Add stubs

exercises/practice/atbash-cipher/impl.mips

@@ -4,3 +4,8 @@
 # - follow the convention of using the t0-9 registers for temporary storage
 # - (if it uses s0-7 then it is responsible for pushing existing values to the stack then popping them back off before returning)
 # - write a zero-terminated string representing the return value to address given in a1
+
+.globl atbash_cipher
+
+atbash_cipher:
+        jr $ra

exercises/practice/binary/impl.mips

@@ -4,3 +4,8 @@
 # - follow the convention of using the t0-9 registers for temporary storage
 # - (if it uses s0-7 then it is responsible for pushing existing values to the stack then popping them back off before returning)
 # - write integer result to v0
+
+.globl binary_convert
+
+binary_convert:
+        jr $ra

exercises/practice/difference-of-squares/impl.mips

@@ -4,3 +4,8 @@
 # - follow the convention of using the t0-9 registers for temporary storage
 # - (if it wants to use s0-7 then it is responsible for pushing existing values to the stack then popping them back off before returning)
 # - write integer result to v0
+
+.globl difference_of_squares
+
+difference_of_squares:
+        jr $ra

exercises/practice/grains/impl.mips

@@ -4,4 +4,9 @@
 # - follow the convention of using the t0-9 registers for temporary storage
 # - (if it wants to use s0-7 then it is responsible for pushing existing values to the stack then popping them back off before returning)
 # - write low word of integer result to v0
-# - write high word of integer result to v1
+# - write high word of integer result to v1
+
+.globl square
+
+square:
+        jr $ra

exercises/practice/hamming/impl.mips

@@ -5,3 +5,8 @@
 # - follow the convention of using the t0-9 registers for temporary storage
 # - (if it uses s0-7 then it is responsible for pushing existing values to the stack then popping them back off before returning)
 # - write integer result to v0
+
+.globl hamming_distance
+
+hamming_distance:
+        jr $ra

exercises/practice/hello-world/impl.mips

@@ -10,6 +10,5 @@ msg: .asciiz "Goodbye, Mars!"
 .text
 
 hello:
-        la    $v0, msg
-
-        jr $ra
+        la $v0, msg
+        jr $ra

exercises/practice/hexadecimal/impl.mips

@@ -4,3 +4,8 @@
 # - follow the convention of using the t0-9 registers for temporary storage
 # - (if it uses s0-7 then it is responsible for pushing existing values to the stack then popping them back off before returning)
 # - write integer result to v0
+
+.globl hex_convert
+
+hex_convert:
+        jr $ra

exercises/practice/isbn-verifier/impl.mips

@@ -4,3 +4,8 @@
 # - follow the convention of using the t0-9 registers for temporary storage
 # - (if it uses s0-7 then it is responsible for pushing existing values to the stack then popping them back off before returning)
 # - write boolean result to v0
+
+.globl is_valid
+
+is_valid:
+        jr $ra

exercises/practice/isogram/impl.mips

@@ -4,3 +4,8 @@
 # - follow the convention of using the t0-9 registers for temporary storage
 # - (if it uses s0-7 then it is responsible for pushing existing values to the stack then popping them back off before returning)
 # - write boolean result to v0
+
+.globl is_isogram
+
+is_isogram:
+        jr $ra

exercises/practice/leap/impl.mips

@@ -4,3 +4,8 @@
 # - follow the convention of using the t0-9 registers for temporary storage
 # - (if it wants to use s0-7 then it is responsible for pushing existing values to the stack then popping them back off before returning)
 # - write boolean result to v0
+
+.globl is_leap_year
+
+is_leap_year:
+        jr $ra

exercises/practice/luhn/impl.mips

@@ -4,3 +4,8 @@
 # - follow the convention of using the t0-9 registers for temporary storage
 # - (if it uses s0-7 then it is responsible for pushing existing values to the stack then popping them back off before returning)
 # - write boolean result to v0
+
+.globl valid
+
+valid:
+        jr $ra

exercises/practice/nth-prime/impl.mips

@@ -4,3 +4,8 @@
 # - follow the convention of using the t0-9 registers for temporary storage
 # - (if it uses s0-7 then it is responsible for pushing existing values to the stack then popping them back off before returning)
 # - write integer result to v0
+
+.globl  nth_prime
+
+nth_prime:
+        jr $ra

exercises/practice/nucleotide-count/impl.mips

@@ -5,3 +5,8 @@
 # - (if it uses s0-7 then it is responsible for pushing existing values to the stack then popping them back off before returning)
 # - write counts for A,C,G,T to the word array with address given in a1
 # - write -1 values to the array if the input is invalid
+
+.globl nucleotide_counts
+
+nucleotide_counts:
+        jr $ra

exercises/practice/octal/impl.mips

@@ -4,3 +4,8 @@
 # - follow the convention of using the t0-9 registers for temporary storage
 # - (if it uses s0-7 then it is responsible for pushing existing values to the stack then popping them back off before returning)
 # - write integer result to v0
+
+.globl octal_convert
+
+octal_convert:
+        jr $ra

exercises/practice/pop-count/impl.mips

@@ -4,3 +4,8 @@
 # - follow the convention of using the t0-9 registers for temporary storage
 # - (if it wants to use s0-7 then it is responsible for pushing existing values to the stack then popping them back off before returning)
 # - write integer result to v0
+
+.globl egg_count
+
+egg_count:
+        jr $ra

exercises/practice/raindrops/impl.mips

@@ -4,3 +4,8 @@
 # - follow the convention of using the t0-9 registers for temporary storage
 # - (if it uses s0-7 then it is responsible for pushing existing values to the stack then popping them back off before returning)
 # - write a zero-terminated string representing the return value to address given in a1
+
+.globl raindrops
+
+raindrops:
+        jr $ra

exercises/practice/resistor-color-duo/impl.mips

@@ -6,3 +6,12 @@
 # - follow the convention of using the t0-9 registers for temporary storage
 # - (if it uses s0-7 then it is responsible for pushing existing values to the stack then popping them back off before returning)
 # - write integer result to v0
+
+.globl value
+.globl color_code
+
+value:
+        jr $ra
+
+color_code:
+        jr $ra

exercises/practice/resistor-color/impl.mips

@@ -4,3 +4,8 @@
 # - follow the convention of using the t0-9 registers for temporary storage
 # - (if it uses s0-7 then it is responsible for pushing existing values to the stack then popping them back off before returning)
 # - write integer result to v0
+
+.globl color_code
+
+color_code:
+        jr $ra

exercises/practice/rna-transcription/impl.mips

@@ -3,4 +3,9 @@
 # - read input address of string from a0
 # - follow the convention of using the t0-9 registers for temporary storage
 # - (if it uses s0-7 then it is responsible for pushing existing values to the stack then popping them back off before returning)
-# - write a zero-terminated string representing the return value to address given in a1
+# - write a zero-terminated string representing the return value to address given in a1# Perform RNA transcription with the rules:
+
+.globl transcribe_rna
+
+transcribe_rna:
+        jr $ra

exercises/practice/rotational-cipher/impl.mips

@@ -5,3 +5,8 @@
 # - follow the convention of using the t0-9 registers for temporary storage
 # - (if it uses s0-7 then it is responsible for pushing existing values to the stack then popping them back off before returning)
 # - write a zero-terminated string representing the return value to address given in a2
+
+.globl rotate
+
+rotate:
+        jr $ra

exercises/practice/scrabble-score/impl.mips

@@ -4,3 +4,8 @@
 # - follow the convention of using the t0-9 registers for temporary storage
 # - (if it uses s0-7 then it is responsible for pushing existing values to the stack then popping them back off before returning)
 # - write integer result to v0
+
+.globl scrabble_score
+
+scrabble_score:       
+        jr $ra

exercises/practice/square-root/impl.mips

@@ -4,3 +4,8 @@
 # - follow the convention of using the t0-9 registers for temporary storage
 # - (if it uses s0-7 then it is responsible for pushing existing values to the stack then popping them back off before returning)
 # - write integer result to v0
+
+.globl  square_root
+
+square_root:
+        jr $ra

exercises/practice/triangle/impl.mips

@@ -8,3 +8,8 @@
 #       1 - isoceles
 #       2 - equilateral
 #       3 - invalid triangle
+
+.globl triangle
+
+triangle:
+        jr $ra

exercises/practice/trinary/impl.mips

@@ -4,3 +4,8 @@
 # - follow the convention of using the t0-9 registers for temporary storage
 # - (if it uses s0-7 then it is responsible for pushing existing values to the stack then popping them back off before returning)
 # - write integer result to v0
+
+.globl trinary_convert
+
+trinary_convert:
+        jr $ra