If I have an integer in Java how do I count how many bits are zero except for leading zeros? We know that integers in Java have 32 bits but counting the number of set bits in the number and then subt
I have a 32-bit integer. The bit stream is actually a bit stream for a 32-bit float (IEEE 754). I tried converting it with:
My background is php so entering the world of low-level stuff like char is bytes, which are bits, which is binary values, etc is taking some time to get the hang of.
I am trying to combine two integers in my application. By combine I mean stick one byte stream at the end of the other, not concatenate the strings.
I want to calculate 2n-1 for a 64bit integer value. What I currently do is this for(i=0; i<n; i++) r|=1<<i;
I\'ve got a code like this in C: unsigned char const data[ ] = {0x0a, 0x1d, 0xf0, 0x07}; I need to extract it such that the final value is:
Following function is used to get the page\'s base address of an address which is inside this page: void* GetPageAddress(void* pAddress)
I have a lot of domain entities (stored in mysql) which undergo lots of different operations. Each operation is executed from a different program. I need to keep (flow)-state for these entities which
Quick Summary: I have an array of 24-bit values.Any suggestion on how to quickly expand the individual 24-bit array elements into 32-bit elements?
I want to find items in common from the \"following_list\" column in a table of users: +----+--------------------+-------------------------------------+
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