byrokrat / accounting
Analysis and generation of bookkeeping data according to Swedish standards
Installs: 1 035
Dependents: 0
Suggesters: 0
Security: 0
Stars: 11
Watchers: 3
Forks: 7
Open Issues: 0
Requires
- php: ^7.1
- byrokrat/amount: ^2
This package is auto-updated.
Last update: 2024-11-19 21:51:50 UTC
README
Accounting
Analysis and generation of bookkeeping data according to Swedish standards.
Installation
composer require byrokrat/accounting
Why?
Although it would be possible to build a general bookkeeping application on top of Accounting this was never the primary concern. The motivation for creating Accounting was to provide solutions for two scenarios:
- The need to generate bookkeeping data using templates (and possibly import to general bookkeeping).
- The need to analyze accounting data (possibly exported from general bookkeeping).
To enable import and export of bookkeeping data Accounting supports parsing and generating files in the SIE4 file format.
Usage
- Generating accounting data using templates
- Handling monetary amounts
- Writing SIE4 files
- Parsing SIE4 files
- Querying accounting data
- Writing macros
Handling monetary amounts
Accounting uses Moneyphp to hande monetary amounts. More
information on the money api can be found on their website. In these examples
we need to format amounts, wich we do using the simple DecimalMoneyFormatter
.
use Money\Formatter\DecimalMoneyFormatter; use Money\Currencies\ISOCurrencies; $moneyFormatter = new DecimalMoneyFormatter(new ISOCurrencies());
Generating accounting data using templates
First we create an accounting template. Values enclosed in curly braces {}
are placeholders for values supplied at render time.
use byrokrat\accounting\Template\TransactionTemplate; use byrokrat\accounting\Template\VerificationTemplate; $template = new VerificationTemplate( description: '{description}', transactionDate: '{date}', transactions: [ new TransactionTemplate( account: '1920', amount: '{bank_amount}' ), new TransactionTemplate( account: '{income_account}', amount: '{income_amount}' ) ] );
Create an account plan, a set of accounts.
use byrokrat\accounting\Container; use byrokrat\accounting\Dimension\Account; $accounts = new Container( new Account(id: '1920', description: 'Bank'), new Account(id: '3000', description: 'Incomes'), new Account(id: '3010', description: 'Sales'), );
And to render verifications we supply a list of translation values and the account plan.
use byrokrat\accounting\Template\TemplateRendererFactory; use byrokrat\accounting\Template\Translator; $renderer = (new TemplateRendererFactory)->createRenderer($accounts); $verifications = new Container( $renderer->render( $template, new Translator([ 'description' => 'Some donation...', 'date' => '2021-01-12', 'bank_amount' => '999', 'income_amount' => '-999', 'income_account' => '3000' ]) ), $renderer->render( $template, new Translator([ 'description' => 'Daily cash register', 'date' => '2021-01-12', 'bank_amount' => '333', 'income_amount' => '-333', 'income_account' => '3010' ]) ) );
Writing SIE4 files
use byrokrat\accounting\Sie4\Writer\Sie4iWriter; $sie = (new Sie4iWriter)->generateSie($verifications);
Parsing SIE4 files
use byrokrat\accounting\Sie4\Parser\Sie4Parser; $parser = new Sie4Parser(); $container = $parser->parse($sie); echo $container->select()->verifications()->first()->getDescription();
Querying accounting data
Listing accounts
$orderedAccounts = $verifications->select()->accounts()->orderById()->asArray();
Calculate book magnitude
echo $moneyFormatter->format( $verifications->select()->verifications()->asSummary()->getMagnitude() );
Sorting transactions into a ledger (huvudbok)
An example of how Accounting may be used to sort transactions inte a ledger (or huvudbok as it is known in swedish).
$verifications->select()->accounts()->orderById()->each(function ($account) use ($moneyFormatter) { printf( "%s %s\nIncoming balance %s\n", $account->getId(), $account->getDescription(), $moneyFormatter->format($account->getSummary()->getIncomingBalance()) ); foreach ($account->getTransactions() as $trans) { printf( "%s\t%s\t%s\n", $trans->getVerificationId(), $account->getDescription(), $moneyFormatter->format($trans->getAmount()), ); } printf( "Outgoing balance %s\n\n", $moneyFormatter->format($account->getSummary()->getOutgoingBalance()) ); });
Writing macros
Macros expose the posibility to extend the query api on the fly, without having to subclass the Query class itself. It is suitable for adding project specific order and filter methods. If we for example whant to filter on description we can define a macro for this:
use byrokrat\accounting\Query; Query::macro('filterOnDescription', function (string $desc) { return $this->filter( fn($item) => str_contains($item->getDescription(), $desc) ); });
And then use it to query accounting data:
echo $verifications->select()->filterOnDescription('donation')->first()->getDescription();
Hacking
With composer installed as composer
and
phive installed as phive
make
Or use something like
make COMPOSER_CMD=./composer.phar PHIVE_CMD=./phive.phar