CSTD: noarch.Printf wrong printFormat

[Konstantin8105]

/*
 * Prints out a grid of the order with which the Knight moved.
 */
void printSteps() {
    int stepsAmount = sizeX*sizeY;
    int magnitude = lengthInt(stepsAmount);
    
    char printfFormat[30] = "%0";
    char magnitudeString[10];
    
    /*
     * printfFormat = "%0Xd\n"
     * X is the number of digits that the largest step contains
     * Used to print out leading 0's so the grid stays aligned
     */
    
    sprintf(magnitudeString, "%d", magnitude);
    strcat(printfFormat, magnitudeString);
    strcat(printfFormat, "d  ");
     
    for(int x = 0; x < sizeX; x++) {
        for(int y = 0; y < sizeY; y++) {
            printf(printfFormat, *(steps + y*sizeX + x) + 1);
        }
        printf("\n");
        printf("\n");
    }

    printf("\n");
}

// printSteps - transpiled function from file : king.c , line : 309
/*
 * Prints out a grid of the order with which the Knight moved.
 *//*
 * printfFormat = "%0Xd\n"
 * X is the number of digits that the largest step contains
 * Used to print out leading 0's so the grid stays aligned
 */func printSteps() {
        var stepsAmount int = sizeX * sizeY
        var magnitude int = lengthInt(stepsAmount)
        var printfFormat []byte = []byte("%0\x00")
        var magnitudeString []byte = make([]byte, 10, 10)
        noarch.Sprintf(magnitudeString, []byte("%d\x00"), magnitude)
        noarch.Strcat(printfFormat, magnitudeString)
        noarch.Strcat(printfFormat, []byte("d  \x00"))
        {
                var x int = 0
                for ; x < sizeX; func() int {
                        x += 1
                        return x
                }() {
                        {
                                var y int = 0
                                for ; y < sizeY; func() int {
                                        y += 1
                                        return y
                                }() {
                                        noarch.Printf(printfFormat, steps[(0+y*sizeX+x)]+1)
                                }
                        }
                        noarch.Printf([]byte("\n\x00"))
                        noarch.Printf([]byte("\n\x00"))
                }
        }
        noarch.Printf([]byte("\n\x00"))
}

Result:

%!(NOVERB)%!(EXTRA int=1)%!(NOVERB)%!(EXTRA int=16)%!(NOVERB)%!(EXTRA int=19)%!(NOVERB)%!(EXTRA int=26)%!(NOVERB)%!(EXTRA int=3)%!(NOVERB)%!(EXTRA int=10)

%!(NOVERB)%!(EXTRA int=18)%!(NOVERB)%!(EXTRA int=25)%!(NOVERB)%!(EXTRA int=2)%!(NOVERB)%!(EXTRA int=9)%!(NOVERB)%!(EXTRA int=20)%!(NOVERB)%!(EXTRA int=27)

%!(NOVERB)%!(EXTRA int=15)%!(NOVERB)%!(EXTRA int=8)%!(NOVERB)%!(EXTRA int=17)%!(NOVERB)%!(EXTRA int=24)%!(NOVERB)%!(EXTRA int=11)%!(NOVERB)%!(EXTRA int=4)

%!(NOVERB)%!(EXTRA int=30)%!(NOVERB)%!(EXTRA int=23)%!(NOVERB)%!(EXTRA int=6)%!(NOVERB)%!(EXTRA int=13)%!(NOVERB)%!(EXTRA int=28)%!(NOVERB)%!(EXTRA int=21)

%!(NOVERB)%!(EXTRA int=7)%!(NOVERB)%!(EXTRA int=14)%!(NOVERB)%!(EXTRA int=29)%!(NOVERB)%!(EXTRA int=22)%!(NOVERB)%!(EXTRA int=5)%!(NOVERB)%!(EXTRA int=12)

Need for #67