assert.equal(selectionManager.selectionText, 'foo');
});
it('should select up to non-path characters that are commonly adjacent to paths', () => {
- buffer.push(stringToRow(':ab:(cd)[ef]{gh}'));
+ buffer.push(stringToRow(':ab:(cd)[ef]{gh}\'ij"'));
selectionManager.selectWordAt([0, 0]);
assert.equal(selectionManager.selectionText, ':ab');
selectionManager.selectWordAt([1, 0]);
assert.equal(selectionManager.selectionText, 'gh');
selectionManager.selectWordAt([15, 0]);
assert.equal(selectionManager.selectionText, 'gh}');
+ selectionManager.selectWordAt([16, 0]);
+ assert.equal(selectionManager.selectionText, '\'ij');
+ selectionManager.selectWordAt([17, 0]);
+ assert.equal(selectionManager.selectionText, 'ij');
+ selectionManager.selectWordAt([18, 0]);
+ assert.equal(selectionManager.selectionText, 'ij');
+ selectionManager.selectWordAt([19, 0]);
+ assert.equal(selectionManager.selectionText, 'ij"');
});
});
assert.equal(selectionManager.selectionText, '1\n2\n3\n4\n5');
});
});
+
+ describe('hasSelection', () => {
+ it('should return whether there is a selection', () => {
+ selectionManager.model.selectionStart = [0, 0];
+ selectionManager.model.selectionStartLength = 0;
+ assert.equal(selectionManager.hasSelection, false);
+ selectionManager.model.selectionEnd = [0, 0];
+ assert.equal(selectionManager.hasSelection, false);
+ selectionManager.model.selectionEnd = [1, 0];
+ assert.equal(selectionManager.hasSelection, true);
+ selectionManager.model.selectionEnd = [0, 1];
+ assert.equal(selectionManager.hasSelection, true);
+ selectionManager.model.selectionEnd = [1, 1];
+ assert.equal(selectionManager.hasSelection, true);
+ });
+ });
});