#我的交易风格 "Trump Bitcoin Vault" related information is associated with the Bitcoin strategic reserve measures of the Trump administration.
On March 6, 2025, local time, U.S. President Trump signed an executive order to establish a strategic Bitcoin reserve. This reserve will be capitalized with approximately 200,000 Bitcoins owned by the federal government, which are sourced from proceeds seized in criminal and civil cases. The U.S. will not sell any Bitcoins deposited in the reserve, treating them as a means of value storage. At the same time, the executive order also establishes the U.S. Digital Asset Reserve to store other seized cryptocurrencies.
Trump stated that the Bitcoin reserve assets will be stored in the "Digital Fort Knox." Analysts believe that Trump’s move aims both to seek to reshape the dollar's hegemony and compete for the high ground in digital finance, as well as to pursue commercial interests and consolidate his voter base; secondly, it reflects optimism about the appreciation prospects of Bitcoin, hoping to address issues such as inflation and national debt by "hoarding digital gold"; thirdly, he may want to exert significant influence on the future formation of international cryptocurrency regulations.
$BTC "Trump Bitcoin Vault" related information is associated with the Bitcoin strategic reserve initiatives of the Trump administration.
On March 6, 2025, local time, U.S. President Trump signed an executive order to establish a strategic Bitcoin reserve. This reserve will be capitalized with approximately 200,000 Bitcoins owned by the federal government, which are derived from seizures in criminal and civil cases. The United States will not sell any Bitcoins deposited into the reserve, using them as a store of value. At the same time, the executive order also established a U.S. digital assets reserve to hold other confiscated cryptocurrencies.
Trump stated that the Bitcoin reserve assets will be stored in the "Digital Fort Knox." Analysts believe that Trump's move is aimed at reshaping the dollar's hegemony and competing for the high ground in digital finance, as well as seeking commercial interests and consolidating his voter base; secondly, he is optimistic about the appreciation prospects of Bitcoin and hopes to address issues such as inflation and national debt by "hoarding digital gold"; thirdly, he may want to have a significant influence on the future formation of international cryptocurrency regulations.
$BTC "Trump Bitcoin Vault" related information is about the Bitcoin strategic reserve measures of the Trump administration.
On March 6, 2025, local time, U.S. President Trump signed an executive order to establish a strategic Bitcoin reserve. This reserve will be capitalized with approximately 200,000 Bitcoins owned by the federal government, which are sourced from confiscated assets in criminal and civil cases. The U.S. will not sell any Bitcoins deposited in the reserve and will use them as a means of value storage. At the same time, the executive order also established a U.S. digital asset reserve to store other confiscated cryptocurrencies.
Trump stated that the Bitcoin reserve assets will be stored in the "Digital Fort Knox." Analysts believe that Trump's move is aimed at seeking to reshape dollar hegemony and compete for the high ground in digital finance, as well as considering commercial interests and solidifying his voter base; he is optimistic about the appreciation prospects of Bitcoin and hopes to address issues such as inflation and national debt by "stockpiling digital gold"; and he may also want to exert significant influence on the future formation of international cryptocurrency regulations.
#特朗普比特币金库 "Trump Bitcoin Vault" related information is associated with the Bitcoin strategic reserve measures of the Trump administration.
On March 6, 2025, local time, U.S. President Trump signed an executive order establishing a strategic Bitcoin reserve. This reserve will be capitalized with approximately 200,000 Bitcoins owned by the federal government, which are sourced from confiscated assets in criminal and civil cases. The U.S. will not sell any Bitcoins deposited in the reserve, using them as a means of storing value. At the same time, the executive order also established the U.S. Digital Asset Reserve to store other confiscated cryptocurrencies.
Trump stated that the Bitcoin reserve assets will be stored in the "Digital Fort Knox." Analysts believe that Trump’s move is aimed at seeking to reshape the dollar's hegemony and compete for a leading position in digital finance, as well as pursuing business interests and consolidating his voter base; secondly, he is optimistic about the appreciation prospects of Bitcoin, hoping to address issues such as inflation and national debt by "stockpiling digital gold"; thirdly, he may wish to have a significant influence on the formation of future international cryptocurrency regulations.
$ETH Bit operations are operations performed on binary bits and are commonly used in programming and low-level development. Here are some common techniques:
Bitwise AND (&)
• Purpose: Can be used to get the value of a certain bit. For example, to check if the least significant bit of a number is 1, use the bitwise AND operation with the number and 1 (num & 1).
• Example: 5 (binary 101) & 1 (binary 001) = 1, indicating that the least significant bit is 1.
Bitwise OR (|)
• Purpose: Can set a certain bit to 1. For example, to set the 3rd bit of a number to 1, use the bitwise OR operation with the number and (1 << 3).
• Example: num = 5 (101), num | (1 << 2) = 5 | 4 (100) = 9 (1001), the 3rd bit (counting from 0) is set to 1.
Bitwise XOR (^)
• Purpose: Can swap two numbers without using a temporary variable, and can also negate a certain bit.
• Example: To swap a and b, a = a ^ b, b = b ^ a, a = a ^ b; to negate the 1st bit of num, num ^= (1 << 1).
Left Shift (<<)
• Purpose: Equivalent to multiplying by 2 raised to the power of n (where n is the number of left shifts), and is more efficient than multiplication.
• Example: 3 << 2 = 3 * 2² = 12.
Right Shift (>>)
• Purpose: Equivalent to dividing by 2 raised to the power of n and rounding down, also more efficient than division.
• Example: 13 >> 2 = 13 / 2² = 3 (rounded down).
Bitwise NOT (~)
• Purpose: Negates all binary bits of a number, and the result is -(num + 1).
• Example: ~5 = -6, because the binary of 5 is 00000101, after negation it becomes 11111010, which is the two's complement of -6.
Odd or Even Check
• Method: Use num & 1, result is 1 for odd, and 0 for even.
• Example: 7 & 1 = 1 (odd), 8 & 1 = 0 (even).
Clear the lowest set bit
• Method: num & (num - 1), can be used to count the number of 1s in binary, etc.
• Example: 6 (110) & 5 (101) = 4 (100), the lowest set bit is cleared.
Bit manipulation on #加密圆桌讨论 is an operation performed on binary digits and is commonly used in programming and low-level development. Here are some common techniques:
Bitwise AND (&)
• Purpose: Can be used to get the value of a specific bit. For example, to check if the least significant bit of a number is 1, you can perform a bitwise AND operation with the number and 1 (num & 1).
• Example: 5 (binary 101) & 1 (binary 001) = 1, indicating that the least significant bit is 1.
Bitwise OR (|)
• Purpose: Can set a specific bit to 1. For instance, to set the 3rd bit of a number to 1, you can perform a bitwise OR operation with the number and (1 << 3).
• Example: num = 5 (101), num | (1 << 2) = 5 | 4 (100) = 9 (1001), the 3rd bit (counting from 0) is set to 1.
Bitwise XOR (^)
• Purpose: Can swap two numbers without using a temporary variable and can also flip a specific bit.
• Example: To swap a and b, a = a ^ b, b = b ^ a, a = a ^ b; to flip the 1st bit of num, num ^= (1 << 1).
Left Shift (<<)
• Purpose: Equivalent to multiplying by 2 raised to the power of n (where n is the number of left shifts), and is more efficient than multiplication.
• Example: 3 << 2 = 3 * 2² = 12.
Right Shift (>>)
• Purpose: Equivalent to dividing by 2 raised to the power of n and rounding down, also more efficient than division.
• Example: 13 >> 2 = 13 / 2² = 3 (rounded down).
Bitwise NOT (~)
• Purpose: Flips all binary bits of a number, the result is -(num + 1).
• Example: ~5 = -6, because the binary of 5 is 00000101, flipping it gives 11111010, which is the two's complement of -6.
Determine Odd or Even
• Method: Use num & 1; a result of 1 indicates an odd number, while a result of 0 indicates an even number.
• Example: 7 & 1 = 1 (odd), 8 & 1 = 0 (even).
Clear the Lowest Set Bit
• Method: num & (num - 1), can be used to count the number of 1s in binary, etc.
• Example: 6 (110) & 5 (101) = 4 (100), clearing the lowest set bit.