| _bs | |
| _builtins | |
| _continuation_t | |
| _defs | |
| _muse_env | The muse environment contains all info relevant to evaluation of expressions in muSE |
| _muse_port_base_t | The base port type |
| _sort_property_t | |
| ez_result_t | |
| fileport_t | |
| fileport_type_t | |
| hashtable_t | |
| list_append_generator_context_t | |
| multicast_socket_port_t | |
| muse_cell_data | A muse cell is a union of all the possible cell types |
| muse_cons_cell | A cons cell consists of references to two muse cells called the head and the tail |
| muse_functional_object_t | Any muSE functional object must always begin with this structure |
| muse_functional_object_type_t | Type information for a functional object |
| muse_heap | The muse heap is an array of cells where the cells available for allocation are collected into a free list |
| muse_monad_view_t | A monad view (id = 'mnad') provides higher order functional operations over collections |
| muse_nativefn_cell | MuSE provides the facility to invoke C functions during the evaluation process |
| muse_port_buffer_t | Every port is buffered for input as well as output |
| muse_port_type_t | Defines the Ports protocol |
| muse_server_stream_socket__ | |
| muse_stack | A stack is used to keep track of temporary references to objects so that a cons-ing operation does not result in an object being inadvertently garbage collected |
| muse_text_cell | A string is represented in a single cell by storing a pair of pointers to the start of the string and the end of the string |
| socketport_t | |
| ticktock_t | |
| vector_fns_t | |
| vector_t | |
| white_space_t |
1.4.7