71 static void simple_div(int dividend, int divisor, int *whole,  in simple_div()  argument
78 	if (divisor == 0) {  in simple_div()
82 	*whole = dividend/divisor;  in simple_div()
83 	rem = dividend % divisor;  in simple_div()
85 		while (rem <= divisor) {  in simple_div()
89 		*micro_frac = (rem / divisor) * int_pow(10, 6 - exp);  in simple_div()
95 	int divisor = int_pow(10, exp);  in split_micro_fraction()  local
97 	*val1 = no / divisor;  in split_micro_fraction()
98 	*val2 = no % divisor * int_pow(10, 6 - exp);  in split_micro_fraction()
133 	int divisor;  in convert_to_vtf_format()  local
141 		divisor = int_pow(10, 6 + exp);  in convert_to_vtf_format()
143 		value += abs(val2) / divisor;  in convert_to_vtf_format()
145 		divisor = int_pow(10, exp);  in convert_to_vtf_format()
146 		value = abs(val1) / divisor;  in convert_to_vtf_format()
358 	int divisor;  in adjust_exponent_nano()  local
372 			divisor = int_pow(10, 8 - i);  in adjust_exponent_nano()
373 			x = scale1 / divisor;  in adjust_exponent_nano()
375 			scale1 = scale1 % divisor;  in adjust_exponent_nano()
385 		divisor = int_pow(10, exp);  in adjust_exponent_nano()
386 		*val0 = scale0 / divisor;  in adjust_exponent_nano()
387 		rem = scale0 % divisor;  in adjust_exponent_nano()
390 			divisor = int_pow(10, 8 - i);  in adjust_exponent_nano()
391 			x = scale1 / divisor;  in adjust_exponent_nano()
393 			scale1 = scale1 % divisor;  in adjust_exponent_nano()