Closed Bug 604621 Opened 14 years ago Closed 13 years ago

Intermittent reftest failure in img-widthAndHeight-meet-2.html

Categories

(Core :: SVG, defect)

Product:
Core
Component:
SVG
Platform:
x86
Windows 7
Type:
defect
Priority:
Not set
Severity:
normal

Tracking

()

Status:
RESOLVED WORKSFORME

People

(Reporter: hsivonen, Unassigned)

References

(
URL
)

Details

(Keywords: intermittent-failure) 

Pushlog: http://hg.mozilla.org/mozilla-central/pushloghtml?changeset=e139cc2d6f0e

The failure looks unrelated:
REFTEST TEST-START | file:///c:/talos-slave/mozilla-central_win7_test-reftest/build/reftest/tests/layout/reftests/svg/as-image/img-widthAndHeight-meet-2.html
REFTEST TEST-START | file:///c:/talos-slave/mozilla-central_win7_test-reftest/build/reftest/tests/layout/reftests/svg/as-image/img-widthAndHeight-meet-2-ref.html
REFTEST TEST-UNEXPECTED-FAIL | file:///c:/talos-slave/mozilla-central_win7_test-reftest/build/reftest/tests/layout/reftests/svg/as-image/img-widthAndHeight-meet-2.html |
REFTEST   IMAGE 1 (TEST): data:image/png;base64,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
REFTEST   IMAGE 2 (REFERENCE): 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rR6KIA6dH6StpfAAC6tW2AfPObx+I97/n7iQe/97zn7+Ob3zwWswiQ8+cHMTe30eqAOje3EefPDwRIT9ZX0v4CANCtbQNkaemlxsPf0tJLMYsAOX36eKvD6dZsfl6A9GF9Je0vAADdagyQ733vg2+59erN88ADP4zvfe+D6QGyuLiyowPq5udz1jeshnc9AqSs/QUAoFuNAfKVr/x6q8PfV77y6/4C8qb1lfwtYn0IkFL2FwCAbjUGyIkTL7Q6/J048YJnQN60vvF48xa2iCrW1w/F6uqlWFhYi8HgZiwsrMXq6qVYXz90+zOZ168PAVLK/gIA0K3aAPniF+d2dAD8rd+aSz/gl/AtSdsFyOXLT8ZgcHPiugaDm3H58pMhQMrdXwAAulUbIJ/97M/t6BaYp576ufQDfgnviWha35Urp+LAgdca13fgwGtx5copAVLo/gIA0K3aADlx4pEdBcjnPvfITP7CMOs3ZTetb7vD8xsP0QKkzP0FAKBbtQGyuHhmRwFy4sSZ1AP+cFjFhQuvz2g0iOXlpTh2bCWWl5diNBrc8fPhMDdAzp17eEfX79y5jwiQAvcXAIBu1QbIL/3Sb+7oAP3oo7+ZesAv+VumqqqKxx77wo6u3+bnBUhp+wsAQLd6GSB9OECXHCAlHfBL318AALpVGyCLi5/e0QH6+PFP78kDat0Bv+RbsEq6xan0/QUAoFu1AVLyQ+glHVDrDvjjcbkPoZf0kHfp+wsAQLdqA+Szn/35HQXIU0/9/J48oDYd8K9cORX33/+jxus2i6/hLelrbkvfXwAAulUbICW/iLCkA+p2f2Eo8UWEJb3or/T9BQCgW7UBsrJSxfHjf9TqgHrixAt79oC6XYBEVLG+fihWVy/FwsJaDAY3Y2FhLVZXL8X6+qHbn8kOkPPnBzsKzPPnB3tyfwEA6FZjgPzu736x1QH1K1/5dQHypgN+yd8yVVVVnD59fEe32G1+fu/tLwAA3WoMkFde+VDt7UNbMxjcjFde+ZAAecMMq+FdT1aALC6u7ChANj+/9/YXAIBuNQZIRBVLSy81HkyXll6KvfwtSX1cn7+ACBAAgFnZNkCuX5+vfVZgbm4jrl+fDwHSr/V5BkSAAADMyrYBElHFs88+FQ888MM7DqUPPPDDePbZp25/RoD0Z32+BUuAAADMSqsAiaji5ZePxsMPfzsGg5vx8MPfjmvXhnf8fK8eUPu4Pu8BESAAALMyMUBK/xankg6ofVyfN6ELEACAWREge3B9VVXFcFjFhQuvz2g0iOXlpTh2bCWWl5diNBrc8fPhcG/uLwAA3ZoYIO+s3ilAdvH6BKYAAQCYlYkBYozZHAAAuiVAjGkYAAC6JUCMaRgAALolQIxpGAAAuiVAjGkYAAC6JUCMaRgAALolQIxpGAAAuiVAjGkYAAC6JUCMaRgAALolQIxpGAAAujUxQMbVeCbT9lBY+vqq6u7H9StrfQAAdKsq/QDYx/VVVRXDYRUXLrw+o9EglpeX4tixlVheXorRaHDHz4dDAVLi+gAA6FZV+gGwj+urqirG4yoiqrhx40iMRhfj4MFXo6ri9hw8+GqMRhfjxo0jEbH5eQFS3voAAOhWVfoBsI/r2wqQW7f2x/z89TvC480zP389bt3aL0AKXR8AAN2qSj8A9nF9WwEyGl1sjI+tGY0uCpBC1wcAQLeq0g+AfVxfVVVx/vwg5uY2WgXI3NxGnD8/ECAFrg8AgG5VpR8A+7i+qqri9OnjreJjazY/f2//bbvl+pW0PgAAulVNOnQNq+Fdz147oNYFyOLiyo4CZPPzOQFifwUIAMCsTAwQ77G49wAp+S8g9leAAADMysQA2Td3X6ysbH6NbEQV6+uHYnX1UiwsrMVgcDMWFtZidfVSrK8fuv2Z8XhvHlDrDvglPwPyxq8Jtr8CBAAg07YBcvnykzEY3Jx4cB4Mbsbly0/GXj6gNh3wS/0WrDcGiP0VIAAAmRoD5MqVU3HgwGuNh+cDB16LK1dO7dkDatMBv9T3gGytz/4KEACAbI0Bst3h+Y2H6L16QN3uLwwlvgl9a332V4AAAGSrDZBTpx7e0UPU5859ZE8eUOsO+MNhFRcuvD6j0SCWl5fi2LGVWF5eitFocMfPh8PcADl3zv4KEACAfLUB8sgjX9jRAfWxx76wJw+odQf8kr9lqqqqH++X/RUgAAC5ehkgpR/wSzpA9zFAStpfAAC6VRsgJd+CVfotTn0IkJJvwSppfwEA6FZtgJT8EHrpD3n3IUDGY/srQAAA8jUGyJUrp+L++3/UeDidxde0lv41t30JEPsrQAAAsjUGSBT6orrSX/TXlwCxvwIEACDbtgESUcX6+qFYXb0UCwtrMRjcjIWFtVhdvRTr64dufyb7gHr+/CDm5jZaHVDn5jbi/PmBAJkQIPZXgAAAZJoYICV9C1Hd+k6fPt7qcLo1m58XIPZXgAAAzNLEABlWw7uerAPq4uLKjg6om58XIPZXgAAAzNLEACn9AF3Sv5D38fqVvr6S9hcAgG71NkBKeUagj9ev9PWVtL8AAHSrtwEyHpfxLUl9vH6lr6+k/QUAoFu9DpAS3hPRx+tX+vpK2l8AALrV6wCJAt6U3cfrV/r6StpfAAC61dsAGQ6ruHDh9RmNBrG8vBTHjq3E8vJSjEaDO34+HAqQvqyvpP0FAKBbvQ2Qkt9jUfr1K319Je0vAADdmhggxpjNAQCgWwLEmIYBAKBbAsSYhgEAoFsCxJiGAQCgWwLEmIYBAKBbAsSYhgEAoFsCxJiGAQCgWwLEmIYBAKBbAsSYhgEAoFsCxJiGAQCgW5MDpLr7GVfju57WB8PC13cvv8P6ytpfAAC61dsAGQ6ruHDh9RmNBrG8vBTHjq3E8vJSjEaDO34+HAqQvqyvpP0FAKBbtQEyHlcRsTkbG3Nx6dJqHD36cgwGN+Po0Zfj0qXV2NiYu/2Z8Xg6B8Dt1nfjxpEYjS7GwYOvRlXF7Tl48NUYjS7GjRtH0tc3rIZ3PQKkrP0FAKBb2wbI9evz8dnP/qc7Dn9b85nP/Of467/+uZhVgNy6tT/m569PXNvWzM9fj1u39qevr+S/IPUlQErYXwAAurVtgAyH1xoPgMPhtZhVgIxGFxvXtjWj0cWZ/YUmoor19UOxunopFhbWYjC4GQsLa7G6einW1w/d/kzm+voSICXsLwAA3WoMkOeeO9vqAPjcc2fTD/jnzw9ibm6j1frm5jbi/PnBTALk8uUnYzC4OXFdg8HNuHz5yZhFwJX8F5qS9hcAgG41BshDD3231QHwoYe+m36APn36eKu1bc3m53MD5MqVU3HgwGuN6zpw4LW4cuVU+vUr5SHv0vcXAIBu1QbI00+/b0cHwM3P5x1QFxdXdrS+zc/nBsh2zy9szfz8dQ/xF7q/AAB0qzZAzpx5bEcHwM3P771/Ia9b37lzD+9ofefOfSQ9QEp4yLv0/QUAoFu1AfLxj39xRwfAzc/nHVBLeUagbn2PPfaFHV2/zc/nBkgJD3mXvr8AAHSrtwFS+gG69AAp5YBf+v4CANCt2gAp/Ras8bjsW4hKvwWrlFucSt9fAAC6VRsgTz89v6MD6ubncw+oUfBD1ONx2Q+hl/KQd+n7CwBAt2oDZDwu+2t4S/8a2fF482t477//R43XblZfw1v6X0BK2V8AALrVGCBf+9q5VofTr33tnBfpTbh+UfCLCEt/BqSU/QUAoFuNARJRxcLCWuPhdGFhLbIP0PfyO7IDJKKK9fVDsbp6KRYW1mIwuBkLC2uxunop1tcP3f5MdoCMx2U85F36/gIA0K1tA+SVVz4UZ848P/FgeubM8/HKKx8KAVLuv+A37W8JD3mXvr8AAHRr2wCJqGJjYy4uXVqNo0dfjsHgZhw9+nJcurQaGxtzMYt/wS/pgDpphtXwriczQEp4yLv0/QUAoFu1AVLyv+CXdEDt4/pKesi79OsHAEC3BMgeXJ/9FSAAALMyOUCMMVGNBQgAQNcEiDENAwBAtwSIMQ0DAEC3BIgxDQMAQLcEiDENAwBAtwSIMQ0DAEC3BIgxDQMAQLcEiDENAwBAtwSIMQ0DAEC3BIgxDQMAQLcmBsi4Gs9k2h4KS19fVd39uH5lrQ8AgG5VpR8A+7i+qqpiOKziwoXXZzQaxPLyUhw7thLLy0sxGg3u+PlwKEBKXB8AAN2qJh26htXwrmevHVDrAmQ8riKiihs3jsRodDEOHnw1qipuz8GDr8ZodDFu3DgSEZufzwoQ+ytAAABmZWKAuIWomwC5dWt/zM9fvyM83jzz89fj1q39qQFifwUIAMCsTAyQfXP3xcrK5r/gR1Sxvn4oVlcvxcLCWgwGN2NhYS1WVy/F+vqh25/JPECXdEBtCpDR6GJjfGzNaHQxPUC2/kJjfwUIAECmbQPk8uUnYzC4OfHgPBjcjMuXn4zsA2rp/4JfVVWcPz+IubmNVgEyN7cR588PZhIg9leAAABkagyQK1dOxYEDrzUeng8ceC2uXDmVfkAt+SHvqqri9OnjreJjazY/nxsg9leAAABkawyQ7Z5f2Jr5+eszu4WoxIe8q6qKxcWVHQXI5udzr5/9FSAAANlqA+TUqYd3dIA+d+4j6QfUkh/yLv0vIOfO2V8BAgCQrzZAHnnkCzs6oD722BfSD6glP+Rd+jMgm/tlfwUIAECu3gZI6Qf8Ug7QfQ2QUvYXAIBu1QZI6bdglX6L03hcxi1Edesr/RasUvYXAIBu1QZI6Q+h9+Eh7yjgIeqm9dlfAQIAkK0xQK5cORX33/+jxoPfrL6mtZR/Ia9bXylfI9sUIPZXgAAAZGsMkCj4RXWlPCNQt75SXqS33V9o7K8AAQDItG2ARFSxvn4oVlcvxcLCWgwGN2NhYS1WVy/F+vqh25/JPqCOx+U+5H0vvyM7QOyvAAEAyDQxQPryL/ilPuTdhwCxvwIEAGAWJgbIsBre9WQeUEt9yLv0ALG/AgQAYFYmBkjpB+jSH/Iu/fqVvr6S9hcAgG71NkBKvoWo9OtX+vpK2l8AALo1MUCMMZsDAEC3BIgxDQMAQLcEiDENAwBAtwSIMQ0DAEC3BIgxDQMAQLecsAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAEkraP4AAAy7SURBVIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASCNAAACANAIEAABII0AAAIA0AgQAAEgjQAAAgDQCBAAASPP/ASQpHe+cjFZsAAAAAElFTkSuQmCC
REFTEST number of differing pixels: 6
This test failed twice on Windows back when this bug was filed, and then it went over 6 months without failing, and now all of a sudden it fails 6 times in one day (all on the same platform, Fedora12 opt).

I suspect that either a checkin or a machine config tweak in the past 24 hours has affected this test's behavior.
Summary: Intermittent reftest failure in img-widthAndHeight-meet-2.html → [probably not the bug you're looking for] Intermittent reftest failure in img-widthAndHeight-meet-2.html
Filed bug 654858 on the apparent perma-orange that was previously being starred on this bug. (for img-widthAndHeight-meet-2.html, img-widthAndHeight-slice-2.html, img-novb-widthAndHeight-meet-1-em.html, img-novb-widthAndHeight-slice-1-em.html)
This has been orange three builds in a row on the build-system tree. The first push was just a merge from m-c, the second two contained no code changes. That's...unfortunate.
As noted in comment 9 & comment 10, I think nearly every tinderbox log posted here (all but the first one) has been bug 654858.

Since we haven't hit this actual failure in 8 months, I'm resolving this as WORKSFORME.
Status: NEW → RESOLVED
Closed: 13 years ago
Resolution: --- → WORKSFORME
Summary: [probably not the bug you're looking for] Intermittent reftest failure in img-widthAndHeight-meet-2.html → Intermittent reftest failure in img-widthAndHeight-meet-2.html
(In reply to comment #18)
> As noted in comment 9 & comment 10, I think nearly every tinderbox log
> posted here (all but the first one) has been bug 654858.

er, s/all but the first one/all but the first three/ (which all happened in the span of 2 weeks, 8 months ago)
Yeah, sorry for the star-spam.
Whiteboard: [orange]
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