void splitfloat_tl_cnt_to_pwin(WSplitFloat *split, WRectangle *g)
{
if(split->ssplit.dir==SPLIT_HORIZONTAL)
g->w=MAXOF(1, g->w+split->tlpwin->bdw.right);
else
g->h=MAXOF(1, g->h+split->tlpwin->bdw.bottom);
}
int diameterOfTree(tree_node *root){
if(root == NULL) return 0;
int ldiameter = diameterOfTree(root->left);
int rdiameter = diameterOfTree(root->right);
int lHeight = height_of_tree(root->left);
int rHeight = height_of_tree(root->right);
return MAXOF((lHeight + rHeight + 1), MAXOF(ldiameter, rdiameter));
}
/*EXTL_DOC
* Set module basic settings. The parameter table may contain the
* following fields:
*
* \begin{tabularx}{\linewidth}{lX}
* \tabhead{Field & Description}
* \var{scroll_amount} & Number of pixels to scroll at a time in
* pointer-controlled menus when one extends
* beyond a border of the screen and the pointer
* touches that border. \\
* \var{scroll_delay} & Time between such scrolling events in
* milliseconds.
* \end{tabularx}
*/
EXTL_EXPORT
void mod_menu_set(ExtlTab tab)
{
int a, t;
if(extl_table_gets_i(tab, "scroll_amount", &a))
scroll_amount=MAXOF(0, a);
if(extl_table_gets_i(tab, "scroll_delay", &t))
scroll_time=MAXOF(0, t);
}
// -- set the nullable flag and recompute the alignment of the type
//
// If physical nulls are not supported, then logical nulls are not either
// (if physicalNulls is False, then logicalNulls is ignored).
//
void NAType::setNullable(NABoolean physicalNulls, NABoolean logicalNulls)
{
if (physicalNulls && !logicalNulls)
SQLnullFlag_ = NOT_NULL_DROPPABLE;
else
SQLnullFlag_ = physicalNulls ? ALLOWS_NULLS : NOT_NULL_NOT_DROPPABLE;
SQLnullHdrSize_ = physicalNulls ? SQL_NULL_HDR_SIZE : 0;
totalAlignment_ = MAXOF(MAXOF(dataAlignment_,SQLnullHdrSize_),lengthHdrSize_);
}
void splitfloat_br_cnt_to_pwin(WSplitFloat *split, WRectangle *g)
{
if(split->ssplit.dir==SPLIT_HORIZONTAL){
int delta=split->tlpwin->bdw.left;
g->w=MAXOF(1, g->w+delta);
g->x-=delta;
}else{
int delta=split->tlpwin->bdw.top;
g->h=MAXOF(1, g->h+delta);
g->y-=delta;
}
}
Window create_xwindow(WRootWin *rw, Window par, const WRectangle *geom, const char *name)
{
int w=MAXOF(1, geom->w);
int h=MAXOF(1, geom->h);
const char *p[1];
Window window;
window = XCreateSimpleWindow(ioncore_g.dpy, par, geom->x, geom->y, w, h,
0, 0, BlackPixel(ioncore_g.dpy, rw->xscr));
p[0] = name;
xwindow_set_text_property(window, XA_WM_NAME, p, 1);
return window;
}
void frame_border_inner_geom(const WFrame *frame, WRectangle *geom)
{
GrBorderWidths bdw;
frame_border_geom(frame, geom);
if(frame->brush!=NULL){
grbrush_get_border_widths(frame->brush, &bdw);
geom->x+=bdw.left;
geom->y+=bdw.top;
geom->w=MAXOF(0, geom->w-(bdw.left+bdw.right));
geom->h=MAXOF(0, geom->h-(bdw.top+bdw.bottom));
}
}
static void adjust_tls_brs(int *tls, int *brs, int total)
{
if(*tls<=0)
*tls=MINS;
if(*brs<=0)
*brs=MINS;
if(*tls+*brs<total){
*tls=total*(*tls)/(*tls+*brs);
*brs=total-(*tls);
}
*tls=MINOF(MAXOF(MINS, *tls), total);
*brs=MINOF(MAXOF(MINS, *brs), total);
}
static void get_inner_geom(WMenu *menu, WRectangle *geom)
{
GrBorderWidths bdw;
get_outer_geom(menu, geom);
if(menu->brush!=NULL){
grbrush_get_border_widths(menu->brush, &bdw);
geom->x+=bdw.left;
geom->y+=bdw.top;
geom->w-=bdw.left+bdw.right;
geom->h-=bdw.top+bdw.bottom;
geom->w=MAXOF(0, geom->w);
geom->h=MAXOF(0, geom->h);
}
}
static void menu_firstfit(WMenu *menu, bool submenu, const WRectangle *refg)
{
WRectangle geom;
calc_size(menu, &(geom.w), &(geom.h));
if(!(menu->last_fp.mode®ION_FIT_BOUNDS)){
geom.x=menu->last_fp.g.x;
geom.y=menu->last_fp.g.y;
}else if(menu->pmenu_mode){
geom.x=refg->x;
geom.y=refg->y;
if(!submenu){
const WRectangle *maxg =
®ION_GEOM(REGION_PARENT((WRegion*)menu));
geom.x-=geom.w/2;
geom.y+=POINTER_OFFSET;
if(geom.y+MINIMUM_Y_VISIBILITY>maxg->y+maxg->h){
geom.y=maxg->y+maxg->h-MINIMUM_Y_VISIBILITY;
geom.x=refg->x+POINTER_OFFSET;
if(geom.x+geom.w>maxg->x+maxg->w)
geom.x=refg->x-geom.w-POINTER_OFFSET;
}else{
if(geom.x<0)
geom.x=0;
else if(geom.x+geom.w>maxg->x+maxg->w)
geom.x=maxg->x+maxg->w-geom.w;
}
}
}else{
const WRectangle *maxg=&(menu->last_fp.g);
if(submenu){
int l, r, t, b, xoff, yoff;
get_placement_offs(menu, &xoff, &yoff);
l=refg->x+xoff;
r=refg->x+refg->w+xoff;
t=refg->y-yoff;
b=refg->y+refg->h-yoff;
geom.x=MAXOF(l, r-geom.w);
if(geom.x+geom.w>maxg->x+maxg->w)
geom.x=maxg->x;
geom.y=MINOF(b-geom.h, t);
if(geom.y<maxg->y)
geom.y=maxg->y;
}else{
geom.x=maxg->x;
geom.y=maxg->y+maxg->h-geom.h;
}
}
window_do_fitrep(&menu->win, NULL, &geom);
}
NAType::NAType( const NAString& adtName,
NABuiltInTypeEnum ev,
Lng32 dataStorageSize,
NABoolean nullable,
Lng32 SQLnullHdrSize,
NABoolean varLenFlag,
Lng32 lengthHdrSize,
Lng32 dataAlignment,
NAMemory * h
) : typeName_ (h) // memleak fix
, displayDataType_ (h)
{
// The following assertion is commented out so that zero-length
// strings can be supported.
// ComASSERT(dataStorageSize > 0);
// for now, both null indicator has to be a short and the
// var len size can be a short or a long??
// The following assertion is commented out.
// Records can contain nullable fields and not have a
// null Header. Same for arrays.
// ComASSERT(SQLnullHdrSize == 2 || !nullable);
ComASSERT(lengthHdrSize == 2 || lengthHdrSize == 4 || !varLenFlag);
// supported alignments are none, 2, 4, and 8 bytes
if (dataAlignment == 0) dataAlignment = 1;
ComASSERT((dataAlignment == 1) || (dataAlignment == 2) ||
(dataAlignment == 4) || (dataAlignment == 8));
// Do NOT assert(dataStorageSize>0); that is the NAType::isValid() method.
typeName_ = adtName;
qualifier_ = ev;
dataStorageSize_ = dataStorageSize;
SQLnullFlag_ = nullable ? ALLOWS_NULLS : NOT_NULL_NOT_DROPPABLE;
SQLnullHdrSize_ = nullable ? SQLnullHdrSize : 0;
varLenFlag_ = varLenFlag;
lengthHdrSize_ = varLenFlag_ ? lengthHdrSize : 0;
dataAlignment_ = dataAlignment;
// the total alignment of the type is the max of the alignments of
// the null indicator, the var len field, and the data itself,
// where the former two are aligned as numbers
totalAlignment_ = MAXOF(MAXOF(dataAlignment_,SQLnullHdrSize_),lengthHdrSize_);
} // NAType()
void rqgeomparams_from_table(WRQGeomParams *rq,
const WRectangle *origg, ExtlTab g)
{
rq->geom=*origg;
rq->flags=REGION_RQGEOM_WEAK_ALL;
if(extl_table_gets_i(g, "x", &(rq->geom.x)))
rq->flags&=~REGION_RQGEOM_WEAK_X;
if(extl_table_gets_i(g, "y", &(rq->geom.y)))
rq->flags&=~REGION_RQGEOM_WEAK_Y;
if(extl_table_gets_i(g, "w", &(rq->geom.w)))
rq->flags&=~REGION_RQGEOM_WEAK_W;
if(extl_table_gets_i(g, "h", &(rq->geom.h)))
rq->flags&=~REGION_RQGEOM_WEAK_H;
rq->geom.w=MAXOF(1, rq->geom.w);
rq->geom.h=MAXOF(1, rq->geom.h);
}
void ioncore_set_moveres_accel(ExtlTab tab)
{
int t_max, t_min, rd, er;
double step, maxacc;
if(extl_table_gets_i(tab, "kbresize_t_max", &t_max))
actmax=(t_max>0 ? t_max : INT_MAX);
if(extl_table_gets_i(tab, "kbresize_t_min", &t_min))
uptmin=(t_min>0 ? t_min : INT_MAX);
if(extl_table_gets_d(tab, "kbresize_step", &step))
accelinc=(step>0 ? step : 1);
if(extl_table_gets_d(tab, "kbresize_maxacc", &maxacc))
accelmax=(maxacc>0 ? maxacc*maxacc : 1);
if(extl_table_gets_i(tab, "kbresize_delay", &rd))
resize_delay=MAXOF(0, rd);
if(extl_table_gets_i(tab, "edge_resistance", &er))
ioncore_edge_resistance=MAXOF(0, er);
}
/** \brief gets the maximum number of digits of a double
*
* \param x double the input double
* \return uint the maximum number of digits
*
*/
uint get_nodd(double x)
{
char strf[128], stre[128];
snprintf(strf, 128, "%f", x);
snprintf(stre, 128, "%e", x);
uint f = strlen(strf),
e = strlen(stre);
return MAXOF(f, e);
}
void priority_handle_request (flux_t *h, struct queue *queue,
struct event_ctx *event_ctx,
const flux_msg_t *msg)
{
uint32_t userid;
uint32_t rolemask;
flux_jobid_t id;
struct job *job;
int priority;
const char *errstr = NULL;
if (flux_request_unpack (msg, NULL, "{s:I s:i}",
"id", &id,
"priority", &priority) < 0
|| flux_msg_get_userid (msg, &userid) < 0
|| flux_msg_get_rolemask (msg, &rolemask) < 0)
goto error;
if (priority < FLUX_JOB_PRIORITY_MIN || priority > FLUX_JOB_PRIORITY_MAX) {
errstr = "priority value is out of range";
errno = EINVAL;
goto error;
}
if (!(job = queue_lookup_by_id (queue, id))) {
errstr = "unknown job";
goto error;
}
/* Security: guests can only adjust jobs that they submitted.
*/
if (!(rolemask & FLUX_ROLE_OWNER) && userid != job->userid) {
errstr = "guests can only reprioritize their own jobs";
errno = EPERM;
goto error;
}
/* Security: guests can only reduce priority, or increase up to default.
*/
if (!(rolemask & FLUX_ROLE_OWNER)
&& priority > MAXOF (FLUX_JOB_PRIORITY_DEFAULT, job->priority)) {
errstr = "guests can only adjust priority <= default";
errno = EPERM;
goto error;
}
/* Post event, change job's queue position, and respond.
*/
if (event_job_post_pack (event_ctx, job,
"priority",
"{ s:i s:i }",
"userid", userid,
"priority", priority) < 0)
goto error;
queue_reorder (queue, job, job->queue_handle);
if (flux_respond (h, msg, NULL) < 0)
flux_log_error (h, "%s: flux_respond", __FUNCTION__);
return;
error:
if (flux_respond_error (h, msg, errno, errstr) < 0)
flux_log_error (h, "%s: flux_respond_error", __FUNCTION__);
}
static int scrolld_subs(WMenu *menu, int d)
{
int diff=0;
WRegion *p=REGION_PARENT_REG(menu);
const WRectangle *pg;
if(p==NULL)
return 0;
pg=®ION_GEOM(p);
while(menu!=NULL){
int new_diff = calc_diff(®ION_GEOM(menu), pg, d);
diff=MAXOF(diff, new_diff);
menu=menu->submenu;
}
return MINOF(MAXOF(0, diff), scroll_amount);
}
void region_clear_mgd_activity(WRegion *mgr)
{
if(mgr==NULL)
return;
mgr->mgd_activity=MAXOF(0, mgr->mgd_activity-1);
if(!region_is_activity_r(mgr)){
region_notify_change(mgr, ioncore_g.notifies.sub_activity);
region_clear_mgd_activity(REGION_MANAGER(mgr));
}
}
void frame_border_geom(const WFrame *frame, WRectangle *geom)
{
geom->x=0;
geom->y=0;
geom->w=REGION_GEOM(frame).w;
geom->h=REGION_GEOM(frame).h;
if(!BAR_INSIDE_BORDER(frame) && frame->brush!=NULL){
geom->y+=frame->bar_h;
geom->h=MAXOF(0, geom->h-frame->bar_h);
}
}
void frame_managed_geom(const WFrame *frame, WRectangle *geom)
{
uint spacing=get_spacing(frame);
frame_border_inner_geom(frame, geom);
/*
geom->x+=spacing;
geom->y+=spacing;
geom->w-=2*spacing;
geom->h-=2*spacing;
*/
if(BAR_INSIDE_BORDER(frame) && BAR_EXISTS(frame)){
geom->y+=frame->bar_h+spacing;
geom->h-=frame->bar_h+spacing;
}
geom->w=MAXOF(geom->w, 0);
geom->h=MAXOF(geom->h, 0);
}
static void calc_amount(int *amount, int *oamount,
int rs, WSplitSplit *p, int omax,
const WRectangle *ng, const WRectangle *og)
{
*oamount=0;
if(rs>=0){
if(p->dir==SPLIT_VERTICAL)
*amount=MAXOF(0, MINOF(rs, GEOM(p).h-ng->h));
else
*amount=MAXOF(0, MINOF(rs, GEOM(p).w-ng->w));
}else{
if(p->dir==SPLIT_VERTICAL){
int overlap=MAXOF(0, og->h-(GEOM(p).h-ng->h));
*amount=-MINOF(-rs, overlap);
*oamount=MAXOF(0, MINOF(*amount-rs, omax-og->h));
*amount-=*oamount;
}else{
int overlap=MAXOF(0, og->w-(GEOM(p).w-ng->w));
*amount=-MINOF(-rs, overlap);
*oamount=MAXOF(0, MINOF(*amount-rs, omax-og->w));
*amount-=*oamount;
}
}
}
static void adjust_sizes(int *tls_, int *brs_, int nsize,
int tlmin, int brmin, int tlmax, int brmax,
int primn)
{
int tls=MAXOF(0, *tls_);
int brs=MAXOF(0, *brs_);
nsize=MAXOF(1, nsize);
if(primn==PRIMN_TL){
tls=MAXOF(1, nsize-brs);
bound(&tls, tlmin, tlmax);
brs=nsize-tls;
bound(&brs, brmin, brmax);
tls=nsize-brs;
bound(&tls, tlmin, tlmax);
}else if(primn==PRIMN_BR){
brs=MAXOF(1, nsize-tls);
bound(&brs, brmin, brmax);
tls=nsize-brs;
bound(&tls, tlmin, tlmax);
brs=nsize-tls;
bound(&brs, brmin, brmax);
}else{ /* && PRIMN_ANY */
tls=tls*nsize/MAXOF(2, tls+brs);
bound(&tls, tlmin, tlmax);
brs=nsize-tls;
bound(&brs, brmin, brmax);
tls=nsize-brs;
bound(&tls, tlmin, tlmax);
}
*tls_=tls;
*brs_=brs;
}
void CacheWA::operator+=(const char* s)
{
// If the current remaining space on qryText_ is less than
// strlen(s)+1, we double the capacity for qryText_ in one call
// to adjustMemory().
size_t cap = qryText_.capacity();
size_t len = strlen(s);
if ( cap - qryText_.length() < len + 1) {
qryText_.adjustMemory(MAXOF(len, 2 * cap));
}
qryText_.append(s, len);
}
static void menu_do_refit(WMenu *menu, WWindow *par, const WFitParams *oldfp)
{
WRectangle geom;
calc_size(menu, &(geom.w), &(geom.h));
if(!(menu->last_fp.mode®ION_FIT_BOUNDS)){
geom.x=menu->last_fp.g.x;
geom.y=menu->last_fp.g.y;
}else if(menu->pmenu_mode){
geom.x=REGION_GEOM(menu).x;
geom.y=REGION_GEOM(menu).y;
}else{
const WRectangle *maxg=&(menu->last_fp.g);
int xdiff=REGION_GEOM(menu).x-oldfp->g.x;
int ydiff=(REGION_GEOM(menu).y+REGION_GEOM(menu).h
-(oldfp->g.y+oldfp->g.h));
geom.x=MAXOF(0, MINOF(maxg->x+xdiff, maxg->x+maxg->w-geom.w));
geom.y=MAXOF(0, MINOF(maxg->y+maxg->h+ydiff, maxg->y+maxg->h)-geom.h);
}
window_do_fitrep(&menu->win, par, &geom);
}
static void splitfloat_update_bounds(WSplitFloat *split, bool recursive)
{
WSplit *tl=split->ssplit.tl, *br=split->ssplit.br;
WSplit *node=(WSplit*)split;
int tl_max_w, br_max_w, tl_max_h, br_max_h;
int tl_min_w, br_min_w, tl_min_h, br_min_h;
if(recursive){
split_update_bounds(tl, recursive);
split_update_bounds(br, recursive);
}
tl_max_w=splitfloat_get_max(split, SPLIT_HORIZONTAL, tl);
br_max_w=splitfloat_get_max(split, SPLIT_HORIZONTAL, br);
tl_max_h=splitfloat_get_max(split, SPLIT_VERTICAL, tl);
br_max_h=splitfloat_get_max(split, SPLIT_VERTICAL, br);
tl_min_w=splitfloat_get_min(split, SPLIT_HORIZONTAL, tl);
br_min_w=splitfloat_get_min(split, SPLIT_HORIZONTAL, br);
tl_min_h=splitfloat_get_min(split, SPLIT_VERTICAL, tl);
br_min_h=splitfloat_get_min(split, SPLIT_VERTICAL, br);
if(split->ssplit.dir==SPLIT_HORIZONTAL){
node->max_w=infadd(tl_max_w, br_max_w);
node->min_w=MINOF(tl_min_w, br_min_w);
node->unused_w=0;
node->min_h=MAXOF(tl_min_h, br_min_h);
node->max_h=MAXOF(MINOF(tl_max_h, br_max_h), node->min_h);
node->unused_h=MINOF(tl->unused_h, br->unused_h);
}else{
node->max_h=infadd(tl_max_h, br_max_h);
node->min_h=MINOF(tl_min_h, br_min_h);
node->unused_h=0;
node->min_w=MAXOF(tl_min_w, br_min_w);
node->max_w=MAXOF(MINOF(tl_max_w, br_max_w), node->min_w);
node->unused_w=MINOF(tl->unused_w, br->unused_w);
}
}
static void moveres_draw_infowin(WMoveresMode *mode)
{
char *buf;
if(mode->infowin==NULL)
return;
buf=INFOWIN_BUFFER(mode->infowin);
if(buf==NULL)
return;
if(mode->mode==MOVERES_SIZE){
int w, h;
w=mode->geom.w;
h=mode->geom.h;
if(mode->hints.base_set){
w=MAXOF(0, w-mode->hints.base_width);
h=MAXOF(0, h-mode->hints.base_height);
}
if(mode->hints.inc_set){
w/=MAXOF(1, mode->hints.width_inc);
h/=MAXOF(1, mode->hints.height_inc);
}
snprintf(buf, INFOWIN_BUFFER_LEN, "%dx%d", w, h);
}else{
snprintf(buf, INFOWIN_BUFFER_LEN, "%+d %+d",
mode->geom.x, mode->geom.y);
}
window_draw((WWindow*)mode->infowin, TRUE);
}
// this method is temp
CostScalar MultiJoin::getChildrenDataFlow() const
{
CostScalar childrenDataFlow(0);
UInt32 minRecordLength = (ActiveSchemaDB()->getDefaults())\
.getAsLong(COMP_INT_50);
Int32 arity = getArity();
for (Int32 i = 0; i < arity; i++)
{
childrenDataFlow +=
child(i)->getGroupAttr()->getResultCardinalityForEmptyInput() *
MAXOF(child(i)->getGroupAttr()->getRecordLength(), minRecordLength);
}
return childrenDataFlow;
}
void menu_size_hints(WMenu *menu, WSizeHints *hints_ret)
{
int n=menu->n_entries;
int w=menu->max_entry_w;
int h=menu->entry_h*n + menu->entry_spacing*MAXOF(0, n-1);
if(menu->brush!=NULL){
GrBorderWidths bdw;
grbrush_get_border_widths(menu->brush, &bdw);
w+=bdw.left+bdw.right;
h+=bdw.top+bdw.bottom;
}
hints_ret->min_set=TRUE;
hints_ret->min_width=w;
hints_ret->min_height=h;
}
WStacking *stacking_find_to_focus(WStacking *stacking,
WStacking *to_try,
WStackingFilter *include_filt,
WStackingFilter *approve_filt,
void *filt_data)
{
uint min_level=STACKING_LEVEL_BOTTOM;
WStacking *st=NULL, *found=NULL;
if(stacking==NULL)
return NULL;
st=stacking;
do{
st=st->prev;
if(st->reg==NULL)
continue;
if(st!=to_try && (st->reg->flags®ION_SKIP_FOCUS ||
!cf(include_filt, filt_data, st))){
/* skip */
continue;
}
if(st->level<min_level)
break; /* no luck */
if(st==to_try)
return st;
if(found==NULL && cf(approve_filt, filt_data, st)){
found=st;
if(to_try==NULL)
break;
}
if(st->level>=STACKING_LEVEL_MODAL1)
min_level=MAXOF(min_level, st->level);
}while(st!=stacking);
return found;
}
void ioncore_groupws_set(ExtlTab tab)
{
char *method=NULL;
int fpp;
if(extl_table_gets_s(tab, "float_placement_method", &method)){
if(strcmp(method, "udlr")==0)
ioncore_placement_method=PLACEMENT_UDLR;
else if(strcmp(method, "lrud")==0)
ioncore_placement_method=PLACEMENT_LRUD;
else if(strcmp(method, "random")==0)
ioncore_placement_method=PLACEMENT_RANDOM;
else
warn(TR("Unknown placement method \"%s\"."), method);
free(method);
}
if(extl_table_gets_i(tab, "float_placement_padding", &fpp))
ioncore_placement_padding=MAXOF(0, fpp);
}
void frame_bar_geom(const WFrame *frame, WRectangle *geom)
{
uint off;
if(BAR_INSIDE_BORDER(frame)){
off=0; /*get_spacing(frame);*/
frame_border_inner_geom(frame, geom);
}else{
off=0;
geom->x=0;
geom->y=0;
geom->w=(frame->barmode==FRAME_BAR_SHAPED
? frame->bar_w
: REGION_GEOM(frame).w);
}
geom->x+=off;
geom->y+=off;
geom->w=MAXOF(0, geom->w-2*off);
geom->h=BAR_H(frame);
}
