[DENIED] c data types and computer control flow proggraming
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[DENIED] c data types and computer control flow proggraming
Data Types
In the C programming language, data types refers to an extensive system for declaring variables of different types. The language itself provides basic arithmetic types and syntax to build array and compound types. Several headers in the standard library contain definitions of support types, that have additional properties, such as exact size, guaranteed.
Basic typesThe C language provides many basic types. Most of them are formed from one of the four basic arithmetic type identifiers in C (char, int, float and double), and optional specifiers (signed,unsigned, short, long). All available basic arithmetic types are listed below:TypeExplanationTypeExplanationcharsmallest addressable unit of the machine that can contain basic character set. It is an integer type. Actual type can be either signed or unsigned depending on implementationsigned charsame as char, but guaranteed to be signed.unsigned charsame as char, but guaranteed to be unsigned.short
short int
signed short
signed short intshort signed integer type. At least 16 bits in size.unsigned short
unsigned short intsame as short, but unsigned.int
signed intbasic signed integer type. At least 16 bits in size.unsigned
unsigned intsame as int, but unsigned.long
long int
signed long
signed long intlong signed integer type. At least 32 bits in size.unsigned long
unsigned long intsame as long, but unsigned.long long
long long int
signed long long
signed long long intlong long signed integer type. At least 64 bits in size. Specified since the C99 version of the standard.unsigned long long
unsigned long long intsame as long long, but unsigned. Specified only in C99 version of the standard.float(single precision) floating-point type. Actual properties unspecified, however on most systems this is IEEE 754 single precision floating point format.doubledouble precision floating-point type. Actual properties unspecified, however on most systems this is IEEE 754 double precision floating point format.long doubleextended precision floating-point type. Actual properties unspecified. Unlike types float and double, it can be either 80-bit floating point format, the non-IEEE "double-double" or IEEE 754 quadruple precision floating-point format if a higher precision format is provided, otherwise it is the same as double.
Control Flow
In computer science, control flow (or alternatively, flow of control) refers to the order in which the individual statements, instructions or function calls of an imperative or a declarative program are executed or evaluated.
Within an imperative programming language, a control flow statement is a statement whose execution results in a choice being made as to which of two or more paths should be followed. For non-strict functional languages, functions and language constructs exist to achieve the same result, but they are not necessarily called control flow statements.
Types:
If statementif(conditional)
{
//code
}If-else statementif(conditional)
{
//code
}
else
{
//code
}Switch and caseswitch(variable)
{
case value:
//code
case value:
//code
default:
//code
}gotogoto label;
label:
//codebreakloop
{
break;
//code...
}
In the C programming language, data types refers to an extensive system for declaring variables of different types. The language itself provides basic arithmetic types and syntax to build array and compound types. Several headers in the standard library contain definitions of support types, that have additional properties, such as exact size, guaranteed.
Basic typesThe C language provides many basic types. Most of them are formed from one of the four basic arithmetic type identifiers in C (char, int, float and double), and optional specifiers (signed,unsigned, short, long). All available basic arithmetic types are listed below:TypeExplanationTypeExplanationcharsmallest addressable unit of the machine that can contain basic character set. It is an integer type. Actual type can be either signed or unsigned depending on implementationsigned charsame as char, but guaranteed to be signed.unsigned charsame as char, but guaranteed to be unsigned.short
short int
signed short
signed short intshort signed integer type. At least 16 bits in size.unsigned short
unsigned short intsame as short, but unsigned.int
signed intbasic signed integer type. At least 16 bits in size.unsigned
unsigned intsame as int, but unsigned.long
long int
signed long
signed long intlong signed integer type. At least 32 bits in size.unsigned long
unsigned long intsame as long, but unsigned.long long
long long int
signed long long
signed long long intlong long signed integer type. At least 64 bits in size. Specified since the C99 version of the standard.unsigned long long
unsigned long long intsame as long long, but unsigned. Specified only in C99 version of the standard.float(single precision) floating-point type. Actual properties unspecified, however on most systems this is IEEE 754 single precision floating point format.doubledouble precision floating-point type. Actual properties unspecified, however on most systems this is IEEE 754 double precision floating point format.long doubleextended precision floating-point type. Actual properties unspecified. Unlike types float and double, it can be either 80-bit floating point format, the non-IEEE "double-double" or IEEE 754 quadruple precision floating-point format if a higher precision format is provided, otherwise it is the same as double.
Control Flow
In computer science, control flow (or alternatively, flow of control) refers to the order in which the individual statements, instructions or function calls of an imperative or a declarative program are executed or evaluated.
Within an imperative programming language, a control flow statement is a statement whose execution results in a choice being made as to which of two or more paths should be followed. For non-strict functional languages, functions and language constructs exist to achieve the same result, but they are not necessarily called control flow statements.
Types:
If statementif(conditional)
{
//code
}If-else statementif(conditional)
{
//code
}
else
{
//code
}Switch and caseswitch(variable)
{
case value:
//code
case value:
//code
default:
//code
}gotogoto label;
label:
//codebreakloop
{
break;
//code...
}
Re: c data types and computer control flow proggraming (21 a
Ok I founded it on a program learning these
Re: c data types and computer control flow proggraming (21 a
Sorry, your upload request has been denied.
Reason: You're f**king insane.
Reason: You're f**king insane.
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Re: [DENIED] c data types and computer control flow proggram
I didn't even get to vote on this
matt101harris wrote:big cock was the first thing that came to my head lol
Re: [DENIED] c data types and computer control flow proggram
Too bad it is not uploaded
'_'
'_'
Re: [DENIED] c data types and computer control flow proggram
Well to be honest, you have to submit a video file to be in with a chance. Please take the time to read the sticky topic with the rules in before submitting again.Ruan12 wrote:Too bad it is not uploaded
'_'
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Re: [DENIED] c data types and computer control flow proggram
Ruan12 wrote:Too bad it is not uploaded
'_'
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Re: c data types and computer control flow proggraming (21 a
Second this. I literally cannot understand (the reason behind) 95% of his posts I've been.Pedsdude wrote:Sorry, your upload request has been denied.
Reason: You're f**king insane.
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