Pod::Tree software organizes nodes in a hierarchical structure with each node serving as a pod, forming a tree-like structure. This software is designed to make it easier to visually represent and manage complex sets of data.
If you're looking for a powerful tool to manage and organize nodes within a Pod::Tree, you may want to try out Pod::Tree::Node. This software offers a range of features and functions that let you create nodes in various formats, including root, code, verbatim, command, ordinary, letter, sequence, text, target, and link.
You can use Pod::Tree::Node to check if a node is of a particular type using functions such as is_code, is_command, is_for, is_item, is_letter, is_list, is_ordinary, is_pod, is_root, is_sequence, is_text, is_verbatim, and is_link. Additionally, the software offers similar functions to determine the type of a node within a C domain, including is_c_head1, is_c_head2, is_c_head3, is_c_head4, is_c_cut, is_c_pod, is_c_over, is_c_back, is_c_item, is_c_for, is_c_begin, and is_c_end.
To manage and manipulate the nodes within a Pod::Tree, Pod::Tree::Node provides functions such as get_arg, get_brackets, get_children, get_command, get_domain, get_item_type, get_letter, get_list_type, get_page, get_raw, get_raw_kids, get_section, get_siblings, get_target, get_text, get_type, and get_deep_text. You can also modify nodes by calling functions such as force_text, force_for, parse_begin, set_children, make_sequences, parse_links, unescape, consolidate, make_lists, clone, and dump.
Finally, to specify the location of a file, you can use the set_filename function, and to retrieve the filename associated with a node, you can call get_filename. Overall, Pod::Tree::Node is a versatile and useful software for anyone working with nodes within a Pod::Tree, offering plenty of functionality and flexibility for organizing and manipulating content.
You can use Pod::Tree::Node to check if a node is of a particular type using functions such as is_code, is_command, is_for, is_item, is_letter, is_list, is_ordinary, is_pod, is_root, is_sequence, is_text, is_verbatim, and is_link. Additionally, the software offers similar functions to determine the type of a node within a C domain, including is_c_head1, is_c_head2, is_c_head3, is_c_head4, is_c_cut, is_c_pod, is_c_over, is_c_back, is_c_item, is_c_for, is_c_begin, and is_c_end.
To manage and manipulate the nodes within a Pod::Tree, Pod::Tree::Node provides functions such as get_arg, get_brackets, get_children, get_command, get_domain, get_item_type, get_letter, get_list_type, get_page, get_raw, get_raw_kids, get_section, get_siblings, get_target, get_text, get_type, and get_deep_text. You can also modify nodes by calling functions such as force_text, force_for, parse_begin, set_children, make_sequences, parse_links, unescape, consolidate, make_lists, clone, and dump.
Finally, to specify the location of a file, you can use the set_filename function, and to retrieve the filename associated with a node, you can call get_filename. Overall, Pod::Tree::Node is a versatile and useful software for anyone working with nodes within a Pod::Tree, offering plenty of functionality and flexibility for organizing and manipulating content.
What's New
Version 1.15: N/A