There is, it's called static. Just hide it in a .cpp file and expose the real function in a header file.
I don't understand your example, why would (1 + 2.060) - 2.060 == 0 while 1 + (2.060 - 2.060) == 1? Am I just misunderstanding what you wrote?
shouldn't it be e^tau*i = 1 if tau is 2pi?
Did you consider emulating mmap yourselves? "Memory mapped files work by mapping the full file into a virtual address space and then using page faults to determine which chunks to load into physical memory. In essence…
I had to go to the last page and click "repeat the search with the omitted results included" to make it show up at all. After doing that it was the third result.
OP said $5 for 84 days though, not a month.
Here is the implementation: https://github.com/chromium/chromium/blob/master/components/...
But it would be fun to see NP bodyblock the entire enemy team with one set of treants.
If you want to be more efficient, you can also use a union for this. typedef union { int i; float f; double d; long l; char c; void *p; ... } var; Now you might also get some nice float-interpreted-as-int bugs if you…
There is, it's called static. Just hide it in a .cpp file and expose the real function in a header file.
I don't understand your example, why would (1 + 2.060) - 2.060 == 0 while 1 + (2.060 - 2.060) == 1? Am I just misunderstanding what you wrote?
shouldn't it be e^tau*i = 1 if tau is 2pi?
Did you consider emulating mmap yourselves? "Memory mapped files work by mapping the full file into a virtual address space and then using page faults to determine which chunks to load into physical memory. In essence…
I had to go to the last page and click "repeat the search with the omitted results included" to make it show up at all. After doing that it was the third result.
OP said $5 for 84 days though, not a month.
Here is the implementation: https://github.com/chromium/chromium/blob/master/components/...
But it would be fun to see NP bodyblock the entire enemy team with one set of treants.
If you want to be more efficient, you can also use a union for this. typedef union { int i; float f; double d; long l; char c; void *p; ... } var; Now you might also get some nice float-interpreted-as-int bugs if you…