Finished the initial run of box.c and GNUmakefile. Now to finally test the build which will break miserably! :D
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25bbd58915
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@ -5,6 +5,7 @@ osCFILES = \
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windows/box.c \
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windows/button.c \
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windows/checkbox.c \
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windows/child.c \
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windows/combobox.c \
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windows/container.c \
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windows/control.c \
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@ -3,53 +3,46 @@
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#include "uipriv.h"
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struct box {
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uiBox b;
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void (*baseCommitDestroy)(uiControl *);
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uintptr_t handle;
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uiWindowsControl c;
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HWND hwnd;
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struct ptrArray *controls;
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int vertical;
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int padded;
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void (*baseResize)(uiControl *, intmax_t, intmax_t, intmax_t, intmax_t, uiSizing *);
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};
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struct boxControl {
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uiControl *c;
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int stretchy;
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intmax_t width; // both used by resize(); preallocated to save time and reduce risk of failure
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intmax_t height;
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};
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#define ctrlStretchy(child) childFlag(child)
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#define ctrlSetStretchy(child, stretchy) childSetFlag(child, stretchy)
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// both used by resize(); preallocated to save time and reduce risk of failure
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#define ctrlWidth(child) childIntmax(child, 0)
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#define ctrlSetWidth(child, w) childSetIntmax(child, 0, w)
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#define ctrlHeight(child) childIntmax(child, 1)
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#define ctrlSetHeight(child, h) childSetIntmax(child, 1, h)
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uiDefineControlType(uiBox, uiTypeBox, struct box)
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static void onDestroy(uiBox *);
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static void boxCommitDestroy(uiControl *c)
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uiWindowsDefineControlWithOnDestroy(
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uiBox, // type name
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uiBoxType, // type function
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onDestroy(this); // on destroy
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)
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static void onDestroy(uiBox *b)
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{
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struct box *b = (struct box *) c;
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struct boxControl *bc;
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struct child *bc;
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// don't chain up to base here; we need to destroy children ourselves first
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while (b->controls->len != 0) {
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bc = ptrArrayIndex(b->controls, struct boxControl *, 0);
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uiControlSetParent(bc->c, NULL);
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uiControlDestroy(bc->c);
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ptrArrayDelete(b->controls, 0);
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uiFree(bc);
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childDestroy(bc);
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}
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ptrArrayDestroy(b->controls);
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// NOW we can chain up to base
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(*(b->baseCommitDestroy))(uiControl(b));
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}
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static uintptr_t boxHandle(uiControl *c)
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static void minimumSize(uiControl *c, uiWindowsSizing *d, intmax_t *width, intmax_t *height)
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{
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struct box *b = (struct box *) c;
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return b->handle;
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}
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static void boxPreferredSize(uiControl *c, uiSizing *d, intmax_t *width, intmax_t *height)
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{
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struct box *b = (struct box *) c;
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struct boxControl *bc;
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/* TODO
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uiBox *b = uiBox(c);
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struct child *bc;
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int xpadding, ypadding;
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uintmax_t nStretchy;
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// these two contain the largest preferred width and height of all stretchy controls in the box
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@ -113,11 +106,13 @@ static void boxPreferredSize(uiControl *c, uiSizing *d, intmax_t *width, intmax_
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*height += nStretchy * maxStretchyHeight;
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else
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*width += nStretchy * maxStretchyWidth;
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*/
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}
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static void boxResize(uiControl *c, intmax_t x, intmax_t y, intmax_t width, intmax_t height, uiSizing *d)
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static void boxRelayout(uiWindowsControl *c, intmax_t x, intmax_t y, intmax_t width, intmax_t height, uiSizing *d)
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{
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struct box *b = (struct box *) c;
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/* TODO
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uibox *b = uiBox(c);
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struct boxControl *bc;
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int xpadding, ypadding;
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uintmax_t nStretchy;
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@ -200,8 +195,10 @@ static void boxResize(uiControl *c, intmax_t x, intmax_t y, intmax_t width, intm
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x += bc->width + xpadding;
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}
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uiFreeSizing(dchild);
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*/
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}
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/* TODO
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static int boxHasTabStops(uiControl *c)
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{
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struct box *b = (struct box *) c;
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@ -215,114 +212,97 @@ static int boxHasTabStops(uiControl *c)
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}
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return 0;
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}
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*/
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static void boxContainerUpdateState(uiControl *c)
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{
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struct box *b = (struct box *) c;
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struct boxControl *bc;
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struct child *bc;
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uintmax_t i;
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for (i = 0; i < b->controls->len; i++) {
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bc = ptrArrayIndex(b->controls, struct boxControl *, i);
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uiControlUpdateState(bc->c);
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bc = ptrArrayIndex(b->controls, struct child *, i);
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childUpdateState(bc);
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}
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}
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static void boxAppend(uiBox *ss, uiControl *c, int stretchy)
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void uiBoxAppend(uiBox *b, uiControl *c, int stretchy)
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{
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struct box *b = (struct box *) ss;
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struct boxControl *bc;
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struct child *bc;
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uintptr_t zorder;
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int dozorder;
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uintmax_t i;
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// start the zorder with the *CURRENT* first child
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// this is in case we're adding a new first child
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/* TODO
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dozorder = 0;
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if (b->controls->len != 0) {
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dozorder = 1;
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bc = ptrArrayIndex(b->controls, struct boxControl *, 0);
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zorder = uiControlStartZOrder(bc->c);
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}
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*/
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bc = uiNew(struct boxControl);
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bc->c = c;
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bc->stretchy = stretchy;
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uiControlSetParent(bc->c, uiControl(b));
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bc = newChild(child, uiControl(b), b->hwnd);
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ctrlSetStretchy(bc, stretchy);
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ptrArrayAppend(b->controls, bc);
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uiControlQueueResize(uiControl(b));
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/* TODO
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// and now update the zorder for all controls
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if (dozorder)
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for (i = 0; i < b->controls->len; i++) {
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bc = ptrArrayIndex(b->controls, struct boxControl *, i);
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zorder = uiControlSetZOrder(bc->c, zorder);
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}
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*/
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}
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static void boxDelete(uiBox *ss, uintmax_t index)
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void uiBoxDelete(uiBox *b, uintmax_t index)
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{
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struct box *b = (struct box *) ss;
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struct boxControl *bc;
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uiControl *removed;
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struct child *bc;
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bc = ptrArrayIndex(b->controls, struct boxControl *, index);
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removed = bc->c;
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bc = ptrArrayIndex(b->controls, struct child *, index);
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ptrArrayDelete(b->controls, index);
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uiControlSetParent(removed, NULL);
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uiFree(bc);
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childRemove(bc);
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uiControlQueueResize(uiControl(b));
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}
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static int boxPadded(uiBox *ss)
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int uiBoxPadded(uiBox *b)
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{
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struct box *b = (struct box *) ss;
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return b->padded;
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}
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static void boxSetPadded(uiBox *ss, int padded)
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void uiBoxSetPadded(uiBox *b, int padded)
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{
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struct box *b = (struct box *) ss;
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b->padded = padded;
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uiControlQueueResize(uiControl(b));
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}
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uiBox *uiNewHorizontalBox(void)
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static uiBox *finishNewBox(int vertical)
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{
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struct box *b;
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uiBox *b;
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b = (struct box *) uiNewControl(uiTypeBox());
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b = (uiBox *) uiNewControl(uiBoxType());
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b->handle = uiMakeContainer(uiControl(b));
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b->hwnd = makeContainer();
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b->vertical = vertical;
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b->controls = newPtrArray();
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uiControl(b)->Handle = boxHandle;
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uiControl(b)->PreferredSize = boxPreferredSize;
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b->baseResize = uiControl(b)->Resize;
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uiControl(b)->Resize = boxResize;
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uiControl(b)->HasTabStops = boxHasTabStops;
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b->baseCommitDestroy = uiControl(b)->CommitDestroy;
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uiControl(b)->CommitDestroy = boxCommitDestroy;
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uiControl(b)->ContainerUpdateState = boxContainerUpdateState;
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uiWindowsFinishNewControl(b, uiBox);
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// TODO
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uiBox(b)->Append = boxAppend;
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uiBox(b)->Delete = boxDelete;
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uiBox(b)->Padded = boxPadded;
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uiBox(b)->SetPadded = boxSetPadded;
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return b;
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}
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return uiBox(b);
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uiBox *uiNewHorizontalBox(void)
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{
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return finishNewBox(0);
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}
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uiBox *uiNewVerticalBox(void)
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{
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uiBox *bb;
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struct box *b;
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bb = uiNewHorizontalBox();
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b = (struct box *) bb;
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b->vertical = 1;
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return bb;
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return finishNewBox(1);
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}
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@ -15,6 +15,10 @@ struct child {
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// This flag is for users of these functions.
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// For uiBox, this is "spaced".
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int flag;
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// These intmax_t variables are for users of these functions.
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// For uiBox, these are "width" and "height".
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intmax_t im[2];
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};
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struct child *newChild(uiControl *child, uiControl *parent, HWND parentHWND)
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@ -133,3 +137,13 @@ void childSetFlag(struct child *c, int flag)
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{
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c->flag = flag;
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}
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intmax_t childIntmax(struct child *c, int n)
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{
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return c->im[n];
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}
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void childSetIntmax(struct child *c, int n, intmax_t to)
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{
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c->im[n] = to;
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}
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@ -109,3 +109,5 @@ extern int childMargined(struct child *c);
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extern void childSetMargined(struct child *c);
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extern int childFlag(struct child *c);
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extern void childSetFlag(struct child *c, int flag);
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extern intmax_t childIntmax(struct child *c, int n);
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extern void childSetIntmax(struct child *c, int n, intmax_t to);
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