void TypeRegistry::consolidate()
{
qualify_type_names();
collect_template_instances();
instantiate_templates();
fill_attributes();
define_properties();
fill_needed_headers();
}
int
main (int argc, char * argv[])
{
if (argc != 3)
{
fprintf (stderr, "Usage: %s UnicodeData.txt version\n", argv[0]);
exit (1);
}
fill_attributes (argv[1]);
output_tables ("unicode", argv[2]);
return 0;
}
int mpidbg_comm_query(mqs_image *image, mqs_image_info *image_info,
mqs_process *process, mqs_process_info *process_info,
mqs_taddr_t c_comm, struct mpidbg_comm_info_t **info)
{
int flags;
mpi_image_info *i_info = (mpi_image_info*) image_info;
mpi_process_info *p_info = (mpi_process_info*) process_info;
mqs_taddr_t group, topo, keyhash;
/* Get the comm name */
*info = mqs_malloc(sizeof(struct mpidbg_comm_info_t));
if (NULL == *info) {
return MPIDBG_ERR_NO_MEM;
}
/* JMS temporarily zero everything out. Remove this when we fill
in all the fields */
memset(*info, 0, sizeof(struct mpidbg_comm_info_t));
(*info)->comm_c_handle = c_comm;
printf("mpidbg_comm_query: %p\n", (void*) c_comm);
mqs_fetch_data(process, c_comm + i_info->ompi_communicator_t.offset.c_name,
MPIDBG_MAX_OBJECT_NAME, (*info)->comm_name);
/* Get this process' rank in the comm */
(*info)->comm_rank = ompi_fetch_int(process,
c_comm + i_info->ompi_communicator_t.offset.c_my_rank,
p_info);
/* Analyze the flags on the comm */
flags = ompi_fetch_int(process,
c_comm + i_info->ompi_communicator_t.offset.c_flags,
p_info);
(*info)->comm_bitflags = 0;
if (MPI_PROC_NULL == (*info)->comm_rank) {
/* This communicator is MPI_COMM_NULL */
(*info)->comm_rank = (*info)->comm_size = 0;
(*info)->comm_bitflags |= MPIDBG_COMM_INFO_COMM_NULL;
} else if (0 != (flags & OMPI_COMM_INTER)) {
(*info)->comm_bitflags |= MPIDBG_COMM_INFO_INTERCOMM;
} else {
if (0 != (flags & OMPI_COMM_CART)) {
(*info)->comm_bitflags |= MPIDBG_COMM_INFO_CARTESIAN;
} else if (0 != (flags & OMPI_COMM_GRAPH)) {
(*info)->comm_bitflags |= MPIDBG_COMM_INFO_GRAPH;
}
}
if (0 != (flags & OMPI_COMM_ISFREED)) {
(*info)->comm_bitflags |= MPIDBG_COMM_INFO_FREED_HANDLE;
}
if (0 != (flags & OMPI_COMM_INTRINSIC)) {
(*info)->comm_bitflags |= MPIDBG_COMM_INFO_PREDEFINED;
}
if (0 != (flags & OMPI_COMM_INVALID)) {
(*info)->comm_bitflags |= MPIDBG_COMM_INFO_FREED_OBJECT;
}
/* Look up the local group */
group = ompi_fetch_pointer(process,
c_comm + i_info->ompi_communicator_t.offset.c_local_group,
p_info);
(*info)->comm_rank = ompi_fetch_int(process,
group + i_info->ompi_group_t.offset.grp_my_rank,
p_info);
(*info)->comm_num_local_procs = ompi_fetch_int(process,
group + i_info->ompi_group_t.offset.grp_proc_count,
p_info);
/* Fill in the comm_size with the size of the local group. We'll
override below if this is an intercommunicator. */
(*info)->comm_size = (*info)->comm_num_local_procs;
/* JMS fill this in: waiting to decide between mpidbg_process_t
and mqs_process_location */
(*info)->comm_local_procs = NULL;
/* Look up the remote group (if relevant) */
if (0 != (flags & OMPI_COMM_INTER)) {
group = ompi_fetch_pointer(process,
c_comm + i_info->ompi_communicator_t.offset.c_remote_group,
p_info);
(*info)->comm_num_remote_procs = ompi_fetch_int(process,
group + i_info->ompi_group_t.offset.grp_proc_count,
p_info);
(*info)->comm_size = (*info)->comm_num_remote_procs;
/* JMS fill this in: waiting to decide between
mpidbg_process_t and mqs_process_location */
(*info)->comm_remote_procs = NULL;
} else {
(*info)->comm_num_remote_procs = 0;
(*info)->comm_remote_procs = NULL;
}
/* Fill in cartesian/graph info, if relevant. The cartesian and
graph data is just slightly different from each other; it's
[slightly] easier (and less confusing!) to have separate
retrieval code blocks. */
topo = ompi_fetch_pointer(process,
c_comm + i_info->ompi_communicator_t.offset.c_topo,
p_info);
if (0 != topo &&
0 != ((*info)->comm_bitflags & MPIDBG_COMM_INFO_CARTESIAN)) {
int i, ndims, tmp;
mqs_taddr_t dims, periods;
/* Alloc space for copying arrays */
(*info)->comm_cart_num_dims = ndims =
ompi_fetch_int(process,
topo + i_info->ompi_mca_topo_base_comm_1_0_0_t.offset.mtc.cart.ndims,
p_info);
(*info)->comm_cart_dims = mqs_malloc(ndims * sizeof(int));
if (NULL == (*info)->comm_cart_dims) {
return MPIDBG_ERR_NO_MEM;
}
(*info)->comm_cart_periods = mqs_malloc(ndims * sizeof(int8_t));
if (NULL == (*info)->comm_cart_periods) {
mqs_free((*info)->comm_cart_dims);
(*info)->comm_cart_dims = NULL;
return MPIDBG_ERR_NO_MEM;
}
/* Retrieve the dimension and periodic description data from
the two arrays on the image's communicator */
dims = ompi_fetch_pointer(process,
topo + i_info->ompi_mca_topo_base_comm_1_0_0_t.offset.mtc.cart.dims,
p_info);
periods = ompi_fetch_pointer(process,
topo + i_info->ompi_mca_topo_base_comm_1_0_0_t.offset.mtc.cart.periods,
p_info);
for (i = 0; i < ndims; ++i) {
(*info)->comm_cart_dims[i] =
ompi_fetch_int(process, dims + (sizeof(int) * i), p_info);
tmp = ompi_fetch_int(process, periods + (sizeof(int) * i), p_info);
(*info)->comm_cart_periods[i] = (int8_t) tmp;
printf("mpidbg: cart comm: dimension %d: (length %d, periodic: %d)\n", i, (*info)->comm_cart_dims[i], tmp);
}
} else if (0 != topo &&
0 != ((*info)->comm_bitflags & MPIDBG_COMM_INFO_GRAPH)) {
int i, nnodes;
mqs_taddr_t index, edges;
/* Alloc space for copying the indexes */
(*info)->comm_graph_num_nodes = nnodes =
ompi_fetch_int(process,
topo + i_info->ompi_mca_topo_base_comm_1_0_0_t.offset.mtc.graph.nnodes,
p_info);
(*info)->comm_graph_index = mqs_malloc(nnodes * sizeof(int));
if (NULL == (*info)->comm_graph_index) {
return MPIDBG_ERR_NO_MEM;
}
/* Retrieve the index data */
index = ompi_fetch_pointer(process,
topo + i_info->ompi_mca_topo_base_comm_1_0_0_t.offset.mtc.graph.index,
p_info);
for (i = 0; i < nnodes; ++i) {
(*info)->comm_graph_index[i] =
ompi_fetch_int(process, index + (sizeof(int) * i), p_info);
}
/* Allocate space for the edges */
(*info)->comm_graph_edges = mqs_malloc((*info)->comm_graph_index[(*info)->comm_graph_num_nodes - 1] * sizeof(int));
if (NULL == (*info)->comm_graph_edges) {
mqs_free((*info)->comm_graph_index);
(*info)->comm_graph_index = NULL;
return MPIDBG_ERR_NO_MEM;
}
/* Retrieve the edge data */
edges = ompi_fetch_pointer(process,
topo + i_info->ompi_mca_topo_base_comm_1_0_0_t.offset.mtc.graph.edges,
p_info);
for (i = 0;
i < (*info)->comm_graph_index[(*info)->comm_graph_num_nodes - 1];
++i) {
(*info)->comm_graph_edges[i] =
ompi_fetch_int(process, edges + (sizeof(int) * i), p_info);
}
} else if (0 != topo &&
0 != ((*info)->comm_bitflags & MPIDBG_COMM_INFO_DIST_GRAPH)) {
/* TODO: Complete the info if the communicator has a distributed graph topology */
}
/* Fortran handle */
(*info)->comm_fortran_handle =
ompi_fetch_int(process,
c_comm + i_info->ompi_communicator_t.offset.c_f_to_c_index,
p_info);
printf("mpdbg: comm fortran handle: %d\n", (*info)->comm_fortran_handle);
/* Fill in attributes */
keyhash = ompi_fetch_pointer(process,
c_comm + i_info->ompi_communicator_t.offset.c_keyhash,
p_info);
fill_attributes(&((*info)->comm_num_attrs), &((*info)->comm_attrs),
keyhash);
/* JMS temporary */
(*info)->comm_num_pending_requests = MPIDBG_ERR_NOT_SUPPORTED;
(*info)->comm_pending_requests = NULL;
(*info)->comm_num_derived_windows = MPIDBG_ERR_NOT_SUPPORTED;
(*info)->comm_derived_windows = NULL;
(*info)->comm_num_derived_files = MPIDBG_ERR_NOT_SUPPORTED;
(*info)->comm_derived_files = NULL;
return MPIDBG_SUCCESS;
}
