Metadata-Version: 2.1
Name: xbbg
Version: 0.1.12
Summary: Bloomberg data toolkit for humans
Home-page: https://github.com/alpha-xone/xbbg
Author: Alpha x1
Author-email: alpha.xone@outlook.com
License: Apache
Description: # xbbg
        
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        Bloomberg data toolkit for humans
        
        ## Requirements
        
        - Bloomberg Open API
        
        ```cmd
        pip install --index-url=https://bloomberg.bintray.com/pip/simple blpapi
        ```
        
        - Bloomberg C++ SDK version 3.12.1 or higher:
        
            - [Bloomberg API Library](https://www.bloomberg.com/professional/support/api-library/)
        
            - Downlaod C++ Experimental Release
        
            - Copy `blpapi3_32.dll` and `blpapi3_64.dll` under `bin` 
              folder to Bloomberg `BLPAPI_ROOT` folder, normally `blp/DAPI`
        
        - [pdbdp](https://github.com/matthewgilbert/pdblp) - pandas wrapper for Bloomberg Open API
        
        - numpy, pandas and pyarrow
        
        ## Installation
        
        ```cmd
        pip install xbbg
        ```
        
        ## Tutorial
        
        Creation of connection `create_connection()` is not necessary.
        Quries will create new connections if there's no live connections on the backend.
        Since each initiation of connection takes time, we can manually connect
        before we want to do multiple queries - just like examples below.
        
        ```python
        In[1]: from xbbg import blp
        
        In[2]: blp.create_connection()
        ```
        
        ```pydocstring
        Out[2]: (<pdblp.pdblp.BCon at 0x1c35cd0e898>, True)
        ```
        
        ### Basics
        
        - ``BDP`` example:
        
        ```python
        In[3]: blp.bdp(tickers='NVDA US Equity', flds=['Security_Name', 'GICS_Sector_Name'])
        ```
        
        ```pydocstring
        Out[3]:
                   ticker             field                   value
        0  NVDA US Equity     Security_Name             NVIDIA Corp
        1  NVDA US Equity  GICS_Sector_Name  Information Technology
        ```
        
        - ``BDH`` example:
        
        ```python
        In[4]: blp.bdh(
          ...:     tickers='SPX Index', flds=['High', 'Low', 'Last_Price'],
          ...:     start_date='2018-10-10', end_date='2018-10-20',
          ...: )
        ```
        
        ```pydocstring
        Out[4]:
        ticker     SPX Index
        field           High      Low Last_Price
        date
        2018-10-10  2,874.02 2,784.86   2,785.68
        2018-10-11  2,795.14 2,710.51   2,728.37
        2018-10-12  2,775.77 2,729.44   2,767.13
        2018-10-15  2,775.99 2,749.03   2,750.79
        2018-10-16  2,813.46 2,766.91   2,809.92
        2018-10-17  2,816.94 2,781.81   2,809.21
        2018-10-18  2,806.04 2,755.18   2,768.78
        2018-10-19  2,797.77 2,760.27   2,767.78
        ```
        
        - ``BDH`` example with Excel compatible inputs:
        
        ```python
        In[4]: blp.bdh(
          ...:     tickers='SHCOMP Index', flds=['High', 'Low', 'Last_Price'],
          ...:     start_date='2018-09-26', end_date='2018-10-20',
          ...:     Per='W', Fill='P', Days='A',
          ...: )
        ```
        
        ```pydocstring
        Out[4]:
        ticker     SHCOMP Index
        field              High      Low Last_Price
        date
        2018-09-28     2,827.34 2,771.16   2,821.35
        2018-10-05     2,827.34 2,771.16   2,821.35
        2018-10-12     2,771.94 2,536.66   2,606.91
        2018-10-19     2,611.97 2,449.20   2,550.47
        ```
        
        - ``BDH`` without adjustment for dividends and splits:
        
        ```python
        In[5]: blp.bdh(
          ...:     'AAPL US Equity', 'Px_Last', '20140604', '20140610',
          ...:     CshAdjNormal=False, CshAdjAbnormal=False, CapChg=False
          ...: )
        ```
        
        ```pydocstring
        Out[5]: 
        ticker     AAPL US Equity
        field             Px_Last
        date                     
        2014-06-04         644.82
        2014-06-05         647.35
        2014-06-06         645.57
        2014-06-09          93.70
        2014-06-10          94.25
        ```
        
        - ``BDH`` adjusted for dividends and splits:
        
        ```python
        In[6]: blp.bdh(
          ...:     'AAPL US Equity', 'Px_Last', '20140604', '20140610',
          ...:     CshAdjNormal=True, CshAdjAbnormal=True, CapChg=True
          ...: )
        ```
        
        ```pydocstring
        Out[6]:
        ticker     AAPL US Equity
        field             Px_Last
        date                     
        2014-06-04          85.12
        2014-06-05          85.45
        2014-06-06          85.22
        2014-06-09          86.58
        2014-06-10          87.09
        ```
        
        - ``BDS`` example:
        
        ```python
        In[7]: blp.bds('AAPL US Equity', 'DVD_Hist_All', DVD_Start_Dt='20180101', DVD_End_Dt='20180531')
        ```
        
        ```pydocstring
        Out[7]:
                    ticker         field                name         value  position
        0   AAPL US Equity  DVD_Hist_All       Declared Date    2018-05-01         0
        1   AAPL US Equity  DVD_Hist_All             Ex-Date    2018-05-11         0
        2   AAPL US Equity  DVD_Hist_All         Record Date    2018-05-14         0
        3   AAPL US Equity  DVD_Hist_All        Payable Date    2018-05-17         0
        4   AAPL US Equity  DVD_Hist_All     Dividend Amount          0.73         0
        5   AAPL US Equity  DVD_Hist_All  Dividend Frequency       Quarter         0
        6   AAPL US Equity  DVD_Hist_All       Dividend Type  Regular Cash         0
        7   AAPL US Equity  DVD_Hist_All       Declared Date    2018-02-01         1
        8   AAPL US Equity  DVD_Hist_All             Ex-Date    2018-02-09         1
        9   AAPL US Equity  DVD_Hist_All         Record Date    2018-02-12         1
        10  AAPL US Equity  DVD_Hist_All        Payable Date    2018-02-15         1
        11  AAPL US Equity  DVD_Hist_All     Dividend Amount          0.63         1
        12  AAPL US Equity  DVD_Hist_All  Dividend Frequency       Quarter         1
        13  AAPL US Equity  DVD_Hist_All       Dividend Type  Regular Cash         1
        ```
        
        - Intraday bars ``BDIB`` example:
        
        ```python
        In[8]: blp.bdib(ticker='BHP AU Equity', dt='2018-10-17').tail()
        ```
        
        ```pydocstring
        Out[8]:
                                   open  high   low  close   volume  numEvents
        2018-10-17 15:56:00+11:00 33.62 33.65 33.62  33.64    16660        126
        2018-10-17 15:57:00+11:00 33.65 33.65 33.63  33.64    13875        156
        2018-10-17 15:58:00+11:00 33.64 33.65 33.62  33.63    16244        159
        2018-10-17 15:59:00+11:00 33.63 33.63 33.61  33.62    16507        167
        2018-10-17 16:10:00+11:00 33.66 33.66 33.66  33.66  1115523        216
        ```
        
        - Intraday bars within market session:
        
        ```python
        In[9]: blp.intraday(ticker='7974 JT Equity', dt='2018-10-17', session='am_open_30').tail()
        ```
        
        ```pydocstring
        Out[9]:
                                       open      high       low     close  volume  numEvents
        2018-10-17 09:27:00+09:00 39,970.00 40,020.00 39,970.00 39,990.00   10800         44
        2018-10-17 09:28:00+09:00 39,990.00 40,020.00 39,980.00 39,980.00    6300         33
        2018-10-17 09:29:00+09:00 39,970.00 40,000.00 39,960.00 39,970.00    3300         21
        2018-10-17 09:30:00+09:00 39,960.00 40,010.00 39,950.00 40,000.00    3100         19
        2018-10-17 09:31:00+09:00 39,990.00 40,000.00 39,980.00 39,990.00    2000         15
        ```
        
        - Corporate earnings:
        
        ```python
        In[10]: blp.earning('AMD US Equity', by='Geo', Eqy_Fund_Year=2017, Number_Of_Periods=1)
        ```
        
        ```pydocstring
        Out[10]:
        
                         Level   FY_2017  FY_2017_Pct
        Asia-Pacific      1.00  3,540.00        66.43
            China         2.00  1,747.00        49.35
            Japan         2.00  1,242.00        35.08
            Singapore     2.00    551.00        15.56
        United States     1.00  1,364.00        25.60
        Europe            1.00    263.00         4.94
        Other Countries   1.00    162.00         3.04
        ```
        
        - Dividends:
        
        ```python
        In[11]: blp.dividend(['C US Equity', 'MS US Equity'], start_date='2018-01-01', end_date='2018-05-01')
        ```
        
        ```pydocstring
        Out[11]:
                       declared_date     ex_date record_date payable_date dividend_amount dividend_frequency dividend_type
        ticker
        C US Equity       2018-01-18  2018-02-02  2018-02-05   2018-02-23            0.32            Quarter  Regular Cash
        MS US Equity      2018-04-18  2018-04-27  2018-04-30   2018-05-15            0.25            Quarter  Regular Cash
        MS US Equity      2018-01-18  2018-01-30  2018-01-31   2018-02-15            0.25            Quarter  Regular Cash
        ```
        
        ### Optimizations
        
        This library uses a global Bloomberg connection on the backend - 
        more specically, `_xcon_` in `globals()` variable.
        Since initiation of connections takes time, if multiple queries are expected,
        manual creation of a new connection (which will be shared by all following queries)
        is helpful before calling any queries.
        
        - In command line, below command is helpful:
        
        ```python
        from xbbg import blp
        
        blp.create_connection()
        ```
        
        - For functions, wrapper function is recommended (connections will be destroyed afterwards):
        
        ```python
        from xbbg import blp
        
        @blp.with_bloomberg
        def query_bbg():
            """
            All queries share the same connection
            """
            blp.bdp(...)
            blp.bdh(...)
            blp.bdib(...)
        ```
        
        ### Data Storage
        
        If `BBG_ROOT` is provided in `os.environ`, data can be saved locally.
        By default, local storage is preferred than Bloomberg for all queries.
        
        Noted that local data usage must be compliant with Bloomberg Datafeed Addendum
        (full description in `DAPI<GO>`):
        
        > To access Bloomberg data via the API (and use that data in Microsoft Excel), 
        > your company must sign the 'Datafeed Addendum' to the Bloomberg Agreement. 
        > This legally binding contract describes the terms and conditions of your use 
        > of the data and information available via the API (the "Data"). 
        > The most fundamental requirement regarding your use of Data is that it cannot 
        > leave the local PC you use to access the BLOOMBERG PROFESSIONAL service.
        
Platform: UNKNOWN
Classifier: License :: OSI Approved :: Apache Software License
Classifier: Programming Language :: Python :: 3.6
Description-Content-Type: text/markdown
