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lstopo-draw.c
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lstopo-draw.c
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/*
* Copyright © 2009 CNRS
* Copyright © 2009-2021 Inria. All rights reserved.
* Copyright © 2009-2013, 2015 Université Bordeaux
* Copyright © 2009-2011 Cisco Systems, Inc. All rights reserved.
* See COPYING in top-level directory.
*/
#include "private/autogen/config.h"
#include "hwloc.h"
#include <stdlib.h>
#include <stdio.h>
#include <string.h>
#include <math.h>
#include <time.h>
#include "lstopo.h"
#define RGB(r,g,b) (struct lstopo_color) { r, g, b, 0 }
#define RGB_GREY(x) (struct lstopo_color) { x, x, x, 0 }
#define RGB_WHITE RGB_GREY(0xff)
#define RGB_BLACK RGB_GREY(0)
#define EPOXY_R_COLOR 0xe7
#define EPOXY_G_COLOR 0xff
#define EPOXY_B_COLOR 0xb5
#define RGB_EPOXY RGB(EPOXY_R_COLOR, EPOXY_G_COLOR, EPOXY_B_COLOR)
#define EPOXY_GREY_COLOR ((EPOXY_R_COLOR+EPOXY_G_COLOR+EPOXY_B_COLOR)/3)
#define RGB_GREY_EPOXY RGB_GREY(EPOXY_GREY_COLOR)
#define DARK_EPOXY_R_COLOR ((EPOXY_R_COLOR * 100) / 110)
#define DARK_EPOXY_G_COLOR ((EPOXY_G_COLOR * 100) / 110)
#define DARK_EPOXY_B_COLOR ((EPOXY_B_COLOR * 100) / 110)
#define RGB_DARK_EPOXY RGB(DARK_EPOXY_R_COLOR, DARK_EPOXY_G_COLOR, DARK_EPOXY_B_COLOR)
#define DARK_EPOXY_GREY_COLOR ((EPOXY_GREY_COLOR * 100) / 110)
#define RGB_GREY_DARK_EPOXY RGB_GREY(DARK_EPOXY_GREY_COLOR)
#define DARKER_EPOXY_R_COLOR ((DARK_EPOXY_R_COLOR * 100) / 110)
#define DARKER_EPOXY_G_COLOR ((DARK_EPOXY_G_COLOR * 100) / 110)
#define DARKER_EPOXY_B_COLOR ((DARK_EPOXY_B_COLOR * 100) / 110)
#define RGB_DARKER_EPOXY RGB(DARKER_EPOXY_R_COLOR, DARKER_EPOXY_G_COLOR, DARKER_EPOXY_B_COLOR)
#define DARKER_EPOXY_GREY_COLOR ((DARK_EPOXY_GREY_COLOR * 100) / 110)
#define RGB_GREY_DARKER_EPOXY RGB_GREY(DARKER_EPOXY_GREY_COLOR)
struct lstopo_color_palette lstopo_main_palette, lstopo_grey_palette, lstopo_white_palette;
void
lstopo_palette_init(struct lstopo_output *loutput)
{
#ifdef HWLOC_HAVE_GCC_W_MISSING_FIELD_INITIALIZERS
#pragma GCC diagnostic ignored "-Wmissing-field-initializers"
#endif
/* each of these colors must be declared in declare_colors() */
lstopo_main_palette.white = RGB_WHITE;
lstopo_main_palette.black = RGB_BLACK;
lstopo_main_palette.machine = RGB_WHITE;
lstopo_main_palette.group = RGB_WHITE;
lstopo_main_palette.package = RGB_DARK_EPOXY;
lstopo_main_palette.group_in_package = RGB_EPOXY;
lstopo_main_palette.die = RGB_EPOXY;
lstopo_main_palette.core = RGB_GREY(0xbe);
lstopo_main_palette.pu = RGB_WHITE;
lstopo_main_palette.numanode = RGB(0xef, 0xdf, 0xde);
lstopo_main_palette.memories = RGB(0xf2, 0xe8, 0xe8); /* slightly lighter than numanode */
lstopo_main_palette.cache = RGB_WHITE;
lstopo_main_palette.pcidev = RGB_DARKER_EPOXY;
lstopo_main_palette.osdev = RGB_GREY(0xde);
lstopo_main_palette.bridge = RGB_WHITE;
lstopo_main_palette.misc = RGB_WHITE;
lstopo_main_palette.binding = RGB(0, 0xff, 0); /* green */
lstopo_main_palette.disallowed = RGB(0xff, 0, 0); /* red */
memcpy(&lstopo_grey_palette, &lstopo_main_palette, sizeof(lstopo_main_palette));
/* replace non-grey colors by some grey */
lstopo_grey_palette.package = RGB_GREY_DARK_EPOXY;
lstopo_grey_palette.group_in_package = RGB_GREY_EPOXY;
lstopo_grey_palette.die = RGB_GREY_EPOXY;
lstopo_grey_palette.numanode = RGB_GREY(0xe4);
lstopo_grey_palette.memories = RGB_GREY(0xe8); /* slightly lighter than numanode */
lstopo_grey_palette.pcidev = RGB_GREY_DARKER_EPOXY;
lstopo_grey_palette.binding = RGB_GREY(0xbb);
lstopo_grey_palette.disallowed = RGB_GREY(0x77);
memcpy(&lstopo_white_palette, &lstopo_main_palette, sizeof(lstopo_main_palette));
/* replace everything but white/black with white */
lstopo_white_palette.machine = RGB_WHITE;
lstopo_white_palette.group = RGB_WHITE;
lstopo_white_palette.package = RGB_WHITE;
lstopo_white_palette.group_in_package = RGB_WHITE;
lstopo_white_palette.die = RGB_WHITE;
lstopo_white_palette.core = RGB_WHITE;
lstopo_white_palette.pu = RGB_WHITE;
lstopo_white_palette.numanode = RGB_WHITE;
lstopo_white_palette.memories = RGB_WHITE;
lstopo_white_palette.cache = RGB_WHITE;
lstopo_white_palette.pcidev = RGB_WHITE;
lstopo_white_palette.osdev = RGB_WHITE;
lstopo_white_palette.bridge = RGB_WHITE;
lstopo_white_palette.misc = RGB_WHITE;
lstopo_white_palette.binding = RGB_WHITE;
lstopo_white_palette.disallowed = RGB_WHITE;
#ifdef HWLOC_HAVE_GCC_W_MISSING_FIELD_INITIALIZERS
#pragma GCC diagnostic warning "-Wmissing-field-initializers"
#endif
/* use the color palette by default */
loutput->palette = &lstopo_main_palette;
}
void
lstopo_palette_select(struct lstopo_output *loutput, const char *name)
{
if (!strcmp(name, "grey") || !strcmp(name, "greyscale"))
loutput->palette = &lstopo_grey_palette;
else if (!strcmp(name, "colors") || !strcmp(name, "default"))
loutput->palette = &lstopo_main_palette;
else if (!strcmp(name, "white") || !strcmp(name, "none"))
loutput->palette = &lstopo_white_palette;
else
fprintf(stderr, "Unrecognized palette name `%s', ignoring\n", name);
}
void
lstopo_palette_set_color(struct lstopo_color *color, unsigned rrggbb)
{
color->r = (rrggbb >> 16) & 0xff;
color->g = (rrggbb >> 8) & 0xff;
color->b = (rrggbb >> 0) & 0xff;
}
static struct lstopo_color *color_list = NULL;
static struct lstopo_color *
declare_color(struct lstopo_output *loutput, struct lstopo_color *color)
{
memset(&color->private, 0, sizeof(color->private));
/* call the backend callback if any */
if (loutput->methods->declare_color) {
int ret = loutput->methods->declare_color(loutput, color);
if (ret < 0)
return NULL;
}
/* insert */
color->next = color_list;
color_list = color;
return color;
}
void
declare_colors(struct lstopo_output *output)
{
/* don't bother looking for duplicate colors here,
* we want to be able to use those structs so always queue them
*/
declare_color(output, &output->palette->white);
declare_color(output, &output->palette->black);
declare_color(output, &output->palette->machine);
declare_color(output, &output->palette->group);
declare_color(output, &output->palette->package);
declare_color(output, &output->palette->group_in_package);
declare_color(output, &output->palette->die);
declare_color(output, &output->palette->core);
declare_color(output, &output->palette->pu);
declare_color(output, &output->palette->numanode);
declare_color(output, &output->palette->memories);
declare_color(output, &output->palette->cache);
declare_color(output, &output->palette->pcidev);
declare_color(output, &output->palette->osdev);
declare_color(output, &output->palette->bridge);
declare_color(output, &output->palette->misc);
declare_color(output, &output->palette->binding);
declare_color(output, &output->palette->disallowed);
}
void
destroy_colors(struct lstopo_output *loutput)
{
struct lstopo_color *tmp = color_list;
while (tmp) {
struct lstopo_color *next = tmp->next;
if (loutput->methods->destroy_color)
loutput->methods->destroy_color(loutput, tmp);
if (tmp->free)
free(tmp);
tmp = next;
}
color_list = NULL; /* so that it works after refresh */
}
static struct lstopo_color *
find_or_declare_rgb_color(struct lstopo_output *loutput, int r, int g, int b)
{
struct lstopo_color *color, *tmp;
for(tmp = color_list; tmp; tmp = tmp->next)
if (tmp->r == r && tmp->g == g && tmp->b == b)
return tmp;
color = malloc(sizeof(*color));
if (!color)
return NULL;
color->r = r & 255;
color->g = g & 255;
color->b = b & 255;
color->free = 1;
tmp = declare_color(loutput, color);
if (!tmp)
free(color);
return tmp;
}
static unsigned
get_textwidth(void *output,
const char *text, unsigned length,
unsigned fontsize)
{
struct lstopo_output *loutput = output;
unsigned width;
#ifdef HWLOC_DEBUG
assert(loutput->methods->textsize);
#endif
loutput->methods->textsize(output, text, length, fontsize, &width);
width = (unsigned)(loutput->text_xscale * ((float)width));
return width;
}
/*
* foo_draw functions take a OBJ, computes which size it needs, recurse into
* sublevels with drawing=PREPARE to recursively compute the needed size
* without actually drawing anything, then draw things about OBJ (chip draw,
* cache size information etc) at (X,Y), recurse into sublevels again to
* actually draw things, and return in RETWIDTH and RETHEIGHT the amount of
* space that the drawing took.
*
* For generic detailed comments, see the node_draw function.
*
* border is added around the objects
* separator is added between objects
*/
typedef void (*foo_draw)(struct lstopo_output *loutput, hwloc_obj_t obj, unsigned depth, unsigned x, unsigned y);
static foo_draw get_type_fun(hwloc_obj_type_t type);
/* next child, in all children list, with memory before CPU, ignoring PU if needed.
* similar to hwloc_get_next_child() but returns memory children first.
*/
#define NEXT_CHILD_INIT_STATE -1
static hwloc_obj_t next_child(struct lstopo_output *loutput, hwloc_obj_t parent, unsigned kind, hwloc_obj_t prev, int *statep)
{
int state;
hwloc_obj_t obj;
if (prev) {
obj = prev->next_sibling;
state = *statep;
} else {
obj = NULL;
state = NEXT_CHILD_INIT_STATE;
}
again:
if (!obj && state <= -1 && (kind & LSTOPO_CHILD_KIND_MEMORY)) {
obj = parent->memory_first_child;
state = 0;
}
if (!obj && state <= 0 && (kind & LSTOPO_CHILD_KIND_NORMAL)) {
obj = parent->first_child;
state = 1;
}
if (!obj && state <= 1 && (kind & LSTOPO_CHILD_KIND_IO)) {
obj = parent->io_first_child;
state = 2;
}
if (!obj && state <= 2 && (kind & LSTOPO_CHILD_KIND_MISC)) {
obj = parent->misc_first_child;
state = 3;
}
if (!obj)
return NULL;
if (loutput->factorize_enabled && parent->arity > loutput->factorize_min[obj->type]) {
if (((struct lstopo_obj_userdata *)obj->userdata)->factorized < 0) {
obj = obj->next_sibling;
goto again;
}
}
if (obj->type == HWLOC_OBJ_PU && loutput->ignore_pus) {
obj = obj->next_sibling;
goto again;
}
if (obj->type == HWLOC_OBJ_NUMANODE && loutput->ignore_numanodes) {
obj = obj->next_sibling;
goto again;
}
if (loutput->pci_collapse_enabled && obj->type == HWLOC_OBJ_PCI_DEVICE) {
struct lstopo_obj_userdata *lud = obj->userdata;
if (lud->pci_collapsed == -1) {
obj = obj->next_sibling;
goto again;
}
}
*statep = state;
return obj;
}
static float pci_link_speed(hwloc_obj_t obj)
{
if (obj->type == HWLOC_OBJ_PCI_DEVICE)
return obj->attr->pcidev.linkspeed;
if (obj->type == HWLOC_OBJ_BRIDGE && obj->attr->bridge.upstream_type == HWLOC_OBJ_BRIDGE_PCI)
return obj->attr->bridge.upstream.pci.linkspeed;
return 0.;
}
/********************************
* Placing children in rectangle
*/
/* preferred width/height compromise */
#define RATIO (4.f/3.f)
/* returns a score <= 1. close to 1 is better */
static __hwloc_inline
float rectangle_score(unsigned width, unsigned height, float ratio)
{
float score = ((float) width)/height/ratio;
if (score > 1)
score = 1/score;
return score;
}
static void find_children_rectangle(struct lstopo_output *loutput, hwloc_obj_t parent,
unsigned kind, unsigned separator,
unsigned *rowsp, unsigned *columnsp,
float ratio)
{
unsigned rows = 0, columns = 0, n;
unsigned numsubobjs = 0, obj_totwidth = 0, obj_totheight = 0;
unsigned obj_avgwidth, obj_avgheight;
unsigned area = 0;
float idealtotheight, under_score, over_score, best_score = 0.f;
hwloc_obj_t child;
int ncstate;
/* Total area for subobjects */
child = NULL;
while ((child=next_child(loutput, parent, kind, child, &ncstate)) != NULL) {
struct lstopo_obj_userdata *clud = child->userdata;
numsubobjs++;
obj_totwidth += clud->width + separator;
obj_totheight += clud->height + separator;
area += (clud->width + separator) * (clud->height + separator);
}
/* Average object size */
obj_avgwidth = obj_totwidth / numsubobjs;
obj_avgheight = obj_totheight / numsubobjs;
/* Try to find a rectangle fitting exactly */
for (n = (unsigned) (float) floor(sqrt(numsubobjs));
rows >= (unsigned) (float) ceil(pow(numsubobjs, 0.33)) && n > 1;
n--) {
float old_best_score = best_score;
unsigned p = numsubobjs / n;
float np_score; /* n rows x p columns */
float pn_score; /* p rows x n columns */
if (p <= 1 || p * n != numsubobjs)
continue;
/* Try both n*p and n*p rectangles */
np_score = rectangle_score(p * obj_avgwidth, obj_avgheight * n, ratio);
pn_score = rectangle_score(n * obj_avgwidth, obj_avgheight * p, ratio);
if (np_score > pn_score) {
if (np_score > best_score) {
rows = n;
columns = p;
best_score = np_score;
}
} else {
if (pn_score > best_score) {
rows = p;
columns = n;
best_score = pn_score;
}
}
if (old_best_score == best_score)
/* Score didn't improve, no need to try further.
* The graph score(n) is an inverted U, with np_score on the left and pn_score on the right.
* Se start somewhere in the middle and walk to both ends simultaneously,
* Only one side can improve towards the maximum, we stop once once it stops improving.
* The other side can just decrease for ever.
*/
goto done;
}
if (best_score)
/* We got a rectangle fitting exactly, it may not be perfect but it's good looking */
goto done;
/* Try to find a rectangle with an incomplete last row */
/* Ideal total height for spreading that area with ratio */
idealtotheight = (float) sqrt(area/ratio);
/* approximation of number of rows */
rows = (unsigned) (idealtotheight / obj_avgheight);
columns = rows ? (numsubobjs + rows - 1) / rows : 1;
/* Score obtained by underestimation */
under_score = rectangle_score(columns * obj_avgwidth, rows * obj_avgheight, ratio);
/* try to overestimate too */
rows++;
columns = (numsubobjs + rows - 1) / rows;
/* Score obtained by overestimation */
over_score = rectangle_score(columns * obj_avgwidth, rows * obj_avgheight, ratio);
/* Revert back to under estimation if it was better */
if (rows > 1 && under_score > over_score) {
rows--;
columns = (numsubobjs + rows - 1) / rows;
}
done:
*rowsp = rows;
*columnsp = columns;
}
/**************************
* Placing children
*/
static void
place_children_horiz(struct lstopo_output *loutput, hwloc_obj_t parent,
unsigned kind, unsigned border, unsigned separator,
unsigned *width, unsigned *height)
{
unsigned curx = 0;
unsigned maxh = 0;
hwloc_obj_t child;
int ncstate;
for(child = next_child(loutput, parent, kind, NULL, &ncstate);
child;
child = next_child(loutput, parent, kind, child, &ncstate)) {
struct lstopo_obj_userdata *clud = child->userdata;
clud->xrel = curx + border;
clud->yrel = border;
if (clud->height > maxh)
maxh = clud->height;
curx += separator + clud->width;
}
*width = curx - separator + 2*border;
*height = maxh + 2*border;
}
/* bridge object height: small empty box */
#define BRIDGE_HEIGHT (gridsize)
static void
place_children_vert(struct lstopo_output *loutput, hwloc_obj_t parent,
unsigned kind, unsigned border, unsigned separator,
unsigned *width, unsigned *height)
{
unsigned cury = 0;
unsigned maxw = 0;
unsigned gridsize = loutput->gridsize;
unsigned fontsize = loutput->fontsize;
int bridge_parent_with_pcilinkspeed = parent->type == HWLOC_OBJ_BRIDGE
&& loutput->show_text_enabled && loutput->show_text[HWLOC_OBJ_BRIDGE];
hwloc_obj_t child;
int ncstate;
for(child = next_child(loutput, parent, kind, NULL, &ncstate);
child;
child = next_child(loutput, parent, kind, child, &ncstate)) {
struct lstopo_obj_userdata *clud = child->userdata;
unsigned child_height = clud->height;
clud->xrel = border;
clud->yrel = cury + border;
if (clud->width > maxw)
maxw = clud->width;
if (bridge_parent_with_pcilinkspeed && pci_link_speed(child) != 0.)
/* make sure padding between children is enough to display pci link speed */
if (child_height <= BRIDGE_HEIGHT + fontsize)
child_height = BRIDGE_HEIGHT + fontsize;
cury += separator + child_height;
}
*width = maxw + 2*border;
*height = cury - separator + 2*border;
}
static void
place_children_rect(struct lstopo_output *loutput, hwloc_obj_t parent,
unsigned kind, unsigned border, unsigned separator,
unsigned *width, unsigned *height)
{
unsigned rows, columns;
unsigned totwidth, totheight; /* total children array size, without borders */
unsigned rowwidth; /* current row width */
unsigned maxheight; /* max height for current row */
hwloc_obj_t child;
int ncstate;
float ratio;
int i;
if (parent->type == HWLOC_OBJ_CORE)
ratio = 1/RATIO;
else
ratio = RATIO;
find_children_rectangle(loutput, parent, kind, separator, &rows, &columns, ratio);
rowwidth = 0;
maxheight = 0;
totwidth = 0;
totheight = 0;
for(i = 0, child = next_child(loutput, parent, kind, NULL, &ncstate);
child;
i++, child = next_child(loutput, parent, kind, child, &ncstate)) {
struct lstopo_obj_userdata *clud = child->userdata;
/* Newline? */
if (i && i%columns == 0) {
/* Update total width using new row */
if (rowwidth > totwidth)
totwidth = rowwidth;
rowwidth = 0;
/* Update total height */
totheight += maxheight + separator;
maxheight = 0;
}
/* Add new child */
clud->xrel = rowwidth + border;
clud->yrel = totheight + border;
rowwidth += clud->width + separator;
if (clud->height > maxheight)
maxheight = clud->height;
}
/* Update total width using last row */
if (rowwidth > totwidth)
totwidth = rowwidth;
/* Remove spurious separator on the right */
totwidth -= separator;
/* Update total height using last row */
totheight += maxheight; /* no separator */
*width = totwidth + 2*border;
*height = totheight + 2*border;
}
static void
place__children(struct lstopo_output *loutput, hwloc_obj_t parent,
unsigned kind,
enum lstopo_orient_e *orientp,
unsigned border, unsigned separator,
unsigned *widthp, unsigned *heightp)
{
if (*orientp == LSTOPO_ORIENT_HORIZ) {
/* force horizontal */
place_children_horiz(loutput, parent, kind, border, separator, widthp, heightp);
} else if (*orientp == LSTOPO_ORIENT_VERT) {
/* force vertical */
place_children_vert(loutput, parent, kind, border, separator, widthp, heightp);
} else {
/* NONE or forced RECT, do a rectangular placement */
place_children_rect(loutput, parent, kind, border, separator, widthp, heightp);
}
}
/* Recurse into children to get their size.
* Place them.
* Save their position and the parent total size for later.
*/
static void
place_children(struct lstopo_output *loutput, hwloc_obj_t parent,
unsigned xrel, unsigned yrel /* position of children within parent */)
{
struct lstopo_obj_userdata *plud = parent->userdata;
enum lstopo_orient_e main_orient, right_orient, below_orient;
unsigned border = loutput->gridsize;
unsigned separator = loutput->gridsize;
unsigned separator_below_cache = loutput->gridsize;
unsigned normal_children_separator = loutput->gridsize;
unsigned totwidth = plud->width, totheight = plud->height;
/* Children placement is divided in 4 zones:
*
* +-------------------------------------------------------------------+
* | Above = Memory Children (by default) |
* +-----------------------------------+-------------------------------+
* | Main = CPU (always), | Right = I/O+Misc (by default) |
* | Memory+I/O+Misc (optional) | |
* +-----------------------------------+-------------------------------+
* | Below = I/O+Misc (optional) |
* +-----------------------------------+
*
* All these children are placed inside the parent box, except:
* - Cache parent are between Above and Main.
* - Bridges have a special drawing for PCI buses and links
*
* I/O and Misc parents only have the Main section because
* their children are either I/O or Misc, no CPU or Memory.
*
* Memory parents may have Main (for Memory children)
* and below/right for Misc.
*/
unsigned children_width = 0, children_height = 0; /* Main children size */
unsigned above_children_width = 0, above_children_height = 0; /* Above children size */
unsigned right_children_width = 0, right_children_height = 0; /* Right children size */
unsigned below_children_width = 0, below_children_height = 0; /* Below children size */
unsigned mrb_children_width = 0, mrb_children_height = 0; /* sum of Main+Right+Below sizes */
unsigned existing_kinds;
int normal_children_are_PUs;
hwloc_obj_t child;
int ncstate;
unsigned i;
/* place main children according to the parent type if specified, or to the main layout */
main_orient = loutput->force_orient[parent->type];
/* place right/below children according to right/below first, or fallback to the parent type */
right_orient = loutput->right_force_orient;
if (right_orient == LSTOPO_ORIENT_NONE)
right_orient = loutput->force_orient[parent->type];
below_orient = loutput->below_force_orient;
if (below_orient == LSTOPO_ORIENT_NONE)
below_orient = loutput->force_orient[parent->type];
/* defaults */
plud->children.box = 0;
plud->above_children.box = 0;
plud->right_children.box = 0;
plud->below_children.box = 0;
/* list the kinds of children that exist in that parent */
existing_kinds = (parent->arity ? LSTOPO_CHILD_KIND_NORMAL : 0)
| (parent->memory_arity ? LSTOPO_CHILD_KIND_MEMORY : 0)
| (parent->io_arity ? LSTOPO_CHILD_KIND_IO : 0)
| (parent->misc_arity ? LSTOPO_CHILD_KIND_MISC : 0);
/* all children together by default */
plud->children.kinds = existing_kinds;
plud->above_children.kinds = 0;
plud->right_children.kinds = 0;
plud->below_children.kinds = 0;
/* if we're not inside a memory object, put memory children above if requested */
if (!hwloc_obj_type_is_memory(parent->type)
&& (loutput->children_order & LSTOPO_ORDER_MEMORY_ABOVE)) {
plud->children.kinds &= ~LSTOPO_CHILD_KIND_MEMORY;
plud->above_children.kinds |= existing_kinds & LSTOPO_CHILD_KIND_MEMORY;
}
/* if we're not inside a I/O, put I/O on the right if requested */
if (!hwloc_obj_type_is_io(parent->type)
&& (loutput->children_order & LSTOPO_ORDER_IO_RIGHT)) {
plud->children.kinds &= ~LSTOPO_CHILD_KIND_IO;
plud->right_children.kinds |= existing_kinds & LSTOPO_CHILD_KIND_IO;
}
/* if we're not inside a I/O, put I/O below if requested */
if (!hwloc_obj_type_is_io(parent->type)
&& (loutput->children_order & LSTOPO_ORDER_IO_BELOW)) {
plud->children.kinds &= ~LSTOPO_CHILD_KIND_IO;
plud->below_children.kinds |= existing_kinds & LSTOPO_CHILD_KIND_IO;
}
/* if we're not inside a Misc, put Misc on the right if requested */
if (parent->type != HWLOC_OBJ_MISC
&& (loutput->children_order & LSTOPO_ORDER_MISC_RIGHT)) {
plud->children.kinds &= ~LSTOPO_CHILD_KIND_MISC;
plud->right_children.kinds |= existing_kinds & LSTOPO_CHILD_KIND_MISC;
}
/* if we're not inside a Misc, put Misc below if requested */
if (parent->type != HWLOC_OBJ_MISC
&& (loutput->children_order & LSTOPO_ORDER_MISC_BELOW)) {
plud->children.kinds &= ~LSTOPO_CHILD_KIND_MISC;
plud->below_children.kinds |= existing_kinds & LSTOPO_CHILD_KIND_MISC;
}
/* bridge children always vertical */
if (parent->type == HWLOC_OBJ_BRIDGE)
main_orient = LSTOPO_ORIENT_VERT;
/* if factorizing children, use horizontal by default */
if (main_orient == LSTOPO_ORIENT_NONE
&& parent->symmetric_subtree
&& parent->first_child
&& loutput->factorize_enabled
&& parent->arity > loutput->factorize_min[parent->first_child->type]) {
main_orient = LSTOPO_ORIENT_HORIZ;
}
/* if there are memory children and using plain children layout, use horizontal by default */
if (main_orient == LSTOPO_ORIENT_NONE
&& parent->memory_arity
&& !(loutput->children_order & LSTOPO_ORDER_MEMORY_ABOVE))
main_orient = LSTOPO_ORIENT_HORIZ;
/* recurse into children to prepare their sizes,
* and check whether all normal children are PUs. */
normal_children_are_PUs = (parent->arity > 0);
for(i = 0, child = next_child(loutput, parent, LSTOPO_CHILD_KIND_ALL, NULL, &ncstate);
child;
i++, child = next_child(loutput, parent, LSTOPO_CHILD_KIND_ALL, child, &ncstate)) {
get_type_fun(child->type)(loutput, child, 0, 0, 0);
if (hwloc_obj_type_is_normal(child->type) && child->type != HWLOC_OBJ_PU)
normal_children_are_PUs = 0;
}
if (!i)
return;
/* no separator between PUs */
if (normal_children_are_PUs)
normal_children_separator = 0;
/* add separator between a cache parent and its children */
if (hwloc_obj_type_is_cache(parent->type) || parent->type == HWLOC_OBJ_MEMCACHE) {
if (normal_children_are_PUs || parent->type == HWLOC_OBJ_MEMCACHE)
/* except between cache parent and PU children */
separator_below_cache = 0;
/* update children placement */
yrel += separator_below_cache;
}
/* compute the size of the main children section */
if (plud->children.kinds)
place__children(loutput, parent, plud->children.kinds, &main_orient, 0, normal_children_separator, &children_width, &children_height);
/* compute the size of the right children section (I/O and Misc), if any */
if (plud->right_children.kinds) {
place__children(loutput, parent, plud->right_children.kinds, &right_orient, 0, separator, &right_children_width, &right_children_height);
}
/* compute the size of the below children section (I/O and Misc), if any */
if (plud->below_children.kinds) {
place__children(loutput, parent, plud->below_children.kinds, &below_orient, 0, separator, &below_children_width, &below_children_height);
}
/* compute the width of the MRB children sections, it may be need for the above children section below */
mrb_children_width = children_width + right_children_width + (children_width && right_children_width ? separator : 0);
if (mrb_children_width < below_children_width)
mrb_children_width = below_children_width;
/* MRB height will be computed later, it's more difficult because of possible overlaps */
/* compute the size of the above children section (Memory), if any */
if (plud->above_children.kinds) {
enum lstopo_orient_e morient = LSTOPO_ORIENT_HORIZ;
int need_box;
assert(plud->above_children.kinds == LSTOPO_CHILD_KIND_MEMORY);
/* we need a memory children box if parent isn't a memory object
* and if there are multiple objects in the box
*/
need_box = !hwloc_obj_type_is_memory(parent->type)
&& (parent->memory_arity + parent->memory_first_child->memory_arity > 1);
place__children(loutput, parent, plud->above_children.kinds, &morient, need_box ? border : 0, separator, &above_children_width, &above_children_height);
if (parent->type == HWLOC_OBJ_MEMCACHE)
above_children_height -= separator;
if (need_box) {
/* if there are multiple memory children, add a box, as large as the parent */
if (above_children_width < children_width) {
above_children_width = mrb_children_width;
}
plud->above_children.boxcolor = &loutput->palette->memories;
plud->above_children.box = 1;
} else {
/* if there's a single memory child without wide memory box, enlarge that child */
struct lstopo_obj_userdata *clud = parent->memory_first_child->userdata;
if (clud->width < children_width) {
clud->width = mrb_children_width;
above_children_width = mrb_children_width;
}
}
}
/* place the main section, assuming there's no above yet */
plud->children.width = children_width;
plud->children.height = children_height;
plud->children.xrel = xrel;
plud->children.yrel = yrel;
/* now place the above section and update main */
if (plud->above_children.kinds) {
plud->above_children.width = above_children_width;
plud->above_children.height = above_children_height;
plud->above_children.xrel = xrel;
plud->above_children.yrel = yrel;
plud->children.yrel += above_children_height + separator;
}
/* place the right section */
if (plud->right_children.kinds) {
plud->right_children.width = right_children_width;
plud->right_children.height = right_children_height;
plud->right_children.xrel = plud->children.xrel + children_width + (children_width ? separator : 0);
plud->right_children.yrel = plud->children.yrel;
}
/* place the below section */
if (plud->below_children.kinds) {
plud->below_children.width = below_children_width;
plud->below_children.height = below_children_height;
plud->below_children.xrel = plud->children.xrel;
if (plud->right_children.kinds
&& below_children_width > children_width
&& right_children_height > children_height) {
/* below section is larger than CPU section, and right section is higher than CPU section.
* right and below would overlap.
* move the below section below right instead of below main
*/
plud->below_children.yrel = plud->children.yrel + right_children_height + separator;
mrb_children_height = right_children_height + below_children_height + separator;
} else {
plud->below_children.yrel = plud->children.yrel + children_height + (children_height ? separator : 0);
mrb_children_height = children_height + below_children_height + (children_height ? separator : 0);
}
} else {
mrb_children_height = children_height > right_children_height ? children_height : right_children_height;
}
/* adjust parent size */
if (hwloc_obj_type_is_cache(parent->type) || parent->type == HWLOC_OBJ_MEMCACHE) {
/* cache children are below */
if (mrb_children_width > totwidth)
totwidth = mrb_children_width;
if (mrb_children_height)
totheight += mrb_children_height + separator_below_cache;
if (plud->above_children.kinds) {
totheight += above_children_height + separator;
if (above_children_width > totwidth)
totwidth = above_children_width;
}
} else if (parent->type == HWLOC_OBJ_BRIDGE) {
/* bridge children are on the right, within any space between bridge and children */
if (children_width)
totwidth += children_width;
if (children_height > totheight)
totheight = children_height;
/* no right or below sections here */
} else {
/* normal objects have children inside their box, with space around them */
if (mrb_children_width + 2*border > totwidth)
totwidth = mrb_children_width + 2*border;
if (mrb_children_height)
totheight += mrb_children_height + border;
if (plud->above_children.kinds) {
totheight += above_children_height + separator;
if (above_children_width + 2*border > totwidth)
totwidth = above_children_width + 2*border;
}
}
/* save config for draw_children() later */
plud->width = totwidth;
plud->height = totheight;
}
/***********************
* Drawing children
*/
static void
draw__children(struct lstopo_output *loutput, hwloc_obj_t parent,
struct lstopo_children_position *children,
unsigned depth,
unsigned x, unsigned y)
{
hwloc_obj_t child;
int ncstate;
if (children->box)
loutput->methods->box(loutput, children->boxcolor, depth, x, children->width, y, children->height, parent, 1);
for(child = next_child(loutput, parent, children->kinds, NULL, &ncstate);
child;
child = next_child(loutput, parent, children->kinds, child, &ncstate)) {
struct lstopo_obj_userdata *clud = child->userdata;
get_type_fun(child->type)(loutput, child, depth-1, x + clud->xrel, y + clud->yrel);
}
}
static void
draw_children(struct lstopo_output *loutput, hwloc_obj_t parent, unsigned depth,
unsigned x, unsigned y)
{
struct lstopo_obj_userdata *plud = parent->userdata;
if (plud->children.kinds)
draw__children(loutput, parent, &plud->children, depth, x + plud->children.xrel, y + plud->children.yrel);
if (plud->above_children.kinds)
draw__children(loutput, parent, &plud->above_children, depth, x + plud->above_children.xrel, y + plud->above_children.yrel);
if (plud->right_children.kinds)
draw__children(loutput, parent, &plud->right_children, depth, x + plud->right_children.xrel, y + plud->right_children.yrel);
if (plud->below_children.kinds)
draw__children(loutput, parent, &plud->below_children, depth, x + plud->below_children.xrel, y + plud->below_children.yrel);
}
/*******
* Misc
*/
static int
lstopo_obj_snprintf(struct lstopo_output *loutput, char *text, size_t textlen, hwloc_obj_t obj)
{
enum lstopo_index_type_e index_type = loutput->index_type;
unsigned idx;
const char *indexprefix;
char typestr[32];
char indexstr[32]= "";
char index2str[32] = "";
char attrstr[256];
char totmemstr[64] = "";
int attrlen;
/* For Misc and Group, name replaces type+index+attrs */
if (obj->name && (obj->type == HWLOC_OBJ_MISC || obj->type == HWLOC_OBJ_GROUP)) {
return snprintf(text, textlen, "%s", obj->name);
}
/* For OSDev, OSDev-type+name replaces type+index+attrs */
if (obj->type == HWLOC_OBJ_OS_DEVICE) {
/* consider the name as an index and remove it if LSTOPO_INDEX_TYPE_NONE */
if (index_type != LSTOPO_INDEX_TYPE_NONE) {
hwloc_obj_type_snprintf(typestr, sizeof(typestr), obj, 0);
return snprintf(text, textlen, "%s %s", typestr, obj->name);
} else {
return hwloc_obj_type_snprintf(text, textlen, obj, 0);
}
}
/* subtype replaces the basic type name */
if (obj->subtype) {
snprintf(typestr, sizeof(typestr), "%s", obj->subtype);
} else {
hwloc_obj_type_snprintf(typestr, sizeof(typestr), obj, 0);
}
if (index_type == LSTOPO_INDEX_TYPE_DEFAULT) {
if (obj->type == HWLOC_OBJ_PU || obj->type == HWLOC_OBJ_NUMANODE) {
/* by default we show logical+physical for PU/NUMA */
idx = obj->logical_index;
indexprefix = " L#";
} else if (obj->type == HWLOC_OBJ_PACKAGE || obj->type == HWLOC_OBJ_DIE || obj->type == HWLOC_OBJ_CORE) {
/* logical only for package+core (so that we see easily how many packages/cores there are */
idx = obj->logical_index;
indexprefix = " L#";
} else {
/* nothing for others */
idx = HWLOC_UNKNOWN_INDEX;
indexprefix = "";
}
} else if (index_type == LSTOPO_INDEX_TYPE_LOGICAL) {
idx = obj->logical_index;
indexprefix = " L#";
} else if (index_type == LSTOPO_INDEX_TYPE_PHYSICAL) {
idx = obj->os_index;
indexprefix = " P#";
} else {
/* shutup the compiler */
idx = 0;
indexprefix = "";
}
if (loutput->show_indexes[obj->type]
&& index_type != LSTOPO_INDEX_TYPE_NONE
&& idx != (unsigned)-1 && obj->depth != 0
&& obj->type != HWLOC_OBJ_PCI_DEVICE
&& (obj->type != HWLOC_OBJ_BRIDGE || obj->attr->bridge.upstream_type == HWLOC_OBJ_BRIDGE_HOST))
snprintf(indexstr, sizeof(indexstr), "%s%u", indexprefix, idx);
if (index_type == LSTOPO_INDEX_TYPE_DEFAULT && obj->type == HWLOC_OBJ_NUMANODE && loutput->show_indexes[obj->type])
/* NUMA have both P# and L# on the same line (PU is split on 2 lines) */
snprintf(index2str, sizeof(index2str), " P#%u", obj->os_index);
if (loutput->show_attrs_enabled && loutput->show_attrs[obj->type]) {
attrlen = hwloc_obj_attr_snprintf(attrstr, sizeof(attrstr), obj, " ", 0);
/* display the root total_memory (cannot be local_memory since root cannot be a NUMA node) */
if (!obj->parent && obj->total_memory)
snprintf(totmemstr, sizeof(totmemstr), " (%lu%s total)",
(unsigned long) hwloc_memory_size_printf_value(obj->total_memory, 0),
hwloc_memory_size_printf_unit(obj->total_memory, 0));
} else
attrlen = 0;
if (attrlen > 0)
return snprintf(text, textlen, "%s%s%s (%s)%s", typestr, indexstr, index2str, attrstr, totmemstr);
else
return snprintf(text, textlen, "%s%s%s%s", typestr, indexstr, index2str, totmemstr);
}