- OurMajorLangIsCAndCPlusPlus/print/조현태 . . . . 30 matches
va_list variables;
va_start(variables, outData);
PrintNumber(spaceSize, va_arg(variables, int), 0);
double variableDouble = va_arg(variables, double);
PrintNumber(spaceSize, (int)variableDouble / 1 , variableDouble - (int)variableDouble);
fputs(va_arg(variables, const char*), stdout);
int* variableInts = va_arg(variables, int*);
int variableSize = va_arg(variables, int);
for (register int i = 0; i < variableSize; ++i)
PrintNumber(0, variableInts[i], 0);
double* variableDoubles = va_arg(variables, double*);
int variableSize = va_arg(variables, int);
for (register int i = 0; i < variableSize; ++i)
PrintNumber(0, (int)variableDoubles[i] / 1 , variableDoubles[i] - (int)variableDoubles[i]);
const char** variableStrings = va_arg(variables, const char**);
int variableSize = va_arg(variables, int);
for (register int i = 0; i < variableSize; ++i)
fputs(variableStrings[i], stdout);
va_end(variables);
- 영호의해킹공부페이지 . . . . 7 matches
addresses, or up them. This means that one could address variables in the
within a frame (FP). This can be used for referencing variables because their
cout << "Gimmee a variable\n";
Gimmee a variable
Gimmee a variable
Gimmee a variable
Gimmee a variable
- C99표준에추가된C언어의엄청좋은기능 . . . . 5 matches
* 알아본 결과 C99에서 지원되는 것으로 표준이 맞으며, 단지 VS의 컴파일러가 C99를 완전히 만족시키지 않기 때문이라고함. gcc도 3.0 이후버전부터 지원된 기능으로 variable-length array 이라고 부르는군요. (gcc는 C99발표이전부터 extension 의 형태로 지원을 하기는 했다고 합니다.) - [eternalbleu]
The new variable-length array (VLA) feature is partially available. Simple VLAs will work. However, this is a pure coincidence; in fact, GNU C has its own variable-length array support. As a result, while simple code using variable-length arrays will work, a lot of code will run into the differences between the older GNU C support for VLAs and the C99 definition. Declare arrays whose length is a local variable, but don't try to go much further.
- Gof/Singleton . . . . 5 matches
2. namespace를 줄인다. SingletonPattern은 global variable을 줄임으로서 global variable로 인한 namespace의 낭비를 줄인다.
Smalltalk에서 unique instance를 리턴하는 functiond은 Singleton 클래스의 class method로 구현된다. 단일 인스턴스가 만들어지는 것을 보장하기 위해서 new operation을 override한다. The resulting Singleton class might have the following two class methods, where SoleInstance is a class variable that is not used anywhere else:
Register operation은 주어진 string name으로 Singleton instance를 등록한다. registry를 단순화시키기 위해 우리는 NameSingletonPair 객체의 리스트에 instance를 저장할 것이다. 각 NameSingletonPair는 name과 instance를 mapping한다. Lookup operation은 주어진 이름을 가지고 singleton을 찾는다. 우리는 다음의 코드에서 environment variable이 원하는 singleton의 이름을 명시하고 있음을 생각할 수 있다.
여기서 SingletonPattern과 관련 되는 내용은 Maze application은 단 하나의 maze factory를 필요로 한다는 것과 그 maze factory의 인스턴스는 어디서든지 maze의 부분을 만들 수 있도록 존재해야 한다는 것이다. 이러할 때가 바로 SingletonPattern을 도입할 때이다. MazeFactory를 Singleton으로 구현함으로써, global variable에 대한 재정렬을 할 필요가 없이 maze 객체를 만들때 필요한 MazeFactory를 global하게 접근할 수 있다.
- DebuggingSeminar_2005/AutoExp.dat . . . . 4 matches
; While debugging, Data Tips and items in the Watch and Variable
; To find what the debugger considers the type of a variable to
; "format specifiers/watch variable"
; than just show a member variable or two.
; Changes will take effect the next time you redisplay the variable.
- MatrixAndQuaternionsFaq . . . . 4 matches
variables 'i' and 'j'. The order is row first, column second
variable t, where t ranges from 0.0 to 1.0
parametric variable t.
variable t:
- PrettyPrintXslt . . . . 4 matches
<xsl:variable name="ns-prefix"
<xsl:variable name="pns" select="../namespace::*"/>
<xsl:variable name="tmp">
</xsl:variable>
- ReleasePlanning . . . . 4 matches
The base philosophy of release planning is that a project may be quantified by four variables; scope, resources, time, and quality. Scope is how much is to be done. Resources are
Management can only choose 3 of the 4 project variables to dictate, development always gets the remaining variable. Note that lowering quality less than excellent has unforeseen impact on the other 3. In essence there are only 3 variables that you actually want to change. Also let the developers moderate the customers desire to have the project done immediately by hiring too many people at one time.
- 방울뱀스터디/GUI . . . . 4 matches
check = Checkbutton(frame, text="Check Button", variable=var, command=cb)
w.configure(text='Variable is Set')
w.configure(text='Variable is Reset')
radio1 = Radiobutton(frame, text="One", variable=var, value=1)
radio2 = Radiobutton(frame, text="Two", variable=var, value=2)
같은 그룹내에 있는 라디오 단추들은 같은 variable을 공유해야한다.
- Garbage collector for C and C++ . . . . 3 matches
# of GC_java_finalization variable.
# -DNO_GETENV prevents the collector from looking at environment variables.
# -DMAKE_BACK_GRAPH. Enable GC_PRINT_BACK_HEIGHT environment variable.
- LoadBalancingProblem/임인택 . . . . 3 matches
* To change this generated comment edit the template variable "typecomment":
* To change this generated comment edit the template variable "typecomment":
* To change this generated comment edit the template variable "typecomment":
- MoreEffectiveC++/Techniques1of3 . . . . 3 matches
char onTheStack; // 지역 스택 변수(local stack variable)
함수에서 이러한 생각은 참 의미롭다. onHeap함수내에서 onTheStack는 지역 변수(local variable)이다. 그러므로 그것은 스택에 위치할 것이고, onHeap가 불릴때 onHeap의 스텍 프레임은 아마 프로그램 스텍의 가장 위쪽에 배치 될것이다. 스택은 밑으로 증가하는 구조이기에, onTheStack는 방드시 어떠한 stack-based 변수나 객체에 비하여 더 낮은 위치의 메모리에 위치하고 있을 것이다. 만약 address 인자가 onTheStack의 위치보다 더 작다면 스택위에 있을수 없는 것이고, 이는 heap상에 위치하는 것이 되는 것이다.
이러한 구조는 옳다. 하지만 아직 충분히 생각하지 않은 것이 있는데, 그것은 객체가 위치할수 있는 세가지의 위치를 감안하지 않은 근본적인 문제이다. 지역(local) 변수,객체(variable, object)나, Heap영역 상의 객체는 감안해지만 빼먹은 하나의 영역 바로 정적(static)객체의 위치 영역이다.
- Ruby/2011년스터디/세미나 . . . . 3 matches
# init variables
@var # this is the way how declaring variable
# init variables
- 새싹교실/2011 . . . . 3 matches
constant/variable->variable: 논리회로와 연관시키면 은근히 편함
variable: global, local, static, stack overflow도 설명
- 새싹교실/2012/개차반 . . . . 3 matches
* variable 및 main function의 역할 설명
* 변수 (variable)
* 수업내용: Variables, Data Types, Standard I/O
* Variables
* shift operator를 이용하여 128(=2^5)을 출력하고, 128을 특정 변수(variable)에 저장하여 그 변수와 left shift operator를 이용하여 32를 출력하라
- 새싹교실/2012/우리반 . . . . 3 matches
* printf,\n,\t,\a,\\,\",return 0; in main,compile, link, scanf, int ==> variables, c=a+b;, %d, + => operator, %,if, ==, !=, >=, else, sequential execution, for, a?b:c, total variable, counter variable, garbage value, (int), 연산우선순위, ++a a++ pre/post in/decrement operator, math.h // pow,%21.2d, case switch, break, continue, logical operator || && ! 등.
- 새싹교실/2012/해보자 . . . . 3 matches
* Global variable의 특징
* Local variable의 특징
* Static variable의 특징
- 헝가리안표기법 . . . . 3 matches
|| s || static || a static variable || static short ssChoice ||
|| e || enum || variable which takes enumerated values || ... ||
|| g_ || Global || Global Variable || String *g_psBuffer ||
|| m_ || Member || class private member variable || int m_iMember ||
- BabyStepsSafely . . . . 2 matches
The code that is to be refactored has existed in the system for awhile. It has undergone a couple of transformations. Initially it returned an array of int variables that are the prime numbers. When the new collection library was introduced in Java2 the interface was changed to return a List of Integer objects. Going forward the method that returns a List is the preferred method, so the method that returns an array has been marked as being deprecated for the last couple of releases. During this release the array member function will be removed. Listing1, "Class GeneratePrimes," contains the source code for both methods.
Our first activity is to refactor the tests. [We might need some justification정당화 for refactoring the tests first, I was thinking that it should tie동여매다 into writing the tests first] The array method is being removed so all the test cases for this method need to be removed as well. Looking at Listing2. "Class TestsGeneratePrimes," it appears that the only difference in the suite of tests is that one tests a List of Integers and the other tests an array of ints. For example, testListPrime and testPrime test the same thing, the only difference is that testListPrime expects a List of Integer objects and testPrime expects and array of int variables. Therefore, we can remove the tests that use the array method and not worry that they are testing something that is different than the List tests.
- BigBang . . . . 2 matches
* global variable의 사용을 자제하자. 함수의 기능을 이해하기 어렵게 만든다.
static_cast : const를 붙이는 것 -> C style의 (const type)variable 과 같다.
- C/C++어려운선언문해석하기 . . . . 2 matches
1. Start from the variable name -------------------------- fp1
1. Start from the variable name --------------------- arr
- CToAssembly . . . . 2 matches
= 지역변수(local variable) 공간 할당하기 =
10. 전역변수(global variable)
- DirectDraw/Example . . . . 2 matches
// Global Variables:
// In this function, we save the instance handle in a global variable and
hInst = hInstance; // Store instance handle in our global variable
- EightQueenProblem/용쟁호투 . . . . 2 matches
type variables
end variables
- Gof/Facade . . . . 2 matches
virtual ProgramNode* NewVariable (
const char* variableName
ProgramNode* variable, ProgramNode* expression
- Gof/Visitor . . . . 2 matches
이러한 operations들의 대부분들은 [variable]들이나 [arithmetic expression]들을 표현하는 node들과 다르게 [assignment statement]들을 표현하는 node를 취급할 필요가 있다. 따라서, 각각 assignment statement 를 위한 클래스와, variable 에 접근 하기 위한 클래스, arithmetic expression을 위한 클래스들이 있어야 할 것이다. 이러한 node class들은 컴파일 될 언어에 의존적이며, 또한 주어진 언어를 위해 바뀌지 않는다.
* ConcreteElement (AssignmentNode, VariableRefNode)
- IntelliJUIDesigner . . . . 2 matches
Upload:intellijui_variable.gif
Upload:intellijui_bindvariable.gif
- MySQL 설치메뉴얼 . . . . 2 matches
`PATH' environment variable so that your shell finds the MySQL
programs properly. See *Note environment-variables::.
- NSIS/Reference . . . . 2 matches
== Variables ==
=== modifiable variables that are usable in Instructions ===
=== constant variables that are usable in Instructions and InstallDir ===
- ProgrammingLanguageClass/2006/EndTermExamination . . . . 2 matches
e) Ada 에서 for loop 를 이용한 iteration 소스. 루프 종료후 condition variable 처리에 대한 문제 출제.
for variable in [reverse] discrete_range loop
- biblio.xsl . . . . 2 matches
<xsl:variable name="lang-title" select="'Literatur'"/>
<xsl:variable name="topic" select="@id"/>
- 김태진/Search . . . . 2 matches
봉봉교수님이 내주신 연습문제에는 하나밖에 찾을 수 없는 구조인데, 함수에 check라는 static variable을 추가해서 그 함수가 호출되었을때 처음 찾은 값 다음부터 탐색하도록 하였습니다. thanks to. 힌트를 준 진경군.
* 과제를 더 발전시켜보았군요. 좋은 자세입니다. 다음엔 static variable말고 구조체로도 해보세요 ㅋㅋ - [서지혜]
- 렌덤워크/조재화 . . . . 2 matches
//variable
int k; //random variable
- .bashrc . . . . 1 match
complete -A variable export local readonly unset
# Local Variables:
- AcceleratedC++/Chapter1 . . . . 1 match
Variable, Object, definition, local variable, destroy
- AcceleratedC++/Chapter3 . . . . 1 match
// a variable into which to read
- CCNA/2013스터디 . . . . 1 match
|| Flag(1) || Address(1) || Control(1) || Data(variable) || FCS(1) || Flag(1) ||
- Cpp에서의멤버함수구현메커니즘 . . . . 1 match
sayHello()는 instance variable에 접근하지 않는다는 것이고, {{{~cpp sayMyId()}}} 는 접근한다는 점이지요.
- DPSCChapter1 . . . . 1 match
Design patterns also provide a succinct vocabulary with which to describe new designs and retrospectively explain existing ones. Patterns let us understand a design at a high level before drilling down to focus on details. They allow us to envision entire configurations of objects and classes at a large grain size and communicate these ideas to other designers by name. We can say, "Implement the database access object as a Singleton," rather than, "Let's make sure the database access class has just one instance. The class should include a class variable to keep track of the singl instance. The class should make the instance globally available but control access to it. The class should control when the instance is created and ..." Which would you prefer?
- Eclipse와 JSP . . . . 1 match
== Unbound classpath variable: 'TOMCAT_HOME/common/lib/jasper-runtime.jar' 문제 ==
- FooBarBaz . . . . 1 match
* ''Let us supose we have three variables, foo, bar and baz.''
- GDBUsage . . . . 1 match
Uses EDITOR environment variable contents as editor (or ex as default).
- HelpOnPageCreation . . . . 1 match
[[Anchor(variablesubstitution)]]
- HighResolutionTimer . . . . 1 match
A counter is a general term used in programming to refer to an incrementing variable. Some systems include a high-resolution performance counter that provides high-resolution elapsed times.
- IntelliJ . . . . 1 match
|| ctrl + alt + V || introduce to local variable ||
- JavaScript/2011년스터디/윤종하 . . . . 1 match
// item refers to a parent variable that has been successfully
- Lotto/송지원 . . . . 1 match
int dmy[6]; // dummy variable set
- MFC/Socket . . . . 1 match
// member variables
- MajorMap . . . . 1 match
Registers are a limited number of special locations built directly in hardware. On major differnce between the variables of a programming language and registers is the limited number of registers, typically 32(64?) on current computers.
- NumericalAnalysisClass/Exam2002_1 . . . . 1 match
(b) Find the value of the parametric variable corresponding to the intersection point.[[BR]]
- OOP . . . . 1 match
* [Class variable]
- OperatingSystemClass/Exam2002_1 . . . . 1 match
7. 유한 용량 Message Passing 을 위한 send() 메소드와 receive() 메소들을 완성하시오. send() 메소드는 queue의 공간이 있을때까지 block 하며, 반대로 receive() 메소드는 avariable message가 있을때까지 block해야 한다.
- ProgrammingLanguageClass/Report2002_2 . . . . 1 match
1. To find out the maximum length of a variable name
- PyIde/FeatureList . . . . 1 match
* introduce variable
- RandomWalk/임인택 . . . . 1 match
// required variables.
- RelationalDatabaseManagementSystem . . . . 1 match
The basic relational building block is the domain, or data type. A tuple is an ordered multiset of attributes, which are ordered pairs of domain and value. A relvar (relation variable) is a set of ordered pairs of domain and name, which serves as the header for a relation. A relation is a set of tuples. Although these relational concepts are mathematically defined, they map loosely to traditional database concepts. A table is an accepted visual representation of a relation; a tuple is similar to the concept of row.
- RubyLanguage/Expression . . . . 1 match
-> "global variable"
- SmallTalk/강좌FromHitel/강의4 . . . . 1 match
한 곳으로써, 갈래, 길수, 넓은 꼬리표(global variables), 자원 등을 각각
- TkinterProgramming/SimpleCalculator . . . . 1 match
textvariable=display).pack(side=TOP, expand=YES, fill=BOTH)
- UDK/2012년스터디/소스 . . . . 1 match
// definition of member variable, assigning value is done at defaultproperties function
VariableLinks.Empty
VariableLinks(0)=(ExpectedType=class'SeqVar_String',LinkDesc="A",PropertyName=ValueA)
VariableLinks(1)=(ExpectedType=class'SeqVar_String',LinkDesc="B",PropertyName=ValueB)
VariableLinks(2)=(ExpectedType=class'SeqVar_String',LinkDesc="StringResult",bWriteable=true,PropertyName=StringResult)
- WikiTextFormattingTestPage . . . . 1 match
This should appear as plain variable width text, not bold or italic.
- 데블스캠프2012/넷째날/묻지마Csharp/Mission3/김수경 . . . . 1 match
/// Required designer variable.
- 문자열검색/조현태 . . . . 1 match
./pr_7.erl:4: Warning: variable 'Index' is unused
- 새싹교실/2011/데미안반 . . . . 1 match
* variable
- 새싹교실/2011/무전취식/레벨5 . . . . 1 match
명시적으로 강제로 변수의 type을 변환시키는것은 다음과 같습니다. (type)variable
* Local Variable, Global Variable의 예제를 공부해보았습니다.
- 새싹교실/2011/무전취식/레벨9 . . . . 1 match
// declare variables here
- 새싹교실/2011/씨언어발전/3회차 . . . . 1 match
return_type function_name (data_type variable_name, …)
- 새싹교실/2012/앞부분만본반 . . . . 1 match
variable,coefficient,constant에 대해서 설명.
Found 68 matching pages out of 7544 total pages (5000 pages are searched)
You can also click here to search title.
