Total: 22
.NET Framework
Test
2021
Project Request
ASP.NET MVC • C# • SQL Server
Idea of the project: if someone wants to order a project development, here you can send an application.
Test
2020
ProjectC
ASP.NET MVC • C# • JSON • jQuery
JSON data processing.
Test
2020
Vehicle Maintenance
ASP.NET MVC • VB.NET • JSON
Idea of the project: if someone wants to order a project development, here you can send an application.
Test
2019
Movie Navigator
ASP.NET MVC • VB.NET
Request information about movie from IMDB.
Test
2018
Customers Exchange
ASP.NET MVC • C# • SQL Server
Automated teller machine emulation.
Test
2016
ATM
ASP.NET MVC • C#
Automated teller machine emulation.
.NET Core
Pet project
2022
Mail Daemon
.NET 9 • Console • JSON
Utility to send mails with customizable settings.
Custom
Code
2024
Buns of code
.NET Framework • C# • JavaScript
Code snippets from my projects, ready to use; tiny tests; code examples.
PHP
Test
2024
Mediabox
PHP 8 • Laravel 11 • Vue.js • Composer • SQLite
Test project for media files management.
Test
2020
Loan Castle
PHP • MariaDB
Jums jāizstrādā kāda lielāk projekta prototips. Izstrādājot prototipu, paturiet prātā, ka projektam attīstoties, šo prototipu varētu vajadzēt pilnveidot.
Test
2020
Content Management
PHP • MySQL • AJAX
Создать простой сайт, где будет страница с формой для авторизации и страница для авторизованного пользователя.
Test
2019
Laravel
PHP • Laravel • Vue.js • Composer • SQLite
Izveidot aplikāciju, kura ik pēc noteikta intervāla (60 sekundes) veic ierakstu datubāzē izmantojot Laravel freimworka iebūvēto funkcionalitāti.
Test
2019
Phone Check
PHP • JavaScript • JSON • Docker
Implement application to detect country by phone number.
Frontend
Test
2021
Forex Wall
npm • React
For this exercise, what we need is a simple live wall for tracking currencies.
Business projects
Commercial
2008
Certification Center
.NET Framework 4.8 • ASP.NET Web Forms • C# • LINQ • SQL Server • ADO.NET • Dapper • JavaScript • jQuery • Git
Transport registration and certification services in Latvia, Customer Relationship Management.
Commercial
2000
Amerikas Auto
.NET Framework 4.8 • ASP.NET Web Forms • C# • LINQ • SQL Server • ADO.NET • Entity Framework • JavaScript • jQuery • Git
Car service and spare parts for all USA and European car models, Customer Relationship Management.
Pet projects
Pet project
2023
Geolocation Assistant
.NET 8 • ASP.NET Core • C# • Web API • JSON • Git
Website for determining geolocation by IP or geotagged photo.
Pet project
2008
Web Dynamics
.NET Framework 4.8 • ASP.NET Web Forms • C# • LINQ • Web API • JSON • SQL Server • Dapper • JavaScript • jQuery • SVG • Git
Software development blog. Articles, books, videos, content management.
Pet project
2000
Blackball
.NET Framework 4.8 • ASP.NET Web Forms • C# • LINQ • Web API • JSON • XML • SQL Server • Dapper • JavaScript • jQuery • SVG • Git
My entertainment portal created from scratch.
Good old times
Legacy
2000
DOS Clock
Turbo Pascal • Assembler
Digital clock.
Legacy
2000
BrainOut
Turbo Pascal • Assembler
Tank battle game.
Legacy
1999
Airport Administrator
Turbo Pascal
Курсовая работа в институте.
Legacy
1998
Atomizer
Turbo Pascal • Assembler
Atomizer, aka «Studio2D». Graphic raster editor. AGI is my own «Atomizer Generated Image» file format.
Laravel
2019 TestIzveidot aplikāciju, kura ik pēc noteikta intervāla (60 sekundes) veic ierakstu datubāzē izmantojot Laravel freimworka iebūvēto funkcionalitāti.
PHP
Laravel
Vue.js
Composer
SQLite
Source code
<?php
abstract class Swift_Transport_AbstractSmtpTest extends \SwiftMailerTestCase
{
abstract protected function getTransport($buf);
public function testStartAccepts220ServiceGreeting()
{
/* -- RFC 2821, 4.2.
Greeting = "220 " Domain [ SP text ] CRLF
-- RFC 2822, 4.3.2.
CONNECTION ESTABLISHMENT
S: 220
E: 554
*/
$buf = $this->getBuffer();
$smtp = $this->getTransport($buf);
$buf->shouldReceive('initialize')
->once();
$buf->shouldReceive('readLine')
->once()
->with(0)
->andReturn("220 some.server.tld bleh\r\n");
$this->finishBuffer($buf);
try {
$this->assertFalse($smtp->isStarted(), '%s: SMTP should begin non-started');
$smtp->start();
$this->assertTrue($smtp->isStarted(), '%s: start() should have started connection');
} catch (Exception $e) {
$this->fail('220 is a valid SMTP greeting and should be accepted');
}
}
public function testBadGreetingCausesException()
{
$buf = $this->getBuffer();
$smtp = $this->getTransport($buf);
$buf->shouldReceive('initialize')
->once();
$buf->shouldReceive('readLine')
->once()
->with(0)
->andReturn("554 I'm busy\r\n");
$this->finishBuffer($buf);
try {
$this->assertFalse($smtp->isStarted(), '%s: SMTP should begin non-started');
$smtp->start();
$this->fail('554 greeting indicates an error and should cause an exception');
} catch (Swift_TransportException $e) {
$this->assertFalse($smtp->isStarted(), '%s: start() should have failed');
}
}
public function testStartSendsHeloToInitiate()
{
/* -- RFC 2821, 3.2.
3.2 Client Initiation
Once the server has sent the welcoming message and the client has
received it, the client normally sends the EHLO command to the
server, indicating the client's identity. In addition to opening the
session, use of EHLO indicates that the client is able to process
service extensions and requests that the server provide a list of the
extensions it supports. Older SMTP systems which are unable to
support service extensions and contemporary clients which do not
require service extensions in the mail session being initiated, MAY
use HELO instead of EHLO. Servers MUST NOT return the extended
EHLO-style response to a HELO command. For a particular connection
attempt, if the server returns a "command not recognized" response to
EHLO, the client SHOULD be able to fall back and send HELO.
In the EHLO command the host sending the command identifies itself;
the command may be interpreted as saying "Hello, I am <domain>" (and,
in the case of EHLO, "and I support service extension requests").
-- RFC 2281, 4.1.1.1.
ehlo = "EHLO" SP Domain CRLF
helo = "HELO" SP Domain CRLF
-- RFC 2821, 4.3.2.
EHLO or HELO
S: 250
E: 504, 550
*/
$buf = $this->getBuffer();
$smtp = $this->getTransport($buf);
$buf->shouldReceive('initialize')
->once();
$buf->shouldReceive('readLine')
->once()
->with(0)
->andReturn("220 some.server.tld bleh\r\n");
$buf->shouldReceive('write')
->once()
->with('~^HELO example.org\r\n$~D')
->andReturn(1);
$buf->shouldReceive('readLine')
->once()
->with(1)
->andReturn('250 ServerName'."\r\n");
$this->finishBuffer($buf);
try {
$smtp->start();
} catch (Exception $e) {
$this->fail('Starting SMTP should send HELO and accept 250 response');
}
}
public function testInvalidHeloResponseCausesException()
{
$buf = $this->getBuffer();
$smtp = $this->getTransport($buf);
$buf->shouldReceive('initialize')
->once();
$buf->shouldReceive('readLine')
->once()
->with(0)
->andReturn("220 some.server.tld bleh\r\n");
$buf->shouldReceive('write')
->once()
->with('~^HELO example.org\r\n$~D')
->andReturn(1);
$buf->shouldReceive('readLine')
->once()
->with(1)
->andReturn('504 WTF'."\r\n");
$this->finishBuffer($buf);
try {
$this->assertFalse($smtp->isStarted(), '%s: SMTP should begin non-started');
$smtp->start();
$this->fail('Non 250 HELO response should raise Exception');
} catch (Swift_TransportException $e) {
$this->assertFalse($smtp->isStarted(), '%s: SMTP start() should have failed');
}
}
public function testDomainNameIsPlacedInHelo()
{
/* -- RFC 2821, 4.1.4.
The SMTP client MUST, if possible, ensure that the domain parameter
to the EHLO command is a valid principal host name (not a CNAME or MX
name) for its host. If this is not possible (e.g., when the client's
address is dynamically assigned and the client does not have an
obvious name), an address literal SHOULD be substituted for the
domain name and supplemental information provided that will assist in
identifying the client.
*/
$buf = $this->getBuffer();
$smtp = $this->getTransport($buf);
$buf->shouldReceive('initialize')
->once();
$buf->shouldReceive('readLine')
->once()
->with(0)
->andReturn("220 some.server.tld bleh\r\n");
$buf->shouldReceive('write')
->once()
->with("HELO mydomain.com\r\n")
->andReturn(1);
$buf->shouldReceive('readLine')
->once()
->with(1)
->andReturn('250 ServerName'."\r\n");
$this->finishBuffer($buf);
$smtp->setLocalDomain('mydomain.com');
$smtp->start();
}
public function testSuccessfulMailCommand()
{
/* -- RFC 2821, 3.3.
There are three steps to SMTP mail transactions. The transaction
starts with a MAIL command which gives the sender identification.
.....
The first step in the procedure is the MAIL command.
MAIL FROM:<reverse-path> [SP <mail-parameters> ] <CRLF>
-- RFC 2821, 4.1.1.2.
Syntax:
"MAIL FROM:" ("<>" / Reverse-Path)
[SP Mail-parameters] CRLF
-- RFC 2821, 4.1.2.
Reverse-path = Path
Forward-path = Path
Path = "<" [ A-d-l ":" ] Mailbox ">"
A-d-l = At-domain *( "," A-d-l )
; Note that this form, the so-called "source route",
; MUST BE accepted, SHOULD NOT be generated, and SHOULD be
; ignored.
At-domain = "@" domain
-- RFC 2821, 4.3.2.
MAIL
S: 250
E: 552, 451, 452, 550, 553, 503
*/
$buf = $this->getBuffer();
$smtp = $this->getTransport($buf);
$message = $this->createMessage();
$message->shouldReceive('getFrom')
->once()
->andReturn(['me@domain.com' => 'Me']);
$message->shouldReceive('getTo')
->once()
->andReturn(['foo@bar' => null]);
$buf->shouldReceive('initialize')
->once();
$buf->shouldReceive('write')
->once()
->with("MAIL FROM:<me@domain.com>\r\n")
->andReturn(1);
$buf->shouldReceive('readLine')
->once()
->with(1)
->andReturn("250 OK\r\n");
$this->finishBuffer($buf);
try {
$smtp->start();
$smtp->send($message);
} catch (Exception $e) {
$this->fail('MAIL FROM should accept a 250 response');
}
}
public function testInvalidResponseCodeFromMailCausesException()
{
$buf = $this->getBuffer();
$smtp = $this->getTransport($buf);
$message = $this->createMessage();
$message->shouldReceive('getFrom')
->once()
->andReturn(['me@domain.com' => 'Me']);
$message->shouldReceive('getTo')
->once()
->andReturn(['foo@bar' => null]);
$buf->shouldReceive('write')
->once()
->with("MAIL FROM:<me@domain.com>\r\n")
->andReturn(1);
$buf->shouldReceive('readLine')
->once()
->with(1)
->andReturn('553 Bad'."\r\n");
$this->finishBuffer($buf);
try {
$smtp->start();
$smtp->send($message);
$this->fail('MAIL FROM should accept a 250 response');
} catch (Swift_TransportException $e) {
}
}
public function testSenderIsPreferredOverFrom()
{
$buf = $this->getBuffer();
$smtp = $this->getTransport($buf);
$message = $this->createMessage();
$message->shouldReceive('getFrom')
->once()
->andReturn(['me@domain.com' => 'Me']);
$message->shouldReceive('getSender')
->once()
->andReturn(['another@domain.com' => 'Someone']);
$message->shouldReceive('getTo')
->once()
->andReturn(['foo@bar' => null]);
$buf->shouldReceive('write')
->once()
->with("MAIL FROM:<another@domain.com>\r\n")
->andReturn(1);
$buf->shouldReceive('readLine')
->once()
->with(1)
->andReturn('250 OK'."\r\n");
$this->finishBuffer($buf);
$smtp->start();
$smtp->send($message);
}
public function testReturnPathIsPreferredOverSender()
{
$buf = $this->getBuffer();
$smtp = $this->getTransport($buf);
$message = $this->createMessage();
$message->shouldReceive('getFrom')
->once()
->andReturn(['me@domain.com' => 'Me']);
$message->shouldReceive('getSender')
->once()
->andReturn(['another@domain.com' => 'Someone']);
$message->shouldReceive('getReturnPath')
->once()
->andReturn('more@domain.com');
$message->shouldReceive('getTo')
->once()
->andReturn(['foo@bar' => null]);
$buf->shouldReceive('write')
->once()
->with("MAIL FROM:<more@domain.com>\r\n")
->andReturn(1);
$buf->shouldReceive('readLine')
->once()
->with(1)
->andReturn('250 OK'."\r\n");
$this->finishBuffer($buf);
$smtp->start();
$smtp->send($message);
}
public function testSuccessfulRcptCommandWith250Response()
{
/* -- RFC 2821, 3.3.
The second step in the procedure is the RCPT command.
RCPT TO:<forward-path> [ SP <rcpt-parameters> ] <CRLF>
The first or only argument to this command includes a forward-path
(normally a mailbox and domain, always surrounded by "<" and ">"
brackets) identifying one recipient. If accepted, the SMTP server
returns a 250 OK reply and stores the forward-path. If the recipient
is known not to be a deliverable address, the SMTP server returns a
550 reply, typically with a string such as "no such user - " and the
mailbox name (other circumstances and reply codes are possible).
This step of the procedure can be repeated any number of times.
-- RFC 2821, 4.1.1.3.
This command is used to identify an individual recipient of the mail
data; multiple recipients are specified by multiple use of this
command. The argument field contains a forward-path and may contain
optional parameters.
The forward-path normally consists of the required destination
mailbox. Sending systems SHOULD not generate the optional list of
hosts known as a source route.
.......
"RCPT TO:" ("<Postmaster@" domain ">" / "<Postmaster>" / Forward-Path)
[SP Rcpt-parameters] CRLF
-- RFC 2821, 4.2.2.
250 Requested mail action okay, completed
251 User not local; will forward to <forward-path>
(See section 3.4)
252 Cannot VRFY user, but will accept message and attempt
delivery
-- RFC 2821, 4.3.2.
RCPT
S: 250, 251 (but see section 3.4 for discussion of 251 and 551)
E: 550, 551, 552, 553, 450, 451, 452, 503, 550
*/
//We'll treat 252 as accepted since it isn't really a failure
$buf = $this->getBuffer();
$smtp = $this->getTransport($buf);
$message = $this->createMessage();
$message->shouldReceive('getFrom')
->once()
->andReturn(['me@domain.com' => 'Me']);
$message->shouldReceive('getTo')
->once()
->andReturn(['foo@bar' => null]);
$buf->shouldReceive('write')
->once()
->with("MAIL FROM:<me@domain.com>\r\n")
->andReturn(1);
$buf->shouldReceive('readLine')
->once()
->with(1)
->andReturn('250 OK'."\r\n");
$buf->shouldReceive('write')
->once()
->with("RCPT TO:<foo@bar>\r\n")
->andReturn(2);
$buf->shouldReceive('readLine')
->once()
->with(2)
->andReturn('250 OK'."\r\n");
$this->finishBuffer($buf);
try {
$smtp->start();
$smtp->send($message);
} catch (Exception $e) {
$this->fail('RCPT TO should accept a 250 response');
}
}
public function testUtf8AddressWithIdnEncoder()
{
$buf = $this->getBuffer();
$smtp = $this->getTransport($buf);
$message = $this->createMessage();
$message->shouldReceive('getFrom')
->once()
->andReturn(['me@dömain.com' => 'Me']);
$message->shouldReceive('getTo')
->once()
->andReturn(['foo@bär' => null]);
$buf->shouldReceive('write')
->once()
->with("MAIL FROM:<me@xn--dmain-jua.com>\r\n")
->andReturn(1);
$buf->shouldReceive('write')
->once()
->with("RCPT TO:<foo@xn--br-via>\r\n")
->andReturn(1);
$buf->shouldReceive('readLine')
->once()
->with(1)
->andReturn('250 OK'."\r\n");
$this->finishBuffer($buf);
$smtp->start();
$smtp->send($message);
}
public function testUtf8AddressWithUtf8Encoder()
{
$buf = $this->getBuffer();
$smtp = $this->getTransport($buf, null, new Swift_AddressEncoder_Utf8AddressEncoder());
$message = $this->createMessage();
$message->shouldReceive('getFrom')
->once()
->andReturn(['më@dömain.com' => 'Me']);
$message->shouldReceive('getTo')
->once()
->andReturn(['föö@bär' => null]);
$buf->shouldReceive('write')
->once()
->with("MAIL FROM:<më@dömain.com>\r\n")
->andReturn(1);
$buf->shouldReceive('write')
->once()
->with("RCPT TO:<föö@bär>\r\n")
->andReturn(1);
$buf->shouldReceive('readLine')
->once()
->with(1)
->andReturn('250 OK'."\r\n");
$this->finishBuffer($buf);
$smtp->start();
$smtp->send($message);
}
public function testNonEncodableSenderCausesException()
{
$buf = $this->getBuffer();
$smtp = $this->getTransport($buf);
$message = $this->createMessage();
$message->shouldReceive('getFrom')
->once()
->andReturn(['më@domain.com' => 'Me']);
$message->shouldReceive('getTo')
->once()
->andReturn(['foo@bar' => null]);
$this->finishBuffer($buf);
try {
$smtp->start();
$smtp->send($message);
$this->fail('më@domain.com cannot be encoded (not observed)');
} catch (Swift_AddressEncoderException $e) {
$this->assertEquals('më@domain.com', $e->getAddress());
}
}
public function testMailFromCommandIsOnlySentOncePerMessage()
{
$buf = $this->getBuffer();
$smtp = $this->getTransport($buf);
$message = $this->createMessage();
$message->shouldReceive('getFrom')
->once()
->andReturn(['me@domain.com' => 'Me']);
$message->shouldReceive('getTo')
->once()
->andReturn(['foo@bar' => null]);
$buf->shouldReceive('write')
->once()
->with("MAIL FROM:<me@domain.com>\r\n")
->andReturn(1);
$buf->shouldReceive('readLine')
->once()
->with(1)
->andReturn('250 OK'."\r\n");
$buf->shouldReceive('write')
->once()
->with("RCPT TO:<foo@bar>\r\n")
->andReturn(2);
$buf->shouldReceive('readLine')
->once()
->with(2)
->andReturn('250 OK'."\r\n");
$buf->shouldReceive('write')
->never()
->with("MAIL FROM:<me@domain.com>\r\n");
$this->finishBuffer($buf);
$smtp->start();
$smtp->send($message);
}
public function testMultipleRecipientsSendsMultipleRcpt()
{
$buf = $this->getBuffer();
$smtp = $this->getTransport($buf);
$message = $this->createMessage();
$message->shouldReceive('getFrom')
->once()
->andReturn(['me@domain.com' => 'Me']);
$message->shouldReceive('getTo')
->once()
->andReturn([
'foo@bar' => null,
'zip@button' => 'Zip Button',
'test@domain' => 'Test user',
'tëst@domain' => 'Test user',
]);
$buf->shouldReceive('write')
->once()
->with("RCPT TO:<foo@bar>\r\n")
->andReturn(1);
$buf->shouldReceive('readLine')
->once()
->with(1)
->andReturn('250 OK'."\r\n");
$buf->shouldReceive('write')
->once()
->with("RCPT TO:<zip@button>\r\n")
->andReturn(2);
$buf->shouldReceive('readLine')
->once()
->with(2)
->andReturn('250 OK'."\r\n");
$buf->shouldReceive('write')
->once()
->with("RCPT TO:<test@domain>\r\n")
->andReturn(3);
$buf->shouldReceive('readLine')
->once()
->with(3)
->andReturn('250 OK'."\r\n");
$this->finishBuffer($buf);
$smtp->start();
$smtp->send($message);
}
public function testCcRecipientsSendsMultipleRcpt()
{
$buf = $this->getBuffer();
$smtp = $this->getTransport($buf);
$message = $this->createMessage();
$message->shouldReceive('getFrom')
->once()
->andReturn(['me@domain.com' => 'Me']);
$message->shouldReceive('getTo')
->once()
->andReturn(['foo@bar' => null]);
$message->shouldReceive('getCc')
->once()
->andReturn([
'zip@button' => 'Zip Button',
'test@domain' => 'Test user',
]);
$buf->shouldReceive('write')
->once()
->with("RCPT TO:<foo@bar>\r\n")
->andReturn(1);
$buf->shouldReceive('readLine')
->once()
->with(1)
->andReturn('250 OK'."\r\n");
$buf->shouldReceive('write')
->once()
->with("RCPT TO:<zip@button>\r\n")
->andReturn(2);
$buf->shouldReceive('readLine')
->once()
->with(2)
->andReturn('250 OK'."\r\n");
$buf->shouldReceive('write')
->once()
->with("RCPT TO:<test@domain>\r\n")
->andReturn(3);
$buf->shouldReceive('readLine')
->once()
->with(3)
->andReturn('250 OK'."\r\n");
$this->finishBuffer($buf);
$smtp->start();
$smtp->send($message);
}
public function testSendReturnsNumberOfSuccessfulRecipients()
{
$buf = $this->getBuffer();
$smtp = $this->getTransport($buf);
$message = $this->createMessage();
$message->shouldReceive('getFrom')
->once()
->andReturn(['me@domain.com' => 'Me']);
$message->shouldReceive('getTo')
->once()
->andReturn(['foo@bar' => null]);
$message->shouldReceive('getCc')
->once()
->andReturn([
'zip@button' => 'Zip Button',
'test@domain' => 'Test user',
]);
$buf->shouldReceive('write')
->once()
->with("RCPT TO:<foo@bar>\r\n")
->andReturn(1);
$buf->shouldReceive('readLine')
->once()
->with(1)
->andReturn('250 OK'."\r\n");
$buf->shouldReceive('write')
->once()
->with("RCPT TO:<zip@button>\r\n")
->andReturn(2);
$buf->shouldReceive('readLine')
->once()
->with(2)
->andReturn('501 Nobody here'."\r\n");
$buf->shouldReceive('write')
->once()
->with("RCPT TO:<test@domain>\r\n")
->andReturn(3);
$buf->shouldReceive('readLine')
->once()
->with(3)
->andReturn('250 OK'."\r\n");
$this->finishBuffer($buf);
$smtp->start();
$this->assertEquals(2, $smtp->send($message),
'%s: 1 of 3 recipients failed so 2 should be returned'
);
}
public function testRsetIsSentIfNoSuccessfulRecipients()
{
/* --RFC 2821, 4.1.1.5.
This command specifies that the current mail transaction will be
aborted. Any stored sender, recipients, and mail data MUST be
discarded, and all buffers and state tables cleared. The receiver
MUST send a "250 OK" reply to a RSET command with no arguments. A
reset command may be issued by the client at any time.
-- RFC 2821, 4.3.2.
RSET
S: 250
*/
$buf = $this->getBuffer();
$smtp = $this->getTransport($buf);
$message = $this->createMessage();
$message->shouldReceive('getFrom')
->once()
->andReturn(['me@domain.com' => 'Me']);
$message->shouldReceive('getTo')
->once()
->andReturn(['foo@bar' => null]);
$buf->shouldReceive('write')
->once()
->with("RCPT TO:<foo@bar>\r\n")
->andReturn(1);
$buf->shouldReceive('readLine')
->once()
->with(1)
->andReturn('503 Bad'."\r\n");
$buf->shouldReceive('write')
->once()
->with("RSET\r\n")
->andReturn(2);
$buf->shouldReceive('readLine')
->once()
->with(2)
->andReturn('250 OK'."\r\n");
$this->finishBuffer($buf);
$smtp->start();
$this->assertEquals(0, $smtp->send($message),
'%s: 1 of 1 recipients failed so 0 should be returned'
);
}
public function testSuccessfulDataCommand()
{
/* -- RFC 2821, 3.3.
The third step in the procedure is the DATA command (or some
alternative specified in a service extension).
DATA <CRLF>
If accepted, the SMTP server returns a 354 Intermediate reply and
considers all succeeding lines up to but not including the end of
mail data indicator to be the message text.
-- RFC 2821, 4.1.1.4.
The receiver normally sends a 354 response to DATA, and then treats
the lines (strings ending in <CRLF> sequences, as described in
section 2.3.7) following the command as mail data from the sender.
This command causes the mail data to be appended to the mail data
buffer. The mail data may contain any of the 128 ASCII character
codes, although experience has indicated that use of control
characters other than SP, HT, CR, and LF may cause problems and
SHOULD be avoided when possible.
-- RFC 2821, 4.3.2.
DATA
I: 354 -> data -> S: 250
E: 552, 554, 451, 452
E: 451, 554, 503
*/
$buf = $this->getBuffer();
$smtp = $this->getTransport($buf);
$message = $this->createMessage();
$message->shouldReceive('getFrom')
->once()
->andReturn(['me@domain.com' => 'Me']);
$message->shouldReceive('getTo')
->once()
->andReturn(['foo@bar' => null]);
$buf->shouldReceive('write')
->once()
->with("DATA\r\n")
->andReturn(1);
$buf->shouldReceive('readLine')
->once()
->with(1)
->andReturn('354 Go ahead'."\r\n");
$this->finishBuffer($buf);
try {
$smtp->start();
$smtp->send($message);
} catch (Exception $e) {
$this->fail('354 is the expected response to DATA');
}
}
public function testBadDataResponseCausesException()
{
$buf = $this->getBuffer();
$smtp = $this->getTransport($buf);
$message = $this->createMessage();
$message->shouldReceive('getFrom')
->once()
->andReturn(['me@domain.com' => 'Me']);
$message->shouldReceive('getTo')
->once()
->andReturn(['foo@bar' => null]);
$buf->shouldReceive('write')
->once()
->with("DATA\r\n")
->andReturn(1);
$buf->shouldReceive('readLine')
->once()
->with(1)
->andReturn('451 Bad'."\r\n");
$this->finishBuffer($buf);
try {
$smtp->start();
$smtp->send($message);
$this->fail('354 is the expected response to DATA (not observed)');
} catch (Swift_TransportException $e) {
}
}
public function testMessageIsStreamedToBufferForData()
{
$buf = $this->getBuffer();
$smtp = $this->getTransport($buf);
$message = $this->createMessage();
$message->shouldReceive('getFrom')
->once()
->andReturn(['me@domain.com' => 'Me']);
$message->shouldReceive('getTo')
->once()
->andReturn(['foo@bar' => null]);
$buf->shouldReceive('write')
->once()
->with("DATA\r\n")
->andReturn(1);
$buf->shouldReceive('readLine')
->once()
->with(1)
->andReturn('354 OK'."\r\n");
$buf->shouldReceive('write')
->once()
->with("\r\n.\r\n")
->andReturn(2);
$buf->shouldReceive('readLine')
->once()
->with(2)
->andReturn('250 OK'."\r\n");
$this->finishBuffer($buf);
$smtp->start();
$smtp->send($message);
}
public function testBadResponseAfterDataTransmissionCausesException()
{
$buf = $this->getBuffer();
$smtp = $this->getTransport($buf);
$message = $this->createMessage();
$message->shouldReceive('getFrom')
->once()
->andReturn(['me@domain.com' => 'Me']);
$message->shouldReceive('getTo')
->once()
->andReturn(['foo@bar' => null]);
$buf->shouldReceive('write')
->once()
->with("DATA\r\n")
->andReturn(1);
$buf->shouldReceive('readLine')
->once()
->with(1)
->andReturn('354 OK'."\r\n");
$buf->shouldReceive('write')
->once()
->with("\r\n.\r\n")
->andReturn(2);
$buf->shouldReceive('readLine')
->once()
->with(2)
->andReturn('554 Error'."\r\n");
$this->finishBuffer($buf);
try {
$smtp->start();
$smtp->send($message);
$this->fail('250 is the expected response after a DATA transmission (not observed)');
} catch (Swift_TransportException $e) {
}
}
public function testBccRecipientsAreRemovedFromHeaders()
{
/* -- RFC 2821, 7.2.
Addresses that do not appear in the message headers may appear in the
RCPT commands to an SMTP server for a number of reasons. The two
most common involve the use of a mailing address as a "list exploder"
(a single address that resolves into multiple addresses) and the
appearance of "blind copies". Especially when more than one RCPT
command is present, and in order to avoid defeating some of the
purpose of these mechanisms, SMTP clients and servers SHOULD NOT copy
the full set of RCPT command arguments into the headers, either as
part of trace headers or as informational or private-extension
headers. Since this rule is often violated in practice, and cannot
be enforced, sending SMTP systems that are aware of "bcc" use MAY
find it helpful to send each blind copy as a separate message
transaction containing only a single RCPT command.
*/
$buf = $this->getBuffer();
$smtp = $this->getTransport($buf);
$message = $this->createMessage();
$message->shouldReceive('getFrom')
->zeroOrMoreTimes()
->andReturn(['me@domain.com' => 'Me']);
$message->shouldReceive('getTo')
->zeroOrMoreTimes()
->andReturn(['foo@bar' => null]);
$message->shouldReceive('getBcc')
->zeroOrMoreTimes()
->andReturn([
'zip@button' => 'Zip Button',
'test@domain' => 'Test user',
]);
$message->shouldReceive('setBcc')
->once()
->with([]);
$message->shouldReceive('setBcc')
->zeroOrMoreTimes();
$this->finishBuffer($buf);
$smtp->start();
$smtp->send($message);
}
public function testEachBccRecipientIsSentASeparateMessage()
{
$buf = $this->getBuffer();
$smtp = $this->getTransport($buf);
$message = $this->createMessage();
$message->shouldReceive('getFrom')
->zeroOrMoreTimes()
->andReturn(['me@domain.com' => 'Me']);
$message->shouldReceive('getTo')
->zeroOrMoreTimes()
->andReturn(['foo@bar' => null]);
$message->shouldReceive('getBcc')
->zeroOrMoreTimes()
->andReturn([
'zip@button' => 'Zip Button',
'test@domain' => 'Test user',
]);
$message->shouldReceive('setBcc')
->atLeast()->once()
->with([]);
$message->shouldReceive('setBcc')
->once()
->with(['zip@button' => 'Zip Button']);
$message->shouldReceive('setBcc')
->once()
->with(['test@domain' => 'Test user']);
$message->shouldReceive('setBcc')
->atLeast()->once()
->with([
'zip@button' => 'Zip Button',
'test@domain' => 'Test user',
]);
$buf->shouldReceive('write')->once()->with("MAIL FROM:<me@domain.com>\r\n")->andReturn(1);
$buf->shouldReceive('readLine')->once()->with(1)->andReturn("250 OK\r\n");
$buf->shouldReceive('write')->once()->with("RCPT TO:<foo@bar>\r\n")->andReturn(2);
$buf->shouldReceive('readLine')->once()->with(2)->andReturn("250 OK\r\n");
$buf->shouldReceive('write')->once()->with("DATA\r\n")->andReturn(3);
$buf->shouldReceive('readLine')->once()->with(3)->andReturn("354 OK\r\n");
$buf->shouldReceive('write')->once()->with("\r\n.\r\n")->andReturn(4);
$buf->shouldReceive('readLine')->once()->with(4)->andReturn("250 OK\r\n");
$buf->shouldReceive('write')->once()->with("MAIL FROM:<me@domain.com>\r\n")->andReturn(5);
$buf->shouldReceive('readLine')->once()->with(5)->andReturn("250 OK\r\n");
$buf->shouldReceive('write')->once()->with("RCPT TO:<zip@button>\r\n")->andReturn(6);
$buf->shouldReceive('readLine')->once()->with(6)->andReturn("250 OK\r\n");
$buf->shouldReceive('write')->once()->with("DATA\r\n")->andReturn(7);
$buf->shouldReceive('readLine')->once()->with(7)->andReturn("354 OK\r\n");
$buf->shouldReceive('write')->once()->with("\r\n.\r\n")->andReturn(8);
$buf->shouldReceive('readLine')->once()->with(8)->andReturn("250 OK\r\n");
$buf->shouldReceive('write')->once()->with("MAIL FROM:<me@domain.com>\r\n")->andReturn(9);
$buf->shouldReceive('readLine')->once()->with(9)->andReturn("250 OK\r\n");
$buf->shouldReceive('write')->once()->with("RCPT TO:<test@domain>\r\n")->andReturn(10);
$buf->shouldReceive('readLine')->once()->with(10)->andReturn("250 OK\r\n");
$buf->shouldReceive('write')->once()->with("DATA\r\n")->andReturn(11);
$buf->shouldReceive('readLine')->once()->with(11)->andReturn("354 OK\r\n");
$buf->shouldReceive('write')->once()->with("\r\n.\r\n")->andReturn(12);
$buf->shouldReceive('readLine')->once()->with(12)->andReturn("250 OK\r\n");
$this->finishBuffer($buf);
$smtp->start();
$this->assertEquals(3, $smtp->send($message));
}
public function testMessageStateIsRestoredOnFailure()
{
$buf = $this->getBuffer();
$smtp = $this->getTransport($buf);
$message = $this->createMessage();
$message->shouldReceive('getFrom')
->zeroOrMoreTimes()
->andReturn(['me@domain.com' => 'Me']);
$message->shouldReceive('getTo')
->zeroOrMoreTimes()
->andReturn(['foo@bar' => null]);
$message->shouldReceive('getBcc')
->zeroOrMoreTimes()
->andReturn([
'zip@button' => 'Zip Button',
'test@domain' => 'Test user',
]);
$message->shouldReceive('setBcc')
->once()
->with([]);
$message->shouldReceive('setBcc')
->once()
->with([
'zip@button' => 'Zip Button',
'test@domain' => 'Test user',
]);
$buf->shouldReceive('write')
->once()
->with("MAIL FROM:<me@domain.com>\r\n")
->andReturn(1);
$buf->shouldReceive('readLine')
->once()
->with(1)
->andReturn("250 OK\r\n");
$buf->shouldReceive('write')
->once()
->with("RCPT TO:<foo@bar>\r\n")
->andReturn(2);
$buf->shouldReceive('readLine')
->once()
->with(2)
->andReturn("250 OK\r\n");
$buf->shouldReceive('write')
->once()
->with("DATA\r\n")
->andReturn(3);
$buf->shouldReceive('readLine')
->once()
->with(3)
->andReturn("451 No\r\n");
$this->finishBuffer($buf);
$smtp->start();
try {
$smtp->send($message);
$this->fail('A bad response was given so exception is expected');
} catch (Swift_TransportException $e) {
}
}
public function testStopSendsQuitCommand()
{
/* -- RFC 2821, 4.1.1.10.
This command specifies that the receiver MUST send an OK reply, and
then close the transmission channel.
The receiver MUST NOT intentionally close the transmission channel
until it receives and replies to a QUIT command (even if there was an
error). The sender MUST NOT intentionally close the transmission
channel until it sends a QUIT command and SHOULD wait until it
receives the reply (even if there was an error response to a previous
command). If the connection is closed prematurely due to violations
of the above or system or network failure, the server MUST cancel any
pending transaction, but not undo any previously completed
transaction, and generally MUST act as if the command or transaction
in progress had received a temporary error (i.e., a 4yz response).
The QUIT command may be issued at any time.
Syntax:
"QUIT" CRLF
*/
$buf = $this->getBuffer();
$smtp = $this->getTransport($buf);
$message = $this->createMessage();
$buf->shouldReceive('initialize')
->once();
$buf->shouldReceive('write')
->once()
->with("QUIT\r\n")
->andReturn(1);
$buf->shouldReceive('readLine')
->once()
->with(1)
->andReturn("221 Bye\r\n");
$buf->shouldReceive('terminate')
->once();
$this->finishBuffer($buf);
$this->assertFalse($smtp->isStarted());
$smtp->start();
$this->assertTrue($smtp->isStarted());
$smtp->stop();
$this->assertFalse($smtp->isStarted());
}
public function testBufferCanBeFetched()
{
$buf = $this->getBuffer();
$smtp = $this->getTransport($buf);
$ref = $smtp->getBuffer();
$this->assertEquals($buf, $ref);
}
public function testBufferCanBeWrittenToUsingExecuteCommand()
{
$buf = $this->getBuffer();
$smtp = $this->getTransport($buf);
$message = $this->createMessage();
$buf->shouldReceive('write')
->zeroOrMoreTimes()
->with("FOO\r\n")
->andReturn(1);
$buf->shouldReceive('readLine')
->zeroOrMoreTimes()
->with(1)
->andReturn("250 OK\r\n");
$res = $smtp->executeCommand("FOO\r\n");
$this->assertEquals("250 OK\r\n", $res);
}
public function testResponseCodesAreValidated()
{
$buf = $this->getBuffer();
$smtp = $this->getTransport($buf);
$message = $this->createMessage();
$buf->shouldReceive('write')
->zeroOrMoreTimes()
->with("FOO\r\n")
->andReturn(1);
$buf->shouldReceive('readLine')
->zeroOrMoreTimes()
->with(1)
->andReturn("551 Not ok\r\n");
try {
$smtp->executeCommand("FOO\r\n", [250, 251]);
$this->fail('A 250 or 251 response was needed but 551 was returned.');
} catch (Swift_TransportException $e) {
}
}
public function testFailedRecipientsCanBeCollectedByReference()
{
$buf = $this->getBuffer();
$smtp = $this->getTransport($buf);
$message = $this->createMessage();
$message->shouldReceive('getFrom')
->zeroOrMoreTimes()
->andReturn(['me@domain.com' => 'Me']);
$message->shouldReceive('getTo')
->zeroOrMoreTimes()
->andReturn(['foo@bar' => null]);
$message->shouldReceive('getBcc')
->zeroOrMoreTimes()
->andReturn([
'zip@button' => 'Zip Button',
'test@domain' => 'Test user',
]);
$message->shouldReceive('setBcc')
->atLeast()->once()
->with([]);
$message->shouldReceive('setBcc')
->once()
->with(['zip@button' => 'Zip Button']);
$message->shouldReceive('setBcc')
->once()
->with(['test@domain' => 'Test user']);
$message->shouldReceive('setBcc')
->atLeast()->once()
->with([
'zip@button' => 'Zip Button',
'test@domain' => 'Test user',
]);
$buf->shouldReceive('write')->once()->with("MAIL FROM:<me@domain.com>\r\n")->andReturn(1);
$buf->shouldReceive('readLine')->once()->with(1)->andReturn("250 OK\r\n");
$buf->shouldReceive('write')->once()->with("RCPT TO:<foo@bar>\r\n")->andReturn(2);
$buf->shouldReceive('readLine')->once()->with(2)->andReturn("250 OK\r\n");
$buf->shouldReceive('write')->once()->with("DATA\r\n")->andReturn(3);
$buf->shouldReceive('readLine')->once()->with(3)->andReturn("354 OK\r\n");
$buf->shouldReceive('write')->once()->with("\r\n.\r\n")->andReturn(4);
$buf->shouldReceive('readLine')->once()->with(4)->andReturn("250 OK\r\n");
$buf->shouldReceive('write')->once()->with("MAIL FROM:<me@domain.com>\r\n")->andReturn(5);
$buf->shouldReceive('readLine')->once()->with(5)->andReturn("250 OK\r\n");
$buf->shouldReceive('write')->once()->with("RCPT TO:<zip@button>\r\n")->andReturn(6);
$buf->shouldReceive('readLine')->once()->with(6)->andReturn("500 Bad\r\n");
$buf->shouldReceive('write')->once()->with("RSET\r\n")->andReturn(7);
$buf->shouldReceive('readLine')->once()->with(7)->andReturn("250 OK\r\n");
$buf->shouldReceive('write')->once()->with("MAIL FROM:<me@domain.com>\r\n")->andReturn(9);
$buf->shouldReceive('readLine')->once()->with(9)->andReturn("250 OK\r\n");
$buf->shouldReceive('write')->once()->with("RCPT TO:<test@domain>\r\n")->andReturn(10);
$buf->shouldReceive('readLine')->once()->with(10)->andReturn("500 Bad\r\n");
$buf->shouldReceive('write')->once()->with("RSET\r\n")->andReturn(11);
$buf->shouldReceive('readLine')->once()->with(11)->andReturn("250 OK\r\n");
$this->finishBuffer($buf);
$smtp->start();
$this->assertEquals(1, $smtp->send($message, $failures));
$this->assertEquals(['zip@button', 'test@domain'], $failures,
'%s: Failures should be caught in an array'
);
}
public function testSendingRegeneratesMessageId()
{
$buf = $this->getBuffer();
$smtp = $this->getTransport($buf);
$message = $this->createMessage();
$message->shouldReceive('getFrom')
->zeroOrMoreTimes()
->andReturn(['me@domain.com' => 'Me']);
$message->shouldReceive('getTo')
->zeroOrMoreTimes()
->andReturn(['foo@bar' => null]);
$message->shouldReceive('generateId')
->once();
$this->finishBuffer($buf);
$smtp->start();
$smtp->send($message);
}
public function testPing()
{
$buf = $this->getBuffer();
$smtp = $this->getTransport($buf);
$buf->shouldReceive('initialize')
->once();
$buf->shouldReceive('readLine')
->once()
->with(0)
->andReturn("220 some.server.tld bleh\r\n");
$buf->shouldReceive('write')
->once()
->with('~^NOOP\r\n$~D')
->andReturn(1);
$buf->shouldReceive('readLine')
->once()
->with(1)
->andReturn('250 OK'."\r\n");
$this->finishBuffer($buf);
$this->assertTrue($smtp->ping());
}
public function testPingOnDeadConnection()
{
$buf = $this->getBuffer();
$smtp = $this->getTransport($buf);
$buf->shouldReceive('initialize')
->once();
$buf->shouldReceive('readLine')
->once()
->with(0)
->andReturn("220 some.server.tld bleh\r\n");
$buf->shouldReceive('write')
->once()
->with('~^NOOP\r\n$~D')
->andThrow('Swift_TransportException');
$this->finishBuffer($buf);
$smtp->start();
$this->assertTrue($smtp->isStarted());
$this->assertFalse($smtp->ping());
$this->assertFalse($smtp->isStarted());
}
public function testSetLocalDomain()
{
$buf = $this->getBuffer();
$smtp = $this->getTransport($buf);
$smtp->setLocalDomain('example.com');
$this->assertEquals('example.com', $smtp->getLocalDomain());
$smtp->setLocalDomain('192.168.0.1');
$this->assertEquals('[192.168.0.1]', $smtp->getLocalDomain());
$smtp->setLocalDomain('[192.168.0.1]');
$this->assertEquals('[192.168.0.1]', $smtp->getLocalDomain());
$smtp->setLocalDomain('fd00::');
$this->assertEquals('[IPv6:fd00::]', $smtp->getLocalDomain());
$smtp->setLocalDomain('[IPv6:fd00::]');
$this->assertEquals('[IPv6:fd00::]', $smtp->getLocalDomain());
}
protected function getBuffer()
{
return $this->getMockery('Swift_Transport_IoBuffer')->shouldIgnoreMissing();
}
protected function createMessage()
{
return $this->getMockery('Swift_Mime_SimpleMessage')->shouldIgnoreMissing();
}
protected function finishBuffer($buf)
{
$buf->shouldReceive('readLine')
->zeroOrMoreTimes()
->with(0)
->andReturn('220 server.com foo'."\r\n");
$buf->shouldReceive('write')
->zeroOrMoreTimes()
->with('~^(EH|HE)LO .*?\r\n$~D')
->andReturn($x = uniqid('', true));
$buf->shouldReceive('readLine')
->zeroOrMoreTimes()
->with($x)
->andReturn('250 ServerName'."\r\n");
$buf->shouldReceive('write')
->zeroOrMoreTimes()
->with('~^MAIL FROM:<.*?>\r\n$~D')
->andReturn($x = uniqid('', true));
$buf->shouldReceive('readLine')
->zeroOrMoreTimes()
->with($x)
->andReturn("250 OK\r\n");
$buf->shouldReceive('write')
->zeroOrMoreTimes()
->with('~^RCPT TO:<.*?>\r\n$~D')
->andReturn($x = uniqid('', true));
$buf->shouldReceive('readLine')
->zeroOrMoreTimes()
->with($x)
->andReturn("250 OK\r\n");
$buf->shouldReceive('write')
->zeroOrMoreTimes()
->with("DATA\r\n")
->andReturn($x = uniqid('', true));
$buf->shouldReceive('readLine')
->zeroOrMoreTimes()
->with($x)
->andReturn("354 OK\r\n");
$buf->shouldReceive('write')
->zeroOrMoreTimes()
->with("\r\n.\r\n")
->andReturn($x = uniqid('', true));
$buf->shouldReceive('readLine')
->zeroOrMoreTimes()
->with($x)
->andReturn("250 OK\r\n");
$buf->shouldReceive('write')
->zeroOrMoreTimes()
->with("RSET\r\n")
->andReturn($x = uniqid('', true));
$buf->shouldReceive('readLine')
->zeroOrMoreTimes()
->with($x)
->andReturn("250 OK\r\n");
$buf->shouldReceive('write')
->zeroOrMoreTimes()
->andReturn(false);
$buf->shouldReceive('readLine')
->zeroOrMoreTimes()
->andReturn(false);
}
}