How to access the web server in VMWare Fusion on its host machine

Currently, I am in a team developing a web application that supports IEs. My development environment runs under Centos.

Some UI problems appear on IE but not other browsers. This situation leads me to be in need of reproducing those problems on my development environment to confirm if my issues are fixed. I tried to install IE on Centos using Wine, but it doesn’t work properly.

So, I think if I could access the web server on the virtual machine in its host?

Below steps are what I did to make it works.

1. Set the Virtual Machine’s Network Adapter to Bridged:


2. Get the IP V4 of the virtual machine using the below command in Terminal:

eth1 Link encap:Ethernet HWaddr 00:0C:29:11:C1:E8 
inet addr: Bcast: Mask:
inet6 addr: fe80::20c:29ff:fe11:c1e8/64 Scope:Link
RX packets:536823 errors:0 dropped:0 overruns:0 frame:0
TX packets:241377 errors:0 dropped:0 overruns:0 carrier:0
collisions:0 txqueuelen:1000 
RX bytes:537011299 (512.1 MiB) TX bytes:27427710 (26.1 MiB)

Now you can browse your VM’s localhost outside of the virtual machine (your host machine) by replacing “localhost” by ““.

How I setup my Terminal on Linux

Today, I got a new computer in my company. So I have to set it up to have my comfortability.

This one runs CentOS 7 and for Linux based OS, Terminal is what you work with the most.

So, I started to configure it.

  • Change the background color and cursor of Terminal

The default color of Terminal is white background and block cursor. But I prefer black background and underline cursor because white background is so dazzlingly bright.

So, open up the Terminal, choose from the menu: Edit > Profile Preferences:



  • Change Bash PS1 colors for easy navigating and observing and show git branch information

Bash allows us to customize color and appearance of Terminal information, below is my own style. For more information for your own customization, refer this link.

And I also work quite much with Git so I need to visible branch information in Terminal.

# get current branch in git repo
 function parse_git_branch() {
 BRANCH=`git branch 2> /dev/null | sed -e '/^[^*]/d' -e 's/* \(.*\)/\1/'`
 if [ ! "${BRANCH}" == "" ]
 echo "[${BRANCH}${STAT}]"
 echo ""

# get current status of git repo
 function parse_git_dirty {
 status=`git status 2>&1 | tee`
 dirty=`echo -n "${status}" 2> /dev/null | grep "modified:" &> /dev/null; echo "$?"`
 untracked=`echo -n "${status}" 2> /dev/null | grep "Untracked files" &> /dev/null; echo "$?"`
 ahead=`echo -n "${status}" 2> /dev/null | grep "Your branch is ahead of" &> /dev/null; echo "$?"`
 newfile=`echo -n "${status}" 2> /dev/null | grep "new file:" &> /dev/null; echo "$?"`
 renamed=`echo -n "${status}" 2> /dev/null | grep "renamed:" &> /dev/null; echo "$?"`
 deleted=`echo -n "${status}" 2> /dev/null | grep "deleted:" &> /dev/null; echo "$?"`
 if [ "${renamed}" == "0" ]; then
 if [ "${ahead}" == "0" ]; then
 if [ "${newfile}" == "0" ]; then
 if [ "${untracked}" == "0" ]; then
 if [ "${deleted}" == "0" ]; then
 if [ "${dirty}" == "0" ]; then
 if [ ! "${bits}" == "" ]; then
 echo " ${bits}"
 echo ""

export PS1="\[\e[31;40m\]\u\[\e[m\]@\[\e[33;40m\]\H\[\e[m\]:\[\e[36;40m\]\w\[\e[m\]\[\e[32m\]\`parse_git_branch\`\[\e[m\]\n"

Add above to .bashrc (sudo gedit ~/.bashrc and paste above scripts to the end of the file) file and the result:


P/s: don’t forget to run source ~/.bashrc to make it takes effects.

  • Setup git autocompletion

It supports us to work faster and more accurate with git commands. So to make it happens, I use a guide from here:

Get the autocompletion script:

curl -o ~/.git-completion.bash

Add the below script to the end of the ~/.bashrc file (sudo gedit ~/.bashrc):

test -f ~/.git-completion.bash && . $_

Fire up changes:

source ~/.bashrc

Now the Terminal is ready to be worked on. Yay.

Create a linux shell to wrap files to the corresponding wrapper folder

I have list of around 200 .log files, and I am in need of creating a wrapper for each file.
Laborious buffaloes may have a flow like: Copy file name > Right click and create a folder > Move the file into it, repeat 200 times. Seems ez.
And this case, beside those human-beings, linux shell is also a kind of that buffalo.
Ok let’s go.

What I have:

  • 20161208_access.log
  • 20161209_access.log

What I about to have:

  • 20161208_access\20161208_access.log
  • 20161209_access\20161209_access.log

Step 1:

[ducfilan@localhost]$ cd logs
[ducfilan@localhost logs]$ vi wrapper_creator
# wrapper_creator file.
for full_filename in *log; do # loop through the log files.
 filename="${full_filename%.*}" # get the file name without extension.
 mkdir -p "$filename" # create the folder.
 mv "$full_filename" "$filename" # move the file into it.
echo "Done!"

Ok done, save it.

Step 2:

In order to execute it, we need to grant the execute permission.

[ducfilan@localhost]$ chmod +x wrapper_creator

Step 3:

And execute it.

[ducfilan@localhost]$ ./wrapper_creator

Ok I have what I want.

How to auto compile sass/scss files in Eclipse

First of all, sass/scss compilation needs Ruby to work with.

So, ok, we will install it.

But, we need to use system wide Ruby, ’cause I tried with rvm but there comes some problems:

/usr/bin/env: ruby_executable_hooks: No such file or directory

So if you use rvm, switch it back to:

rvm use system

Now go to:

Then to make sure that Ruby is successfully installed:

ruby -v

It should have some information like:

[ducfilan@localhost]$ ruby -v
 ruby 2.1.8p440 (2015-12-16 revision 53160) [x86_64-linux]

Now come to sass:

gem install sass
# su in case of permission errors

Once again to make sure:

sass -v

Some information like this means we’ve successfully installed it:

[ducfilan@localhost]$ sass -v
Sass 3.4.23 (Selective Steve)

Ok, preparation is done. Open your project in Eclipse.

Right click on it > Properties > Builder > New > Choose ‘Program’ then Ok.


We need to fill out some fields:

  1. Location
    • Get the location of sass using:
      • which sass
  1. Working Directory
    • Relative path to your folder, with ${workspace_loc:/…} as root. Use Browse workspace to make it ez.
  2. Arguments
    • --update ${workspace_loc:/QTEC-Web/public/sass}:${workspace_loc:/QTEC-Web/public/css} --sourcemap=none --style compressed
    • With:
      • –update: Means compiling when your sass file is changed.
      • ${workspace_loc:/QTEC-Web/public/sass}: Your sass folder
      • ${workspace_loc:/QTEC-Web/public/css}: Your output folder
      • –sourcemap=none: No generating .map file
      • –style compressed: Output style

For example in my case:


After that, don’t close the configuration screen.

Switch to Build options tab and check only following files, uncheck all others if they are pre-checked.

  1. Allocate Console
  2. During auto builds

Now you’re done, edit an .scss file and you will see the message of writing .css file in the output screen. If not, you’re doing it wrong.

Enable system-wide inverse/reverse/natural scrolling on Ubuntu

  1. Get your mouse device id by running the following in a terminal, you have to choose the right one:

xinput list

Take that number you got (just the number after “id=”) and replace “{device id}” with that number in the following command:

xinput list-props {device id} | grep "Scrolling Distance"

In my case:

xinput list-props 6 | grep "Scrolling Distance"

This will output something like below, remember that “Scrolling Distance” is case-sensitive. If nothing is outputted, you’ve chosen a wrong device id, go back to step 1 and choose another one:

Evdev Scrolling Distance (270): 1, 1, 1

So 270 is your property number, 1, 1, 1 is your scrolling distance, remember this to use later.

It is case sensitive unless you use -i in the grep command. Write down the numbers you find in the output from that command (in my case it was the number 1, shown three times and separated by commas). You will use the negative values of the numbers you get in your output. Also, make sure to write down the property number (it will be in parentheses in the output; in my case, it was (270) in Ubuntu and (273) in Fedora).

Note: If you get no output containing the property “Scrolling Distance” this method will not work for you and you will need to stop here and skip to an alternate way.

2. Create a natural scrolling config file by running the following command in your open terminal:

sudo touch /usr/share/X11/xorg.conf.d/20-natural-scrolling.conf

3. Now, config the natural scrolling profile by running the following command (you can use your favorite text editor instead of nano but I use nano):

sudo nano /usr/share/X11/xorg.conf.d/20-natural-scrolling.conf

In the file you have opened in your preferred text editor, paste the following (but be sure to change the numbers to the same comma-separated numbers you got from step 3; in my case, the number was 1 so in order to make the scroll inverse, I will change 1 to -1):

Section "InputClass"
        Identifier "Natural Scrolling"
        MatchIsPointer "on"
        MatchDevicePath "/dev/input/event*"
        Option "VertScrollDelta" "-1"
        Option "HorizScrollDelta" "-1"
        Option "DialDelta" "-1"

Save the file (Ctrl+O) and exit (Ctrl+X) the text editor. No need for a reboot. Just issue the following command (substituting the property number and the negatives of the numbers you got in the third step, and the device id you got from the second step):

xinput set-prop {device id} {property number} -1 -1 -1

In my case:

xinput set-prop 6 270 -1 -1 -1

Refer from:  Ask Ubuntu, UbuntuWiki


What I do right after installing Ubuntu

Screen Shot 2017-06-07 at 8.50.40 PM

  1. Install update through “Software Updater”
  2. Minimize on click:
gsettings set org.compiz.unityshell:/org/compiz/profiles/unity/plugins/unityshell/ launcher-minimize-window true
  1. Move launcher to bottom:
gsettings set com.canonical.Unity.Launcher launcher-position Bottom
  1. Install Arc theme:
sudo sh -c "echo 'deb /' >> /etc/apt/sources.list.d/arc-theme.list"

sudo apt-get update && sudo apt-get install arc-theme

sudo apt-key add - < Release.key
  1. Install “Super Flat” icon pack:

Download above file then copy extracted files to .icons folder in home location
  1. Install “Unity Tweak Tool”:


sudo apt install unity-tweak-tool
  1. Change icon size to 22 (Setting > Appearance), scale for menu and title bar to 0.875 (Setting > Display)
  2. Install Java:
sudo apt-get install default-jre
  1. Show your name in the Top menu bar:
gsettings set com.canonical.indicator.session show-real-name-on-panel true
  1. Unikey install:
sudo add-apt-repository ppa:ubuntu-vn/ppa

sudo apt-get update

sudo apt-get install ibus-unikey

ibus restart

=> Add ibus-Unikey in "Text Entry" application
  1. Japanese input install:
sudo apt-get install ibus ibus-unikey ibus-anthy

nano ~/.bashrc

After that, add these lines to the end of the file ~/.bashrc: 

export GTK_IM_MODULE=ibus

export XMODIFIERS=@im=ibus

export QT_IM_MODULE=ibus

-> Save ( ctrl-x, y, enter)


Add anthy in "Text Entry" application