public function addRecord($record)
{
// Add a record to the usage structure.
if ($record instanceof UsageInstance) {
$entry = $this->getInstance($record->vmInstanceId, $record->serviceOfferingId);
if ($entry === false) {
// Create a new entry
$entry = ['startdate' => $record->startDate, 'enddate' => $record->endDate, 'resources' => ['cpunumber' => $record->cpuNumber, 'memory' => $record->memory], 'usage' => $record->usage, 'name' => $record->vm_name];
} else {
// Add usage from the record we have to the existing VM entry.
$entry['usage'] += $record->usage;
// If the start date of the record is before our VM's start date, use the
if ($record->startDate->lt($entry['startdate'])) {
$entry['startdate'] = $record->startDate;
}
// Same treatment for the end date.
if ($record->endDate->gt($entry['enddate'])) {
$entry['enddate'] = $record->endDate;
}
}
// Save the entry
$this->_instances[$record->vmInstanceId][$record->serviceOfferingId] = $entry;
} else {
if ($record instanceof UsageDisk) {
$entry = $this->getDisk($record->volumeId);
if ($entry === false) {
$diskType = DiskType::whereTags($record->tags)->first();
$entry = ['startdate' => $record->startDate, 'enddate' => $record->endDate, 'size' => $record->size, 'acs_type' => $record->type, 'usage' => $record->usage, 'instance' => $record->vmInstanceId];
if ($diskType instanceof DiskType) {
$entry['type'] = $diskType->id;
}
} else {
$entry['usage'] += $record->usage;
// If the start date of the record is before our VM's start date, use the
if ($record->startDate->lt($entry['startdate'])) {
$entry['startdate'] = $record->startDate;
}
// Same treatment for the end date.
if ($record->endDate->gt($entry['enddate'])) {
$entry['enddate'] = $record->endDate;
}
}
$this->_disks[$record->volumeId] = $entry;
}
}
}
/**
* Show the form for creating a new resource.
*
* @return Response
*/
public function create()
{
// Gather resource limits
$cpuData = SiteConfig::whereParameter('RLcpu_number')->first();
$ramData = SiteConfig::whereParameter('RLram')->first();
$diskData = DiskType::all();
$cpuLimit = $cpuData->data;
$ramLimit = [];
$disks = [];
for ($i = 1; $i <= $ramData->data; $i++) {
$ramLimit[$i * 1024] = $i;
}
foreach ($diskData as $disk) {
$disks[$disk->id] = $disk->display_text;
}
return view('admin.package.create')->with(compact('cpuLimit', 'ramLimit', 'disks'));
}
/**
* Display the specified resource.
*
* @param int $id
* @return Response
*/
public function show($id)
{
$domainId = SiteConfig::whereParameter('domainId')->first()->data;
// Find the one VM for $id. listVMs returns an array of stdObjects representing virtualMachines.
$vm = $this->acs->listVirtualMachines(['id' => $id])[0];
$disk = $this->acs->listVolumes(['virtualmachineid' => $vm->id, 'listall' => 'true', 'type' => 'ROOT'])[0];
$serviceOffering = $this->acs->listServiceOfferings(['id' => $vm->serviceofferingid])[0];
$diskType = DiskType::whereTags($serviceOffering->tags)->first();
$snapshots = $this->acs->listSnapshots(['volmueid' => $disk->id, 'account' => Auth::User()->email, 'domainid' => $domainId]);
return view('instance.show')->with(compact('vm', 'disk', 'diskType', 'snapshots'));
}
/**
* Execute the console command.
*
* @return mixed
*/
public function fire()
{
$grandfatherPricing = SiteConfig::whereParameter('grandfatherPricing')->first()->data;
$priceMethod = SiteConfig::whereParameter('priceMethod')->first()->data;
$domainId = SiteConfig::whereParameter('domainId')->first()->data;
$tcOrigin = Config::get('taxcloud.originAddress');
$this->taxCloud->setOriginAddress($tcOrigin['address1'], $tcOrigin['address2'], $tcOrigin['city'], $tcOrigin['state'], $tcOrigin['zip']);
if ($priceMethod == 'fixedRatio') {
$priceData = SiteConfig::where('parameter', 'LIKE', '%Price')->get();
foreach ($priceData as $pd) {
$this->pricing[$pd->parameter] = $pd->data;
}
} else {
if ($priceMethod == 'elementPrice') {
$priceData = ElementCost::all();
foreach ($priceData as $pd) {
$this->pricing[$pd->element]["{$pd->quantity}-{$pd->quantity_type}"] = $pd->price;
}
}
}
// Get all of the users with a bill date of today.
$users = User::billableToday()->chunk(100, function ($users) use($grandfatherPricing, $priceMethod, $domainId) {
foreach ($users as $user) {
$acsAccountData = app('Cloudstack\\CloudStackClient')->listUsers(['account' => $user->email, 'domainid' => $domainId])[0];
$invoiceID = uniqid();
$this->info("Working on user {$user->email}, account ID {$acsAccountData->accountid}");
// Get usage records data for VM, disk and general.
UsageInstance::where('accountId', '=', $acsAccountData->accountid)->chunk(100, function ($instanceUsage) {
// Go through the usage and make a nice array that we can invoice from
foreach ($instanceUsage as $record) {
$this->repo->addRecord($record);
}
});
UsageDisk::where('accountId', '=', $acsAccountData->accountid)->chunk(100, function ($diskUsage) {
foreach ($diskUsage as $record) {
$this->repo->addRecord($record);
}
});
// Begin pricing VMs and setting TIC on each record.
$usage = $this->repo->all();
print_r($usage);
$usage['subtotal'] = 0;
// Loop through the aggregated records and add pricing and tax information
foreach ($usage['instance'] as $vmid => &$instance) {
foreach ($instance as $so_id => &$so_instance) {
$pkg = Package::where('cpu_number', '=', $so_instance['resources']['cpunumber'])->where('ram', '=', $so_instance['resources']['memory'])->where('disk_size', '=', $so_instance['resources']['disk_size'])->where('disk_type', '=', $so_instance['resources']['disk_type'])->first();
if ($pkg instanceof Package) {
$so_instance['tic'] = $pkg->tic;
// Set the price
$so_instance['price'] = $pkg->price / 720 * $so_instance['usage'];
} else {
// Instance has custom parameters and should be priced by its individual elements.
if ($priceMethod == 'fixedRatio') {
$so_instance['price'] = $so_instance['resources']['cpunumber'] * ($this->pricing['corePrice'] / 720) * $so_instance['usage'];
$so_instance['price'] += $so_instance['resources']['memory'] / 1024 * ($this->pricing['ramPrice'] / 720) * $so_instance['usage'];
$storageType = DiskType::find($so_instance['resources']['disk_type']);
$diskAmount = $so_instance['resources']['disk_size'] / 1024 / 1024 / 1024;
$so_instance['price'] += $diskAmount * ($this->pricing["{$storageType->tags}Price"] / 720) * $so_instance['usage'];
} else {
if ($priceMethod == 'elementPrice') {
$so_instance['price'] = $this->pricing['CPU']["{$so_instance['resources']['cpunumber']}"] * $so_instance['usage'];
$memoryIdentifier = $so_instance['resources']['memory'] / 1024 . "-GB";
$so_instance['price'] += $this->pricing['RAM']["{$memoryIdentifier}"] * $so_instance['usage'];
$storageType = DiskType::find($so_instance['resources']['disk_type']);
$diskAmount = $so_instance['resources']['disk_size'] / 1024 / 1024 / 1024;
$so_instance['price'] += $this->pricing[$storageType->tags][$diskAmount] * $so_instance['usage'];
}
}
$so_instance['tic'] = 30070;
// !!REVISE!!
}
if ($grandfatherPricing == 'YES') {
// Check to see if we have this instance on record
$gfInstance = VmInstance::where('vm_instance_id', '=', $vmid)->where('cpu_number', '=', $so_instance['resources']['cpunumber'])->where('memory', '=', $so_instance['resources']['memory'])->where('disk_size', '=', $so_instance['resources']['disk_size'])->where('disk_type', '=', $so_instance['resources']['disk_type'])->first();
if ($gfInstance instanceof VmInstance) {
$so_instance['price'] = $gfInstance->rate;
} else {
$newVm = new VmInstance(['vm_instance_id' => $vmid, 'cpu_number' => $so_instance['resources']['cpunumber'], 'memory' => $so_instance['resources']['memory'], 'disk_size' => $so_instance['resources']['disk_size'], 'disk_type' => $so_instance['resources']['disk_type'], 'rate' => $so_instance['price']]);
$user->instances()->save($newVm);
}
}
$usage['subtotal'] += $so_instance['price'];
}
}
// Grab a collection of credit cards. We use billing address off the primary card for tax purposes.
$cards = CreditCard::where('user_id', '=', $user->id)->orderBy('primary', 'desc')->get();
$paymentGw = app('\\App\\Repositories\\Contracts\\PaymentRepositoryInterface');
$primaryCard = $paymentGw->get($cards->first()->id, $user->id);
// Compute Sales Tax
$this->taxCloud->setDestAddress($primaryCard['address'], '', $primaryCard['city'], $primaryCard['state'], strpos($primaryCard['zipcode'], '-') === FALSE ? $primaryCard['zipcode'] : substr($primaryCard['zipcode'], 0, 5), '');
$usage['tax'] = $this->taxCloud->calculateSalesTax($user->id, $invoiceID, $usage);
$usage['total'] = $usage['subtotal'] + $usage['tax'];
// Record the uniqueID.
$usage['invoiceNumber'] = $invoiceID;
// Record invoice for the total amount.
$transInvoice = new Transaction(['amount' => $usage['total'], 'note' => 'Invoice', 'invoice_number' => $invoiceID]);
$user->transactions()->save($transInvoice);
// Bill the user
foreach ($cards as $card) {
$response = $paymentGw->charge($card->payment_profile_id, $usage['total']);
if ($response == false) {
// Notify the user their card failed to charge.
// Go on to the next one.
continue;
}
// Record payment and set next bill date
$transPayment = new Transaction(['amount' => -$usage['total'], 'note' => 'Payment']);
$user->transactions()->save($transPayment);
$user->bill_date = date('Y-m-d', strtotime("+1 month"));
break;
// If its successful, proceed.
}
// Serialize the cache and save it for the user it was generated for
$invoice = new \App\Invoice(['invoice_data' => serialize($usage)]);
$user->invoices()->save($invoice);
// Reset the cache for the next user
$this->repo->clearCache();
}
});
}
