Note- your subject line includes "won't WORK on me" Ya know, it's a classic case of the shoemaker's children. After work, the work door gets closed, and the "I'm off, no more of that till tomorrow" chant is being played. ...There is a saying. "Find something you love to do, and never have to work a day in your life". Well, he hasn't found it, and that's...

Depends on how big the company is, really. If its 50 or less. I wouldn't do it. Now, I work at a really big company (over a thousand employees), where I would be lucky to see the same girl twice. Obviously, this takes a .... If she doesn't, that means you shouldn't. And even then, keep it within bounds. It should be just about getting her digits and making a connection for after work.

Depends on how big the company is, really. If its 50 or less. I woudn't do it. Now, I work at a really big company (probably over a thousand of employees), where I would be lucky to see the same girl twice. Obviously, ... have to initiate any kino escalation. If she doesn't, that means you shouldn't. It should be just about getting her digits and making a connection for after work.

... killers are fun for a bit of time. Not for me - they make me feel a little off even at first, then I have 1 to 3 days before they really fuck with me. Takes me ~week after the last dose to get over the nastiness/poisoned feelings. Nothing beats MaryJane for what ails ya. She's medicine for many differing things alright. Glad you're getting back on track, precious. Cheers SB...

... appear to have PICK and ROLL, so I decided to implement them myself. But after working out the algorithm, I thought that if I place 100 parameters on the stack, ...to instantaneously fetch the address of a given parameter. But then, how does ROLL work after all? So how do these two words work at the hardware level? And what should the criteria be...

... appear to have PICK and ROLL, so I decided to implement them myself. But after working out the algorithm, I thought that if I place 100 parameters on the stack, ...to instantaneously fetch the address of a given parameter. But then, how does ROLL work after all? So how do these two words work at the hardware level? And what should the criteria ...

... appear to have PICK and ROLL, so I decided to implement them myself. But after working out the algorithm, I thought that if I place 100 parameters on the stack, ...to instantaneously fetch the address of a given parameter. But then, how does ROLL work after all? So how do these two words work at the hardware level? And what should the criteria be...

...appear to have PICK and ROLL, so I decided to implement them myself. But after working out the algorithm, I thought that if I place 100 parameters on the stack, ... instantaneously fetch the address of a given parameter. But then, how does ROLL work after all? So how do these two words work at the hardware level? And what should the criteria be ...

...to have PICK and ROLL, so I decided to implement them myself. But after working out the algorithm, I thought that if I place 100 parameters on the stack, ...> instantaneously fetch the address of a given parameter. But then, how does ROLL work after all? So how do these two words work at the hardware level? And what should the criteria be for...

... appear to have PICK and ROLL, so I decided to implement them myself. But after working out the algorithm, I thought that if I place 100 parameters on the stack, ...to instantaneously fetch the address of a given parameter. But then, how does ROLL work after all? So how do these two words work at the hardware level? And what should the criteria be ...