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Creator Suppose I have an array defined as follows: volatile char v[2];
I have two threads (represented by A, B respectively) manipulating an array v. If I make sure that A, B use different indices at any time, that is, if A is operating now v[i], then B is e
Creator Suppose I have an array defined as follows: volatile char v[2];
I have two threads (represented by A, B respectively) manipulating an array v. If I make sure that A, B use different indices at all times, that is, if A is operating now v[i], then B is
Creator Suppose I have an array defined as follows: volatile char v[2];
I have two threads (represented by A, B respectively) manipulating an array v. If I make sure that A, B use different indices at all times, that is, if A is operating now v[i], then B is
robert float myfloats[2];
// thread A:
myFloats[0] = 1.0;
// thread B:
myFloats[1] = 1.0;
Suppose thread A will always access index 0 and thread B will always access index 1. Is this safe or is the array possibly corrupt? Iwillnotexist Idonotexist The C11 n
Prudent programmer: Consider the following code: public static void main(String[] args) throws InterruptedException {
int nThreads = 10;
MyThread[] threads = new MyThread[nThreads];
AtomicReferenceArray<Object> array = new AtomicReferenceArray<>(n
Prudent programmer: Consider the following code: public static void main(String[] args) throws InterruptedException {
int nThreads = 10;
MyThread[] threads = new MyThread[nThreads];
AtomicReferenceArray<Object> array = new AtomicReferenceArray<>(n
Maxim Dmitriev The code is from the Java Concurrency Guidelines by Fred Long . I understand that a set of atomic operations is not atomic. Therefore, the following code does not meet the requirements. To find the code, see page 23. public class Adder {
pr
Maxim Dmitriev The code is from the Java Concurrency Guidelines by Fred Long . I understand that a set of atomic operations is not atomic. Therefore, the following code does not meet the requirements. To find the code, see page 23. public class Adder {
pr
For each position: I have a ConcurrentHashMap where I do the following: sequences = new ConcurrentHashMap<Class<?>, AtomicLong>();
if(!sequences.containsKey(table)) {
synchronized (sequences) {
if(!sequences.containsKey(table))
initial
For each position: I have a ConcurrentHashMap where I do the following: sequences = new ConcurrentHashMap<Class<?>, AtomicLong>();
if(!sequences.containsKey(table)) {
synchronized (sequences) {
if(!sequences.containsKey(table))
initial
For each position: I have a ConcurrentHashMap where I do the following: sequences = new ConcurrentHashMap<Class<?>, AtomicLong>();
if(!sequences.containsKey(table)) {
synchronized (sequences) {
if(!sequences.containsKey(table))
initial
username I want to both get the value at index 0 from two separate arrays and combine them. For example, assuming the value at index 0 of array1 is NSNumber 5 and the value at index 0 of array2 is NSNumber 7, how can I get an integer that says the sum of the t
username I want to both get the value at index 0 from two separate arrays and combine them. For example, assuming the value at index 0 of array1 is NSNumber 5 and the value at index 0 of array2 is NSNumber 7, how can I get an integer that says the sum of the t
Freddie McLauren When I run something simple; import threading,time,os
pathToFile = # some file
def play(self):
os.system("cvlc " + self)
def dummyAction():
while True:
print('working')
time.sleep(1)
threading.Thread(target = dummy
Freddie McLauren When I run something simple; import threading,time,os
pathToFile = # some file
def play(self):
os.system("cvlc " + self)
def dummyAction():
while True:
print('working')
time.sleep(1)
threading.Thread(target = dummy
Freddie McLauren When I run something simple; import threading,time,os
pathToFile = # some file
def play(self):
os.system("cvlc " + self)
def dummyAction():
while True:
print('working')
time.sleep(1)
threading.Thread(target = dummy
R to I am trying to implement take_along_axis for dask arrays . What is the standard way of mapping operations that take a block from a dask array and Athe corresponding block of the dask array B? When should rechunk be used A.numblocks != B.numblocks? Mecoxla
R to I am trying to implement take_along_axis for dask arrays . What is the standard way of mapping operations that take a block from a dask array and Athe corresponding block of the dask array B? When should rechunk be used A.numblocks != B.numblocks? Mecoxla
R to I am trying to implement take_along_axis for dask arrays . What is the standard way of mapping operations that take a block from a dask array and Athe corresponding block of the dask array B? When should rechunk be used A.numblocks != B.numblocks? Mecoxla
R to I am trying to implement take_along_axis for dask arrays . What is the standard way of mapping operations that take a block from a dask array and Athe corresponding block of the dask array B? When should rechunk be used A.numblocks != B.numblocks? Mecoxla
Sathya Thanks for taking the time to read this question. I am trying to draw a pie chart in one row. The number of pie charts depends on the results returned. import matplotlib.pyplot as plt
import numpy as np
fig, axs = plt.subplots(1,len(to_plot_arr))
label
Dheeraj Joshi I have an unusual question. I have a function where the operations in this function can be done by two threads at a time. static int iCount = 1;
public synchronized void myFunct(){
while(iCount >= 3)
{
try {
wait();
} catch (Interru
Dheeraj Joshi I have an unusual question. I have a function where the operations in this function can be done by two threads at a time. static int iCount = 1;
public synchronized void myFunct(){
while(iCount >= 3)
{
try {
wait();
} catch (Interru
Dheeraj Joshi I have an unusual question. I have a function where the operations in this function can be done by two threads at a time. static int iCount = 1;
public synchronized void myFunct(){
while(iCount >= 3)
{
try {
wait();
} catch (Interru
Rahul Narhe I have two arrays. I want to compare these arrays and find their distinct strings. predecessor. $a = array('a','c','b','e','x');
$b = array('a','b','c','d','e','f');
I want strings that are not common in both arrays. MLeFevre array_diff（） Doing th
Rahul Narhe I have two arrays. I want to compare these arrays and find their distinct strings. predecessor. $a = array('a','c','b','e','x');
$b = array('a','b','c','d','e','f');
I want strings that are not common in both arrays. MLeFevre array_diff（） Doing th
Thomas I have two dfs that look like this: Symbol Sector Sub-industry Company Weight SectorSymbol
Ticker
MMM Industrials Conglomerates MCompany 0.602676 XLI
ABT Health Care Equipment Abbott Lab 0.401900 XLV
A
Thomas I have two dfs that look like this: Symbol Sector Sub-industry Company Weight SectorSymbol
Ticker
MMM Industrials Conglomerates MCompany 0.602676 XLI
ABT Health Care Equipment Abbott Lab 0.401900 XLV
A
Thomas I have two dfs that look like this: Symbol Sector Sub-industry Company Weight SectorSymbol
Ticker
MMM Industrials Conglomerates MCompany 0.602676 XLI
ABT Health Care Equipment Abbott Lab 0.401900 XLV
A