search for: noraml

...m new to LLVM and non-expert in hardware architecture, so my question might be dumb. I'm looking for the possibility to define/call a function with multi return path, it might look like this: ``` ; Define a function with 1 alternate return path define i32 @f(i1 %i) fork 1 { br i1 %i, label %noraml, label %alternate noraml: ... setpath ret i32 42 ; take normal return path br %cleanup alternate: ... setpath fork 0 ; take the alternate return path br %cleanup cleanup: ; preds = %noraml, %alternate ... unwind ; return to the caller } ``` And at the call side: ``` %ret = call @...

I like what smooth.spline does but I am unclear on the output. I can see from the documentation that there are fit.coef but I am unclear what those coeficients are applied to.With spline I understand the "noraml" coefficients applied to a cubic polynomial. But these coefficients I am not sure how to interpret. If I had a description of the algorithm maybe I could figure it out but as it is I have this question. Any help? Kevin

...right direction. Digium tech support pointed me to this doc for a standard T1 cable: http://www.arcelect.com/RJ48C_and_RJ48S_8_position_jack_.htm which looks like it means: pin1 = recieve ring pin2 = recive tip pin4 = send ring pin5 = send tip So I treated the bottom part of the diagram like a noraml cat5 cable & connected it in this way: Zap side | 2572 side -------------------- pin 1 <=> pin 25 pin 2 <=> pin 21 pin 4 <=> pin 10 pin 5 <=> pin 6 on the T1 side I have: T1 side | 2572 side --------------------- pin1 <=> 26 pin2 <=> 22 pin4 <=>...

...right direction. Digium tech support pointed me to this doc for a standard T1 cable: http://www.arcelect.com/RJ48C_and_RJ48S_8_position_jack_.htm which looks like it means: pin1 = recieve ring pin2 = recive tip pin4 = send ring pin5 = send tip So I treated the bottom part of the diagram like a noraml cat5 cable & connected it in this way: Zap side | 2572 side -------------------- pin 1 <=> pin 25 pin 2 <=> pin 21 pin 4 <=> pin 10 pin 5 <=> pin 6 on the T1 side I have: T1 side | 2572 side --------------------- pin1 <=> 26 pin2 <=> 22 pin4 <=>...

...* bit 6 X * bit 7 SD MODE DISPLAY * byte 10 bit 0 UPS FAILT(1 = FAILT) * bit 1 BAT STATUS(1 = BAD, 0 = NORAML) * bit 2 TEST MODE (1 = TEST, 0, NORMAL) * bit 3 X * bit 4 PRE-SD COUNT MODE (1 = ACTIVE) * bit 5 SCHEDULE C...