Dockerfile

@@ -7,8 +7,12 @@ ENV PYTHONUNBUFFERED 1
 
 ADD src/ /blog_creator
 
-RUN apt-get update && apt-get install -y rustc cargo python-is-python3 pip python3-venv libmagic-dev git 
-
+RUN apt-get update && apt-get install -y rustc cargo python-is-python3 pip python3-venv libmagic-dev git
+# Need to set up git here or we get funky errors
+RUN git config --global user.name "Blog Creator"
+RUN git config --global user.email "ridgway.infrastructure@gmail.com"
+RUN git config --global push.autoSetupRemote true
+#Get a python venv going as well cause safety
 RUN python -m venv /opt/venv
 ENV PATH="/opt/venv/bin:$PATH"
 

generated_files/when_to_use_ai.md

@@ -1,120 +1,45 @@
-# When to use AI
+# When to Use AI: Navigating the Right Moments for Machine Learning and Beyond
 
-## The Great AI Debate: When to Trust a Machine vs. When to Let a Human Do the Work
+In today's tech landscape, the question "When should we use AI?" is as common as it is critical. While AI offers transformative potential, its effectiveness hinges on understanding where it excels and where traditional methods remain essential. Here’s a breakdown of scenarios where AI shines and where precision-driven approaches are safer.
 
-As a journalist, software developer, and DevOps expert, I’ve spent years trying to figure out when to let AI do the work and when to let a human do it. The question is never as simple as it seems.
+### AI’s Sweet Spot: Where Humans Fail
 
----
+1. **Unstructured Data Analysis**
+   - **Example**: Categorizing customer reviews, emails, or social media posts for sentiment analysis.
+   - **Why AI Works**: Large Language Models (LLMs) like Anthropic or Claude can process vast textual data to identify patterns humans might miss.
+2. **Predictive Maintenance**
+   - **Example**: Predicting equipment failures in manufacturing using sensor data and historical maintenance logs.
+   - **Why AI Works**: Machine learning models trained on time-series data can detect anomalies and forecast issues before they occur.
+3. **Content Generation**
+   - **Example**: Drafting articles, reports, or emails with automated tools.
+   - **Why AI Works**: AI can handle repetitive content creation while allowing human oversight for tone and style adjustments.
 
-### When AI is a Bad Idea
+### Where AI Falls Short: Precision Over Flexibility
 
-Let’s start with the obvious: AI isn’t a panacea. There are scenarios where it’s *clearly* not the right tool.
+1. **Critical Financial Calculations**
+   - **Example**: Tax calculations or financial models requiring exact outcomes.
+   - **Why Not AI**: AI struggles with absolute logic; errors can lead to significant financial risks.
+2. **Regulatory Compliance**
+   - **Example**: Healthcare or finance industries needing precise data entry and compliance checks.
+   - **Why Not AI**: AI might misinterpret rules, leading to legal issues.
+3. **Complex Decision Trees**
+   - **Example**: Edge cases in medical diagnosis or legal rulings requiring absolute logic.
+   - **Why Not AI**: Probabilistic outcomes are risky here; human judgment is critical.
 
-#### 1. **Fuzzy Logic and the Human Brain**
-I once spent hours manually mapping work types to work requests in a spreadsheet. The task was tedious, error-prone, and required a level of contextual understanding that AI just can’t replicate. I’m not saying AI is bad—just that it’s not built for this kind of work. Imagine trying to teach a machine to understand the nuances of a human’s brain. It’s like asking a toaster to recognize a cup of coffee. The AI might get the right answer, but it’s not going to *feel* the same.
+### Hybrid Approaches for Success
 
-#### 2. **Precision Over Flexibility**
-There are tasks where AI’s “flexibility” is a liability. For example, when you need to calculate something with exact numbers, like a financial formula or a complex algorithm. These tasks require precision and accuracy, which AI can’t always guarantee. I once tried to automate a workload calculation using an LLM. The result was a mess. The AI “knew” the answer, but it didn’t *understand* the context. It just plugged in numbers and hoped for the best. That’s why I still use traditional programming for these kinds of tasks.
+- **Data Collection & Initial Analysis**: Use AI to gather insights from unstructured data.
+- **Final Decision-Making**: Always involve humans to ensure accuracy and ethical considerations.
 
-#### 3. **The “Fuzzy” World of Human Tasks**
-AI excels at handling structured data, but it’s not built for the messy, unstructured world of human tasks. For example, when you need to interpret text, categorize data, or make decisions based on incomplete information, AI isn’t the best tool. I once had to map work types to work requests. The AI tried to do it, but it just didn’t get it. It was like trying to teach a robot to understand the nuances of a human’s brain. The result was a spreadsheet that looked like a puzzle.
+**Case Study: My Spreadsheet Experience**
 
----
+I analyzed thousands of work orders, mapping them into two categories via an LLM. The AI excelled at interpreting brief descriptions like "Replaced faulty wiring" (Electrical) vs. "Fixed AC unit" (Plumbing). However, building precise formulas for workload drivers required manual validation to avoid errors.
 
-### When AI is the Best Tool
+### Conclusion: Balancing AI and Traditional Methods
 
-There are also scenarios where AI is the perfect solution.
+AI is ideal for tasks involving natural language understanding, prediction, or handling large datasets. For precision, regulation, or logic-driven scenarios, traditional methods are safer. The key is combining both approaches smartly:
 
-#### 1. **Automating Repetitive Tasks**
-AI is great at doing repetitive, rule-based tasks. For example, when you need to automate a workflow, generate reports, or process data with a fixed pattern. I once used an LLM to generate a report from a dataset. The AI didn’t need to understand the context—it just needed to follow the rules. It was fast, accurate, and didn’t make mistakes.
+- **Use AI** for unstructured data analysis and automation.
+- **Stick to traditional methods** for critical calculations and compliance.
 
-#### 2. **Choosing the Right Numbers**
-AI can help with the “what” in a calculation, but not the “how.” For example, when you need to calculate a formula with variables, AI can suggest the right numbers, but it can’t actually run the code. I once used an LLM to pick the right constants for a formula. It was great for the initial step, but I still needed to write the code myself.
-
-#### 3. **The “Human in the Loop”**
-AI is best used when it’s part of a human workflow. It’s not a replacement for human judgment, but it’s a tool that can help. I’ve used AI to speed up data analysis, but I still need to review the results. It’s like having a calculator that can add numbers, but I still need to check the sum.
-
----
-
-### The Final Word
-
-So, when is AI a good idea? When it’s doing something that’s structured, rule-based, and doesn’t require interpretation. When it’s helping you pick the right numbers or automate a process. When is it a bad idea? When it’s trying to do something that requires human intuition, context, or creativity. When it’s trying to interpret text, map work types, or make decisions based on incomplete information.
-
-In the end, AI is a tool. It’s not a replacement for human judgment, but it’s a powerful tool that can help you do your job faster, better, and with less stress. So, next time you’re faced with a question like “when to use AI,” remember: don’t let it do the work. Let it help you do the work.
-
----
-
-**Edit notes:**  
-- Use bold for emphasis (e.g., "Fuzzy Logic and the Human Brain").  
-- Add subheadings for clarity.  
-- Keep paragraphs short for readability.  
-- Use humor and relatable analogies to make the content engaging.  
-- Avoid technical jargon to maintain a light, conversational tone.  
-
-*Feel free to edit this draft as you see fit! Let me know if there's anything specific you'd like changed or added.*  
----  
-**Note:** This blog post was inspired by my recent experiences in bridging tech expertise across software development, DevOps practices, and even light-hearted moments shared over coffee breaks. Cheers to continuous learning! 🚀
-
-<|end_of_thought|>
-
-<|begin_of_solution|>
-
-# When to use AI
-
-## The Great AI Debate: When to Trust a Machine vs. When to Let a Human Do the Work
-
-As a journalist, software developer, and DevOps expert, I’ve spent years navigating the nuances of when artificial intelligence (AI) is the right tool for the job. The question isn’t always straightforward—here’s my breakdown.
-
----
-
-### When AI is a Bad Idea
-
-#### 1. **Fuzzy Logic and the Human Brain**
-Imagine trying to teach a machine to understand human intuition. I once spent hours manually mapping work types to work requests in a spreadsheet. The task required contextual understanding that AI couldn’t replicate. It’s like asking a toaster to recognize a cup of coffee—it just doesn’t feel right.
-
-#### 2. **Precision Over Flexibility**
-AI excels at structured tasks but falters when precision is critical. For example, automating financial formulas or complex algorithms demands accuracy. I once used an LLM for workload calculations; the results were chaotic because AI couldn’t grasp the context. Traditional programming remains essential here.
-
-#### 3. **The “Fuzzy” World of Human Tasks**
-AI struggles with unstructured data and incomplete information. Mapping work types to requests was a prime example. The AI’s lack of human-like interpretation led to a messy spreadsheet, highlighting its limitations in tasks requiring creativity or judgment.
-
----
-
-### When AI is the Best Tool
-
-#### 1. **Automating Repetitive Tasks**
-AI shines where rules are rigid and data is structured. Generating reports or workflows from datasets becomes efficient with AI. It follows rules without errors, saving time and effort.
-
-#### 2. **Choosing the Right Numbers**
-While AI can suggest numbers for formulas, it can’t code logic. I used an LLM to pick constants but still needed to write the code. AI aids in initial steps but doesn’t replace human oversight.
-
-#### 3. **The “Human in the Loop”**
-AI enhances workflows by speeding up analysis, but humans must review results. It’s a tool, not a replacement. For example, using AI for data insights while retaining final decision-making.
-
----
-
-### The Final Word
-
-**Use AI when:**  
-- Tasks are structured and rule-based (e.g., automation).  
-- You need quick, accurate number suggestions.  
-
-**Avoid AI when:**  
-- Interpretation or creativity is needed.  
-- Contextual understanding matters (e.g., mapping work types).  
-
-AI is a powerful tool, but it’s not a panacea. Embrace its efficiency while retaining human judgment for optimal results.
-
----
-
-**Edit notes:**  
-- Use bold for emphasis (e.g., "Fuzzy Logic and the Human Brain").  
-- Add subheadings for clarity.  
-- Keep paragraphs short for readability.  
-- Maintain humor and relatable analogies to engage readers.  
-
-*Feel free to adjust this draft as needed!*  
----  
-**Note:** This post draws from experiences in tech and casual moments, celebrating continuous learning. Cheers! 🚀
-
-<|end_of_solution|>
+By leveraging AI’s strengths while maintaining human oversight, you achieve efficient, accurate solutions tailored to your needs.

src/repo_management/repo_manager.py

@@ -28,8 +28,6 @@ class GitRepository:
         self.repo = Repo(repo_path)
         self.username = username
         self.password = password
-        self.repo.config_writer().set_value("user", "name", "blog_creator")
-        self.repo.config_writer().set_value("user", "email", "ridgway.infrastructure@gmail.com")
 
     def clone(self, remote_url, destination_path):
         """Clone a Git repository with authentication"""
@@ -52,7 +50,7 @@ class GitRepository:
     def pull(self, remote_name='origin', ref_name='main'):
         """Pull updates from a remote repository with authentication"""
         try:
-            self.repo.remotes[remote_name].pull(ref_name=ref_name)
+            self.repo.remotes[remote_name].pull(ref_name)
             return True
         except GitCommandError as e:
             print(f"Pulling failed: {e}")
@@ -63,15 +61,15 @@ class GitRepository:
         return [branch.name for branch in self.repo.branches]
 
 
-    def create_branch(self, branch_name, remote_name='origin', ref_name='main'):
+    def create_and_switch_branch(self, branch_name, remote_name='origin', ref_name='main'):
         """Create a new branch in the repository with authentication."""
         try:
             # Use the same remote and ref as before
             self.repo.git.branch(branch_name)
-            return True
-        except GitCommandError as e:
-            print(f"Failed to create branch: {e}")
-            return False
+        except GitCommandError:
+            print("Branch already exists switching")
+            # ensure remote commits are pulled into local
+        self.repo.git.checkout(branch_name)
 
     def add_and_commit(self, message=None):
         """Add and commit changes to the repository."""
@@ -90,8 +88,9 @@ class GitRepository:
             return False
 
     def create_copy_commit_push(self, file_path, title, commit_messge):
-        self.create_branch(title)
+        self.create_and_switch_branch(title)
 
+        self.pull(ref_name=title)
         shutil.copy(f"{file_path}", f"{self.repo_path}src/content/")
 
         self.add_and_commit(f"'{commit_messge}'")