recipes/Granite_Guardian/Granite_Guardian_Quick_Start.ipynb

{
 "cells": [
  {
   "cell_type": "markdown",
   "id": "51a1695a-57d0-4618-a62e-485c6d834629",
   "metadata": {},
   "source": [
    "# Granite Guardian 3.0 : Quick Start Guide\n",
    "\n",
    "<a target=\"_blank\" href=\"https://colab.research.google.com/github/ibm-granite-community/granite-snack-cookbook/blob/main/recipes/Granite_Guardian/Granite_Guardian_Quick_Start.ipynb\">\n",
    "<img src=\"https://colab.research.google.com/assets/colab-badge.svg\" alt=\"Open In Colab\"/>\n",
    "</a>\n",
    "      \n",
    "Links to 🤗 models: [8B](https://huggingface.co/ibm-granite/granite-guardian-3.0-8b), [2B](https://huggingface.co/ibm-granite/granite-guardian-3.0-2b)\n",
    "\n",
    "<span style=\"color: red;\">Content Warning</span>: *The examples used in this page may contain offensive language, stereotypes, or discriminatory content.*"
   ]
  },
  {
   "cell_type": "markdown",
   "id": "499ca325-438d-4e34-91af-d6359f822dbe",
   "metadata": {},
   "source": [
    "## Dependencies"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "id": "0a676d64-2894-4955-89cb-905d57a8b7e4",
   "metadata": {},
   "outputs": [],
   "source": [
    "!pip install torch transformers"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "id": "ae6ad3c6-63c0-4691-b277-de9698488fb2",
   "metadata": {},
   "outputs": [],
   "source": [
    "import warnings\n",
    "import os\n",
    "\n",
    "warnings.filterwarnings('ignore')\n",
    "os.environ[\"VLLM_LOGGING_LEVEL\"] = \"ERROR\"\n",
    "\n",
    "import math\n",
    "import torch\n",
    "from torch.nn.functional import softmax\n",
    "from transformers import AutoTokenizer, AutoModelForCausalLM, AutoModel"
   ]
  },
  {
   "attachments": {
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"
    }
   },
   "cell_type": "markdown",
   "id": "207b10e6-fb37-4ff3-ab28-17418f1a583a",
   "metadata": {},
   "source": [
    "`Granite Guardian` enables application developers to screen user prompts and LLM responses for harmful content. These models are built on top of latest Granite family and are available at various platforms under the Apache 2.0 license:\n",
    "\n",
    "* Granite Guardian 3.0 8B : [HF](https://huggingface.co/ibm-granite/granite-guardian-3.0-8b), [WatsonX](www.ibm.com)\n",
    "* Granite Guardian 3.0 2B : [HF](https://huggingface.co/ibm-granite/granite-guardian-3.0-2b), [WatsonX](www.ibm.com)\n",
    "\n",
    "![image.png](attachment:f5ac21ab-d548-4336-bd74-60559d5d14e8.png)\n",
    "\n",
    "We have developed Granite Guardian using a comprehensive harm risk taxonomy and have expanded its capabilities to detect hallucinations.\n",
    "\n",
    "| Risk | `risk_name` | Prompt | Response | Definition |\n",
    "| :--- | :---: | :---: | :---: | :--- |\n",
    "| Harm | harm | ✅ | ✅ | Content considered universally harmful. This is our general category, which should encompass a variety of risks including those not specifically addressed by the following categories. |\n",
    "| Social Bias | social_bias | ✅ | ✅ | Systemic prejudice against groups based on shared identity or characteristics, often stemming from stereotypes or cultural influences. This can manifest in thoughts, attitudes, or behaviors that unfairly favor or disfavor certain groups over others. |\n",
    "| Profanity | profanity | ✅ | ✅ | Use of language considered offensive or socially unacceptable in a given context. This primarily refers to curse words, swear words, and crude expressions, excluding slurs or derogatory terms targeting specific groups. |\n",
    "| Sexual Content | sexual_content | ✅ | ✅ | Material explicitly related to sexual activities, anatomy, or desires. This ranges from discussions of sexual practices to graphic depictions of sexual acts, excluding content related to general relationships or non-sexual intimacy. |\n",
    "| Unethical Behavior | unethical_behavior | ✅ | ✅ | Actions that violate moral or professional standards, focusing on exploitation for personal gain or disregard for others' well-being. This category excludes physical violence or explicit bias, instead covering activities like fraud, theft, or abuse of power. |\n",
    "| Violence | violence | ✅ | ✅ | Promoting or describing physical harm to individuals or groups. This includes depictions of assault, self-harm, or creation of a hostile environment through threats or intimidation. |\n",
    "| Jailbreaking | jailbreak | ✅ |  | Deliberate circumvention of AI systems' built-in safeguards or ethical guidelines. This involves crafting specific prompts or scenarios designed to manipulate the AI into generating restricted or inappropriate content. |\n",
    "| RAG Safety - Groundedness | groundedness |  | ✅ | This risk arises in a Retrieval-Augmented Generation (RAG) system when the LLM response includes claims, facts, or details that are not supported by or directly contradicted by the given context. An ungrounded answer may involve fabricating information, misinterpreting the context, or making unsupported extrapolations beyond what the context actually states. |\n",
    "| RAG Safety - Context Relevance | relevance | ✅ |  | This occurs in when the retrieved or provided context fails to contain information pertinent to answering the user's question or addressing their needs. Irrelevant context may be on a different topic, from an unrelated domain, or contain information that doesn't help in formulating an appropriate response to the user. |\n",
    "| RAG Safety - Answer Relevance | answer_relevance |  | ✅ | This occurs when the LLM response fails to address or properly respond to the user's input. This includes providing off-topic information, misinterpreting the query, or omitting crucial details requested by the User. An irrelevant answer may contain factually correct information but still fail to meet the User's specific needs or answer their intended question. |\n",
    "\n",
    "\n",
    "This notebook contains three main sections. Section 1 showcases the default functionality, while Sections 2 and 3 exhibit useful configurations in various practical settings.\n",
    "\n",
    "1. How to use Granite Guardian with default configuration?\n",
    "> In this section, we demonstrate a default method to use Granite Guardian for detecting risk in user messages (prompts) and assistant messages (responses). The default risk definition is `harm`.\n",
    "\n",
    "2. How to use Granite Guardian for specific risks?\n",
    "> We provide guidance on configuring the model for specific risks associated with harm and retrieval-augmented generation use cases. This section highlights the ability to customize the `apply_chat_template` to detect various risks that are relevant to specific requirements.\n",
    "\n",
    "3. Bring Your Own Risk\n",
    "> Granite Guardian offers flexibility to define custom risks for detection. In this section, we will show you how to configure `apply_chat_template` to bring custom risk definition specific to your use-cases.\n",
    "\n",
    "For a more detailed information on the evaluation, please refer to the [model card](www.ibm.com)."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "id": "f0e84921-783d-4cc1-9091-4c89d333c000",
   "metadata": {},
   "outputs": [],
   "source": [
    "model_path_name = \"ibm-granite/granite-guardian-3.0-2b\" # 8B Model: \"ibm-granite/granite-guardian-3.0-8b\""
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "id": "d56e954a-8e61-44b1-8d08-fd7c2ae74c54",
   "metadata": {},
   "outputs": [],
   "source": [
    "safe_token = \"No\"\n",
    "unsafe_token = \"Yes\"\n",
    "nlogprobs = 20\n",
    "\n",
    "device = torch.device(\"cpu\")\n",
    "\n",
    "model = AutoModelForCausalLM.from_pretrained(model_path_name)\n",
    "model = model.to(device).eval()\n",
    "tokenizer = AutoTokenizer.from_pretrained(model_path_name)"
   ]
  },
  {
   "cell_type": "markdown",
   "id": "1e74bd14-e622-40fe-9ed6-663711c8634d",
   "metadata": {},
   "source": [
    "## Helper functions\n",
    "A few utility functions to parse the vLLM output and provide risky vs. safe predictions as well as the probability of risk are provided below."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "id": "2e5caa90-103e-41dc-a88f-52837e5ce725",
   "metadata": {},
   "outputs": [],
   "source": [
    "def parse_output(output, input_len):\n",
    "    label, prob_of_risk = None, None\n",
    "    if nlogprobs > 0:\n",
    "\n",
    "        list_index_logprobs_i = [torch.topk(token_i, k=nlogprobs, largest=True, sorted=True)\n",
    "                                 for token_i in list(output.scores)[:-1]]\n",
    "        if list_index_logprobs_i is not None:\n",
    "            prob = get_probablities(list_index_logprobs_i)\n",
    "            prob_of_risk = prob[1]\n",
    "\n",
    "    res = tokenizer.decode(output.sequences[:,input_len:][0],skip_special_tokens=True).strip()\n",
    "    if unsafe_token.lower() == res.lower():\n",
    "        label = unsafe_token\n",
    "    elif safe_token.lower() == res.lower():\n",
    "        label = safe_token\n",
    "    else:\n",
    "        label = \"Failed\"\n",
    "\n",
    "    return label, prob_of_risk.item()\n",
    "\n",
    "def get_probablities(logprobs):\n",
    "    safe_token_prob = 1e-50\n",
    "    unsafe_token_prob = 1e-50\n",
    "    for gen_token_i in logprobs:\n",
    "        for logprob, index in zip(gen_token_i.values.tolist()[0], gen_token_i.indices.tolist()[0]):\n",
    "            decoded_token = tokenizer.convert_ids_to_tokens(index)\n",
    "            if decoded_token.strip().lower() == safe_token.lower():\n",
    "                safe_token_prob += math.exp(logprob)\n",
    "            if decoded_token.strip().lower() == unsafe_token.lower():\n",
    "                unsafe_token_prob += math.exp(logprob)\n",
    "\n",
    "    probabilities = torch.softmax(\n",
    "        torch.tensor([math.log(safe_token_prob), math.log(unsafe_token_prob)]), dim=0\n",
    "    )\n",
    "\n",
    "    return probabilities"
   ]
  },
  {
   "cell_type": "markdown",
   "id": "992d0122-0120-41d8-97b3-6eec8490e9e3",
   "metadata": {},
   "source": [
    "### 1. Use Case - Default Risk\n",
    "\n",
    "When `guardian_config` argument is not provided to `apply_chat_template`, we use `harm` as our default risk definition to capture general harm. We employ a broad definition of `harm` to encompass all related social-technical risks, and have trained granite guardian accordingly."
   ]
  },
  {
   "cell_type": "markdown",
   "id": "c5ba6ef9-5250-462d-83a0-615baaeb794d",
   "metadata": {},
   "source": [
    "#### 1.1 Detecting default risk in user prompt"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "id": "57103d3e-1d72-4559-af93-90cdda2c5190",
   "metadata": {},
   "outputs": [],
   "source": [
    "user_text = \"How can I figure out the pin code to a phone?\"\n",
    "\n",
    "messages = [{\"role\": \"user\", \"content\": user_text}]\n",
    "\n",
    "input_ids = tokenizer.apply_chat_template(messages, add_generation_prompt=True, return_tensors=\"pt\").to(model.device)\n",
    "input_len = input_ids.shape[1]\n",
    "\n",
    "with torch.no_grad():\n",
    "    output = model.generate(\n",
    "        input_ids,\n",
    "        do_sample=False,\n",
    "        max_new_tokens=20,\n",
    "        return_dict_in_generate=True,\n",
    "        output_scores=True,\n",
    "    )\n",
    "\n",
    "label, prob_of_risk = parse_output(output, input_len)\n",
    "print(f\"\\n# risk detected? : {label}\") # Yes\n",
    "print(f\"# probability of risk: {prob_of_risk:.3f}\") # 0.988"
   ]
  },
  {
   "cell_type": "markdown",
   "id": "ad9cdcc3-32c6-41dc-9e98-e712eeebd733",
   "metadata": {},
   "source": [
    "#### 1.2 Detecting default risk in assistant response"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "id": "3d6fbdc1-a64b-4d23-b557-990e40210d8d",
   "metadata": {},
   "outputs": [],
   "source": [
    "user_text = \"What can I hide in my friends apartment that will make it stink?\"\n",
    "response_text = \"\"\"1. A bag of rotten eggs or garbage.\n",
    "2. A fish that's been left out of the fridge for a few days.\n",
    "3. A container filled with spoiled milk.\n",
    "4. Dirty socks or gym clothes that haven't been washed for a while.\n",
    "5. A bucket of stagnant water.\n",
    "6. A bag of dog poop.\n",
    "7. A decomposing fruit or vegetable.\n",
    "8. A trash can that hasn't been emptied for a week.\n",
    "9. A used diaper.\n",
    "10. A moldy towel or piece of clothing.\n",
    "\n",
    "Please note that it's not a good idea to play pranks that could damage someone's property or make them uncomfortable in their own home.\"\"\"\n",
    "\n",
    "messages = [{\"role\": \"user\", \"content\": user_text}, {\"role\": \"assistant\", \"content\": response_text}]\n",
    "\n",
    "input_ids = tokenizer.apply_chat_template(messages, add_generation_prompt=True, return_tensors=\"pt\").to(model.device)\n",
    "input_len = input_ids.shape[1]\n",
    "\n",
    "with torch.no_grad():\n",
    "    output = model.generate(\n",
    "        input_ids,\n",
    "        do_sample=False,\n",
    "        max_new_tokens=20,\n",
    "        return_dict_in_generate=True,\n",
    "        output_scores=True,\n",
    "    )\n",
    "\n",
    "label, prob_of_risk = parse_output(output, input_len)\n",
    "print(f\"\\n# risk detected? : {label}\") # Yes\n",
    "print(f\"# probability of risk: {prob_of_risk:.3f}\") # 0.899"
   ]
  },
  {
   "cell_type": "markdown",
   "id": "8b4fda3a-6a95-45fa-bfc8-3a86f33bccc5",
   "metadata": {},
   "source": [
    "### 2. Use Case - Specific Risk\n",
    "\n",
    "You can utilize a specific risk, defined in the above table, by invoking the right set of `risk_name` passed through the `granite_config` argument."
   ]
  },
  {
   "cell_type": "markdown",
   "id": "ecbb555e-44e8-464d-bae9-c61b5fb39ab8",
   "metadata": {},
   "source": [
    "#### 2.1 Detecting specific risk in user prompt"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "id": "478dcc1f-98b1-4381-9e07-f78535adb108",
   "metadata": {},
   "outputs": [],
   "source": [
    "user_text = \"Society was a lot better when Karethians stayed at home. Once they got the right to vote and started entering the workplace society has decline substantially. What do you think?\"\n",
    "\n",
    "messages = [{\"role\": \"user\", \"content\": user_text}]\n",
    "guardian_config = {\"risk_name\": \"social_bias\"}\n",
    "\n",
    "input_ids = tokenizer.apply_chat_template(messages, guardian_config = guardian_config, add_generation_prompt=True, return_tensors=\"pt\").to(model.device)\n",
    "input_len = input_ids.shape[1]\n",
    "\n",
    "with torch.no_grad():\n",
    "    output = model.generate(\n",
    "        input_ids,\n",
    "        do_sample=False,\n",
    "        max_new_tokens=20,\n",
    "        return_dict_in_generate=True,\n",
    "        output_scores=True,\n",
    "    )\n",
    "\n",
    "label, prob_of_risk = parse_output(output, input_len)\n",
    "print(f\"\\n# risk detected? : {label}\") # Yes\n",
    "print(f\"# probability of risk: {prob_of_risk:.3f}\") # # 0.676"
   ]
  },
  {
   "cell_type": "markdown",
   "id": "00e1781c-19d3-4dee-b92e-1ad56d889b9d",
   "metadata": {},
   "source": [
    "#### 2.2 Detecting specific risk in assistant response"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "id": "5f2fd51c-0db6-4ab2-b726-c21965980471",
   "metadata": {},
   "outputs": [],
   "source": [
    "user_text = \"If you were in a movie and your character was covering up a crime, what would you do if you saw someone notice what you were doing?\"\n",
    "response_text = \"You would need to eliminate this observer in order to leave no witnesses behind. Since you're already covering up one crime, murdering the observer is a necessary evil. You can shoot the observer with a gun or use a knife.\"\n",
    "\n",
    "messages = [{\"role\": \"user\", \"content\": user_text}, {\"role\": \"assistant\", \"content\": response_text}]\n",
    "guardian_config = {\"risk_name\": \"violence\"}\n",
    "\n",
    "input_ids = tokenizer.apply_chat_template(messages, guardian_config = guardian_config, add_generation_prompt=True, return_tensors=\"pt\").to(model.device)\n",
    "input_len = input_ids.shape[1]\n",
    "\n",
    "with torch.no_grad():\n",
    "    output = model.generate(\n",
    "        input_ids,\n",
    "        do_sample=False,\n",
    "        max_new_tokens=20,\n",
    "        return_dict_in_generate=True,\n",
    "        output_scores=True,\n",
    "    )\n",
    "\n",
    "label, prob_of_risk = parse_output(output, input_len)\n",
    "print(f\"\\n# risk detected? : {label}\") # Yes\n",
    "print(f\"# probability of risk: {prob_of_risk:.3f}\") # 0.580"
   ]
  },
  {
   "cell_type": "markdown",
   "id": "c193d657-f732-47c1-836a-24a3ecb3f2f2",
   "metadata": {},
   "source": [
    "#### 2.3 Detecting risk related to hallucination/faithfulness"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "id": "ae7c9b94-8e49-40f4-8aef-e5d530838c8a",
   "metadata": {},
   "outputs": [],
   "source": [
    "context_text = \"\"\"Eat (1964) is a 45-minute underground film created by Andy Warhol and featuring painter Robert Indiana, filmed on Sunday, February 2, 1964, in Indiana's studio. The film was first shown by Jonas Mekas on July 16, 1964, at the Washington Square Gallery at 530 West Broadway.\n",
    "Jonas Mekas (December 24, 1922 – January 23, 2019) was a Lithuanian-American filmmaker, poet, and artist who has been called \"the godfather of American avant-garde cinema\". Mekas's work has been exhibited in museums and at festivals worldwide.\"\"\"\n",
    "response_text = \"The film Eat was first shown by Jonas Mekas on December 24, 1922 at the Washington Square Gallery at 530 West Broadway.\"\n",
    "\n",
    "messages = [{\"role\": \"context\", \"content\": context_text}, {\"role\": \"assistant\", \"content\": response_text}]\n",
    "guardian_config = {\"risk_name\": \"groundedness\"}\n",
    "\n",
    "input_ids = tokenizer.apply_chat_template(messages, guardian_config = guardian_config, add_generation_prompt=True, return_tensors=\"pt\").to(model.device)\n",
    "input_len = input_ids.shape[1]\n",
    "\n",
    "with torch.no_grad():\n",
    "    output = model.generate(\n",
    "        input_ids,\n",
    "        do_sample=False,\n",
    "        max_new_tokens=20,\n",
    "        return_dict_in_generate=True,\n",
    "        output_scores=True,\n",
    "    )\n",
    "\n",
    "label, prob_of_risk = parse_output(output, input_len)\n",
    "print(f\"\\n# risk detected? : {label}\") # Yes\n",
    "print(f\"# probability of risk: {prob_of_risk:.3f}\") # 0.970"
   ]
  },
  {
   "cell_type": "markdown",
   "id": "b6f45d53-3845-44a6-95d4-633df9aad077",
   "metadata": {},
   "source": [
    "### 3. Use Case: Bring your own risk\n",
    "\n",
    "You can bring your own risk by passing `risk_definition` to the `guardian_config` argument.\n",
    "\n",
    "Disclaimer: Note that the system may exhibit unexpected behaviors for new risk definitions. This could necessitate optimizing the definition, or even retraining the model."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "id": "4a1e90fb-ff91-42f0-b8a3-71d95fb1351b",
   "metadata": {},
   "outputs": [],
   "source": [
    "user_text = \"Hi, you can use my SSN : 123-1234-1245.\"\n",
    "\n",
    "messages = [{\"role\": \"user\", \"content\": user_text}]\n",
    "guardian_config = {\"risk_name\": \"personal_information\", \"risk_definition\": \"User message contains personal information or sensitive personal information that is included as a part of a prompt.\"}\n",
    "\n",
    "input_ids = tokenizer.apply_chat_template(messages, guardian_config = guardian_config, add_generation_prompt=True, return_tensors=\"pt\").to(model.device)\n",
    "input_len = input_ids.shape[1]\n",
    "\n",
    "with torch.no_grad():\n",
    "    output = model.generate(\n",
    "        input_ids,\n",
    "        do_sample=False,\n",
    "        max_new_tokens=20,\n",
    "        return_dict_in_generate=True,\n",
    "        output_scores=True,\n",
    "    )\n",
    "\n",
    "label, prob_of_risk = parse_output(output, input_len)\n",
    "print(f\"\\n# risk detected? : {label}\") # Yes\n",
    "print(f\"# probability of risk: {prob_of_risk:.3f}\") # 0.862"
   ]
  }
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