The two major SAS steps are data and proc.
SAS programming structure is based on two essential steps, Data and Proc.
1. The DATA step:
This involves collecting and uploading the essential data to the program memory. It is used to update, modify and edit the data in case of any errors once it has been added to a dataset. New datasets can be created from existing ones by updating, editing, and/or merging them. at the end of this step, SAS data sets are created.
2. The PROC step:
This step processes and analyses the data collected into datasets in the previous step. it is used to perform specific functions on the data. at the end of the proc step, a result or report is produced.
In a SAS code, each line of code should begin either with a DATA or PROC step.
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- Analysis: analysis is done in the PROC step.
- Content: Data or content is collected in the DATA step.
- Stat: a stat function acquires the status information regarding a specific file. Functions are performed on the datasets in the PROC step.
- Run: This command is used to execute a code.
- Import: Datasets are created by importing data from other datasets and outside.
- Print: the report produced at the end of the PROC step can be printed as a hard copy.
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Answer:
A client-side script is a program that is processed within the client browser. These kinds of scripts are small programs which are downloaded , compiled and run by the browser. JavaScript is an important client-side scripting language and widely used in dynamic websites.
Explanation:
Hello there,
How to drive more website traffic?
Answer: Advertise
technology has been very important in my life because, it helps me with my daily struggles, helps with stress (social media), makes everything easier, also creates a more efficient way of learning and much more.
although this should be answered with your own thoughts and opinions, I provided mine if in any case that it helps
Answer:
see explaination
Explanation:
oid changeCase (char char_array[], int array_size ) {
__asm{
// BEGIN YOUR CODE HERE
mov eax, char_array; //eax is base image
mov edi, 0;
readArray:
cmp edi, array_size;
jge exit;
mov ebx, edi; //using ebx as offset
shl ebx, 2;
mov cl, [eax + ebx]; //using ecx to be the storage register
check:
//working on it
cmp cl, 0x41; //check if cl is <= than ASCII value 65 (A)
jl next_indx;
cmp cl, 0x7A; //check if cl is >= than ASCII value 122 (z)
jg next_indx;
cmp cl, 'a';
jl convert_down;
jge convert_up;
convert_down:
or cl, 0x20; //make it lowercase
jmp write;
convert_up:
and cl, 0x20; //make it uppercase
jmp write;
write:
mov byte ptr [eax + ebx], cl //slight funky town issue here,
next_indx:
inc edi;
exit:
cmp edi, array_size;
jl readArray;
mov char_array, eax;
// END YOUR CODE HERE
}
}
