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-rw-r--r--src/cursesview.c7
-rw-r--r--src/slices.c89
2 files changed, 49 insertions, 47 deletions
diff --git a/src/cursesview.c b/src/cursesview.c
index 0b346fb..83b133f 100644
--- a/src/cursesview.c
+++ b/src/cursesview.c
@@ -137,7 +137,7 @@ void cursesMainLoop(slices_evt_t *slicesEvt) {
// TODO : faire une structure avec tous les éléments graphiques utiles au listener et tout passer par référence de la mainloop à ce listener
#define DEFAULT_ZOOM_FACTOR 2.f
-int winUpdateSliceDumpMouseEventListener(MEVENT mevent, WINDOW *winDebug) {
+int winSlicesMouseEventListener(MEVENT mevent, WINDOW *winDebug) {
bool resb;
int pX, pY, maxX, maxY;
address_t delta;
@@ -202,7 +202,7 @@ int cursesInit(WINDOW *wins[], PANEL *panels[], int count) {
set_panel_userptr(panels[2], panels[0]);
*/
- set_panel_userptr(panels[1], winUpdateSliceDumpMouseEventListener);
+ set_panel_userptr(panels[1], winSlicesMouseEventListener);
#ifdef NCURSES_MOUSE_VERSION
sprintf(buf, "Debug infos : mmask=%lx", mmask);
@@ -233,8 +233,11 @@ void cursesUpdateSliceDump(slices_evt_t *slicesEvt, slice_t *modifiedSlice) {
unsigned int charCount=(getmaxx(winUpdateSliceDump)-getbegx(winUpdateSliceDump))*(getmaxy(winUpdateSliceDump)-getbegy(winUpdateSliceDump)+2);
//TODO : refesh only right parts of the representation
+ // This need a representation that not depends on what is already drawn because of consistency and because it not possible to re-read printed ASCII representation in curse windows
+
pthread_mutex_lock(&ncursesWriteMutex);
+
toPrint=slicesDump(slicesEvt->data, &blockSize, charCount, sliceDumpBegin, sliceDumpEnd);
if (toPrint != NULL) {
attron(COLOR_PAIR(4));
diff --git a/src/slices.c b/src/slices.c
index fae363a..e8f1d49 100644
--- a/src/slices.c
+++ b/src/slices.c
@@ -92,6 +92,48 @@ int sliceSplit(slices_t *slices, slice_t *initialSlice, address_t splitAt, slice
return 1 + (splitBeforeSingularity?1:0) + (splitAfterSingularity?1:0);
}
+void sliceDumpUpdate(char *dump, slice_t *s, address_t blockSize, unsigned int charCount, address_t begin, address_t end) {
+ address_t sb,se,i;
+ char ci;
+
+ // If "s" slice is (partially) contained/visible in the [begin,end] display interval
+ if ( !(s->end < begin) && !(s->begin > end) ) {
+ // Draw the slice on the right number of characters
+ // Mathematically correct, but crashes because address_t is UNSIGNED
+ // sb=MAX(0, (s->begin - begin) / *blockSize);
+ sb=(s->begin < begin)?0:(s->begin - begin) / blockSize;
+ se=MIN((s->end - begin) / blockSize, charCount-1);
+
+ /* Debug "assertion"
+ if (sb >= charCount || se >= charCount) {
+ printf("BUG : sb==%lli, se=%lli, charCount==%i\n", sb, se, charCount);
+ printf("BUG : MAX(0, (%lli - %lli) / %lli)", s->begin, begin, blockSize);
+ exit(42);
+ }*/
+
+ // Choose from the sent slice status the right char to draw
+ switch (s->status) {
+ case S_UNKNOWN: ci='_'; break;
+ case S_UNREADABLE: ci='!'; break;
+ case S_RECOVERED: ci='.'; break;
+ default: ci='~'; break;
+ }
+
+ // Draw on the right number of characters, paying attention with information collision
+ for (i=sb;i<=se;i++) {
+ if (dump[i] == ' ' ) {
+ // This is a new information
+ dump[i]=ci;
+ } else if ( dump[i] == ci || dump[i] == '!' ) {
+ // Already the right information or error, don't modify
+ } else {
+ // Multiple information on the same character
+ dump[i]='#';
+ }
+ }
+ }
+}
+
slices_t *slicesNewEmpty() {
int res;
slices_t *ss = malloc(1*sizeof(slices_t));
@@ -203,54 +245,11 @@ slice_t *slicesFindLargestFast(slices_t *slices, address_t *foundMax, sliceStatu
return sMax;
}
-void _sliceDump(char *dump, slice_t *curr, address_t blockSize, unsigned int charCount, address_t begin, address_t end) {
- address_t sb,se,i;
- char ci;
-
- // If "curr" slice is (partially) contained/visible in the [begin,end] display interval
- if ( !(curr->end < begin) && !(curr->begin > end) ) {
- // Draw the slice on the right number of characters
- // Mathematically correct, but crashes because address_t is UNSIGNED
- // sb=MAX(0, (curr->begin - begin) / *blockSize);
- sb=(curr->begin < begin)?0:(curr->begin - begin) / blockSize;
- se=MIN((curr->end - begin) / blockSize, charCount-1);
-
- /* Debug "assertion"
- if (sb >= charCount || se >= charCount) {
- printf("BUG : sb==%lli, se=%lli, charCount==%i\n", sb, se, charCount);
- printf("BUG : MAX(0, (%lli - %lli) / %lli)", curr->begin, begin, blockSize);
- pthread_mutex_unlock(&(slices->writeOrConsistentReadMutex));
- exit(42);
- }*/
-
- // Choose from the current slice status the right char to draw
- switch (curr->status) {
- case S_UNKNOWN: ci='_'; break;
- case S_UNREADABLE: ci='!'; break;
- case S_RECOVERED: ci='.'; break;
- default: ci='~'; break;
- }
-
- // Draw on the right number of characters, paying attention with information collision
- for (i=sb;i<=se;i++) {
- if (dump[i] == ' ' ) {
- // This is a new information
- dump[i]=ci;
- } else if ( dump[i] == ci || dump[i] == '!' ) {
- // Already the right information or error, don't modify
- } else {
- // Multiple information on the same character
- dump[i]='#';
- }
- }
- }
-}
-
char *slicesDump(slices_t *slices, address_t *blockSize, unsigned int charCount, address_t begin, address_t end) {
int res;
slice_t *curr;
char *dump;
-
+
res=pthread_mutex_lock(&(slices->writeOrConsistentReadMutex));
if (res!=0) {
//FIXME Trashy code
@@ -273,7 +272,7 @@ char *slicesDump(slices_t *slices, address_t *blockSize, unsigned int charCount,
//For each slice write in dump ASCII representation
curr = slices->first;
while (curr != NULL) {
- _sliceDump(dump, curr, *blockSize, charCount, begin, end);
+ sliceDumpUpdate(dump, curr, *blockSize, charCount, begin, end);
curr=curr->next;
}