SM2Gen/Targets/Userpanels/Userpanels-Custom.pm

#
# Generated by SM2Gen version:0.9(20Jan2025) Chameleon version:4.5.4 On Python:3.12.3 at 2025-04-23 10:18:18 
#
#
# Routines to be edited by the developer to provide content and validation for parameters
# and provison of the control data for table(s)
#
use esmith::util;
use esmith::util::network;
use esmith::ConfigDB;
use esmith::HostsDB;
use esmith::AccountsDB;
use esmith::NetworksDB;
use esmith::DomainsDB;

use constant FALSE => 0;
use constant TRUE  => 1;


#The most common ones
#my $cdb 
#my $adb 
#my $ndb 
#my $hdb 
#my $ddb 

# Validation routines - parameters for each panel

	sub validate_USERTABLE {
		my $c = shift;
		my $prefix_data = shift; #Data hash as parameter
		# Validation for each field 
		my $ret = "";
		
		if ($ret eq "") {$ret = 'ok';}
		return $ret;
	}

	sub validate_PANELTABLE {
		my $c = shift;
		my $prefix_data = shift; #Data hash as parameter
		# Validation for each field 
		my $ret = "";
		
		if ($ret eq "") {$ret = 'ok';}
		return $ret;
	}


# Get singleton data for each panel

	sub get_data_for_panel_USERTABLE {
		# Return a hash with the fields required which will be loaded into the shared data 
		my $c = shift;
		my %ret = (
			'Data1'=>'Data for USERTABLE', #Example
			# fields from Inputs in USERTABLE $fields['USERTABLE']
			
		);
		return %ret;
	}

	sub get_data_for_panel_PANELTABLE {
		# Return a hash with the fields required which will be loaded into the shared data 
		my $c = shift;
		my %ret = (
			'Data1'=>'Data for PANELTABLE', #Example
			# fields from Inputs in PANELTABLE $fields['PANELTABLE']
			
		);
		return %ret;
	}



# Get control data for table(s)

	# Define a constant hash for field name mapping
	use constant users_FIELD_MAPPING => (
		'Account' => 'Source-for-Account',
		'Description' => 'Source-for-Description',
		'Modify' => 'Source-for-Modify'
		#'target_field2' => 'source_field2',
		# Add more mappings as needed
	);
	
sub actual_users {
	my @ret = ();
	# Actual code for extracting users
	return @ret;
}

sub get_users {
    # Return an array of hashes of the contents for each row and column for users
	my $c = shift;
    my @source_records = $c->actual_users();
    my @transformed_records;
    my %Field_Mapping = users_FIELD_MAPPING;
    # Iterate over each record in the source array
    for my $source_record (@$source_records) {
        my %transformed_record;
        # Iterate over each key-value pair in the $Field_Mapping constant
        while (my ($target, $source) = each %Field_Mapping) {
            # Check if the source field exists in the source record
            if (exists $source_record->{$source}) {
                # Assign the source field value to the target field in the transformed record
                $transformed_record{$target} = $source_record->{$source};
            }
        }
        # Add transformed record to the array if it's not empty
        push @transformed_records, \%transformed_record if %transformed_record;
    }
    return \@transformed_records;
}

	# Define a constant hash for field name mapping
	use constant panels_FIELD_MAPPING => (
		'Panel' => 'Source-for-Panel',
		'Description' => 'Source-for-Description',
		'Select' => 'Source-for-Select'
		#'target_field2' => 'source_field2',
		# Add more mappings as needed
	);
	
sub actual_panels {
	my @ret = ();
	# Actual code for extracting panels
	return @ret;
}

sub get_panels {
    # Return an array of hashes of the contents for each row and column for panels
	my $c = shift;
    my @source_records = $c->actual_panels();
    my @transformed_records;
    my %Field_Mapping = panels_FIELD_MAPPING;
    # Iterate over each record in the source array
    for my $source_record (@$source_records) {
        my %transformed_record;
        # Iterate over each key-value pair in the $Field_Mapping constant
        while (my ($target, $source) = each %Field_Mapping) {
            # Check if the source field exists in the source record
            if (exists $source_record->{$source}) {
                # Assign the source field value to the target field in the transformed record
                $transformed_record{$target} = $source_record->{$source};
            }
        }
        # Add transformed record to the array if it's not empty
        push @transformed_records, \%transformed_record if %transformed_record;
    }
    return \@transformed_records;
}



# Return hash with values from row in which link clicked on table

	sub get_selected_USERTABLE {
		my $c = shift;
		my $selected = shift; #Parameter is name of selected row.
		my $is_new_record = shift; #Indicates new record required (defaults)
		my %ret = {};
		return %ret;
	}

	sub get_selected_PANELTABLE {
		my $c = shift;
		my $selected = shift; #Parameter is name of selected row.
		my $is_new_record = shift; #Indicates new record required (defaults)
		my %ret = {};
		return %ret;
	}


#after sucessful modify or create or whatever and submit then perfom (if the params validate)

	sub perform_USERTABLE {
		my $c = shift;
		my $prefix_data = shift; #Data hash as parameter
		my $ret = "";
		my $db = $cdb; #maybe one of the others
		my $dbkey = 'ChangeThis';
		# To make it write to DB as comment, delete this (regex) string in each if statement "TRUE\) \#copy or perform with value: .* e.g."
		
		if ($ret eq "") {$ret = 'ok';}
		return $ret;
	}

	sub perform_PANELTABLE {
		my $c = shift;
		my $prefix_data = shift; #Data hash as parameter
		my $ret = "";
		my $db = $cdb; #maybe one of the others
		my $dbkey = 'ChangeThis';
		# To make it write to DB as comment, delete this (regex) string in each if statement "TRUE\) \#copy or perform with value: .* e.g."
		
		if ($ret eq "") {$ret = 'ok';}
		return $ret;
	}


sub create_link{
	# WIP
	my ($c,$route, $panel, $index) = @_;
	my $link = "$route?trt=$panel&Selected=$index";
	return $link;
}
1;