Back in February the fifteenth SUSE Hack Week took place. As always this was a week of free hacking, to learn, to innovate, to collaborate, and to have a lot of fun. I didn't have the full time, so I worked on a couple of small things and a few projects I maintain. I did want to summarize that, so here you go.

The first project remained unfinished. I wanted to fill out Tim Urban's Life Calendar (you might have seen that on his excellent blog "Wait But Why"), but realized that it's not trivial to map dates to weeks in your life. So I wrote a small tool to calculate that, stopped after I had a failing test and had a rough feeling for how to put the dots on the life calendar.

The second project was something I always wanted to do, implement Conway's Game of Life. I had once started an implementation in 68000 assembler on the Amiga many years ago, but never finished it. Technology has advanced, so I decided to do at as ASCII pixel art. Who needs high resolution? The result turned out to be a bit more generic, as a command line tool to manipulate pixel matrices stored in text files, the Pixelist. While I was at it, I also implemented Langton's Ant and a simulation of diffusion limited aggregation.

GivenFilesystem is a Ruby gem I maintain for writing unit tests dealing with files on disk. It's quite convenient, if you test code, which writes files on disk and you want to have a well-defined environment without side effects for testing this code. There were some open pull requests. I reviewed and merged them and released given_filesystem 0.2.0.

I already wrote about Inqlude, where I used Hack Week to finally publish the new Inqlude web site, which is based on the work Nanduni did during last year's Google Summer of Code. It's a great improvement. I also did some cleanup work, including reviewing the open issues. So we have a nice roadmap now. There is some interesting work to do. People who want to help with that are always welcome.

Trollolo is another side project I work on from time to time. We use it for supporting our Scrum work flows at SUSE in Trello, such as generating burndown charts. I didn't get around to write code, but I consolidated some of the ideas floating around and put them into issues. This also is a nice opportunity, if you want to have some fun with writing a bit of Ruby code for a small project. Issues are up for takers.

Finally I worked a bit on the next iteration of my attempt to make git support multiple authors. This would make life with git in a pair programming situation much nicer. Based on the feedback I got on my first iteration and at the Git Merge conference, I started to work on a version which puts the data into the trailers of the commit messages. This is less intrusive and with a bit of tooling it achieves similar results as the version which worked directly on the commit headers. I have something working, but it needs a rework of the trailer handling code. I'll continue to work on that when I find some more time to do that.

Last week I came across pam_python, a PAM module that lets you write PAM modules in Python. It seems interesting to play in this direction, but I had to install it manually. It seems that there was no official packages for openSUSE until now…

Yesterday I built version 1.0.6 for Tumbleweed. Please test it. It’s in our security repo. Feel free to send submit requests.

After installing it we will get /lib64/security/pam_python.so PAM modul. It’s just an interface between PAM and your own plugin (that you have to implement). To test it, you will need to add PATH of your plugin to the /etc/pam.d/login file (in case of getty-access test, for example), like described here.

This code can be used as an example. It will close access for all getty.

> cat /lib64/security/access.py

def pam_sm_authenticate(pamh, flags, argv):
  if str(pamh.service) == "login":
    return pamh.PAM_AUTH_ERR

You will also need to add this line to the /etc/pam.d/login file:

auth required pam_python.so access.py

This is just an example with login service or getty. Pam-python supports also, for example, ssh- and kdm-services. It supports many other interesting things. For more info look at documentation page.

Intro

Oke, ditulisan ini saya bukan mau pamer punya MacBook baru atau gimana, saya cuma mau berbagi pengalaman saja lewat tulisan gimana saya memasang openSUSE Leap pada MacBook saya, jadi saya akan menceritakan sedikit kronologis dahulu kenapa saya memutuskan buat memasang openSUSE Leap di MacBook.

Jadi, sebenarnya sehari-hari saya menggunakan openSUSE Leap 42.2 yang terpasang di laptop ASUS saya, baik untuk bekerja maupun ngoprek, gak tau ngapa pokoknya saya udah melekat sama si openSUSE ini.

Sampai akhirnya, pak boss vavai, atasan saya menawarkan kepada setiap tim untuk menggunakan MacBook air ini untuk keseharian bekerja supaya lebih fleksibel dan lebih enak. Pokoknya sampai saya memutuskan, buat beli si MBA ini, tulisan lengkapnya bisa dibaca disini. Sebuah Jurnal Tentang MacBook Air.

Di salah satu tulisan tersebut ada rencana saya untuk memasang openSUSE pada laptop, hanya saja belum kesampean karena waktunya kurang fleksibel buat dipasang.

Sayapun galau, kurang betah pakai mac (walaupun sekarang sering dipakai), salah satu alasannya karena libre officenya ndak responsif (lemot sekali) dan entah kenapa saya gak bisa lepas dari si openSUSE ini. Karena kangen, dan sudah dikomporin juga di grup Telegram openSUSE Translator supaya cepet pasang openSUSE nya di si Mac. Akhirnya saya memutuskan untuk memasang openSUSE Leap 42.2 dan dual boot dengan si MacOS dan it’s running well. Manchayyyy!

Mau tutorialnya? Monggo disimak.

Persiapan

Pada saat memasang si Leap ini, saya sempat menemukan beberapa kendala. Supaya hal serupa tidak terjadi sama temen-temen yang ingin memasang leap pada MBA nya, ini saya buat beberapa persiapan supaya lebih lancar instalasinya walaupun tidak menutup kemungkinan error bisa datang kapan saja :-). Sebelum instalasi saya sarankan membaca satu persatu dari tahapan, kecuali anda males baca.

Kopi 

Begini, saya menyarankan minum kopi ini supaya gak ngantuk pada saat instalasi, kebetulan waktu saya instalasi mulainya malem dan khawatir kalo ngantuk salah format partisi, bisa-bisa partisi mac kehajar, ya terpaksa si mac nya kudu dipasang ulang kalau mau make. Pertimbangannya sih kesitu

Keberanian

Saya pikir, memasang sistem operasi selain mac di MacBook ini butuh keberanian. Mungkin kebanyakan orang berfikir, saya sudah beli Mac mahal-mahal kenapa masih pakai yang lain. Lha, salah!.

Toh kalo kita yang punya mah, sah-sah saja kalau mau diapa-apakan, gak usah takut gakbisa ataupun error. Kalaupun ada error atau apa (jangan sampe), ya itu pelajaran buat sampean, hitung-hitung bisa sekalian belajar nemu hal baru. Intinya jangan pernah takut untuk mencoba suatu hal yang baru.

Backup, Backup, Backup!

Kalo di agama ada sosok yang diagungkan berkali-kali. Ibumu, ibumu, ibumu, baru ayahmu. Kalau di IT ada juga,. Backup, backup, backup. baru eksekusi (apasih ini). Ya, tujuan dari backup ini sebenernya supaya memperkecil kemungkinan anda nyesel. Kalau suatu saat terjadi hal yang tidak diingikan pada mac anda (amit-amit jangan sampe) setidaknya anda punya data cadangan yang untuk merestore kembali. Daripada daripada, mendingan mendingan.

Update MacOS

Update MacOS ini sebenarnya sifatnya kosmetik, jadi boleh iya boleh enggak, tapi disarankan kalau ada update terbaru sebaiknya diupdate. Kalau mau update silakan buka Launcpad | kemudian App Store. Disitu tinggal sampeyan update.

Penyimpanan Paket Offline

Saya sarankan anda menyiapkan sebuah media penyimpanan seperti USB / HDD External untuk menyimpan paket offline untuk kebutuhan setelah instalasi dilakukan, kebetulan si MacBook Air ini setelah instalasi, wirelessnya tidak terdeteksi. Jadi sebaiknya dipersiapankan sebaik mungkin. Paket offline yang akan dipersiapkan nanti itu seperti rEFInd untuk pemilihan boot pada startup dan Driver wireless untuk si MacBook air.

Download Driver Wireless

Jadi, seperti yang sebelum saya bilang, si driver wireless MBA ini nantinya ndak bakal terdeteksi di openSUSE, jadi anda ndak bisa melakukan update repo, update paket, ataupun instal paket ke repo online. Tapi, kalau driver anda langsung terdeteksi ya berarti itu keberuntungan anda. Seenggaknya sudah mempersiapkan :-). Download semua paket yang ada pada link berikut :

http://download.opensuse.org/repositories/home:/cornertwist:/stockKernel/openSUSE_Leap_42.2/x86_64/

Ingat, download semuanya! disitu ada 3 paket semestinya.

Download rEFInd

rEFInd ini suatu aplikasi yang mempermudah supaya grub MacOS anda bisa terdeteksi pada saat startup, aplikasi ini nanti akan dipasang pada openSUSE setelah instalasi selesai, banyak format yang ditawarkan si rEFInd ini, karena si openSUSE menggunakan format RPM, jadi dowload saja binary RPM nya pada link berikut :

http://www.rodsbooks.com/refind/getting.html

Resize Hardisk

Nah ini tahap yang harus diperhatikan, karena si mac mengambil penuh partisi hardisk yang ada, anda harus merelakan sebagian space hardisk untuk openSUSE (yaiyalah, pasti. kalo gak mau instal dimana).  Di MacOS Sierra anda dapat dengan mudah melakukan resize hardisk via GUI.

Buka Launchpad | Disk Utility,

Pilih APPLE SSD bla bla bla.. | trus dibagian tengah pilih menu Partition. nah itu tinggal di resize dah enaknya sabaraha giga. Kalau saya karena HDD cuma 120 GB. Jadi untuk si openSUSE saya berikan partisi 25 GB. Tapi dideteksinya sama si openSUSE cuma 22 GB an 

Mudah kan, sudah siap ke tahap selanjutnya? Mari..

Installer openSUSE

Saya gak tahu bahasa indonesia nya installer, jadi kudu pakai bahasa inggris. Tapi, itu gak penting, yang penting anda siapkan sebuah installer openSUSE Leap 42.2 anda. Pastikan ISO openSUSE sudah diburning menjadi installer pada sebuah USB atau DVD.

Kalau menggunakan USB bisa membuat installer menggunakan DD di Mac. Jalakan perintah beriku sebagai user root di Mac :

dd if=/Users/dhenandi/Downloads/openSUSE-Leap-42.2-DVD-x86_64.iso of=/dev/disk2

Saya sarankan siapkan kedua media tersebut. Karena sewaktu instalasi menggunakan USB saya menemukan kendala pada saat pemilihan partisi. Terpaksa saya harus menggunakan DVD sebagai media instalasi.

Untuk burn ISO di mac ke DVD mudah, yang penting ada HDD External saja.

Kendalanya, kalau dilihat dari pesannya “Set disk label of /dev/sdc to GPT“. Si /dev/sdc ini USB saya sebagai installer. Mosok iya dipindahin ke GPT. lha terus installernya gimana??.

Ketika saya coba teruskan, eh malah bener pas instalasi error. Pas booting ulang, Boot ke UEFI USBnya hilang, dan harus DD ulang. Lama bro burning pake dd di mac dan error. Pusing

Do’a

Nah, persiapan secara prinsip sudah cukup. Sebelum memulai ada baiknya berdoa terlebih dahulu supaya saat proses ndak ada hal yang tidak diinginkan. Karena kayaknya saya lupa do’a jadi banyak masalah :-D.

Booting ke DVD / USB

Kalau anda menggunakan USB, pastikan USB anda sudah tercolok ke port USB, dan kalau menggunakan DVD pastikan DVD externalnya juga sudah tercolok ke port USB.

Restart Macbook Air. Nah kalau sudah mulai melakukan restart, pencet Alt atau Option sampai muncul pilihan boot ke HDD atau DVD/USB (UEFI).

Nah Kalau sudah silakan booting ke USB/DVD anda.

Instalasi openSUSE

Nah, di tahap ini lakukan instalasi openSUSE seperti biasa, layaknya instal linux di laptop lain, dan harap diperhatikan dibagian pemilihan partisi pada saat Expert Partitioner.

Pertama, kalau Mac Anda ndak mau hilang, jangan utak atik partisi Default si Mac. Paham?

Sek, saya lanjut. Jadi pokoknya nanti jangan diapa-apakan termasuk partisi EFI nya si Mac jangan dihapus. Karena nanti partisi antara EFI Mac dan openSUSE berbeda.

Kedua, pada saat pemartisian minimal ada 3 partisi. Root, Swap dan EFI Partition. Kalau hardisk saya tadi 25 GB (Terdeteksi 22, sekian GB). Saya kasih alokasi seperti berikut :

20 GB : Partisi root (/)
150 MB  : Partisi EFI (/boot/efi)
Sisanya (sekitar 2 GB) : swap

Status partisi EFI ini wajib!. Kalau ndak ada ya ndak bisa booting nanti. Itu beberapa hal penting. Untuk tipe partisinya bebas mau menggunakan apa, kalau saya masih menggunakan Ext4 walaupun openSUSE defaultnya Btrfs.

Ketiga, sebelum instalasi dimulai, pastikan semua konfigurasi oke dan anda bisa mensruput kopi anda yang belum habis!.

Tahap Finalisasi

Yaay, sekarang openSUSE anda sudah terpasang bukan? Entah desktop apa yang anda gunakan, GNOME atau KDE, kalau sudah bisa terpasang intinya saya ikut senang. Tapi disana belum bisa ngapa-ngapain ini kudu ada tahap finalisasinya. Cekidot.

Instalasi Driver Wireless

Sebelumnya saya sudah menyarankan untuk download paket offline dari driver wireless MBA. Kalau ndak salah ada 3 paket. Nah itu install paket nya manual dengan perintah rpm -Uvh namapaket.rpm.

Kalau ada peringatan signature bisa diabaikan saja.

Dan, Voilaaaa … Semestinya wireless sudah terdeteksi. Tinggal aktifkan saja NetworkManager nya.

Aktivasi NetworkManager

Nah, supaya wireless dapat terkoneksi ke Access Point, pastikan Network Manager nya sudah diaktifkan. Kalau belum, silakan aktifkan dengan cara berikut :

Buka YaST | System | Network Settings | Pada Bagian Global Option pastikan Network Setup Method nya ke NetworkManager.

Kalau sudah simpen, dan Tadaaaa. Selamat, openSUSE sudah dapat terkoneksi ke Wireless

Instalasi rEFInd

Tahap selanjutnya yaitu instalasi rEFInd. Kalau anda mau bisa booting ke MacOS anda lagi, instal paket rEFInd yang sebelumnya sudah didownload dengan perintah yang sama pada saat instalasi Driver Wireless, pakai rpm -Uvh namapaket.rpm.

Kalau sudah selesai, coba restart MacBook anda, dan semestinya ada pilihan boot ke Mac atau openSUSE. :-).

Setelah Memasang openSUSE

Nah, setelah semua selesai tinggal lakukan seperti biasa layaknya setelah instalasi linux seperti update repo, update paket. Instalasi aplikasi yang dibutuhkan, dll. Sebelumnya saya sudah pernah buat tulisan “Hal yang dilakukan setelah Memasang openSUSE Leap 42.2“. Mungkin bisa dijadikan sebagai referensi juga :-D.

Tombol Backtick dan Tilde Tidak Dapat Digunakan

Nah, biasanya setelah instalasi sistem operasi Linux di MacBook, ada satu kendala yang terjadi yaitu tombol tilde / backtick diatas tab tidak berjalan. Untuk mengatasi nya saya punya referensi artikel dari senior saya. Silakan dicek disini :

https://imanudin.com/2015/10/02/tips-mengatasi-masalah-tulisan-backtick-dan-tilde-keys-macbook-pada-ubuntu/

Optimalisasi Baterai

MacBook Air ini terkenal dengan pemakaian baterai yang tahan lama, memang saya sendiri merasakan kesaktian si baterai MBA ini. Joss lah! Namun mungkin daya tahan pemakaian di Linux ini tidak terlalu sama dengan ketika kita menggunakan MacOS, namun setidaknya kita bisa lakukan optimalisasi baterai MacBook Air ini supaya lebih hemat. Tutorialnya bisa disimak disini.

https://help.ubuntu.com/community/MacBookAir6-2/Saucy#Finetuning_Powersave_functions

Link diatas pakai ubuntu, tinggal disesuaikan saja sama openSUSE.

Kesan-kesan

Secara prinsip saya sangat nyaman menggunakan openSUSE baik di laptop lama saya yang ASUS ataupun MacBook Air ini, karena memang saya sudah jatuh cinta :-D. So far penggunaan berjalan dengan lancar, penggunaan tombol fungsi yang ada di f1 s/d f12 berjalan dengan lancar, pencahayaan, backlit keyboard dll berjalan dengan lancar juga. Belum ada nemu bug, karena jujur saja, saya sendiri pin sekarang jarang menggunakan openSUSE. Salah satu alasannya, partisi si MacOS ini ndak bisa kebaca di Linux, karena data saya semuanya ada di Mac. Saya sih belum nemu caranya :-D.

Kalau sudah nemu caranya dan nemu bug juga akan saya laporkan. Pokoknya mantap lah!. Saya sendiri menyarankan untuk tidak takut mencoba hal baru, selama itu positif. Karena pengalaman baru dimulai ketika kita sendiri berani mencoba hal yang baru.

Oke, itu tips dari saya terkait pemasangan openSUSE Leap pada MacBook Air. Semoga memberikan manfaat dan ..

Selamat, openSUSE Leap sudah terpasang di MacBook Air anda!

Referensi

https://en.opensuse.org/SDB:Installation_on_a_Mac

The post Memasang openSUSE Leap pada MacBook Air appeared first on dhenandi.com.

I needed vSphere client on linux, but vmware only builds a Windows version. Here is my work-around:

First, install vSphere Client via wine. I personally used vSphere Client (and server) 5.1.

WINEARCH=win32 WINEPREFIX=$HOME/.vmware-client ./winetricks msxml3 dotnet35sp1 vcrun2005 vcrun2008 vcrun2010
WINEARCH=win32 WINEPREFIX=$HOME/.vmware-client wine VMware-viclient-all-5.1.0-2306356.exe
When you get the hcmon install failure, copy the entire contents of your wine bottle to a tmp directory, complete the installation (says it failed), then mv the contents back.
cp $HOME/.vmware-client $HOME/.vmware-client2

rm -rf $HOME/.vmware-client
mv $HOME/.vmware-client2 $HOME/.vmware-client

Now you can run the vSphere Client with:
WINEARCH=win32 WINEPREFIX=$HOME/.vmware-client wine ~/.vmware-client/drive_c/Program Files/VMware/Infrastructure/Virtual Infrastructure Client/Launcher/VpxClient.exe

The biggest drawback is that the console doesn’t work, so install VMware Remote Console.
The remote console can connect to a vSphere server and provide the console functionality that’s broken in the client. Just provide it the host url, username, etc on the command line:

> /usr/bin/vmrc –help
Usage:
vmrc [OPTION…]

Help Options:
-h, –help Show help options

Application Options:
-v, –version Display the program version
-X, –fullscreen Start in fullscreen mode
-M, –moid=moid A managed object id indicating the VM to connect to
-U, –user=username Username used to authenticate to the remote host
-P, –password=password Password used to authenticate to the remote host
-D, –datacenter=datacenter Datacenter containing the VM to open
-H, –host=host:port Remote host containing VMs you wish to access

After a long hiatus, I am pleased to announce the release of GMime 2.99.0!

See below for a list of new features and bug fixes.

About GMime

GMime is a C library which may be used for the creation and parsing of messages using the Multipurpose Internet Mail Extension (MIME), as defined by numerous IETF specifications.

GMime features an extremely robust high-performance parser designed to be able to preserve byte-for-byte information allowing developers to re-seralize the parsed messages back to a stream exactly as the parser found them. It also features integrated GnuPG and S/MIME v3.2 support.

Built on top of GObject (the object system used by the GNOME desktop), many developers should find its API design and memory management very familiar.

Noteworthy changes in version 2.99.0

• Overhauled the GnuPG support to use GPGME under the hood rather than a custom wrapper.
• Added S/MIME support, also thanks to GPGME.
• Added International Domain Name support via GNU's libidn.
• Improved the GMimeMessage APIs for accessing the common address headers. They now all return an InternetAddressList.
• g_mime_init() no longer takes any flag arguments and the g_mime_set_user_charsets() API has also been dropped. Instead, GMimeParserOptions and GMimeFormatOptions have taken the place of these APIs to allow customization of various parser and formatting options in a much cleaner way. To facilitate this, many parsing functions and formatting functions have changed to now take these options arguments.
• InternetAddress now has a 'charset' property that can be set to override GMime's auto-detection of the best charset to use when encoding names.
• GMimeHeaderIter has been dropped in favor of a much simpler index-based API on GMimeHeaderList.
• GMimeHeaderList no longer caches the raw message/mime headers in a stream. Instead, each GMimeHeader now has its own cache. This means that changing the GMimeHeaderList or any of its GMimeHeaders no longer invalidates the entire cache.
• GMimeParser has been fixed to preserve (munged or otherwise) From-lines that sometimes appear at the start of the content of message/rfc822 parts.
• GMimeParser now also scans for encapsulated PGP blocks within MIME parts as it is parsing them and sets a flag on each GMimePart that contains one of these blocks.
• GMimePart now has APIs for dealing with said encapsulated PGP blocks.

Developers interested in migrating to the upcoming GMime 3.0 API (of which GMime 2.99.0 is a preview) should take a look at the PORTING document included with the source code as it contains a fairly comprehensive list of the API changes that they will need to be aware of.

Getting the Source Code

You can download official public release tarballs of GMime at https://download.gnome.org/sources/gmime/ or ftp://ftp.gnome.org/pub/GNOME/sources/gmime/.

If you would like to contribute to the GMime project, it is recommended that you grab the source code from the official GitHub repository at https://github.com/jstedfast/gmime. Cloning this repository can be done using the following command:

git clone https://github.com/jstedfast/gmime.git

Documentation

API reference documentation can be found at https://developer.gnome.org/gmime/2.99/.

Documentation for getting started can be found in the README.md.

I am pleased to announce the release of MailKit 1.14!

See below for a list of new features and bug fixes.

About MailKit

MailKit is a C# library which is built on top of MimeKit and is intended to be used for interfacing with IMAP, POP3 and SMTP servers.

MailKit features incredibly robust IMAP, POP3 and SMTP clients with network APIs that are all capable of being canceled. API's that might transfer significant amounts of data between the client and server also include the ability to report progress. Asynchronous API's are also available.

Built on top of .NET, MailKit can be used with any of the .NET languages including C#, VB.NET, F#, and more. It will also run on any platform that Mono or the new .NET Core runtime have been ported to including Windows, Linux, Mac OS, Windows Phone, Apple TV, Apple Watch, iPhone/iPad, Xbox, PlayStation, and Android devices.

Noteworthy changes in version 1.14

• Improved IMAP's BODYSTRUCTURE parser to sanitize the Content-Disposition values. (issue #486)
• Improved robustness of IMAP's BODYSTRUCTURE parser in cases where qstring tokens have unescaped quotes. (issue #485)
• Fixed IMAP to properly handle NIL as a folder name in LIST, LSUB and STATUS responses. (issue #482)
• Added ImapFolder.GetHeaders() to allow developers to download the entire set of message headers.
• Added SMTP support for International Domain Names in email addresses used in the MAIL FROM and RCPT TO commands.
• Modified SmtpClient to no longer throw a NotSupportedException when trying to send messages to a recipient with a unicode local-part in the email address when the SMTP server does not support the SMTPUTF8 extension. Instead, the local-part is passed through as UTF-8, leaving it up to the server to reject either the command or the message. This seems to provide the best interoperability.

Installing via NuGet

The easiest way to install MailKit is via NuGet.

In Visual Studio's Package Manager Console, simply enter the following command:

Install-Package MailKit

Getting the Source Code

First, you'll need to clone MailKit from my GitHub repository. To do this using the command-line version of Git, you'll need to issue the following command in your terminal:

git clone --recursive https://github.com/jstedfast/MailKit.git

Documentation

API documentation can be found at http://mimekit.net/docs.

A copy of the xml formatted API documentation is also included in the NuGet and/or Xamarin Component package.

I am pleased to announce the release of MimeKit 1.14!

See below for a list of new features and bug fixes.

About MimeKit

MimeKit is a C# library which may be used for the creation and parsing of messages using the Multipurpose Internet Mail Extension (MIME), as defined by numerous IETF specifications.

MimeKit features an extremely robust high-performance parser designed to be able to preserve byte-for-byte information allowing developers to re-seralize the parsed messages back to a stream exactly as the parser found them. It also features integrated DKIM-Signature, S/MIME v3.2, OpenPGP and MS-TNEF support.

Built on top of .NET, MimeKit can be used with any of the .NET languages including C#, VB.NET, F#, and more. It will also run on any platform that Mono or the new .NET Core runtime have been ported to including Windows, Linux, Mac OS, Windows Phone, Apple TV, Apple Watch, iPhone/iPad, Xbox, PlayStation, and Android devices.

Noteworthy changes in version 1.14

• Added International Domain Name support for email addresses.
• Added a work-around for mailers that didn't provide a disposition value in a Content-Disposition header.
• Added a work-around for mailers that quote the disposition value in a Content-Disposition header.
• Added automatic key retrieval functionality for the GnuPG crypto context.
• Added a virtual DigestSigner property to DkimSigner so that consumers can hook into services such as Azure. (issue #296)
• Fixed a bug in the MimeFilterBase.SaveRemainingInput() logic.
• Preserve munged From-lines at the start of message/rfc822 parts.
• Map code page 50220 to iso-2022-jp.
• Format Reply-To and Sender headers as address headers when using Header.SetValue().
• Fixed MimeMessage.CreateFromMailMessage() to set the MIME-Version header. (issue #290)

Installing via NuGet

The easiest way to install MimeKit is via NuGet.

In Visual Studio's Package Manager Console, simply enter the following command:

Install-Package MimeKit

Getting the Source Code

First, you'll need to clone MimeKit from my GitHub repository. To do this using the command-line version of Git, you'll need to issue the following command in your terminal:

git clone --recursive https://github.com/jstedfast/MimeKit.git

Documentation

API documentation can be found at http://mimekit.net/docs.

A copy of the xml formatted API documentation is also included in the NuGet and/or Xamarin Component package.

Kein Aprilscherz: Canonical gibt Unity 8 auf und wechselt für Ubuntu 18.04 LTS zurück auf Gnome.

Fokus auf IoT und Cloud

In einem Blog Post hat Mark Shuttleworth, Gründer von Canonical, geschrieben:

I’m writing to let you know that we will end our investment in Unity8, the phone and convergence shell. We will shift our default Ubuntu desktop back to GNOME for Ubuntu 18.04 LTS.

Übersetzung:

Ich schreibe um euch wissen zu lassen, dass wir unsere Beteiligung an Unity8, der Smartp...

No april's fool: Canonical ditches Unity 8 and switches to Gnome as default desktop for Ubuntu 18.04 LTS.

Focus on IoT and Cloud

In a blog post Mark Shuttleworth, founder of Canonical is "writing to let you know that we will end [Canonical's] investment in Unity8, the phone and convergence shell. [Canonical] will shift [the] default Ubuntu desktop back to GNOME for Ubuntu 18.04 LTS".

Additionally Shuttleworth announces that Canonical will further "invest in the areas which are contri...