERVER['argc'] ?? 0; $argc = $_SERVER['argc'] ?? 0;
@ -30,10 +29,10 @@ if ($argc < 2) {
exit(0); exit(0);
} }
// Debug mode can be enabled // Debug-Modus aktivierbar
$debug = in_array('--debug', $argv) || in_array('-d', $argv); $debug = in_array('--debug', $argv) || in_array('-d', $argv);
// Extract command // Extrahiere Kommando
$command = $argv[1]; $command = $argv[1];
try { try {
@ -55,26 +54,11 @@ try {
// ============================================================================ // ============================================================================
/** /**
* Returns true when the active shell locale is German (de_*) * Zeige Hilfe und Verwendungsanleitung
*/
function isGermanLocale(): bool
{
foreach (['LANG', 'LC_ALL', 'LC_MESSAGES', 'LANGUAGE'] as $var) {
$val = getenv($var);
if ($val !== false && $val !== '') {
return str_starts_with(strtolower($val), 'de');
}
}
return false;
}
/**
* Show help and usage instructions
*/ */
function showHelp(): void function showHelp(): void
{ {
if (isGermanLocale()) { echo <<<'HELP'
echo <<<'HELP_DE'
╔════════════════════════════════════════════════════════════════════════════╗ ╔════════════════════════════════════════════════════════════════════════════╗
Firefly Import Preprocessor - Kommandozeilen-Tool Firefly Import Preprocessor - Kommandozeilen-Tool
@ -100,10 +84,10 @@ KOMMANDOS:
Transformiert eine komplette CSV-Datei Transformiert eine komplette CSV-Datei
Optionen: Optionen:
--output=FILE, -o Output-Pfad (Standard: input-transformed.csv) --output=FILE, -o Output-Pfad (Standard: input-transformed.csv)
--do-import Nach der Transformation in Firefly III importieren --no-import Nicht automatisch in Firefly III importieren
Beispiel: Beispiel:
transformer transform ubs-export.csv config.json transformer transform ubs-export.csv config.json
transformer transform ubs-export.csv config.json --do-import transformer transform ubs-export.csv config.json -o import.csv
validate [config] [options] validate [config] [options]
Validiert die Konfigurationsdatei Validiert die Konfigurationsdatei
@ -186,150 +170,26 @@ KONFIGURATION:
DOKUMENTATION: DOKUMENTATION:
Siehe README.md für vollständige Dokumentation Siehe README.md und UBS_Transformer_Guide.md für vollständige Dokumentation
LIZENZ: LIZENZ:
GPL 3 MIT License
HELP_DE; HELP;
return;
}
echo <<<'HELP_EN'
╔════════════════════════════════════════════════════════════════════════════╗
Firefly Import Preprocessor - Command Line Tool
A lightweight PHP 8 tool for transforming UBS E-Banking exports
into a Firefly III compatible format.
╚════════════════════════════════════════════════════════════════════════════╝
USAGE:
transformer [command] [options]
COMMANDS:
test [input] [config] [options]
Tests the transformation with a limited number of rows
Options:
--rows=N Process only N rows (default: 10)
--output=FILE, -o Also write result to file
Example:
transformer test ubs-export.csv config.json --rows=5
transformer test ubs-export.csv config.json -o test-output.csv
transform [input] [config] [options]
Transforms a complete CSV file
Options:
--output=FILE, -o Output path (default: input-transformed.csv)
--do-import Import into Firefly III after transformation
Example:
transformer transform ubs-export.csv config.json
transformer transform ubs-export.csv config.json --do-import
validate [config] [options]
Validates the configuration file
Options:
--strict Strict validation (recommended)
Example:
transformer validate config.json
transformer validate config.json --strict
auto-import [config] [options]
Monitors source directory and processes new files
Options:
--watch Continuous monitoring (daemon mode)
--interval=SEC Check interval in seconds (default: 60)
--dry-run Show what would be done (no actual processing)
Example:
transformer auto-import config.json
transformer auto-import config.json --watch --interval=30
help, -h, --help
Show this help
GLOBAL OPTIONS:
--debug, -d Enable debug mode (detailed output)
INSTALLATION:
1. PHP 8.1+ must be installed
php --version
2. Autoloader setup (choose one):
Option A: With Composer (recommended)
composer install
Option B: Manual - files in directory structure:
ff-imp-preprocessor/
├── bin/transformer.php
├── src/*.php
└── config/config.json
3. Make executable:
chmod +x bin/transformer.php
4. Adjust configuration:
cp config/config.example.json config/config.json
nano config/config.json
EXAMPLES:
# Test transformation (first 5 rows)
./bin/transformer test data/ubs-export.csv config/config.json --rows=5
# Full transformation
./bin/transformer transform data/ubs-export.csv config/config.json \
--output=output/firefly-import.csv
# Validate configuration
./bin/transformer validate config/config.json --strict
# Start auto-import with monitoring
./bin/transformer auto-import config/config.json --watch
# Process only next file
./bin/transformer auto-import config/config.json
CONFIGURATION:
The config.json must have the following structure:
{
"metadata": { "extractionRules": {...} },
"csvStructure": { "delimiter": ";", ... },
"columnTransformations": { ... },
"fireflyImport": { "apiUrl": "...", "apiKey": "..." },
"directories": {
"source": "./import/source",
"output": "./import/output",
"archive": "./import/archive",
"error": "./import/error"
}
}
DOCUMENTATION:
See README.md for full documentation
LICENSE:
GPL 3
HELP_EN;
} }
/** /**
* Expands ~ to absolute home directory and resolves relative paths * Expandiert ~ zu absolutem Home-Verzeichnis und löst relative Pfade auf
*/ */
function expandPath(string $path): string function expandPath(string $path): string
{ {
if (str_starts_with($path, '~/') || $path === '~') { if (str_starts_with($path, '~/') || $path === '~') {
$homeEnv = getenv('HOME'); $home = getenv('HOME') ?: posix_getpwuid(posix_getuid())['dir'];
$pwInfo = posix_getpwuid(posix_getuid());
$home = $homeEnv !== false && $homeEnv !== '' ? $homeEnv : ($pwInfo !== false ? $pwInfo['dir'] : '~');
$path = $home . substr($path, 1); $path = $home . substr($path, 1);
} }
// Resolve relative paths against cwd (without realpath, so non-existent dirs are allowed) // Relative Pfade gegen cwd auflösen (ohne realpath, damit nicht-existierende Dirs erlaubt sind)
if (!str_starts_with($path, '/')) { if (!str_starts_with($path, '/')) {
$path = getcwd() . '/' . $path; $path = getcwd() . '/' . $path;
} }
@ -338,7 +198,7 @@ function expandPath(string $path): string
} }
/** /**
* Parses CLI options into an associative array * Parse CLI-Optionen in assoziatives Array
*/ */
function parseOptions(array $argv, int $startIndex = 0): array function parseOptions(array $argv, int $startIndex = 0): array
{ {
@ -357,9 +217,9 @@ function parseOptions(array $argv, int $startIndex = 0): array
} }
/** /**
* Tests transformation with a limited number of rows * Teste Transformation mit begrenzter Zeilenzahl
*/ */
function handleTest(int $argc, array $argv): void function handleTest($argc, $argv): void
{ {
if ($argc < 4) { if ($argc < 4) {
throw new Exception("Usage: transformer test [input-file] [config-file] [options]"); throw new Exception("Usage: transformer test [input-file] [config-file] [options]");
@ -374,10 +234,10 @@ function handleTest(int $argc, array $argv): void
$outputFile = $options['output'] ?? $options['o'] ?? null; $outputFile = $options['output'] ?? $options['o'] ?? null;
if (!file_exists($inputFile)) { if (!file_exists($inputFile)) {
throw new Exception("Input file not found: $inputFile"); throw new Exception("Input-Datei nicht gefunden: $inputFile");
} }
if (!file_exists($configFile)) { if (!file_exists($configFile)) {
throw new Exception("Configuration file not found: $configFile"); throw new Exception("Konfigurationsdatei nicht gefunden: $configFile");
} }
echo "\n📊 TEST-MODUS: Verarbeite max. $maxRows Zeilen\n"; echo "\n📊 TEST-MODUS: Verarbeite max. $maxRows Zeilen\n";
@ -428,17 +288,13 @@ function handleTest(int $argc, array $argv): void
echo "\n💾 Output-Datei: $outputFile\n"; echo "\n💾 Output-Datei: $outputFile\n";
} }
if ($debug) {
echo DebugLogger::format(true);
}
echo "\n✅ Test erfolgreich!\n\n"; echo "\n✅ Test erfolgreich!\n\n";
} }
/** /**
* Transforms a complete CSV file * Transformiere komplette CSV-Datei
*/ */
function handleTransform(int $argc, array $argv): void function handleTransform($argc, $argv): void
{ {
if ($argc < 4) { if ($argc < 4) {
throw new Exception("Usage: transformer transform [input-file] [config-file] [options]"); throw new Exception("Usage: transformer transform [input-file] [config-file] [options]");
@ -450,23 +306,21 @@ function handleTransform(int $argc, array $argv): void
$debug = isset($options['debug']) || isset($options['d']); $debug = isset($options['debug']) || isset($options['d']);
$outputFile = $options['output'] ?? $options['o'] ?? null; $outputFile = $options['output'] ?? $options['o'] ?? null;
$doImport = isset($options['do-import']);
$resetImport = isset($options['reset-import']);
if (!file_exists($inputFile)) { if (!file_exists($inputFile)) {
throw new Exception("Input file not found: $inputFile"); throw new Exception("Input-Datei nicht gefunden: $inputFile");
} }
if (!file_exists($configFile)) { if (!file_exists($configFile)) {
throw new Exception("Configuration file not found: $configFile"); throw new Exception("Konfigurationsdatei nicht gefunden: $configFile");
} }
echo "\n🚀 TRANSFORMATION\n"; echo "\n🚀 TRANSFORMATION STARTEN\n";
echo "━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━\n"; echo "━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━\n";
$configLoader = new ConfigurationLoader($configFile); $configLoader = new ConfigurationLoader($configFile);
$config = $configLoader->load(); $configLoader->load();
// --output overrides target directory and filename from configuration // --output überschreibt Zielverzeichnis und Dateiname aus der Konfiguration
if ($outputFile !== null) { if ($outputFile !== null) {
$outputFile = expandPath($outputFile); $outputFile = expandPath($outputFile);
$configLoader->set('directories.output', dirname($outputFile)); $configLoader->set('directories.output', dirname($outputFile));
@ -476,164 +330,17 @@ function handleTransform(int $argc, array $argv): void
$engine = new TransformerEngine($configLoader, $debug); $engine = new TransformerEngine($configLoader, $debug);
$result = $engine->transform($inputFile); $result = $engine->transform($inputFile);
echo "✅ Transformation complete!\n"; echo "✅ Transformation erfolgreich!\n";
echo " Output file: " . ($result['outputFile'] ?? 'N/A') . "\n"; echo " Output-Datei: " . ($result['outputFile'] ?? 'N/A') . "\n";
echo " Rows transformed: " . ($result['rowsProcessed'] ?? 0) . "\n"; echo " Zeilen transformiert: " . ($result['rowsProcessed'] ?? 0) . "\n";
if ($doImport) { echo "\n✅ Fertig!\n\n";
if (!empty($config['fireflyImport'])) {
echo "\n🚀 FIREFLY III IMPORT\n";
echo "━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━\n";
$fireflyConfig = $config['fireflyImport'];
$importer = new FireflyImporter($fireflyConfig);
$outputCsv = $result['outputFile'] ?? '';
if ($resetImport) {
$importer->resetImportState($outputCsv);
echo " Import state cleared — starting fresh.\n";
} elseif ($importer->hasResumeState($outputCsv)) {
$stateRaw = @file_get_contents($outputCsv . '.ffi-state.json');
$stateData = is_string($stateRaw) ? json_decode($stateRaw, true) : null;
if (is_array($stateData)) {
$doneSoFar = count((array) ($stateData['completed_chunks'] ?? []));
$totalSoFar = (int) ($stateData['total_chunks'] ?? 0);
echo " Resuming previous import: {$doneSoFar}/{$totalSoFar} chunks already completed.\n";
echo " Add --reset-import to start over from scratch.\n";
}
}
$inChunkedMode = false;
// Detect the system timezone: PHP CLI often defaults to UTC even when the OS
// is configured otherwise. Read /etc/localtime symlink to get the real zone.
$localTzName = date_default_timezone_get();
if (is_link('/etc/localtime')) {
$link = (string) readlink('/etc/localtime');
if (preg_match('#zoneinfo/(.+)$#', $link, $tzMatch) === 1) {
$localTzName = $tzMatch[1];
}
}
$localTz = new \DateTimeZone($localTzName);
$importer->setProgressCallback(
function (string $event, array $data) use (&$inChunkedMode, $localTz): void {
static $chunkHadRetry = false;
$ts = '[' . (new \DateTimeImmutable('now', $localTz))->format('H:i:s') . ']';
if ($event === 'chunk_start') {
$inChunkedMode = true;
$chunkHadRetry = false;
echo "{$ts} Chunk {$data['chunk']}/{$data['total']} ({$data['rows']} rows)...";
flush();
} elseif ($event === 'chunk_done') {
$d = round((float) ($data['result']['duration'] ?? 0), 1);
$status = $data['result']['success'] ? 'done' : 'failed';
if ($chunkHadRetry) {
// After retries the line is already terminated — print a full new line
echo "{$ts} Chunk {$data['chunk']}/{$data['total']}: {$status} ({$d}s)\n";
} else {
echo " {$status} ({$d}s)\n";
}
flush();
} elseif ($event === 'chunk_retry') {
$chunkHadRetry = true;
$err = (string) ($data['error'] ?? '');
$msg = $err !== '' ? "{$err}" : '';
echo "\n 🔄 {$ts} Chunk {$data['chunk']}/{$data['total']}: attempt {$data['attempt']}/{$data['max_attempts']} failed{$msg}\n";
flush();
} elseif ($event === 'chunk_delay') {
$ctx = ($data['context'] ?? '') === 'retry' ? 'retry' : 'next chunk';
echo "{$ts} Waiting {$data['seconds']}s before {$ctx}...\n";
flush();
} elseif ($event === 'chunk_skip') {
echo "{$ts} Chunk {$data['chunk']}/{$data['total']} already completed — skipping\n";
flush();
} elseif ($event === 'request_start' && !$inChunkedMode) {
echo "{$ts} Sending to importer...\n";
flush();
}
}
);
$outputDelimiter = (string) ($config['csvStructure']['outputDelimiter'] ?? ',');
$importResult = $importer->importChunked($outputCsv, $outputDelimiter);
$duration = $importResult['duration'] ?? null;
$chunks = $importResult['chunks'] ?? null;
$summary = $importResult['summary'] ?? null;
if ($importResult['success']) {
if (is_array($summary)) {
$created = $summary['created'] ?? 0;
$byType = $summary['by_type'] ?? [];
$completed = $summary['completed'] ?? false;
$duplicates = $summary['duplicates'] ?? 0;
$errors = $summary['errors'] ?? [];
$status = $completed ? '✅ Import complete!' : '⚠️ Import finished (no "Done!" marker received)';
echo $status . ($duration !== null ? " ({$duration}s)" : '') . "\n";
echo " Transactions created: {$created}\n";
$typeLabels = ['deposit' => 'Deposits', 'withdrawal' => 'Withdrawals', 'transfer' => 'Transfers'];
foreach ($byType as $type => $count) {
$label = $typeLabels[$type] ?? ucfirst($type);
echo " {$label}: {$count}\n";
}
if ($duplicates > 0) {
echo " ⚠️ Duplicates skipped: {$duplicates}\n";
}
if (!empty($errors)) {
$errorCount = count($errors);
echo " ❌ Errors ({$errorCount}):\n";
foreach ($errors as $err) {
echo " - {$err}\n";
}
}
} else {
echo "✅ Import complete!" . ($duration !== null ? " ({$duration}s)" : '') . "\n";
if (!empty($importResult['output']['stdout'])) {
echo $importResult['output']['stdout'] . "\n";
}
}
} else {
$errorMsg = $importResult['error']
?? ('HTTP ' . ($importResult['exit_code'] ?? '?'));
$chunksData = $importResult['chunks'] ?? null;
if (is_array($chunksData) && $chunksData['total'] > 1) {
$failedChunk = $chunksData['done'] + 1;
echo "❌ Import failed at chunk {$failedChunk}/{$chunksData['total']}: {$errorMsg}\n";
echo " Run the same command again to resume from where it stopped.\n";
echo " Add --reset-import to start over from scratch.\n";
} else {
echo "❌ Import failed: {$errorMsg}\n";
}
// Only dump the raw response body in debug mode
if ($debug && !empty($importResult['output']['stdout'])) {
echo $importResult['output']['stdout'] . "\n";
}
if (!empty($importResult['output']['stderr'])) {
echo $importResult['output']['stderr'] . "\n";
}
}
} else {
echo "\n⚠️ --do-import specified but no fireflyImport section found in config.\n";
}
}
if ($debug) {
echo DebugLogger::format(true);
}
echo "\n✅ Done!\n\n";
} }
/** /**
* Validates the configuration file * Validiere Konfigurationsdatei
*/ */
function handleValidate(int $argc, array $argv): void function handleValidate($argc, $argv): void
{ {
if ($argc < 3) { if ($argc < 3) {
throw new Exception("Usage: transformer validate [config-file] [options]"); throw new Exception("Usage: transformer validate [config-file] [options]");
@ -644,7 +351,7 @@ function handleValidate(int $argc, array $argv): void
$strict = isset($options['strict']); $strict = isset($options['strict']);
if (!file_exists($configFile)) { if (!file_exists($configFile)) {
throw new Exception("Configuration file not found: $configFile"); throw new Exception("Konfigurationsdatei nicht gefunden: $configFile");
} }
echo "\n✔️ KONFIGURATION VALIDIEREN\n"; echo "\n✔️ KONFIGURATION VALIDIEREN\n";
@ -655,7 +362,7 @@ function handleValidate(int $argc, array $argv): void
try { try {
$config = $configLoader->load(); $config = $configLoader->load();
// Basic validation // Basis-Validierung
echo "✅ JSON-Format valide\n"; echo "✅ JSON-Format valide\n";
$required = ['metadata', 'csvStructure', 'columnTransformations']; $required = ['metadata', 'csvStructure', 'columnTransformations'];
@ -670,7 +377,7 @@ function handleValidate(int $argc, array $argv): void
} }
} }
// Firefly validation // Firefly-Validierung
if (isset($config['fireflyImport'])) { if (isset($config['fireflyImport'])) {
echo "✅ Firefly III Konfiguration vorhanden\n"; echo "✅ Firefly III Konfiguration vorhanden\n";
if (empty($config['fireflyImport']['apiUrl'])) { if (empty($config['fireflyImport']['apiUrl'])) {
@ -689,7 +396,7 @@ function handleValidate(int $argc, array $argv): void
echo "⚠️ Firefly III Konfiguration nicht vorhanden (optional)\n"; echo "⚠️ Firefly III Konfiguration nicht vorhanden (optional)\n";
} }
// Directory validation // Verzeichnisse-Validierung
if (isset($config['directories'])) { if (isset($config['directories'])) {
echo "✅ Verzeichnisse konfiguriert\n"; echo "✅ Verzeichnisse konfiguriert\n";
$dirs = ['source', 'output', 'archive', 'error']; $dirs = ['source', 'output', 'archive', 'error'];
@ -709,14 +416,14 @@ function handleValidate(int $argc, array $argv): void
echo "\n⚠️ Konfiguration hat Warnungen aber ist funktional\n\n"; echo "\n⚠️ Konfiguration hat Warnungen aber ist funktional\n\n";
} }
} catch (Exception $e) { } catch (Exception $e) {
throw new Exception("Validation error: " . $e->getMessage()); throw new Exception("Validierungsfehler: " . $e->getMessage());
} }
} }
/** /**
* Auto-import with directory monitoring * Auto-Import mit Verzeichnis-Überwachung
*/ */
function handleAutoImport(int $argc, array $argv): void function handleAutoImport($argc, $argv): void
{ {
if ($argc < 3) { if ($argc < 3) {
throw new Exception("Usage: transformer auto-import [config-file] [options]"); throw new Exception("Usage: transformer auto-import [config-file] [options]");
@ -727,7 +434,7 @@ function handleAutoImport(int $argc, array $argv): void
$debug = isset($options['debug']) || isset($options['d']); $debug = isset($options['debug']) || isset($options['d']);
if (!file_exists($configFile)) { if (!file_exists($configFile)) {
throw new Exception("Configuration file not found: $configFile"); throw new Exception("Konfigurationsdatei nicht gefunden: $configFile");
} }
$configLoader = new ConfigurationLoader($configFile); $configLoader = new ConfigurationLoader($configFile);
@ -741,7 +448,7 @@ function handleAutoImport(int $argc, array $argv): void
$watch = isset($options['watch']); $watch = isset($options['watch']);
$interval = isset($options['interval']) ? (int)$options['interval'] : 60; $interval = isset($options['interval']) ? (int)$options['interval'] : 60;
// Create directories // Verzeichnisse erstellen
foreach ([$sourceDir, $outputDir, $archiveDir, $errorDir] as $dir) { foreach ([$sourceDir, $outputDir, $archiveDir, $errorDir] as $dir) {
if (!is_dir($dir)) { if (!is_dir($dir)) {
mkdir($dir, 0755, true); mkdir($dir, 0755, true);
@ -769,9 +476,7 @@ function handleAutoImport(int $argc, array $argv): void
if ($watch) { if ($watch) {
echo "⏳ Drücke Ctrl+C zum Beenden.\n\n"; echo "⏳ Drücke Ctrl+C zum Beenden.\n\n";
$running = true; while (true) {
/** @phpstan-ignore while.alwaysTrue (intentional infinite loop — terminated only via Ctrl+C / SIGINT) */
while ($running) {
processImportDirectory($sourceDir, $outputDir, $archiveDir, $errorDir, $config, $configFile, $dryRun, $debug); processImportDirectory($sourceDir, $outputDir, $archiveDir, $errorDir, $config, $configFile, $dryRun, $debug);
sleep($interval); sleep($interval);
} }
@ -781,9 +486,9 @@ function handleAutoImport(int $argc, array $argv): void
} }
/** /**
* Processes directory containing CSV files * Verarbeite Verzeichnis mit CSV-Dateien
*/ */
function processImportDirectory(string $sourceDir, string $outputDir, string $archiveDir, string $errorDir, array $config, string $configFile, bool $dryRun = false, bool $debug = false): void function processImportDirectory($sourceDir, $outputDir, $archiveDir, $errorDir, $config, $configFile, $dryRun = false, $debug = false): void
{ {
if (!is_dir($sourceDir)) { if (!is_dir($sourceDir)) {
return; return;
@ -811,10 +516,10 @@ function processImportDirectory(string $sourceDir, string $outputDir, string $ar
$result = $engine->transform($file); $result = $engine->transform($file);
$outputFile = $result['outputFile'] ?? $outputFile; $outputFile = $result['outputFile'] ?? $outputFile;
// Archive original file // Archiviere Original-Datei
$archiveFile = $archiveDir . '/' . $basename; $archiveFile = $archiveDir . '/' . $basename;
if (!rename($file, $archiveFile)) { if (!rename($file, $archiveFile)) {
throw new Exception("Could not archive file"); throw new Exception("Konnte nicht archivieren");
} }
// Firefly Import // Firefly Import
@ -829,7 +534,7 @@ function processImportDirectory(string $sourceDir, string $outputDir, string $ar
echo "" . $e->getMessage() . "\n"; echo "" . $e->getMessage() . "\n";
if (!$dryRun) { if (!$dryRun) {
// Move to error directory // Verschiebe zu Error-Verzeichnis
$errorFile = $errorDir . '/' . $basename; $errorFile = $errorDir . '/' . $basename;
@rename($file, $errorFile); @rename($file, $errorFile);
} }

View File

@ -40,7 +40,6 @@
"vimeo/psalm": "^5.0" "vimeo/psalm": "^5.0"
}, },
"suggest": { "suggest": {
"ext-curl": "Benötigt für Modus fireflyImport.mode=http (HTTP-Upload an den Data Importer)",
"monolog/monolog": "For advanced logging capabilities (optional)", "monolog/monolog": "For advanced logging capabilities (optional)",
"guzzlehttp/guzzle": "For Firefly III HTTP client integration (optional)" "guzzlehttp/guzzle": "For Firefly III HTTP client integration (optional)"
}, },

View File

@ -199,20 +199,11 @@
], ],
"fireflyImport": { "fireflyImport": {
"mode": "docker", "jsonConfig": "/opt/firefly/import-config.json",
"importerCommand": "docker exec -it firefly-importer php artisan importer:import",
"jsonConfig": "/import/configs/ubs-import.json",
"importerCommand": "docker exec firefly-importer php artisan importer:import",
"autoImport": false, "autoImport": false,
"deleteAfterImport": false, "deleteAfterImport": false,
"chunkSize": 0,
"chunkRetries": 0,
"chunkRetryDelay": 0,
"connectionTimeout": 10,
"timeout": 300, "timeout": 300,
"environment": { "environment": {
"FIREFLY_III_URL": "https://your-firefly.com", "FIREFLY_III_URL": "https://your-firefly.com",
"FIREFLY_III_ACCESS_TOKEN": "your-token-here" "FIREFLY_III_ACCESS_TOKEN": "your-token-here"

View File

@ -1,79 +0,0 @@
{
"version": 3,
"source": "ff3-importer-2.1.1",
"created_at": "2026-05-04T22:22:39+02:00",
"date": "Y-m-d",
"default_account": 1,
"delimiter": "comma",
"headers": true,
"rules": true,
"webhooks": true,
"skip_form": false,
"add_import_tag": true,
"roles": [
"amount_debit",
"amount_credit",
"date_transaction",
"date_process",
"opposing-name",
"tags-comma",
"description",
"opposing-iban",
"opposing-number",
"note",
"account-iban",
"currency-code"
],
"do_mapping": [
false,
false,
false,
false,
false,
false,
false,
false,
false,
false,
false,
false
],
"mapping": {},
"duplicate_detection_method": "classic",
"ignore_duplicate_lines": false,
"unique_column_index": 0,
"unique_column_type": "note",
"pseudo_identifier": [],
"flow": "file",
"content_type": "csv",
"camt_type": "",
"custom_tag": "test001",
"identifier": "0",
"connection": "0",
"ignore_spectre_categories": false,
"grouped_transaction_handling": "",
"use_entire_opposing_address": false,
"map_all_data": true,
"pending_transactions": false,
"access_token": "",
"accounts": {},
"new_accounts": [],
"date_range": "",
"date_range_number": 30,
"date_range_unit": "d",
"date_range_not_after_unit": "",
"date_range_not_after_number": 0,
"date_not_before": "",
"date_not_after": "",
"nordigen_country": "",
"nordigen_bank": "",
"nordigen_requisitions": {},
"nordigen_max_days": "90",
"lunch_flow_api_key": "",
"enable_banking_country": "",
"enable_banking_bank": "",
"enable_banking_auth_id": "",
"enable_banking_sessions": [],
"conversion": false,
"ignore_duplicate_transactions": true
}

View File

@ -1,53 +0,0 @@
{
"_comment_1": "Firefly III Data Importer configuration file (format version 3)",
"_comment_2": "Created for the output of config-ubs-account.json (11 columns, comma-delimited)",
"_comment_3": "Adjust: set 'default_account' to your Firefly III asset account ID (number, not name)",
"_comment_4": "Docs: https://docs.firefly-iii.org/references/data-importer/json/",
"version": 3,
"flow": "csv",
"date": "Y-m-d",
"delimiter": "comma",
"headers": true,
"conversion": false,
"default_account": 1,
"rules": true,
"skip_form": true,
"add_import_tag": true,
"duplicate_detection_method": "classic",
"ignore_duplicate_lines": true,
"ignore_duplicate_transactions": true,
"roles": [
"amount_debit",
"amount_credit",
"date_transaction",
"date_process",
"opposing-name",
"tags-comma",
"description",
"opposing-iban",
"note",
"account-iban",
"currency-code"
],
"do_mapping": {
"0": false,
"1": false,
"2": false,
"3": false,
"4": false,
"5": false,
"6": false,
"7": false,
"8": false,
"9": false,
"10": false
},
"mapping": {}
}

View File

@ -3,36 +3,30 @@
namespace UbsCsvTransformer; namespace UbsCsvTransformer;
/** /**
* Transforms columns according to configuration * Transformiert Spalten gemäß Konfiguration
* *
* Supported transformation types (canonical names): * Unterstützte Transformationstypen (canonical names):
* - map: Copy/rename column (default) * - map: Spalte kopieren/umbenennen (Standard)
* - replace: String replacement (str_replace) * - replace: String-Replacement (str_replace)
* - regex: Regex replace via preg_replace (backreferences: $1, $2 ) * - regex: Regex-Replace mit preg_replace (Backreferenzen: $1, $2 )
* - dateformat: Date formatting (toFormat: 'l' yields English weekday name) * - dateformat: Datum-Formatierung
* - split: Split column at delimiter * - split: Spalte bei Delimiter teilen
* - regexextract: Extract using regex * - regexextract: Mit Regex extrahieren
* - trim: Remove whitespace * - trim: Whitespace entfernen
* - uppercase: Convert to uppercase * - uppercase: In Grossbuchstaben umwandeln
* - lowercase: Convert to lowercase * - lowercase: In Kleinbuchstaben umwandeln
* - ucwordsfirst: Capitalise first letter after word boundaries (only when input * - ucwordsfirst: Ersten Buchstaben nach Worttrennern gross
* has no lowercase letters; strings already mixed-case are returned * - truncate: String auf maximale Länge kürzen
* unchanged) * - constantvalue: Konstanten-Wert aus Metadaten
* - truncate: Truncate string to maximum length * - pipeline: Mehrere Transformationen hintereinander (via steps[])
* - constantvalue: Constant value from metadata * - custom: Custom PHP-Callback
* - pipeline: Chain multiple transformations (via steps[])
* - custom: Custom PHP callback
* - timeperiod: Map a time string to a period label (morning, evening, )
* *
* Supported outputAction values: * Unterstützte outputAction-Werte:
* - create / overwrite: Set target column (default) * - create / overwrite: Ziel-Spalte setzen (Standard)
* - append: Append value directly; optional "appendDelimiter" inserts a separator * - append: Wert anhängen
* between existing and new value (skipped when target is still empty) * - append-line: Wert auf neuer Zeile anhängen (kein Leerzeichen wenn Ziel leer)
* - append-if-not-empty: Like append, but skips entirely when the transformation result is * - overwrite-if-empty: Nur setzen wenn Ziel-Spalte leer
* empty (safe for optional values like tags and notes lines) * - overwrite-if-not-empty: Nur setzen wenn Ergebnis nicht leer
* - append-line: Append value on new line (no leading newline if target is empty)
* - overwrite-if-empty: Only set if target column is empty
* - overwrite-if-not-empty: Only set if transformation result is not empty
*/ */
class ColumnTransformer class ColumnTransformer
{ {
@ -42,11 +36,11 @@ class ColumnTransformer
private array $globalExceptions; private array $globalExceptions;
/** /**
* Initialises ColumnTransformer with transformation rules * Initialisiert ColumnTransformer mit Transformationsregeln
* *
* @param array $transformations Transformation configuration from config.json * @param array $transformations Transformationskonfiguration aus config.json
* @param array $metadata Extracted metadata from CSV header * @param array $metadata Extrahierte Metadaten aus CSV-Header
* @param array $globalExceptions Global exceptions list for ucwordsfirst * @param array $globalExceptions Globale Ausnahmeliste r ucwordsfirst
*/ */
public function __construct(array $transformations, array $metadata = [], array $globalExceptions = []) public function __construct(array $transformations, array $metadata = [], array $globalExceptions = [])
{ {
@ -57,36 +51,36 @@ class ColumnTransformer
} }
/** /**
* Transforms a single data row * Transformiert eine einzelne Datenzeile
* *
* Applies all defined transformations to the row. * Wendet alle definierten Transformationen auf die Zeile an.
* Can generate new columns (e.g. for regex_extract). * Kann neue Spalten generieren (z.B. bei regex_extract).
* *
* @param array $row Data row with header keys as array keys * @param array $row Datenzeile mit Header-Keys als Array-Keys
* *
* @return array Transformed data row * @return array Transformierte Datenzeile
*/ */
public function transformRow(array $row): array public function transformRow(array $row): array
{ {
$transformedRow = $row; $transformedRow = $row;
foreach ($this->transformations as $config) { foreach ($this->transformations as $config) {
// Multi-output detection (for split) // Multi-Output Detection (für split)
if (isset($config['outputs']) && is_array($config['outputs'])) { if (isset($config['outputs']) && is_array($config['outputs'])) {
// Multi-output transformation (e.g. split into multiple columns) // Multi-Output Transformation (z.B. split in mehrere Spalten)
$multiOutputResult = $this->handleMultiOutputTransformation($transformedRow, $config); $multiOutputResult = $this->handleMultiOutputTransformation($transformedRow, $config);
// Merge results into transformedRow // Merge Ergebnisse in transformedRow
foreach ($multiOutputResult as $columnName => $value) { foreach ($multiOutputResult as $columnName => $value) {
$transformedRow[$columnName] = $value; $transformedRow[$columnName] = $value;
// Register new columns // Registriere neue Spalten
if (!in_array($columnName, $this->outputColumns)) { if (!in_array($columnName, $this->outputColumns)) {
$this->outputColumns[] = $columnName; $this->outputColumns[] = $columnName;
} }
} }
// Continue with next transformation // Fahre mit nächster Transformation fort
continue; continue;
} }
@ -96,7 +90,7 @@ class ColumnTransformer
if (empty($targetColumn)) { if (empty($targetColumn)) {
throw new \RuntimeException( throw new \RuntimeException(
"Transformation missing 'outputColumn' field: " . json_encode($config) "Transformation fehlt 'outputColumn' Feld: " . json_encode($config)
); );
} }
@ -130,38 +124,23 @@ class ColumnTransformer
// Apply output action // Apply output action
switch ($outputAction) { switch ($outputAction) {
case 'append': case 'append':
$existing = $transformedRow[$targetColumn] ?? ''; $transformedRow[$targetColumn] = ($transformedRow[$targetColumn] ?? '') . $resultValue;
if (isset($config['appendDelimiter']) && $existing !== '') {
$transformedRow[$targetColumn] = $existing . (string) $config['appendDelimiter'] . $resultValue;
} else {
$transformedRow[$targetColumn] = $existing . $resultValue;
}
break;
case 'append-if-not-empty':
if ($resultValue !== '') {
$existing = $transformedRow[$targetColumn] ?? '';
if (isset($config['appendDelimiter']) && $existing !== '') {
$transformedRow[$targetColumn] = $existing . (string) $config['appendDelimiter'] . $resultValue;
} else {
$transformedRow[$targetColumn] = $existing . $resultValue;
}
}
break; break;
case 'append-line': case 'append-line':
// Append value on new line; no leading newline if target is empty // Wert auf neuer Zeile anhängen; kein führender Zeilenumbruch wenn Ziel leer
if ($resultValue !== '') { if ($resultValue !== '') {
$existing = $transformedRow[$targetColumn] ?? ''; $existing = $transformedRow[$targetColumn] ?? '';
$transformedRow[$targetColumn] = $existing !== '' ? $existing . "\n" . $resultValue : $resultValue; $transformedRow[$targetColumn] = $existing !== '' ? $existing . "\n" . $resultValue : $resultValue;
} }
break; break;
case 'overwrite-if-empty': case 'overwrite-if-empty':
// Only overwrite if target column is empty // Nur überschreiben wenn Ziel-Spalte leer ist
if (($transformedRow[$targetColumn] ?? '') === '') { if (($transformedRow[$targetColumn] ?? '') === '') {
$transformedRow[$targetColumn] = $resultValue; $transformedRow[$targetColumn] = $resultValue;
} }
break; break;
case 'overwrite-if-not-empty': case 'overwrite-if-not-empty':
// Only overwrite if the transformation result is not empty // Nur überschreiben wenn das Transformations-Ergebnis nicht leer ist
if ($resultValue !== '') { if ($resultValue !== '') {
$transformedRow[$targetColumn] = $resultValue; $transformedRow[$targetColumn] = $resultValue;
} }
@ -178,14 +157,14 @@ class ColumnTransformer
} }
/** /**
* Applies a single transformation to a string value * Wendet eine einzelne Transformation auf einen Stringwert an
* *
* Normalises the type name (snake_case, PascalCase, no-separator all accepted) * Normalisiert den Typ-Namen (snake_case, PascalCase, no-separator alle akzeptiert)
* and delegates to the respective transformXxx() method. * und delegiert an die jeweilige transformXxx()-Methode.
* *
* @param string $value Input value * @param string $value Eingabewert
* @param array $config Transformation configuration * @param array $config Transformationskonfiguration
* @return string Transformed value * @return string Transformierter Wert
*/ */
private function applySingleTransformation(string $value, array $config): string private function applySingleTransformation(string $value, array $config): string
{ {
@ -226,9 +205,6 @@ class ColumnTransformer
case 'pipeline': case 'pipeline':
return $this->transformPipeline($value, $config); return $this->transformPipeline($value, $config);
case 'timeperiod':
return $this->transformTimePeriod($value, $config);
case 'truncate': case 'truncate':
$maxLength = (int)($config['maxLength'] ?? 255); $maxLength = (int)($config['maxLength'] ?? 255);
return mb_substr($value, 0, $maxLength, 'UTF-8'); return mb_substr($value, 0, $maxLength, 'UTF-8');
@ -243,8 +219,8 @@ class ColumnTransformer
} }
/** /**
* Normalises transformation type names: lowercase, separators removed. * Normalisiert Transformationstyp-Namen: lowercase, Trennzeichen entfernt.
* Allows e.g. 'dateformat' and 'dateFormat' to both work. * Erlaubt z.B. dass 'dateformat' und 'dateFormat' beide funktionieren.
*/ */
private function normalizeTransformType(string $type): string private function normalizeTransformType(string $type): string
{ {
@ -252,19 +228,19 @@ class ColumnTransformer
} }
/** /**
* String replacement transformation * String-Replacement Transformation
* *
* Configuration: * Konfiguration:
* ``` * ```
* "type": "replace", * "type": "replace",
* "search": "old", * "search": "Alt",
* "replace": "new" * "replace": "Neu"
* ``` * ```
* *
* @param string $value Source value * @param string $value Ursprungswert
* @param array $config Transformation configuration * @param array $config Transformationskonfiguration
* *
* @return string Transformed value * @return string Transformierter Wert
*/ */
private function transformReplace(string $value, array $config): string private function transformReplace(string $value, array $config): string
{ {
@ -279,22 +255,22 @@ class ColumnTransformer
} }
/** /**
* Regex replace transformation * Regex-Replace Transformation
* *
* Applies a regular expression to the value and replaces the match. * Wendet einen regulären Ausdruck auf den Wert an und ersetzt den Treffer.
* Backreference syntax: $1, $2 etc. in the replace string. * Backreferenz-Syntax: $1, $2 usw. im replace-String.
* *
* Configuration: * Konfiguration:
* ``` * ```
* "type": "regex", * "type": "regex",
* "pattern": "SumUp \\*+(.*)", * "pattern": "SumUp \\*+(.*)",
* "replace": "[$1]" * "replace": "[$1]"
* ``` * ```
* *
* @param string $value Source value * @param string $value Ursprungswert
* @param array $config Transformation configuration * @param array $config Transformationskonfiguration
* *
* @return string Transformed value * @return string Transformierter Wert
*/ */
private function transformRegex(string $value, array $config): string private function transformRegex(string $value, array $config): string
{ {
@ -312,19 +288,19 @@ class ColumnTransformer
} }
/** /**
* Date format transformation * Datum-Format Transformation
* *
* Configuration: * Konfiguration:
* ``` * ```
* "type": "date_format", * "type": "date_format",
* "fromFormat": "d.m.Y", * "fromFormat": "d.m.Y",
* "toFormat": "Y-m-d" * "toFormat": "Y-m-d"
* ``` * ```
* *
* @param string $value Source value * @param string $value Ursprungswert
* @param array $config Transformation configuration * @param array $config Transformationskonfiguration
* *
* @return string Transformed value * @return string Transformierter Wert
*/ */
private function transformDate(string $value, array $config): string private function transformDate(string $value, array $config): string
{ {
@ -347,26 +323,26 @@ class ColumnTransformer
} }
/** /**
* Split transformation * Split Transformation
* *
* Splits a value at a delimiter and keeps a defined part * Teilt einen Wert bei einem Delimiter und behaelt einen definierten Teil
* *
* Example: * Beispiel:
* Input: "Coop Pronto Chur;7007 Chur" * Input: "Coop Pronto Chur;7007 Chur"
* Config: delimiter=";", part=0 * Config: delimiter=";", part=0
* Output: "Coop Pronto Chur" * Output: "Coop Pronto Chur"
* *
* Configuration: * Konfiguration:
* ``` * ```
* "type": "split", * "type": "split",
* "delimiter": ";", * "delimiter": ";",
* "part": 0 * "part": 0
* ``` * ```
* *
* @param string $value Source value * @param string $value Ursprungswert
* @param array $config Transformation configuration * @param array $config Transformationskonfiguration
* *
* @return string Transformed value * @return string Transformierter Wert
*/ */
private function transformSplit(string $value, array $config): string private function transformSplit(string $value, array $config): string
{ {
@ -394,16 +370,16 @@ class ColumnTransformer
} }
/** /**
* Regex extract transformation * Regex Extract Transformation
* *
* Extracts a portion using regex and creates a new column * Extrahiert einen Teil mit Regex und erstellt neue Spalte
* *
* Example: * Beispiel:
* Input: "Coop Pronto Chur;7007 Chur" * Input: "Coop Pronto Chur;7007 Chur"
* Config: pattern="(\d{4,} .*)" * Config: pattern="(\d{4,} .*)"
* Output: "7007 Chur" (in new column "Location") * Output: "7007 Chur" (in neuer Spalte "Location")
* *
* Configuration: * Konfiguration:
* ``` * ```
* "Location": { * "Location": {
* "type": "regex_extract", * "type": "regex_extract",
@ -412,10 +388,10 @@ class ColumnTransformer
* } * }
* ``` * ```
* *
* @param string $value Source value * @param string $value Ursprungswert
* @param array $config Transformation configuration * @param array $config Transformationskonfiguration
* *
* @return string|null Extracted value or null * @return string|null Extrahierter Wert oder null
*/ */
private function transformRegexExtract(string $value, array $config): ?string private function transformRegexExtract(string $value, array $config): ?string
{ {
@ -445,22 +421,22 @@ class ColumnTransformer
} }
/** /**
* Trim transformation * Trim Transformation
* *
* Removes whitespace from the beginning and end of a string * Entfernt Leerzeichen am Anfang und Ende eines Strings
* *
* Configuration: * Konfiguration:
* ``` * ```
* "type": "trim" * "type": "trim"
* ``` * ```
* *
* Example: * Beispiel:
* Input: " Coop Pronto " * Input: " Coop Pronto "
* Output: "Coop Pronto" * Output: "Coop Pronto"
* *
* @param string $value Source value * @param string $value Ursprungswert
* *
* @return string Transformed value * @return string Transformierter Wert
*/ */
private function transformTrim(string $value): string private function transformTrim(string $value): string
{ {
@ -468,22 +444,22 @@ class ColumnTransformer
} }
/** /**
* Lowercase transformation * Lowercase Transformation
* *
* Converts a string to lowercase (UTF-8 safe) * Wandelt einen String in Kleinbuchstaben um (UTF-8 safe)
* *
* Configuration: * Konfiguration:
* ``` * ```
* "type": "lowercase" * "type": "lowercase"
* ``` * ```
* *
* Example: * Beispiel:
* Input: "COOP PRONTO CHUR" * Input: "COOP PRONTO CHUR"
* Output: "coop pronto chur" * Output: "coop pronto chur"
* *
* @param string $value Source value * @param string $value Ursprungswert
* *
* @return string Transformed value * @return string Transformierter Wert
*/ */
private function transformLowercase(string $value): string private function transformLowercase(string $value): string
{ {
@ -491,22 +467,22 @@ class ColumnTransformer
} }
/** /**
* Uppercase transformation * Uppercase Transformation
* *
* Converts a string to uppercase (UTF-8 safe) * Wandelt einen String in Grossbuchstaben um (UTF-8 safe)
* *
* Configuration: * Konfiguration:
* ``` * ```
* "type": "uppercase" * "type": "uppercase"
* ``` * ```
* *
* Example: * Beispiel:
* Input: "Coop Pronto Chur" * Input: "Coop Pronto Chur"
* Output: "COOP PRONTO CHUR" * Output: "COOP PRONTO CHUR"
* *
* @param string $value Source value * @param string $value Ursprungswert
* *
* @return string Transformed value * @return string Transformierter Wert
*/ */
private function transformUppercase(string $value): string private function transformUppercase(string $value): string
{ {
@ -514,73 +490,65 @@ class ColumnTransformer
} }
/** /**
* Ucwords first transformation * Ucwords First Transformation
* *
* Capitalises only the first letter after word boundaries. * Grossschreibung nur des ersten Buchstabens nach Worttrennern.
* All other letters are converted to lowercase. * Alle anderen Buchstaben werden zu Kleinbuchstaben.
* Works even when input is entirely in uppercase. * Funktioniert auch, wenn Input komplett in Grossbuchstaben vorliegt.
* *
* Configuration: * Konfiguration:
* ``` * ```
* "type": "ucwords_first" * "type": "ucwords_first"
* ``` * ```
* *
* With exceptions list (words that are preserved exactly): * Mit Ausnahmeliste (Wörter, die exakt erhalten bleiben):
* ``` * ```
* "type": "ucwords_first", * "type": "ucwords_first",
* "exceptions": ["SBB", "UBS", "AG", "GmbH"] * "exceptions": ["SBB", "UBS", "AG", "GmbH"]
* ``` * ```
* *
* Examples: * Beispiele:
* "COOP PRONTO CHUR" "Coop Pronto Chur" * "COOP PRONTO CHUR" "Coop Pronto Chur"
* "migros-rail city zuerich" "Migros-Rail City Zuerich" * "migros-rail city zuerich" "Migros-Rail City Zuerich"
* "O'NEILL STORE" "O'Neill Store" * "O'NEILL STORE" "O'Neill Store"
* "SAINT-JEAN-DE-MAURIENNE" "Saint-Jean-De-Maurienne" * "SAINT-JEAN-DE-MAURIENNE" "Saint-Jean-De-Maurienne"
* *
* Word boundaries defined by: space, hyphen, apostrophe, * Wortgrenzen definiert durch: Leerzeichen, Bindestrich, Apostroph,
* slash, period, comma, semicolon, colon, brackets, quotation marks * Slash, Punkt, Komma, Semikolon, Doppelpunkt, Klammern, Anführungszeichen
* *
* @param string $value Source value * @param string $value Ursprungswert
* *
* @return string Transformed value * @return string Transformierter Wert
*/ */
private function transformUcwordsFirst(string $value, array $config = []): string private function transformUcwordsFirst(string $value, array $config = []): string
{ {
// Guard: if the string already contains both uppercase and lowercase letters // Schritt 1: Alles zu Kleinbuchstaben
// (i.e. mixed-case), it has already been intentionally formatted — leave it alone.
// Fully-uppercase or fully-lowercase strings are still processed so that patterns
// like "lowercase → ucwordsfirst" continue to work as expected.
if (preg_match('/\p{Lu}/u', $value) && preg_match('/\p{Ll}/u', $value)) {
return $value;
}
// Step 1: Convert everything to lowercase
$value = mb_strtolower($value, 'UTF-8'); $value = mb_strtolower($value, 'UTF-8');
// Step 2: Define word boundaries (delimiters) // Schritt 2: Definiere Wortgrenzen (Trennzeichen)
// These characters mark boundaries after which capitalisation is applied // Diese Zeichen markieren Grenzen, nach denen grossgeschrieben wird
$delimiters = [ $delimiters = [
' ', // space ' ', // Leerzeichen
'-', // hyphen '-', // Bindestrich
'\'', // apostrophe '\'', // Apostroph
'/', // slash '/', // Slash
'.', // period '.', // Punkt
',', // comma ',', // Komma
';', // semicolon ';', // Semikolon
':', // colon ':', // Doppelpunkt
'(', // opening parenthesis '(', // Oeffnende Klammer
')', // closing parenthesis ')', // Schliessende Klammer
'[', // opening square bracket '[', // Oeffnende eckige Klammer
']', // closing square bracket ']', // Schliessende eckige Klammer
'{', // opening curly bracket '{', // Oeffnende geschweifte Klammer
'}', // closing curly bracket '}', // Schliessende geschweifte Klammer
'"', // quotation mark '"', // Anführungszeichen
'&', // ampersand '&', // Ampersand
'+' // plus '+' // Plus
]; ];
// Step 3: Regex pattern for "start of string OR delimiter, followed by letter" // Schritt 3: Regex-Pattern fuer "Stringanfang ODER Delimiter, gefolgt von Buchstabe"
// The u-flag enables Unicode support (\p{L}) // Die u-Flag ermoeglicht Unicode-Unterstaetzung (\p{L})
$escapedDelimiters = array_map(function ($char) { $escapedDelimiters = array_map(function ($char) {
return preg_quote($char, '/'); return preg_quote($char, '/');
}, $delimiters); }, $delimiters);
@ -588,18 +556,18 @@ class ColumnTransformer
$pattern = '/(^|[' . $delimiterPattern . '])(\p{L})/u'; $pattern = '/(^|[' . $delimiterPattern . '])(\p{L})/u';
// Step 4: Callback for preg_replace_callback // Schritt 4: Callback fuer preg_replace_callback
// Capitalise the captured letter (capture group 2) // Grossschreibe den gefangenen Buchstaben (Capture Group 2)
$callback = function (array $matches): string { $callback = function (array $matches): string {
// $matches[1] = start of string or delimiter // $matches[1] = Stringanfang oder Trennzeichen
// $matches[2] = letter to be capitalised // $matches[2] = Buchstabe, der grossgeschrieben werden soll
return $matches[1] . mb_strtoupper($matches[2], 'UTF-8'); return $matches[1] . mb_strtoupper($matches[2], 'UTF-8');
}; };
// Step 5: Apply transformation // Schritt 5: Anwende Transformation
$result = preg_replace_callback($pattern, $callback, $value) ?? $value; $result = preg_replace_callback($pattern, $callback, $value) ?? $value;
// Step 6: Apply exceptions list (words to be preserved exactly, e.g. SBB, UBS, GmbH) // Schritt 6: Ausnahmeliste anwenden (Wörter die exakt erhalten bleiben sollen, z.B. SBB, UBS, GmbH)
$exceptions = $config['exceptions'] ?? $this->globalExceptions; $exceptions = $config['exceptions'] ?? $this->globalExceptions;
foreach ($exceptions as $exception) { foreach ($exceptions as $exception) {
if (!is_string($exception) || $exception === '') { if (!is_string($exception) || $exception === '') {
@ -613,12 +581,12 @@ class ColumnTransformer
} }
/** /**
* Pipeline transformation * Pipeline Transformation
* *
* Applies multiple transformations sequentially to a value. * Wendet mehrere Transformationen nacheinander auf einen Wert an.
* Each step uses the result of the previous step. * Jeder Schritt benutzt das Ergebnis des vorherigen Schrittes.
* *
* Configuration: * Konfiguration:
* ``` * ```
* "Merchant": { * "Merchant": {
* "type": "pipeline", * "type": "pipeline",
@ -631,17 +599,17 @@ class ColumnTransformer
* } * }
* ``` * ```
* *
* Example: * Beispiel:
* Input: " COOP PRONTO CHUR " * Input: " COOP PRONTO CHUR "
* Step 1 (trim): "COOP PRONTO CHUR" * Step 1 (trim): "COOP PRONTO CHUR"
* Step 2 (lowercase): "coop pronto chur" * Step 2 (lowercase): "coop pronto chur"
* Step 3 (ucwords_first): "Coop Pronto Chur" * Step 3 (ucwords_first): "Coop Pronto Chur"
* Output: "Coop Pronto Chur" * Output: "Coop Pronto Chur"
* *
* @param string $value Source value * @param string $value Ursprungswert
* @param array $config Transformation configuration with 'steps' array * @param array $config Transformationskonfiguration mit 'steps' Array
* *
* @return string Transformed value after all steps * @return string Transformierter Wert nach allen Schritten
*/ */
private function transformPipeline(string $value, array $config): string private function transformPipeline(string $value, array $config): string
{ {
@ -651,7 +619,7 @@ class ColumnTransformer
return $value; return $value;
} }
// Apply each step sequentially // Wende jeden Schritt nacheinander an
foreach ($steps as $step) { foreach ($steps as $step) {
if (!empty($step['type'] ?? $step['transform'] ?? null)) { if (!empty($step['type'] ?? $step['transform'] ?? null)) {
$value = $this->applySingleTransformation($value, $step); $value = $this->applySingleTransformation($value, $step);
@ -662,23 +630,23 @@ class ColumnTransformer
} }
/** /**
* Custom callback transformation * Custom Callback Transformation
* *
* Calls a custom function implementing complex logic * Ruft eine Custom-Funktion auf, die komplexe Logik implementiert
* *
* Configuration: * Konfiguration:
* ``` * ```
* "type": "custom", * "type": "custom",
* "callback": "myCustomFunction" * "callback": "myCustomFunction"
* ``` * ```
* *
* The callback function receives the entire row and returns the * Die Callback-Funktion erhaelt die gesamte Zeile und gibt die
* modified row. * modifizierte Zeile zurueck.
* *
* @param array $row Complete data row * @param array $row Gesamte Datenzeile
* @param array $config Transformation configuration * @param array $config Transformationskonfiguration
* *
* @return array Transformed data row * @return array Transformierte Datenzeile
*/ */
private function transformCustom(array $row, array $config): array private function transformCustom(array $row, array $config): array
{ {
@ -696,10 +664,10 @@ class ColumnTransformer
} }
/** /**
* Handles multi-output transformations * Behandelt Multi-Output Transformationen
* Currently only implemented for 'split'. * Aktuell nur für 'split' implementiert.
* *
* Config example: * Config-Beispiel:
* { * {
* "outputs": ["FirstName", "LastName"], * "outputs": ["FirstName", "LastName"],
* "sourceColumn": "FullName", * "sourceColumn": "FullName",
@ -707,10 +675,10 @@ class ColumnTransformer
* "delimiter": " " * "delimiter": " "
* } * }
* *
* @param array $row Input row * @param array $row Input-Zeile
* @param array $config Transformation configuration * @param array $config Transformations-Konfiguration
* @return array Associative array: columnName => value * @return array Assoziatives Array: columnName => value
* @throws \RuntimeException if transformation type is not supported * @throws \RuntimeException wenn Transformation-Type nicht unterstützt
*/ */
private function handleMultiOutputTransformation(array $row, array $config): array private function handleMultiOutputTransformation(array $row, array $config): array
{ {
@ -719,39 +687,39 @@ class ColumnTransformer
$transformType = $this->normalizeTransformType($config['type'] ?? ''); $transformType = $this->normalizeTransformType($config['type'] ?? '');
if (empty($outputs) || empty($sourceColumn) || empty($transformType)) { if (empty($outputs) || empty($sourceColumn) || empty($transformType)) {
throw new \RuntimeException("Multi-output transformation requires 'outputs', 'sourceColumn' and 'type'"); throw new \RuntimeException("Multi-Output Transformation benötigt 'outputs', 'sourceColumn' und 'type'");
} }
$sourceValue = $row[$sourceColumn] ?? ''; $sourceValue = $row[$sourceColumn] ?? '';
if ($transformType !== 'split') { if ($transformType !== 'split') {
throw new \RuntimeException("Multi-output only supported for 'split', given: {$transformType}"); throw new \RuntimeException("Multi-Output nur für 'split' unterstützt, gegeben: {$transformType}");
} }
return $this->handleMultiOutputSplit($sourceValue, $outputs, $config); return $this->handleMultiOutputSplit($sourceValue, $outputs, $config);
} }
/** /**
* Split transformation with multi-output * Split-Transformation mit Multi-Output
* Splits a string and distributes the parts across multiple columns * Teilt einen String und verteilt die Teile auf mehrere Spalten
* *
* @param string $value String to split * @param string $value Zu teilender String
* @param array $outputs List of target column names * @param array $outputs Liste der Ziel-Spaltennamen
* @param array $config Transformation configuration * @param array $config Transformation-Config
* @return array Associative array: columnName => value * @return array Assoziatives Array: columnName => value
*/ */
private function handleMultiOutputSplit(string $value, array $outputs, array $config): array private function handleMultiOutputSplit(string $value, array $outputs, array $config): array
{ {
$delimiter = $config['delimiter'] ?? ';'; $delimiter = $config['delimiter'] ?? ';';
// Perform split // Führe Split durch
$parts = explode($delimiter, $value); $parts = explode($delimiter, $value);
// Map parts to output columns // Mappe Parts zu Output-Spalten
$result = []; $result = [];
foreach ($outputs as $index => $columnName) { foreach ($outputs as $index => $columnName) {
// If part exists: use it (trimmed) // If not: empty string // Wenn Teil existiert: verwenden (getrimmt) // Wenn nicht: leerer String
$result[$columnName] = isset($parts[$index]) ? trim($parts[$index]) : ''; $result[$columnName] = isset($parts[$index]) ? trim($parts[$index]) : '';
} }
@ -762,89 +730,14 @@ class ColumnTransformer
} }
/** /**
* Returns the number of output columns * Gibt die Anzahl der Output-Spalten zurueck
* *
* Counts original columns plus newly generated columns (e.g. from regex_extract) * Zaehlt Original-Spalten plus neu generierte Spalten (z.B. bei regex_extract)
* *
* @return int Number of output columns * @return int Anzahl Output-Spalten
*/ */
public function getOutputColumns(): int public function getOutputColumns(): int
{ {
return count(array_unique($this->outputColumns)); return count(array_unique($this->outputColumns));
} }
/**
* Time-period transformer
*
* Maps a time string to a period label via a configurable list of ranges.
* Supports midnight-spanning ranges (e.g. "22:00:00" to "03:59:59").
* Returns the configured default (empty string by default) when no range matches
* or the input cannot be parsed.
*
* Configuration:
* ```json
* {
* "type": "timeperiod",
* "timeFormat": "H:i:s",
* "periods": [
* {"from": "04:00:00", "to": "08:59:59", "label": "Morgen"},
* {"from": "22:00:00", "to": "03:59:59", "label": "Nacht"}
* ],
* "default": ""
* }
* ```
*
* @param string $value Time string to evaluate
* @param array<string, mixed> $config Transformation configuration
* @return string Period label or default
*/
private function transformTimePeriod(string $value, array $config): string
{
$default = (string) ($config['default'] ?? '');
$timeFormat = (string) ($config['timeFormat'] ?? 'H:i:s');
/** @var array<int, array<string, string>> $periods */
$periods = $config['periods'] ?? [];
if ($value === '' || empty($periods)) {
return $default;
}
$parsed = \DateTime::createFromFormat($timeFormat, $value);
if ($parsed === false) {
return $default;
}
// Represent time as total minutes from midnight for easy comparison
$minutes = (int) $parsed->format('H') * 60 + (int) $parsed->format('i');
foreach ($periods as $period) {
$fromStr = (string) ($period['from'] ?? '');
$toStr = (string) ($period['to'] ?? '');
$label = (string) ($period['label'] ?? '');
$fromParsed = \DateTime::createFromFormat($timeFormat, $fromStr);
$toParsed = \DateTime::createFromFormat($timeFormat, $toStr);
if ($fromParsed === false || $toParsed === false) {
continue;
}
$fromMin = (int) $fromParsed->format('H') * 60 + (int) $fromParsed->format('i');
$toMin = (int) $toParsed->format('H') * 60 + (int) $toParsed->format('i');
if ($fromMin <= $toMin) {
// Normal range (e.g. 04:00 08:59)
if ($minutes >= $fromMin && $minutes <= $toMin) {
return $label;
}
} else {
// Midnight-spanning range (e.g. 22:00 03:59)
if ($minutes >= $fromMin || $minutes <= $toMin) {
return $label;
}
}
}
return $default;
}
} }

View File

@ -3,7 +3,7 @@
namespace UbsCsvTransformer; namespace UbsCsvTransformer;
/** /**
* Loads and validates JSON configuration files * Lädt und validiert JSON-Konfigurationsdateien
*/ */
class ConfigurationLoader class ConfigurationLoader
{ {
@ -16,19 +16,19 @@ class ConfigurationLoader
} }
/** /**
* Loads the configuration file * Lädt die Konfigurationsdatei
* *
* @return array The loaded and validated configuration * @return array Die geladene und validierte Konfiguration
* @throws \RuntimeException if file not found or invalid * @throws \RuntimeException wenn Datei nicht gefunden oder ungültig
*/ */
public function load(): array public function load(): array
{ {
if (!file_exists($this->configFile)) { if (!file_exists($this->configFile)) {
throw new \RuntimeException("Configuration file not found: {$this->configFile}"); throw new \RuntimeException("Konfigurationsdatei nicht gefunden: {$this->configFile}");
} }
if (pathinfo($this->configFile, PATHINFO_EXTENSION) !== 'json') { if (pathinfo($this->configFile, PATHINFO_EXTENSION) !== 'json') {
throw new \RuntimeException("Configuration file must be a JSON file: {$this->configFile}"); throw new \RuntimeException("Konfigurationsdatei muss eine JSON-Datei sein: {$this->configFile}");
} }
$this->config = $this->loadJson($this->configFile); $this->config = $this->loadJson($this->configFile);
@ -38,96 +38,96 @@ class ConfigurationLoader
} }
/** /**
* Loads a JSON file * Lädt eine JSON-Datei
* *
* @param string $file Path to JSON file * @param string $file Pfad zur JSON-Datei
* @return array Parsed configuration * @return array Geparste Konfiguration
*/ */
private function loadJson(string $file): array private function loadJson(string $file): array
{ {
$json = file_get_contents($file); $json = file_get_contents($file);
if ($json === false) { if ($json === false) {
throw new \RuntimeException("Could not read JSON file: {$file}"); throw new \RuntimeException("Konnte JSON-Datei nicht lesen: {$file}");
} }
$config = json_decode($json, true); $config = json_decode($json, true);
if ($config === null && json_last_error() !== JSON_ERROR_NONE) { if ($config === null && json_last_error() !== JSON_ERROR_NONE) {
throw new \RuntimeException("Invalid JSON: " . json_last_error_msg()); throw new \RuntimeException("Ungültiges JSON: " . json_last_error_msg());
} }
return $config; return $config;
} }
/** /**
* Validates the loaded configuration for required fields * Validiert die geladene Konfiguration auf erforderliche Felder
* *
* @throws \RuntimeException if required fields are missing * @throws \RuntimeException wenn erforderliche Felder fehlen
*/ */
private function validate(): void private function validate(): void
{ {
// Metadata required // Metadata erforderlich
if (empty($this->config['metadata'])) { if (empty($this->config['metadata'])) {
throw new \RuntimeException("Configuration: 'metadata' section required"); throw new \RuntimeException("Konfiguration: 'metadata' Section erforderlich");
} }
if (!isset($this->config['metadata']['extractionRules']) || !is_array($this->config['metadata']['extractionRules'])) { if (!isset($this->config['metadata']['extractionRules']) || !is_array($this->config['metadata']['extractionRules'])) {
throw new \RuntimeException("Configuration: 'metadata.extractionRules' required (may be empty: [])"); throw new \RuntimeException("Konfiguration: 'metadata.extractionRules' erforderlich (kann leer sein: [])");
} }
// CSV structure required // CSV-Struktur erforderlich
if (empty($this->config['csvStructure'])) { if (empty($this->config['csvStructure'])) {
throw new \RuntimeException("Configuration: 'csvStructure' section required"); throw new \RuntimeException("Konfiguration: 'csvStructure' Section erforderlich");
} }
if (!isset($this->config['csvStructure']['headerLine'])) { if (!isset($this->config['csvStructure']['headerLine'])) {
throw new \RuntimeException("Configuration: 'csvStructure.headerLine' required"); throw new \RuntimeException("Konfiguration: 'csvStructure.headerLine' erforderlich");
} }
// Column transformations required // Column Transformations erforderlich
if (empty($this->config['columnTransformations'])) { if (empty($this->config['columnTransformations'])) {
throw new \RuntimeException("Configuration: 'columnTransformations' required"); throw new \RuntimeException("Konfiguration: 'columnTransformations' erforderlich");
} }
// Validate directories (if auto-import is used) // Directories validieren (wenn auto-import genutzt wird)
if (!empty($this->config['directories'])) { if (!empty($this->config['directories'])) {
foreach (['source', 'output', 'archive', 'error'] as $dir) { foreach (['source', 'output', 'archive', 'error'] as $dir) {
if (empty($this->config['directories'][$dir])) { if (empty($this->config['directories'][$dir])) {
throw new \RuntimeException("Configuration: 'directories.{$dir}' required for auto-import"); throw new \RuntimeException("Konfiguration: 'directories.{$dir}' erforderlich für Auto-Import");
} }
} }
} }
// Validate CSV structure values // Validiere CSV-Struktur Werte
$headerLine = $this->config['csvStructure']['headerLine'] ?? 1; $headerLine = $this->config['csvStructure']['headerLine'] ?? 1;
if (!is_int($headerLine) || $headerLine < 1) { if (!is_int($headerLine) || $headerLine < 1) {
throw new \Exception( throw new \Exception(
'Configuration: csvStructure.headerLine must be a positive integer' 'Konfiguration csvStructure.headerLine muss eine positive Ganzzahl sein'
); );
} }
$delimiter = $this->config['csvStructure']['inputDelimiter'] ?? ''; $delimiter = $this->config['csvStructure']['inputDelimiter'] ?? '';
if (strlen($delimiter) === 0) { if (strlen($delimiter) === 0) {
throw new \Exception( throw new \Exception(
'Configuration: csvStructure.inputDelimiter must not be empty' 'Konfiguration csvStructure.inputDelimiter darf nicht leer sein'
); );
} }
// Validate encoding // Validiere Encoding
$encoding = $this->config['csvStructure']['encoding'] ?? 'UTF-8'; $encoding = $this->config['csvStructure']['encoding'] ?? 'UTF-8';
if (!in_array($encoding, ['UTF-8', 'ISO-8859-1', 'CP1252'])) { if (!in_array($encoding, ['UTF-8', 'ISO-8859-1', 'CP1252'])) {
throw new \Exception( throw new \Exception(
'Configuration: csvStructure.encoding: ' . $encoding . ' not supported' 'Konfiguration csvStructure.encoding: ' . $encoding . ' nicht unterstützt'
); );
} }
} }
/** /**
* Returns a single configuration option * Gibt eine einzelne Konfigurationsoption zurück
* *
* @param string $key Dot-notation key (e.g. 'metadata.extractionRules') * @param string $key Dot-Notation Key (z.B. 'metadata.extractionRules')
* @param mixed $default Default value if key does not exist * @param mixed $default Standardwert wenn Key nicht existiert
* @return mixed The configuration value * @return mixed Der Konfigurationswert
*/ */
public function get(string $key, mixed $default = null): mixed public function get(string $key, mixed $default = null): mixed
{ {
@ -145,9 +145,9 @@ class ConfigurationLoader
} }
/** /**
* Returns the complete configuration * Gibt die vollständige Konfiguration zurück
* *
* @return array The full configuration * @return array Die komplette Konfiguration
*/ */
public function getAll(): array public function getAll(): array
{ {
@ -155,10 +155,10 @@ class ConfigurationLoader
} }
/** /**
* Sets a configuration value (overwrites existing value) * Setzt einen Konfigurationswert (überschreibt bestehenden Wert)
* *
* @param string $key Dot-notation key (e.g. 'directories.output') * @param string $key Dot-Notation Key (z.B. 'directories.output')
* @param mixed $value New value * @param mixed $value Neuer Wert
* @return void * @return void
*/ */
public function set(string $key, mixed $value): void public function set(string $key, mixed $value): void
@ -179,9 +179,9 @@ class ConfigurationLoader
} }
/** /**
* Checks whether a configuration key exists * Prüft ob ein Konfigurationsschlüssel existiert
* *
* @param string $key Dot-notation key * @param string $key Dot-Notation Key
* @return bool * @return bool
*/ */
public function has(string $key): bool public function has(string $key): bool

View File

@ -3,10 +3,10 @@
namespace UbsCsvTransformer; namespace UbsCsvTransformer;
/** /**
* Reads and parses CSV files * Liest und parst CSV-Dateien
* *
* Reads CSV files with a configurable delimiter and separates * Diese Klasse liest CSV-Dateien mit konfigurierbarem Delimiter
* metadata lines from the actual data rows. * und separiert Metadaten-Zeilen von den eigentlichen Datenzeilen.
*/ */
class CsvReader class CsvReader
{ {
@ -16,8 +16,8 @@ class CsvReader
private bool $hasBom; private bool $hasBom;
/** /**
* @param string $filePath Path to the CSV file * @param string $filePath Pfad zur CSV-Datei
* @param array $csvStructure CSV structure from configuration * @param array $csvStructure CSV-Struktur aus Konfiguration
*/ */
public function __construct(string $filePath, array $csvStructure) public function __construct(string $filePath, array $csvStructure)
{ {
@ -28,25 +28,25 @@ class CsvReader
} }
/** /**
* Reads all lines from the file * Liest alle Zeilen aus der Datei
* *
* @param int $maxLines Maximum number of lines (0 = all) * @param int $maxLines Maximale Anzahl Zeilen (0 = alle)
* @return array Array of lines (without newlines) * @return array Array mit Zeilen (ohne Newlines)
* @throws \RuntimeException if file cannot be read * @throws \RuntimeException wenn Datei nicht gelesen werden kann
*/ */
public function readLines(int $maxLines = 0): array public function readLines(int $maxLines = 0): array
{ {
if (!file_exists($this->filePath) || !is_readable($this->filePath)) { if (!file_exists($this->filePath) || !is_readable($this->filePath)) {
throw new \RuntimeException("Could not read file: {$this->filePath}"); throw new \RuntimeException("Konnte Datei nicht lesen: {$this->filePath}");
} }
$lines = file($this->filePath, FILE_IGNORE_NEW_LINES); $lines = file($this->filePath, FILE_IGNORE_NEW_LINES);
if ($lines === false) { if ($lines === false) {
throw new \RuntimeException("Could not read file: {$this->filePath}"); throw new \RuntimeException("Konnte Datei nicht lesen: {$this->filePath}");
} }
// Remove BOM if present // BOM entfernen falls vorhanden
if ($this->hasBom && !empty($lines)) { if ($this->hasBom && !empty($lines)) {
$lines[0] = $this->removeBom($lines[0]); $lines[0] = $this->removeBom($lines[0]);
} }
@ -59,9 +59,9 @@ class CsvReader
} }
/** /**
* Reads the metadata lines (before the header line) * Liest die Metadaten-Zeilen (vor der Header-Zeile)
* *
* @return array Array of metadata lines * @return array Array mit Metadaten-Zeilen
*/ */
public function readMetadataLines(): array public function readMetadataLines(): array
{ {
@ -75,28 +75,28 @@ class CsvReader
} }
/** /**
* Reads CSV data with headers * Liest die CSV-Daten mit Headers
* *
* @param int $maxDataRows Maximum number of data rows (0 = all) * @param int $maxDataRows Maximale Anzahl Datenzeilen (0 = alle)
* @return array Array of associative arrays (with column names as keys) * @return array Array von assoziativen Arrays (mit Spalten-Namen als Keys)
* @throws \RuntimeException if header line is not found * @throws \RuntimeException wenn Header-Zeile nicht gefunden
*/ */
public function readCsvData(int $maxDataRows = 0): array public function readCsvData(int $maxDataRows = 0): array
{ {
$lines = $this->readLines(); $lines = $this->readLines();
if ($this->headerLine > count($lines)) { if ($this->headerLine > count($lines)) {
throw new \RuntimeException("Header line {$this->headerLine} not found in file with " . count($lines) . " lines"); throw new \RuntimeException("Header-Zeile {$this->headerLine} nicht gefunden in Datei mit " . count($lines) . " Zeilen");
} }
// Parse header // Header parsen
$headerLineContent = $lines[$this->headerLine - 1]; $headerLineContent = $lines[$this->headerLine - 1];
$headers = str_getcsv($headerLineContent, $this->delimiter, '"', '\\'); $headers = str_getcsv($headerLineContent, $this->delimiter, '"', '\\');
$headers = array_map(static fn(?string $v): string => trim($v ?? ''), $headers); $headers = array_map(static fn(?string $v): string => trim($v ?? ''), $headers);
// Parse data rows // Datenzeilen parsen
$data = []; $data = [];
$dataStartLine = $this->headerLine; // 0-based $dataStartLine = $this->headerLine; // 0-basiert
$lineCount = 0; $lineCount = 0;
for ($i = $dataStartLine; $i < count($lines); $i++) { for ($i = $dataStartLine; $i < count($lines); $i++) {
@ -106,7 +106,7 @@ class CsvReader
$lineContent = $lines[$i]; $lineContent = $lines[$i];
// Skip empty lines // Leere Zeilen überspringen
if (trim($lineContent) === '') { if (trim($lineContent) === '') {
continue; continue;
} }
@ -114,7 +114,7 @@ class CsvReader
$row = str_getcsv($lineContent, $this->delimiter, '"', '\\'); $row = str_getcsv($lineContent, $this->delimiter, '"', '\\');
$row = array_map(static fn(?string $v): string => trim($v ?? ''), $row); $row = array_map(static fn(?string $v): string => trim($v ?? ''), $row);
// Combine row with header keys // Zeile mit Header-Keys kombinieren
$rowData = []; $rowData = [];
foreach ($headers as $index => $header) { foreach ($headers as $index => $header) {
$rowData[$header] = $row[$index] ?? ''; $rowData[$header] = $row[$index] ?? '';
@ -128,17 +128,17 @@ class CsvReader
} }
/** /**
* Returns the column headers * Gibt die Spalten-Header zurück
* *
* @return array Array of column names * @return array Array mit Spalten-Namen
* @throws \RuntimeException if header line is not found * @throws \RuntimeException wenn Header-Zeile nicht gefunden
*/ */
public function getHeaders(): array public function getHeaders(): array
{ {
$lines = $this->readLines(); $lines = $this->readLines();
if ($this->headerLine > count($lines)) { if ($this->headerLine > count($lines)) {
throw new \RuntimeException("Header line {$this->headerLine} not found"); throw new \RuntimeException("Header-Zeile {$this->headerLine} nicht gefunden");
} }
$headerLineContent = $lines[$this->headerLine - 1]; $headerLineContent = $lines[$this->headerLine - 1];
@ -148,10 +148,10 @@ class CsvReader
} }
/** /**
* Removes UTF-8 BOM (Byte Order Mark) from string * Entfernt UTF-8 BOM (Byte Order Mark) von String
* *
* @param string $text String with potential BOM * @param string $text String mit potenziellem BOM
* @return string String without BOM * @return string String ohne BOM
*/ */
private function removeBom(string $text): string private function removeBom(string $text): string
{ {
@ -162,9 +162,9 @@ class CsvReader
} }
/** /**
* Returns the total number of lines in the file * Gibt die Gesamtzahl der Zeilen in der Datei zurück
* *
* @return int Number of lines * @return int Anzahl Zeilen
*/ */
public function countLines(): int public function countLines(): int
{ {
@ -172,9 +172,9 @@ class CsvReader
} }
/** /**
* Returns the number of data rows (excluding header and metadata) * Gibt die Anzahl der Datenzeilen zurück (ohne Header und Metadaten)
* *
* @return int Number of data rows * @return int Anzahl Datenzeilen
*/ */
public function countDataRows(): int public function countDataRows(): int
{ {

View File

@ -3,9 +3,10 @@
namespace UbsCsvTransformer; namespace UbsCsvTransformer;
/** /**
* Writes transformed data to a CSV file * Schreibt transformierte Daten in CSV-Datei
* *
* Writes transformed data into a Firefly III-compatible CSV file. * Diese Klasse schreibt die transformierten Daten in eine
* Firefly III-kompatible CSV-Datei.
*/ */
class CsvWriter class CsvWriter
{ {
@ -13,8 +14,8 @@ class CsvWriter
private string $delimiter; private string $delimiter;
/** /**
* @param string $outputFile Path to the output file * @param string $outputFile Pfad zur Output-Datei
* @param array $csvStructure CSV structure from configuration * @param array $csvStructure CSV-Struktur aus Konfiguration
*/ */
public function __construct(string $outputFile, array $csvStructure = []) public function __construct(string $outputFile, array $csvStructure = [])
{ {
@ -23,39 +24,39 @@ class CsvWriter
} }
/** /**
* Writes data to a CSV file * Schreibt Daten in CSV-Datei
* *
* @param array $data Array of associative arrays (rows) * @param array $data Array von assoziativen Arrays (Zeilen)
* @throws \RuntimeException if file cannot be written * @throws \RuntimeException wenn Datei nicht geschrieben werden kann
*/ */
public function write(array $data): void public function write(array $data): void
{ {
if (empty($data)) { if (empty($data)) {
throw new \RuntimeException("No data to write"); throw new \RuntimeException("Keine Daten zum Schreiben");
} }
// Create output directory if it does not exist // Output-Verzeichnis erstellen falls nicht vorhanden
$dir = dirname($this->outputFile); $dir = dirname($this->outputFile);
if (!is_dir($dir)) { if (!is_dir($dir)) {
if (!mkdir($dir, 0755, true)) { if (!mkdir($dir, 0755, true)) {
throw new \RuntimeException("Could not create output directory: {$dir}"); throw new \RuntimeException("Konnte Output-Verzeichnis nicht erstellen: {$dir}");
} }
} }
$fp = fopen($this->outputFile, 'w'); $fp = fopen($this->outputFile, 'w');
if ($fp === false) { if ($fp === false) {
throw new \RuntimeException("Could not create output file: {$this->outputFile}"); throw new \RuntimeException("Konnte Output-Datei nicht erstellen: {$this->outputFile}");
} }
try { try {
// Write headers (column names from first row) // Headers schreiben (Spalten-Namen aus erster Zeile)
$headers = array_keys($data[0]); $headers = array_keys($data[0]);
$this->writeCsvLine($fp, $headers); $this->writeCsvLine($fp, $headers);
// Write data rows // Datenzeilen schreiben
foreach ($data as $row) { foreach ($data as $row) {
// Ensure all columns are present // Sicherstellen dass alle Spalten vorhanden sind
$values = []; $values = [];
foreach ($headers as $header) { foreach ($headers as $header) {
$values[] = $row[$header] ?? ''; $values[] = $row[$header] ?? '';
@ -69,25 +70,25 @@ class CsvWriter
} }
/** /**
* Writes a CSV line using fputcsv * Schreibt eine CSV-Zeile mit fputcsv
* *
* @param resource $fp File handle * @param resource $fp File-Handle
* @param array $values Array of values * @param array $values Array mit Werten
* @throws \RuntimeException if writing fails * @throws \RuntimeException wenn Schreiben fehlschlägt
*/ */
private function writeCsvLine($fp, array $values): void private function writeCsvLine($fp, array $values): void
{ {
$result = fputcsv($fp, $values, $this->delimiter, '"', '\\'); $result = fputcsv($fp, $values, $this->delimiter, '"', '\\');
if ($result === false) { if ($result === false) {
throw new \RuntimeException("Error writing CSV row"); throw new \RuntimeException("Fehler beim Schreiben der CSV-Zeile");
} }
} }
/** /**
* Returns the path to the output file * Gibt den Pfad zur Output-Datei zurück
* *
* @return string Output file path * @return string Output-Dateipfad
*/ */
public function getOutputFile(): string public function getOutputFile(): string
{ {
@ -95,9 +96,9 @@ class CsvWriter
} }
/** /**
* Checks whether the output file was created * Prüft ob Output-Datei erstellt wurde
* *
* @return bool True if file exists * @return bool True wenn Datei existiert
*/ */
public function fileExists(): bool public function fileExists(): bool
{ {
@ -105,9 +106,9 @@ class CsvWriter
} }
/** /**
* Returns the size of the output file * Gibt die Größe der Output-Datei zurück
* *
* @return int|false File size in bytes or false on error * @return int|false Dateigröße in Bytes oder false bei Fehler
*/ */
public function getFileSize(): int|false public function getFileSize(): int|false
{ {

View File

@ -3,42 +3,42 @@
namespace UbsCsvTransformer; namespace UbsCsvTransformer;
/** /**
* Central debug logger for transparency * Zentraler Debug-Logger für Transparenz
* *
* Collects debug information from all components and makes the * Sammelt Debug-Informationen aus allen Komponenten und macht die
* processing traceable. Provides transparency over all * Verarbeitung nachvollziehbar. Ermöglicht Transparenz über alle
* processing steps: metadata extraction, transformations, * Verarbeitungsschritte: Metadaten-Extraktion, Transformationen,
* CSV reads etc. * CSV-Lesevorgänge etc.
* *
* Usage: * Verwendung:
* - DebugLogger::enable() activate debug mode * - DebugLogger::enable() Debug-Modus aktivieren
* - DebugLogger::log('category', 'message', $data) log message * - DebugLogger::log('category', 'message', $data) Nachricht loggen
* - DebugLogger::getLogs() retrieve all logs * - DebugLogger::getLogs() Alle Logs abrufen
* - DebugLogger::reset() reset logs * - DebugLogger::reset() Logs zurücksetzen
* *
* Example: * Beispiel:
* ```php * ```php
* DebugLogger::enable(); * DebugLogger::enable();
* DebugLogger::log('metadata', 'IBAN extracted', ['iban' => 'CH9300762011623852957']); * DebugLogger::log('metadata', 'IBAN extrahiert', ['iban' => 'CH9300762011623852957']);
* $logs = DebugLogger::getLogs(); * $logs = DebugLogger::getLogs();
* ``` * ```
*/ */
class DebugLogger class DebugLogger
{ {
/** /**
* @var bool Whether debug mode is enabled * @var bool Ist Debug-Modus aktiviert?
*/ */
private static bool $enabled = false; private static bool $enabled = false;
/** /**
* @var array Collected logs with timestamp, category, message and data * @var array Gesammelte Logs mit Timestamp, Kategorie, Nachricht und Daten
*/ */
private static array $logs = []; private static array $logs = [];
/** /**
* Enables debug mode * Aktiviert den Debug-Modus
* *
* Once enabled, all DebugLogger::log() calls are recorded. * Nach Aktivierung werden alle DebugLogger::log() Aufrufe protokolliert.
* *
* @return void * @return void
*/ */
@ -48,9 +48,9 @@ class DebugLogger
} }
/** /**
* Disables debug mode * Deaktiviert den Debug-Modus
* *
* Once disabled, DebugLogger::log() calls are ignored. * Nach Deaktivierung werden DebugLogger::log() Aufrufe ignoriert.
* *
* @return void * @return void
*/ */
@ -60,16 +60,16 @@ class DebugLogger
} }
/** /**
* Records a debug message * Protokolliert eine Debug-Nachricht
* *
* Collects information about each processing step with timestamp, * Sammelt Informationen über jeden Verarbeitungsschritt mit Timestamp,
* category, message and optional data. Logs are only collected * Kategorie, Nachricht und optionalen Daten. Die Logs werden nur
* when debug mode is enabled. * gesammelt, wenn der Debug-Modus aktiviert ist.
* *
* @param string $category Log message category * @param string $category Kategorie der Log-Nachricht
* e.g. 'metadata', 'transformation', 'csv_reader', 'config' * z.B. 'metadata', 'transformation', 'csv_reader', 'config'
* @param string $message Description of the action or event * @param string $message Beschreibung der Aktion oder des Ereignisses
* @param mixed $data Additional context data (array or any value) * @param mixed $data Zusätzliche Kontextdaten (Array oder beliebiger Wert)
* *
* @return void * @return void
*/ */
@ -88,16 +88,16 @@ class DebugLogger
} }
/** /**
* Returns all collected logs * Gibt alle gesammelten Logs zurück
* *
* Delivers an array of all recorded events with complete * Liefert ein Array aller protokollierten Ereignisse mit vollständigen
* information for analysis and debugging. * Informationen für Analyse und Debugging.
* *
* @return array Array of log entries, each with: * @return array Array von Log-Einträgen, jeder mit:
* - timestamp: microsecond timestamp * - timestamp: Mikrosekunden-Zeitstempel
* - category: log category * - category: Log-Kategorie
* - message: description * - message: Beschreibung
* - data: additional data * - data: Zusätzliche Daten
*/ */
public static function getLogs(): array public static function getLogs(): array
{ {
@ -105,10 +105,10 @@ class DebugLogger
} }
/** /**
* Resets all logs * Setzt alle Logs zurück
* *
* Clears the entire log buffer. Useful for maintaining a clean * Löscht den gesamten Log-Buffer. Nützlich um zwischen mehreren
* state between multiple transformations. * Transformationen einen sauberen State zu haben.
* *
* @return void * @return void
*/ */
@ -118,9 +118,9 @@ class DebugLogger
} }
/** /**
* Returns the number of collected log entries * Gibt die Anzahl der gesammelten Log-Einträge zurück
* *
* @return int Number of recorded events * @return int Anzahl protokollierter Ereignisse
*/ */
public static function count(): int public static function count(): int
{ {
@ -128,9 +128,9 @@ class DebugLogger
} }
/** /**
* Checks whether debug mode is enabled * Prüft ob Debug-Modus aktiviert ist
* *
* @return bool true if enabled, false otherwise * @return bool true wenn aktiviert, false sonst
*/ */
public static function isEnabled(): bool public static function isEnabled(): bool
{ {
@ -138,18 +138,18 @@ class DebugLogger
} }
/** /**
* Returns a formatted string of all logs * Gibt einen formattierten String aller Logs zurück
* *
* Converts the log buffer into a readable format for console output. * Konvertiert den Log-Buffer in ein lesbares Format für Konsolen-Ausgabe.
* *
* @param bool $includeData true = also output data, false = messages only * @param bool $includeData true = auch Daten ausgeben, false = nur Messages
* *
* @return string Formatted log output * @return string Formatierte Log-Ausgabe
*/ */
public static function format(bool $includeData = true): string public static function format(bool $includeData = true): string
{ {
if (empty(self::$logs)) { if (empty(self::$logs)) {
return "No debug logs available.\n"; return "Keine Debug-Logs vorhanden.\n";
} }
$output = "\n=== DEBUG LOGS ===\n"; $output = "\n=== DEBUG LOGS ===\n";

File diff suppressed because it is too large Load Diff

View File

@ -3,10 +3,10 @@
namespace UbsCsvTransformer; namespace UbsCsvTransformer;
/** /**
* Extracts metadata from header lines using regex * Extrahiert Metadaten aus Header-Zeilen mit Regex
* *
* Extracts constant values from metadata lines * Diese Klasse extrahiert konstante Werte aus den Metadatenzeilen
* (header lines before the actual CSV table) using regex rules. * (Header-Zeilen vor der eigentlichen CSV-Tabelle) mittels Regex-Regeln.
*/ */
class MetadataExtractor class MetadataExtractor
{ {
@ -18,17 +18,17 @@ class MetadataExtractor
} }
/** /**
* Extracts metadata from the provided lines * Extrahiert Metadaten aus den übergebenen Zeilen
* *
* @param array $lines Array of lines from the CSV header * @param array $lines Array von Zeilen aus dem CSV-Header
* @return array Extracted metadata * @return array Extrahierte Metadaten
*/ */
public function extract(array $lines): array public function extract(array $lines): array
{ {
$metadata = []; $metadata = [];
foreach ($this->rules as $rule) { foreach ($this->rules as $rule) {
// Validate required fields // Validiere erforderliche Felder
if (empty($rule['name']) || empty($rule['regex'])) { if (empty($rule['name']) || empty($rule['regex'])) {
continue; continue;
} }
@ -37,15 +37,15 @@ class MetadataExtractor
$lineNumber = $rule['lineNumber'] ?? 1; $lineNumber = $rule['lineNumber'] ?? 1;
$regex = $rule['regex']; $regex = $rule['regex'];
// Off-by-one fix // ✅ KORRIGIERT: Off-by-One Fix
// config.json: "lineNumber": 1, 2, 3 (1-based, human-readable) // config.json: "lineNumber": 1, 2, 3 (1-basiert, für Menschen lesbar)
// PHP arrays: $lines[0], $lines[1], $lines[2] (0-based) // PHP Arrays: $lines[0], $lines[1], $lines[2] (0-basiert)
// Conversion: arrayIndex = lineNumber - 1 // Konvertierung: arrayIndex = lineNumber - 1
$arrayIndex = $lineNumber - 1; $arrayIndex = $lineNumber - 1;
// Check if line exists // Prüfe ob Zeile existiert
if (!isset($lines[$arrayIndex])) { if (!isset($lines[$arrayIndex])) {
// Line does not exist - debug info for support // Zeile existiert nicht - Debug-Info für Support
DebugLogger::log('metadata_warning', "Extraction rule not found", [ DebugLogger::log('metadata_warning', "Extraction rule not found", [
'rule_name' => $ruleName, 'rule_name' => $ruleName,
'expected_lineNumber' => $lineNumber, 'expected_lineNumber' => $lineNumber,
@ -57,7 +57,7 @@ class MetadataExtractor
$line = $lines[$arrayIndex]; $line = $lines[$arrayIndex];
// Regex with '#' as delimiter (allows '/' in user patterns); escape '#' in pattern // Regex mit '#' als Delimiter (erlaubt '/' in User-Patterns); '#' im Pattern escapen
$pattern = '#' . str_replace('#', '\#', $regex) . '#u'; $pattern = '#' . str_replace('#', '\#', $regex) . '#u';
$matchResult = @preg_match_all($pattern, $line, $matches); $matchResult = @preg_match_all($pattern, $line, $matches);
if ($matchResult === false) { if ($matchResult === false) {
@ -68,7 +68,7 @@ class MetadataExtractor
continue; continue;
} }
if ($matchResult === 0) { if ($matchResult === 0) {
// Regex did not match on this line // Regex matched nicht auf dieser Zeile
DebugLogger::log('metadata_warning', "Regex did not match", [ DebugLogger::log('metadata_warning', "Regex did not match", [
'rule_name' => $ruleName, 'rule_name' => $ruleName,
'lineNumber' => $lineNumber, 'lineNumber' => $lineNumber,
@ -78,20 +78,20 @@ class MetadataExtractor
continue; continue;
} }
// Use captureGroup to select the extraction group // ✅ KORRIGIERT: captureGroup benutzen
// captureGroup defines which capture group is extracted // captureGroup definiert welche Klammer-Gruppe extrahiert wird
// 0 = complete match // 0 = komplette Match
// 1 = first capture group (...) // 1 = erste Klammer-Gruppe (...)
// 2 = second capture group, etc. // 2 = zweite Klammer-Gruppe, etc.
$captureGroup = isset($rule['captureGroup']) ? intval($rule['captureGroup']) : 1; $captureGroup = isset($rule['captureGroup']) ? intval($rule['captureGroup']) : 1;
// Ensure the capture group exists // Sicherstellen dass die Capture Group existiert
if (!isset($matches[$captureGroup]) || empty($matches[$captureGroup])) { if (!isset($matches[$captureGroup]) || empty($matches[$captureGroup])) {
// Fallback: use complete match if group does not exist // Fallback: Nutze komplette Match wenn Gruppe nicht existiert
$metadata[$ruleName] = $matches[0][0] ?? ''; $metadata[$ruleName] = $matches[0][0] ?? '';
// echo "DEBUG: extraction_rule '{$ruleName}' - captureGroup {$captureGroup} not found, falling back to complete match\n"; // echo "DEBUG: extraction_rule '{$ruleName}' - captureGroup {$captureGroup} not found, falling back to complete match\n";
} else { } else {
// Use the specific capture group // Nutze die spezifische Capture Group
$metadata[$ruleName] = $matches[$captureGroup][0] ?? ''; $metadata[$ruleName] = $matches[$captureGroup][0] ?? '';
} }
@ -105,9 +105,9 @@ class MetadataExtractor
} }
/** /**
* Returns the number of defined extraction rules * Gibt die Anzahl der definierten Extraction-Rules zurück
* *
* @return int Number of rules * @return int Anzahl Rules
*/ */
public function getRuleCount(): int public function getRuleCount(): int
{ {
@ -115,9 +115,9 @@ class MetadataExtractor
} }
/** /**
* Returns all defined extraction rules * Gibt alle definierten Extraction-Rules zurück
* *
* @return array The rules * @return array Die Rules
*/ */
public function getRules(): array public function getRules(): array
{ {

View File

@ -1,161 +0,0 @@
<?php
namespace UbsCsvTransformer;
/**
* Evaluates row-filter conditions defined in the "skipIf" config key.
*
* A node is either:
*
* - A bare condition:
* { "column": "A", "operator": "empty" }
*
* - An AND group:
* { "and": [ <node>, <node>, ... ] }
*
* - An OR group:
* { "or": [ <node>, <node>, ... ] }
*
* Groups may be nested arbitrarily.
*
* Supported operators for conditions:
*
* | Operator | Matches when |
* |----------------|------------------------------------------------------|
* | empty | column value is empty string |
* | not-empty | column value is not empty |
* | equals | value === "value" (string compare) |
* | not-equals | value !== "value" |
* | contains | strpos(value, "value") !== false |
* | not-contains | strpos(value, "value") === false |
* | matches | preg_match("pattern", value) === 1 |
* | not-matches | preg_match("pattern", value) === 0 |
* | gt | (float) value > (float) "value" |
* | gte | (float) value >= (float) "value" |
* | lt | (float) value < (float) "value" |
* | lte | (float) value <= (float) "value" |
*
* Usage in config:
* ```json
* "skipIf": {
* "and": [
* { "column": "Beschreibung1", "operator": "empty" },
* { "column": "Beschreibung2", "operator": "empty" }
* ]
* }
* ```
*
* ```json
* "skipIf": {
* "or": [
* { "column": "Amount", "operator": "gt", "value": "10000" },
* { "and": [
* { "column": "Type", "operator": "equals", "value": "Saldo" },
* { "column": "Notes", "operator": "empty" }
* ]}
* ]
* }
* ```
*/
class RowFilter
{
/**
* Evaluates a filter node against a data row.
*
* Returns true when the row should be skipped.
*
* @param array<string, mixed> $node Filter node (condition or group)
* @param array<string, string> $row Data row with column values
*
* @throws \InvalidArgumentException on unknown operator
*/
public static function evaluate(array $node, array $row): bool
{
// AND group
if (isset($node['and'])) {
/** @var array<int, array<string, mixed>> $children */
$children = $node['and'];
foreach ($children as $child) {
if (!self::evaluate($child, $row)) {
return false;
}
}
return true;
}
// OR group
if (isset($node['or'])) {
/** @var array<int, array<string, mixed>> $children */
$children = $node['or'];
foreach ($children as $child) {
if (self::evaluate($child, $row)) {
return true;
}
}
return false;
}
// Bare condition
return self::evaluateCondition($node, $row);
}
/**
* Evaluates a single leaf condition.
*
* @param array<string, mixed> $condition
* @param array<string, string> $row
*
* @throws \InvalidArgumentException on unknown operator
*/
private static function evaluateCondition(array $condition, array $row): bool
{
$column = (string) ($condition['column'] ?? '');
$operator = strtolower((string) ($condition['operator'] ?? ''));
$colValue = (string) ($row[$column] ?? '');
$cmpValue = (string) ($condition['value'] ?? '');
$pattern = (string) ($condition['pattern'] ?? '');
switch ($operator) {
case 'empty':
return $colValue === '';
case 'not-empty':
return $colValue !== '';
case 'equals':
return $colValue === $cmpValue;
case 'not-equals':
return $colValue !== $cmpValue;
case 'contains':
return str_contains($colValue, $cmpValue);
case 'not-contains':
return !str_contains($colValue, $cmpValue);
case 'matches':
$delimited = '#' . str_replace('#', '\#', $pattern) . '#u';
return preg_match($delimited, $colValue) === 1;
case 'not-matches':
$delimited = '#' . str_replace('#', '\#', $pattern) . '#u';
return preg_match($delimited, $colValue) !== 1;
case 'gt':
return (float) $colValue > (float) $cmpValue;
case 'gte':
return (float) $colValue >= (float) $cmpValue;
case 'lt':
return (float) $colValue < (float) $cmpValue;
case 'lte':
return (float) $colValue <= (float) $cmpValue;
default:
throw new \InvalidArgumentException("Unknown RowFilter operator: '{$operator}'");
}
}
}

View File

@ -8,19 +8,18 @@ use UbsCsvTransformer\ConfigurationLoader;
use UbsCsvTransformer\MetadataExtractor; use UbsCsvTransformer\MetadataExtractor;
use UbsCsvTransformer\ColumnTransformer; use UbsCsvTransformer\ColumnTransformer;
use UbsCsvTransformer\FireflyImporter; use UbsCsvTransformer\FireflyImporter;
use UbsCsvTransformer\RowFilter;
/** /**
* Orchestrates the complete CSV transformation pipeline * Orchestriert die gesamte CSV-Transformations-Pipeline
* *
* Coordinates all steps from reading the CSV through metadata extraction * Koordiniert alle Schritte von CSV-Einlesen über Metadaten-Extraktion
* and column transformation to output and optional import into Firefly III. * und Spalten-Transformation bis zur Ausgabe und optional zum Import in Firefly III.
* *
* @property ConfigurationLoader $configLoader Manages configuration * @property ConfigurationLoader $configLoader Verwaltet Konfiguration
* @property CsvWriter $csvWriter Writes output CSV * @property CsvWriter $csvWriter Schreibt Output-CSV
* @property MetadataExtractor $metadataExtractor Extracts metadata from header * @property MetadataExtractor $metadataExtractor Extrahiert Metadaten aus Header
* @property ColumnTransformer $columnTransformer Transforms columns * @property ColumnTransformer $columnTransformer Transformiert Spalten
* @property array $csvStructure CSV structure configuration * @property array $csvStructure CSV-Struktur-Konfiguration
*/ */
class TransformerEngine class TransformerEngine
{ {
@ -34,24 +33,21 @@ class TransformerEngine
private bool $debugMode = false; private bool $debugMode = false;
/** /**
* Initialises TransformerEngine with configuration * Initialisiert TransformerEngine mit Konfiguration
* *
* Loads all required configurations and initialises * Lädt alle erforderlichen Konfigurationen und initialisiert
* the components (MetadataExtractor, ColumnTransformer, CsvWriter). * die Komponenten (MetadataExtractor, ColumnTransformer, CsvWriter).
* CsvReader is instantiated later in transform() and validate() with the file path. * CsvReader wird später in transform() und validate() initialisiert mit dem Dateipfad.
* *
* @param ConfigurationLoader $configLoader Loads configuration files * @param ConfigurationLoader $configLoader Lädt Konfigurationsdateien
* @param bool $debugMode true = enable debug mode * @param bool $debugMode true = Debug-Modus aktivieren
* *
* @throws \RuntimeException if required configurations are missing * @throws \RuntimeException wenn erforderliche Konfigurationen fehlen
*/ */
public function __construct(ConfigurationLoader $configLoader, bool $debugMode = false) public function __construct(ConfigurationLoader $configLoader, bool $debugMode = false)
{ {
$this->configLoader = $configLoader; $this->configLoader = $configLoader;
$this->debugMode = $debugMode; $this->debugMode = $debugMode;
if ($debugMode) {
DebugLogger::enable();
}
$config = $configLoader->getAll(); $config = $configLoader->getAll();
@ -67,7 +63,7 @@ class TransformerEngine
$config['capitalizationExceptions'] ?? [] $config['capitalizationExceptions'] ?? []
); );
// Determine output file name from configuration // Bestimme Output-Dateiname aus Konfiguration
$outputDir = $config['directories']['output'] ?? './output'; $outputDir = $config['directories']['output'] ?? './output';
$outputFileName = $config['csvStructure']['outputFilename'] ?? 'transformed.csv'; $outputFileName = $config['csvStructure']['outputFilename'] ?? 'transformed.csv';
$outputFile = rtrim($outputDir, '/') . '/' . $outputFileName; $outputFile = rtrim($outputDir, '/') . '/' . $outputFileName;
@ -79,9 +75,9 @@ class TransformerEngine
} }
/** /**
* Enables or disables debug mode * Aktiviert oder deaktiviert den Debug-Modus
* *
* @param bool $enabled true = debug mode enabled * @param bool $enabled true = Debug-Modus aktiviert
* @return void * @return void
*/ */
public function setDebugMode(bool $enabled): void public function setDebugMode(bool $enabled): void
@ -95,30 +91,30 @@ class TransformerEngine
} }
/** /**
* Transforms a CSV file * Transformiert eine CSV-Datei
* *
* Performs the following steps: * Führt folgende Schritte durch:
* 1. Read CSV file with CsvReader * 1. CSV-Datei einlesen mit CsvReader
* 2. Extract metadata from header * 2. Metadaten aus Header extrahieren
* 3. Transform columns according to configuration * 3. Spalten gemäß Konfiguration transformieren
* 4. Write data to output CSV * 4. Daten in Output-CSV schreiben
* 5. Collect sample data (maximum 3 rows or maxRows) * 5. Beispiel-Daten sammeln (maximal 3 Zeilen oder maxRows)
* *
* The output file path is determined from the configuration and cannot be overridden. * Der Output-Dateipfad wird aus der Konfiguration bestimmt und kann nicht überschrieben werden.
* *
* @param string $inputFile Path to the input CSV file * @param string $inputFile Pfad zur Input-CSV-Datei
* @param int $maxRows Maximum number of data rows to transform (0 = all). * @param int $maxRows Maximale Anzahl Datenzeilen zu transformieren (0 = alle).
* Sample data is limited to min(3, maxRows) * Beispiel-Daten werden begrenzt auf min(3, maxRows)
* *
* @return array Transformation result with: * @return array Transformations-Ergebnis mit:
* - success: bool (true = successful, false = error) * - success: bool (true = erfolgreich, false = Fehler)
* - inputFile: string (input file path, on success only) * - inputFile: string (Input-Dateipfad, nur bei Erfolg)
* - outputFile: string (output file path, on success only) * - outputFile: string (Output-Dateipfad, nur bei Erfolg)
* - rowsProcessed: int (actually processed data rows) * - rowsProcessed: int (tatsächlich verarbeitete Datenzeilen)
* - sampleData: array (first sample rows, max 3 or maxRows) * - sampleData: array (Erste Beispiel-Zeilen, max 3 oder maxRows)
* - metadata: array (extracted metadata, on success only) * - metadata: array (Extrahierte Metadaten, nur bei Erfolg)
* - outputColumns: int (number of output columns) * - outputColumns: int (Anzahl Output-Spalten)
* - error: string (error message, on failure only) * - error: string (Fehlermeldung, nur bei Fehler)
*/ */
public function transform(string $inputFile, int $maxRows = 0): array public function transform(string $inputFile, int $maxRows = 0): array
{ {
@ -134,59 +130,50 @@ class TransformerEngine
]); ]);
} }
// Validate input file // Validiere Input-Datei
if (!file_exists($inputFile)) { if (!file_exists($inputFile)) {
throw new \RuntimeException("Input file not found: {$inputFile}"); throw new \RuntimeException("Input-Datei nicht gefunden: {$inputFile}");
} }
// Initialise CsvReader with file path and configuration // Initialisiere CsvReader mit Dateipfad und Konfiguration
$csvReader = new CsvReader($inputFile, $this->csvStructure); $csvReader = new CsvReader($inputFile, $this->csvStructure);
// Read metadata lines (before the header line) // Lese Metadaten-Zeilen (vor der Header-Zeile)
$metadataLines = $csvReader->readMetadataLines(); $metadataLines = $csvReader->readMetadataLines();
// Extract metadata from the metadata lines // Extrahiere Metadaten aus den Metadaten-Zeilen
$metadata = $this->metadataExtractor->extract($metadataLines); $metadata = $this->metadataExtractor->extract($metadataLines);
// Initialise ColumnTransformer with extracted metadata // Initialisiere ColumnTransformer mit extrahierten Metadaten
$this->columnTransformer = new ColumnTransformer( $this->columnTransformer = new ColumnTransformer(
$this->configLoader->get('columnTransformations', []), $this->configLoader->get('columnTransformations', []),
$metadata, $metadata,
$this->configLoader->get('capitalizationExceptions', []) $this->configLoader->get('capitalizationExceptions', [])
); );
// Read CSV data with header keys as array keys // Lese CSV-Daten mit Header-Keys als Array-Keys
$dataRows = $csvReader->readCsvData($maxRows); $dataRows = $csvReader->readCsvData($maxRows);
if (empty($dataRows)) { if (empty($dataRows)) {
throw new \RuntimeException("No data rows in CSV file"); throw new \RuntimeException("Keine Datenzeilen in CSV-Datei");
} }
// Calculate limit for sample data // Berechne Limit für Beispiel-Daten
$sampleLimit = $maxRows == 0 ? 3 : $maxRows; $sampleLimit = $maxRows == 0 ? 3 : $maxRows;
// Transform rows and collect them // Transformiere Zeilen und sammle sie
$transformedData = []; $transformedData = [];
/** @var array<string, mixed>|null $skipIfNode */
$skipIfNode = $this->configLoader->get('skipIf', null);
foreach ($dataRows as $row) { foreach ($dataRows as $row) {
// Check if maxRows reached // Prüfe ob maxRows erreicht
if ($maxRows > 0 && $this->rowsProcessed >= $maxRows) { if ($maxRows > 0 && $this->rowsProcessed >= $maxRows) {
break; break;
} }
// Skip row if filter condition matches // Transformiere Zeile
if ($skipIfNode !== null && RowFilter::evaluate($skipIfNode, $row)) {
DebugLogger::log('transformer', 'Row skipped by skipIf filter', ['row' => $row]);
continue;
}
// Transform row
$transformedRow = $this->columnTransformer->transformRow($row); $transformedRow = $this->columnTransformer->transformRow($row);
$transformedData[] = $transformedRow; $transformedData[] = $transformedRow;
// Save sample data // Speichere Beispiel-Daten
if (count($this->sampleData) < $sampleLimit) { if (count($this->sampleData) < $sampleLimit) {
$this->sampleData[] = $transformedRow; $this->sampleData[] = $transformedRow;
} }
@ -194,7 +181,7 @@ class TransformerEngine
$this->rowsProcessed++; $this->rowsProcessed++;
} }
// Remove columns to be excluded from the output // Entferne Spalten die aus dem Output ausgeschlossen werden sollen
$excludeColumns = $this->csvStructure['excludeOutputColumns'] ?? []; $excludeColumns = $this->csvStructure['excludeOutputColumns'] ?? [];
if (!empty($excludeColumns)) { if (!empty($excludeColumns)) {
$excludeMap = array_flip($excludeColumns); $excludeMap = array_flip($excludeColumns);
@ -208,7 +195,7 @@ class TransformerEngine
); );
} }
// Write all transformed data to output CSV // Schreibe alle transformierten Daten in Output-CSV
$this->csvWriter->write($transformedData); $this->csvWriter->write($transformedData);
$result = [ $result = [
@ -238,43 +225,43 @@ class TransformerEngine
} }
/** /**
* Transforms and imports CSV into Firefly III * Transformiert und importiert CSV in Firefly III
* *
* Performs transformation and imports the output file * Führt Transformation durch und importiert die Ausgabe-Datei
* into Firefly III if enabled in the configuration. * in Firefly III wenn in der Konfiguration aktiviert.
* *
* Backwards-compatible with legacy signature. * Rückwärts-kompatibel mit legacy Signatur.
* *
* @param string $inputFile Path to the input CSV file * @param string $inputFile Pfad zur Input-CSV-Datei
* @param int $maxRows Maximum number of data rows to process (0 = all) * @param int $maxRows Maximale Anzahl Datenzeilen zu verarbeiten (0 = alle)
* *
* @return array Transformation and import result with: * @return array Transformations- und Import-Ergebnis mit:
* - success: bool (true = transformation successful) * - success: bool (true = transformation erfolgreich)
* - inputFile: string * - inputFile: string
* - outputFile: string * - outputFile: string
* - rowsProcessed: int * - rowsProcessed: int
* - sampleData: array * - sampleData: array
* - metadata: array * - metadata: array
* - outputColumns: int * - outputColumns: int
* - import: array (Firefly import result, if autoImport active) * - import: array (Firefly Import-Ergebnis, wenn autoImport aktiv)
* - error: string (if error) * - error: string (falls Fehler)
*/ */
public function transformAndImport(string $inputFile, int $maxRows = 0): array public function transformAndImport(string $inputFile, int $maxRows = 0): array
{ {
// Transform first // Zuerst transformieren
$transformResult = $this->transform($inputFile, $maxRows); $transformResult = $this->transform($inputFile, $maxRows);
if (!$transformResult['success']) { if (!$transformResult['success']) {
return $transformResult; return $transformResult;
} }
// Check whether auto-import is enabled in configuration // Prüfe ob Auto-Import in Konfiguration aktiviert ist
$fireflyConfig = $this->configLoader->get('fireflyImport', []); $fireflyConfig = $this->configLoader->get('fireflyImport', []);
if (empty($fireflyConfig['autoImport'])) { if (empty($fireflyConfig['autoImport'])) {
return $transformResult; return $transformResult;
} }
// Perform Firefly import // Führe Firefly-Import durch
try { try {
$importer = new FireflyImporter($fireflyConfig); $importer = new FireflyImporter($fireflyConfig);
$importResult = $importer->import($transformResult['outputFile']); $importResult = $importer->import($transformResult['outputFile']);
@ -291,19 +278,19 @@ class TransformerEngine
} }
/** /**
* Validates a CSV file against the configuration * Validiert eine CSV-Datei gegen die Konfiguration
* *
* Checks whether required metadata is present * Prüft ob erforderliche Metadaten vorhanden sind
* and whether the CSV structure matches the configuration. * und ob die CSV-Struktur der Konfiguration entspricht.
* *
* @param string $inputFile Path to the CSV file to validate * @param string $inputFile Pfad zur zu validierenden CSV-Datei
* *
* @return array Validation result with: * @return array Validierungs-Ergebnis mit:
* - valid: bool (true = validation successful) * - valid: bool (true = Validierung erfolgreich)
* - metadata: array (extracted metadata, when valid) * - metadata: array (Extrahierte Metadaten, wenn valid)
* - line_count: int (total number of lines, when valid) * - line_count: int (Gesamtzahl Zeilen, wenn valid)
* - error: string (error message, when not valid) * - error: string (Fehlermeldung, wenn nicht valid)
* - metadata_found: array (found metadata despite error) * - metadata_found: array (Gefundene Metadaten trotz Fehler)
*/ */
public function validate(string $inputFile): array public function validate(string $inputFile): array
{ {
@ -311,18 +298,18 @@ class TransformerEngine
if (!file_exists($inputFile)) { if (!file_exists($inputFile)) {
return [ return [
'valid' => false, 'valid' => false,
'error' => "File not found: {$inputFile}", 'error' => "Datei nicht gefunden: {$inputFile}",
]; ];
} }
// Initialise CsvReader with file path // Initialisiere CsvReader mit Dateipfad
$csvReader = new CsvReader($inputFile, $this->csvStructure); $csvReader = new CsvReader($inputFile, $this->csvStructure);
// Extract metadata lines (before the header line) // Extrahiere Metadaten-Zeilen (vor der Header-Zeile)
$metadataLines = $csvReader->readMetadataLines(); $metadataLines = $csvReader->readMetadataLines();
$metadata = $this->metadataExtractor->extract($metadataLines); $metadata = $this->metadataExtractor->extract($metadataLines);
// Check for required metadata // Prüfe auf erforderliche Metadaten
$requiredMetadata = [ $requiredMetadata = [
'account_iban', 'account_iban',
'currency_code', 'currency_code',
@ -338,12 +325,12 @@ class TransformerEngine
if (!empty($missingMetadata)) { if (!empty($missingMetadata)) {
return [ return [
'valid' => false, 'valid' => false,
'error' => 'Missing metadata: ' . implode(', ', $missingMetadata), 'error' => 'Fehlende Metadaten: ' . implode(', ', $missingMetadata),
'metadata_found' => $metadata, 'metadata_found' => $metadata,
]; ];
} }
// Count total number of lines // Zähle Gesamtzahl Zeilen
$lineCount = $csvReader->countLines(); $lineCount = $csvReader->countLines();
return [ return [
@ -354,15 +341,15 @@ class TransformerEngine
} catch (\Exception $e) { } catch (\Exception $e) {
return [ return [
'valid' => false, 'valid' => false,
'error' => 'Validation error: ' . $e->getMessage(), 'error' => 'Validierungs-Fehler: ' . $e->getMessage(),
]; ];
} }
} }
/** /**
* Returns the collected sample data * Gibt die gesammelten Beispiel-Daten zurück
* *
* @return array Sample data (maximum 3 or maxRows rows) * @return array Beispiel-Daten (maximal 3 oder maxRows Zeilen)
*/ */
public function getSampleData(): array public function getSampleData(): array
{ {
@ -370,9 +357,9 @@ class TransformerEngine
} }
/** /**
* Returns the number of processed data rows * Gibt die Anzahl verarbeiteter Datenzeilen zurück
* *
* @return int Number of transformed rows * @return int Anzahl transformierter Zeilen
*/ */
public function getRowsProcessed(): int public function getRowsProcessed(): int
{ {

View File

@ -435,90 +435,6 @@ class ColumnTransformerTest extends TestCase
$this->assertSame('Hello World', $result['B']); $this->assertSame('Hello World', $result['B']);
} }
public function testOutputActionAppendWithDelimiter(): void
{
$result = $this->applyOne([
'sourceColumn' => 'A',
'outputColumn' => 'B',
'type' => 'map',
'outputAction' => 'append',
'appendDelimiter' => ', ',
], ['A' => 'World', 'B' => 'Hello']);
$this->assertSame('Hello, World', $result['B']);
}
public function testOutputActionAppendWithDelimiterSkippedWhenTargetEmpty(): void
{
$result = $this->applyOne([
'sourceColumn' => 'A',
'outputColumn' => 'B',
'type' => 'map',
'outputAction' => 'append',
'appendDelimiter' => ', ',
], ['A' => 'Hello', 'B' => '']);
$this->assertSame('Hello', $result['B']);
}
public function testOutputActionAppendLine(): void
{
$result = $this->applyOne([
'sourceColumn' => 'A',
'outputColumn' => 'B',
'type' => 'map',
'outputAction' => 'append-line',
], ['A' => 'Line2', 'B' => 'Line1']);
$this->assertSame("Line1\nLine2", $result['B']);
}
public function testOutputActionAppendLineNoLeadingNewlineWhenEmpty(): void
{
$result = $this->applyOne([
'sourceColumn' => 'A',
'outputColumn' => 'B',
'type' => 'map',
'outputAction' => 'append-line',
], ['A' => 'Line1', 'B' => '']);
$this->assertSame('Line1', $result['B']);
}
public function testOutputActionOverwriteIfEmpty(): void
{
$resultEmpty = $this->applyOne([
'sourceColumn' => 'A',
'outputColumn' => 'B',
'type' => 'map',
'outputAction' => 'overwrite-if-empty',
], ['A' => 'new', 'B' => '']);
$this->assertSame('new', $resultEmpty['B']);
$resultFilled = $this->applyOne([
'sourceColumn' => 'A',
'outputColumn' => 'B',
'type' => 'map',
'outputAction' => 'overwrite-if-empty',
], ['A' => 'new', 'B' => 'existing']);
$this->assertSame('existing', $resultFilled['B']);
}
public function testOutputActionOverwriteIfNotEmpty(): void
{
$resultNotEmpty = $this->applyOne([
'sourceColumn' => 'A',
'outputColumn' => 'B',
'type' => 'map',
'outputAction' => 'overwrite-if-not-empty',
], ['A' => 'new', 'B' => 'old']);
$this->assertSame('new', $resultNotEmpty['B']);
$resultEmpty = $this->applyOne([
'sourceColumn' => 'A',
'outputColumn' => 'B',
'type' => 'map',
'outputAction' => 'overwrite-if-not-empty',
], ['A' => '', 'B' => 'old']);
$this->assertSame('old', $resultEmpty['B']);
}
// ------------------------------------------------------------------------- // -------------------------------------------------------------------------
// multi-output split // multi-output split
// ------------------------------------------------------------------------- // -------------------------------------------------------------------------
@ -588,139 +504,4 @@ class ColumnTransformerTest extends TestCase
$transformer->transformRow(['A' => '1', 'B' => '2', 'C' => '3']); $transformer->transformRow(['A' => '1', 'B' => '2', 'C' => '3']);
$this->assertSame(2, $transformer->getOutputColumns()); $this->assertSame(2, $transformer->getOutputColumns());
} }
// -------------------------------------------------------------------------
// timeperiod
// -------------------------------------------------------------------------
/** @var array<int, array<string, string>> */
private array $testPeriods = [
['from' => '04:00:00', 'to' => '08:59:59', 'label' => 'Morgen'],
['from' => '09:00:00', 'to' => '10:59:59', 'label' => 'Vormittag'],
['from' => '11:00:00', 'to' => '13:59:59', 'label' => 'Mittag'],
['from' => '14:00:00', 'to' => '17:59:59', 'label' => 'Nachmittag'],
['from' => '18:00:00', 'to' => '21:59:59', 'label' => 'Abend'],
['from' => '22:00:00', 'to' => '03:59:59', 'label' => 'Nacht'],
];
public function testTimePeriodBasicMapping(): void
{
$result = $this->applyOne([
'sourceColumn' => 'Time',
'outputColumn' => 'Period',
'type' => 'timeperiod',
'timeFormat' => 'H:i:s',
'periods' => $this->testPeriods,
'default' => '',
], ['Time' => '09:30:00', 'Period' => '']);
$this->assertSame('Vormittag', $result['Period']);
}
public function testTimePeriodMidnightSpanning(): void
{
$result1 = $this->applyOne([
'sourceColumn' => 'Time',
'outputColumn' => 'Period',
'type' => 'timeperiod',
'timeFormat' => 'H:i:s',
'periods' => $this->testPeriods,
'default' => '',
], ['Time' => '23:00:00', 'Period' => '']);
$this->assertSame('Nacht', $result1['Period']);
$result2 = $this->applyOne([
'sourceColumn' => 'Time',
'outputColumn' => 'Period',
'type' => 'timeperiod',
'timeFormat' => 'H:i:s',
'periods' => $this->testPeriods,
'default' => '',
], ['Time' => '02:00:00', 'Period' => '']);
$this->assertSame('Nacht', $result2['Period']);
}
public function testTimePeriodNoMatch(): void
{
// 03:45 falls outside all labelled ranges except Nacht (00:00-03:59)
$result = $this->applyOne([
'sourceColumn' => 'Time',
'outputColumn' => 'Period',
'type' => 'timeperiod',
'timeFormat' => 'H:i:s',
'periods' => [
['from' => '09:00:00', 'to' => '17:59:59', 'label' => 'Day'],
],
'default' => 'Unknown',
], ['Time' => '03:45:00', 'Period' => '']);
$this->assertSame('Unknown', $result['Period']);
}
public function testTimePeriodInvalidInput(): void
{
$result = $this->applyOne([
'sourceColumn' => 'Time',
'outputColumn' => 'Period',
'type' => 'timeperiod',
'timeFormat' => 'H:i:s',
'periods' => $this->testPeriods,
'default' => 'N/A',
], ['Time' => '', 'Period' => '']);
$this->assertSame('N/A', $result['Period']);
}
// -------------------------------------------------------------------------
// ucwordsfirst guard
// -------------------------------------------------------------------------
public function testUcwordsFirstSkipsLowercase(): void
{
// Input already contains lowercase letters → must be returned unchanged
$result = $this->applyOne([
'sourceColumn' => 'A',
'outputColumn' => 'A',
'type' => 'ucwordsfirst',
], ['A' => 'Coop pronto chur']);
$this->assertSame('Coop pronto chur', $result['A']);
}
public function testUcwordsFirstAppliesAllCaps(): void
{
// Fully uppercase input → capitalise first letter of each word
$result = $this->applyOne([
'sourceColumn' => 'A',
'outputColumn' => 'A',
'type' => 'ucwordsfirst',
], ['A' => 'COOP PRONTO']);
$this->assertSame('Coop Pronto', $result['A']);
}
// -------------------------------------------------------------------------
// append-if-not-empty
// -------------------------------------------------------------------------
public function testAppendIfNotEmptySkipsEmpty(): void
{
// Result is empty → target column must remain unchanged
$result = $this->applyOne([
'sourceColumn' => 'A',
'outputColumn' => 'B',
'type' => 'map',
'outputAction' => 'append-if-not-empty',
'appendDelimiter' => ' ',
], ['A' => '', 'B' => 'existing']);
$this->assertSame('existing', $result['B']);
}
public function testAppendIfNotEmptyAppendsNonEmpty(): void
{
// Non-empty result → appended with delimiter
$result = $this->applyOne([
'sourceColumn' => 'A',
'outputColumn' => 'B',
'type' => 'map',
'outputAction' => 'append-if-not-empty',
'appendDelimiter' => ' ',
], ['A' => 'new', 'B' => 'existing']);
$this->assertSame('existing new', $result['B']);
}
} }

View File

@ -1,414 +0,0 @@
<?php
namespace UbsCsvTransformer\Tests;
use PHPUnit\Framework\TestCase;
use UbsCsvTransformer\FireflyImporter;
use UbsCsvTransformer\DebugLogger;
/**
* Tests for the chunked-import state file / resume feature.
*
* Strategy: subclass FireflyImporter and override import() so no real HTTP or
* CLI call is made. The override is configured per test via a callable queue.
*/
class FireflyImporterChunkStateTest extends TestCase
{
/** @var string Temporary directory for CSV and state files */
private string $tmpDir;
/** @var string Path to a throwaway JSON config file */
private string $jsonConfig;
protected function setUp(): void
{
DebugLogger::reset();
$this->tmpDir = sys_get_temp_dir() . '/ffi_state_test_' . uniqid('', true);
mkdir($this->tmpDir, 0700, true);
// Minimal Firefly importer config (format v3)
$configData = [
'version' => 3,
'flow' => 'csv',
'roles' => ['amount'],
'default_account' => 1,
];
$this->jsonConfig = $this->tmpDir . '/ff-config.json';
file_put_contents($this->jsonConfig, json_encode($configData));
}
protected function tearDown(): void
{
// Remove all temp files
foreach (glob($this->tmpDir . '/*') ?: [] as $f) {
@unlink($f);
}
@rmdir($this->tmpDir);
}
// ─── Helpers ─────────────────────────────────────────────────────────────
/**
* Creates an importer stub whose import() calls return results from $queue
* in order. Each element of the queue is either true (success) or false (failure).
*
* @param array<bool> $importResultQueue
* @param int $chunkSize
*/
private function makeImporter(array $importResultQueue, int $chunkSize): FireflyImporter
{
$config = [
'mode' => 'http',
'importerUrl' => 'https://example.com',
'accessToken' => 'test-secret-1234567',
'personalSecret' => 'test-pat',
'jsonConfig' => $this->jsonConfig,
'chunkSize' => $chunkSize,
];
$queue = $importResultQueue;
return new class ($config, $queue) extends FireflyImporter {
/** @var array<bool> */
private array $queue;
/** @param array<bool> $queue */
public function __construct(array $config, array $queue)
{
parent::__construct($config);
$this->queue = $queue;
}
public function import(string $csvFile): array
{
$success = array_shift($this->queue) ?? true;
if ($success) {
return [
'success' => true,
'exit_code' => 200,
'output' => ['stdout' => '', 'stderr' => ''],
'duration' => 1.0,
'csv_file' => $csvFile,
'summary' => [
'completed' => true,
'created' => 1,
'by_type' => ['withdrawal' => 1],
'duplicates' => 0,
'errors' => [],
],
];
}
return [
'success' => false,
'error' => 'Simulated failure',
'output' => ['stdout' => '', 'stderr' => ''],
'exit_code' => 500,
];
}
};
}
/**
* Writes a CSV with $dataRows data rows (each row has two columns).
*/
private function writeCsv(string $path, int $dataRows): void
{
$fp = fopen($path, 'w');
assert($fp !== false);
fputcsv($fp, ['col_a', 'col_b'], ',', '"', '\\');
for ($i = 1; $i <= $dataRows; $i++) {
fputcsv($fp, ["val_a_{$i}", "val_b_{$i}"], ',', '"', '\\');
}
fclose($fp);
}
private function stateFile(string $csvPath): string
{
return $csvPath . '.ffi-state.json';
}
// ─── Tests ───────────────────────────────────────────────────────────────
/**
* When chunkSize is 0, import() is used directly no state file should appear.
*/
public function testNoStateFileWhenChunkingNotUsed(): void
{
$csv = $this->tmpDir . '/test.csv';
$this->writeCsv($csv, 5);
$importer = $this->makeImporter([true], 0);
$result = $importer->importChunked($csv);
$this->assertTrue($result['success']);
$this->assertFileDoesNotExist($this->stateFile($csv));
}
/**
* When the file has fewer rows than chunkSize, no chunking occurs no state file.
*/
public function testNoStateFileWhenRowsBelowChunkSize(): void
{
$csv = $this->tmpDir . '/test.csv';
$this->writeCsv($csv, 3);
$importer = $this->makeImporter([true], 10);
$importer->importChunked($csv);
$this->assertFileDoesNotExist($this->stateFile($csv));
}
/**
* After chunk 1 of 3 fails, the state file must exist and record 0 completed chunks.
*/
public function testStateFileCreatedOnFirstChunkFailure(): void
{
$csv = $this->tmpDir . '/test.csv';
$this->writeCsv($csv, 9); // 3 chunks of 3
// Chunk 1 fails immediately
$importer = $this->makeImporter([false], 3);
$result = $importer->importChunked($csv);
$this->assertFalse($result['success']);
$this->assertFileExists($this->stateFile($csv));
/** @var array<string, mixed> $state */
$state = json_decode((string) file_get_contents($this->stateFile($csv)), true);
$this->assertSame([], $state['completed_chunks']);
}
/**
* After chunks 1 and 2 succeed but chunk 3 fails, the state file records [0, 1].
*/
public function testStateFileRecordsCompletedChunksOnPartialFailure(): void
{
$csv = $this->tmpDir . '/test.csv';
$this->writeCsv($csv, 9); // 3 chunks of 3
// Chunks 0, 1 succeed; chunk 2 fails
$importer = $this->makeImporter([true, true, false], 3);
$result = $importer->importChunked($csv);
$this->assertFalse($result['success']);
$this->assertFileExists($this->stateFile($csv));
/** @var array<string, mixed> $state */
$state = json_decode((string) file_get_contents($this->stateFile($csv)), true);
$this->assertSame([0, 1], $state['completed_chunks']);
$this->assertArrayHasKey('0', $state['chunk_results']);
$this->assertArrayHasKey('1', $state['chunk_results']);
}
/**
* After full success the state file is deleted automatically.
*/
public function testStateFileDeletedAfterFullSuccess(): void
{
$csv = $this->tmpDir . '/test.csv';
$this->writeCsv($csv, 6); // 2 chunks of 3
$importer = $this->makeImporter([true, true], 3);
$result = $importer->importChunked($csv);
$this->assertTrue($result['success']);
$this->assertFileDoesNotExist($this->stateFile($csv));
}
/**
* On a second run with an existing state showing [0, 1] done, only chunk 2
* (index 2) should call import() i.e., exactly one call is made.
*/
public function testResumeSkipsAlreadyCompletedChunks(): void
{
$csv = $this->tmpDir . '/test.csv';
$this->writeCsv($csv, 9); // 3 chunks of 3
// ── First run: chunks 0+1 succeed, chunk 2 fails ────────────────────
$run1 = $this->makeImporter([true, true, false], 3);
$run1->importChunked($csv);
$this->assertFileExists($this->stateFile($csv));
// ── Second run: only chunk 2 should be attempted ────────────────────
// We record how many times import() is actually called via a counting wrapper
$counter = new \stdClass();
$counter->value = 0;
$config = [
'mode' => 'http',
'importerUrl' => 'https://example.com',
'accessToken' => 'test-secret-1234567',
'personalSecret' => 'test-pat',
'jsonConfig' => $this->jsonConfig,
'chunkSize' => 3,
];
$run2 = new class ($config, $counter) extends FireflyImporter {
private \stdClass $counter;
public function __construct(array $config, \stdClass $counter)
{
parent::__construct($config);
$this->counter = $counter;
}
public function import(string $csvFile): array
{
$this->counter->value++;
return [
'success' => true,
'exit_code' => 200,
'output' => ['stdout' => '', 'stderr' => ''],
'duration' => 1.0,
'csv_file' => $csvFile,
'summary' => [
'completed' => true,
'created' => 1,
'by_type' => ['withdrawal' => 1],
'duplicates' => 0,
'errors' => [],
],
];
}
};
$result2 = $run2->importChunked($csv);
$this->assertTrue($result2['success']);
$this->assertSame(1, $counter->value, 'Only the 1 remaining chunk (index 2) should be imported');
$this->assertFileDoesNotExist($this->stateFile($csv), 'State file must be deleted after full success');
}
/**
* A state file whose total_rows does not match the current CSV is silently
* discarded and a fresh import is started.
*/
public function testStaleMismatchedStateIsIgnored(): void
{
$csv = $this->tmpDir . '/test.csv';
$this->writeCsv($csv, 9); // 3 chunks of 3
// Plant a stale state file with a wrong total_rows
$staleState = [
'csv_file' => realpath($csv) ?: $csv,
'total_rows' => 99, // wrong
'chunk_size' => 3,
'total_chunks' => 3,
'completed_chunks' => [0, 1],
'chunk_results' => [],
'created_at' => '2020-01-01T00:00:00+00:00',
'updated_at' => '2020-01-01T00:00:00+00:00',
];
file_put_contents($this->stateFile($csv), json_encode($staleState));
// All 3 chunks should be called (fresh start despite stale state)
$counter = new \stdClass();
$counter->value = 0;
$config = [
'mode' => 'http',
'importerUrl' => 'https://example.com',
'accessToken' => 'test-secret-1234567',
'personalSecret' => 'test-pat',
'jsonConfig' => $this->jsonConfig,
'chunkSize' => 3,
];
$importer = new class ($config, $counter) extends FireflyImporter {
private \stdClass $counter;
public function __construct(array $config, \stdClass $counter)
{
parent::__construct($config);
$this->counter = $counter;
}
public function import(string $csvFile): array
{
$this->counter->value++;
return [
'success' => true,
'exit_code' => 200,
'output' => ['stdout' => '', 'stderr' => ''],
'duration' => 1.0,
'csv_file' => $csvFile,
'summary' => [
'completed' => true,
'created' => 1,
'by_type' => ['withdrawal' => 1],
'duplicates' => 0,
'errors' => [],
],
];
}
};
$result = $importer->importChunked($csv);
$this->assertTrue($result['success']);
$this->assertSame(3, $counter->value, 'All 3 chunks must be imported when stale state is discarded');
}
/**
* A corrupt (non-JSON) state file is silently discarded; no exception is thrown.
*/
public function testCorruptStateFileIsIgnored(): void
{
$csv = $this->tmpDir . '/test.csv';
$this->writeCsv($csv, 6); // 2 chunks of 3
file_put_contents($this->stateFile($csv), '{this is not valid json!!!}');
$importer = $this->makeImporter([true, true], 3);
$result = $importer->importChunked($csv);
$this->assertTrue($result['success']);
}
/**
* resetImportState() deletes an existing state file.
*/
public function testResetImportStateClearsStateFile(): void
{
$csv = $this->tmpDir . '/test.csv';
$this->writeCsv($csv, 9);
// Plant a state file
file_put_contents($this->stateFile($csv), '{}');
$this->assertFileExists($this->stateFile($csv));
$importer = $this->makeImporter([], 3);
$importer->resetImportState($csv);
$this->assertFileDoesNotExist($this->stateFile($csv));
}
/**
* hasResumeState() returns false when no state file is present.
*/
public function testHasResumeStateReturnsFalseWithoutStateFile(): void
{
$csv = $this->tmpDir . '/test.csv';
$this->writeCsv($csv, 9);
$importer = $this->makeImporter([], 3);
$this->assertFalse($importer->hasResumeState($csv));
}
/**
* hasResumeState() returns true after a partial failure creates a valid state file.
*/
public function testHasResumeStateReturnsTrueAfterPartialFailure(): void
{
$csv = $this->tmpDir . '/test.csv';
$this->writeCsv($csv, 9); // 3 chunks of 3
$importer = $this->makeImporter([true, false], 3); // chunk 2 (index 1) fails
$importer->importChunked($csv);
$importer2 = $this->makeImporter([], 3);
$this->assertTrue($importer2->hasResumeState($csv));
}
}

View File

@ -1,255 +0,0 @@
<?php
namespace UbsCsvTransformer\Tests;
use PHPUnit\Framework\TestCase;
use UbsCsvTransformer\RowFilter;
class RowFilterTest extends TestCase
{
// -------------------------------------------------------------------------
// Leaf-condition operators
// -------------------------------------------------------------------------
public function testEmptyOperator(): void
{
$this->assertTrue(RowFilter::evaluate(
['column' => 'A', 'operator' => 'empty'],
['A' => '']
));
$this->assertFalse(RowFilter::evaluate(
['column' => 'A', 'operator' => 'empty'],
['A' => 'something']
));
}
public function testNotEmptyOperator(): void
{
$this->assertTrue(RowFilter::evaluate(
['column' => 'A', 'operator' => 'not-empty'],
['A' => 'value']
));
$this->assertFalse(RowFilter::evaluate(
['column' => 'A', 'operator' => 'not-empty'],
['A' => '']
));
}
public function testEqualsOperator(): void
{
$this->assertTrue(RowFilter::evaluate(
['column' => 'A', 'operator' => 'equals', 'value' => 'hello'],
['A' => 'hello']
));
$this->assertFalse(RowFilter::evaluate(
['column' => 'A', 'operator' => 'equals', 'value' => 'hello'],
['A' => 'world']
));
}
public function testNotEqualsOperator(): void
{
$this->assertTrue(RowFilter::evaluate(
['column' => 'A', 'operator' => 'not-equals', 'value' => 'hello'],
['A' => 'world']
));
$this->assertFalse(RowFilter::evaluate(
['column' => 'A', 'operator' => 'not-equals', 'value' => 'hello'],
['A' => 'hello']
));
}
public function testContainsOperator(): void
{
$this->assertTrue(RowFilter::evaluate(
['column' => 'A', 'operator' => 'contains', 'value' => 'foo'],
['A' => 'foobar']
));
$this->assertFalse(RowFilter::evaluate(
['column' => 'A', 'operator' => 'contains', 'value' => 'baz'],
['A' => 'foobar']
));
}
public function testNotContainsOperator(): void
{
$this->assertTrue(RowFilter::evaluate(
['column' => 'A', 'operator' => 'not-contains', 'value' => 'baz'],
['A' => 'foobar']
));
$this->assertFalse(RowFilter::evaluate(
['column' => 'A', 'operator' => 'not-contains', 'value' => 'foo'],
['A' => 'foobar']
));
}
public function testMatchesOperator(): void
{
$this->assertTrue(RowFilter::evaluate(
['column' => 'A', 'operator' => 'matches', 'pattern' => '^\d{4}$'],
['A' => '1234']
));
$this->assertFalse(RowFilter::evaluate(
['column' => 'A', 'operator' => 'matches', 'pattern' => '^\d{4}$'],
['A' => 'abcd']
));
}
public function testNotMatchesOperator(): void
{
$this->assertTrue(RowFilter::evaluate(
['column' => 'A', 'operator' => 'not-matches', 'pattern' => '^\d{4}$'],
['A' => 'abcd']
));
$this->assertFalse(RowFilter::evaluate(
['column' => 'A', 'operator' => 'not-matches', 'pattern' => '^\d{4}$'],
['A' => '1234']
));
}
public function testGtOperator(): void
{
$this->assertTrue(RowFilter::evaluate(
['column' => 'Amount', 'operator' => 'gt', 'value' => '100'],
['Amount' => '150.50']
));
$this->assertFalse(RowFilter::evaluate(
['column' => 'Amount', 'operator' => 'gt', 'value' => '100'],
['Amount' => '50']
));
}
public function testGteOperator(): void
{
$this->assertTrue(RowFilter::evaluate(
['column' => 'Amount', 'operator' => 'gte', 'value' => '100'],
['Amount' => '100']
));
$this->assertFalse(RowFilter::evaluate(
['column' => 'Amount', 'operator' => 'gte', 'value' => '100'],
['Amount' => '99.99']
));
}
public function testLtOperator(): void
{
$this->assertTrue(RowFilter::evaluate(
['column' => 'Amount', 'operator' => 'lt', 'value' => '100'],
['Amount' => '50']
));
$this->assertFalse(RowFilter::evaluate(
['column' => 'Amount', 'operator' => 'lt', 'value' => '100'],
['Amount' => '200']
));
}
public function testLteOperator(): void
{
$this->assertTrue(RowFilter::evaluate(
['column' => 'Amount', 'operator' => 'lte', 'value' => '100'],
['Amount' => '100']
));
$this->assertFalse(RowFilter::evaluate(
['column' => 'Amount', 'operator' => 'lte', 'value' => '100'],
['Amount' => '100.01']
));
}
// -------------------------------------------------------------------------
// Groups
// -------------------------------------------------------------------------
public function testAndGroupBothTrue(): void
{
$this->assertTrue(RowFilter::evaluate([
'and' => [
['column' => 'A', 'operator' => 'empty'],
['column' => 'B', 'operator' => 'empty'],
],
], ['A' => '', 'B' => '']));
}
public function testAndGroupOneFalse(): void
{
$this->assertFalse(RowFilter::evaluate([
'and' => [
['column' => 'A', 'operator' => 'empty'],
['column' => 'B', 'operator' => 'empty'],
],
], ['A' => '', 'B' => 'not-empty']));
}
public function testOrGroupOneTrue(): void
{
$this->assertTrue(RowFilter::evaluate([
'or' => [
['column' => 'A', 'operator' => 'equals', 'value' => 'yes'],
['column' => 'B', 'operator' => 'equals', 'value' => 'yes'],
],
], ['A' => 'no', 'B' => 'yes']));
}
public function testOrGroupBothFalse(): void
{
$this->assertFalse(RowFilter::evaluate([
'or' => [
['column' => 'A', 'operator' => 'equals', 'value' => 'yes'],
['column' => 'B', 'operator' => 'equals', 'value' => 'yes'],
],
], ['A' => 'no', 'B' => 'no']));
}
// -------------------------------------------------------------------------
// Nested groups
// -------------------------------------------------------------------------
public function testNestedAndOrGroup(): void
{
// (A is empty) AND (B equals "foo" OR C not-empty)
$node = [
'and' => [
['column' => 'A', 'operator' => 'empty'],
[
'or' => [
['column' => 'B', 'operator' => 'equals', 'value' => 'foo'],
['column' => 'C', 'operator' => 'not-empty'],
],
],
],
];
// A empty, B matches → true
$this->assertTrue(RowFilter::evaluate($node, ['A' => '', 'B' => 'foo', 'C' => '']));
// A empty, C not-empty → true
$this->assertTrue(RowFilter::evaluate($node, ['A' => '', 'B' => 'bar', 'C' => 'value']));
// A empty, but neither B nor C match → false
$this->assertFalse(RowFilter::evaluate($node, ['A' => '', 'B' => 'bar', 'C' => '']));
// A not empty → false
$this->assertFalse(RowFilter::evaluate($node, ['A' => 'x', 'B' => 'foo', 'C' => '']));
}
// -------------------------------------------------------------------------
// Unknown operator
// -------------------------------------------------------------------------
public function testUnknownOperatorThrows(): void
{
$this->expectException(\InvalidArgumentException::class);
RowFilter::evaluate(
['column' => 'A', 'operator' => 'nonexistent'],
['A' => 'value']
);
}
// -------------------------------------------------------------------------
// Missing column (treats as empty string)
// -------------------------------------------------------------------------
public function testMissingColumnTreatedAsEmpty(): void
{
$this->assertTrue(RowFilter::evaluate(
['column' => 'NonExistent', 'operator' => 'empty'],
['A' => 'something']
));
}
}

View File

@ -1,14 +1,17 @@
Belastung,Gutschrift,date,process_date,tags,opposing_iban,opposing_account,opposing_name,notes,description,account_iban,account_currency Belastung,Gutschrift,date,process_date,opposing_name,tags,description,opposing_account,notes,account_iban,account_currency
-600.00,,2022-12-30,2022-12-30,Dauerauftrag,"CH37 0026 7267 9314 35M2 P",,"David Peter Reindl","8906 Bonstetten -600.00,,2022-12-30,2022-12-30,"David Peter Reindl",Dauerauftrag,"Steuerrueckstellung
9967864LK2659211","David Peter Reindl;8906 Bonstetten; STEUERRUECKSTELLUNG; Dauerauftrag","CH18 0026 7267 9314 3540 D",CHF David Peter Reindl;8906 Bonstetten","CH37 0026 7267 9314 35M2 P","9967864LK2659211
-46.35,,2022-12-30,2022-12-31,,,,"UBS AG",9900365AP6356307,"Saldo Zinsabschluss; Periode: 2022-10-01 - 2022-12-30","CH18 0026 7267 9314 3540 D",CHF 8906 Bonstetten","CH18 0026 7267 9314 3540 D",CHF
-39.90,,2022-12-30,2022-12-30,TWINT,,,"Swisscom Grossunternehme","Muellerstrasse 16 8004 Zuerich TWINT-Acc.:+41796305690 -46.35,,2022-12-30,2022-12-31,"UBS AG",,"Periode: 2022-10-01 - 2022-12-30
9967364GK5707142","SWISSCOM GROSSUNTERNEHME; Zahlung UBS TWINT; Muellerstrasse 16 na, 8004 Zuerich TWINT-Acc.:+41796305690","CH18 0026 7267 9314 3540 D",CHF Zinsabschluss",,9900365AP6356307,"CH18 0026 7267 9314 3540 D",CHF
-8.75,,2022-12-28,2022-12-27,"Abend Debitkarte",,,"Coop Pronto Chur","18279748-0 08/24 -39.90,,2022-12-30,2022-12-30,"Swisscom Grossunternehme",TWINT,"Swisscom Grossunternehme; Zahlung UBS TWINT",,"9967364GK5707142
7007 Chur 8004 Zuerich","CH18 0026 7267 9314 3540 D",CHF
9930862BN7826808","Coop Pronto Chur;7007 Chur; Zahlung Debitkarte","CH18 0026 7267 9314 3540 D",CHF -8.75,,2022-12-28,2022-12-27,"Coop Pronto Chur",Debitkarte,"18279748-0 08/24
-1800.00,,2022-12-27,2022-12-27,e-banking,"CH63 0023 2232 5560 5988 0",,"Janine Geigele","8049 Zuerich Coop Pronto Chur;7007 Chur",,"9930862BN7826808
9967361TI3188436","Janine Geigele;Am Wasser 36; 8049 Zuerich; CH; SKIFERIEN DOLOMITEN; e-banking-Vergütungsauftrag; Wohnung Dolomiten, 2 Personen","CH18 0026 7267 9314 3540 D",CHF 7007 Chur","CH18 0026 7267 9314 3540 D",CHF
,9.00,2022-12-22,2022-12-22,TWINT,,,"Friis, Daniela Silvia",9930356GK0440989,"Friis, Daniela Silvia; Gutschrift UBS TWINT; +41796741245; TWINT-Acc.:+41796305690","CH18 0026 7267 9314 3540 D",CHF -1800.00,,2022-12-27,2022-12-27,"Janine Geigele",e-banking,"Skiferien Dolomiten
,19764.80,2022-11-25,2022-11-25,Gutschrift,,,SBB,9901820E67741531,"SBB;Corporate Treasury; Gutschrift; Lohn/Gehalt 00229537/202211","CH18 0026 7267 9314 3540 D",CHF Janine Geigele;Am Wasser 36; 8049 Zuerich; CH","CH63 0023 2232 5560 5988 0","9967361TI3188436
-14.00,,2022-08-22,2022-08-21,TWINT,,,"Friis-Loop, Daniela",9967233GK1553933,"FRIIS-LOOP, DANIELA; Belastung UBS TWINT; +41796741245; TWINT-Acc.:+41796305690","CH18 0026 7267 9314 3540 D",CHF 8049 Zuerich","CH18 0026 7267 9314 3540 D",CHF
,9.00,2022-12-22,2022-12-22,"Friis, Daniela Silvia",TWINT,"Friis, Daniela Silvia",,9930356GK0440989,"CH18 0026 7267 9314 3540 D",CHF
,19764.80,2022-11-25,2022-11-25,SBB,Gutschrift,"SBB;Corporate Treasury",,9901820E67741531,"CH18 0026 7267 9314 3540 D",CHF
-14.00,,2022-08-22,2022-08-21,"Friis-Loop, Daniela",TWINT,"Friis-Loop, Daniela; Belastung UBS TWINT",,9967233GK1553933,"CH18 0026 7267 9314 3540 D",CHF

1 Belastung Gutschrift date process_date opposing_name opposing_iban tags description opposing_account notes account_iban account_currency
2 -600.00 2022-12-30 2022-12-30 David Peter Reindl CH37 0026 7267 9314 35M2 P Dauerauftrag David Peter Reindl;8906 Bonstetten; STEUERRUECKSTELLUNG; Dauerauftrag Steuerrueckstellung David Peter Reindl;8906 Bonstetten CH37 0026 7267 9314 35M2 P 8906 Bonstetten 9967864LK2659211 9967864LK2659211 8906 Bonstetten CH18 0026 7267 9314 3540 D CHF
3 -46.35 2022-12-30 2022-12-31 UBS AG Saldo Zinsabschluss; Periode: 2022-10-01 - 2022-12-30 Periode: 2022-10-01 - 2022-12-30 Zinsabschluss 9900365AP6356307 CH18 0026 7267 9314 3540 D CHF
4 -39.90 2022-12-30 2022-12-30 Swisscom Grossunternehme TWINT SWISSCOM GROSSUNTERNEHME; Zahlung UBS TWINT; Muellerstrasse 16 na, 8004 Zuerich TWINT-Acc.:+41796305690 Swisscom Grossunternehme; Zahlung UBS TWINT Muellerstrasse 16 8004 Zuerich TWINT-Acc.:+41796305690 9967364GK5707142 9967364GK5707142 8004 Zuerich CH18 0026 7267 9314 3540 D CHF
5 -8.75 2022-12-28 2022-12-27 Coop Pronto Chur Abend Debitkarte Debitkarte Coop Pronto Chur;7007 Chur; Zahlung Debitkarte 18279748-0 08/24 Coop Pronto Chur;7007 Chur 18279748-0 08/24 7007 Chur 9930862BN7826808 9930862BN7826808 7007 Chur CH18 0026 7267 9314 3540 D CHF
6 -1800.00 2022-12-27 2022-12-27 Janine Geigele CH63 0023 2232 5560 5988 0 e-banking Janine Geigele;Am Wasser 36; 8049 Zuerich; CH; SKIFERIEN DOLOMITEN; e-banking-Vergütungsauftrag; Wohnung Dolomiten, 2 Personen Skiferien Dolomiten Janine Geigele;Am Wasser 36; 8049 Zuerich; CH CH63 0023 2232 5560 5988 0 8049 Zuerich 9967361TI3188436 9967361TI3188436 8049 Zuerich CH18 0026 7267 9314 3540 D CHF
7 9.00 2022-12-22 2022-12-22 Friis, Daniela Silvia TWINT Friis, Daniela Silvia; Gutschrift UBS TWINT; +41796741245; TWINT-Acc.:+41796305690 Friis, Daniela Silvia 9930356GK0440989 CH18 0026 7267 9314 3540 D CHF
8 19764.80 2022-11-25 2022-11-25 SBB Gutschrift SBB;Corporate Treasury; Gutschrift; Lohn/Gehalt 00229537/202211 SBB;Corporate Treasury 9901820E67741531 CH18 0026 7267 9314 3540 D CHF
9 -14.00 2022-08-22 2022-08-21 Friis-Loop, Daniela TWINT FRIIS-LOOP, DANIELA; Belastung UBS TWINT; +41796741245; TWINT-Acc.:+41796305690 Friis-Loop, Daniela; Belastung UBS TWINT 9967233GK1553933 CH18 0026 7267 9314 3540 D CHF
10
11
12
13
14
15
16
17