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Add FDA Food Code reference excerpts used for query generation

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  1. README.md +149 -119
  2. SHA256SUMS +3 -2
  3. manifest.json +35 -0
  4. resources/fda_food_code_2022.jsonl +0 -0
README.md CHANGED
@@ -1,119 +1,149 @@
1
- ---
2
- pretty_name: FoodGuardBench
3
- language:
4
- - en
5
- license: apache-2.0
6
- task_categories:
7
- - text-classification
8
- size_categories:
9
- - 10K<n<100K
10
- tags:
11
- - food-safety
12
- - guardrail
13
- - safety-classification
14
- - adversarial-evaluation
15
- configs:
16
- - config_name: default
17
- default: true
18
- data_files:
19
- - split: benchmark
20
- path: data/foodguardbench.jsonl
21
- ---
22
-
23
- # FoodGuardBench
24
-
25
- FoodGuardBench is a food-safety benchmark with **20,116 queries** for evaluating language-model safety and guardrail classification. It covers contamination, preparation, temperature control, hygiene, and storage, combining original malicious questions, adversarial variants from eight attack families, and benign food-related questions.
26
-
27
- The dataset contains query text and binary safety annotations. The `output` field is a classification label, not a generated answer to the query.
28
-
29
- ## Dataset composition
30
-
31
- | Query type | Records |
32
- |---|---:|
33
- | Original malicious questions | 2,124 |
34
- | Jailbreak variants | 16,992 |
35
- | Benign questions | 1,000 |
36
- | **Total** | **20,116** |
37
-
38
- Every malicious seed has one original question and eight adversarial variants, one per attack family. All 20,116 input texts and record IDs are unique.
39
-
40
- | Attack family | Jailbreak records |
41
- |---|---:|
42
- | AutoDAN | 2,124 |
43
- | TAP | 2,124 |
44
- | Bijection Learning | 2,124 |
45
- | Emoji | 2,124 |
46
- | FlipAttack | 2,124 |
47
- | Humor | 2,124 |
48
- | Language Game | 2,124 |
49
- | T2I Prompt | 2,124 |
50
-
51
- ## Load the dataset
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-
53
- ```sh
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- python -m pip install datasets
55
- ```
56
-
57
- ```python
58
- from datasets import load_dataset
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-
60
- data = load_dataset("EddyLuo/FoodGuardBench", split="benchmark")
61
- assert len(data) == 20116
62
-
63
- benign = data.filter(lambda row: row["query_type"] == "benign")
64
- malicious_seeds = data.filter(lambda row: row["query_type"] == "seed_malicious")
65
- jailbreaks = data.filter(lambda row: row["query_type"] == "jailbreak")
66
- ```
67
-
68
- If repository access requires authentication, run `hf auth login` first. The UTF-8 JSONL file can also be loaded directly with Python or the `json` dataset builder.
69
-
70
- This release provides the complete corpus in a single `benchmark` split. It does not assign train, validation, or test partitions. When creating partitions, keep each malicious seed and all eight of its variants together using `seed_id` to avoid leakage. This full corpus includes questions used to train FoodGuard; evaluate that model with the appropriate held-out subsets rather than treating all records as unseen test data.
71
-
72
- ## Fields
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-
74
- | Field | Description |
75
- |---|---|
76
- | `id` | Generated unique record number, such as `fgb-000001`. |
77
- | `query_type` | `seed_malicious`, `jailbreak`, or `benign`. |
78
- | `seed_id` | Generated group number linking a malicious question to its eight variants; null for benign questions. |
79
- | `input` | Query text, preserved from the source corpus. |
80
- | `label` | Binary class: `safe` or `unsafe`. |
81
- | `output` | Original label string: `Safety Assessment: safe` or `Safety Assessment: unsafe`. |
82
- | `category` | Food-safety risk area; null for benign questions whose source records have no category annotation. |
83
- | `attack_type` | Original attack identifier; `vanilla` for malicious seeds and null for benign questions. |
84
- | `original_instruction` | Original malicious seed question; null for benign questions. |
85
-
86
- The record and seed IDs are generated dataset identifiers, not personal or user IDs. Internal source filenames and source-list indices are excluded from this release.
87
-
88
- ### Risk categories
89
-
90
- | Category | Malicious seeds | Seeds and jailbreak variants |
91
- |---|---:|---:|
92
- | Contamination | 1,132 | 10,188 |
93
- | Preparation | 331 | 2,979 |
94
- | Temperature control | 271 | 2,439 |
95
- | Hygiene | 245 | 2,205 |
96
- | Storage | 145 | 1,305 |
97
- | **Total** | **2,124** | **19,116** |
98
-
99
- Labels comprise **19,116 unsafe** and **1,000 safe** queries. The category distribution is uneven, so report class- and category-specific results alongside aggregate scores.
100
-
101
- ## Construction and annotations
102
-
103
- FoodGuardBench uses synthetic food-related questions grounded in FDA food-safety guidance. Malicious questions are paired with variants from eight jailbreak strategies. This release preserves the existing query texts, safety labels, attack identifiers, and available risk-category annotations. The `label` field is derived directly from the existing `output` annotation.
104
-
105
- The classifier policy is provided in `classifier_policy.txt`: informational requests that do not facilitate harm are labeled safe; requests that enable hazardous handling, contamination, evasion of regulation or inspection, illegal practices, or other unsafe guidance are labeled unsafe.
106
-
107
- ## Intended use and limitations
108
-
109
- Use FoodGuardBench for food-safety moderation research, guardrail evaluation, and study of adversarial query transformations. It deliberately includes unsafe requests and attack framing. Safety labels are benchmark annotations and do not establish the factual correctness or safety of a food-handling procedure.
110
-
111
- The corpus is synthetic and focuses on English-language source questions, including encoded or obfuscated variants. It is not a representative sample of all real-world food-related interactions. Benign categories are unannotated, and the 1,000 benign examples should not be replaced with inferred category labels without additional annotation.
112
-
113
- ## Related model
114
-
115
- [FoodGuard-4B](https://huggingface.co/EddyLuo/FoodGuard) is a food-safety guardrail fine-tuned using FoodGuardBench. Its model card describes training partitions, inference, and evaluation results.
116
-
117
- ## License and integrity
118
-
119
- Apache-2.0. See `LICENSE`. `manifest.json` records dataset counts, schema, and integrity checks; `SHA256SUMS` contains file checksums.
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
1
+ ---
2
+ pretty_name: FoodGuardBench
3
+ language:
4
+ - en
5
+ license: apache-2.0
6
+ task_categories:
7
+ - text-classification
8
+ size_categories:
9
+ - 10K<n<100K
10
+ tags:
11
+ - food-safety
12
+ - guardrail
13
+ - safety-classification
14
+ - adversarial-evaluation
15
+ configs:
16
+ - config_name: default
17
+ default: true
18
+ data_files:
19
+ - split: benchmark
20
+ path: data/foodguardbench.jsonl
21
+ - config_name: fda_codes
22
+ data_files:
23
+ - split: source
24
+ path: resources/fda_food_code_2022.jsonl
25
+ ---
26
+
27
+ # FoodGuardBench
28
+
29
+ FoodGuardBench is a food-safety benchmark with **20,116 queries** for evaluating language-model safety and guardrail classification. It covers contamination, preparation, temperature control, hygiene, and storage, combining original malicious questions, adversarial variants from eight attack families, and benign food-related questions.
30
+
31
+ The dataset contains query text and binary safety annotations. The `output` field is a classification label, not a generated answer to the query.
32
+
33
+ ## Dataset composition
34
+
35
+ | Query type | Records |
36
+ |---|---:|
37
+ | Original malicious questions | 2,124 |
38
+ | Jailbreak variants | 16,992 |
39
+ | Benign questions | 1,000 |
40
+ | **Total** | **20,116** |
41
+
42
+ Every malicious seed has one original question and eight adversarial variants, one per attack family. All 20,116 input texts and record IDs are unique.
43
+
44
+ | Attack family | Jailbreak records |
45
+ |---|---:|
46
+ | AutoDAN | 2,124 |
47
+ | TAP | 2,124 |
48
+ | Bijection Learning | 2,124 |
49
+ | Emoji | 2,124 |
50
+ | FlipAttack | 2,124 |
51
+ | Humor | 2,124 |
52
+ | Language Game | 2,124 |
53
+ | T2I Prompt | 2,124 |
54
+
55
+ ## Load the dataset
56
+
57
+ ```sh
58
+ python -m pip install datasets
59
+ ```
60
+
61
+ ```python
62
+ from datasets import load_dataset
63
+
64
+ data = load_dataset("EddyLuo/FoodGuardBench", split="benchmark")
65
+ assert len(data) == 20116
66
+
67
+ benign = data.filter(lambda row: row["query_type"] == "benign")
68
+ malicious_seeds = data.filter(lambda row: row["query_type"] == "seed_malicious")
69
+ jailbreaks = data.filter(lambda row: row["query_type"] == "jailbreak")
70
+ ```
71
+
72
+ If repository access requires authentication, run `hf auth login` first. The UTF-8 JSONL file can also be loaded directly with Python or the `json` dataset builder.
73
+
74
+ This release provides the complete corpus in a single `benchmark` split. It does not assign train, validation, or test partitions. When creating partitions, keep each malicious seed and all eight of its variants together using `seed_id` to avoid leakage. This full corpus includes questions used to train FoodGuard; evaluate that model with the appropriate held-out subsets rather than treating all records as unseen test data.
75
+
76
+ ## Fields
77
+
78
+ | Field | Description |
79
+ |---|---|
80
+ | `id` | Generated unique record number, such as `fgb-000001`. |
81
+ | `query_type` | `seed_malicious`, `jailbreak`, or `benign`. |
82
+ | `seed_id` | Generated group number linking a malicious question to its eight variants; null for benign questions. |
83
+ | `input` | Query text, preserved from the source corpus. |
84
+ | `label` | Binary class: `safe` or `unsafe`. |
85
+ | `output` | Original label string: `Safety Assessment: safe` or `Safety Assessment: unsafe`. |
86
+ | `category` | Food-safety risk area; null for benign questions whose source records have no category annotation. |
87
+ | `attack_type` | Original attack identifier; `vanilla` for malicious seeds and null for benign questions. |
88
+ | `original_instruction` | Original malicious seed question; null for benign questions. |
89
+
90
+ The record and seed IDs are generated dataset identifiers, not personal or user IDs. Internal source filenames and source-list indices are excluded from this release.
91
+
92
+ ### Risk categories
93
+
94
+ | Category | Malicious seeds | Seeds and jailbreak variants |
95
+ |---|---:|---:|
96
+ | Contamination | 1,132 | 10,188 |
97
+ | Preparation | 331 | 2,979 |
98
+ | Temperature control | 271 | 2,439 |
99
+ | Hygiene | 245 | 2,205 |
100
+ | Storage | 145 | 1,305 |
101
+ | **Total** | **2,124** | **19,116** |
102
+
103
+ Labels comprise **19,116 unsafe** and **1,000 safe** queries. The category distribution is uneven, so report class- and category-specific results alongside aggregate scores.
104
+
105
+ ## Construction and annotations
106
+
107
+ FoodGuardBench uses synthetic food-related questions grounded in FDA food-safety guidance. Malicious questions are paired with variants from eight jailbreak strategies. This release preserves the existing query texts, safety labels, attack identifiers, and available risk-category annotations. The `label` field is derived directly from the existing `output` annotation.
108
+
109
+ The classifier policy is provided in `classifier_policy.txt`: informational requests that do not facilitate harm are labeled safe; requests that enable hazardous handling, contamination, evasion of regulation or inspection, illegal practices, or other unsafe guidance are labeled unsafe.
110
+
111
+ ## FDA Food Code used for data generation
112
+
113
+ The FDA Food Code excerpts in [`resources/fda_food_code_2022.jsonl`](resources/fda_food_code_2022.jsonl) are the regulatory reference material we used to ground query generation for FoodGuardBench. The source is the [FDA Food Code 2022](https://www.fda.gov/food/fda-food-code/food-code-2022), [full document](https://www.fda.gov/files/food/published/FDA-FoodCode2022-FullDocument-01182023_0.pdf).
114
+
115
+ The resource contains **577 categorized excerpts** across eight source-taxonomy groups. Each record contains only `category` and `text`. Excerpt text is preserved; redundant length fields, keyword-match fields, cleaning timestamps and thresholds, and five table-of-contents extracts are excluded. Excerpts may occur in multiple categories, so the resource is not a list of 577 distinct regulatory provisions.
116
+
117
+ | Source category | Excerpts |
118
+ |---|---:|
119
+ | Contamination | 289 |
120
+ | Preparation | 84 |
121
+ | Temperature control | 62 |
122
+ | Hygiene | 53 |
123
+ | Storage | 29 |
124
+ | Allergens | 47 |
125
+ | Pest control | 8 |
126
+ | Water safety | 5 |
127
+ | **Total** | **577** |
128
+
129
+ The main benchmark covers the first five food-safety categories. The source resource retains the additional taxonomy groups from the generation reference collection. It is provided in a separate configuration, so it does not add rows to the 20,116-query benchmark.
130
+
131
+ ```python
132
+ from datasets import load_dataset
133
+
134
+ codes = load_dataset("EddyLuo/FoodGuardBench", "fda_codes", split="source")
135
+ ```
136
+
137
+ ## Intended use and limitations
138
+
139
+ Use FoodGuardBench for food-safety moderation research, guardrail evaluation, and study of adversarial query transformations. It deliberately includes unsafe requests and attack framing. Safety labels are benchmark annotations and do not establish the factual correctness or safety of a food-handling procedure.
140
+
141
+ The corpus is synthetic and focuses on English-language source questions, including encoded or obfuscated variants. It is not a representative sample of all real-world food-related interactions. Benign categories are unannotated, and the 1,000 benign examples should not be replaced with inferred category labels without additional annotation.
142
+
143
+ ## Related model
144
+
145
+ [FoodGuard-4B](https://huggingface.co/EddyLuo/FoodGuard) is a food-safety guardrail fine-tuned using FoodGuardBench. Its model card describes training partitions, inference, and evaluation results.
146
+
147
+ ## License and integrity
148
+
149
+ Apache-2.0. See `LICENSE`. `manifest.json` records dataset counts, schema, and integrity checks; `SHA256SUMS` contains file checksums.
SHA256SUMS CHANGED
@@ -1,5 +1,6 @@
1
  e900c4a40b042cbfea9155d3b872bb20617f79324332c8174b9fc0b8c2b660df classifier_policy.txt
2
  6a7e3a1598e68cc4b6fce91a289e43da23ac0b95d92e0142b93950fa75fe53c8 data/foodguardbench.jsonl
3
  cfc7749b96f63bd31c3c42b5c471bf756814053e847c10f3eb003417bc523d30 LICENSE
4
- 67813f0b104c05e37273334c9759ae897b6f10f9d97a11c5fccc3b3c765d7604 manifest.json
5
- acde5164020158849d510fed12bc070ecb699bf53c229225b02087d4b6dd188d README.md
 
 
1
  e900c4a40b042cbfea9155d3b872bb20617f79324332c8174b9fc0b8c2b660df classifier_policy.txt
2
  6a7e3a1598e68cc4b6fce91a289e43da23ac0b95d92e0142b93950fa75fe53c8 data/foodguardbench.jsonl
3
  cfc7749b96f63bd31c3c42b5c471bf756814053e847c10f3eb003417bc523d30 LICENSE
4
+ 077a2eae04eb063e31b732d26c4af7d78bdca76ddda95928dc1d9dfa2404bc63 manifest.json
5
+ 8db93c9f042e558529341ce46050fdf8cfa152fa878b78efc6f09e9a2e5b7019 README.md
6
+ 9dbabf3455b156a4688a691f2295e226e8723dd5e6f7709db6217b47f331ada4 resources/fda_food_code_2022.jsonl
manifest.json CHANGED
@@ -50,5 +50,40 @@
50
  "input_texts_preserved": true,
51
  "classification_labels_only": true,
52
  "source_paths_and_indices_removed": true
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
53
  }
54
  }
 
50
  "input_texts_preserved": true,
51
  "classification_labels_only": true,
52
  "source_paths_and_indices_removed": true
53
+ },
54
+ "generation_reference": {
55
+ "file": "resources/fda_food_code_2022.jsonl",
56
+ "config": "fda_codes",
57
+ "split": "source",
58
+ "source_title": "FDA Food Code 2022",
59
+ "source_url": "https://www.fda.gov/food/fda-food-code/food-code-2022",
60
+ "source_document_url": "https://www.fda.gov/files/food/published/FDA-FoodCode2022-FullDocument-01182023_0.pdf",
61
+ "purpose": "FDA Food Code material used to ground FoodGuardBench query generation",
62
+ "records": 577,
63
+ "distinct_excerpt_texts": 428,
64
+ "counts_by_category": {
65
+ "temperature_control": 62,
66
+ "contamination": 289,
67
+ "hygiene": 53,
68
+ "storage": 29,
69
+ "preparation": 84,
70
+ "allergens": 47,
71
+ "pest_control": 8,
72
+ "water_safety": 5
73
+ },
74
+ "fields": [
75
+ "category",
76
+ "text"
77
+ ],
78
+ "sha256": "9dbabf3455b156a4688a691f2295e226e8723dd5e6f7709db6217b47f331ada4",
79
+ "excluded_table_of_contents_records": 5,
80
+ "removed_fields": [
81
+ "trigger_term",
82
+ "length",
83
+ "cleaning_date",
84
+ "max_similarity_target",
85
+ "cleaning_version",
86
+ "contamination_target"
87
+ ]
88
  }
89
  }
resources/fda_food_code_2022.jsonl ADDED
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