bugged stringlengths 4 228k | fixed stringlengths 0 96.3M | __index_level_0__ int64 0 481k |
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def closeRequest(self, workflowFile): """ _closeRequest_ | def closeRequest(self, workflowFile): """ _closeRequest_ | 465,500 |
def main(argv) : """ prepareRelValworkflows prepare workflows for chained processing of RelVal samples - parse file holding cmsDriver commands for 1st and 2nd steps - prepare workflows - prepare WorkflowInjector:Input script - prepare ForceMerge script - prepare DBSMigrationToGlobal script - prepare PhEDExInjection ... | def main(argv) : """ prepareRelValworkflows prepare workflows for chained processing of RelVal samples - parse file holding cmsDriver commands for 1st and 2nd steps - prepare workflows - prepare WorkflowInjector:Input script - prepare ForceMerge script - prepare DBSMigrationToGlobal script - prepare PhEDExInjection ... | 465,501 |
def main(argv) : """ prepareRelValworkflows prepare workflows for chained processing of RelVal samples - parse file holding cmsDriver commands for 1st and 2nd steps - prepare workflows - prepare WorkflowInjector:Input script - prepare ForceMerge script - prepare DBSMigrationToGlobal script - prepare PhEDExInjection ... | def main(argv) : """ prepareRelValworkflows prepare workflows for chained processing of RelVal samples - parse file holding cmsDriver commands for 1st and 2nd steps - prepare workflows - prepare WorkflowInjector:Input script - prepare ForceMerge script - prepare DBSMigrationToGlobal script - prepare PhEDExInjection ... | 465,502 |
def main(argv) : """ prepareRelValworkflows prepare workflows for chained processing of RelVal samples - parse file holding cmsDriver commands for 1st and 2nd steps - prepare workflows - prepare WorkflowInjector:Input script - prepare ForceMerge script - prepare DBSMigrationToGlobal script - prepare PhEDExInjection ... | def main(argv) : """ prepareRelValworkflows prepare workflows for chained processing of RelVal samples - parse file holding cmsDriver commands for 1st and 2nd steps - prepare workflows - prepare WorkflowInjector:Input script - prepare ForceMerge script - prepare DBSMigrationToGlobal script - prepare PhEDExInjection ... | 465,503 |
def publishStatusToDashboard(self, jobSpecId, data): """ _publishStatusToDashboard_ | def publishStatusToDashboard(self, jobSpecId, data): """ _publishStatusToDashboard_ | 465,504 |
def __init__(self, stagein=False): StageOutImpl.__init__(self, stagein) self.numRetries = 5 self.retryPause = 300 | def __init__(self, stagein=False): StageOutImpl.__init__(self, stagein) self.numRetries = 5 self.retryPause = 300 | 465,505 |
def createOutputDirectory(self, targetPFN): """ _createOutputDirectory_ | def createOutputDirectory(self, targetPFN): """ _createOutputDirectory_ | 465,506 |
def createOutputDirectory(self, targetPFN): """ _createOutputDirectory_ | def createOutputDirectory(self, targetPFN): """ _createOutputDirectory_ | 465,507 |
def createOutputDirectory(self, targetPFN): """ _createOutputDirectory_ | def createOutputDirectory(self, targetPFN): """ _createOutputDirectory_ | 465,508 |
def createOutputDirectory(self, targetPFN): """ _createOutputDirectory_ | def createOutputDirectory(self, targetPFN): """ _createOutputDirectory_ | 465,509 |
def createOutputDirectory(self, targetPFN): """ _createOutputDirectory_ | def createOutputDirectory(self, targetPFN): """ _createOutputDirectory_ | 465,510 |
def createDir(self, directory, mode): """ _createDir_ | def checkDirExists(self, directory): """ _checkDirExists_ Check if directory exists (will fail if it exists as a file) """ command = "rfstat %s 2> /dev/null | grep Protection" % directory print "Check dir existence : %s" % command try: exitCode, output = runCommandWithOutput(command) except Exception, ex: msg = "Erro... | 465,511 |
def createDir(self, directory, mode): """ _createDir_ | def createDir(self, directory, mode): """ _createDir_ | 465,512 |
def setFileClass(self, directory, fileclass): """ _setFileClass_ | defsetFileClass(self,directory,fileclass):"""_setFileClass_ | 465,513 |
def httpPost(self, analysisFile): """ _httpPost_ | def httpPost(self, analysisFile): """ _httpPost_ | 465,514 |
def httpPost(self, analysisFile): """ _httpPost_ | def httpPost(self, analysisFile): """ _httpPost_ | 465,515 |
def _setup_toolbars(self, have_toolbox): """ Setup the toolbars.. """ project_toolbar = gtk.Toolbar() custom_slide_toolbar = gtk.Toolbar() custom_stator_toolbar = gtk.Toolbar() edit_toolbar = gtk.Toolbar() | def _setup_toolbars(self, have_toolbox): """ Setup the toolbars.. """ project_toolbar = gtk.Toolbar() custom_slide_toolbar = gtk.Toolbar() custom_stator_toolbar = gtk.Toolbar() edit_toolbar = gtk.Toolbar() | 465,516 |
def _setup_toolbars(self, have_toolbox): """ Setup the toolbars.. """ project_toolbar = gtk.Toolbar() custom_slide_toolbar = gtk.Toolbar() custom_stator_toolbar = gtk.Toolbar() edit_toolbar = gtk.Toolbar() | def _setup_toolbars(self, have_toolbox): """ Setup the toolbars.. """ project_toolbar = gtk.Toolbar() custom_slide_toolbar = gtk.Toolbar() custom_stator_toolbar = gtk.Toolbar() edit_toolbar = gtk.Toolbar() | 465,517 |
def _copy_cb(self, arg=None): """ Copy a number to the clipboard from the active slide. """ clipBoard = gtk.Clipboard() if self.sr.last is not None: data = self.sr.last.labels[0] if data is not None: clipBoard.set_text(str(data)) return | def _copy_cb(self, arg=None): """ Copy a number to the clipboard from the active slide. """ clipBoard = gtk.Clipboard() if self.sr.last is None and self.sr.last.labels[0] is not None: clipBoard.set_text(self.sr.last.labels[0]) return | 465,518 |
def _show_slides(self, top, bottom, function): self._hide_all() self._top_combo.set_active(_SLIDES.index(top)) self.set_slide() self._bottom_combo.set_active(_STATORS.index(bottom)) self.set_stator() self._function_combo.set_active(_FUNCTIONS.index(function)) self.sr.update_slide_labels() self.sr.update_results_label() | def _show_slides(self, slide, stator, function): self._hide_all() self._top_combo.set_active(_SLIDES.index(top)) self.set_slide() self._bottom_combo.set_active(_STATORS.index(bottom)) self.set_stator() self._function_combo.set_active(_FUNCTIONS.index(function)) self.sr.update_slide_labels() self.sr.update_results_label... | 465,519 |
def _show_slides(self, top, bottom, function): self._hide_all() self._top_combo.set_active(_SLIDES.index(top)) self.set_slide() self._bottom_combo.set_active(_STATORS.index(bottom)) self.set_stator() self._function_combo.set_active(_FUNCTIONS.index(function)) self.sr.update_slide_labels() self.sr.update_results_label() | def _show_slides(self, top, bottom, function): self._hide_all() self._slide_combo.set_active(_SLIDES.index(slide)) self.set_slide() self._bottom_combo.set_active(_STATORS.index(bottom)) self.set_stator() self._function_combo.set_active(_FUNCTIONS.index(function)) self.sr.update_slide_labels() self.sr.update_results_lab... | 465,520 |
def _show_slides(self, top, bottom, function): self._hide_all() self._top_combo.set_active(_SLIDES.index(top)) self.set_slide() self._bottom_combo.set_active(_STATORS.index(bottom)) self.set_stator() self._function_combo.set_active(_FUNCTIONS.index(function)) self.sr.update_slide_labels() self.sr.update_results_label() | def _show_slides(self, top, bottom, function): self._hide_all() self._top_combo.set_active(_SLIDES.index(top)) self.set_slide() self._stator_combo.set_active(_STATORS.index(stator)) self.set_stator() self._function_combo.set_active(_FUNCTIONS.index(function)) self.sr.update_slide_labels() self.sr.update_results_label() | 465,521 |
def show_l(self): """ linear scale """ self.sr.active_slide = self.sr.name_to_slide('L') self.sr.active_stator = self.sr.name_to_stator('L2') self._show_slides(_L, _L2, _FL) | def show_l(self): """ linear scale """ self.sr.active_slide = self.sr.name_to_slide('L') self.sr.active_stator = self.sr.name_to_stator('L2') self._show_slides(_L, _L2, _FL) | 465,522 |
def _top_combo_cb(self, arg=None): """ Read value from slide combo box """ _top_dictionary = {_C: 'C', _CI: 'CI', _A: 'A', _K: 'K', _S: 'S', _T: 'T', _L: 'L', _LL0: 'LL0', _LLn: 'LLn', _UD: 'custom'} self.sr.active_slide = self.sr.name_to_slide(_top_dictionary[ _SLIDES[self._top_combo.get_active()]]) function = self._p... | def _slide_combo_cb(self, arg=None): """ Read value from slide combo box """ _top_dictionary = {_C: 'C', _CI: 'CI', _A: 'A', _K: 'K', _S: 'S', _T: 'T', _L: 'L', _LL0: 'LL0', _LLn: 'LLn', _UD: 'custom'} self.sr.active_slide = self.sr.name_to_slide(_top_dictionary[ _SLIDES[self._top_combo.get_active()]]) function = self.... | 465,523 |
def _top_combo_cb(self, arg=None): """ Read value from slide combo box """ _top_dictionary = {_C: 'C', _CI: 'CI', _A: 'A', _K: 'K', _S: 'S', _T: 'T', _L: 'L', _LL0: 'LL0', _LLn: 'LLn', _UD: 'custom'} self.sr.active_slide = self.sr.name_to_slide(_top_dictionary[ _SLIDES[self._top_combo.get_active()]]) function = self._p... | def _top_combo_cb(self, arg=None): """ Read value from slide combo box """ _top_dictionary = {_C: 'C', _CI: 'CI', _A: 'A', _K: 'K', _S: 'S', _T: 'T', _L: 'L', _LL0: 'LL0', _LLn: 'LLn', _UD: 'custom'} self.sr.active_slide = self.sr.name_to_slide(_top_dictionary[ _SLIDES[self._slide_combo.get_active()]]) function = self.... | 465,524 |
def _bottom_combo_cb(self, arg=None): """ Read value from stator combo box """ _bottom_dictionary = {_D: 'D', _DI: 'DI', _L: 'L2', _B: 'B', _K: 'K2', _S: 'S2', _T: 'T2', _LL0: 'LL02', _LLn: 'LLn2', _UD: 'custom2'} self.sr.active_stator = self.sr.name_to_stator(_bottom_dictionary[ _STATORS[self._bottom_combo.get_active(... | def _stator_combo_cb(self, arg=None): """ Read value from stator combo box """ _bottom_dictionary = {_D: 'D', _DI: 'DI', _L: 'L2', _B: 'B', _K: 'K2', _S: 'S2', _T: 'T2', _LL0: 'LL02', _LLn: 'LLn2', _UD: 'custom2'} self.sr.active_stator = self.sr.name_to_stator(_bottom_dictionary[ _STATORS[self._bottom_combo.get_active(... | 465,525 |
def _bottom_combo_cb(self, arg=None): """ Read value from stator combo box """ _bottom_dictionary = {_D: 'D', _DI: 'DI', _L: 'L2', _B: 'B', _K: 'K2', _S: 'S2', _T: 'T2', _LL0: 'LL02', _LLn: 'LLn2', _UD: 'custom2'} self.sr.active_stator = self.sr.name_to_stator(_bottom_dictionary[ _STATORS[self._bottom_combo.get_active(... | def _bottom_combo_cb(self, arg=None): """ Read value from stator combo box """ _bottom_dictionary = {_D: 'D', _DI: 'DI', _L: 'L2', _B: 'B', _K: 'K2', _S: 'S2', _T: 'T2', _LL0: 'LL02', _LLn: 'LLn2', _UD: 'custom2'} self.sr.active_stator = self.sr.name_to_stator(_bottom_dictionary[ _STATORS[self._stator_combo.get_active(... | 465,526 |
def _setup_toolbars(self, have_toolbox): """ Setup the toolbars.. """ | def _setup_toolbars(self, have_toolbox): """ Setup the toolbars.. """ | 465,527 |
def _setup_toolbars(self, have_toolbox): """ Setup the toolbars.. """ | def _setup_toolbars(self, have_toolbox): """ Setup the toolbars.. """ | 465,528 |
def find_sprite(self, pos): list = self.list list.reverse() for spr in list: if spr.hit(pos): return spr return None | def find_sprite(self, pos): list = self.list[:] list.reverse() for spr in list: if spr.hit(pos): return spr return None | 465,529 |
def _copy_cb(self, arg=None): """ Copy a number to the clipboard from the active slide. """ clipBoard = gtk.Clipboard() if self.sr.last is None and self.sr.last.labels[0] is not None: clipBoard.set_text(self.sr.last.labels[0]) return | def _copy_cb(self, arg=None): """ Copy a number to the clipboard from the active slide. """ clipBoard = gtk.Clipboard() if self.sr.last is not None and self.sr.last.labels[0] is not None: clipBoard.set_text(self.sr.last.labels[0]) return | 465,530 |
def make_custom_slide(self, offset_text, label_text, calculate_text, min_text, max_text, step_text, slide): """ Create custom slide and stator from text entered on toolbar. """ try: min_value = float(min_text) except ValueError: self.parent._min_entry.set_text('NaN') return try: max_value = float(max_text) except Value... | def make_custom_slide(self, offset_text, label_text, calculate_text, min_text, max_text, step_text, slide): """ Create custom slide and stator from text entered on toolbar. """ try: min_value = float(min_text) except ValueError: self.parent._domain_min[slide].set_text('NaN') return try: max_value = float(max_text) exce... | 465,531 |
def make_custom_slide(self, offset_text, label_text, calculate_text, min_text, max_text, step_text, slide): """ Create custom slide and stator from text entered on toolbar. """ try: min_value = float(min_text) except ValueError: self.parent._min_entry.set_text('NaN') return try: max_value = float(max_text) except Value... | def make_custom_slide(self, offset_text, label_text, calculate_text, min_text, max_text, step_text, slide): """ Create custom slide and stator from text entered on toolbar. """ try: min_value = float(min_text) except ValueError: self.parent._min_entry.set_text('NaN') return try: max_value = float(max_text) except Value... | 465,532 |
def make_custom_slide(self, offset_text, label_text, calculate_text, min_text, max_text, step_text, slide): """ Create custom slide and stator from text entered on toolbar. """ try: min_value = float(min_text) except ValueError: self.parent._min_entry.set_text('NaN') return try: max_value = float(max_text) except Value... | def make_custom_slide(self, offset_text, label_text, calculate_text, min_text, max_text, step_text, slide): """ Create custom slide and stator from text entered on toolbar. """ try: min_value = float(min_text) except ValueError: self.parent._min_entry.set_text('NaN') return try: max_value = float(max_text) except Value... | 465,533 |
def mark(self, offset, height3, height2, height1, string=None, flip=False, scale=1.0): """ Plot marks in a range from 1 to 10 along the length of the slide """ svg = '' scale *= float(SWIDTH - 2 * OFFSET) / SCALE if flip: ln = (log10 - offset) * SCALE * scale + OFFSET else: ln = offset * SCALE * scale + OFFSET if strin... | def mark(self, offset, height3, height2, height1, string=None, flip=False, scale=1.0): """ Plot marks in a range from 1 to 10 along the length of the slide """ svg = '' if flip: ln = (log10 - offset) * SCALE * scale + OFFSET else: ln = offset * SCALE * scale + OFFSET if string is not None: svg += ' <text style="font-s... | 465,534 |
def mark(self, offset, height3, height2, height1, string=None, flip=False, scale=1.0): """ Plot marks in a range from 1 to 10 along the length of the slide """ svg = '' scale *= float(SWIDTH - 2 * OFFSET) / SCALE if flip: ln = (log10 - offset) * SCALE * scale + OFFSET else: ln = offset * SCALE * scale + OFFSET if strin... | def mark(self, offset, height3, height2, height1, string=None, flip=False, scale=1.0): """ Plot marks in a range from 1 to 10 along the length of the slide """ svg = '' scale *= float(SWIDTH - 2 * OFFSET) / SCALE if flip: log = (log10 - offset) * SCALE * scale + OFFSET else: log = offset * SCALE * scale + OFFSET if str... | 465,535 |
def mark(self, offset, height3, height2, height1, string=None, flip=False, scale=1.0): """ Plot marks in a range from 1 to 10 along the length of the slide """ svg = '' scale *= float(SWIDTH - 2 * OFFSET) / SCALE if flip: ln = (log10 - offset) * SCALE * scale + OFFSET else: ln = offset * SCALE * scale + OFFSET if strin... | def mark(self, offset, height3, height2, height1, string=None, flip=False, scale=1.0): """ Plot marks in a range from 1 to 10 along the length of the slide """ svg = '' scale *= float(SWIDTH - 2 * OFFSET) / SCALE if flip: ln = (log10 - offset) * SCALE * scale + OFFSET else: ln = offset * SCALE * scale + OFFSET if strin... | 465,536 |
def mark(self, offset, height3, height2, height1, string=None, flip=False, scale=1.0): """ Plot marks in a range from 1 to 10 along the length of the slide """ svg = '' scale *= float(SWIDTH - 2 * OFFSET) / SCALE if flip: ln = (log10 - offset) * SCALE * scale + OFFSET else: ln = offset * SCALE * scale + OFFSET if strin... | def mark(self, offset, height3, height2, height1, string=None, flip=False, scale=1.0): """ Plot marks in a range from 1 to 10 along the length of the slide """ svg = '' scale *= float(SWIDTH - 2 * OFFSET) / SCALE if flip: ln = (log10 - offset) * SCALE * scale + OFFSET else: ln = offset * SCALE * scale + OFFSET if strin... | 465,537 |
def special_mark(self, offset, height3, height2, height1, string, flip=False, scale=1.0): """ Plot special marks, e.g., e and pi """ svg = '' scale *= float(SWIDTH - 2 * OFFSET) / SCALE if flip: ln = (log10 - offset) * SCALE * scale + OFFSET else: ln = offset * SCALE * scale + OFFSET svg += ' <text style="font-size:12... | def special_mark(self, offset, height3, height2, height1, string, flip=False, scale=1.0): """ Plot special marks, e.g., e and pi """ svg = '' if flip: ln = (log10 - offset) * SCALE * scale + OFFSET else: ln = offset * SCALE * scale + OFFSET svg += ' <text style="font-size:12px;fill:#0000ff;">\n' svg += ' <tspan\n... | 465,538 |
def special_mark(self, offset, height3, height2, height1, string, flip=False, scale=1.0): """ Plot special marks, e.g., e and pi """ svg = '' scale *= float(SWIDTH - 2 * OFFSET) / SCALE if flip: ln = (log10 - offset) * SCALE * scale + OFFSET else: ln = offset * SCALE * scale + OFFSET svg += ' <text style="font-size:12... | def special_mark(self, offset, height3, height2, height1, string, flip=False, scale=1.0): """ Plot special marks, e.g., e and pi """ svg = '' scale *= float(SWIDTH - 2 * OFFSET) / SCALE if flip: log = (log10 - offset) * SCALE * scale + OFFSET else: log = offset * SCALE * scale + OFFSET svg += ' <text style="font-size:... | 465,539 |
def special_mark(self, offset, height3, height2, height1, string, flip=False, scale=1.0): """ Plot special marks, e.g., e and pi """ svg = '' scale *= float(SWIDTH - 2 * OFFSET) / SCALE if flip: ln = (log10 - offset) * SCALE * scale + OFFSET else: ln = offset * SCALE * scale + OFFSET svg += ' <text style="font-size:12... | def special_mark(self, offset, height3, height2, height1, string, flip=False, scale=1.0): """ Plot special marks, e.g., e and pi """ svg = '' scale *= float(SWIDTH - 2 * OFFSET) / SCALE if flip: ln = (log10 - offset) * SCALE * scale + OFFSET else: ln = offset * SCALE * scale + OFFSET svg += ' <text style="font-size:12... | 465,540 |
def special_mark(self, offset, height3, height2, height1, string, flip=False, scale=1.0): """ Plot special marks, e.g., e and pi """ svg = '' scale *= float(SWIDTH - 2 * OFFSET) / SCALE if flip: ln = (log10 - offset) * SCALE * scale + OFFSET else: ln = offset * SCALE * scale + OFFSET svg += ' <text style="font-size:12... | def special_mark(self, offset, height3, height2, height1, string, flip=False, scale=1.0): """ Plot special marks, e.g., e and pi """ svg = '' scale *= float(SWIDTH - 2 * OFFSET) / SCALE if flip: ln = (log10 - offset) * SCALE * scale + OFFSET else: ln = offset * SCALE * scale + OFFSET svg += ' <text style="font-size:12... | 465,541 |
def mark(self, offset, height3, height2, height1, string=None, flip=False, scale=1.0): """ Plot marks in a range from 1 to 10 along the length of the slide """ svg = '' scale *= float(SWIDTH - 2 * OFFSET) / SCALE if flip: ln = (log10 - offset) * SCALE * scale + OFFSET else: ln = offset * SCALE * scale + OFFSET if strin... | def mark(self, offset, height3, height2, height1, string=None, flip=False, scale=1.0): """ Plot marks in a range from 1 to 10 along the length of the slide """ svg = '' if flip: ln = (log10 - offset) * SCALE * scale + OFFSET else: ln = offset * SCALE * scale + OFFSET if string is not None: svg += ' <text style="font-s... | 465,542 |
def mark(self, offset, height3, height2, height1, string=None, flip=False, scale=1.0): """ Plot marks in a range from 1 to 10 along the length of the slide """ svg = '' scale *= float(SWIDTH - 2 * OFFSET) / SCALE if flip: ln = (log10 - offset) * SCALE * scale + OFFSET else: ln = offset * SCALE * scale + OFFSET if strin... | def mark(self, offset, height3, height2, height1, string=None, flip=False, scale=1.0): """ Plot marks in a range from 1 to 10 along the length of the slide """ svg = '' if flip: ln = (log10 - offset) * SCALE * scale + OFFSET else: ln = offset * SCALE * scale + OFFSET if string is not None: svg += ' <text style="font-s... | 465,543 |
def label_function(x): return math.exp(x / 1000.) | def label_function(x): return math.exp(x / 1000.) | 465,544 |
def round(x, precision=2): if precision == 2: return(float(int(x * 100 + 0.5) / 100.)) elif precision == 1: return(float(int(x * 10 + 0.5) / 10.)) elif precision == 0: return(int(x + 0.5)) else: y = math.pow(10, precision) return(float(int(x * y + 0.5) / y)) | def round(x, precision=2): if precision == 2: return(float(int(x * 100 + 0.5) / 100.)) elif precision == 1: return(float(int(x * 10 + 0.5) / 10.)) elif precision == 0: return(int(x + 0.5)) else: y = pow(10, precision) return(float(int(x * y + 0.5) / y)) | 465,545 |
def _calc_log(dx): """ C and D scales """ rescale = 1 if dx < 0: rescale = 0.1 dx += SWIDTH - (2.0 * OFFSET) return round(math.exp(dx / SCALE) * rescale) | def _calc_log(dx): """ C and D scales """ rescale = 1 if dx < 0: rescale = 0.1 dx += SWIDTH - (2.0 * OFFSET) return round(exp(dx / SCALE) * rescale) | 465,546 |
def _calc_inverse_log(dx): """ CI and DI scales """ rescale = 1 if dx < 0: rescale = 0.1 dx += SWIDTH - (2.0 * OFFSET) return round(10.0/ math.exp(dx / SCALE) * rescale) | def _calc_inverse_log(dx): """ CI and DI scales """ rescale = 1 if dx < 0: rescale = 0.1 dx += SWIDTH - (2.0 * OFFSET) return round(10.0 / exp(dx / SCALE) * rescale) | 465,547 |
def _calc_log_squared(dx): """ A and B scales """ rescale = 1 if dx < 0: dx += SWIDTH - (2.0 * OFFSET) rescale = 0.01 A = math.exp(2 * dx / SCALE) * rescale if A > 50: return round(A, 1) else: return round(A) | def _calc_log_squared(dx): """ A and B scales """ rescale = 1 if dx < 0: dx += SWIDTH - (2.0 * OFFSET) rescale = 0.01 A = exp(2 * dx / SCALE) * rescale if A > 50: return round(A, 1) else: return round(A) | 465,548 |
def _calc_log_cubed(dx): """ K scale """ rescale = 1 if dx < 0: rescale = 0.001 dx += SWIDTH - (2.0 * OFFSET) K = math.exp(3 * dx / SCALE) * rescale if K > 500: return round(K, 0) elif K > 50: return round(K, 1) else: return round(K) | def _calc_log_cubed(dx): """ K scale """ rescale = 1 if dx < 0: rescale = 0.001 dx += SWIDTH - (2.0 * OFFSET) K = exp(3 * dx / SCALE) * rescale if K > 500: return round(K, 0) elif K > 50: return round(K, 1) else: return round(K) | 465,549 |
def _calc_log_log(dx): """ LL0 scale """ if dx < 0: dx += SWIDTH - (2.0 * OFFSET) LL0 = math.exp(math.exp(dx / SCALE) / 1000) if LL0 > 1.002: return round(LL0, 5) else: return round(LL0, 6) | def _calc_log_log(dx): """ LL0 scale """ if dx < 0: dx += SWIDTH - (2.0 * OFFSET) LL0 = exp(exp(dx / SCALE) / 1000) if LL0 > 1.002: return round(LL0, 5) else: return round(LL0, 6) | 465,550 |
def _calc_linear(dx): """ L scale """ if dx < 0: dx += SWIDTH - (2.0 * OFFSET) return round(10 * ((dx / SCALE) / math.log(10) - 1.0)) else: return round(10 * (dx / SCALE) / math.log(10)) | def _calc_linear(dx): """ L scale """ if dx < 0: dx += SWIDTH - (2.0 * OFFSET) return round(10 * ((dx / SCALE) / log(10) - 1.0)) else: return round(10 * (dx / SCALE) / math.log(10)) | 465,551 |
def _calc_linear(dx): """ L scale """ if dx < 0: dx += SWIDTH - (2.0 * OFFSET) return round(10 * ((dx / SCALE) / math.log(10) - 1.0)) else: return round(10 * (dx / SCALE) / math.log(10)) | def _calc_linear(dx): """ L scale """ if dx < 0: dx += SWIDTH - (2.0 * OFFSET) return round(10 * ((dx / SCALE) / math.log(10) - 1.0)) else: return round(10 * (dx / SCALE) / log(10)) | 465,552 |
def _calc_sine(dx): """ S scale """ dx /= SCALE s = math.exp(dx)/10 if s > 1.0: s = 1.0 S = 180.0 * math.asin(s) / math.pi if S > 60: return round(S, 1) else: return round(S) | def _calc_sine(dx): """ S scale """ dx /= SCALE s = exp(dx)/10 if s > 1.0: s = 1.0 S = 180.0 * math.asin(s) / math.pi if S > 60: return round(S, 1) else: return round(S) | 465,553 |
def _calc_sine(dx): """ S scale """ dx /= SCALE s = math.exp(dx)/10 if s > 1.0: s = 1.0 S = 180.0 * math.asin(s) / math.pi if S > 60: return round(S, 1) else: return round(S) | def _calc_sine(dx): """ S scale """ dx /= SCALE s = math.exp(dx)/10 if s > 1.0: s = 1.0 S = 180.0 * asin(s) / pi if S > 60: return round(S, 1) else: return round(S) | 465,554 |
def _calc_tangent(dx): """ T scale """ dx /= SCALE t = math.exp(dx)/10 if t > 1.0: t = 1.0 return round(180.0 * math.atan(t) / math.pi) | def _calc_tangent(dx): """ T scale """ dx /= SCALE t = exp(dx)/10 if t > 1.0: t = 1.0 return round(180.0 * math.atan(t) / math.pi) | 465,555 |
def _calc_tangent(dx): """ T scale """ dx /= SCALE t = math.exp(dx)/10 if t > 1.0: t = 1.0 return round(180.0 * math.atan(t) / math.pi) | def _calc_tangent(dx): """ T scale """ dx /= SCALE t = math.exp(dx)/10 if t > 1.0: t = 1.0 return round(180.0 * atan(t) / pi) | 465,556 |
def __init__(self, canvas, path, parent=None): """ Handle launch from both within and without of Sugar environment. """ SLIDES = {'C':[C_slide, self._calc_C], 'CI':[CI_slide, self._calc_CI], 'A':[A_slide, self._calc_A], 'K':[K_slide, self._calc_K], 'S':[S_slide, self._calc_S], 'T':[T_slide, self._calc_T], 'L':[L_slide,... | def __init__(self, canvas, path, parent=None): """ Handle launch from both within and without of Sugar environment. """ SLIDES = {'C':[C_slide, self._calc_C], 'CI':[CI_slide, self._calc_CI], 'A':[A_slide, self._calc_A], 'K':[K_slide, self._calc_K], 'S':[S_slide, self._calc_S], 'T':[T_slide, self._calc_T], 'L':[L_slide,... | 465,557 |
def __init__(self, canvas, path, parent=None): """ Handle launch from both within and without of Sugar environment. """ SLIDES = {'C':[C_slide, self._calc_C], 'CI':[CI_slide, self._calc_CI], 'A':[A_slide, self._calc_A], 'K':[K_slide, self._calc_K], 'S':[S_slide, self._calc_S], 'T':[T_slide, self._calc_T], 'L':[L_slide,... | def __init__(self, canvas, path, parent=None): """ Handle launch from both within and without of Sugar environment. """ SLIDES = {'C':[C_slide, self._calc_C], 'CI':[CI_slide, self._calc_CI], 'A':[A_slide, self._calc_A], 'K':[K_slide, self._calc_K], 'S':[S_slide, self._calc_S], 'T':[T_slide, self._calc_T], 'L':[L_slide,... | 465,558 |
def _keypress_cb(self, area, event): """ Keypress: moving the slides with the arrow keys """ k = gtk.gdk.keyval_name(event.keyval) if self.parent == None: return if k == 'a': self.parent.show_a() elif k == 'k': self.parent.show_k() elif k == 'c' or k == 'asterisk' or k == 'x': self.parent.show_c() elif k == 'i': self.p... | def _keypress_cb(self, area, event): """ Keypress: moving the slides with the arrow keys """ k = gtk.gdk.keyval_name(event.keyval) if self.parent == None: return if k in ['0', '1', '2', '3', '4', '5', '6', '7', '8', '9', 'period', 'minus', 'Return', 'BackSpace']: if self.reticule.match(self.last): if self.last == self.... | 465,559 |
def _keypress_cb(self, area, event): """ Keypress: moving the slides with the arrow keys """ k = gtk.gdk.keyval_name(event.keyval) if self.parent == None: return if k == 'a': self.parent.show_a() elif k == 'k': self.parent.show_k() elif k == 'c' or k == 'asterisk' or k == 'x': self.parent.show_c() elif k == 'i': self.p... | def _keypress_cb(self, area, event): """ Keypress: moving the slides with the arrow keys """ k = gtk.gdk.keyval_name(event.keyval) if self.parent == None: return if k == 'a': self.parent.show_a() elif k == 'k': self.parent.show_k() elif k == 'c' or k == 'asterisk' or k == 'x': self.parent.show_c() elif k == 'i': self.p... | 465,560 |
def _keypress_cb(self, area, event): """ Keypress: moving the slides with the arrow keys """ k = gtk.gdk.keyval_name(event.keyval) if self.parent == None: return if k == 'a': self.parent.show_a() elif k == 'k': self.parent.show_k() elif k == 'c' or k == 'asterisk' or k == 'x': self.parent.show_c() elif k == 'i': self.p... | def _keypress_cb(self, area, event): """ Keypress: moving the slides with the arrow keys """ k = gtk.gdk.keyval_name(event.keyval) if self.parent == None: return if k == 'a': self.parent.show_a() elif k == 'k': self.parent.show_k() elif k == 'c' or k == 'asterisk' or k == 'x': self.parent.show_c() elif k == 'i': self.p... | 465,561 |
def make_custom_slide(self, offset_text, label_text, calculate_text, min_text, max_text, step_text): """ Create custom slide and stator from text entered on toolbar. """ try: min = float(min_text) except ValueError: self.parent._min_entry.set_text('NaN') return try: max = float(max_text) except ValueError: self.parent.... | def make_custom_slide(self, offset_text, label_text, calculate_text, min_text, max_text, step_text): """ Create custom slide and stator from text entered on toolbar. """ try: min_value = float(min_text) except ValueError: self.parent._min_entry.set_text('NaN') return try: max = float(max_text) except ValueError: self.p... | 465,562 |
def make_custom_slide(self, offset_text, label_text, calculate_text, min_text, max_text, step_text): """ Create custom slide and stator from text entered on toolbar. """ try: min = float(min_text) except ValueError: self.parent._min_entry.set_text('NaN') return try: max = float(max_text) except ValueError: self.parent.... | def make_custom_slide(self, offset_text, label_text, calculate_text, min_text, max_text, step_text): """ Create custom slide and stator from text entered on toolbar. """ try: min = float(min_text) except ValueError: self.parent._min_entry.set_text('NaN') return try: max_value = float(max_text) except ValueError: self.p... | 465,563 |
def make_custom_slide(self, offset_text, label_text, calculate_text, min_text, max_text, step_text): """ Create custom slide and stator from text entered on toolbar. """ try: min = float(min_text) except ValueError: self.parent._min_entry.set_text('NaN') return try: max = float(max_text) except ValueError: self.parent.... | def make_custom_slide(self, offset_text, label_text, calculate_text, min_text, max_text, step_text): """ Create custom slide and stator from text entered on toolbar. """ try: min = float(min_text) except ValueError: self.parent._min_entry.set_text('NaN') return try: max = float(max_text) except ValueError: self.parent.... | 465,564 |
def make_custom_slide(self, offset_text, label_text, calculate_text, min_text, max_text, step_text): """ Create custom slide and stator from text entered on toolbar. """ try: min = float(min_text) except ValueError: self.parent._min_entry.set_text('NaN') return try: max = float(max_text) except ValueError: self.parent.... | defmake_custom_slide(self,offset_text,label_text,calculate_text,min_text,max_text,step_text):"""Createcustomslideandstatorfromtextenteredontoolbar."""try:min=float(min_text)exceptValueError:self.parent._min_entry.set_text('NaN')returntry:max=float(max_text)exceptValueError:self.parent._max_entry.set_text('NaN')returntr... | 465,565 |
myf = "def f(x): return " + label_text.replace('import','') | myf = "def f(x): return " + label_text.replace('import','') | 465,566 |
myf = "def f(x): return " + label_text.replace('import','') | myf = "def f(x): return " + label_text.replace('import','') | 465,567 |
def _update_top(self, function): v_left = function() if self.active_stator.name == 'L2': v_right = 10 + v_left elif self.active_stator.name == 'D': v_right = v_left * 10. elif self.active_stator.name == 'B': v_right = v_left * 100. elif self.active_stator.name == 'K2': v_right = v_left * 1000. elif self.active_stator.n... | def _update_top(self, function): v_left = function() if self.active_stator.name == 'L2': v_right = 10 + v_left elif self.active_stator.name == 'D': v_right = v_left * 10. elif self.active_stator.name == 'B': v_right = v_left * 100. elif self.active_stator.name == 'K2': v_right = v_left * 1000. elif self.active_stator.n... | 465,568 |
def header(): c.slackslog = request.POST if ('submit' in request.POST and request.POST['submit'] == _gettext('Search')): redirect( url( controller = 'root', action = 'template', templatefile = 'docs', parameter1 = request.POST['search'].replace(' ', '').lower() ), code = 303 ) c.loop.languages = { 'ch': { 'title': u'中文... | def header(): c.slackslog = request.POST if ('submit' in request.POST and request.POST['submit'] == _gettext('Search')): redirect( url( controller = 'root', action = 'template', templatefile = 'docs', parameter1 = request.POST['search'].replace(' ', '').lower() ), code = 303 ) c.loop.languages = { 'es': { 'title': u'Es... | 465,569 |
def header(): c.slackslog = request.POST if ('submit' in request.POST and request.POST['submit'] == _gettext('Search')): redirect( url( controller = 'root', action = 'template', templatefile = 'docs', parameter1 = request.POST['search'].replace(' ', '').lower() ), code = 303 ) c.loop.languages = { 'ch': { 'title': u'中文... | def header(): c.slackslog = request.POST if ('submit' in request.POST and request.POST['submit'] == _gettext('Search')): redirect( url( controller = 'root', action = 'template', templatefile = 'docs', parameter1 = request.POST['search'].replace(' ', '').lower() ), code = 303 ) c.loop.languages = { 'ch': { 'title': u'中文... | 465,570 |
def format(string): string = templating.getvariable(string, '.', c) return escape(json.dumps(string, sort_keys=True, indent=4)) | def format(string): string = templating.getvariable(string, '.', c) return json.dumps(string, sort_keys=True, indent=4) | 465,571 |
def docs(): c.loop.articles = [ { 'articles': [ { 'title': 'Getting Started', 'url': 'gettingstarted' }, { 'title': 'Comparison of SUIT to its Alternatives', 'url': 'comparison' }, { 'title': 'Features', 'url': 'features' }, { 'title': 'Reading Docs', 'url': 'readingdocs' }, { 'title': 'Rules', 'url': 'rules' }, { 'tit... | def docs(): c.loop.articles = [ { 'articles': [ { 'title': 'Getting Started', 'url': 'gettingstarted' }, { 'title': 'Comparison of SUIT to its Alternatives', 'url': 'comparison' }, { 'title': 'Features', 'url': 'features' }, { 'title': 'Reading Docs', 'url': 'readingdocs' }, { 'title': 'Rules', 'url': 'rules' }, { 'tit... | 465,572 |
def docs(): c.loop.articles = [ { 'articles': [ { 'title': 'Getting Started', 'url': 'gettingstarted' }, { 'title': 'Comparison of SUIT to its Alternatives', 'url': 'comparison' }, { 'title': 'Features', 'url': 'features' }, { 'title': 'Reading Docs', 'url': 'readingdocs' }, { 'title': 'Rules', 'url': 'rules' }, { 'tit... | def docs(): c.loop.articles = [ { 'articles': [ { 'title': 'Getting Started', 'url': 'gettingstarted' }, { 'title': 'Comparison of SUIT to its Alternatives', 'url': 'comparison' }, { 'title': 'Features', 'url': 'features' }, { 'title': 'Reading Docs', 'url': 'readingdocs' }, { 'title': 'Rules', 'url': 'rules' }, { 'tit... | 465,573 |
def docs(): c.loop.articles = [ { 'articles': [ { 'title': 'Getting Started', 'url': 'gettingstarted' }, { 'title': 'Comparison of SUIT to its Alternatives', 'url': 'comparison' }, { 'title': 'Features', 'url': 'features' }, { 'title': 'Reading Docs', 'url': 'readingdocs' }, { 'title': 'Rules', 'url': 'rules' }, { 'tit... | def docs(): c.loop.articles = [ { 'articles': [ { 'title': 'Getting Started', 'url': 'gettingstarted' }, { 'title': 'Comparison of SUIT to its Alternatives', 'url': 'comparison' }, { 'title': 'Features', 'url': 'features' }, { 'title': 'Reading Docs', 'url': 'readingdocs' }, { 'title': 'Rules', 'url': 'rules' }, { 'tit... | 465,574 |
def __init__(self, context, request): super(BlockView, self).__init__(context, request) self.portal_state = getMultiAdapter((self.context, self.request), name=u'plone_portal_state') self.sl_portal_url = self.portal_state.portal_url() blockconf = IBlockConfig(self.context) self.image_layout = blockconf.image_layout | def __init__(self, context, request): super(BlockView, self).__init__(context, request) self.portal_state = getMultiAdapter((self.context, self.request), name=u'plone_portal_state') self.sl_portal_url = self.portal_state.portal_url() blockconf = IBlockConfig(self.context) self.image_layout = blockconf.image_layout | 465,575 |
def getBlockHeight(self): blockconf = IBlockConfig(self.context) return blockconf.block_height or '' | def getBlockHeight(self): blockconf = IBlockConfig(self.context) return blockconf.block_height or '' | 465,576 |
def getImageTag(self): alt = unicode(self.context.getImageAltText(), self.context.getCharset()) title = unicode(self.context.getImageCaption(), self.context.getCharset()) | def def image_wrapper_style(self): """ sets width of the div wrapping the image, so the caption linebreaks """ blockconf = IBlockConfig(self.context) width, height = blockconf.image_dimension return "width: %spx" % width getImageTag(self): def image_wrapper_style(self): """ sets width of the div wrapping the image, s... | 465,577 |
def render_timeline_event(self, context, field, event): changesets, show_location, show_files = event[3] cset, cset_resource, repos_for_uid = changesets[0] message = cset.message or '' reponame = cset_resource.parent.id rev_b, rev_a = cset.rev, cset.rev #? FIXME | def render_timeline_event(self, context, field, event): changesets, show_location, show_files = event[3] cset, cset_resource, repos_for_uid = changesets[0] message = cset.message or '' reponame = cset_resource.parent.id rev_b, rev_a = cset.rev, cset.rev #? FIXME | 465,578 |
def expand_macro(self, formatter, name, content): min_depth, max_depth = 1, 6 title = None inline = 0 if content: argv = [arg.strip() for arg in content.split(',')] if len(argv) > 0: depth = argv[0] if '-' in depth: min_depth, max_depth = [int(d) for d in depth.split('-', 1)] else: min_depth = max_depth = int(depth) if... | def expand_macro(self, formatter, name, content): min_depth, max_depth = 1, 6 title = None inline = 0 if content: argv = [arg.strip() for arg in content.split(',')] if len(argv) > 0: depth = argv[0] if '-' in depth: min_depth, max_depth = [int(d) for d in depth.split('-', 1)] else: min_depth = max_depth = int(depth) if... | 465,579 |
def expand_macro(self, formatter, name, content): # args will be null if the macro is called without parenthesis. if not content: return '' # parse arguments # we expect the 1st argument to be a filename (filespec) args = content.split(',') if len(args) == 0: raise Exception("No argument.") filespec = args.pop(0) | def expand_macro(self, formatter, name, content): # args will be null if the macro is called without parenthesis. if not content: return '' # parse arguments # we expect the 1st argument to be a filename (filespec) args = content.split(',') if len(args) == 0: raise Exception("No argument.") filespec = args.pop(0) | 465,580 |
def expand_macro(self, formatter, name, content): # args will be null if the macro is called without parenthesis. if not content: return '' # parse arguments # we expect the 1st argument to be a filename (filespec) args = content.split(',') if len(args) == 0: raise Exception("No argument.") filespec = args.pop(0) | def expand_macro(self, formatter, name, content): # args will be null if the macro is called without parenthesis. if not content: return '' # parse arguments # we expect the 1st argument to be a filename (filespec) args = content.split(',') if len(args) == 0: raise Exception("No argument.") filespec = args.pop(0) | 465,581 |
def _dispatch_request(req, env, env_error): resp = [] # fixup env.abs_href if `[trac] base_url` was not specified if env and not env.abs_href.base: env._abs_href = req.abs_href try: if not env and env_error: raise HTTPInternalError(env_error) try: dispatcher = RequestDispatcher(env) dispatcher.dispatch(req) except Re... | def _dispatch_request(req, env, env_error): resp = [] # fixup env.abs_href if `[trac] base_url` was not specified if env and not env.abs_href.base: env._abs_href = req.abs_href try: if not env and env_error: raise HTTPInternalError(env_error) try: dispatcher = RequestDispatcher(env) dispatcher.dispatch(req) except Re... | 465,582 |
def render_ticket_action_control(self, req, ticket, action): | def render_ticket_action_control(self, req, ticket, action): | 465,583 |
def _sync(self, reponame, rev, clean): rm = RepositoryManager(self.env) if reponame == '*': if rev is not None: raise TracError(_('Cannot synchronize a single revision ' 'on multiple repositories')) repositories = rm.get_real_repositories() else: if is_default(reponame): reponame = '' repos = rm.get_repository(reponame... | def _sync(self, reponame, rev, clean): rm = RepositoryManager(self.env) if reponame == '*': if rev is not None: raise TracError(_('Cannot synchronize a single revision ' 'on multiple repositories')) repositories = rm.get_real_repositories() else: if is_default(reponame): reponame = '' repos = rm.get_repository(reponame... | 465,584 |
def __new__(mcs, name, bases, d): """Create the component class.""" | def __new__(mcs, name, bases, d): """Create the component class.""" | 465,585 |
def maybe_init(self, compmgr, init=init, cls=new_class): if cls not in compmgr.components: compmgr.components[cls] = self if init: try: init(self) except: del compmgr.components[cls] raise | def maybe_init(self, compmgr, init=init, cls=new_class): if cls not in compmgr.components: compmgr.components[cls] = self if init: try: init(self) except: del compmgr.components[cls] raise | 465,586 |
def _prep_session_table(db, spread_visits=False): """ Populate the session table with known values. Return a tuple of lists: (auth_list, anon_list, all_list) """ cursor = db.cursor() cursor.execute("DELETE FROM session") cursor.execute("DELETE FROM session_attribute") last_visit_base = time.mktime(datetime(2010, 1, 1)... | def _prep_session_table(db, spread_visits=False): """ Populate the session table with known values. Return a tuple of lists: (auth_list, anon_list, all_list) """ cursor = db.cursor() cursor.execute("DELETE FROM session") cursor.execute("DELETE FROM session_attribute") last_visit_base = time.mktime(datetime(2010, 1, 1)... | 465,587 |
def _render_repository_index(self, context, all_repositories, order, desc): # Color scale for the age column timerange = custom_colorizer = None if self.color_scale: custom_colorizer = self.get_custom_colorizer() | def _render_repository_index(self, context, all_repositories, order, desc): # Color scale for the age column timerange = custom_colorizer = None if self.color_scale: custom_colorizer = self.get_custom_colorizer() | 465,588 |
def _render_repository_index(self, context, all_repositories, order, desc): # Color scale for the age column timerange = custom_colorizer = None if self.color_scale: custom_colorizer = self.get_custom_colorizer() | def _render_repository_index(self, context, all_repositories, order, desc): # Color scale for the age column timerange = custom_colorizer = None if self.color_scale: custom_colorizer = self.get_custom_colorizer() | 465,589 |
def repo_order((reponame, repoinfo, repos, youngest, err)): return youngest and youngest.date | def repo_order((reponame, repoinfo, repos, youngest, err)): return youngest and youngest.date | 465,590 |
def file_order(a): return changes[a.rev].date | def file_order(a): return changes[a.rev].date | 465,591 |
def file_order(a): return changes[a.rev].author.lower() | def file_order(a): return changes[a.rev].author.lower() | 465,592 |
def display_html(self, req, query): db = self.env.get_db_cnx() | def display_html(self, req, query): db = self.env.get_db_cnx() | 465,593 |
def __init__(self, input, correct, file, line, setup=None, teardown=None, context=None): unittest.TestCase.__init__(self, 'test') self.title, self.input = input.split('\n', 1) if self.title: self.title = self.title.strip() self.correct = correct self.file = file self.line = line self._setup = setup self._teardown = tea... | def __init__(self, title, input, correct, file, line, setup=None, teardown=None, context=None): unittest.TestCase.__init__(self, 'test') self.title, self.input = input.split('\n', 1) if self.title: self.title = self.title.strip() self.correct = correct self.file = file self.line = line self._setup = setup self._teardow... | 465,594 |
def __init__(self, input, correct, file, line, setup=None, teardown=None, context=None): unittest.TestCase.__init__(self, 'test') self.title, self.input = input.split('\n', 1) if self.title: self.title = self.title.strip() self.correct = correct self.file = file self.line = line self._setup = setup self._teardown = tea... | def __init__(self, input, correct, file, line, setup=None, teardown=None, context=None): unittest.TestCase.__init__(self, 'test') self.title = title self.input = input self.correct = correct self.file = file self.line = line self._setup = setup self._teardown = teardown | 465,595 |
def test(self): """Testing WikiFormatter""" formatter = self.formatter() v = unicode(formatter.generate(**self.generate_opts)).replace('\r','') try: self.assertEquals(self.correct, v) except AssertionError, e: msg = to_unicode(e) import re match = re.match(r"u?'(.*)' != u?'(.*)'", msg) if match: g1 = ["%s\n" % x for x ... | def test(self): """Testing WikiFormatter""" formatter = self.formatter() v = unicode(formatter.generate(**self.generate_opts)).replace('\r','') try: self.assertEquals(self.correct, v) except AssertionError, e: msg = to_unicode(e) match = re.match(r"u?'(.*)' != u?'(.*)'", msg) if match: g1 = ["%s\n" % x for x in match.g... | 465,596 |
def suite(data=None, setup=None, file=__file__, teardown=None, context=None): suite = unittest.TestSuite() if not data: file = os.path.join(os.path.split(file)[0], 'wiki-tests.txt') data = open(file, 'r').read().decode('utf-8') tests = data.split('=' * 30) next_line = 1 line = 0 for test in tests: if line != next_line:... | def suite(data=None, setup=None, file=__file__, teardown=None, context=None): suite = unittest.TestSuite() def add_test_cases(data, filename): tests = re.compile('^(%s.*)$' % ('=' * 30), re.MULTILINE).split(data) next_line = 1 line = 0 for title, test in zip(tests[1::2], tests[2::2]): title = title.lstrip('=').strip() ... | 465,597 |
def open_environment(env_path=None, use_cache=False): """Open an existing environment object, and verify that the database is up to date. :param env_path: absolute path to the environment directory; if ommitted, the value of the `TRAC_ENV` environment variable is used :param use_cache: whether the environment should b... | def open_environment(env_path=None, use_cache=False): """Open an existing environment object, and verify that the database is up to date. :param env_path: absolute path to the environment directory; if ommitted, the value of the `TRAC_ENV` environment variable is used :param use_cache: whether the environment should b... | 465,598 |
def open_environment(env_path=None, use_cache=False): """Open an existing environment object, and verify that the database is up to date. :param env_path: absolute path to the environment directory; if ommitted, the value of the `TRAC_ENV` environment variable is used :param use_cache: whether the environment should b... | def open_environment(env_path=None, use_cache=False): """Open an existing environment object, and verify that the database is up to date. :param env_path: absolute path to the environment directory; if ommitted, the value of the `TRAC_ENV` environment variable is used :param use_cache: whether the environment should b... | 465,599 |
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