Johansson is son of Swedish jazz pianist Jan Johansson and brother of HammerFall drummer Anders Johansson. He is highly influenced by classic Rock keyboardists like Don Airey, Eddie Jobson and Jon Lord. In 1982, the classically trained Johansson left the jazz fusion band Slem and joined the Swedish metal band Silver Mountain, which also included Anders. In 1983 he left Sweden for California and joined guitarist Yngwie Malmsteen as a member of his band, Rising Force. Numerous records and world tours ensued and he stayed with Yngwie until 1989. Johansson also played with the band Dio between 1989 and 1990. Like Anders, he began an ongoing collaboration with Jonas Hellborg in 1989 which has resulted in several progressive and avant-garde recordings, including Dissident, Unseen Rain (an acoustic piano trio record with Ginger Baker on drums) and the hard core progressive fusion record, E.
A race condition or race hazard is the behavior of an electronic, software or other system where the output is dependent on the sequence or timing of other uncontrollable events. It becomes a bug when events do not happen in the order the programmer intended. The term originates with the idea of two signals racing each other to influence the output first.
A typical example of a race condition may occur in a system of logic gates where inputs vary. If a given output depends on the state of the inputs it may only be defined for steady-state signals. As the inputs change state a small delay will occur before the output changes due to the physical nature of the electronic system. The output may, for a brief period, change to an unwanted state before settling back to the designed state. Certain systems can tolerate such glitches but if this output functions as a clock signal for further systems that contain memory, for example, the system can rapidly depart from its designed behaviour (in effect, the temporary glitch becomes a permanent glitch).
Race conditions are most associated with computer science and programming -- it’s a common issue in multithreaded applications where two operations compete to be executed at the same time. But, they show up in numerous forms, including in software, storage, memory, and networking. Identifying and detecting race conditions in code is tricky, but important.
🔎 Read more:
What is a race condition ➡️ https://www.techtarget.com/searchstorage/definition/race-condition
Code quality metrics devs should track ➡️ https://searchsoftwarequality.techtarget.com/answer/Which-code-quality-metrics-should-devs-track?
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published: 26 Jul 2021
Race Conditions and How to Prevent Them - A Look at Dekker's Algorithm
When two programs both need access to some shared data, how do we ensure that they don’t try to manipulate the data at the same time? This is the mutual exclusion problem, and it’s often solved with hardware. But even without any special hardware, Dekker’s Algorithm offers a way to ensure that programs can only access the shared data one at a time. Here, we take a visual look at Dekker’s Algorithm: what’s the intuition behind it? How does it work? And why does it prevent race conditions?
0:00 Mutual Exclusion
2:24 Signaling
4:05 Dekker’s Algorithm
***
Spanning Tree is an educational video series about computer science and mathematics. See more at https://spanningtree.me
To be notified when a new video is released, sign up for the Spanning Tree mailing list at https://spanningtree.subst...
published: 12 Jul 2020
Race Conditions - CompTIA Security+ SY0-701 - 2.3
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Most applications perform multiple transactions and processes at the same time. In this video, you'll learn how attackers can take advantage of this characteristic with a race condition.
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published: 08 Nov 2023
Race Condition and How to Solve it - threading.Lock | 2MinutesPy
#racecondition #concurrency #threading #threads #python #pythonprogramming #2minutespy
🖐Hey, have you ever heard of "race condition"?
Race condition?? What is that? You might ask the same question, don't worry, in this video, we'll see the race condition and how to solve it.
Race condition occurs when we run concurrent or multi-threaded programs as they access shared resources simultaneously leading to unpredictable/inconsistent results.
We can solve it using the threading.Lock() that restricts multiple threads to access shared resources simultaneously.
More 2 Minutes Python Tutorial:
What are these (/ and *) parameters in function? https://youtu.be/WjCBzJT6-Uc
How to create a MySQL DB in Python: https://youtu.be/KtMZZOA2VRU
Yield Keyword in Python: https://youtu.be/xZJNa71Rvt4...
published: 07 Apr 2024
What is a Race Condition?
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Let's talk about race conditions in this video from Alex! He explores how they work and walks through them in a quick demo. Like this video? Subscribe for more great hacking content from the team here at TCM Security! Tell us in the comments if you have something you would like us to cover in the future.
#raceconditions #cybersecurity #vulnerabilities #hacking #bugbountytips
0:00 Introduction about Race Conditions
0:21 NordPass Ad
1:24 How Race Conditions work
3:40 Race Conditions Lab
7:10 Learn more about Race Conditions
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published: 26 Feb 2024
Race Condition
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published: 24 Oct 2024
#89 Race Condition in Java
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published: 19 Jan 2023
Race Conditions - SY0-601 CompTIA Security+ : 1.3
Security+ Training Course Index: https://professormesser.link/sy0601
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Developers must plan for every possible contingency. In this video, you’ll learn how attackers can use race conditions to exploit applications and systems.
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⚠️ Important Disclaimer ⚠️
Everything shown in this video is for educational and informational purposes only. The actions, content, and techniques demonstrated are performed in a controlled environment by individuals aware of the risks involved.
Do not attempt to replicate what is shown in real-life or uncontrolled settings.
Safety always comes first: learn responsibly and always adhere to legal regulations and boundaries.
Thank you for your attention, and happy learning! 💡
published: 19 Jan 2025
Everything you should know about race conditions in two minutes or less
Race conditions are most associated with computer science and programming -- it’s a common issue in multithreaded applications where two operations compete to b...
Race conditions are most associated with computer science and programming -- it’s a common issue in multithreaded applications where two operations compete to be executed at the same time. But, they show up in numerous forms, including in software, storage, memory, and networking. Identifying and detecting race conditions in code is tricky, but important.
🔎 Read more:
What is a race condition ➡️ https://www.techtarget.com/searchstorage/definition/race-condition
Code quality metrics devs should track ➡️ https://searchsoftwarequality.techtarget.com/answer/Which-code-quality-metrics-should-devs-track?
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#RaceCondition #NetworkSecurity #EyeOnTech
Race conditions are most associated with computer science and programming -- it’s a common issue in multithreaded applications where two operations compete to be executed at the same time. But, they show up in numerous forms, including in software, storage, memory, and networking. Identifying and detecting race conditions in code is tricky, but important.
🔎 Read more:
What is a race condition ➡️ https://www.techtarget.com/searchstorage/definition/race-condition
Code quality metrics devs should track ➡️ https://searchsoftwarequality.techtarget.com/answer/Which-code-quality-metrics-should-devs-track?
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#RaceCondition #NetworkSecurity #EyeOnTech
When two programs both need access to some shared data, how do we ensure that they don’t try to manipulate the data at the same time? This is the mutual exclusi...
When two programs both need access to some shared data, how do we ensure that they don’t try to manipulate the data at the same time? This is the mutual exclusion problem, and it’s often solved with hardware. But even without any special hardware, Dekker’s Algorithm offers a way to ensure that programs can only access the shared data one at a time. Here, we take a visual look at Dekker’s Algorithm: what’s the intuition behind it? How does it work? And why does it prevent race conditions?
0:00 Mutual Exclusion
2:24 Signaling
4:05 Dekker’s Algorithm
***
Spanning Tree is an educational video series about computer science and mathematics. See more at https://spanningtree.me
To be notified when a new video is released, sign up for the Spanning Tree mailing list at https://spanningtree.substack.com/
Spanning Tree is created by Brian Yu. https://brianyu.me/
Email me at [email protected] to suggest a future topic.
When two programs both need access to some shared data, how do we ensure that they don’t try to manipulate the data at the same time? This is the mutual exclusion problem, and it’s often solved with hardware. But even without any special hardware, Dekker’s Algorithm offers a way to ensure that programs can only access the shared data one at a time. Here, we take a visual look at Dekker’s Algorithm: what’s the intuition behind it? How does it work? And why does it prevent race conditions?
0:00 Mutual Exclusion
2:24 Signaling
4:05 Dekker’s Algorithm
***
Spanning Tree is an educational video series about computer science and mathematics. See more at https://spanningtree.me
To be notified when a new video is released, sign up for the Spanning Tree mailing list at https://spanningtree.substack.com/
Spanning Tree is created by Brian Yu. https://brianyu.me/
Email me at [email protected] to suggest a future topic.
Security+ Training Course Index: https://professormesser.link/701videos
Professor Messer’s Course Notes: https://professormesser.link/701notes
- - - - -
Most a...
Security+ Training Course Index: https://professormesser.link/701videos
Professor Messer’s Course Notes: https://professormesser.link/701notes
- - - - -
Most applications perform multiple transactions and processes at the same time. In this video, you'll learn how attackers can take advantage of this characteristic with a race condition.
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- - - - -
Most applications perform multiple transactions and processes at the same time. In this video, you'll learn how attackers can take advantage of this characteristic with a race condition.
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#racecondition #concurrency #threading #threads #python #pythonprogramming #2minutespy
🖐Hey, have you ever heard of "race condition"?
Race condition?? What...
#racecondition #concurrency #threading #threads #python #pythonprogramming #2minutespy
🖐Hey, have you ever heard of "race condition"?
Race condition?? What is that? You might ask the same question, don't worry, in this video, we'll see the race condition and how to solve it.
Race condition occurs when we run concurrent or multi-threaded programs as they access shared resources simultaneously leading to unpredictable/inconsistent results.
We can solve it using the threading.Lock() that restricts multiple threads to access shared resources simultaneously.
More 2 Minutes Python Tutorial:
What are these (/ and *) parameters in function? https://youtu.be/WjCBzJT6-Uc
How to create a MySQL DB in Python: https://youtu.be/KtMZZOA2VRU
Yield Keyword in Python: https://youtu.be/xZJNa71Rvt4
Class in Python: https://youtu.be/GCW5CQJnMAk
Decorators in Python: https://youtu.be/tKCURAMFdd4
List comprehension in Python: https://youtu.be/a3eE5kslhek
How to use map() in Python: https://youtu.be/eCIKq3AIWbU
reverse() vs. reversed() in Python: https://youtu.be/bchi-TI5Uy8
Why Flask(__name__) is Used When Creating a Flask App? https://youtu.be/NaTNx7PE8xo
What is Global Interpreter Lock in Python? https://youtu.be/bHFz94fe0Co
What is a Lambda Function in Python? https://youtu.be/HKzEZMeuj-U?si=E8RdmQj13GfrIwY9
Why __init__.py File is Used in Python Projects: https://youtu.be/mWaMSGwiSB0
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- Python Threading in 2 Minutes: https://youtu.be/KbrUfPEwt78?si=1RIJIgsX5gZM8USh
- Python's super() function in 2 Minutes: https://youtu.be/giOT0dBkIaQ?si=CY9nc2SKGdV9x4N6
- How to Use *args and **kwargs in 2 Minutes: https://youtu.be/QksqEIz09eU?si=BgvKGlaqQ-A830ro
- Python's ABC (Abstract Base Class) in 2 Minutes: https://youtu.be/G-w5PvPQl5Q?si=q3MZlwFrK4v_VikS
- Python's __init__ Method in 2 Minutes: https://youtu.be/mYKGYr0xaXw?si=qc-340QID1JXnVrd
Python's __getitem__ Method in 2 Minutes: https://youtu.be/tkZSjGMSFf8?si=LQNyose_pKcxN3hs
Subscribe to https://www.youtube.com/channel/UCbcD3tpv7kIQU2cp5F9KJNA for more such videos.
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#racecondition #concurrency #threading #threads #python #pythonprogramming #2minutespy
🖐Hey, have you ever heard of "race condition"?
Race condition?? What is that? You might ask the same question, don't worry, in this video, we'll see the race condition and how to solve it.
Race condition occurs when we run concurrent or multi-threaded programs as they access shared resources simultaneously leading to unpredictable/inconsistent results.
We can solve it using the threading.Lock() that restricts multiple threads to access shared resources simultaneously.
More 2 Minutes Python Tutorial:
What are these (/ and *) parameters in function? https://youtu.be/WjCBzJT6-Uc
How to create a MySQL DB in Python: https://youtu.be/KtMZZOA2VRU
Yield Keyword in Python: https://youtu.be/xZJNa71Rvt4
Class in Python: https://youtu.be/GCW5CQJnMAk
Decorators in Python: https://youtu.be/tKCURAMFdd4
List comprehension in Python: https://youtu.be/a3eE5kslhek
How to use map() in Python: https://youtu.be/eCIKq3AIWbU
reverse() vs. reversed() in Python: https://youtu.be/bchi-TI5Uy8
Why Flask(__name__) is Used When Creating a Flask App? https://youtu.be/NaTNx7PE8xo
What is Global Interpreter Lock in Python? https://youtu.be/bHFz94fe0Co
What is a Lambda Function in Python? https://youtu.be/HKzEZMeuj-U?si=E8RdmQj13GfrIwY9
Why __init__.py File is Used in Python Projects: https://youtu.be/mWaMSGwiSB0
if __name__ == "__main__" in Python: https://youtu.be/WfPwvUjIZtE
Python's seek() and tell() functions in 2 Minutes: https://youtu.be/7TQQJSfcrEQ?si=jUHERf0DiZUfuzrP
- Python Threading in 2 Minutes: https://youtu.be/KbrUfPEwt78?si=1RIJIgsX5gZM8USh
- Python's super() function in 2 Minutes: https://youtu.be/giOT0dBkIaQ?si=CY9nc2SKGdV9x4N6
- How to Use *args and **kwargs in 2 Minutes: https://youtu.be/QksqEIz09eU?si=BgvKGlaqQ-A830ro
- Python's ABC (Abstract Base Class) in 2 Minutes: https://youtu.be/G-w5PvPQl5Q?si=q3MZlwFrK4v_VikS
- Python's __init__ Method in 2 Minutes: https://youtu.be/mYKGYr0xaXw?si=qc-340QID1JXnVrd
Python's __getitem__ Method in 2 Minutes: https://youtu.be/tkZSjGMSFf8?si=LQNyose_pKcxN3hs
Subscribe to https://www.youtube.com/channel/UCbcD3tpv7kIQU2cp5F9KJNA for more such videos.
@2MinutesPy
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Let's talk about race conditions in th...
See NordPass Business in action now with a 3-month free trial here http://nordpass.com/cybermentor with code cybermentor
Let's talk about race conditions in this video from Alex! He explores how they work and walks through them in a quick demo. Like this video? Subscribe for more great hacking content from the team here at TCM Security! Tell us in the comments if you have something you would like us to cover in the future.
#raceconditions #cybersecurity #vulnerabilities #hacking #bugbountytips
0:00 Introduction about Race Conditions
0:21 NordPass Ad
1:24 How Race Conditions work
3:40 Race Conditions Lab
7:10 Learn more about Race Conditions
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Let's talk about race conditions in this video from Alex! He explores how they work and walks through them in a quick demo. Like this video? Subscribe for more great hacking content from the team here at TCM Security! Tell us in the comments if you have something you would like us to cover in the future.
#raceconditions #cybersecurity #vulnerabilities #hacking #bugbountytips
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Python : https://go.telusko.com/udemyteluskopython
Git : https://go.telusko.com/udemyteluskogit
Docker : https://go.telusko.com/udemyteluskodocker
website : https://courses.telusko.com/
In this lecture we will learn:
- What are threads and mutations?
- Thread safe in Java
- Use of join() method in threads
- What is synchronization?
- Race condition in java
#1
Threads and Mutations:
- Threads are useful when you want to execute multiple things at the same time.
- Most of the time, threads are created by the framework itself.
- Threads are used when you want to make things faster.
- Mutations simply mean that you can change something.
- Primitive type variables and primitive type objects are mutations as their value can be changed.
- Strings are immutable as we cannot change their value of it.
- Use of threads and mutations at the same time is not good, as it creates instability in the code.
#2
Thread Safe:
Thread safe means that only one thread will work at one point.
- When a thread is already working on an object and preventing another thread from working on the same object, this process is called Thread-Safety.
- If we have two threads and each thread is calling increment thousand times, then increment will be called two thousand times.
- For the above case, every time you run the code you will get a different output for this.
- This happens because the main method prints the value of the count at any moment of time, it does not wait for threads to execute completely and come back to the main method.
- If the main method waits for threads to execute and to come back after completion, then it gives nearby correct output.
#3
join method and synchronized keyword:
- join() is a method that allows the main method to wait for the other threads to come back and join.
- join through an exception so we have to handle it by using throws Interruption.
- If both threads go to the method at the same time then it might be possible that they will be lost some of the values in between.
- The above problem will be resolved by using the synchronized keyword.
- By using the synchronized, java ensures that the method will be called by only one method at a time to handle instability in code.
- So, if a thread is working with the synchronized method, then the other thread has to wait to work with that method until the first thread gets completed.
- Synchronization in java is the capability to control the access of multiple threads to any shared resource.
#4
Race condition:
- Synchronization helps to prevent the race condition.
- Race condition is a condition in which the critical section (a part of the program where shared memory is accessed) is concurrently executed by two or more threads. It leads to incorrect behaviour of a program.
Github repo : https://github.com/navinreddy20/Javacode.git
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NoSQL Tutorial :- https://bit.ly/3aJpRuc
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Git Tutorial :- https://bit.ly/3NXyCPu
Donation:
PayPal Id : navinreddy20
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Check out our courses:
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Master Java Spring Development : https://go.telusko.com/masterjava
Coupon: TELUSKO20 (20% Discount)
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Java For Programmers:- https://go.telusko.com/javaProgrammers
Python : https://go.telusko.com/udemyteluskopython
Git : https://go.telusko.com/udemyteluskogit
Docker : https://go.telusko.com/udemyteluskodocker
website : https://courses.telusko.com/
In this lecture we will learn:
- What are threads and mutations?
- Thread safe in Java
- Use of join() method in threads
- What is synchronization?
- Race condition in java
#1
Threads and Mutations:
- Threads are useful when you want to execute multiple things at the same time.
- Most of the time, threads are created by the framework itself.
- Threads are used when you want to make things faster.
- Mutations simply mean that you can change something.
- Primitive type variables and primitive type objects are mutations as their value can be changed.
- Strings are immutable as we cannot change their value of it.
- Use of threads and mutations at the same time is not good, as it creates instability in the code.
#2
Thread Safe:
Thread safe means that only one thread will work at one point.
- When a thread is already working on an object and preventing another thread from working on the same object, this process is called Thread-Safety.
- If we have two threads and each thread is calling increment thousand times, then increment will be called two thousand times.
- For the above case, every time you run the code you will get a different output for this.
- This happens because the main method prints the value of the count at any moment of time, it does not wait for threads to execute completely and come back to the main method.
- If the main method waits for threads to execute and to come back after completion, then it gives nearby correct output.
#3
join method and synchronized keyword:
- join() is a method that allows the main method to wait for the other threads to come back and join.
- join through an exception so we have to handle it by using throws Interruption.
- If both threads go to the method at the same time then it might be possible that they will be lost some of the values in between.
- The above problem will be resolved by using the synchronized keyword.
- By using the synchronized, java ensures that the method will be called by only one method at a time to handle instability in code.
- So, if a thread is working with the synchronized method, then the other thread has to wait to work with that method until the first thread gets completed.
- Synchronization in java is the capability to control the access of multiple threads to any shared resource.
#4
Race condition:
- Synchronization helps to prevent the race condition.
- Race condition is a condition in which the critical section (a part of the program where shared memory is accessed) is concurrently executed by two or more threads. It leads to incorrect behaviour of a program.
Github repo : https://github.com/navinreddy20/Javacode.git
Java:- https://bit.ly/JavaUdemyTelusko
Spring:- https://bit.ly/SpringUdemyTelusko
More Learning :
Java :- https://bit.ly/3x6rr0N
Python :- https://bit.ly/3GRc7JX
Django :- https://bit.ly/3MmoJK6
JavaScript :- https://bit.ly/3tiAlHo
Node JS :- https://bit.ly/3GT4liq
Rest Api :-https://bit.ly/3MjhZwt
Servlet :- https://bit.ly/3Q7eA7k
Spring Framework :- https://bit.ly/3xi7buh
Design Patterns in Java :- https://bit.ly/3MocXiq
Docker :- https://bit.ly/3xjWzLA
Blockchain Tutorial :- https://bit.ly/3NSbOkc
Corda Tutorial:- https://bit.ly/3thbUKa
Hyperledger Fabric :- https://bit.ly/38RZCRB
NoSQL Tutorial :- https://bit.ly/3aJpRuc
Mysql Tutorial :- https://bit.ly/3thpr4L
Data Structures using Java :- https://bit.ly/3MuJa7S
Git Tutorial :- https://bit.ly/3NXyCPu
Donation:
PayPal Id : navinreddy20
https://www.telusko.com
Security+ Training Course Index: https://professormesser.link/sy0601
Professor Messer’s Course Notes: https://professormesser.link/601cn
Professor Messer's Pr...
Security+ Training Course Index: https://professormesser.link/sy0601
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Developers must plan for every possible contingency. In this video, you’ll learn how attackers can use race conditions to exploit applications and systems.
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⚠️ Important Disclaimer ⚠️
Everything shown in this video is for educational and informational purposes only. The actions, content, and techniques demonstrated are performed in a controlled environment by individuals aware of the risks involved.
Do not attempt to replicate what is shown in real-life or uncontrolled settings.
Safety always comes first: learn responsibly and always adhere to legal regulations and boundaries.
Thank you for your attention, and happy learning! 💡
📱Social Media📱
_________________________________________
Telegram Group : https://t.me/+o6Tjciq6avxkNDRk
⚠️ Important Disclaimer ⚠️
Everything shown in this video is for educational and informational purposes only. The actions, content, and techniques demonstrated are performed in a controlled environment by individuals aware of the risks involved.
Do not attempt to replicate what is shown in real-life or uncontrolled settings.
Safety always comes first: learn responsibly and always adhere to legal regulations and boundaries.
Thank you for your attention, and happy learning! 💡
Race conditions are most associated with computer science and programming -- it’s a common issue in multithreaded applications where two operations compete to be executed at the same time. But, they show up in numerous forms, including in software, storage, memory, and networking. Identifying and detecting race conditions in code is tricky, but important.
🔎 Read more:
What is a race condition ➡️ https://www.techtarget.com/searchstorage/definition/race-condition
Code quality metrics devs should track ➡️ https://searchsoftwarequality.techtarget.com/answer/Which-code-quality-metrics-should-devs-track?
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#RaceCondition #NetworkSecurity #EyeOnTech
When two programs both need access to some shared data, how do we ensure that they don’t try to manipulate the data at the same time? This is the mutual exclusion problem, and it’s often solved with hardware. But even without any special hardware, Dekker’s Algorithm offers a way to ensure that programs can only access the shared data one at a time. Here, we take a visual look at Dekker’s Algorithm: what’s the intuition behind it? How does it work? And why does it prevent race conditions?
0:00 Mutual Exclusion
2:24 Signaling
4:05 Dekker’s Algorithm
***
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Most applications perform multiple transactions and processes at the same time. In this video, you'll learn how attackers can take advantage of this characteristic with a race condition.
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#racecondition #concurrency #threading #threads #python #pythonprogramming #2minutespy
🖐Hey, have you ever heard of "race condition"?
Race condition?? What is that? You might ask the same question, don't worry, in this video, we'll see the race condition and how to solve it.
Race condition occurs when we run concurrent or multi-threaded programs as they access shared resources simultaneously leading to unpredictable/inconsistent results.
We can solve it using the threading.Lock() that restricts multiple threads to access shared resources simultaneously.
More 2 Minutes Python Tutorial:
What are these (/ and *) parameters in function? https://youtu.be/WjCBzJT6-Uc
How to create a MySQL DB in Python: https://youtu.be/KtMZZOA2VRU
Yield Keyword in Python: https://youtu.be/xZJNa71Rvt4
Class in Python: https://youtu.be/GCW5CQJnMAk
Decorators in Python: https://youtu.be/tKCURAMFdd4
List comprehension in Python: https://youtu.be/a3eE5kslhek
How to use map() in Python: https://youtu.be/eCIKq3AIWbU
reverse() vs. reversed() in Python: https://youtu.be/bchi-TI5Uy8
Why Flask(__name__) is Used When Creating a Flask App? https://youtu.be/NaTNx7PE8xo
What is Global Interpreter Lock in Python? https://youtu.be/bHFz94fe0Co
What is a Lambda Function in Python? https://youtu.be/HKzEZMeuj-U?si=E8RdmQj13GfrIwY9
Why __init__.py File is Used in Python Projects: https://youtu.be/mWaMSGwiSB0
if __name__ == "__main__" in Python: https://youtu.be/WfPwvUjIZtE
Python's seek() and tell() functions in 2 Minutes: https://youtu.be/7TQQJSfcrEQ?si=jUHERf0DiZUfuzrP
- Python Threading in 2 Minutes: https://youtu.be/KbrUfPEwt78?si=1RIJIgsX5gZM8USh
- Python's super() function in 2 Minutes: https://youtu.be/giOT0dBkIaQ?si=CY9nc2SKGdV9x4N6
- How to Use *args and **kwargs in 2 Minutes: https://youtu.be/QksqEIz09eU?si=BgvKGlaqQ-A830ro
- Python's ABC (Abstract Base Class) in 2 Minutes: https://youtu.be/G-w5PvPQl5Q?si=q3MZlwFrK4v_VikS
- Python's __init__ Method in 2 Minutes: https://youtu.be/mYKGYr0xaXw?si=qc-340QID1JXnVrd
Python's __getitem__ Method in 2 Minutes: https://youtu.be/tkZSjGMSFf8?si=LQNyose_pKcxN3hs
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Let's talk about race conditions in this video from Alex! He explores how they work and walks through them in a quick demo. Like this video? Subscribe for more great hacking content from the team here at TCM Security! Tell us in the comments if you have something you would like us to cover in the future.
#raceconditions #cybersecurity #vulnerabilities #hacking #bugbountytips
0:00 Introduction about Race Conditions
0:21 NordPass Ad
1:24 How Race Conditions work
3:40 Race Conditions Lab
7:10 Learn more about Race Conditions
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Git : https://go.telusko.com/udemyteluskogit
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website : https://courses.telusko.com/
In this lecture we will learn:
- What are threads and mutations?
- Thread safe in Java
- Use of join() method in threads
- What is synchronization?
- Race condition in java
#1
Threads and Mutations:
- Threads are useful when you want to execute multiple things at the same time.
- Most of the time, threads are created by the framework itself.
- Threads are used when you want to make things faster.
- Mutations simply mean that you can change something.
- Primitive type variables and primitive type objects are mutations as their value can be changed.
- Strings are immutable as we cannot change their value of it.
- Use of threads and mutations at the same time is not good, as it creates instability in the code.
#2
Thread Safe:
Thread safe means that only one thread will work at one point.
- When a thread is already working on an object and preventing another thread from working on the same object, this process is called Thread-Safety.
- If we have two threads and each thread is calling increment thousand times, then increment will be called two thousand times.
- For the above case, every time you run the code you will get a different output for this.
- This happens because the main method prints the value of the count at any moment of time, it does not wait for threads to execute completely and come back to the main method.
- If the main method waits for threads to execute and to come back after completion, then it gives nearby correct output.
#3
join method and synchronized keyword:
- join() is a method that allows the main method to wait for the other threads to come back and join.
- join through an exception so we have to handle it by using throws Interruption.
- If both threads go to the method at the same time then it might be possible that they will be lost some of the values in between.
- The above problem will be resolved by using the synchronized keyword.
- By using the synchronized, java ensures that the method will be called by only one method at a time to handle instability in code.
- So, if a thread is working with the synchronized method, then the other thread has to wait to work with that method until the first thread gets completed.
- Synchronization in java is the capability to control the access of multiple threads to any shared resource.
#4
Race condition:
- Synchronization helps to prevent the race condition.
- Race condition is a condition in which the critical section (a part of the program where shared memory is accessed) is concurrently executed by two or more threads. It leads to incorrect behaviour of a program.
Github repo : https://github.com/navinreddy20/Javacode.git
Java:- https://bit.ly/JavaUdemyTelusko
Spring:- https://bit.ly/SpringUdemyTelusko
More Learning :
Java :- https://bit.ly/3x6rr0N
Python :- https://bit.ly/3GRc7JX
Django :- https://bit.ly/3MmoJK6
JavaScript :- https://bit.ly/3tiAlHo
Node JS :- https://bit.ly/3GT4liq
Rest Api :-https://bit.ly/3MjhZwt
Servlet :- https://bit.ly/3Q7eA7k
Spring Framework :- https://bit.ly/3xi7buh
Design Patterns in Java :- https://bit.ly/3MocXiq
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Blockchain Tutorial :- https://bit.ly/3NSbOkc
Corda Tutorial:- https://bit.ly/3thbUKa
Hyperledger Fabric :- https://bit.ly/38RZCRB
NoSQL Tutorial :- https://bit.ly/3aJpRuc
Mysql Tutorial :- https://bit.ly/3thpr4L
Data Structures using Java :- https://bit.ly/3MuJa7S
Git Tutorial :- https://bit.ly/3NXyCPu
Donation:
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Developers must plan for every possible contingency. In this video, you’ll learn how attackers can use race conditions to exploit applications and systems.
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⚠️ Important Disclaimer ⚠️
Everything shown in this video is for educational and informational purposes only. The actions, content, and techniques demonstrated are performed in a controlled environment by individuals aware of the risks involved.
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Johansson is son of Swedish jazz pianist Jan Johansson and brother of HammerFall drummer Anders Johansson. He is highly influenced by classic Rock keyboardists like Don Airey, Eddie Jobson and Jon Lord. In 1982, the classically trained Johansson left the jazz fusion band Slem and joined the Swedish metal band Silver Mountain, which also included Anders. In 1983 he left Sweden for California and joined guitarist Yngwie Malmsteen as a member of his band, Rising Force. Numerous records and world tours ensued and he stayed with Yngwie until 1989. Johansson also played with the band Dio between 1989 and 1990. Like Anders, he began an ongoing collaboration with Jonas Hellborg in 1989 which has resulted in several progressive and avant-garde recordings, including Dissident, Unseen Rain (an acoustic piano trio record with Ginger Baker on drums) and the hard core progressive fusion record, E.
they say that love will never last, i really thought so in the past, it didn't last I always ways the last to know, but now I'm going with the flow, i have to know close to you, close to you, I don't want to think it thru close to you, close to you, all my dreams are coming true close to you, close to you, all my dreams are coming true, they're coming true I never used to have a doubt, nothing was waiting to come out, but now I doubt they say that love is never blind, but now i think I lost my mind, I'm going