I hereby claim:
- I am razerm on github.
- I am razerm (https://keybase.io/razerm) on keybase.
- I have a public key whose fingerprint is B1E2 1C5B B9F8 073E A5EF 7FB7 A39D 7E9B F17F 6F5F
To claim this, I am signing this object:
\begin{Tabbing} | |
\hspace{2em} \TAB=A\hspace{2em} \TAB=B\hspace{2em} \TAB=C\hspace{4em} \TAB=Description\\ | |
Unindented line\\ | |
\TAB>Indented \TAB>\TAB>\TAB>\textbackslash TAB\textgreater\ moves \textbf{only} the current line to the next tab stop\\ | |
\TAB+ Current line unindented.\TAB>\TAB>\TAB>\TAB>\textbackslash TAB+ indents the lines following (but not including) the current line.\\ | |
Following line indented.\TAB-\\ | |
Remove indent.\TAB>\TAB>\TAB>\TAB>\textbackslash TAB- unindents the following lines.\\ | |
Back to unindented.\\ | |
\TAB>\TAB> Two tabs.\TAB>\TAB>\textbackslash TAB commands work as expected when stacked together.\\ | |
\TAB+\TAB> Combined. \TAB>\TAB>\TAB>\textbackslash TAB+\textbackslash TAB\textgreater\ can be used to start the indent immediately and for following lines.\\ |
%Needs \usepackage{float} for {H} | |
\begin{table}[H] | |
\centering | |
\begin{tabular}{*{2}{l}rr@{.}l} %The same as llr | |
\toprule | |
\multicolumn{2}{c}{Item}\\ %2 columns, centred | |
\cmidrule(r){1-2} %Trims bar on r.h.s. | |
Meat & Description & Price (\textsterling) & \multicolumn{2}{c}{Mass (kg)}\\ | |
\midrule | |
Chicken & Breast & 4.69 & 5 & 2\\ |
%Needs \usepackage{float} for {H} | |
\begin{table}[H] | |
\centering | |
% table-format is defined as a.b where a is number of figures before decimal point, b is number of decimal places | |
\begin{tabular}{S[table-format=1]S[table-format=2.1]} %First S sets format for both columns, but each can have different table-format | |
\toprule | |
{ Distance (\si{\metre}) } & { Speed (\si{mi\per\hour}) }\\ %Non-number input must be surrounded with { } | |
\midrule | |
0 & 0 \\ | |
1 & 1.1 \\ |
\begin{figure}[H] | |
\begin{center} | |
\includegraphics[width=0.9\textwidth]{filename} | |
\end{center} | |
\caption{} | |
\label{fig:name} | |
\end{figure} |
\begin{align} | |
A &\begin{multlined}[t][.75\textwidth] | |
\approx B^{3}C^{-2}\frac{D}{E_{\text{test}}}\arctan(CE)\left( f_{0}(G)+2Bf_{1}(G)\vphantom{\frac{3}{4}}\right.\\ | |
\left.+\frac{1}{7}B^{2}\left(f_{0}(G)+f_{2}(G)\right) \right) | |
\end{multlined}\\ | |
B &\approx 7A | |
\end{align} |
Invocation: ./configure --prefix-dir=/usr/local/Cellar/openttd/1.3.0 | |
Detecing awk... | |
Trying: echo "a.c b.c c.c" | tr ' ' \n | awk ' { ORS = " " } /\.c$/ { gsub(".c$", ".o", $0); print $0; }' 2>/dev/null | |
Result: 'a.o b.o c.o ' | |
checking awk... awk | |
detecting OS... OSX | |
executing cc -dumpmachine | |
returned x86_64-apple-darwin13.0.0 | |
exit code 0 |
import webbrowser, os, pprint | |
# Include the Dropbox SDK libraries | |
#from dropbox import client, rest, session | |
import dropbox | |
# Configuration | |
TOKEN_FILENAME = 'PythonistaDropbox.token' | |
# Get your app key and secret from the Dropbox developer website | |
APP_KEY = '<your dropbox app_key>' | |
APP_SECRET = '<your dropbox app_secret>' |
# Include the Dropbox SDK libraries | |
from dropbox import client, rest, session | |
# Get your app key and secret from the Dropbox developer website | |
APP_KEY = 'INSERT_APP_KEY_HERE' | |
APP_SECRET = 'INSERT_SECRET_HERE' | |
# ACCESS_TYPE should be 'dropbox' or 'app_folder' as configured for your app | |
ACCESS_TYPE = 'INSERT_ACCESS_TYPE_HERE' |
I hereby claim:
To claim this, I am signing this object:
My typical setup for a development box in VirtualBox uses two NICs. The first uses NAT to allow the box to communicate with the outside world through my host computer’s network connection. (NAT is the default, so shouldn't require any setup.) The second is a "host-only" connection that allows my host and guest to interact.
To create a host-only connection in VirtualBox, start by opening the preferences in VirtualBox. Go to the "Network" tab, and addd a Host-only Network. Modify the host-only network, and disable DHCP. Make a note of the IP address. (Feel free to set the IP address as well, if you like.)
Next, assign this host-only adapter to the virtual machine. Select the VM and press "Settings". Go to the "Network" tab, and select "Adpater 2". Enable the adapter, set it to a "Host-only Adapter", and select the adpater you created above.