- do_wrap() needs to keep spaces when you are on the first word that should be wrapped and hit a
space while the cursor is on the first character, but delete spaces when it's the second character or anything else that follows. git-svn-id: svn://svn.savannah.gnu.org/nano/trunk/nano@33 35c25a1d-7b9e-4130-9fde-d3aeb78583b8master
parent
68576d31d4
commit
3d449b4142
42
nano.c
42
nano.c
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@ -611,7 +611,7 @@ assert (strlenpt(inptr->data) >= fill);
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assert (current_word_end_t >= fill);
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/* There are a few cases of what the line could look like.
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/* There are a few (ever changing) cases of what the line could look like.
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* 1) only one word on the line before wrap point.
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* a) one word takes up the whole line with no starting spaces.
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* - do nothing and return.
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@ -622,20 +622,18 @@ assert (strlenpt(inptr->data) >= fill);
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* - either it's all white space after word, and this routine isn't called.
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* - or we are actually in case 2 (2 words).
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* 2) Two or more words on the line before wrap point.
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* a) cursor is at a word before wrap point
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* a) cursor is at a word or space before wrap point
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* - word at wrap point starts a new line.
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* - white space at end of original line is cleared.
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* - white space at end of original line is cleared, unless
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* it is all spaces between previous word and next word which appears after fill.
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* b) cursor is at the word at the wrap point.
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* - word at wrap point starts a new line.
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* 1. pressed a space.
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* 1. pressed a space and at first character of wrap point word.
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* - white space on original line is kept to where cursor was.
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* 2. pressed non space.
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* 2. pressed non space (or space elsewhere).
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* - white space at end of original line is cleared.
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* c) cursor is past the word at the wrap point.
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* - word at wrap point starts a new line.
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* 1. pressed a space.
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* - white space on original line is kept to where wrap point was.
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* 2. pressed a non space.
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* - white space at end of original line is cleared
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*/
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@ -701,11 +699,15 @@ assert (strlenpt(inptr->data) >= fill);
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temp->data = nmalloc(strlen(&inptr->data[current_word_start]) + 1);
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strcpy(temp->data, &inptr->data[current_word_start]);
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i = current_word_start - 1;
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while (isspace(inptr->data[i])) {
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i--;
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assert (i >= 0);
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if (!isspace(input_char)) {
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i = current_word_start - 1;
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while (isspace(inptr->data[i])) {
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i--;
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assert (i >= 0);
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}
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}
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else
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i = current_x - 1;
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inptr->data = nrealloc(inptr->data, i + 2);
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inptr->data[i + 1] = 0;
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@ -722,7 +724,7 @@ assert (strlenpt(inptr->data) >= fill);
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right = current_x - current_word_start;
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i = current_word_start - 1;
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if (isspace(input_char)) {
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if (isspace(input_char) && (current_x == current_word_start)) {
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current_x = current_word_start;
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inptr->data = nrealloc(inptr->data, current_word_start + 1);
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@ -737,7 +739,6 @@ assert (strlenpt(inptr->data) >= fill);
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inptr->data = nrealloc(inptr->data, i + 2);
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inptr->data[i + 1] = 0;
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}
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}
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@ -752,16 +753,9 @@ assert (strlenpt(inptr->data) >= fill);
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current_x = current_word_start;
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i = current_word_start - 1;
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if (isspace(input_char)) {
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inptr->data = nrealloc(inptr->data, current_word_start + 1);
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inptr->data[current_word_start] = 0;
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}
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else {
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while (isspace(inptr->data[i])) {
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i--;
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assert (i >= 0);
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}
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while (isspace(inptr->data[i])) {
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i--;
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assert (i >= 0);
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inptr->data = nrealloc(inptr->data, i + 2);
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inptr->data[i + 1] = 0;
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}
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