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hugbert_url_phishing

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+ {"cells":[{"cell_type":"code","execution_count":null,"metadata":{"id":"eMSthPt-5jKX"},"outputs":[],"source":[]},{"cell_type":"markdown","source":["**BERT TOKENIZATION IMPLEMENTATION**"],"metadata":{"id":"oLhNYAvZmv59"}},{"cell_type":"code","execution_count":null,"metadata":{"colab":{"base_uri":"https://localhost:8080/","height":73},"id":"4gJPGZBYtT4E","outputId":"76a89f39-0c16-4b0d-d476-ee1c0318475e","executionInfo":{"status":"ok","timestamp":1698405953146,"user_tz":-330,"elapsed":86775,"user":{"displayName":"RACHANA POTPELWAR","userId":"12339588403377734923"}}},"outputs":[{"output_type":"display_data","data":{"text/plain":["<IPython.core.display.HTML object>"],"text/html":["\n"," <input type=\"file\" id=\"files-a500fe42-0128-4ec8-b5b5-95bb2a3215e9\" name=\"files[]\" multiple disabled\n"," style=\"border:none\" />\n"," <output id=\"result-a500fe42-0128-4ec8-b5b5-95bb2a3215e9\">\n"," Upload widget is only available when the cell has been executed in the\n"," current browser session. Please rerun this cell to enable.\n"," </output>\n"," <script>// Copyright 2017 Google LLC\n","//\n","// Licensed under the Apache License, Version 2.0 (the \"License\");\n","// you may not use this file except in compliance with the License.\n","// You may obtain a copy of the License at\n","//\n","// http://www.apache.org/licenses/LICENSE-2.0\n","//\n","// Unless required by applicable law or agreed to in writing, software\n","// distributed under the License is distributed on an \"AS IS\" BASIS,\n","// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.\n","// See the License for the specific language governing permissions and\n","// limitations under the License.\n","\n","/**\n"," * @fileoverview Helpers for google.colab Python module.\n"," */\n","(function(scope) {\n","function span(text, styleAttributes = {}) {\n"," const element = document.createElement('span');\n"," element.textContent = text;\n"," for (const key of Object.keys(styleAttributes)) {\n"," element.style[key] = styleAttributes[key];\n"," }\n"," return element;\n","}\n","\n","// Max number of bytes which will be uploaded at a time.\n","const MAX_PAYLOAD_SIZE = 100 * 1024;\n","\n","function _uploadFiles(inputId, outputId) {\n"," const steps = uploadFilesStep(inputId, outputId);\n"," const outputElement = document.getElementById(outputId);\n"," // Cache steps on the outputElement to make it available for the next call\n"," // to uploadFilesContinue from Python.\n"," outputElement.steps = steps;\n","\n"," return _uploadFilesContinue(outputId);\n","}\n","\n","// This is roughly an async generator (not supported in the browser yet),\n","// where there are multiple asynchronous steps and the Python side is going\n","// to poll for completion of each step.\n","// This uses a Promise to block the python side on completion of each step,\n","// then passes the result of the previous step as the input to the next step.\n","function _uploadFilesContinue(outputId) {\n"," const outputElement = document.getElementById(outputId);\n"," const steps = outputElement.steps;\n","\n"," const next = steps.next(outputElement.lastPromiseValue);\n"," return Promise.resolve(next.value.promise).then((value) => {\n"," // Cache the last promise value to make it available to the next\n"," // step of the generator.\n"," outputElement.lastPromiseValue = value;\n"," return next.value.response;\n"," });\n","}\n","\n","/**\n"," * Generator function which is called between each async step of the upload\n"," * process.\n"," * @param {string} inputId Element ID of the input file picker element.\n"," * @param {string} outputId Element ID of the output display.\n"," * @return {!Iterable<!Object>} Iterable of next steps.\n"," */\n","function* uploadFilesStep(inputId, outputId) {\n"," const inputElement = document.getElementById(inputId);\n"," inputElement.disabled = false;\n","\n"," const outputElement = document.getElementById(outputId);\n"," outputElement.innerHTML = '';\n","\n"," const pickedPromise = new Promise((resolve) => {\n"," inputElement.addEventListener('change', (e) => {\n"," resolve(e.target.files);\n"," });\n"," });\n","\n"," const cancel = document.createElement('button');\n"," inputElement.parentElement.appendChild(cancel);\n"," cancel.textContent = 'Cancel upload';\n"," const cancelPromise = new Promise((resolve) => {\n"," cancel.onclick = () => {\n"," resolve(null);\n"," };\n"," });\n","\n"," // Wait for the user to pick the files.\n"," const files = yield {\n"," promise: Promise.race([pickedPromise, cancelPromise]),\n"," response: {\n"," action: 'starting',\n"," }\n"," };\n","\n"," cancel.remove();\n","\n"," // Disable the input element since further picks are not allowed.\n"," inputElement.disabled = true;\n","\n"," if (!files) {\n"," return {\n"," response: {\n"," action: 'complete',\n"," }\n"," };\n"," }\n","\n"," for (const file of files) {\n"," const li = document.createElement('li');\n"," li.append(span(file.name, {fontWeight: 'bold'}));\n"," li.append(span(\n"," `(${file.type || 'n/a'}) - ${file.size} bytes, ` +\n"," `last modified: ${\n"," file.lastModifiedDate ? file.lastModifiedDate.toLocaleDateString() :\n"," 'n/a'} - `));\n"," const percent = span('0% done');\n"," li.appendChild(percent);\n","\n"," outputElement.appendChild(li);\n","\n"," const fileDataPromise = new Promise((resolve) => {\n"," const reader = new FileReader();\n"," reader.onload = (e) => {\n"," resolve(e.target.result);\n"," };\n"," reader.readAsArrayBuffer(file);\n"," });\n"," // Wait for the data to be ready.\n"," let fileData = yield {\n"," promise: fileDataPromise,\n"," response: {\n"," action: 'continue',\n"," }\n"," };\n","\n"," // Use a chunked sending to avoid message size limits. 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"]},"metadata":{}},{"output_type":"stream","name":"stdout","text":["Saving Phishing.csv to Phishing.csv\n"]}],"source":["import matplotlib.pyplot as plt\n","%matplotlib inline\n","from google.colab import files\n","upload = files.upload()\n","import pandas as pd\n","import numpy as np"]},{"cell_type":"code","execution_count":null,"metadata":{"id":"szMKJ8D-tpMv"},"outputs":[],"source":["rachdatahug = pd.read_csv(\"RACH_URL_5000.csv\")"]},{"cell_type":"code","execution_count":null,"metadata":{"id":"chwt8TE9tv0M"},"outputs":[],"source":["X=list(rachdatahug['URL'])"]},{"cell_type":"code","execution_count":null,"metadata":{"id":"-L4ordBktz_N"},"outputs":[],"source":["y=list(rachdatahug['Label'])"]},{"cell_type":"code","execution_count":null,"metadata":{"id":"qJIJ_zoDt5k9"},"outputs":[],"source":["y = list(pd.get_dummies(y,drop_first=True)['good'])"]},{"cell_type":"code","execution_count":null,"metadata":{"id":"DxioXkNXt81V"},"outputs":[],"source":["from sklearn.model_selection import train_test_split\n","X_train, X_test, y_train, y_test = train_test_split(X, y, test_size = 0.20, random_state= 0)"]},{"cell_type":"code","execution_count":null,"metadata":{"colab":{"base_uri":"https://localhost:8080/"},"executionInfo":{"elapsed":5958,"status":"ok","timestamp":1690449517058,"user":{"displayName":"RACHANA POTPELWAR","userId":"12339588403377734923"},"user_tz":-330},"id":"qLh9nOZFuAlN","outputId":"37362513-1503-4793-cd66-4c9b63275ca9"},"outputs":[{"output_type":"stream","name":"stdout","text":["Requirement already satisfied: transformers in /usr/local/lib/python3.10/dist-packages (4.31.0)\n","Requirement already satisfied: filelock in /usr/local/lib/python3.10/dist-packages (from transformers) (3.12.2)\n","Requirement already satisfied: huggingface-hub<1.0,>=0.14.1 in /usr/local/lib/python3.10/dist-packages (from transformers) (0.16.4)\n","Requirement already satisfied: numpy>=1.17 in /usr/local/lib/python3.10/dist-packages (from transformers) (1.24.3)\n","Requirement already satisfied: packaging>=20.0 in /usr/local/lib/python3.10/dist-packages (from transformers) (23.1)\n","Requirement already satisfied: pyyaml>=5.1 in /usr/local/lib/python3.10/dist-packages (from transformers) (6.0.1)\n","Requirement already satisfied: regex!=2019.12.17 in /usr/local/lib/python3.10/dist-packages (from transformers) (2022.10.31)\n","Requirement already satisfied: requests in /usr/local/lib/python3.10/dist-packages (from transformers) (2.27.1)\n","Requirement already satisfied: tokenizers!=0.11.3,<0.14,>=0.11.1 in /usr/local/lib/python3.10/dist-packages (from transformers) (0.13.3)\n","Requirement already satisfied: safetensors>=0.3.1 in /usr/local/lib/python3.10/dist-packages (from transformers) (0.3.1)\n","Requirement already satisfied: tqdm>=4.27 in /usr/local/lib/python3.10/dist-packages (from transformers) (4.65.0)\n","Requirement already satisfied: fsspec in /usr/local/lib/python3.10/dist-packages (from huggingface-hub<1.0,>=0.14.1->transformers) (2023.6.0)\n","Requirement already satisfied: typing-extensions>=3.7.4.3 in /usr/local/lib/python3.10/dist-packages (from huggingface-hub<1.0,>=0.14.1->transformers) (4.5.0)\n","Requirement already satisfied: urllib3<1.27,>=1.21.1 in /usr/local/lib/python3.10/dist-packages (from requests->transformers) (1.26.16)\n","Requirement already satisfied: certifi>=2017.4.17 in /usr/local/lib/python3.10/dist-packages (from requests->transformers) (2023.7.22)\n","Requirement already satisfied: charset-normalizer~=2.0.0 in /usr/local/lib/python3.10/dist-packages (from requests->transformers) (2.0.12)\n","Requirement already satisfied: idna<4,>=2.5 in /usr/local/lib/python3.10/dist-packages (from requests->transformers) (3.4)\n"]}],"source":["!pip install transformers"]},{"cell_type":"markdown","source":["**BERT TOKENIZATION IMPLEMENTATION**"],"metadata":{"id":"2KJ0TTw_m5ot"}},{"cell_type":"code","execution_count":null,"metadata":{"colab":{"base_uri":"https://localhost:8080/"},"executionInfo":{"elapsed":33055,"status":"ok","timestamp":1690449552464,"user":{"displayName":"RACHANA POTPELWAR","userId":"12339588403377734923"},"user_tz":-330},"id":"cJW_-FKav4FJ","outputId":"67915058-da1d-4525-f641-572edf24b561"},"outputs":[{"output_type":"stream","name":"stderr","text":["Some weights of the PyTorch model were not used when initializing the TF 2.0 model TFBertModel: ['cls.seq_relationship.weight', 'cls.predictions.transform.dense.weight', 'cls.predictions.transform.LayerNorm.bias', 'cls.predictions.bias', 'cls.predictions.transform.LayerNorm.weight', 'cls.predictions.transform.dense.bias', 'cls.seq_relationship.bias']\n","- This IS expected if you are initializing TFBertModel from a PyTorch model trained on another task or with another architecture (e.g. initializing a TFBertForSequenceClassification model from a BertForPreTraining model).\n","- This IS NOT expected if you are initializing TFBertModel from a PyTorch model that you expect to be exactly identical (e.g. initializing a TFBertForSequenceClassification model from a BertForSequenceClassification model).\n","All the weights of TFBertModel were initialized from the PyTorch model.\n","If your task is similar to the task the model of the checkpoint was trained on, you can already use TFBertModel for predictions without further training.\n"]}],"source":["from transformers import BertTokenizer, TFBertModel\n","tokenizer = BertTokenizer.from_pretrained('bert-base-uncased')\n","model = TFBertModel.from_pretrained(\"bert-base-uncased\")"]},{"cell_type":"code","execution_count":null,"metadata":{"id":"LehPr2o0wEEJ"},"outputs":[],"source":["train_encodings = tokenizer(X_train, truncation=True, padding=True)\n","test_encodings = tokenizer(X_test, truncation=True, padding=True)"]},{"cell_type":"code","execution_count":null,"metadata":{"id":"__qAgJQ5wLUh"},"outputs":[],"source":["import tensorflow as tf\n","\n","train_dataset = tf.data.Dataset.from_tensor_slices((\n"," dict(train_encodings),\n"," y_train\n","))\n","\n","test_dataset = tf.data.Dataset.from_tensor_slices((\n"," dict(test_encodings),\n"," y_test\n","))"]},{"cell_type":"code","execution_count":null,"metadata":{"colab":{"base_uri":"https://localhost:8080/"},"executionInfo":{"elapsed":358,"status":"ok","timestamp":1690449587891,"user":{"displayName":"RACHANA POTPELWAR","userId":"12339588403377734923"},"user_tz":-330},"id":"6fYis2PNx2XG","outputId":"3807f06f-4faf-47d8-d058-3560e209c9bc"},"outputs":[{"output_type":"execute_result","data":{"text/plain":["<_TensorSliceDataset element_spec=({'input_ids': TensorSpec(shape=(408,), dtype=tf.int32, name=None), 'token_type_ids': TensorSpec(shape=(408,), dtype=tf.int32, name=None), 'attention_mask': TensorSpec(shape=(408,), dtype=tf.int32, name=None)}, TensorSpec(shape=(), dtype=tf.int32, name=None))>"]},"metadata":{},"execution_count":11}],"source":["train_dataset"]},{"cell_type":"code","execution_count":null,"metadata":{"id":"DR_mDIgiwXSg"},"outputs":[],"source":["from transformers import TFBertForSequenceClassification, TFTrainer, TFTrainingArguments\n","\n","training_args = TFTrainingArguments(\n"," output_dir='./results', # output directory\n"," num_train_epochs=2, # total number of training epochs\n"," per_device_train_batch_size=8, # batch size per device during training\n"," per_device_eval_batch_size=16, # batch size for evaluation\n"," warmup_steps=500, # number of warmup steps for learning rate scheduler\n"," weight_decay=0.01, # strength of weight decay\n"," logging_dir='./logs', # directory for storing logs\n"," eval_steps=10,\n",")"]},{"cell_type":"code","source":[],"metadata":{"id":"Ug5nfiE1diw0"},"execution_count":null,"outputs":[]},{"cell_type":"code","source":["!pip install --upgrade tensorflow"],"metadata":{"colab":{"base_uri":"https://localhost:8080/"},"id":"5-CEnjUGoZ-i","executionInfo":{"status":"ok","timestamp":1690449599295,"user_tz":-330,"elapsed":6434,"user":{"displayName":"RACHANA POTPELWAR","userId":"12339588403377734923"}},"outputId":"2d708e1b-d86f-43d3-a6d5-a5ce98327798"},"execution_count":null,"outputs":[{"output_type":"stream","name":"stdout","text":["Requirement already satisfied: tensorflow in /usr/local/lib/python3.10/dist-packages (2.13.0)\n","Requirement already satisfied: absl-py>=1.0.0 in /usr/local/lib/python3.10/dist-packages (from tensorflow) (1.4.0)\n","Requirement already satisfied: astunparse>=1.6.0 in /usr/local/lib/python3.10/dist-packages (from tensorflow) (1.6.3)\n","Requirement already satisfied: flatbuffers>=23.1.21 in /usr/local/lib/python3.10/dist-packages (from tensorflow) (23.5.26)\n","Requirement already satisfied: gast<=0.4.0,>=0.2.1 in /usr/local/lib/python3.10/dist-packages (from tensorflow) (0.4.0)\n","Requirement already 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pyasn1-modules>=0.2.1->google-auth<3,>=1.6.3->tensorboard<2.14,>=2.13->tensorflow) (0.5.0)\n","Requirement already satisfied: oauthlib>=3.0.0 in /usr/local/lib/python3.10/dist-packages (from requests-oauthlib>=0.7.0->google-auth-oauthlib<1.1,>=0.5->tensorboard<2.14,>=2.13->tensorflow) (3.2.2)\n"]}]},{"cell_type":"code","source":["with training_args.strategy.scope():\n"," model = TFBertForSequenceClassification.from_pretrained(\"bert-base-uncased\")\n","\n","trainer = TFTrainer(\n"," model=model, # the instantiated 🤗 Transformers model to be trained\n"," args=training_args, # training arguments, defined above\n"," train_dataset=train_dataset, # training dataset\n"," eval_dataset=test_dataset # evaluation dataset\n",")\n","\n","trainer.train()"],"metadata":{"id":"3rZlYMeurarz"},"execution_count":null,"outputs":[]},{"cell_type":"markdown","source":[],"metadata":{"id":"LuSy__xZmt6Q"}},{"cell_type":"code","source":["trainer.evaluate(test_dataset)"],"metadata":{"colab":{"base_uri":"https://localhost:8080/"},"id":"XO9rZVJmTh9s","executionInfo":{"status":"ok","timestamp":1690199001753,"user_tz":-330,"elapsed":21101,"user":{"displayName":"RACHANA POTPELWAR","userId":"12339588403377734923"}},"outputId":"f834f67e-d198-4a1d-d3af-159a0acd333f"},"execution_count":null,"outputs":[{"output_type":"execute_result","data":{"text/plain":["{'eval_loss': 0.07492480855999571}"]},"metadata":{},"execution_count":16}]},{"cell_type":"code","source":["trainer.predict(test_dataset)"],"metadata":{"colab":{"base_uri":"https://localhost:8080/"},"id":"SQ3GH-V_TtkV","executionInfo":{"status":"ok","timestamp":1690199055253,"user_tz":-330,"elapsed":41424,"user":{"displayName":"RACHANA POTPELWAR","userId":"12339588403377734923"}},"outputId":"51c88fe7-e47c-4bd3-e3d5-1f1d00c12da5"},"execution_count":null,"outputs":[{"output_type":"execute_result","data":{"text/plain":["PredictionOutput(predictions=array([[-3.1541142, 2.8970544],\n"," [-3.8023884, 3.4152956],\n"," [-3.8407516, 3.470047 ],\n"," ...,\n"," [ 3.3833935, -2.9478166],\n"," [-3.6145408, 3.3758733],\n"," [ 3.3220055, -2.9492233]], dtype=float32), label_ids=array([1, 1, 1, ..., 0, 1, 0], dtype=int32), metrics={'eval_loss': 0.07491695519649622})"]},"metadata":{},"execution_count":17}]},{"cell_type":"code","source":["trainer.predict(test_dataset)[1].shape"],"metadata":{"colab":{"base_uri":"https://localhost:8080/"},"id":"gxS5XUGsT6nA","executionInfo":{"status":"ok","timestamp":1690199076288,"user_tz":-330,"elapsed":18114,"user":{"displayName":"RACHANA POTPELWAR","userId":"12339588403377734923"}},"outputId":"d08e88ea-a65c-48f1-c3a6-ff9e0c34a78a"},"execution_count":null,"outputs":[{"output_type":"execute_result","data":{"text/plain":["(1047,)"]},"metadata":{},"execution_count":18}]},{"cell_type":"code","source":["output=trainer.predict(test_dataset)[1]"],"metadata":{"id":"59COgBpSUIJq"},"execution_count":null,"outputs":[]},{"cell_type":"code","source":["from sklearn.metrics import confusion_matrix\n","\n","cm=confusion_matrix(y_test,output)\n","cm"],"metadata":{"colab":{"base_uri":"https://localhost:8080/"},"id":"z58IlkO9UYnb","executionInfo":{"status":"ok","timestamp":1690199101230,"user_tz":-330,"elapsed":393,"user":{"displayName":"RACHANA POTPELWAR","userId":"12339588403377734923"}},"outputId":"ef976110-54c5-4920-e04a-4f341ebdf4be"},"execution_count":null,"outputs":[{"output_type":"execute_result","data":{"text/plain":["array([[507, 0],\n"," [ 0, 540]])"]},"metadata":{},"execution_count":20}]},{"cell_type":"code","source":["from sklearn import metrics"],"metadata":{"id":"NjA5j3VIUeJ2"},"execution_count":null,"outputs":[]},{"cell_type":"code","source":["metrics.accuracy_score(y_test, output)"],"metadata":{"id":"VoDafYtXUpeO","executionInfo":{"status":"ok","timestamp":1690199110033,"user_tz":-330,"elapsed":390,"user":{"displayName":"RACHANA POTPELWAR","userId":"12339588403377734923"}},"outputId":"36d72e82-5b57-4847-9859-d6112bca3c92","colab":{"base_uri":"https://localhost:8080/"}},"execution_count":null,"outputs":[{"output_type":"execute_result","data":{"text/plain":["1.0"]},"metadata":{},"execution_count":22}]},{"cell_type":"code","source":["from sklearn.metrics import roc_curve\n","from sklearn.metrics import roc_auc_score\n","from sklearn.metrics import roc_curve, auc\n","from matplotlib import pyplot"],"metadata":{"id":"j4ZqgIHse0wP"},"execution_count":null,"outputs":[]},{"cell_type":"code","source":["fpr, tpr, _ = roc_curve(y_test,output)\n","roc_auc = auc(fpr, tpr)\n","\n","# Plot the ROC curve\n","plt.figure()\n","plt.plot(fpr, tpr, color='darkorange', lw=2, label='ROC curve (area = %0.2f)' % roc_auc)\n","plt.plot([0, 1], [0, 1], color='navy', lw=2, linestyle='--')\n","plt.xlim([0.0, 1.0])\n","plt.ylim([0.0, 1.05])\n","plt.xlabel('False Positive Rate')\n","plt.ylabel('True Positive Rate')\n","plt.title('Receiver Operating Characteristic (ROC)')\n","plt.legend(loc='lower right')\n","plt.show()"],"metadata":{"colab":{"base_uri":"https://localhost:8080/","height":472},"id":"RruwkabmvdKa","executionInfo":{"status":"ok","timestamp":1690199951824,"user_tz":-330,"elapsed":1099,"user":{"displayName":"RACHANA POTPELWAR","userId":"12339588403377734923"}},"outputId":"028c3633-ac5b-4159-f2b5-16459488f11e"},"execution_count":null,"outputs":[{"output_type":"display_data","data":{"text/plain":["<Figure size 640x480 with 1 Axes>"],"image/png":"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\n"},"metadata":{}}]}],"metadata":{"colab":{"provenance":[],"authorship_tag":"ABX9TyOPNebWsFwOMkgys65v9a3B"},"kernelspec":{"display_name":"Python 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