.gdb_history

@@ -46,86 +46,3 @@ load
 si
 xit
 exit
-target extended-remote :3333
-dashboard -layout registers memory 
-file counter.S 
-load
-load file
-load counter.S 
-si
-exit
-target extended-remote :3333
-dashboard -layout registers 
-file counter.S 
-load 
-load counter.S 
-monitor reset halt
-monitor reset halt
-clear
-ls
-help 
-exit
-target remote :3333
-dashboard -layout registers memory 
-monitor reset halt
-file counter.S
-load
-load counter
-si
-exit
-target extended-remote :3333
-dashboard -layout registers memory 
-file counter.S
-load counter
-si
-load
-load file
-load counter
-go
-si
-monitor reset halt
-ls
-help
-run
-si
-exit
-target extended-remote :3333
-dashboard -layout registers memory 
-file counter
-load counter
-si
-si
-exit
-target extended-remote :3333
-target extended-remote :3333
-target extended-remote :3333
-target extended-remote :3333
-target extended-remote :3333
-exit
-target extended-remote :3333
-sudo systemctl restart openocd
-
-target extended-remote :3333
-exit
-target extended-remote :3333
-dashboard -layout registers memory 
-file counter
-load counter
-si
-target remote :3333
-dashboard -layout registers memory 
-file counter
-load counter
-si
-file counter
-load counter
-si
-target extended-remote :3333
-si
-exit
-target extended-remote :3333
-dashboard -layout registers memory 
-file counter
-load counter
-si
-exit

counter.S

@@ -1,46 +1,27 @@
-.data
+    .data 
-    sentence:
+sentence: .ascii "My fbbirbst btbry\0" // \0 to bajt zerowy czyli koniec zdania w asm, C =
-        .ascii "Become a Programmer\0"  # The string to search in
-    match:
-        .ascii "bpera\0"  # The string containing characters to search for in sentence
-    out:
-        .space 4, 0  # Space to store the match count
 
-.text
+    .text
-.align 2
+    .align 2
-.globl _start
+    .globl _start
 
 _start:
-    la      t0, sentence   # Load the address of the sentence string into t0
+la t2, sentence
-    la      a0, match      # Load the address of the match string into a0
+li t0, 0x62  //ascii "b"
-    la      s2, out        # Load the address of the out variable (match counter) into s2
-    lbu     s3, 0(s2)      # Load the current match counter from out into s3
 
-check_match:
+li t1, 0x00 // licznik b w sentence
-    lbu     t1, 0(a0)      # Load the current character from match into t1
-    beq     t1, zero, done # If we reach the end of match (t1 == 0), finish the program
 
-    # Search for the current character from match in sentence
+loop:
-    la      t0, sentence   # Reload the address of the sentence string
+lbu t3, 0(t2) // ladujemy do rejestra t3 adres 1 litery sentece
-    j       find_in_sentence  # Jump to search for the current character in sentence
+beq t3, zero, koniec # jezeli adres w sentence dojdzie do \0 czyli do konca programm sie skonczy
 
-find_in_sentence:
+bne t3, t0, 1f // jezeli adres liczby nie jest "b" to prechodzi do 1f pomijanie przyrostu licznika.
-    lbu     t2, 0(t0)      # Load the current character from sentence into t2
+    addi t1, t1, 1 // dodajemy 1 do licznika liter b 
-    beq     t2, zero, next_match # If we reach the end of sentence (t2 == 0), move to next character in match
 
-    # If the characters match, increment the match counter
+1:
-    bne     t1, t2, not_found  # If characters do not match, continue searching
-    addi    s3, s3, 1      # If characters match, increment the match counter
-    sb      s3, 0(s2)      # Store the updated match counter back to out
 
-not_found:
+addi  t2, t2, 1 // Tutaj wskaźnik zostanie przesunięty do następnego znaku w linii
-    addi    t0, t0, 1      # Move to the next character in sentence
+j loop // skok do poczatku petli
-    j       find_in_sentence  # Repeat the search
-
-next_match:
-    addi    a0, a0, 1      # Move to the next character in match
-    j       check_match    # Continue checking for the next character in match
-
-done:
-    ebreak                 # End the program
 
+koniec:
+    ebreak