Swarvanu Sengupta s8sg

docker volume create --name fred --opt /media/pi/mydrive
docker run -v fred:/var/www/html/ <container>

Docker: Mount directory from one container to another (specific dir) Mount using --volumes-from :

docker run -v /data/myfolder --name container1 image-name-1

docker volume create --name fred --opt /media/pi/mydrive
docker run -v fred:/var/www/html/ <container>

Docker: Mount directory from one container to another (specific dir) Mount using --volumes-from :

docker run -v /data/myfolder --name container1 image-name-1

Step1 : install docker and kubernets

Remove Old docker in mac.
Install the docker CE edge.
Start:
Install minicube:
brew cask install minikube
start:
minikube start

Provide Conf: $ cat /usr/local/fasinate/fasinate.conf

{
     "api" : {
         "port": 80,
         "enable": true
     },

	#include <stdbool.h>
	#include <pthread.h>
	#define EMPTY(pool) pool->end == NULL;

	/* pool_node_t must be the last member of data item that needs
	* to be added in the queue:
	*
	* typedef struct mydata {
	* ....
	* pool_node_t node;

	/* NOTE: The design decision of the req pool is tuned to get the
	* best possible performance. Below point describes
	* the design decisions:
	* >> reqpool is a buffer queue where the producer adds at the start
	* and consumers consume from the end
	* >> it is strictly one consumer and multiple producers queue
	* >> It is unbounded queue and avoids any resource allocation on heap
	* >> It is lockless and use atomic operation to avoid race condition
	* for consumers
	*/

	#include<stdio.h>
	#include<stdlib.h>
	#include<pthread.h>
	#include<unistd.h>
	#include<stdbool.h>
	#include<time.h>

	#define SYNC_INCREASE_COUNT(var_ref, temp) while(true) {temp=*var_ref; if(__sync_bool_compare_and_swap(var_ref, temp, (temp + 1))) {break;}pthread_yield();}

	#define sync_increase_count(var_ref, mutex_ref) pthread_mutex_lock(mutex_ref);var_ref=var_ref+1;pthread_mutex_unlock(mutex_ref);