| """ | |
| In one of the neighborhoods in Sofia, there's a very popular drinking game, called Game of Bottles. | |
| The game is unusual, because it combines math & drinking: | |
| In a standard 2D plain (usually a football field), different bottles are arranged. Each bottle has position, described by (x, y) coordinates. | |
| In order to walk between bottles, you can use only horizontal and vertical lines - no diagonals. | |
| You can visit a bottle only once. | |
| Your task is to find the best way(s) to walk between bottles that will give you the smallest walking distance. |
| """ | |
| You are playing a coin-flipping game with your friend. | |
| The rules are: | |
| You toss a coin n times, writing down the results. H for heads and T for tails. | |
| After n tosses, the winner is the one who has the longest consecutive win-streak. | |
| Write a program that reads from the standard input one line - a comma-separated string of H and T and outputs: | |
| H wins! if H wins according to the game rules. |
| ''' | |
| We are living in 2D world and we are running out of water! We are migrating to KEPLER-186F, the new planet that NASA discovered, but it is a slow migration because that planet is far far away. | |
| Luckily we still have some big lakes full of clean water. We need to know exactly how much water is in every lake. | |
| Write a program that takes the lake structure and calculates the amount of water there. | |
| Few important things: | |
| Our lakes live in a 2D grid of 1x1 squares. |
| """ | |
| Strings and Numbers | |
| You are given a string s that consists of characters, that encode digits & characters that encode nothing. Your goal is to return the sum of all numbers in that string. | |
| Number encoding | |
| In our string s, the digits from 0 to 9 are encoded as follows: | |
| 9 is encoded with the most repeated character in s. |
| class BaseRabbitMQConsumerConnection: | |
| """ | |
| This is the base class of a RabbitMQ consumer, it sets up and maintains the connection. | |
| Classes should inherit this and define the needed static variables to be able to properly set up a connection | |
| A handler object must also be sent, one who processes the message. see: on_message method | |
| The RabbitMQ connection which is part of the async event loop and receives notifications for it to send out | |
| If RabbitMQ closes the connection, it will reopen it. You should | |
| look at the output, as there are limited reasons why the connection may |
| https://github.com/defunkt/gist.git |
| https://github.com/defunkt/gist.git |
export JSON_SPEC=./tests/spec/simple_produce_bench.json # JSON file with the appropriate specification
./bin/trogdor.sh agent -n node0 -c ./config/trogdor.conf --exec $JSON_SPEC
./bin/trogdor.sh coordinator -c ./config/trogdor.conf -n node0
./bin/trogdor.sh agent -c ./config/trogdor.conf -n node0
| gist -P -p -s |
| KafkaService-0-140353367942288 | |
| ├── worker7 | |
| │ ├── kafka-data-logs-1 | |
| │ │ ├── __consumer_offsets-1 | |
| │ │ ├── __consumer_offsets-2 | |
| │ │ └── test_topic_1-0 | |
| │ └── kafka-data-logs-2 | |
| │ ├── __consumer_offsets-0 | |
| │ └── test_topic_2-0 | |
| ├── worker8 |