elfrank

#How to work on your own fork

Let's assume you belong to an organization called justiceleague and that you're supposed to submit code to the earth repository. Since I am batman, I do it like this:

• Go to https://github.com/justiceleague/earth and click on the fork button on the top right corner. Wait until github completes the copy.
• Now, it's time to clone the repository and to add both remotes.

git clone [email protected]:justiceleague/earth.git -o upstream
cd earth
git remote add origin [email protected]:batman/earth.git

elfrank

#How to work on someone else's branch

Let's assume you need to collaborate with Batman on his forked repository.

• First, you need to add his fork as a remote.

git remote add batman [email protected]:batman/iambatman.git

• Now, you can fetch, pull and push to his fork (if you have permissions to do so).

elfrank

find . -name '*.*' | xargs wc -l

elfrank

-------------------------
Steps
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sudo sh /usr/hover/bin/scripts/xvfb start

bash /usr/hover/bin/scripts/start_browser.sh -f 0 -s 1024,768 -u "http://localhost:3000/building_images/scene?building_id=17&framebuffer_id=0" &

bash /usr/hover/bin/scripts/capture_framebuffer.sh -f 0 -n /usr/hover/bin/scripts/screenshot.jpg
bash /usr/hover/bin/scripts/stop_browser.sh

elfrank

# find string recursively on files contained in a directory
grep -iR "STRING_TO_SEARCH" --color --exclude-dir={"\DIR_1","\DIR_2","\DIR3"} /PATH

grep -iR "" --color --exclude-dir={"\log","\storage","\.git","\tmp"} /usr/hover/sources/prometheus

elfrank

# display current rules
sudo ipfw show

# create pipe with preferred settings
sudo ipfw pipe 1 config delay 10ms bw 256kbit/s
sudo ipfw add pipe 1 dst-ip 127.0.0.1 dst-port 8000

# flush all the rules
sudo ipfw flush

elfrank

StructuredBuffer<int> g_Permutations : register(t0);
StructuredBuffer<int> g_List : register(t1);
RWStructuredBuffer<int> g_ChunksBuffer : register (u0);
RWStructuredBuffer<int> g_MergeBuffer : register (u1);

#define GROUP_SIZE_X 2
#define GROUP_SIZE_Y 2

#define NUM_THREADS_X 2
#define NUM_THREADS_Y 2

elfrank

/*The idea is to launch just enough threads to ?ll the machine;
CUDA occupancy calculator can tell the correct number of threads.
Launching a few too many is not a problem as the extra threads exit
immediately. The following code assumes warp and block widths
of 32.*/
// global variables
const int B = 3*32; // example batch size
const int globalPoolRayCount;
int globalPoolNextRay = 0;
__global__ void kernel()

elfrank

sudo find . -name ".DS_Store" -depth -exec rm {} \;