burlap/deploy.py
def get_current_thumbprint(self, components=None):
        """
        Returns a dictionary representing the current configuration state.

        Thumbprint is of the form:

            {
                component_name1: {key: value},
                component_name2: {key: value},
                ...
            }

        """
        components = str_to_component_list(components)
        if self.verbose:
            print('deploy.get_current_thumbprint.components:', components)
        manifest_data = {} # {component:data}
        for component_name, func in sorted(manifest_recorder.items()):
            self.vprint('Checking thumbprint for component %s...' % component_name)
            manifest_key = assert_valid_satchel(component_name)
            service_name = clean_service_name(component_name)
            if service_name not in self.genv.services:
                self.vprint('Skipping unused component:', component_name)
                continue
            elif components and service_name not in components:
                self.vprint('Skipping non-matching component:', component_name)
                continue
            try:
                self.vprint('Retrieving manifest for %s...' % component_name)
                manifest_data[manifest_key] = func()
                if self.verbose:
                    pprint(manifest_data[manifest_key], indent=4)
            except exceptions.AbortDeployment as e:
                raise
        return manifest_data
def get_current_thumbprint(self, components=None):
        """
        Returns a dictionary representing the current configuration state.

        Thumbprint is of the form:

            {
                component_name1: {key: value},
                component_name2: {key: value},
                ...
            }

        """
        components = str_to_component_list(components)
        if self.verbose:
            print('deploy.get_current_thumbprint.components:', components)
        manifest_data = {} # {component:data}
        for component_name, func in sorted(manifest_recorder.items()):
            self.vprint('Checking thumbprint for component %s...' % component_name)
            manifest_key = assert_valid_satchel(component_name)
            service_name = clean_service_name(component_name)
            if service_name not in self.genv.services:
                self.vprint('Skipping unused component:', component_name)
                continue
            elif components and service_name not in components:
                self.vprint('Skipping non-matching component:', component_name)
                continue
            try:
                self.vprint('Retrieving manifest for %s...' % component_name)
                manifest_data[manifest_key] = func()
                if self.verbose:
                    pprint(manifest_data[manifest_key], indent=4)
            except exceptions.AbortDeployment as e:
                raise
        return manifest_data
def get_current_thumbprint ( self , components = None ) : components = str_to_component_list ( components ) if self . verbose : print ( 'deploy.get_current_thumbprint.components:' , components ) manifest_data = { } # {component:data} for component_name , func in sorted ( manifest_recorder . items ( ) ) : self . vprint ( 'Checking thumbprint for component %s...' % component_name ) manifest_key = assert_valid_satchel ( component_name ) service_name = clean_service_name ( component_name ) if service_name not in self . genv . services : self . vprint ( 'Skipping unused component:' , component_name ) continue elif components and service_name not in components : self . vprint ( 'Skipping non-matching component:' , component_name ) continue try : self . vprint ( 'Retrieving manifest for %s...' % component_name ) manifest_data [ manifest_key ] = func ( ) if self . verbose : pprint ( manifest_data [ manifest_key ] , indent = 4 ) except exceptions . AbortDeployment as e : raise return manifest_data
Returns a dictionary representing the current configuration state.

        Thumbprint is of the form:

            {
                component_name1: {key: value},
                component_name2: {key: value},
                ...
            }
Returns a dictionary representing the current configuration state .