Just the general assessment why a 55mb ~100 plugins wp page is overkill for "use static site generators for this".

You cannot make a non techie use a static website generator, hence the average wp user should not be expected to

Thats why you can quite directly pay someone for it.

Between 7€ a month and, for an active blog, 20€ a day, a non techie non professional user (aka a wp user) has a choice well made for them

To become an hmi developer wat basic is required

Hi

Nope

80% of the internet-facing servers run it, most users' first contact with the web will be "wordpress" or similar and even facebook continues on it. With v8's release, the first one with a JIT, coming soon you can bet it'll keep on going.

Yes, among professionals. Doesnt offset the millions of wordpress sweatshops.

Being widespread doesn't mean it's good. It'll die, but not today. There are better alternatives to it and new generation often chooses those. And you can't precisely say %80 servers run it, it's did you count every single one of them?

I said that its not good a TON of times. I am just saying its not going away. Source for almost 80%: https://w3techs.com/technologies/overview/programming_language

Yeah, I read afterwards, we're both saying the same thing bro. But reading messages is FIFO. 😅😄😄😄

Dont worry, i get that, and why the first reaction is to type out and spam links why php isnt good instead of "fuck, sad state but it'll slowly improve (not going away fast however)"

Where did you pull those numbers from?

I read the description, I did not watch the video, but based on what I read, that name is misleading. What Kate Gregory is actually talking about is how the teaching of C++ should not start with "introduction to C" material, since this, in her opinion, leads to bad C++ code (not C).

@dunklecat want me to remove it

Okay

stop-teaching-c this one?

What😂

its like the current group but for indians

Why a group dedicated to Indians?

because.... we are not racist c:

(because indian people can better understand themselves, and we who are not from indian have REALLY hard time understanding them)

The group doesn't seem active, though. Last real message was sent on December 31st.

The group doesn't seem active, though. Last real message was sent on December 31st.

the indian one? yes because indians

mew is also >:(

Hm hm

Plz someone can help to understand why it give this output ??? 🙏🏿

cuz you told the computer to do that

1. initialize number 2. you scan for newline half of times. Use scanf(" %c", &number);

Iym got it?

I read the description, I did not watch the video, but based on what I read, that name is misleading. What Kate Gregory is actually talking about is how the teaching of C++ should not start with "introduction to C" material, since this, in her opinion, leads to bad C++ code (not C).

It is a commonly shared idea among people that teach C++ in companies. If you teach C first they start doing all of the tricks in the C book to replace the simplest C++ template they could have used

I wanted to clearly state that the opinion is hers and not mine, even though my opinion might or might not be the same.

#include<stdio.h> #include<string.h> void printlcs( int i, int j, char x[100], char direction[100][100]) { if(i==0 || j==0) return; else if(direction[i][j]=='d') { printlcs(i-1,j-1,x,direction); printf("%c",x[i-1]); } else if (direction[i][j]=='u') printlcs(i-1,j,x,direction); else printlcs(i,j-1,x,direction); } void lcs(char x[100], char y[100]) { int i,j,xlength,ylength; xlength=strlen(x); ylength=strlen(y); int val[xlength+1][ylength+1]; char direction[xlength+1][ylength+1]; for(i=0;i<xlength+1;i++) val[i][0]=0; for(j=0;j<ylength+1;j++) val[0][j]=0; for(i=1;i<xlength+1;i++){ for(j=1;j<ylength+1;j++) { if(x[i-1]==y[j-1]){ val[i][j]=val[i-1][j-1]+1; direction[i][j]='d';//d for diagonal element + 1 } else if(val[i][j-1]>=val[i-1][j]){ val[i][j]=val[i][j-1]; direction[i][j]='l';//l for from left element } else { val[i][j]=val[i-1][j]; direction[i][j]='u';//u for from upper element } } } // for(i=0;i<xlength+1;i++){ // for(j=0;j<ylength+1;j++) // printf("%d ",val[i][j]); // printf("\n"); // } // for(i=1;i<xlength+1;i++){ // printf(" "); // for(j=1;j<ylength+1;j++) // printf("%c ",direction[i][j]); // printf("\n"); // } printlcs(xlength+1,ylength+1,x,direction); } void main() { char x[100],y[100]; printf("enter string x : "); gets(x); printf("enter string y : "); gets(y); lcs(x,y); }

#include<stdio.h> #include<string.h> void printlcs( int i, int j, char x[100], char direction[100][100]) { if(i==0 || j==0) return; else if(direction[i][j]=='d') { printlcs(i-1,j-1,x,direction); printf("%c",x[i-1]); } else if (direction[i][j]=='u') printlcs(i-1,j,x,direction); else printlcs(i,j-1,x,direction); } void lcs(char x[100], char y[100]) { int i,j,xlength,ylength; xlength=strlen(x); ylength=strlen(y); int val[xlength+1][ylength+1]; char direction[xlength+1][ylength+1]; for(i=0;i<xlength+1;i++) val[i][0]=0; for(j=0;j<ylength+1;j++) val[0][j]=0; for(i=1;i<xlength+1;i++){ for(j=1;j<ylength+1;j++) { if(x[i-1]==y[j-1]){ val[i][j]=val[i-1][j-1]+1; direction[i][j]='d';//d for diagonal element + 1 } else if(val[i][j-1]>=val[i-1][j]){ val[i][j]=val[i][j-1]; direction[i][j]='l';//l for from left element } else { val[i][j]=val[i-1][j]; direction[i][j]='u';//u for from upper element } } } // for(i=0;i<xlength+1;i++){ // for(j=0;j<ylength+1;j++) // printf("%d ",val[i][j]); // printf("\n"); // } // for(i=1;i<xlength+1;i++){ // printf(" "); // for(j=1;j<ylength+1;j++) // printf("%c ",direction[i][j]); // printf("\n"); // } printlcs(xlength+1,ylength+1,x,direction); } void main() { char x[100],y[100]; printf("enter string x : "); gets(x); printf("enter string y : "); gets(y); lcs(x,y); }

I usually use pointers, because in C, every array will convert to pointers, just before bypassing to a function. When you are passing a 2D array, you must be sure that the sizes are matched. so you should do something like this (however you should consider dynamic allocation like calloc): #include<stdio.h> #include<string.h> void printlcs( int i, int j, char *x, const int size, char (*direction)[size]) { if(i==0 || j==0) return; else if(direction[i][j]=='d') { printlcs(i-1,j-1,x,size,direction); printf("%c",x[i-1]); } else if (direction[i][j]=='u') printlcs(i-1,j,x,size,direction); else printlcs(i,j-1,x,size,direction); } void lcs(char *x, char *y) { int i,j,xlength,ylength; xlength=strlen(x); ylength=strlen(y); int val[xlength+1][ylength+1]; char direction[xlength+1][ylength+1]; ... printlcs(xlength+1,ylength+1,x,ylength+1,direction); } void main() { char x[100],y[100]; printf("enter string x : "); gets(x); printf("enter string y : "); gets(y); lcs(x,y); }