Deepin Terminal is a new custom application from the developers of Linux Deepin, a desktop distribution based on Ubuntu Desktop.

It made its debut in Linux Deepin 2013, the distribution’s latest edition. See Linux Deepin 2013 screen shot tour.

Deepin Terminal is the latest attempt to give the Linux terminal a new face and better features. The other attempt is Final Term. See Final Term: A terminal emulator to rule them all and Finalterm now has tabs, horizontal and vertical split screens.

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Here’s what Deepin Terminal brings to the table.

Vertical split screens.
Linux Deepin Terminal split vertical

Horizontal split screens.
Linux Deepin Terminal split horizontal

Screen resizing.
Linux Deepin Terminal drag

Workspaces or tabs.
Deepin Terminal workspaces tabss

Integrated search. I don’t see the point of it, but I’m sure the developers can make it more useful.
Linux Deepin Terminal search

Ability to pre-configure any number of SSH connections.
Linux Deepin 2013 Terminal ssh

Once an SSH connection has been set up, just access the SSH Connections window, select one from the list and hit the Connection button. You’ll be automatically logged into the remote machine. This looks good, but there’s the risk of forgetting passwords when remote connections are set up in this manner. I think I’d rather have Final Term’s command completion as a way to access commands from the command history.
Linux Deepin Terminal set ssh connections

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Entries in the context menu.
Linux Deepin Terminal settings

A complete set of configuration options.
Deepin Terminal preferences

And all the hotkeys you’ll need.
Deepin Terminal hotkeys

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10 Responses

  1. I like the tutorial but I don’t understand one thing: Suppose that I am installing Linux on a virgin HDD (i.e one that does not have Windows already installed!). How do I create a GPT partition _table_ ? (As opposed to the traditional MBR partition _table_)

    1. If UEFI is the default configuration of the PC, and you’re using the Linux distribution’s automatic partitioning mode, GPT should be the default.

      However, if you’re creating partitions manually, there should be a button that you can use to change/create the partition table type, GPT or MBR/Dos.

      In the case of Ubuntu, you’ll find the button on the step after selecting the Something else option.

  2. Many unanswered questions. I’m reading now that SSD demands are different. My Dell Notebook (XPS-15) has a small mSATA SSD, as well as the traditional spinning disk. Many other devices have only various types of flash drives, which can take Linux.

    Should I use the format & partitioning used by Linux’s Grub, or by Windows 7 or 8, or 8.1? I know that my Linux distributions can easily read-write my ntfs-compressed partitions, though not very safely. I guess I need to do more googling now?

    1. You can use the same kinds of partition table types and filesystem types on SSDs as you do on hard disks. SSDs have no special requirements there.

      That small mSATA SSD is probably designed to be used as a cache for the larger spinning disk. It requires driver software to make it work that way; you don’t format the SSD or put a filesystem on it. I don’t know whether Linux drivers exist for this purpose, though.

  3. Modern partitioning tools follow the 1 MB partition alignment practice [1]. Starting the first partition on logical block 2048 (using 512-byte logical blocks) avoids large-sector misalignment. It’s important because modern drives now use 4096-byte sectors, although they still report 512-byte sectors to operating systems. The “curious” 1 MB free space appearing in the partition manager reflects this.

    [1] https://en.wikipedia.org/wiki/1_MB_partition_alignment#1_MB_alignment

  4. i never made “bios-boot partition”
    EFI boot partition is under /boot/efi & formated as fat32 (here not formated and not mounted)

  5. The reason why older Linux distros needed the grub_bios partition was to embed older versions of grub. On a legacy bios system, grub was placed after the mbr, but before sector 63 / 2048. As the GPT table uses this area, embedding was not possible, so a partition had to be reserved for grub.

    However, nowadays grub lives in the EFI boot partition’s filesystem, so this partition is no-longer necessary. In debian-based distros, grub-pc is the package to install the MBR version, and grub-efi installs the EFI version. The ubuntu installer these days will autodetect EFI firmware, auto create the EFI system partition, and install grub-efi instead of doing it the ‘old’ way.

      1. To put it very simply: you need a BIOS boot partition for a BIOS native install to GPT. You need an EFI system partition for a UEFI native install. You don’t need either for a BIOS native install to MBR. You never need both.

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