Convert CSV to pandas
Python code from
your actual columns.
Upload your CSV and get a ready-to-run Python pandas script. Column dtypes inferred automatically — int64, float64, bool, datetime64. Choose basic explore, full analysis or data cleaning mode. Download as .py. No upload.
CSVShift samples your data to infer dtypes — then writes code that would take 10 minutes to type manually.
Each column is sampled (up to 200 rows). All integers → int64. Decimals → float64. True/False → bool. ISO dates → datetime64. Everything else → object.
Column names go directly into groupby(), corr(), and df.plot() calls. Date columns get pd.to_datetime(). Numeric columns get coercion in cleaning mode. No placeholders.
Download the .py and run it in VS Code, PyCharm, Jupyter, Google Colab or a terminal. Install dependencies once with pip install pandas matplotlib.
Each dtype maps to specific pandas operations — knowing the type is knowing which functions work.
The first step in any data science project is understanding the dataset — shape, dtypes, missing values, distributions. The basic mode generates this exploration starter instantly, so you spend time analysing rather than typing boilerplate.
CSV exports from legacy systems often have whitespace, mixed types and empty rows. The cleaning mode generates the standard pandas cleaning pattern — dropna, str.strip(), pd.to_numeric with errors='coerce' — tailored to the actual column types in your file.
Before passing data to scikit-learn, you need correct dtypes, no missing values and numeric features. The analysis mode generates the correlation matrix and dtype coercions that are the first steps in feature engineering.
Uploading your own CSV and seeing pandas code generated from your column names is faster than following a tutorial with a different dataset. The generated script is a working template you can modify to learn each operation.
Your column names,
your dtypes, your script. No templates.
The generated pandas code uses your actual column names throughout — in groupby(), corr(), to_datetime() and to_numeric(). Numeric, datetime, boolean and text columns each get different code paths. The cleaning mode generates errors='coerce' coercions only for columns that need them.
import pandas as pd; df = pd.read_csv('file.csv'). pandas auto-detects the delimiter, encoding and dtypes. For encoding errors use encoding='latin-1'. For large files add low_memory=False to avoid mixed-type warnings.df.dtypes — shows the dtype of every column. df.info() shows dtypes plus non-null counts and memory usage. df.describe() shows statistics for numeric columns only. Use df.describe(include='all') to include object columns.df['date_col'] = pd.to_datetime(df['date_col']). For non-standard formats: pd.to_datetime(df['date'], format='%d/%m/%Y'). For mixed or invalid dates add errors='coerce' to replace unparseable values with NaT.