tenable antonym

able to use the base class object. For example: I like animals, I must like dogs, because dogs are the children of animals, but I like dogs, can not be concluded that I like animals, because I do not like mice, although it is also an animal.For example, there are two classes, one class is BaseClass, the other is the subclass class, and the subclass class is a subclass of the BaseClass class, so if a method can accept a base class object base of BaseClass type, such as: Method1 ( Base), then it

"gnawing". However, a general trend, a broad direction is there. It is generally believed that P=NP is not tenable, that is to say, most people believe that there is at least one NP problem with an algorithm that cannot have polynomial-level complexity. People are so convinced that there is a reason for P≠NP, that is, in the process of studying NP problem, we find a kind of very special NP problem called np-complete problem, also called NPC problem.

conditions at the time, choosing a UDP-based implementation, and the reasons for their choice are now likely to no longer be tenable. So "XXX protocol with UDP" is not the reason why you are now writing Web applications that use UDP, unless you are implementing the XXX protocol itself.In addition, those who say that TCP is slower than UDP, inefficient, you take UDP write a program, the Gigabit network bandwidth full (TCP equivalent code only two line

Dead Fraction Time Limit:1000 MS Memory Limit:30000 K Total Submissions:1258 Accepted:379 DescriptionMike is frantically scrambling to finish his thesis at the last minute. he needs to assemble all his research notes into vaguely coherent form in the next 3 days. unfortunately, he notices that he had been extremely sloppy in his calculations. whenever he needed to perform arithmetic, he just plugged it into a calculator and scribbled down as much of the answ

simultaneously. The related code is as follows: Evaregs. t1pr = 0x0009; // timer1 period evaregs. t1cmip = 0x0005; // timer1 compare evaregs. t1cnt = 0x0000; // timer1 counter // initalize Eva timer2 evaregs. t2pr = 0xcd1d; // timer2 period evaregs. t2cmip = 0x000a; // timer2 compare evaregs. t2cnt = 0x0000; // timer2 counter evaregs. gptcona. bit. tcmpoe = 1; evaregs. gptcona. bit. t1pin = 1; evaregs. gptcona. bit. t2pin = 1; evaregs. t2con. all = 0x1082; // bit0 uses its own cycle bit7 -- us

objects ensure that they are contiguous in memory. The managed heap seems to be far superior to ordinary heaps in terms of simplicity and speed of implementation, such as the C run-time heap. The managed heap has these benefits because it makes a fairly bold assumption-that the address space and storage are infinite. This hypothesis is obviously not tenable, meaning that the managed heap must have some mechanism to allow it to make such assumptions.

higher precision and a smaller range , this makes it suitable for financial and post-ratio calculations . Decimal the approximate range and accuracy of the type is shown above .It uses -bytes( +bit)Store each value.bits are divided into thebit integer digits,a symbol bit,A set of one can be in0-28the scale factor between changes.in math.,This scale factor is aTenthe negative exponential power of,number indicating the decimal point of a numeric value.For example , if a decimal definition equals

+ +)//stitching The number of letters printed per line{End+=ch; if(count = b)//Judging whether it's the--the{isOK=true; } if(isOK)//satisfies the condition, executes the code inside the If { if(ch = ='A') {ch='Z'; } Else//conditions are not tenable{ch--; } } Else

After reading the user experience chapter, I learned that the user experience evaluation criteria are1 provide as much feedback as you can.2 The interface of the system conforms to the user's practical practice3 users have control over4 Consistency and standardization5 suitable for all types of users6 help users identify, diagnose and fix errors7 necessary tips and help documentationIn the process of reading this chapter, my mind constantly think of Mr. Wang in class when a small example, is a l

, which we'll cover later.As you can see, name1 and Name2 point to two different string objects, except that the value values inside the two objects point to the same char array. Its memory layout is probably as follows:So, name1==name2 is not tenable, but Name1.equals (name2) is true.HashcodeWe just mentioned hash as the instance variable, which is defined as follows:Private int // Default to 0It caches the value of the Hashcode () method, that is, w