plug-n-play architecture

healthcareio/__init__.py

@@ -22,3 +22,4 @@ import healthcareio.x12 as x12
 import healthcareio.params as params
 
 # from healthcareio import server
+

healthcareio/x12/__init__.py

@@ -26,6 +26,7 @@ from multiprocessing import Process
 import transport
 from transport import providers
 import jsonmerge
+# import plugins
 
 import copy
 

healthcareio/x12/parser.py

@@ -1,45 +1,180 @@
 """
 This class refactors the default parsing class (better & streamlined implementation)
+The class will rely on the new plug/play architectural style perform parsing
 """
 from multiprocessing import Process, RLock
 import os
 import json
+# from  healthcareio.x12.util
+from healthcareio import x12
+import numpy as np
+import transport
+import copy
+# from healthcareio.x12.util import file as File, document as Document
 
 
+import time
+class BasicParser (Process) :
+    def __init__(self,**_args):
+        super().__init__()
+        self._plugins   = _args['plugins']
+        self._parents   = _args['parents']
+        self._files      = _args['files'] 
+        self._store     = _args['store']
     
-class parser (Process) :
-    _CONFIGURATION = {}
-    def __init__(self,path=None) :
-        if not parser._CONFIGURATION :
-            _path = path if path else os.sep.join([os.environ['HOME'],'.healthcareio/config.json'])
-            #
-            # @TODO: Load custom configuration just in case we need to do further processing
-            config = json.loads(open(path).read())
-            parser._CONFIGURATION = config['parser']
+    def apply(self,**_args):
+        _content = _args['content']
+        _filetype = _args['x12']
+        _doc = _args['document'] #{}
+        _documentHandler = x12.util.document.Builder(plugins = self._plugins,parents=self._parents)
+        try:
+            
+            for _row in _content :
+                # _data = None
+                
+                _data,_meta = _documentHandler.bind(row=_row,x12=_filetype)
+                
+                if _data and _meta :
+                    _doc = _documentHandler.build(data=_data,document=_doc,meta=_meta,row=_row)
+                    # print (['*** ',_doc])
+                    pass
+               
+                
+        except Exception as e:
             #
-            # do we have a custom configuration in this location
+            # Log something here ....
+            print (_row)
+            print (e)
+            # print (_row,_doc.keys())
+            pass
+        return _doc
+    def run(self):
+        _handleContent = x12.util.file.Content()
+        _handleDocument = x12.util.document.Builder(plugins = self._plugins,parents=self._parents)
+        _template = _plugins,_parents = x12.util.template(plugins=self._plugins)
+        for _absolute_path in self._files :
+            try:
+                
+                _content = _handleContent.read(filename=_absolute_path)                
+                _content,_filetype = _handleContent.split(_content)
+                
                 #
-            _custompath = _path.replace('config.json','')
-            _custompath = _custompath if not _custompath.endswith(os.sep) else _custompath[:-1]
-            _custompath = os.sep.join([_custompath,'custom'])
-            if os.exists(_custompath) :
-                files = os.listdir(_custompath)
-                if files :
-                    _filename = os.sep.join([_custompath,files[0]])
-                    _customconf = json.loads(open(_filename).read())
+                # The first row is the header (it will be common to all claims)
+                _header = copy.deepcopy(_template[_filetype])
+                _header = self.apply(content=_content[0],x12=_filetype, document=_header)
+                _docs = []
+                
+                
+                for _rawclaim in _content[1:] :
+                    
+                    _document = copy.deepcopy(_header) #copy.deepcopy(_template[_filetype])
+                    # _document = dict(_document,**_header)
+                    if  type(_absolute_path) == str:
+                        _document['filename'] = _absolute_path
+                    _doc = self.apply(content=_rawclaim,x12=_filetype, document=_document)
+                    if _doc :
                         #
-                    # merge with existing configuration
+                        # @TODO: Make sure the test here is the existence of the primary key
+                        # _doc = _handleDocument.merge(_doc,_header)
                         
                         
+                        _docs.append(_doc)
                     else:
+                        # print (['wtf ...',_rawclaim])
                         pass
-
                 #
+                # Let us submit the batch we have thus far
                 #
-    class getter :
-        def value(self,) :
+                
+                self.post(documents=_docs,type=_filetype)
+
+
+
+            except Exception as e:
+                
+                print (e)
+    def post(self,**_args):
         pass
-    class setter :
-        def files(self,files):
+class X12Parser(BasicParser):
+    def __init__(self,**_args):
+        super().__init__(**_args)
+        self._store = _args['store']
+    def post(self,**_args):
+        """
+        Writing the files to a persistent storage in JSON format (hopefully)
+        """
+        
+        _documents = _args['documents']
+        if _documents :
+            _store = copy.copy(self._store,**{})
+            TABLE = 'claims' if _args['type'] in ['837','claims'] else 'remits'
+            _store['table'] = TABLE
+            
+            _writer = transport.factory.instance(**_store)                        
+            _writer.write(_documents)
+            if getattr(_writer,'close') :
+                _writer.close()
+        
+
+def instance (**_args):
+    """
+    :path
+    """
+    # _files = x12.util.Files.get(_args['file'])
+    
+    # #
+    # # We can split these files (multi-processing)
+    # #
+    # _jobCount = 1 if 'jobs' not in _args else int (_args['jobs'])
+    # _files = np.array_split(_files,_jobCount)
+    # PATH = os.sep.join([os.environ['HOME'],'.healthcareio','config.json'])
+    # if 'config' in _args :
+    #     PATH = _args['config']
+    # f = open(PATH)
+    # _config = json.loads(f.read())
+    # f.close()
+    # jobs = []
+    # for _batch in _files :
+    #     pthread = Parser(files=_batch,config=_config)
+    #     pthread.start()
+    #     jobs.append(pthread)
+    #     time.sleep(1)
     pass
 
+
+# class parser (Process) :
+#     _CONFIGURATION = {}
+#     def __init__(self,path=None) :
+#         if not parser._CONFIGURATION :
+#             _path = path if path else os.sep.join([os.environ['HOME'],'.healthcareio/config.json'])
+#             #
+#             # @TODO: Load custom configuration just in case we need to do further processing
+#             config = json.loads(open(path).read())
+#             parser._CONFIGURATION = config['parser']
+#             #
+#             # do we have a custom configuration in this location
+#             #
+#             _custompath = _path.replace('config.json','')
+#             _custompath = _custompath if not _custompath.endswith(os.sep) else _custompath[:-1]
+#             _custompath = os.sep.join([_custompath,'custom'])
+#             if os.exists(_custompath) :
+#                 files = os.listdir(_custompath)
+#                 if files :
+#                     _filename = os.sep.join([_custompath,files[0]])
+#                     _customconf = json.loads(open(_filename).read())
+#                     #
+#                     # merge with existing configuration
+
+            
+#         else:
+#             pass
+
+#         #
+#         #
+#     class getter :
+#         def value(self,) :
+#             pass
+#     class setter :
+#         def files(self,files):
+#             pass
+        

healthcareio/x12/plugins/__init__.py

@@ -7,151 +7,573 @@ Contract:
 """
 import os
 import importlib as IL
+# import imp
 import sys
+from healthcareio import x12
+class parser:
+    """
+    This is a decorator used against the plugins to determine which function get applied against a given x12 element
+    The following are mandatory :
+    {element,map} or {element,columns}, 
+    - Providing the map attribute will invoke the built-in parser
+    - not providing the built-in parser will suggest that the code will handle parsing itself and thus must inform of the attributes expected
+    """
+    def __init__(self,**_args):
+        self.element    = _args['element']
+        self.x12        = _args['x12'] if 'x12' in _args else '*'
+        self.parent = _args['parent'] if 'parent' in _args else None
+        self.map = None if 'map' not in _args else _args['map']
+        self.cols = None if 'columns' not in _args else _args['columns']
+        self.anchor = None if 'anchor' not in _args else _args['anchor']
+       
+        if 'field' in _args :
+            self.field = _args['field']
+        elif 'container' in _args :
+    
+            self.container = _args['container']
+        
+        
+        
+        
+
+    def __call__(self, pointer):
+        def wrapper(**args): #(*args, **kwargs):
+            #
+            # @TODO: Log this in case we have an error
+            return pointer(**args) #(*args, **kwargs)
+        #
+        #-- These attributes will be read by the factory class to make sure the functions are assigned the data they are designed for
+        setattr(wrapper,'element',self.element)    
+        setattr(wrapper,'x12',self.x12)
+        setattr(wrapper,'parent',self.parent)
+        _meta = {'element':self.element,'x12':self.x12,'parent':self.parent}
+        if self.cols :
+            setattr(wrapper,'columns',self.cols)
+            _meta['columns'] = self.cols
+        elif self.map :
+            setattr(wrapper,'map',self.map)
+            _meta['map'] = self.map        
+        if hasattr(self,'container') :
+            setattr(wrapper,'container',self.container)
+            _meta['container'] = self.container
+        if hasattr(self,'field') :
+            setattr(wrapper,'field',self.field)
+            _meta['field'] = self.field
+        if hasattr(self,'anchor') and self.anchor:
+            _meta['anchor'] = self.anchor
+            setattr(wrapper,'anchor',self.anchor)
+        setattr(wrapper,'meta',_meta)
 
+        #
+        # clean up here ....
+        #   1. if anchor no field|containers
+        #   2. if parent   no field or containers
+        #   3. field and containers can't be 
+        
+        return wrapper
 DEFAULT_PLUGINS='healthcareio.x12.plugins.default'
-class MODE :
-    TRUST,CHECK,TEST,TEST_AND_CHECK= [0,1,2,3]
-def instance(**_args) :
-    pass    
-def has(**_args) :
+def isplugin(_module,_name) :
     """
-    This function will inspect if a function is valid as a plugin or not    
-    name : function name for a given file
-    path    : python file to examine
+    This function for a given module returns a True if a function is a plugin if 
+    :_module    module
+    :_name      a given name of a resource in a module
     """
-    _pyfile = _args['path'] if 'path' in _args else ''
-    _name = _args['name']
-    # p = os.path.exists(_pyfile)
-    _module = {}
-    if os.path.exists(_pyfile):
-        _info  = IL.utils.spec_from_file_location(_name,_pyfile)
-        if _info :
-            _module = IL.utils.module_from_spec(_info)
-            _info.load.exec(_module)
     
+    p = type(getattr(_module,_name)).__name__ =='function'  # is a function
+    q = hasattr(getattr(_module,_name),'element') # has element {x12}
+    r = hasattr(getattr(_module,_name),'x12') # has an {x12} type i.e *,835,837
+    return p and q and r
 
+def build_map (**_args):
+    """
+    This function builds the map of {x12,element,pointer} to enable rapid access to parsing fucntions
+    :module    module object as returned framework (importlib or imp)
+    """
+    _plugins = [getattr(_args['module'],_name) for _name in dir(_args['module']) if isplugin(_args['module'],_name)]
+    _map = {}
+    _parents  = {}
+    for _item in _plugins :
+        _id = _item.x12
+        if _id not in _map :
+            _map[_id] = {}
+        _element = _item.element        
+        if _item.parent :
+            if _item.parent not in _parents :
+                _parents[_item.parent] = []
+            _parents[_item.parent].append (_item.element)
+        if type(_element) == list :
+            for _e in _element :
+                _map[_id][_e.strip()] = _item
         else:
-        _module = sys.modules[DEFAULT_PLUGINS]
-    return hasattr(_module,_name)
-def get(**_args) :
+            _map[_id][_element]= _item
+    return _map,_parents
+
+def instance(**_args):
     """
-    This function will inspect if a function is valid as a plugin or not    
-    name : function name for a given file
-    path    : python file to examine
+    This function returns an dictionary/map of functions available for execution
+    The functions are organized as follows: {835:{BHT:_pointer,NM1:_pointer}}
+    :_args 
+        - path  provides the location (folder|file) to be extracted
     """
-    _pyfile = _args['path'] if 'path' in _args else ''
-    _name = _args['name']
-    # p = os.path.exists(_pyfile)
-    _module = {}
-    if os.path.exists(_pyfile):
-        _info  = IL.utils.spec_from_file_location(_name,_pyfile)
-        if _info :
-            _module = IL.utils.module_from_spec(_info)
-            _info.load.exec(_module)
+    #
+    # Loading one of the default functions built-in ...
+    #
+    _module = IL.import_module(DEFAULT_PLUGINS)
+    _map,_parents = build_map(module=_module)
+    #
+    # loaded the common functions, now load domain specific ones one
+    #
+    _packages = ['remits','claims']
+    _handler = x12.util.document.Builder(parents={},plugins={})
     
+    for _x12 in _packages :
+        if hasattr(_module,_x12) :
             
+            _ixmap,_ixparents = build_map(module=getattr(_module,_x12))
+            _map = _handler.merge(_map,_ixmap)
+            _parents = _handler.merge(_parents,_ixparents)
+    #
+    # consolidate, the common elements across the ...
+    # We override any common processing element with the version specific element
+    _map['835'] = _handler.merge(_map['*'],_map['835'])
+    _map['837'] = _handler.merge(_map['*'],_map['837'])
+    
+    if 'path' in _args:
+        #
+        # We can/will override the default modules given the user has provided a location
+        # _module = imp.load_source('udf',_args['path'])
+        _module = IL.machinery.SourcefileLoader('udf',_args['path']).load_module()
+        _udf_map,_udfp = build_map(module=_module)
+        _map = dict(_map,**_udf_map)
+        for key in _udfp:
+            if key not in _parents :
+                _parents[key] = _udfp[key]
             else:
-        _module = sys.modules[DEFAULT_PLUGINS]
-    return getattr(_module,_name) if hasattr(_module,_name) else None
+                _parents[key] = _parents[key] + _udfp[key]
+    if 'filter' in _args :       
+        return filter(elements = _args['filter'],plugins=_map)
+        # return _smap
 
        
-def test (**_args):
+    return _map,_parents
+def merge (_x,_y):
     """
-    This function will test a plugin to insure the plugin conforms to the norm we are setting here 
-    :pointer  function to call
+    This function will merge two objects _x, _y
     """
-    _params = {}
-    try:
-        if 'pointer' in _args :
-            _caller = _args['pointer'] 
+    _zcols = list(set(_x.keys()) & set(_y.keys())) #--common columns
+    
+    if _zcols :
+        _out = dict(_x,**{})
+        for _key in list(_y.keys()) :
+            
+                
+            if _key not in _zcols and _key:
+                _out[_key] = _y[_key] 
+            else:
+                if type(_out[_key]) == list :
+                    for value in _y[_key] :
+                        if value not in _out[_key] :
+                            _out[_key].append(value)
+                    # _out[_key] += _y[_key]
+                elif type(_out[_key]) == dict:
+                    _out[_key] = dict(_out[_key],**_y[_key])
+                else:
+                    _out[_key] = _y[_key]
+        
+        return _out 
+    else:
+        
+        return dict(_x,**_y)    
+               
+# def template(**_args) :
+#     """
+#     This function generates an object template to be used in object assignment and export functionalities
+#     We chose to proceed in this manner so as to enforce consistency of the parser
+#     :plugins    {*,837,835} with element and pointers associated
+#     """
+#     _plugins = _args['plugins'] 
+#     _object = {'837':{},'835':{}}
+#     for _x12 in _plugins :
+#         _pointers = _plugins[_x12]
+#         for _element in _pointers :
+#             _meta = _pointers[_element].meta
+#             _values = _meta['map'].values() if 'map' in _meta else _meta['columns']
+#             #
+#             # where do the attributes go ..
+#             #
+#             _attr = []
+#             for _item in list(_values) :
+#                 if type(_item) == list :
+#                     _attr = _attr + _item
+#                 else:
+#                     _attr.append(_item)
+#             _field = []
+#             if 'field' in _meta or 'container' in _meta :
+#                 _field = _meta['field'] if 'field' in _meta else _meta['container']
+                
+#             if 'anchor' in _meta : #-- No parents are expected
+#                 _field = _meta['anchor'].values()
+                
+#             elif _meta['parent'] :
+#                 #
+#                 # It means the attributes will be 
+#                 _parentPlug = filter(elements=[_meta['parent']],plugins=_plugins)
+#                 _pid = list(_parentPlug.keys())[0]
+#                 _parentMeta = _parentPlug[_pid][_meta['parent']].meta
+                
+#                 _attr =  _attr + list(_parentMeta['map'].values()) if 'map' in _parentMeta else _parentMeta['columns']
+#                 if 'anchor' in _parentMeta :
+#                     _field = list(_parentMeta['anchor'].values())
+#             _field = [_field] if type(_field) == str else _field
+#             _attr = dict.fromkeys(_attr,'')
+#             if not _field :
+#                 _info = (_attr)
+#             else:
+#                 _info =  (dict.fromkeys(_field,_attr))            
+#             if _x12 == '*' :
+                
+#                 _object['837']= merge(_object['837'], _info)
+#                 _object['835']= merge (_object['835'], _info)
+#             else:
+#                 _object[_x12] = merge(_object[_x12],_info)
+#     return _object
+                
+def filter (**_args) :
+    _elements = _args['elements']
+    _plugins = _args['plugins']
+    _map = {}
+    for x12 in _plugins :
+        _item = _plugins[x12]
+        _found = list(set(_elements) & set(_item.keys()))
+        if _found :
+            
+            _map[x12] = {key:_item[key] for key in _found }
+    return _map
+def getTableName(**_args) :
+    _plugins = _args['plugins']
+    _meta = _args['meta']
+    _x12 = _meta['x12']
+    _foreignkeys = _args['tableKeys']
+    _attributes = list(_meta['map'].values()) if 'map' in _meta else _meta['columns']
+    if 'field' in _meta or 'container' in _meta:
+        _tableName = _meta['field'] if 'field' in _meta else _meta['container']
+        
+        # _table = {_id:_attributes}
+    
+    elif 'anchor' in _meta :
+        _tableName = _meta['anchor'].values()
+        # for _name in _meta['anchor'].values() :
+        #     _table[_name] = _attributes
+    elif 'parent' in _meta and _meta['parent']:
+        #
+        # We can have a parent with no field/container/anchor
+        # We expect either a map or columns ...
+        #
+        _parentElement = _meta['parent']
+        _parentMeta = _plugins[_x12][_parentElement].meta
+        _parentTable = getTableName(plugins=_plugins,meta = _parentMeta,tableKeys=_foreignkeys)
+        _tableName = list(_parentTable.keys())[0]
+        # _table[_id] = _parentTable[_id] + _attributes
+        _attributes = _parentTable[_tableName] + _attributes
+        # print (_meta)
     else:
-            _name = _args['name']
-            _path = _args['path'] if 'path' in _args else None
-            _caller = get(name=_name,path=_path)
-        _params = _caller()
         #
-        # the expected result is a list of field names [field_o,field_i] 
+        # baseline tables have no parent, we need to determine the name
         #
-        return [_item for _item in _params if _item not in ['',None] and type(_item) == str]
-    except Exception as e :
-        return []
+        _tableName = 'claims' if _x12 == '837' else 'remits'
+        # print (_id,_attributes)
+        
         pass
-def inspect(**_args):
-    _mode = _args['mode']
-    _name= _args['name']
-    _path= _args['path']
-    if _mode == MODE.CHECK :
-        _doapply = [has]
-    elif _mode == MODE.TEST :
-        _doapply = [test]
-    elif _mode == MODE.TEST_AND_CHECK :
-        _doapply = [has,test]  
-    _status = True
-    _plugin = {"name":_name}
-    for _pointer in _doapply :
-        _plugin[_pointer.__name__] = _pointer(name=_name,path=_path)
-        if not _plugin[_pointer.__name__] :
-            _status = False
-            break    
-    _plugin['loaded'] = _status
-    return _plugin
-def load(**_args):
+    #
+    # Are there any anchors
+    if _x12 == '837':
+        _keys  = [_foreignkeys['claims']]
+    elif _x12 == '835' :
+        _keys = [_foreignkeys['remits']]
+    else:
+        _keys = list(set(_foreignkeys.values()))
+    _attr = []
+    for _item in _attributes :
+        if type(_item) == list :
+            _attr += _item
+        else:
+            _attr.append(_item)
+    _keys = list(set(_keys) - set(_attr))
+    _attr = _keys + _attr
+    # if 'container' in _meta and _meta['container'] == 'procedures' :
+    #     print (_attributes)
+    _tableName = [_tableName] if type(_tableName) == str else _tableName
+    return dict.fromkeys(_tableName,_attr)
+def _getTableName (**_args):
     """
-        This function will load all the plugins given an set of arguments :
-        path    file
-        name   list of functions to export
-        mode     1- CHECK ONLY, 2 - TEST ONLY, 3- TEST_AND_CHECK
+    This function provides a list of attributes associated with an entity
+    The function infers a relational structure from the JSON representation of a claim and plugin specifications
     """
-    _path = _args ['path']
-    _names= _args['names']
-    _mode= _args ['mode'] if 'mode' in _args else MODE.TEST_AND_CHECK
-    _doapply = []
-    if _mode == MODE.CHECK :
-        _doapply = [has]
-    elif _mode == MODE.TEST :
-        _doapply = [test]
-    elif _mode == MODE.TEST_AND_CHECK :
-        _doapply = [has,test] 
-    # _plugins = []
-    _plugins = {}
-    for _name in _names :
-        _plugin = {"name":_name}
-        if 'inspect' in _args and _args['inspect'] :
-            _plugin = inspect(name=_name,mode=_mode,path=_path)
-        else:
-            _plugin["method"] = ""
-            _status = True
-        _plugin['loaded'] = _status
-        if _plugin['loaded'] :
-            _plugin['pointer'] = get(name=_name,path=_path)
+    _meta = _args['meta']
+    _xattr = list(_meta['map'].values()) if 'map' in _meta else _meta['columns']
+    _plugins = _args['plugins']
+    _foreignkeys = _args['tableKeys']
+    #
+    # Fix attributes, in case we have an index associated with multiple fields
+    #
+    _attr = []
+    if 'anchor' not in _meta and not _meta['parent']:
+        for _item in _xattr :
+            _attr += _item if type(_item) == list else [_item]
+    _name = None
+    _info = {}
+    _infoparent = {}
+    if 'field' in _meta :
+        _name = _meta['field']
+    elif 'container' in _meta :
+        _name = _meta['container']
+    elif 'anchor' in _meta :
+        
+        _name = list(_meta['anchor'].values())
+    # if _name :
+    #     _name = _name if type(_name) == list else [_name]
+    #     _info = dict.fromkeys(_name,_attr)
+    if _meta['parent'] :
+        _parentElement = filter(elements=[_meta['parent']],plugins=_plugins)
+        _x12 = list(_parentElement.keys())[0]
+        _id = list(_parentElement[_x12].keys())[0]
+        _infoparent = getTableName(meta = _parentElement[_x12][_id].meta,plugins=_plugins,tableKeys=_foreignkeys)
+        
+    if _meta['x12'] == '*' :
+        _name = ['claims','remits'] if not _name else _name
+        _attr =  list(set(_foreignkeys.values())) + _attr
     else:
-            _plugin['pointer'] = None
+        _name = 'claims' if _meta['x12'] == '837' and not _name else ('remits' if not _name and _meta['x12'] == '835' else _name)
+        _id = 'claims' if _meta['x12'] == '837' else 'remits'
+        if _id in _foreignkeys:
+            _attr = [_foreignkeys[_id]] + _attr
         
-        # _plugins.append(_plugin)
-        _plugins[_name] = _plugin
-    return _plugins
         
+    # if not _name :
+    #     if _meta['x12'] == '*' :
+    #         _name = ['claims','remits']
+    #     else:
+    #         _name = 'claims' if _meta['x12'] == '837' else 'remits'
+    #
+    # Let us make sure we can get the keys associated here ...
+    #
+    # filter (elements = [])
+    _name = _name if type(_name) == list else [_name]
+    _info = dict.fromkeys(_name,_attr)
+    if _infoparent:
+        _info = dict(_info,**_infoparent)    
     
-def parse(**_args):
-    """
-    This function will apply a function against a given function, and data
-    :row   claim/remits pre-processed
-    :plugins    list of plugins
-    :conifg     configuration associated with
-    """
-    _row        = _args['row']
-    _document   = _args['document']
-    _config     = _args['config']
-    """
-    "apply":"@path:name"
-    """
+    return _info
+        
+        
+
+def getTableKeys(**_args):
+    _plugins=_args['plugins']
+    _pointer = filter(elements=['CLM'],plugins=_plugins)
+    _keys = {}
+    for _element in ['CLM','CLP'] :
+        _pointer = filter(elements=[_element],plugins=_plugins)
+        if not _pointer  :
+            continue
+        _pointer = list(_pointer.values())[0]
+        _meta = _pointer[_element].meta
+        _name = _meta['map'][1] if 'map' in _meta else _meta['columns'][0]
+        _id = 'claims' if _element == 'CLM' else 'remits'
+        _keys[_id] = _name
+    return _keys
+    # print (list(_pointer.values())[0]['CLM'].meta)
+    # print (_pointer.values()[0].meta)
+def sql (**_args):
+    _plugins = _args['plugins']
+    # _info = {'foreign':{},'keys':{'claims':None,'remits':None}}
+    _documentHandler = x12.util.document.Builder(plugins=_plugins,parents=_args['parents'])
+    _tableKeys = getTableKeys(plugins=_plugins)
+    _schemas = {}
+    for key in _plugins :
+        _mpointers = _plugins[key]
+        for _element in _mpointers :
+            _pointer = _mpointers[_element]
+            _meta = _pointer.meta
+            _info = getTableName(meta=_meta,plugins=_plugins,tableKeys=_tableKeys)
+            # _schemas = dict(_schemas,**_info)
+            if _info :
+                _schemas = _documentHandler.merge(_schemas,_info)
+            # print (_info)
+    return _schemas
+            # if not _info :
+            #     print (_meta)
+            #     continue
+            # if _meta['x12'] in ['837','837'] :
+            #     _schema_id = 'claims' if _meta['x12'] == '837' else 'remits'
+            #     _schema_id = [_schema_id]
+            # else:
+            #     _schema_id = ['claims','remits']
+
+            # if _info :
+            #     #
+            #     # foreign tables need to be placed here
+               
+            #     for _id in _schema_id :
+            #         if type(_info) == list :
+            #             _schemas[_id]['attributes'] += _info
+            #         else:
+            #             _schemas[_id]['foreign'] = dict(_schemas[_id]['foreign'],**_info)
+            # else:
+            #     #
+            #     # This one goes to the main tables
+            #     for _id in _schema_id :
+            #         print (_info)
+            #         _schemas[_id]['attributes'] += list(_info.values())
+                    
+                
+                
+
+
+
+# DEFAULT_PLUGINS='healthcareio.x12.plugins.default'
+# class MODE :
+#     TRUST,CHECK,TEST,TEST_AND_CHECK= [0,1,2,3]
+# def instance(**_args) :
+#     pass    
+# def has(**_args) :
+#     """
+#     This function will inspect if a function is valid as a plugin or not    
+#     name : function name for a given file
+#     path    : python file to examine
+#     """
+#     _pyfile = _args['path'] if 'path' in _args else ''
+#     _name = _args['name']
+#     # p = os.path.exists(_pyfile)
+#     _module = {}
+#     if os.path.exists(_pyfile):
+#         _info  = IL.utils.spec_from_file_location(_name,_pyfile)
+#         if _info :
+#             _module = IL.utils.module_from_spec(_info)
+#             _info.load.exec(_module)
+            
+        
+#     else:
+#         _module = sys.modules[DEFAULT_PLUGINS]
+#     return hasattr(_module,_name)
+# def get(**_args) :
+#     """
+#     This function will inspect if a function is valid as a plugin or not    
+#     name : function name for a given file
+#     path    : python file to examine
+#     """
+#     _pyfile = _args['path'] if 'path' in _args else ''
+#     _name = _args['name']
+#     # p = os.path.exists(_pyfile)
+#     _module = {}
+#     if os.path.exists(_pyfile):
+#         _info  = IL.utils.spec_from_file_location(_name,_pyfile)
+#         if _info :
+#             _module = IL.utils.module_from_spec(_info)
+#             _info.load.exec(_module)
+            
+        
+#     else:
+#         _module = sys.modules[DEFAULT_PLUGINS]
+#     return getattr(_module,_name) if hasattr(_module,_name) else None
+
+
+# def test (**_args):
+#     """
+#     This function will test a plugin to insure the plugin conforms to the norm we are setting here 
+#     :pointer  function to call
+#     """
+#     _params = {}
+#     try:
+#         if 'pointer' in _args :
+#             _caller = _args['pointer'] 
+#         else:
+#             _name = _args['name']
+#             _path = _args['path'] if 'path' in _args else None
+#             _caller = get(name=_name,path=_path)
+#         _params = _caller()
+#         #
+#         # the expected result is a list of field names [field_o,field_i] 
+#         # 
+#         return [_item for _item in _params if _item not in ['',None] and type(_item) == str]
+#     except Exception as e :
+#         return []
+#         pass
+# def inspect(**_args):
+#     _mode = _args['mode']
+#     _name= _args['name']
+#     _path= _args['path']
+#     if _mode == MODE.CHECK :
+#         _doapply = [has]
+#     elif _mode == MODE.TEST :
+#         _doapply = [test]
+#     elif _mode == MODE.TEST_AND_CHECK :
+#         _doapply = [has,test]  
+#     _status = True
+#     _plugin = {"name":_name}
+#     for _pointer in _doapply :
+#         _plugin[_pointer.__name__] = _pointer(name=_name,path=_path)
+#         if not _plugin[_pointer.__name__] :
+#             _status = False
+#             break    
+#     _plugin['loaded'] = _status
+#     return _plugin
+# def load(**_args):
+#     """
+#         This function will load all the plugins given an set of arguments :
+#         path    file
+#         name   list of functions to export
+#         mode     1- CHECK ONLY, 2 - TEST ONLY, 3- TEST_AND_CHECK
+#     """
+#     _path = _args ['path']
+#     _names= _args['names']
+#     _mode= _args ['mode'] if 'mode' in _args else MODE.TEST_AND_CHECK
+#     _doapply = []
+#     if _mode == MODE.CHECK :
+#         _doapply = [has]
+#     elif _mode == MODE.TEST :
+#         _doapply = [test]
+#     elif _mode == MODE.TEST_AND_CHECK :
+#         _doapply = [has,test] 
+#     # _plugins = []
+#     _plugins = {}
+#     for _name in _names :
+#         _plugin = {"name":_name}
+#         if 'inspect' in _args and _args['inspect'] :
+#             _plugin = inspect(name=_name,mode=_mode,path=_path)
+#         else:
+#             _plugin["method"] = ""
+#             _status = True
+#         _plugin['loaded'] = _status
+#         if _plugin['loaded'] :
+#             _plugin['pointer'] = get(name=_name,path=_path)
+#         else:
+#             _plugin['pointer'] = None
+
+#         # _plugins.append(_plugin)
+#         _plugins[_name] = _plugin
+#     return _plugins
+
+
+# def parse(**_args):
+#     """
+#     This function will apply a function against a given function, and data
+#     :row   claim/remits pre-processed
+#     :plugins    list of plugins
+#     :conifg     configuration associated with
+#     """
+#     _row        = _args['row']
+#     _document   = _args['document']
+#     _config     = _args['config']
+#     """
+#     "apply":"@path:name"
+#     """
+    
+#     _info        = _args['config']['apply']
+#     _plug_conf  = _args['config']['plugin'] if 'plugin' in _args['config'] else {}
+#     if _info.startswith('@') :
+#         _path = '' #-- get this from general configuration
+#     elif _info.startswith('!'):
+#         _path = _info.split('!')[0][1:]
+#     _name = _info.split(':')[-1]
+#     _name = _args['config']['apply'].split(_path)
 
-    _info        = _args['config']['apply']
-    _plug_conf  = _args['config']['plugin'] if 'plugin' in _args['config'] else {}
-    if _info.startswith('@') :
-        _path = '' #-- get this from general configuration
-    elif _info.startswith('!'):
-        _path = _info.split('!')[0][1:]
-    _name = _info.split(':')[-1]
-    _name = _args['config']['apply'].split(_path)