{"cells":[{"cell_type":"markdown","metadata":{"id":"T9u-JTdTpMzM"},"source":["## Dataset"]},{"cell_type":"code","execution_count":null,"metadata":{"id":"PQtPVQfKn7h-"},"outputs":[],"source":["from google.colab import data_table; data_table.enable_dataframe_formatter()\n","import numpy as np; np.random.seed(123)\n","import pandas as pd"]},{"cell_type":"code","execution_count":null,"metadata":{"id":"oqsw1ni_sN_b"},"outputs":[],"source":["df = pd.read_json(\"https://raw.githubusercontent.com/sahil280114/codealpaca/master/data/code_alpaca_20k.json\")\n","\n","# create a new column called `split` where:\n","# 90% will be assigned a value of 0 -> train set\n","# 5% will be assigned a value of 1 -> validation set\n","# 5% will be assigned a value of 2 -> test set\n","\n","total_rows = len(df)\n","split_0_count = int(total_rows * 0.9)\n","split_1_count = int(total_rows * 0.05)\n","split_2_count = total_rows - split_0_count - split_1_count\n","\n","# Create an array with split values based on the counts\n","split_values = np.concatenate([\n","    np.zeros(split_0_count),\n","    np.ones(split_1_count),\n","    np.full(split_2_count, 2)\n","])\n","\n","# Shuffle the array to ensure randomness\n","np.random.shuffle(split_values)\n","\n","# Add the 'split' column to the DataFrame\n","df['split'] = split_values\n","df['split'] = df['split'].astype(int)\n","df = df.head(n=1000)"]},{"cell_type":"code","execution_count":null,"metadata":{"colab":{"base_uri":"https://localhost:8080/","height":618},"executionInfo":{"elapsed":5,"status":"ok","timestamp":1703888311059,"user":{"displayName":"Yufei Wang","userId":"15670977446030042093"},"user_tz":480},"id":"tgdeMSpEobGr","outputId":"b2a5cc10-ef79-40ee-a474-50e2cc48e00e"},"outputs":[{"output_type":"execute_result","data":{"text/plain":["                                         instruction  \\\n","0  Create an array of length 5 which contains all...   \n","1  Formulate an equation to calculate the height ...   \n","2  Write a replace method for a string class whic...   \n","3  Create an array of length 15 containing number...   \n","4  Write a function to find the number of distinc...   \n","5  Create a nested loop to print every combinatio...   \n","6  Write a function to find the maximum differenc...   \n","7  Write a function to generate the nth Fibonacci...   \n","8  Write a class to represent a 2D point with x a...   \n","9  Write code that removes spaces from a given st...   \n","\n","                                               input  \\\n","0                                                      \n","1                                                      \n","2  string = \"Hello World!\"\\nreplace_with = \"Greet...   \n","3                                                      \n","4  matrix = [[1, 0, 0],\\n          [1, 0, 1],\\n  ...   \n","5                                                      \n","6                            arr = [5, 3, 17, 11, 9]   \n","7                                        < noinput >   \n","8                                                      \n","9                               string = \" A B C D \"   \n","\n","                                              output  split  \n","0                             arr = [2, 4, 6, 8, 10]      0  \n","1  Height of triangle = opposite side length * si...      0  \n","2  def replace(self, replace_with):\\n    new_stri...      0  \n","3  arr = [3, 6, 9, 12, 15, 18, 21, 24, 27, 30, 33...      0  \n","4  def find_num_distinct_states(matrix):\\n    sta...      0  \n","5  for i in range(10):\\n    for j in range(10):\\n...      0  \n","6  def max_difference(arr):\\n    max_diff = 0\\n  ...      0  \n","7  def fib(n):\\n    if n == 0:\\n        return 0\\...      0  \n","8  class Point:\\n    def __init__(self, x, y):\\n ...      0  \n","9  def remove_spaces(string): \\n    return \"\".joi...      0  "],"text/html":["\n","  <div id=\"df-340b95a4-6e74-4bec-a4ba-849a78e0cb2d\" class=\"colab-df-container\">\n","    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<tr>\n","      <th>2</th>\n","      <td>Write a replace method for a string class whic...</td>\n","      <td>string = \"Hello World!\"\\nreplace_with = \"Greet...</td>\n","      <td>def replace(self, replace_with):\\n    new_stri...</td>\n","      <td>0</td>\n","    </tr>\n","    <tr>\n","      <th>3</th>\n","      <td>Create an array of length 15 containing number...</td>\n","      <td></td>\n","      <td>arr = [3, 6, 9, 12, 15, 18, 21, 24, 27, 30, 33...</td>\n","      <td>0</td>\n","    </tr>\n","    <tr>\n","      <th>4</th>\n","      <td>Write a function to find the number of distinc...</td>\n","      <td>matrix = [[1, 0, 0],\\n          [1, 0, 1],\\n  ...</td>\n","      <td>def find_num_distinct_states(matrix):\\n    sta...</td>\n","      <td>0</td>\n","    </tr>\n","    <tr>\n","      <th>5</th>\n","      <td>Create a nested loop to print every combinatio...</td>\n","      <td></td>\n","      <td>for i in range(10):\\n    for j in range(10):\\n...</td>\n","      <td>0</td>\n","    </tr>\n","    <tr>\n","      <th>6</th>\n","      <td>Write a function to find the maximum differenc...</td>\n","      <td>arr = [5, 3, 17, 11, 9]</td>\n","      <td>def max_difference(arr):\\n    max_diff = 0\\n  ...</td>\n","      <td>0</td>\n","    </tr>\n","    <tr>\n","      <th>7</th>\n","      <td>Write a function to generate the nth Fibonacci...</td>\n","      <td>&lt; noinput &gt;</td>\n","      <td>def fib(n):\\n    if n == 0:\\n        return 0\\...</td>\n","      <td>0</td>\n","    </tr>\n","    <tr>\n","      <th>8</th>\n","      <td>Write a class to represent a 2D point with x a...</td>\n","      <td></td>\n","      <td>class Point:\\n    def __init__(self, x, y):\\n ...</td>\n","      <td>0</td>\n","    </tr>\n","    <tr>\n","      <th>9</th>\n","      <td>Write code that removes spaces from a given st...</td>\n","      <td>string = \" A B C D \"</td>\n","      <td>def remove_spaces(string): \\n    return \"\".joi...</td>\n","      <td>0</td>\n","    </tr>\n","  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'block' : 'none';\n    })();\n  </script>\n</div>`;\n        parentElement.appendChild(quickchartButtonContainerElement);\n      }\n\n      appendQuickchartButton(table);\n    "},"metadata":{},"execution_count":7}],"source":["df.head(10)"]},{"cell_type":"code","execution_count":null,"metadata":{"colab":{"base_uri":"https://localhost:8080/"},"executionInfo":{"elapsed":2,"status":"ok","timestamp":1703888312308,"user":{"displayName":"Yufei Wang","userId":"15670977446030042093"},"user_tz":480},"id":"LS0qhGCvoi3a","outputId":"4b775dcc-1ece-414e-e03b-780687ef7812"},"outputs":[{"output_type":"stream","name":"stdout","text":["Total number of examples in the dataset: 1000\n","47.2% of examples that are self-sufficient\n","52.8% of examples that are need additional context\n"]}],"source":["num_self_sufficient = (df['input'] == '').sum()\n","num_need_context = df.shape[0] - num_self_sufficient\n","\n","print(f\"Total number of examples in the dataset: {df.shape[0]}\")\n","\n","print(f\"{round(num_self_sufficient/df.shape[0] * 100, 2)}% of examples that are self-sufficient\")\n","print(f\"{round(num_need_context/df.shape[0] * 100, 2)}% of examples that are need additional context\")"]},{"cell_type":"code","execution_count":null,"metadata":{"colab":{"base_uri":"https://localhost:8080/","height":523},"executionInfo":{"elapsed":799,"status":"ok","timestamp":1703888314371,"user":{"displayName":"Yufei Wang","userId":"15670977446030042093"},"user_tz":480},"id":"TjjSCoZIpB8i","outputId":"6fcdfc0f-0359-4976-a4ea-b5e865d79a20"},"outputs":[{"output_type":"stream","name":"stdout","text":["Average number of tokens in the instruction column: 23\n","Average number of tokens in the input column: 8\n","Average number of tokens in the output column: 65\n","\n"]},{"output_type":"display_data","data":{"text/plain":["<Figure size 640x480 with 4 Axes>"],"image/png":"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\n"},"metadata":{}}],"source":["# Calculating the length of each cell in each column\n","df['num_characters_instruction'] = df['instruction'].apply(lambda x: len(x))\n","df['num_characters_input'] = df['input'].apply(lambda x: len(x))\n","df['num_characters_output'] = df['output'].apply(lambda x: len(x))\n","\n","# Show Distribution\n","df.hist(column=['num_characters_instruction', 'num_characters_input', 'num_characters_output'])\n","\n","# Calculating the average\n","average_chars_instruction = df['num_characters_instruction'].mean()\n","average_chars_input = df['num_characters_input'].mean()\n","average_chars_output = df['num_characters_output'].mean()\n","\n","print(f'Average number of tokens in the instruction column: {(average_chars_instruction / 3):.0f}')\n","print(f'Average number of tokens in the input column: {(average_chars_input / 3):.0f}')\n","print(f'Average number of tokens in the output column: {(average_chars_output / 3):.0f}', end=\"\\n\\n\")"]},{"cell_type":"code","execution_count":null,"metadata":{"colab":{"base_uri":"https://localhost:8080/"},"executionInfo":{"elapsed":322,"status":"ok","timestamp":1703808189674,"user":{"displayName":"Yufei Wang","userId":"15670977446030042093"},"user_tz":480},"id":"-mpSiGGHrWme","outputId":"bc66852a-cedc-4db7-ea71-40b0860a082d"},"outputs":[{"data":{"text/plain":["(898, 3)"]},"execution_count":16,"metadata":{},"output_type":"execute_result"}],"source":["df[df['split'] == 0][['instruction', 'input',\t'output']].shape"]},{"cell_type":"code","execution_count":null,"metadata":{"id":"KRjyPoE_sRBU"},"outputs":[],"source":["json_result = df[df['split'] == 0][['instruction', 'input',\t'output']].to_json(orient='records')"]},{"cell_type":"code","execution_count":null,"metadata":{"id":"UAOgoitzsrxn"},"outputs":[],"source":["with open('training_data.json', 'w') as file:\n","    file.write(json_result)"]},{"cell_type":"code","execution_count":null,"metadata":{"colab":{"base_uri":"https://localhost:8080/"},"executionInfo":{"elapsed":406,"status":"ok","timestamp":1703808214266,"user":{"displayName":"Yufei Wang","userId":"15670977446030042093"},"user_tz":480},"id":"zuccYgJjsyot","outputId":"907c1d0a-e99c-45d3-b917-135e26858e53"},"outputs":[{"name":"stdout","output_type":"stream","text":["config.json  data.json\tmulti-lora-fine-tune  sample_data  training_data.json\n"]}],"source":["!ls"]},{"cell_type":"markdown","metadata":{"id":"dEKoBKrzqJhu"},"source":["## Fine-tune"]},{"cell_type":"code","execution_count":null,"metadata":{"colab":{"base_uri":"https://localhost:8080/"},"executionInfo":{"elapsed":5881,"status":"ok","timestamp":1703887815985,"user":{"displayName":"Yufei Wang","userId":"15670977446030042093"},"user_tz":480},"id":"6erZ2lsyqDpn","outputId":"a5d7c818-2053-4550-d192-d72ea3a6cb79"},"outputs":[{"output_type":"stream","name":"stdout","text":["Cloning into 'multi-lora-fine-tune'...\n","remote: Enumerating objects: 1034, done.\u001b[K\n","remote: Counting objects: 100% (453/453), done.\u001b[K\n","remote: Compressing objects: 100% (161/161), done.\u001b[K\n","remote: Total 1034 (delta 323), reused 331 (delta 289), pack-reused 581\u001b[K\n","Receiving objects: 100% (1034/1034), 6.33 MiB | 1.34 MiB/s, done.\n","Resolving deltas: 100% (573/573), done.\n"]}],"source":["!git clone https://github.com/TUDB-Labs/multi-lora-fine-tune.git"]},{"cell_type":"code","execution_count":null,"metadata":{"id":"yJQw3FrEqNCW"},"outputs":[],"source":["!pip install -r multi-lora-fine-tune/requirements.txt"]},{"cell_type":"code","execution_count":null,"metadata":{"id":"kEXjcWRLqRIl"},"outputs":[],"source":["config_string = \"\"\"\n","{\n","    \"cutoff_len\": 256,\n","    \"group_by_length\": false,\n","    \"expand_right\": true,\n","    \"pad_token_id\": -1,\n","    \"save_step\": 2000,\n","    \"early_stop_test_step\": 2000,\n","    \"train_lora_candidate_num\": 4,\n","    \"train_lora_simultaneously_num\": 2,\n","    \"train_strategy\": \"optim\",\n","    \"lora\": [\n","        {\n","            \"name\": \"lora_0\",\n","            \"output\": \"lora_0\",\n","            \"optim\": \"adamw\",\n","            \"lr\": 3e-4,\n","            \"batch_size\": 16,\n","            \"micro_batch_size\": 4,\n","            \"test_batch_size\": 64,\n","            \"num_epochs\": 30,\n","            \"r\": 8,\n","            \"alpha\": 16,\n","            \"dropout\": 0.05,\n","            \"target_modules\": {\n","                \"q_proj\": true,\n","                \"k_proj\": false,\n","                \"v_proj\": true,\n","                \"o_proj\": false,\n","                \"w1_proj\": false,\n","                \"w2_proj\": false,\n","                \"w3_proj\": false\n","            },\n","            \"data\": \"training_data.json\",\n","            \"prompt\": \"multi-lora-fine-tune/template/template_demo.json\"\n","        },\n","        {\n","            \"name\": \"lora_1\",\n","            \"output\": \"lora_1\",\n","            \"optim\": \"adamw\",\n","            \"lr\": 3e-4,\n","            \"batch_size\": 16,\n","            \"micro_batch_size\": 4,\n","            \"test_batch_size\": 64,\n","            \"num_epochs\": 1,\n","            \"r\": 8,\n","            \"alpha\": 16,\n","            \"dropout\": 0.05,\n","            \"target_modules\": {\n","                \"q_proj\": true,\n","                \"k_proj\": false,\n","                \"v_proj\": true,\n","                \"o_proj\": false,\n","                \"w1_proj\": false,\n","                \"w2_proj\": false,\n","                \"w3_proj\": false\n","            },\n","            \"data\": \"multi-lora-fine-tune/data/data_demo.json\",\n","            \"prompt\": \"multi-lora-fine-tune/template/template_demo.json\"\n","        }\n","    ]\n","}\n","\"\"\"\n","\n","with open(\"./config.json\", \"w\") as f:\n","    f.write(config_string)\n"]},{"cell_type":"code","execution_count":null,"metadata":{"colab":{"background_save":true},"id":"MSlAyiJetEgy"},"outputs":[],"source":["!python multi-lora-fine-tune/mlora.py \\\n","  --base_model openlm-research/open_llama_3b \\\n","  --config config.json"]},{"cell_type":"markdown","metadata":{"id":"Ls8iGBTow0fr"},"source":["## Inference"]},{"cell_type":"code","execution_count":null,"metadata":{"id":"365__VkJw3q-","colab":{"base_uri":"https://localhost:8080/"},"executionInfo":{"status":"ok","timestamp":1703887700168,"user_tz":480,"elapsed":3257,"user":{"displayName":"Yufei Wang","userId":"15670977446030042093"}},"outputId":"a91ce7f0-2d3c-4fb6-97a5-772771122e7e"},"outputs":[{"output_type":"stream","name":"stdout","text":["Mounted at /content/gdrive\n"]}],"source":["from google.colab import drive\n","drive.mount('/content/gdrive')"]},{"cell_type":"code","source":["!ls /content/gdrive/MyDrive"],"metadata":{"colab":{"base_uri":"https://localhost:8080/"},"id":"qF0wPXQdnpkQ","executionInfo":{"status":"ok","timestamp":1703887725085,"user_tz":480,"elapsed":5,"user":{"displayName":"Yufei Wang","userId":"15670977446030042093"}},"outputId":"57991fe2-4166-4dad-c6ad-52cef0c64e05"},"execution_count":null,"outputs":[{"output_type":"stream","name":"stdout","text":[" aclImdb\t\t\t\t\t\t   Notability\n","'Colab Notebooks'\t\t\t\t\t  'Notability (1)'\n"," data\t\t\t\t\t\t\t  'Notability (2)'\n"," data.xlsx\t\t\t\t\t\t   stop_words.txt\n","'History courses info'\t\t\t\t\t   transcript.pdf\n","'Instagram Likes Classification Project Summary.gslides'  'Yufei Wang - CV_V6.pdf'\n"," lora_0\n"]}]},{"cell_type":"code","source":["!pip install peft"],"metadata":{"id":"m5iFzwIinB7K"},"execution_count":null,"outputs":[]},{"cell_type":"code","source":["from peft import PeftModel\n","from transformers import GenerationConfig, LlamaForCausalLM, LlamaTokenizer\n","import torch"],"metadata":{"id":"sGXOOCcnnCWT"},"execution_count":null,"outputs":[]},{"cell_type":"code","source":["base_model = 'openlm-research/open_llama_3b'\n","lora_weights = '/content/gdrive/MyDrive/lora_0'\n","\n","tokenizer = LlamaTokenizer.from_pretrained(base_model)\n","model = LlamaForCausalLM.from_pretrained(\n","    base_model,\n","    load_in_8bit=True,\n","    torch_dtype=torch.float16,\n","    device_map=\"cuda:0\",\n",")\n","model = PeftModel.from_pretrained(\n","    model,\n","    lora_weights,\n","    torch_dtype=torch.float16,\n",")"],"metadata":{"colab":{"base_uri":"https://localhost:8080/","height":209,"referenced_widgets":["4fa918c5a8f849cd812ac83ec7fe2f1e","6bfaee2361b646a5a21c2ae5e1023257","efcf8af77a114e74aaff95a20438702a","0dd4b00f793742eca9f87d73712e0b0e","6968c61c31604aca80e5745daaaf7ef6","500144acbc8c4fa1b06f026320ba8844","d98f83b1034d44ce84d2d133134d627c","287a2d39097c4e3ea09866f1340293dc","c1af2047df5d41ae8a6d0e0579a888cf","44414614da424efd8aac1788111a1d74","4191aaf7508840ceb0edbe05ed5d55fd","2ec956ffc8af48ea9c2ed605b9a1232a","9adda1cb7776459487337c79cd8de2ec","f6fce7b0d0d14b2b896b53c982173658","3460185852014621b82f51e14e0d4311","b43003bd11e5487f8f3f6957ffba03c8","cf9827ba6c814668816ae1501755ae4c","1187729f2eb947ec8c9fb5c44d5f4c6a","cfa193662e0c4f7b8d66c0ebc255a781","5b0c4e5306d244dfb16cc34ef70fc9a5","c7a6752ad86d4cb0b02e4638659e389a","85866eb60ef3492582cc2e373748010a","fef1536a9ec9495cb9a3582564cae4cc","7c85981816a04a7db6d71266d790ff2a","dff5f6a0ce3448d8846312716cebeb2c","515e810367c24f0687bd744303eb80fb","c0a01985d43b4a47a004eef011844308","3416a9c05e504b5f9fa69c852f1304b0","1d55b6f3bda446e797b0858e6db59d67","15b832b3cfe64f80a4d90053520ea985","1339381ed22e4350b9f6dcf65cf0f358","e15c5a3c547b436f827cc8552f2d2615","1d57926c94284cf8a9f524189023123a","d272281fa4ca48bb8d902408bb6897fc","4840bd8c3101481bbb0e12b9dacec08b","143717384ab544038e5952fbef276e8c","77937929d9f04aa6a07b240aed165ce8","e99fc782ccc04610b7dbfa40ae5f4c09","9ee756f4a494461eb8973268657cc4d9","5152e80bee06480b9de3d54ddd302705","8c6fed8ed357422cb4eb8593c2372624","0e323895b54f42619f153c610d98133e","2695a39b12e340f8985c5d22c09dbe6d","8e5be166caf744a5b754817c7a31f9bf","51d03f632f1042d5a1dab3d2bfa51a14","e81913c8e9214d29953fd4e021391d0d","b7723546836e45fb978de0dd907329e9","8ae07af1f213483da91759986df99abc","a41e518f1449498b839e9b73539d169f","b9168e27f69b405d885a94e1801bf7c1","b51b668afdbc4a5488513853b94b760b","7e827c582b1c45f392cde01d5e05b643","b9d1e2f19c334f3b96e97c9b318d9468","58fb40eb4c994e38bbbf441ea274cc25","fc514bcf67f0418891792e51f30b73af","3606fa920d1f4d60872e739f4ca9b7ad","7fbd2ed58abe422dab2ee763ccc150c5","7f5d53cd9fae4bc5882bd8f1e0b3e3af","942df0378c62436a932e6ac57e388b7a","628020138bfc43e98b410d3226a47e35","b00c24c6257a42baa45934eb2120af32","3c283f77ce5b424e9829881d43327482","808740bdd78542a89da085a8eb946763","414bb5d9b41d46c6a3a6d819b9c35f24","25a6399de4db4ae4b32a012736115f8b","ab5411ad9d7a4ec7b5f3833ae24675b9"]},"id":"653kdOManF1r","executionInfo":{"status":"ok","timestamp":1703888258080,"user_tz":480,"elapsed":257358,"user":{"displayName":"Yufei Wang","userId":"15670977446030042093"}},"outputId":"21c1ec5a-e018-4b68-969c-f4cb418b68db"},"execution_count":null,"outputs":[{"output_type":"display_data","data":{"text/plain":["tokenizer.model:   0%|          | 0.00/534k [00:00<?, ?B/s]"],"application/vnd.jupyter.widget-view+json":{"version_major":2,"version_minor":0,"model_id":"4fa918c5a8f849cd812ac83ec7fe2f1e"}},"metadata":{}},{"output_type":"display_data","data":{"text/plain":["special_tokens_map.json:   0%|          | 0.00/330 [00:00<?, ?B/s]"],"application/vnd.jupyter.widget-view+json":{"version_major":2,"version_minor":0,"model_id":"2ec956ffc8af48ea9c2ed605b9a1232a"}},"metadata":{}},{"output_type":"display_data","data":{"text/plain":["tokenizer_config.json:   0%|          | 0.00/593 [00:00<?, ?B/s]"],"application/vnd.jupyter.widget-view+json":{"version_major":2,"version_minor":0,"model_id":"fef1536a9ec9495cb9a3582564cae4cc"}},"metadata":{}},{"output_type":"display_data","data":{"text/plain":["config.json:   0%|          | 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Wang","userId":"15670977446030042093"}},"outputId":"d78887d3-44ab-41ac-d407-9fd632c71117"},"execution_count":null,"outputs":[{"output_type":"execute_result","data":{"text/plain":["                                           instruction  \\\n","34   Create a JSX code that renders a \"Hello, World...   \n","58   Generate a random number between 0 and 1 (incl...   \n","96            Create a quick-sort algorithm in Python.   \n","99   Write a function that takes in a list of numbe...   \n","109  Create a function to calculate the maximum of ...   \n","120    Write a Java program to generate random numbers   \n","146  Write an SQL query to select the number of emp...   \n","153  Write an SQL query to calculate the difference...   \n","170  Write an algorithm to find the largest element...   \n","203  Write a code to find the maximum in a given li...   \n","212  Create a program to compute the checksum of a ...   \n","249  Connect to a MySQL database and select all row...   \n","253                 Write a simple calculator program.   \n","257  Change the following array so that it only con...   \n","313  Create a program which will take the user's na...   \n","327  Write a code to multiple two numbers without u...   \n","344  Create an HTML form with radio buttons for sel...   \n","382  Write a Python code snippet to print the pyram...   \n","398  Write a Python function to check if a given st...   \n","404     Describe how to debug a C++ program using GDB.   \n","432  Write a Python script to find the common eleme...   \n","440  Create a function to convert a given number fr...   \n","442  Implement a Java program for finding the index...   \n","449  Write a SQL query to join two tables on a spec...   \n","466  Describe the details of the try-except stateme...   \n","482     Convert the following code from Swift to Java.   \n","527  Create an array in Java with 10 floating-point...   \n","552         Create a binary search tree in JavaScript.   \n","562  Write a code to find the square of the first n...   \n","624  Perform a linear search in a list named 'mylis...   \n","643  Build a deep learning model in Python to predi...   \n","645  Write a JavaScript function to sort an array o...   \n","655  Create a loop in JavaScript that prints the nu...   \n","662         Calculate the factorial of a given number.   \n","697  Describe how to add an element in a linked lis...   \n","718  What is the purpose of the \"break\" keyword in ...   \n","745  Concatenate the two strings below, with a spac...   \n","750  Write a bash script to list the content of the...   \n","751  Create a JavaScript object to represent a pers...   \n","768  Write a SQL query to select the row with the c...   \n","776  Write a JavaScript code to add two numbers usi...   \n","779  Edit the provided CSS rule to make all element...   \n","813  Write a method that prints out a square of siz...   \n","836  Rewrite the following SQL query so that it pro...   \n","838  Create an array of ten unique numbers within t...   \n","877  You should create a Java program to implement ...   \n","903  Write a SQL query to retrieve all the rows fro...   \n","910  You are given a list of numbers. Write a progr...   \n","922  Generate a string of 5 random characters from ...   \n","964  Create a neural network in Python to recognize...   \n","981  Write a database query to retrieve the names o...   \n","\n","                                                 input  \\\n","34                                                       \n","58                                                       \n","96                                                       \n","99                               list = [8, 2, 14, 25]   \n","109                                                      \n","120                                                      \n","146                                                      \n","153                                                      \n","170                                  [8, 11, 12, 5, 3]   \n","203                               mylist = [1,2,3,4,5]   \n","212             data_packet = [0xff, 0x0a, 0x1b, 0x3f]   \n","249                                                      \n","253                                                      \n","257               mylist = [2, 4, 5, 6, 7, 11, 12, 22]   \n","313                                      name = 'John'   \n","327                                                      \n","344                                                      \n","382                                                  4   \n","398                       word1 = \"cat\"\\nword2 = \"tac\"   \n","404                                                      \n","432   list1 = [1, 2, 3, 5, 7]\\nlist2 = [2, 3, 4, 5, 6]   \n","440                                                      \n","442                                                      \n","449  Table 1:\\nid  name  age\\n1     a     15\\n2    ...   \n","466                                                      \n","482                                       let age = 25   \n","527                                                      \n","552                                                      \n","562                                                      \n","624         mylist = [1, 2, 3, 4, 5, 6, 7]\\ntarget = 4   \n","643                                                      \n","645                                                      \n","655                                                      \n","662                                    The number is 7   \n","697                                                      \n","718                                                      \n","745                          A = \"Hello\"\\nB = \"World!\"   \n","750                                                      \n","751                                                      \n","768                                                      \n","776                                                      \n","779                 .myClass { \\n  font-size: 16px;\\n}   \n","813                                                n=5   \n","836  SELECT * FROM Orders WHERE OrderId IN (SELECT ...   \n","838                                                      \n","877                                                      \n","903                                                      \n","910                                    [1, 2, 3, 2, 1]   \n","922                                                      \n","964                   MNIST hand-written digit dataset   \n","981                                                      \n","\n","                                                output  \n","34   import React from \"react\";\\n\\nfunction App() {...  \n","58   Math.random(); // a random number between 0 an...  \n","96   def quick_sort(arr):\\n    \"\"\"Sort a list of nu...  \n","99   def find_greatest(list):\\n    \"\"\"Print out the...  \n","109  def max_of_two(x, y):\\n    if x > y:\\n        ...  \n","120  import java.util.Random; \\n  \\npublic class Ge...  \n","146  SELECT department, COUNT(employee_ID)\\nFROM em...  \n","153  SELECT SUM(CASE WHEN gender = 'female' THEN sa...  \n","170  // Algorithm to find the largest element in an...  \n","203  \"\"\"\\nWrite a code to find the maximum in a giv...  \n","212  \"\"\"\\nCreate a program to compute the checksum ...  \n","249  import mysql.connector\\n\\nmydb = mysql.connect...  \n","253  def calculator():\\n    number1 = int(input(\"Pl...  \n","257         mylist = [x for x in mylist if x % 3 == 0]  \n","313  def greet_user(name):\\n    \"\"\"\\n    Greet the ...  \n","327  def multiply(x,y):\\n  if(y == 0):\\n    return ...  \n","344  <form>\\n  <label>Gender:</label><br>\\n  <input...  \n","382                    *   \\n   ***\\n  *****\\n *******  \n","398  def is_anagram(word1, word2):\\n return sorted(...  \n","404  Debugging a C++ program using GDB involves run...  \n","432  def common_elements(list1, list2):\\n    common...  \n","440  def dec_to_binary(num):\\n    binary = \"\"\\n    ...  \n","442  public int binarySearch(int[] arr, int val){\\n...  \n","449  SELECT table1.id, table1.name, table1.age, tab...  \n","466  The try-except statement in Python is used to ...  \n","482                                      int age = 25;  \n","527  // Create an array \\nfloat arr[] = {1.1, 2.2, ...  \n","552  class Node { \\n  constructor(data) \\n  { \\n   ...  \n","562  def square_of_first_n_number(n):\\n    \"\"\"Find ...  \n","624  def linear_search(mylist, target):\\n for i in ...  \n","643  # import libraries\\nimport numpy as np\\nimport...  \n","645  function sortArray(arr) {\\n return arr.sort(fu...  \n","655  for (let i = 1; i <= 10; i++) {\\n    console.l...  \n","662                                               5040  \n","697  // To add an element in a linked list in Pytho...  \n","718  The \"break\" keyword is used to immediately bre...  \n","745                                        A + ' ' + B  \n","750                                  #!/bin/bash\\n\\nls  \n","751  let person = {\\n  name: \"John Doe\",\\n  age: 25...  \n","768  SELECT * FROM customers WHERE customer_id = 'C...  \n","776  let a = prompt('Enter the first number:');\\nle...  \n","779  .myClass { \\n  font-size: 16px;\\n  font-weight...  \n","813  public static void printSquare(int n) { \\n    ...  \n","836  SELECT Orders.* \\nFROM Orders \\nINNER JOIN Ord...  \n","838  int[] numbers = {10, 13, 16, 23, 25, 37, 41, 4...  \n","877  public class BinarySearch \\n{ \\n    // Returns...  \n","903                           SELECT * FROM customers;  \n","910  def is_palindrome(arr):\\n  rev_arr = arr[::-1]...  \n","922  import random\\n\\ndef random_string():\\n    cha...  \n","964  The code to create a neural network in Python ...  \n","981                        SELECT name \\nFROM authors;  "],"text/html":["\n","  <div id=\"df-1103daf5-5052-4216-837a-a810c1e4b780\" class=\"colab-df-container\">\n","    <div>\n","<style scoped>\n","    .dataframe tbody tr th:only-of-type {\n","        vertical-align: middle;\n","    }\n","\n","    .dataframe tbody tr th {\n","       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<tr>\n","      <th>99</th>\n","      <td>Write a function that takes in a list of numbe...</td>\n","      <td>list = [8, 2, 14, 25]</td>\n","      <td>def find_greatest(list):\\n    \"\"\"Print out the...</td>\n","    </tr>\n","    <tr>\n","      <th>109</th>\n","      <td>Create a function to calculate the maximum of ...</td>\n","      <td></td>\n","      <td>def max_of_two(x, y):\\n    if x &gt; y:\\n        ...</td>\n","    </tr>\n","    <tr>\n","      <th>120</th>\n","      <td>Write a Java program to generate random numbers</td>\n","      <td></td>\n","      <td>import java.util.Random; \\n  \\npublic class Ge...</td>\n","    </tr>\n","    <tr>\n","      <th>146</th>\n","      <td>Write an SQL query to select the number of emp...</td>\n","      <td></td>\n","      <td>SELECT department, COUNT(employee_ID)\\nFROM em...</td>\n","    </tr>\n","    <tr>\n","      <th>153</th>\n","      <td>Write an SQL query to calculate the difference...</td>\n","      <td></td>\n","      <td>SELECT SUM(CASE WHEN gender = 'female' THEN sa...</td>\n","    </tr>\n","    <tr>\n","      <th>170</th>\n","      <td>Write an algorithm to find the largest element...</td>\n","      <td>[8, 11, 12, 5, 3]</td>\n","      <td>// Algorithm to find the largest element in an...</td>\n","    </tr>\n","    <tr>\n","      <th>203</th>\n","      <td>Write a code to find the maximum in a given li...</td>\n","      <td>mylist = [1,2,3,4,5]</td>\n","      <td>\"\"\"\\nWrite a code to find the maximum in a giv...</td>\n","    </tr>\n","    <tr>\n","      <th>212</th>\n","      <td>Create a program to compute the checksum of a ...</td>\n","      <td>data_packet = [0xff, 0x0a, 0x1b, 0x3f]</td>\n","      <td>\"\"\"\\nCreate a program to compute the checksum ...</td>\n","    </tr>\n","    <tr>\n","      <th>249</th>\n","      <td>Connect to a MySQL database and select all row...</td>\n","      <td></td>\n","      <td>import mysql.connector\\n\\nmydb = mysql.connect...</td>\n","    </tr>\n","    <tr>\n","      <th>253</th>\n","      <td>Write a simple calculator program.</td>\n","      <td></td>\n","      <td>def calculator():\\n    number1 = int(input(\"Pl...</td>\n","    </tr>\n","    <tr>\n","      <th>257</th>\n","      <td>Change the following array so that it only con...</td>\n","      <td>mylist = [2, 4, 5, 6, 7, 11, 12, 22]</td>\n","      <td>mylist = [x for x in mylist if x % 3 == 0]</td>\n","    </tr>\n","    <tr>\n","      <th>313</th>\n","      <td>Create a program which will take the user's na...</td>\n","      <td>name = 'John'</td>\n","      <td>def greet_user(name):\\n    \"\"\"\\n    Greet the ...</td>\n","    </tr>\n","    <tr>\n","      <th>327</th>\n","      <td>Write a code to multiple two numbers without u...</td>\n","      <td></td>\n","      <td>def multiply(x,y):\\n  if(y == 0):\\n    return ...</td>\n","    </tr>\n","    <tr>\n","      <th>344</th>\n","      <td>Create an HTML form with radio buttons for sel...</td>\n","      <td></td>\n","      <td>&lt;form&gt;\\n  &lt;label&gt;Gender:&lt;/label&gt;&lt;br&gt;\\n  &lt;input...</td>\n","    </tr>\n","    <tr>\n","      <th>382</th>\n","      <td>Write a Python code snippet to print the pyram...</td>\n","      <td>4</td>\n","      <td>*   \\n   ***\\n  *****\\n *******</td>\n","    </tr>\n","    <tr>\n","      <th>398</th>\n","      <td>Write a Python function to check if a given st...</td>\n","      <td>word1 = \"cat\"\\nword2 = \"tac\"</td>\n","      <td>def is_anagram(word1, word2):\\n return sorted(...</td>\n","    </tr>\n","    <tr>\n","      <th>404</th>\n","      <td>Describe how to debug a C++ program using GDB.</td>\n","      <td></td>\n","      <td>Debugging a C++ program using GDB involves run...</td>\n","    </tr>\n","    <tr>\n","      <th>432</th>\n","      <td>Write a Python script to find the common eleme...</td>\n","      <td>list1 = [1, 2, 3, 5, 7]\\nlist2 = [2, 3, 4, 5, 6]</td>\n","      <td>def common_elements(list1, list2):\\n    common...</td>\n","    </tr>\n","    <tr>\n","      <th>440</th>\n","      <td>Create a function to convert a given number fr...</td>\n","      <td></td>\n","      <td>def dec_to_binary(num):\\n    binary = \"\"\\n    ...</td>\n","    </tr>\n","    <tr>\n","      <th>442</th>\n","      <td>Implement a Java program for finding the index...</td>\n","      <td></td>\n","      <td>public int binarySearch(int[] arr, int val){\\n...</td>\n","    </tr>\n","    <tr>\n","      <th>449</th>\n","      <td>Write a SQL query to join two tables on a spec...</td>\n","      <td>Table 1:\\nid  name  age\\n1     a     15\\n2    ...</td>\n","      <td>SELECT table1.id, table1.name, table1.age, tab...</td>\n","    </tr>\n","    <tr>\n","      <th>466</th>\n","      <td>Describe the details of the try-except stateme...</td>\n","      <td></td>\n","      <td>The try-except statement in Python is used to ...</td>\n","    </tr>\n","    <tr>\n","      <th>482</th>\n","      <td>Convert the following code from Swift to Java.</td>\n","      <td>let age = 25</td>\n","      <td>int age = 25;</td>\n","    </tr>\n","    <tr>\n","      <th>527</th>\n","      <td>Create an array in Java with 10 floating-point...</td>\n","      <td></td>\n","      <td>// Create an array \\nfloat arr[] = {1.1, 2.2, ...</td>\n","    </tr>\n","    <tr>\n","      <th>552</th>\n","      <td>Create a binary search tree in JavaScript.</td>\n","      <td></td>\n","      <td>class Node { \\n  constructor(data) \\n  { \\n   ...</td>\n","    </tr>\n","    <tr>\n","      <th>562</th>\n","      <td>Write a code to find the square of the first n...</td>\n","      <td></td>\n","      <td>def square_of_first_n_number(n):\\n    \"\"\"Find ...</td>\n","    </tr>\n","    <tr>\n","      <th>624</th>\n","      <td>Perform a linear search in a list named 'mylis...</td>\n","      <td>mylist = [1, 2, 3, 4, 5, 6, 7]\\ntarget = 4</td>\n","      <td>def linear_search(mylist, target):\\n for i in ...</td>\n","    </tr>\n","    <tr>\n","      <th>643</th>\n","      <td>Build a deep learning model in Python to predi...</td>\n","      <td></td>\n","      <td># import libraries\\nimport numpy as np\\nimport...</td>\n","    </tr>\n","    <tr>\n","      <th>645</th>\n","      <td>Write a JavaScript function to sort an array o...</td>\n","      <td></td>\n","      <td>function sortArray(arr) {\\n return arr.sort(fu...</td>\n","    </tr>\n","    <tr>\n","      <th>655</th>\n","      <td>Create a loop in JavaScript that prints the nu...</td>\n","      <td></td>\n","      <td>for (let i = 1; i &lt;= 10; i++) {\\n    console.l...</td>\n","    </tr>\n","    <tr>\n","      <th>662</th>\n","      <td>Calculate the factorial of a given number.</td>\n","      <td>The number is 7</td>\n","      <td>5040</td>\n","    </tr>\n","    <tr>\n","      <th>697</th>\n","      <td>Describe how to add an element in a linked lis...</td>\n","      <td></td>\n","      <td>// To add an element in a linked list in Pytho...</td>\n","    </tr>\n","    <tr>\n","      <th>718</th>\n","      <td>What is the purpose of the \"break\" keyword in ...</td>\n","      <td></td>\n","      <td>The \"break\" keyword is used to immediately bre...</td>\n","    </tr>\n","    <tr>\n","      <th>745</th>\n","      <td>Concatenate the two strings below, with a spac...</td>\n","      <td>A = \"Hello\"\\nB = \"World!\"</td>\n","      <td>A + ' ' + B</td>\n","    </tr>\n","    <tr>\n","      <th>750</th>\n","      <td>Write a bash script to list the content of the...</td>\n","      <td></td>\n","      <td>#!/bin/bash\\n\\nls</td>\n","    </tr>\n","    <tr>\n","      <th>751</th>\n","      <td>Create a JavaScript object to represent a pers...</td>\n","      <td></td>\n","      <td>let person = {\\n  name: \"John Doe\",\\n  age: 25...</td>\n","    </tr>\n","    <tr>\n","      <th>768</th>\n","      <td>Write a SQL query to select the row with the c...</td>\n","      <td></td>\n","      <td>SELECT * FROM customers WHERE customer_id = 'C...</td>\n","    </tr>\n","    <tr>\n","      <th>776</th>\n","      <td>Write a JavaScript code to add two numbers usi...</td>\n","      <td></td>\n","      <td>let a = prompt('Enter the first number:');\\nle...</td>\n","    </tr>\n","    <tr>\n","      <th>779</th>\n","      <td>Edit the provided CSS rule to make all element...</td>\n","      <td>.myClass { \\n  font-size: 16px;\\n}</td>\n","      <td>.myClass { \\n  font-size: 16px;\\n  font-weight...</td>\n","    </tr>\n","    <tr>\n","      <th>813</th>\n","      <td>Write a method that prints out a square of siz...</td>\n","      <td>n=5</td>\n","      <td>public static void printSquare(int n) { \\n    ...</td>\n","    </tr>\n","    <tr>\n","      <th>836</th>\n","      <td>Rewrite the following SQL query so that it pro...</td>\n","      <td>SELECT * FROM Orders WHERE OrderId IN (SELECT ...</td>\n","      <td>SELECT Orders.* \\nFROM Orders \\nINNER JOIN Ord...</td>\n","    </tr>\n","    <tr>\n","      <th>838</th>\n","      <td>Create an array of ten unique numbers within t...</td>\n","      <td></td>\n","      <td>int[] numbers = {10, 13, 16, 23, 25, 37, 41, 4...</td>\n","    </tr>\n","    <tr>\n","      <th>877</th>\n","      <td>You should create a Java program to implement ...</td>\n","      <td></td>\n","      <td>public class BinarySearch \\n{ \\n    // Returns...</td>\n","    </tr>\n","    <tr>\n","      <th>903</th>\n","      <td>Write a SQL query to retrieve all the rows fro...</td>\n","      <td></td>\n","      <td>SELECT * FROM customers;</td>\n","    </tr>\n","    <tr>\n","      <th>910</th>\n","      <td>You are given a list of numbers. Write a progr...</td>\n","      <td>[1, 2, 3, 2, 1]</td>\n","      <td>def is_palindrome(arr):\\n  rev_arr = arr[::-1]...</td>\n","    </tr>\n","    <tr>\n","      <th>922</th>\n","      <td>Generate a string of 5 random characters from ...</td>\n","      <td></td>\n","      <td>import random\\n\\ndef random_string():\\n    cha...</td>\n","    </tr>\n","    <tr>\n","      <th>964</th>\n","      <td>Create a neural network in Python to recognize...</td>\n","      <td>MNIST hand-written digit dataset</td>\n","      <td>The code to create a neural network in Python ...</td>\n","    </tr>\n","    <tr>\n","      <th>981</th>\n","      <td>Write a database query to retrieve the names o...</td>\n","      <td></td>\n","      <td>SELECT name \\nFROM authors;</td>\n","    </tr>\n","  </tbody>\n","</table>\n","</div>\n","    <div class=\"colab-df-buttons\">\n","\n","  <div class=\"colab-df-container\">\n","    <button class=\"colab-df-convert\" onclick=\"convertToInteractive('df-1103daf5-5052-4216-837a-a810c1e4b780')\"\n","            title=\"Convert this dataframe to an interactive table.\"\n","            style=\"display:none;\">\n","\n","  <svg xmlns=\"http://www.w3.org/2000/svg\" height=\"24px\" viewBox=\"0 -960 960 960\">\n","    <path d=\"M120-120v-720h720v720H120Zm60-500h600v-160H180v160Zm220 220h160v-160H400v160Zm0 220h160v-160H400v160ZM180-400h160v-160H180v160Zm440 0h160v-160H620v160ZM180-180h160v-160H180v160Zm440 0h160v-160H620v160Z\"/>\n","  </svg>\n","    </button>\n","\n","  <style>\n","    .colab-df-container {\n","      display:flex;\n","      gap: 12px;\n","    }\n","\n","    .colab-df-convert {\n","      background-color: #E8F0FE;\n","      border: none;\n","      border-radius: 50%;\n","      cursor: pointer;\n","      display: none;\n","      fill: #1967D2;\n","      height: 32px;\n","      padding: 0 0 0 0;\n","      width: 32px;\n","    }\n","\n","    .colab-df-convert:hover {\n","      background-color: #E2EBFA;\n","      box-shadow: 0px 1px 2px rgba(60, 64, 67, 0.3), 0px 1px 3px 1px rgba(60, 64, 67, 0.15);\n","      fill: #174EA6;\n","    }\n","\n","    .colab-df-buttons div {\n","      margin-bottom: 4px;\n","    }\n","\n","    [theme=dark] .colab-df-convert {\n","      background-color: #3B4455;\n","      fill: #D2E3FC;\n","    }\n","\n","    [theme=dark] .colab-df-convert:hover {\n","      background-color: #434B5C;\n","      box-shadow: 0px 1px 3px 1px rgba(0, 0, 0, 0.15);\n","      filter: drop-shadow(0px 1px 2px rgba(0, 0, 0, 0.3));\n","      fill: #FFFFFF;\n","    }\n","  </style>\n","\n","    <script>\n","      const buttonEl =\n","        document.querySelector('#df-1103daf5-5052-4216-837a-a810c1e4b780 button.colab-df-convert');\n","      buttonEl.style.display =\n","        google.colab.kernel.accessAllowed ? 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\\n  \\npublic class GenerateRandom { \\n  \\n    public static void main(String[] args) \\n    { \\n  \\n        Random rand = new Random(); \\n  \\n        // Generate random integers in range 0 to 999 \\n        int x = rand.nextInt(1000); \\n        System.out.println(\\\"Random Integers: \\\" + x); \\n  \\n        // Generate Random doubles \\n        double y = rand.nextDouble(); \\n        System.out.println(\\\"Random Doubles: \\\" + y); \\n  \\n        // Generate Random Boolean \\n        boolean z = rand.nextBoolean(); \\n        System.out.println(\\\"Random Boolean: \\\" + z); \\n    } \\n}\"],\n [{\n            'v': 146,\n            'f': \"146\",\n        },\n\"Write an SQL query to select the number of employees in each department, sorted by the department name in ascending order.\",\n\"\",\n\"SELECT department, COUNT(employee_ID)\\nFROM employees\\nGROUP BY department\\nORDER BY department ASC;\"],\n [{\n            'v': 153,\n            'f': \"153\",\n        },\n\"Write an SQL query to calculate the difference between the total salaries of male and female employees in a table.\",\n\"\",\n\"SELECT SUM(CASE WHEN gender = 'female' THEN salary ELSE 0 END) - SUM(CASE WHEN gender = 'male' THEN salary ELSE 0 END)\\nFROM employees;\"],\n [{\n            'v': 170,\n            'f': \"170\",\n        },\n\"Write an algorithm to find the largest element in an array.\",\n\"[8, 11, 12, 5, 3]\",\n\"// Algorithm to find the largest element in an array\\n\\n// Step 1: Create a variable 'max' and initialize it with value of the first element in the array\\nint max = arr[0];\\n\\n// Step 2: Iterate through the array and compare each element with 'max'\\nfor (int i = 1; i < arr.length; i++) {\\n    if (arr[i] > max) {\\n        max = arr[i];\\n    }\\n}\\n\\n// Step 3: Return the value of 'max'\\nreturn max;\"],\n [{\n            'v': 203,\n            'f': \"203\",\n        },\n\"Write a code to find the maximum in a given list of integers.\",\n\"mylist = [1,2,3,4,5]\",\n\"\\\"\\\"\\\"\\nWrite a code to find the maximum in a given list of integers\\n\\\"\\\"\\\"\\n\\n# List containing the elements\\nmylist = [1,2,3,4,5]\\n\\n# Finding the maximum element\\nmax = mylist[0]\\n\\n# Looping through each element to find if it is the maximum\\nfor i in range(1,len(mylist)):\\n    # Comparing the element with the maximum\\n    if mylist[i] > max:\\n        max = mylist[i]\\n\\n# Printing the maximum element\\nprint(\\\"Maximum element of the list is\\\", max)\"],\n [{\n            'v': 212,\n            'f': \"212\",\n        },\n\"Create a program to compute the checksum of a given data packet\",\n\"data_packet = [0xff, 0x0a, 0x1b, 0x3f]\",\n\"\\\"\\\"\\\"\\nCreate a program to compute the checksum of a given data packet\\n\\\"\\\"\\\"\\n\\ndef compute_checksum(data_packet):\\n    checksum = 0\\n    for x in data_packet:\\n        checksum += x\\n    return checksum\\n\\nif __name__ == '__main__':\\n    data_packet = [0xff, 0x0a, 0x1b, 0x3f]\\n    print(compute_checksum(data_packet))\"],\n [{\n            'v': 249,\n            'f': \"249\",\n        },\n\"Connect to a MySQL database and select all rows from Customers where Phone is greater than 1000.\",\n\"\",\n\"import mysql.connector\\n\\nmydb = mysql.connector.connect(\\n  host=\\\"localhost\\\",\\n  user=\\\"\\\",\\n  passwd=\\\"\\\",\\n  database=\\\"mydatabase\\\"\\n)\\n\\nmycursor = mydb.cursor()\\n\\nmycursor.execute(\\\"SELECT * FROM customers WHERE phone > 1000\\\")\\n\\nmyresult = mycursor.fetchall()\\n\\nfor x in myresult:\\n  print(x)\"],\n [{\n            'v': 253,\n            'f': \"253\",\n        },\n\"Write a simple calculator program.\",\n\"\",\n\"def calculator():\\n    number1 = int(input(\\\"Please enter first number: \\\"))\\n    number2 = int(input(\\\"Please enter second number: \\\"))\\n    print(\\\"Please choose operation -\\\\n\\\" \\\\\\n          \\\"1. Add\\\\n\\\" \\\\\\n          \\\"2. Subtract\\\\n\\\" \\\\\\n          \\\"3. Multiply\\\\n\\\" \\\\\\n          \\\"4. Divide\\\\n\\\") \\n\\n    choice = int(input(\\\"Enter your choice: \\\"))\\n    if choice == 1:\\n        ans = number1 + number2\\n        print(\\\"Answer={}\\\".format(ans))\\n    elif choice == 2:\\n        ans = number1 - number2\\n        print(\\\"Answer={}\\\".format(ans))\\n    elif choice == 3:\\n        ans = number1 * number2\\n        print(\\\"Answer={}\\\".format(ans))\\n    elif choice == 4:\\n        ans = number1 / number2\\n        print(\\\"Answer={}\\\".format(ans))\\n    else:\\n        print(\\\"Invalid Choice\\\")\"],\n [{\n            'v': 257,\n            'f': \"257\",\n        },\n\"Change the following array so that it only contains numbers divisible by 3\",\n\"mylist = [2, 4, 5, 6, 7, 11, 12, 22]\",\n\"mylist = [x for x in mylist if x % 3 == 0]\"],\n [{\n            'v': 313,\n            'f': \"313\",\n        },\n\"Create a program which will take the user's name and output a custom message depending on the supplied name\",\n\"name = 'John'\",\n\"def greet_user(name):\\n    \\\"\\\"\\\"\\n    Greet the user with a custom message depending on the supplied name.\\n    \\\"\\\"\\\"\\n    if name == 'John':\\n        print('Hey there John! Welcome back!')\\n    elif name == 'Mary':\\n        print('Good morning Mary! How are you doing today?')\\n    else:\\n        print('Hi there! Welcome to our service!')\"],\n [{\n            'v': 327,\n            'f': \"327\",\n        },\n\"Write a code to multiple two numbers without using the multiplication operator.\",\n\"\",\n\"def multiply(x,y):\\n  if(y == 0):\\n    return 0\\n  return x + multiply(x,y-1)\\n\\nmultiply(5,4) # 20\"],\n [{\n            'v': 344,\n            'f': \"344\",\n        },\n\"Create an HTML form with radio buttons for selecting gender.\",\n\"\",\n\"<form>\\n  <label>Gender:<\\/label><br>\\n  <input type=\\\"radio\\\" name=\\\"gender\\\" value=\\\"male\\\"> Male<br>\\n  <input type=\\\"radio\\\" name=\\\"gender\\\" value=\\\"female\\\"> Female<br> \\n<\\/form>\"],\n [{\n            'v': 382,\n            'f': \"382\",\n        },\n\"Write a Python code snippet to print the pyramid structure with the given number of lines.\",\n\"4\",\n\"*   \\n   ***\\n  *****\\n *******\"],\n [{\n            'v': 398,\n            'f': \"398\",\n        },\n\"Write a Python function to check if a given string is an anagram of another or not.\",\n\"word1 = \\\"cat\\\"\\nword2 = \\\"tac\\\"\",\n\"def is_anagram(word1, word2):\\n return sorted(word1) == sorted(word2)\"],\n [{\n            'v': 404,\n            'f': \"404\",\n        },\n\"Describe how to debug a C++ program using GDB.\",\n\"\",\n\"Debugging a C++ program using GDB involves running the program with the \\u2018gdb\\u2019 command and then setting breakpoints and examining variables. This can be done by typing in \\u2018break\\u2019 followed by the line number, or \\u2018b\\u2019 followed by the function name, where the program should halt. Once the program is halted, variables and registers can be inspected to determine what is causing the program to fail. Finally, the \\u2018continue\\u2019 or \\u2018c\\u2019 command can be used to resume normal execution.\"],\n [{\n            'v': 432,\n            'f': \"432\",\n        },\n\"Write a Python script to find the common elements in two given lists.\",\n\"list1 = [1, 2, 3, 5, 7]\\nlist2 = [2, 3, 4, 5, 6]\",\n\"def common_elements(list1, list2):\\n    common_ele = []   \\n    for i in list1:\\n        for j in list2:\\n            if i==j:\\n                common_ele.append(i)\\n    return common_ele\"],\n [{\n            'v': 440,\n            'f': \"440\",\n        },\n\"Create a function to convert a given number from decimal to binary representation using Python.\",\n\"\",\n\"def dec_to_binary(num):\\n    binary = \\\"\\\"\\n    while num > 0:\\n        binary+= str(num % 2)\\n        num = num // 2\\n    return binary[::-1]\"],\n [{\n            'v': 442,\n            'f': \"442\",\n        },\n\"Implement a Java program for finding the index of an element in a sorted array.\",\n\"\",\n\"public int binarySearch(int[] arr, int val){\\n    int left = 0;\\n    int right = arr.length - 1;\\n    while (left <= right) {\\n        int mid = left + (right - left) /2 ;\\n        if (arr[mid] == val) \\n            return mid;\\n        else if (arr[mid] < val) \\n            left = mid + 1;\\n        else \\n            right = mid - 1;\\n    }  \\n    return -1;\\n}\"],\n [{\n            'v': 449,\n            'f': \"449\",\n        },\n\"Write a SQL query to join two tables on a specified conditions.\",\n\"Table 1:\\nid  name  age\\n1     a     15\\n2     b     18\\n3     c     20\\nTable 2:\\nid  class  marks\\n1    10      80\\n2    10      75\\n3    11      70\",\n\"SELECT table1.id, table1.name, table1.age, table2.class, table2.marks FROM table1 INNER JOIN table2 ON table1.id = table2.id WHERE table1.age > 18;\"],\n [{\n            'v': 466,\n            'f': \"466\",\n        },\n\"Describe the details of the try-except statement in Python.\",\n\"\",\n\"The try-except statement in Python is used to handle exceptions in code. All the code that has a potential for raising an exception is placed in the \\\"try\\\" block and the code that is executed if an exception is raised is placed in the \\\"except\\\" block. The \\\"Except\\\" block is also used to catch a specific exception and handle it accordingly.\"],\n [{\n            'v': 482,\n            'f': \"482\",\n        },\n\"Convert the following code from Swift to Java.\",\n\"let age = 25\",\n\"int age = 25;\"],\n [{\n            'v': 527,\n            'f': \"527\",\n        },\n\"Create an array in Java with 10 floating-point values and output the average of these values.\",\n\"\",\n\"// Create an array \\nfloat arr[] = {1.1, 2.2, 3.3, 4.4, 5.5, 6.6, 7.7, 8.8, 9.9, 10.1};\\n\\n// Calculate average \\nfloat sum = 0;\\nfor (int i = 0; i < 10; i++) {\\n    sum += arr[i];\\n}\\n\\nfloat average = sum / 10;\\nSystem.out.println(\\\"Average of the array values: \\\" + average);\"],\n [{\n            'v': 552,\n            'f': \"552\",\n        },\n\"Create a binary search tree in JavaScript.\",\n\"\",\n\"class Node { \\n  constructor(data) \\n  { \\n    this.data = data; \\n    this.left = null; \\n    this.right = null; \\n  } \\n} \\n  \\nclass BinarySearchTree { \\n  constructor() \\n  { \\n    this.root = null; \\n  } \\n\\n  insert(data) \\n  { \\n    let newNode = new Node(data); \\n    if(this.root === null) \\n    {\\n      this.root = newNode; \\n    }\\n\\n    else\\n    { \\n      this.insertNode(this.root, newNode);\\n    } \\n  }\\n  \\n  insertNode(node, newNode) \\n  { \\n    if(newNode.data < node.data) \\n    { \\n      if(node.left === null) \\n      { \\n        node.left = newNode; \\n      } else { \\n        this.insertNode(node.left, newNode); \\n      } \\n    } \\n    else { \\n      if(node.right === null) \\n      { \\n        node.right = newNode; \\n      } else { \\n        this.insertNode(node.right,newNode); \\n      } \\n    } \\n  } \\n}\"],\n [{\n            'v': 562,\n            'f': \"562\",\n        },\n\"Write a code to find the square of the first n numbers.\",\n\"\",\n\"def square_of_first_n_number(n):\\n    \\\"\\\"\\\"Find the square of the first n numbers\\\"\\\"\\\"\\n    \\n    # Initialize an empty list\\n    squares = []\\n\\n    # Iterate to the first n numbers\\n    for i in range(n):\\n        # Compute the square and append to the list\\n        squares.append(i * i)\\n\\n    return squares\"],\n [{\n            'v': 624,\n            'f': \"624\",\n        },\n\"Perform a linear search in a list named 'mylist' and return the index of the first occurrence of a target value.\",\n\"mylist = [1, 2, 3, 4, 5, 6, 7]\\ntarget = 4\",\n\"def linear_search(mylist, target):\\n for i in range(len(mylist)):\\n if mylist[i] == target:\\n return i\\n return -1\"],\n [{\n            'v': 643,\n            'f': \"643\",\n        },\n\"Build a deep learning model in Python to predict the stock price of a given company.\",\n\"\",\n\"# import libraries\\nimport numpy as np\\nimport pandas as pd\\nimport matplotlib.pyplot as plt\\nimport seaborn as sns\\n\\n# import data\\ndata = pd.read_csv('stock_data.csv')\\n\\n# preprocess data\\nX = data.iloc[:,:-1].values\\ny = data.iloc[:,-1].values\\n\\n# split into training set and test set\\nfrom sklearn.model_selection import train_test_split\\nX_train, X_test, y_train, y_test = train_test_split(X, y, test_size=0.2, random_state=0)\\n\\n# feature scaling\\nfrom sklearn.preprocessing import StandardScaler\\nsc = StandardScaler()\\nX_train = sc.fit_transform(X_train)\\nX_test = sc.transform(X_test)\\n\\n# build the model\\nimport keras\\nfrom keras.layers import Dense\\nfrom keras.models import Sequential\\n\\nmodel = Sequential()\\nmodel.add(Dense(units=6, activation='relu', input_dim=4))\\nmodel.add(Dense(units=4, activation='sigmoid'))\\nmodel.add(Dense(units=1, activation='linear'))\\nmodel.compile(optimizer='adam', loss='mean_squared_error', metrics=['mae','accuracy'])\\nmodel.fit(X_train, y_train, epochs=20, batch_size=10)\\n\\n# test the model\\ny_pred = model.predict(X_test)\\n\\n# evaluate the model\\nfrom sklearn.metrics import r2_score\\nr2_score(y_test, y_pred)\"],\n [{\n            'v': 645,\n            'f': \"645\",\n        },\n\"Write a JavaScript function to sort an array of integers.\",\n\"\",\n\"function sortArray(arr) {\\n return arr.sort(function(a, b) {\\n  return a - b;\\n });\\n}\"],\n [{\n            'v': 655,\n            'f': \"655\",\n        },\n\"Create a loop in JavaScript that prints the numbers from 1 to 10 in the console.\",\n\"\",\n\"for (let i = 1; i <= 10; i++) {\\n    console.log(i);\\n}\"],\n [{\n            'v': 662,\n            'f': \"662\",\n        },\n\"Calculate the factorial of a given number.\",\n\"The number is 7\",\n\"5040\"],\n [{\n            'v': 697,\n            'f': \"697\",\n        },\n\"Describe how to add an element in a linked list in Python.\",\n\"\",\n\"// To add an element in a linked list in Python:\\n// 1. Create a new node containing the value to be added\\n// 2. Set the \\\"next\\\" attribute of the new node to point to the current head node\\n// 3. Set the head node to be the newly created node\\n// 4. Increase the size of the linked list by 1\"],\n [{\n            'v': 718,\n            'f': \"718\",\n        },\n\"What is the purpose of the \\\"break\\\" keyword in C language?\",\n\"\",\n\"The \\\"break\\\" keyword is used to immediately break out of a loop in the C programming language. It can also be used to break out of a switch statement. It is used to terminate a loop or switch statement and transfer program control to the next statement after the loop or switch.\"],\n [{\n            'v': 745,\n            'f': \"745\",\n        },\n\"Concatenate the two strings below, with a space inserted between them.\",\n\"A = \\\"Hello\\\"\\nB = \\\"World!\\\"\",\n\"A + ' ' + B\"],\n [{\n            'v': 750,\n            'f': \"750\",\n        },\n\"Write a bash script to list the content of the current directory.\",\n\"\",\n\"#!/bin/bash\\n\\nls\"],\n [{\n            'v': 751,\n            'f': \"751\",\n        },\n\"Create a JavaScript object to represent a person's name and age.\",\n\"\",\n\"let person = {\\n  name: \\\"John Doe\\\",\\n  age: 25\\n};\"],\n [{\n            'v': 768,\n            'f': \"768\",\n        },\n\"Write a SQL query to select the row with the customer id \\\"CID001\\\" from the customers table.\",\n\"\",\n\"SELECT * FROM customers WHERE customer_id = 'CID001';\"],\n [{\n            'v': 776,\n            'f': \"776\",\n        },\n\"Write a JavaScript code to add two numbers using a prompt.\",\n\"\",\n\"let a = prompt('Enter the first number:');\\nlet b = prompt('Enter the second number:');\\nlet sum = parseInt(a) + parseInt(b);\\nconsole.log(sum);\"],\n [{\n            'v': 779,\n            'f': \"779\",\n        },\n\"Edit the provided CSS rule to make all elements with the class \\\"myClass\\\" have a bold font-weight.\",\n\".myClass { \\n  font-size: 16px;\\n}\",\n\".myClass { \\n  font-size: 16px;\\n  font-weight: bold;\\n}\"],\n [{\n            'v': 813,\n            'f': \"813\",\n        },\n\"Write a method that prints out a square of size n.\",\n\"n=5\",\n\"public static void printSquare(int n) { \\n    for (int i = 0; i < n; i++) { \\n        for (int j = 0; j < n; j++) { \\n            System.out.print(\\\"* \\\"); \\n        }  \\n        System.out.println(); \\n    } \\n} \\n   \\n// Output: \\n/*       \\n  * * * * * \\n  * * * * * \\n  * * * * * \\n  * * * * * \\n  * * * * * \\n*/\"],\n [{\n            'v': 836,\n            'f': \"836\",\n        },\n\"Rewrite the following SQL query so that it produces the same result but in an efficient way.\",\n\"SELECT * FROM Orders WHERE OrderId IN (SELECT OrderId FROM OrderItems WHERE ProductId IN (SELECT ProductId FROM Products WHERE CategoryId = 2))\",\n\"SELECT Orders.* \\nFROM Orders \\nINNER JOIN OrderItems \\nON Orders.OrderId = OrderItems.OrderId \\nINNER JOIN Products \\nON OrderItems.ProductId = Products.ProductId\\nWHERE Products.CategoryId = 2\"],\n [{\n            'v': 838,\n            'f': \"838\",\n        },\n\"Create an array of ten unique numbers within the range 10 to 50.\",\n\"\",\n\"int[] numbers = {10, 13, 16, 23, 25, 37, 41, 45, 48, 50};\"],\n [{\n            'v': 877,\n            'f': \"877\",\n        },\n\"You should create a Java program to implement a binary search.\",\n\"\",\n\"public class BinarySearch \\n{ \\n    // Returns index of x if it is present in arr[l.. \\n    // r], else return -1 \\n    public int binarySearch(int arr[], int l, int r, int x) \\n    { \\n        if (r >= l) { \\n            int mid = l + (r - l) / 2; \\n  \\n            // If the element is present at the \\n            // middle itself \\n            if (arr[mid] == x) \\n                return mid; \\n  \\n            // If element is smaller than mid, then \\n            // it can only be present in left subarray \\n            if (arr[mid] > x) \\n                return binarySearch(arr, l, mid - 1, x); \\n  \\n            // Else the element can only be present \\n            // in right subarray \\n            return binarySearch(arr, mid + 1, r, x); \\n        } \\n  \\n        // We reach here when element is not present \\n        // in array \\n        return -1; \\n    } \\n  \\n}\"],\n [{\n            'v': 903,\n            'f': \"903\",\n        },\n\"Write a SQL query to retrieve all the rows from a table called \\\"customers\\\".\",\n\"\",\n\"SELECT * FROM customers;\"],\n [{\n            'v': 910,\n            'f': \"910\",\n        },\n\"You are given a list of numbers. Write a program to check if the given list is a palindrome or not.\",\n\"[1, 2, 3, 2, 1]\",\n\"def is_palindrome(arr):\\n  rev_arr = arr[::-1]\\n  if arr == rev_arr:\\n    return True\\n  else:\\n    return False\\n\\nprint(is_palindrome([1, 2, 3, 2, 1]))\"],\n [{\n            'v': 922,\n            'f': \"922\",\n        },\n\"Generate a string of 5 random characters from the characters A through Z.\",\n\"\",\n\"import random\\n\\ndef random_string():\\n    chars = 'ABCDEFGHIJKLMNOPQRSTUVWXYZ'\\n    random_string = ''.join(random.choice(chars) for i in range(5))\\n    return random_string\\n\\nprint(random_string())\"],\n [{\n            'v': 964,\n            'f': \"964\",\n        },\n\"Create a neural network in Python to recognize handwriting.\",\n\"MNIST hand-written digit dataset\",\n\"The code to create a neural network in Python to recognize handwriting should consist of several parts. These parts include importing the MNIST dataset, preprocessing the data, building the neural network model, training the network, evaluting the network's performance, and improving the accuracy using hyperparameters.\"],\n [{\n            'v': 981,\n            'f': \"981\",\n        },\n\"Write a database query to retrieve the names of all authors.\",\n\"\",\n\"SELECT name \\nFROM authors;\"]],\n        columns: [[\"number\", \"index\"], [\"string\", \"instruction\"], [\"string\", \"input\"], [\"string\", \"output\"]],\n        columnOptions: [{\"width\": \"1px\", \"className\": \"index_column\"}],\n        rowsPerPage: 25,\n        helpUrl: \"https://colab.research.google.com/notebooks/data_table.ipynb\",\n        suppressOutputScrolling: true,\n        minimumWidth: undefined,\n      });\n\n      function appendQuickchartButton(parentElement) {\n        let quickchartButtonContainerElement = document.createElement('div');\n        quickchartButtonContainerElement.innerHTML = `\n<div id=\"df-bb3e2b99-1449-4ab7-80e6-43ad9f28e316\">\n  <button class=\"colab-df-quickchart\" onclick=\"quickchart('df-bb3e2b99-1449-4ab7-80e6-43ad9f28e316')\"\n            title=\"Suggest charts\"\n            style=\"display:none;\">\n    \n<svg xmlns=\"http://www.w3.org/2000/svg\" height=\"24px\"viewBox=\"0 0 24 24\"\n     width=\"24px\">\n    <g>\n        <path d=\"M19 3H5c-1.1 0-2 .9-2 2v14c0 1.1.9 2 2 2h14c1.1 0 2-.9 2-2V5c0-1.1-.9-2-2-2zM9 17H7v-7h2v7zm4 0h-2V7h2v10zm4 0h-2v-4h2v4z\"/>\n    </g>\n</svg>\n  </button>\n  \n<style>\n  .colab-df-quickchart {\n      --bg-color: #E8F0FE;\n      --fill-color: #1967D2;\n      --hover-bg-color: #E2EBFA;\n      --hover-fill-color: #174EA6;\n      --disabled-fill-color: #AAA;\n      --disabled-bg-color: #DDD;\n  }\n\n  [theme=dark] .colab-df-quickchart {\n      --bg-color: #3B4455;\n      --fill-color: #D2E3FC;\n      --hover-bg-color: #434B5C;\n      --hover-fill-color: #FFFFFF;\n      --disabled-bg-color: #3B4455;\n      --disabled-fill-color: #666;\n  }\n\n  .colab-df-quickchart {\n    background-color: var(--bg-color);\n    border: none;\n    border-radius: 50%;\n    cursor: pointer;\n    display: none;\n    fill: var(--fill-color);\n    height: 32px;\n    padding: 0;\n    width: 32px;\n  }\n\n  .colab-df-quickchart:hover {\n    background-color: var(--hover-bg-color);\n    box-shadow: 0 1px 2px rgba(60, 64, 67, 0.3), 0 1px 3px 1px rgba(60, 64, 67, 0.15);\n    fill: var(--button-hover-fill-color);\n  }\n\n  .colab-df-quickchart-complete:disabled,\n  .colab-df-quickchart-complete:disabled:hover {\n    background-color: var(--disabled-bg-color);\n    fill: var(--disabled-fill-color);\n    box-shadow: none;\n  }\n\n  .colab-df-spinner {\n    border: 2px solid var(--fill-color);\n    border-color: transparent;\n    border-bottom-color: var(--fill-color);\n    animation:\n      spin 1s steps(1) infinite;\n  }\n\n  @keyframes spin {\n    0% {\n      border-color: transparent;\n      border-bottom-color: var(--fill-color);\n      border-left-color: var(--fill-color);\n    }\n    20% {\n      border-color: transparent;\n      border-left-color: var(--fill-color);\n      border-top-color: var(--fill-color);\n    }\n    30% {\n      border-color: transparent;\n      border-left-color: var(--fill-color);\n      border-top-color: var(--fill-color);\n      border-right-color: var(--fill-color);\n    }\n    40% {\n      border-color: transparent;\n      border-right-color: var(--fill-color);\n      border-top-color: var(--fill-color);\n    }\n    60% {\n      border-color: transparent;\n      border-right-color: var(--fill-color);\n    }\n    80% {\n      border-color: transparent;\n      border-right-color: var(--fill-color);\n      border-bottom-color: var(--fill-color);\n    }\n    90% {\n      border-color: transparent;\n      border-bottom-color: var(--fill-color);\n    }\n  }\n</style>\n\n  <script>\n    async function quickchart(key) {\n      const quickchartButtonEl =\n        document.querySelector('#' + key + ' button');\n      quickchartButtonEl.disabled = true;  // To prevent multiple clicks.\n      quickchartButtonEl.classList.add('colab-df-spinner');\n      try {\n        const charts = await google.colab.kernel.invokeFunction(\n            'suggestCharts', [key], {});\n      } catch (error) {\n        console.error('Error during call to suggestCharts:', error);\n      }\n      quickchartButtonEl.classList.remove('colab-df-spinner');\n      quickchartButtonEl.classList.add('colab-df-quickchart-complete');\n    }\n    (() => {\n      let quickchartButtonEl =\n        document.querySelector('#df-bb3e2b99-1449-4ab7-80e6-43ad9f28e316 button');\n      quickchartButtonEl.style.display =\n        google.colab.kernel.accessAllowed ? 'block' : 'none';\n    })();\n  </script>\n</div>`;\n        parentElement.appendChild(quickchartButtonContainerElement);\n      }\n\n      appendQuickchartButton(table);\n    "},"metadata":{},"execution_count":11}]},{"cell_type":"code","source":["generation_config = model.generation_config\n","generation_config.max_new_tokens = 1024\n","generation_config.temperature = 0.7\n","generation_config.top_p = 0.7\n","generation_config.num_return_sequences = 1\n","generation_config.pad_token_id = tokenizer.eos_token_id\n","generation_config.eos_token_id = tokenizer.eos_token_id"],"metadata":{"id":"3f2CwBY3qLsH"},"execution_count":null,"outputs":[]},{"cell_type":"code","source":["device = \"cuda:0\"\n","prompt = \"Create a function to calculate the maximum of two numbers.\"\n","encoding = tokenizer(prompt, return_tensors=\"pt\").to(device)\n","with torch.inference_mode():\n","  outputs = model.generate(\n","      input_ids = encoding.input_ids,\n","      attention_mask = encoding.attention_mask,\n","      generation_config = generation_config\n","  )\n","\n","  full_text = tokenizer.decode(outputs[0], skip_special_tokens=True)\n","  answer = full_text.replace(prompt, '').strip()\n","  print(answer)"],"metadata":{"id":"Mtt3ia9UqPmw"},"execution_count":null,"outputs":[]},{"cell_type":"code","source":[],"metadata":{"id":"8N70HE-hwr3v"},"execution_count":null,"outputs":[]}],"metadata":{"accelerator":"GPU","colab":{"machine_shape":"hm","provenance":[],"toc_visible":true,"authorship_tag":"ABX9TyNc9SOq8gd6xmX7H6RYzB/B"},"kernelspec":{"display_name":"Python 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