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defects4j-0010/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://storage.googleapis.com/google-code-archive/v2/code.google.com/closure-compiler/issues/issue-810.json
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0017/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://storage.googleapis.com/google-code-archive/v2/code.google.com/closure-compiler/issues/issue-768.json
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0018/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://storage.googleapis.com/google-code-archive/v2/code.google.com/closure-compiler/issues/issue-769.json
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0019/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://storage.googleapis.com/google-code-archive/v2/code.google.com/closure-compiler/issues/issue-759.json
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0021/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://storage.googleapis.com/google-code-archive/v2/code.google.com/closure-compiler/issues/issue-753.json
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0026/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://storage.googleapis.com/google-code-archive/v2/code.google.com/closure-compiler/issues/issue-727.json
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0027/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://storage.googleapis.com/google-code-archive/v2/code.google.com/closure-compiler/issues/issue-728.json
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0028/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://storage.googleapis.com/google-code-archive/v2/code.google.com/closure-compiler/issues/issue-724.json
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0043/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://storage.googleapis.com/google-code-archive/v2/code.google.com/closure-compiler/issues/issue-620.json
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0044/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://storage.googleapis.com/google-code-archive/v2/code.google.com/closure-compiler/issues/issue-618.json
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0072/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://storage.googleapis.com/google-code-archive/v2/code.google.com/closure-compiler/issues/issue-413.json
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0075/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://storage.googleapis.com/google-code-archive/v2/code.google.com/closure-compiler/issues/issue-383.json
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0081/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://storage.googleapis.com/google-code-archive/v2/code.google.com/closure-compiler/issues/issue-319.json
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0086/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://storage.googleapis.com/google-code-archive/v2/code.google.com/closure-compiler/issues/issue-297.json
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0088/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://storage.googleapis.com/google-code-archive/v2/code.google.com/closure-compiler/issues/issue-274.json
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0162/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://storage.googleapis.com/google-code-archive/v2/code.google.com/closure-compiler/issues/issue-725.json
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0165/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://storage.googleapis.com/google-code-archive/v2/code.google.com/closure-compiler/issues/issue-726.json
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0191/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://issues.apache.org/jira/browse/COMPRESS-203
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0196/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://issues.apache.org/jira/browse/COMPRESS-256
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0213/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://issues.apache.org/jira/browse/COMPRESS-363
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0214/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://issues.apache.org/jira/browse/COMPRESS-367
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0222/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://github.com/FasterXML/jackson-core/issues/105
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0225/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://github.com/FasterXML/jackson-core/issues/173
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0240/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://github.com/FasterXML/jackson-core/issues/318
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0247/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://github.com/FasterXML/jackson-databind/issues/223
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0249/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://github.com/FasterXML/jackson-databind/issues/479
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0271/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://github.com/FasterXML/jackson-databind/issues/890
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0276/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://github.com/FasterXML/jackson-databind/issues/965
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0278/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://github.com/FasterXML/jackson-databind/issues/989
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0282/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://github.com/FasterXML/jackson-databind/issues/803
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0285/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://github.com/FasterXML/jackson-databind/issues/1108
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0350/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://github.com/FasterXML/jackson-databind/issues/2189
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0368/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://github.com/google/gson/issues/1013
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0411/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: UNKNOWN
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0416/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: UNKNOWN
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0418/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: UNKNOWN
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0420/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: UNKNOWN
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0427/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://issues.apache.org/jira/browse/CLI-1
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0429/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://issues.apache.org/jira/browse/CLI-133
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0442/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://issues.apache.org/jira/browse/CLI-164
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0443/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://issues.apache.org/jira/browse/CLI-165
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0444/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://issues.apache.org/jira/browse/CLI-150
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0445/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://issues.apache.org/jira/browse/CLI-1
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0473/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://issues.apache.org/jira/browse/MATH-935
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0474/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://issues.apache.org/jira/browse/MATH-929
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0480/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://issues.apache.org/jira/browse/MATH-778
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0487/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://issues.apache.org/jira/browse/MATH-855
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0488/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://issues.apache.org/jira/browse/MATH-844
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0489/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://issues.apache.org/jira/browse/MATH-836
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision:

defects4j-0501/instruction.md

@@ -19,19 +19,7 @@
 Issue URL: https://issues.apache.org/jira/browse/MATH-728
 
 ## Task
-Analyze this specific bug from the Defects4J benchmark. Your task is to:
-
-1. **Bug Understanding**: Use the revision IDs to examine the buggy and fixed versions of the code
-2. **Root Cause Analysis**: Identify what caused this bug and why it occurred
-3. **Fix Analysis**: Understand how the bug was fixed and evaluate the solution
-4. **Prevention**: Suggest practices that could have prevented this bug
-
-### Analysis Questions:
-- What is the specific nature of this bug (logic error, null pointer, etc.)?
-- Which classes and methods are affected?
-- How does the fix address the root cause?
-- What testing strategies could have caught this bug earlier?
-- Are there any potential side effects of the fix?
+Fix the bug in the code.
 
 ### Repository Access
 You can access the project repository and examine the buggy revision: