Python-mode commands * py-guess-pdb-path If py-pdb-path isn't set, find location of pdb.py. * highlight-indentation-on Make sure `highlight-indentation' is on. * highlight-indentation-off Make sure `highlight-indentation' is off. * highlight-indentation Toggle highlight indentation. Optional argument INDENT-WIDTH specifies which indentation level (spaces only) should be highlighted, if omitted indent-width will be guessed from current major-mode * run-python-internal Run an inferior Internal Python process. Input and output via buffer named after `python-shell-internal-buffer-name' and what `python-shell-internal-get-process-name' returns. This new kind of shell is intended to be used for generic communication related to defined configurations. The main difference with global or dedicated shells is that these ones are attached to a configuration, not a buffer. This means that can be used for example to retrieve the sys.path and other stuff, without messing with user shells. Runs the hook `inferior-python-mode-hook' (after the `comint-mode-hook' is run). (Type C-h m in the process buffer for a list of commands.) * python-shell-send-string Send STRING to inferior Python PROCESS. When `py-verbose-p' and MSG is non-nil messages the first line of STRING. * python-shell-send-region Send the region delimited by START and END to inferior Python process. * python-shell-send-buffer Send the entire buffer to inferior Python process. * python-shell-send-defun Send the current defun to inferior Python process. When argument ARG is non-nil sends the innermost defun. * python-shell-send-file Send FILE-NAME to inferior Python PROCESS. If TEMP-FILE-NAME is passed then that file is used for processing instead, while internally the shell will continue to use FILE-NAME. * python-shell-switch-to-shell Switch to inferior Python process buffer. * python-shell-completion-complete-at-point Perform completion at point in inferior Python process. * python-shell-completion-complete-or-indent Complete or indent depending on the context. If content before pointer is all whitespace indent. If not try to complete. * py-count-lines Count lines in accessible part until current line. See http://debbugs.gnu.org/cgi/bugreport.cgi?bug=7115 * run-python Run an inferior Python process, input and output via buffer *Python*. CMD is the Python command to run. NOSHOW non-nil means don't show the buffer automatically. Interactively, a prefix arg means to prompt for the initial Python command line (default is `python-command'). A new process is started if one isn't running attached to `python-buffer', or if called from Lisp with non-nil arg NEW. Otherwise, if a process is already running in `python-buffer', switch to that buffer. This command runs the hook `inferior-python-mode-hook' after running `comint-mode-hook'. Type C-h m in the process buffer for a list of commands. By default, Emacs inhibits the loading of Python modules from the current working directory, for security reasons. To disable this behavior, change `python-remove-cwd-from-path' to nil. * python-send-region Send the region to the inferior Python process. * python-send-string Evaluate STRING in inferior Python process. * python-send-buffer Send the current buffer to the inferior Python process. * python-send-defun Send the current defun (class or method) to the inferior Python process. * python-switch-to-python Switch to the Python process buffer, maybe starting new process. With prefix arg, position cursor at end of buffer. * python-send-region-and-go Send the region to the inferior Python process. Then switch to the process buffer. * python-load-file Load a Python file FILE-NAME into the inferior Python process. If the file has extension `.py' import or reload it as a module. Treating it as a module keeps the global namespace clean, provides function location information for debugging, and supports users of module-qualified names. * python-set-proc Set the default value of `python-buffer' to correspond to this buffer. If the current buffer has a local value of `python-buffer', set the default (global) value to that. The associated Python process is the one that gets input from M-x python-send-region et al when used in a buffer that doesn't have a local value of `python-buffer'. * python-fill-paragraph `fill-paragraph-function' handling multi-line strings and possibly comments. If any of the current line is in or at the end of a multi-line string, fill the string or the paragraph of it that point is in, preserving the string's indentation. * python-shift-left Shift lines in region COUNT (the prefix arg) columns to the left. COUNT defaults to `py-indent-offset'. If region isn't active, just shift current line. The region shifted includes the lines in which START and END lie. It is an error if any lines in the region are indented less than COUNT columns. * python-shift-right Shift lines in region COUNT (the prefix arg) columns to the right. COUNT defaults to `py-indent-offset'. If region isn't active, just shift current line. The region shifted includes the lines in which START and END lie. * python-mark-block Mark the block around point. Uses `python-beginning-of-block', `python-end-of-block'. * python-find-imports Find top-level imports, updating `python-imports'. * python-find-function Find source of definition of function NAME. Interactively, prompt for name. * py-insert-default-shebang Insert in buffer shebang of installed default Python. * py-electric-comment Insert a comment. If starting a comment, indent accordingly. If a numeric argument ARG is provided, that many colons are inserted non-electrically. With C-u "#" electric behavior is inhibited inside a string or comment. * py-electric-colon Insert a colon and indent accordingly. If a numeric argument ARG is provided, that many colons are inserted non-electrically. Electric behavior is inhibited inside a string or comment or by universal prefix C-u. Default is nil, controlled by `py-electric-colon-active-p' * py-electric-backspace Delete preceding character or level of indentation. With ARG do that ARG times. Returns column reached. * py-electric-delete Delete following character or levels of whitespace. With ARG do that ARG times. * py-indent-line-outmost Indent the current line to the outmost reasonable indent. With optional C-u an indent with length `py-indent-offset' is inserted unconditionally * py-indent-line Indent the current line according to Python rules. When called interactivly with C-u, ignore dedenting rules for block closing statements (e.g. return, raise, break, continue, pass) An optional C-u followed by a numeric argument neither 1 nor 4 will switch off `py-smart-indentation' for this execution. This permits to correct allowed but unwanted indents. Similar to `toggle-py-smart-indentation' resp. `py-smart-indentation-off' followed by TAB. This function is normally used by `indent-line-function' resp. TAB. Returns current indentation * py-newline-and-indent Add a newline and indent to outmost reasonable indent. When indent is set back manually, this is honoured in following lines. * py-newline-and-dedent Add a newline and indent to one level below current. Returns column. * toggle-force-local-shell If locally indicated Python shell should be taken and enforced upon sessions execute commands. Toggles boolean `py-force-local-shell-p' along with `py-force-py-shell-name-p' Returns value of `toggle-force-local-shell' switched to. When on, kind of an option 'follow', local shell sets `py-shell-name', enforces its use afterwards. See also commands `py-force-local-shell-on' `py-force-local-shell-off' * py-force-local-shell-on Make sure, `py-py-force-local-shell-p' is on. Returns value of `py-force-local-shell-p'. Kind of an option 'follow', local shell sets `py-shell-name', enforces its use afterwards * py-force-local-shell-off Restore `py-shell-name' default value and `behaviour'. * toggle-force-py-shell-name-p If customized default `py-shell-name' should be enforced upon execution. If `py-force-py-shell-name-p' should be on or off. Returns value of `py-force-py-shell-name-p' switched to. See also commands force-py-shell-name-p-on force-py-shell-name-p-off Caveat: Completion might not work that way. * force-py-shell-name-p-on Switches `py-force-py-shell-name-p' on. Customized default `py-shell-name' will be enforced upon execution. Returns value of `py-force-py-shell-name-p'. Caveat: Completion might not work that way. * force-py-shell-name-p-off Make sure, `py-force-py-shell-name-p' is off. Function to use by executes will be guessed from environment. Returns value of `py-force-py-shell-name-p'. * py-toggle-indent-tabs-mode Toggle `indent-tabs-mode'. Returns value of `indent-tabs-mode' switched to. * py-indent-tabs-mode With positive ARG switch `indent-tabs-mode' on. With negative ARG switch `indent-tabs-mode' off. Returns value of `indent-tabs-mode' switched to. * py-indent-tabs-mode-on Switch `indent-tabs-mode' on. * py-indent-tabs-mode-off Switch `indent-tabs-mode' on. * py-guess-indent-offset Guess a value for, and change, `py-indent-offset'. By default, make a buffer-local copy of `py-indent-offset' with the new value. With optional argument GLOBAL change the global value of `py-indent-offset'. Indent might be guessed savely only from beginning of a block. Returns `py-indent-offset' * py-narrow-to-defun Make text outside current def or class invisible. The defun visible is the one that contains point or follows point. * py-shift-left Dedent region according to `py-indent-offset' by COUNT times. If no region is active, current line is dedented. Returns indentation reached. * py-shift-right Indent region according to `py-indent-offset' by COUNT times. If no region is active, current line is indented. Returns indentation reached. * py-shift-paragraph-right Indent paragraph by COUNT spaces. COUNT defaults to `py-indent-offset', use [universal-argument] to specify a different value. Returns outmost indentation reached. * py-shift-paragraph-left Dedent paragraph by COUNT spaces. COUNT defaults to `py-indent-offset', use [universal-argument] to specify a different value. Returns outmost indentation reached. * py-shift-block-right Indent block by COUNT spaces. COUNT defaults to `py-indent-offset', use [universal-argument] to specify a different value. Returns outmost indentation reached. * py-shift-block-left Dedent block by COUNT spaces. COUNT defaults to `py-indent-offset', use [universal-argument] to specify a different value. Returns outmost indentation reached. * py-shift-clause-right Indent clause by COUNT spaces. COUNT defaults to `py-indent-offset', use [universal-argument] to specify a different value. Returns outmost indentation reached. * py-shift-clause-left Dedent clause by COUNT spaces. COUNT defaults to `py-indent-offset', use [universal-argument] to specify a different value. Returns outmost indentation reached. * py-shift-def-right Indent def by COUNT spaces. COUNT defaults to `py-indent-offset', use [universal-argument] to specify a different value. Returns outmost indentation reached. * py-shift-def-left Dedent def by COUNT spaces. COUNT defaults to `py-indent-offset', use [universal-argument] to specify a different value. Returns outmost indentation reached. * py-shift-class-right Indent class by COUNT spaces. COUNT defaults to `py-indent-offset', use [universal-argument] to specify a different value. Returns outmost indentation reached. * py-shift-class-left Dedent class by COUNT spaces. COUNT defaults to `py-indent-offset', use [universal-argument] to specify a different value. Returns outmost indentation reached. * py-shift-line-right Indent line by COUNT spaces. COUNT defaults to `py-indent-offset', use [universal-argument] to specify a different value. Returns outmost indentation reached. * py-shift-line-left Dedent line by COUNT spaces. COUNT defaults to `py-indent-offset', use [universal-argument] to specify a different value. Returns outmost indentation reached. * py-shift-statement-right Indent statement by COUNT spaces. COUNT defaults to `py-indent-offset', use [universal-argument] to specify a different value. Returns outmost indentation reached. * py-shift-statement-left Dedent statement by COUNT spaces. COUNT defaults to `py-indent-offset', use [universal-argument] to specify a different value. Returns outmost indentation reached. * py-indent-and-forward Indent current line according to mode, move one line forward. * py-indent-region Reindent a region of Python code. With optional INDENT-OFFSET specify a different value than `py-indent-offset' at place. Guesses the outmost reasonable indent Returns and keeps relative position * py-beginning-of-paragraph-position Returns beginning of paragraph position. * py-end-of-paragraph-position Returns end of paragraph position. * py-beginning-of-block-position Returns beginning of block position. * py-end-of-block-position Returns end of block position. * py-beginning-of-clause-position Returns beginning of clause position. * py-end-of-clause-position Returns end of clause position. * py-beginning-of-block-or-clause-position Returns beginning of block-or-clause position. * py-end-of-block-or-clause-position Returns end of block-or-clause position. * py-beginning-of-def-position Returns beginning of def position. * py-end-of-def-position Returns end of def position. * py-beginning-of-class-position Returns beginning of class position. * py-end-of-class-position Returns end of class position. * py-beginning-of-def-or-class-position Returns beginning of def-or-class position. * py-end-of-def-or-class-position Returns end of def-or-class position. * py-beginning-of-line-position Returns beginning of line position. * py-end-of-line-position Returns end of line position. * py-beginning-of-statement-position Returns beginning of statement position. * py-end-of-statement-position Returns end of statement position. * py-beginning-of-expression-position Returns beginning of expression position. * py-end-of-expression-position Returns end of expression position. * py-beginning-of-partial-expression-position Returns beginning of partial-expression position. * py-end-of-partial-expression-position Returns end of partial-expression position. * py-bounds-of-statement Returns bounds of statement at point. With optional POSITION, a number, report bounds of statement at POSITION. Returns a list, whose car is beg, cdr - end. * py-bounds-of-block Returns bounds of block at point. With optional POSITION, a number, report bounds of block at POSITION. Returns a list, whose car is beg, cdr - end. * py-bounds-of-clause Returns bounds of clause at point. With optional POSITION, a number, report bounds of clause at POSITION. Returns a list, whose car is beg, cdr - end. * py-bounds-of-block-or-clause Returns bounds of block-or-clause at point. With optional POSITION, a number, report bounds of block-or-clause at POSITION. Returns a list, whose car is beg, cdr - end. * py-bounds-of-def Returns bounds of def at point. With optional POSITION, a number, report bounds of def at POSITION. Returns a list, whose car is beg, cdr - end. * py-bounds-of-class Returns bounds of class at point. With optional POSITION, a number, report bounds of class at POSITION. Returns a list, whose car is beg, cdr - end. * py-bounds-of-region Returns bounds of region at point. Returns a list, whose car is beg, cdr - end. * py-bounds-of-buffer Returns bounds of buffer at point. With optional POSITION, a number, report bounds of buffer at POSITION. Returns a list, whose car is beg, cdr - end. * py-bounds-of-expression Returns bounds of expression at point. With optional POSITION, a number, report bounds of expression at POSITION. Returns a list, whose car is beg, cdr - end. * py-bounds-of-partial-expression Returns bounds of partial-expression at point. With optional POSITION, a number, report bounds of partial-expression at POSITION. Returns a list, whose car is beg, cdr - end. * py-bounds-of-declarations Bounds of consecutive multitude of assigments resp. statements around point. Indented same level, which don't open blocks. Typically declarations resp. initialisations of variables following a class or function definition. See also py-bounds-of-statements * py-beginning-of-declarations Got to the beginning of assigments resp. statements in current level which don't open blocks. * py-end-of-declarations Got to the end of assigments resp. statements in current level which don't open blocks. * py-declarations Copy and mark assigments resp. statements in current level which don't open blocks or start with a keyword. See also `py-statements', which is more general, taking also simple statements starting with a keyword. * py-kill-declarations Delete variables declared in current level. Store deleted variables in kill-ring * py-bounds-of-statements Bounds of consecutive multitude of statements around point. Indented same level, which don't open blocks. * py-beginning-of-statements Got to the beginning of statements in current level which don't open blocks. * py-end-of-statements Got to the end of statements in current level which don't open blocks. * py-statements Copy and mark simple statements in current level which don't open blocks. More general than py-declarations, which would stop at keywords like a print-statement. * py-kill-statements Delete statements declared in current level. Store deleted statements in kill-ring * py-comment-region Like `comment-region' but uses double hash (`#') comment starter. * py-fill-paragraph Like M-q, but handle Python comments and strings. If any of the current line is a comment, fill the comment or the paragraph of it that point is in, preserving the comment's indentation and initial `#'s. If point is inside a string, narrow to that string and fill. * py-insert-super Insert a function "super()" from current environment. As example given in Python v3.1 documentation » The Python Standard Library » class C(B): def method(self, arg): super().method(arg) # This does the same thing as: # super(C, self).method(arg) Returns the string inserted. * py-nesting-level Accepts the output of `parse-partial-sexp'. * py-compute-indentation Compute Python indentation. When HONOR-BLOCK-CLOSE-P is non-nil, statements such as `return', `raise', `break', `continue', and `pass' force one level of dedenting. * py-continuation-offset With numeric ARG different from 1 py-continuation-offset is set to that value; returns py-continuation-offset. * py-indentation-of-statement Returns the indenation of the statement at point. * py-list-beginning-position Return lists beginning position, nil if not inside. Optional ARG indicates a start-position for `parse-partial-sexp'. * py-end-of-list-position Return end position, nil if not inside. Optional ARG indicates a start-position for `parse-partial-sexp'. * py-in-triplequoted-string-p Returns character address of start tqs-string, nil if not inside. * py-in-string-p Returns character address of start of string, nil if not inside. * py-in-statement-p Returns list of beginning and end-position if inside. Result is useful for booleans too: (when (py-in-statement-p)...) will work. * py-statement-opens-block-p Return position if the current statement opens a block in stricter or wider sense. For stricter sense specify regexp. * py-statement-opens-clause-p Return position if the current statement opens block or clause. * py-statement-opens-block-or-clause-p Return position if the current statement opens block or clause. * py-statement-opens-class-p Return `t' if the statement opens a functions or class definition, nil otherwise. * py-statement-opens-def-p Return `t' if the statement opens a functions or class definition, nil otherwise. * py-statement-opens-def-or-class-p Return `t' if the statement opens a functions or class definition, nil otherwise. * py-current-defun Go to the outermost method or class definition in current scope. Python value for `add-log-current-defun-function'. This tells add-log.el how to find the current function/method/variable. Returns name of class or methods definition, if found, nil otherwise. See customizable variables `py-current-defun-show' and `py-current-defun-delay'. * py-sort-imports Sort multiline imports. Put point inside the parentheses of a multiline import and hit M-x py-sort-imports to sort the imports lexicographically * py-which-function Return the name of the function or class, if curser is in, return nil otherwise. * py-beginning-of-block Returns beginning of block if successful, nil otherwise. Referring python program structures see for example: http://docs.python.org/reference/compound_stmts.html * py-end-of-block Go to the end of block. Returns position reached, if any, nil otherwise. Referring python program structures see for example: http://docs.python.org/reference/compound_stmts.html * py-beginning-of-clause Returns beginning of clause if successful, nil otherwise. Referring python program structures see for example: http://docs.python.org/reference/compound_stmts.html * py-end-of-clause Go to the end of clause. Returns position reached, if any, nil otherwise. Referring python program structures see for example: http://docs.python.org/reference/compound_stmts.html * py-beginning-of-block-or-clause Returns beginning of block-or-clause if successful, nil otherwise. Referring python program structures see for example: http://docs.python.org/reference/compound_stmts.html * py-end-of-block-or-clause Go to the end of block-or-clause. Returns position reached, if any, nil otherwise. Referring python program structures see for example: http://docs.python.org/reference/compound_stmts.html * py-beginning-of-def Returns beginning of def if successful, nil otherwise. Referring python program structures see for example: http://docs.python.org/reference/compound_stmts.html * py-end-of-def Go to the end of def. Returns position reached, if any, nil otherwise. Referring python program structures see for example: http://docs.python.org/reference/compound_stmts.html * py-beginning-of-class Returns beginning of class if successful, nil otherwise. Referring python program structures see for example: http://docs.python.org/reference/compound_stmts.html * py-end-of-class Go to the end of class. Returns position reached, if any, nil otherwise. Referring python program structures see for example: http://docs.python.org/reference/compound_stmts.html * py-beginning-of-def-or-class Returns beginning of def-or-class if successful, nil otherwise. Referring python program structures see for example: http://docs.python.org/reference/compound_stmts.html * py-end-of-def-or-class Go to the end of def-or-class. Returns position reached, if any, nil otherwise. Referring python program structures see for example: http://docs.python.org/reference/compound_stmts.html * py-beginning-of-if-block Returns beginning of if-block if successful, nil otherwise. Referring python program structures see for example: http://docs.python.org/reference/compound_stmts.html * py-end-of-if-block Go to the end of if-block. Returns position reached, if any, nil otherwise. Referring python program structures see for example: http://docs.python.org/reference/compound_stmts.html * py-beginning-of-try-block Returns beginning of try-block if successful, nil otherwise. Referring python program structures see for example: http://docs.python.org/reference/compound_stmts.html * py-end-of-try-block Go to the end of try-block. Returns position reached, if any, nil otherwise. Referring python program structures see for example: http://docs.python.org/reference/compound_stmts.html * py-beginning-of-minor-block Returns beginning of minor-block if successful, nil otherwise. Referring python program structures see for example: http://docs.python.org/reference/compound_stmts.html * py-end-of-minor-block Go to the end of minor-block. Returns position reached, if any, nil otherwise. Referring python program structures see for example: http://docs.python.org/reference/compound_stmts.html * py-beginning-of-expression Go to the beginning of a compound python expression. A a compound python expression might be concatenated by "." operator, thus composed by minor python expressions. If already at the beginning or before a expression, go to next expression in buffer upwards Expression here is conceived as the syntactical component of a statement in Python. See http://docs.python.org/reference Operators however are left aside resp. limit py-expression designed for edit-purposes. * py-end-of-expression Go to the end of a compound python expression. A a compound python expression might be concatenated by "." operator, thus composed by minor python expressions. Expression here is conceived as the syntactical component of a statement in Python. See http://docs.python.org/reference Operators however are left aside resp. limit py-expression designed for edit-purposes. * py-beginning-of-partial-expression Go to the beginning of a minor python expression. "." operators delimit a minor expression on their level. Expression here is conceived as the syntactical component of a statement in Python. See http://docs.python.org/reference Operators however are left aside resp. limit py-expression designed for edit-purposes. If already at the beginning or before a partial-expression, go to next partial-expression in buffer upwards * py-end-of-partial-expression Go to the end of a minor python expression. "." operators delimit a minor expression on their level. Expression here is conceived as the syntactical component of a statement in Python. See http://docs.python.org/reference Operators however are left aside resp. limit py-expression designed for edit-purposes. * py-beginning-of-line Go to beginning-of-line, return position. If already at beginning-of-line and not at BOB, go to beginning of previous line. * py-end-of-line Go to end-of-line, return position. If already at end-of-line and not at EOB, go to end of next line. * py-beginning-of-statement Go to the initial line of a simple statement. For beginning of compound statement use py-beginning-of-block. For beginning of clause py-beginning-of-clause. Referring python program structures see for example: http://docs.python.org/reference/compound_stmts.html * py-end-of-statement Go to the last char of current statement. To go just beyond the final line of the current statement, use `py-down-statement-lc'. * py-goto-statement-below Goto beginning of next statement. * py-mark-paragraph Mark paragraph at point. Returns beginning and end positions of marked area, a cons. * py-mark-block Mark block at point. Returns beginning and end positions of marked area, a cons. * py-mark-clause Mark clause at point. Returns beginning and end positions of marked area, a cons. * py-mark-block-or-clause Mark block-or-clause at point. Returns beginning and end positions of marked area, a cons. * py-mark-def Mark def at point. With M-x universal argument or `py-mark-decorators' set to `t', decorators are marked too. Returns beginning and end positions of marked area, a cons. * py-mark-class Mark class at point. With M-x universal argument or `py-mark-decorators' set to `t', decorators are marked too. Returns beginning and end positions of marked area, a cons. * py-mark-def-or-class Mark def-or-class at point. With M-x universal argument or `py-mark-decorators' set to `t', decorators are marked too. Returns beginning and end positions of marked area, a cons. * py-mark-line Mark line at point. Returns beginning and end positions of marked area, a cons. * py-mark-statement Mark statement at point. Returns beginning and end positions of marked area, a cons. * py-mark-expression Mark expression at point. Returns beginning and end positions of marked area, a cons. * py-mark-partial-expression Mark partial-expression at point. Returns beginning and end positions of marked area, a cons. * py-beginning-of-decorator Go to the beginning of a decorator. Returns position if succesful * py-end-of-decorator Go to the end of a decorator. Returns position if succesful * py-copy-expression Mark expression at point. Returns beginning and end positions of marked area, a cons. * py-copy-partial-expression Mark partial-expression at point. Returns beginning and end positions of marked area, a cons. "." operators delimit a partial-expression expression on it's level, that's the difference to compound expressions. Given the function below, `py-partial-expression' called at pipe symbol would copy and return: def usage(): print """Usage: %s ....""" % ( os.path.basename(sys.argv[0])) ------------|------------------------- ==> path os.path.basename(sys.argv[0])) ------------------|------------------- ==> basename(sys.argv[0])) os.path.basename(sys.argv[0])) --------------------------|----------- ==> sys os.path.basename(sys.argv[0])) ------------------------------|------- ==> argv[0] while `py-expression' would copy and return ( os.path.basename(sys.argv[0])) ;;;;; Also for existing commands a shorthand is defined: (defalias 'py-statement 'py-copy-statement) * py-copy-statement Mark statement at point. Returns beginning and end positions of marked area, a cons. * py-copy-block Mark block at point. Returns beginning and end positions of marked area, a cons. * py-copy-block-or-clause Mark block-or-clause at point. Returns beginning and end positions of marked area, a cons. * py-copy-def Mark def at point. With universal argument or `py-mark-decorators' set to `t' decorators are copied too. Returns beginning and end positions of marked area, a cons. * py-copy-def-or-class Mark def-or-class at point. With universal argument or `py-mark-decorators' set to `t' decorators are copied too. Returns beginning and end positions of marked area, a cons. * py-copy-class Mark class at point. With universal argument or `py-mark-decorators' set to `t' decorators are copied too. Returns beginning and end positions of marked area, a cons. * py-copy-clause Mark clause at point. Returns beginning and end positions of marked area, a cons. * py-kill-expression Delete expression at point. Stores data in kill ring. Might be yanked back using `C-y'. * py-kill-partial-expression Delete partial-expression at point. Stores data in kill ring. Might be yanked back using `C-y'. "." operators delimit a partial-expression expression on it's level, that's the difference to compound expressions. * py-kill-statement Delete statement at point. Stores data in kill ring. Might be yanked back using `C-y'. * py-kill-block Delete block at point. Stores data in kill ring. Might be yanked back using `C-y'. * py-kill-block-or-clause Delete block-or-clause at point. Stores data in kill ring. Might be yanked back using `C-y'. * py-kill-def-or-class Delete def-or-class at point. Stores data in kill ring. Might be yanked back using `C-y'. * py-kill-class Delete class at point. Stores data in kill ring. Might be yanked back using `C-y'. * py-kill-def Delete def at point. Stores data in kill ring. Might be yanked back using `C-y'. * py-kill-clause Delete clause at point. Stores data in kill ring. Might be yanked back using `C-y'. * py-forward-line Goes to end of line after forward move. Travels right-margin comments. * py-go-to-beginning-of-comment Go to the beginning of current line's comment, if any. From a programm use `py-beginning-of-comment' instead * py-leave-comment-or-string-backward If inside a comment or string, leave it backward. * py-beginning-of-list-pps Go to the beginning of a list. Optional ARG indicates a start-position for `parse-partial-sexp'. Return beginning position, nil if not inside. * py-down-block-lc Goto beginning of line following end of block. Returns position reached, if successful, nil otherwise. "-lc" stands for "left-corner" - a complementary command travelling left, whilst `py-end-of-block' stops at right corner. See also `py-down-block': down from current definition to next beginning of block below. * py-down-clause-lc Goto beginning of line following end of clause. Returns position reached, if successful, nil otherwise. "-lc" stands for "left-corner" - a complementary command travelling left, whilst `py-end-of-clause' stops at right corner. See also `py-down-clause': down from current definition to next beginning of clause below. * py-down-def-lc Goto beginning of line following end of def. Returns position reached, if successful, nil otherwise. "-lc" stands for "left-corner" - a complementary command travelling left, whilst `py-end-of-def' stops at right corner. See also `py-down-def': down from current definition to next beginning of def below. * py-down-class-lc Goto beginning of line following end of class. Returns position reached, if successful, nil otherwise. "-lc" stands for "left-corner" - a complementary command travelling left, whilst `py-end-of-class' stops at right corner. See also `py-down-class': down from current definition to next beginning of class below. * py-down-statement-lc Goto beginning of line following end of statement. Returns position reached, if successful, nil otherwise. "-lc" stands for "left-corner" - a complementary command travelling left, whilst `py-end-of-statement' stops at right corner. See also `py-down-statement': down from current definition to next beginning of statement below. * py-down-statement Go to the beginning of next statement below in buffer. Returns indentation if statement found, nil otherwise. * py-down-block Go to the beginning of next block below in buffer. Returns indentation if block found, nil otherwise. * py-down-clause Go to the beginning of next clause below in buffer. Returns indentation if clause found, nil otherwise. * py-down-block-or-clause Go to the beginning of next block-or-clause below in buffer. Returns indentation if block-or-clause found, nil otherwise. * py-down-def Go to the beginning of next def below in buffer. Returns indentation if def found, nil otherwise. * py-down-class Go to the beginning of next class below in buffer. Returns indentation if class found, nil otherwise. * py-down-def-or-class Go to the beginning of next def-or-class below in buffer. Returns indentation if def-or-class found, nil otherwise. * py-forward-into-nomenclature Move forward to end of a nomenclature section or word. With C-u (programmatically, optional argument ARG), do it that many times. A `nomenclature' is a fancy way of saying AWordWithMixedCaseNotUnderscores. * py-backward-into-nomenclature Move backward to beginning of a nomenclature section or word. With optional ARG, move that many times. If ARG is negative, move forward. A `nomenclature' is a fancy way of saying AWordWithMixedCaseNotUnderscores. * match-paren Go to the matching brace, bracket or parenthesis if on its counterpart. Otherwise insert the character, the key is assigned to, here `%'. With universal arg  insert a `%'. * py-toggle-execute-keep-temporary-file-p Toggle py-execute-keep-temporary-file-p * py-guess-default-python Defaults to "python", if guessing didn't succeed. * py-set-shell-completion-environment Sets `...-completion-command-string' and `py-complete-function'. * py-set-ipython-completion-command-string Set and return `ipython-completion-command-string'. * py-shell-dedicated Start an interactive Python interpreter in another window. With optional C-u user is prompted by `py-choose-shell' for command and options to pass to the Python interpreter. * py-shell Start an interactive Python interpreter in another window. Interactively, C-u 4 prompts for a buffer. C-u 2 prompts for `py-python-command-args'. If `default-directory' is a remote file name, it is also prompted to change if called with a prefix arg. Returns py-shell's buffer-name. Optional string PYSHELLNAME overrides default `py-shell-name'. Optional symbol SWITCH ('switch/'noswitch) precedes `py-switch-buffers-on-execute-p' When SEPCHAR is given, `py-shell' must not detect the file-separator. BUFFER allows specifying a name, the Python process is connected to When DONE is `t', `py-shell-manage-windows' is omitted * python Start an Python interpreter. Optional C-u prompts for options to pass to the Python interpreter. See `py-python-command-args'. Optional DEDICATED SWITCH are provided for use from programs. * ipython Start an IPython interpreter. Optional C-u prompts for options to pass to the IPython interpreter. See `py-python-command-args'. Optional DEDICATED SWITCH are provided for use from programs. * python3 Start an Python3 interpreter. Optional C-u prompts for options to pass to the Python3 interpreter. See `py-python-command-args'. Optional DEDICATED SWITCH are provided for use from programs. * python2 Start an Python2 interpreter. Optional C-u prompts for options to pass to the Python2 interpreter. See `py-python-command-args'. Optional DEDICATED SWITCH are provided for use from programs. * python2\.7 Start an Python2.7 interpreter. Optional C-u prompts for options to pass to the Python2.7 interpreter. See `py-python-command-args'. Optional DEDICATED SWITCH are provided for use from programs. * jython Start an Jython interpreter. Optional C-u prompts for options to pass to the Jython interpreter. See `py-python-command-args'. Optional DEDICATED SWITCH are provided for use from programs. * bpython Start an BPython interpreter. Optional C-u prompts for options to pass to the Jython interpreter. See `py-python-command-args'. Optional DEDICATED SWITCH are provided for use from programs. * python3\.2 Start an Python3.2 interpreter. Optional C-u prompts for options to pass to the Python3.2 interpreter. See `py-python-command-args'. Optional DEDICATED SWITCH are provided for use from programs. * python-dedicated Start an unique Python interpreter in another window. Optional C-u prompts for options to pass to the Python interpreter. See `py-python-command-args'. * ipython-dedicated Start an unique IPython interpreter in another window. Optional C-u prompts for options to pass to the IPython interpreter. See `py-python-command-args'. * python3-dedicated Start an unique Python3 interpreter in another window. Optional C-u prompts for options to pass to the Python3 interpreter. See `py-python-command-args'. * python2-dedicated Start an unique Python2 interpreter in another window. Optional C-u prompts for options to pass to the Python2 interpreter. See `py-python-command-args'. * python2\.7-dedicated Start an unique Python2.7 interpreter in another window. Optional C-u prompts for options to pass to the Python2.7 interpreter. See `py-python-command-args'. * jython-dedicated Start an unique Jython interpreter in another window. Optional C-u prompts for options to pass to the Jython interpreter. See `py-python-command-args'. * python3\.2-dedicated Start an unique Python3.2 interpreter in another window. Optional C-u prompts for options to pass to the Python3.2 interpreter. See `py-python-command-args'. * python-switch Switch to Python interpreter in another window. Optional C-u prompts for options to pass to the Python interpreter. See `py-python-command-args'. * ipython-switch Switch to IPython interpreter in another window. Optional C-u prompts for options to pass to the IPython interpreter. See `py-python-command-args'. * python3-switch Switch to Python3 interpreter in another window. Optional C-u prompts for options to pass to the Python3 interpreter. See `py-python-command-args'. * python2-switch Switch to Python2 interpreter in another window. Optional C-u prompts for options to pass to the Python2 interpreter. See `py-python-command-args'. * python2\.7-switch Switch to Python2.7 interpreter in another window. Optional C-u prompts for options to pass to the Python2.7 interpreter. See `py-python-command-args'. * jython-switch Switch to Jython interpreter in another window. Optional C-u prompts for options to pass to the Jython interpreter. See `py-python-command-args'. * python3\.2-switch Switch to Python3.2 interpreter in another window. Optional C-u prompts for options to pass to the Python3.2 interpreter. See `py-python-command-args'. * python-no-switch Open an Python interpreter in another window, but do not switch to it. Optional C-u prompts for options to pass to the Python interpreter. See `py-python-command-args'. * ipython-no-switch Open an IPython interpreter in another window, but do not switch to it. Optional C-u prompts for options to pass to the IPython interpreter. See `py-python-command-args'. * python3-no-switch Open an Python3 interpreter in another window, but do not switch to it. Optional C-u prompts for options to pass to the Python3 interpreter. See `py-python-command-args'. * python2-no-switch Open an Python2 interpreter in another window, but do not switch to it. Optional C-u prompts for options to pass to the Python2 interpreter. See `py-python-command-args'. * python2\.7-no-switch Open an Python2.7 interpreter in another window, but do not switch to it. Optional C-u prompts for options to pass to the Python2.7 interpreter. See `py-python-command-args'. * jython-no-switch Open an Jython interpreter in another window, but do not switch to it. Optional C-u prompts for options to pass to the Jython interpreter. See `py-python-command-args'. * python3\.2-no-switch Open an Python3.2 interpreter in another window, but do not switch to it. Optional C-u prompts for options to pass to the Python3.2 interpreter. See `py-python-command-args'. * python-switch-dedicated Switch to an unique Python interpreter in another window. Optional C-u prompts for options to pass to the Python interpreter. See `py-python-command-args'. * ipython-switch-dedicated Switch to an unique IPython interpreter in another window. Optional C-u prompts for options to pass to the IPython interpreter. See `py-python-command-args'. * python3-switch-dedicated Switch to an unique Python3 interpreter in another window. Optional C-u prompts for options to pass to the Python3 interpreter. See `py-python-command-args'. * python2-switch-dedicated Switch to an unique Python2 interpreter in another window. Optional C-u prompts for options to pass to the Python2 interpreter. See `py-python-command-args'. * python2\.7-switch-dedicated Switch to an unique Python2.7 interpreter in another window. Optional C-u prompts for options to pass to the Python2.7 interpreter. See `py-python-command-args'. * jython-switch-dedicated Switch to an unique Jython interpreter in another window. Optional C-u prompts for options to pass to the Jython interpreter. See `py-python-command-args'. * python3\.2-switch-dedicated Switch to an unique Python3.2 interpreter in another window. Optional C-u prompts for options to pass to the Python3.2 interpreter. See `py-python-command-args'. * py-which-execute-file-command Return the command appropriate to Python version. Per default it's "(format "execfile(r'%s') # PYTHON-MODE\n" filename)" for Python 2 series. * py-execute-region-no-switch Send the region to a Python interpreter. Ignores setting of `py-switch-buffers-on-execute-p', buffer with region stays current. * py-execute-region-switch Send the region to a Python interpreter. Ignores setting of `py-switch-buffers-on-execute-p', output-buffer will being switched to. * py-execute-region Send the region to a Python interpreter. When called with M-x univeral-argument, execution through `default-value' of `py-shell-name' is forced. When called with M-x univeral-argument followed by a number different from 4 and 1, user is prompted to specify a shell. This might be the name of a system-wide shell or include the path to a virtual environment. When called from a programm, it accepts a string specifying a shell which will be forced upon execute as argument. Optional arguments DEDICATED (boolean) and SWITCH (symbols 'noswitch/'switch) * py-execute-region-default Send the region to the systems default Python interpreter. See also `py-execute-region'. * py-execute-region-dedicated Get the region processed by an unique Python interpreter. When called with M-x univeral-argument, execution through `default-value' of `py-shell-name' is forced. When called with M-x univeral-argument followed by a number different from 4 and 1, user is prompted to specify a shell. This might be the name of a system-wide shell or include the path to a virtual environment. When called from a programm, it accepts a string specifying a shell which will be forced upon execute as argument. * py-execute-region-default-dedicated Send the region to an unique shell of systems default Python. * py-execute-string Send the argument STRING to a Python interpreter. See also `py-execute-region'. * py-execute-string-dedicated Send the argument STRING to an unique Python interpreter. See also `py-execute-region'. * py-fetch-py-master-file Lookup if a `py-master-file' is specified. See also doku of variable `py-master-file' * py-execute-import-or-reload Import the current buffer's file in a Python interpreter. If the file has already been imported, then do reload instead to get the latest version. If the file's name does not end in ".py", then do execfile instead. If the current buffer is not visiting a file, do `py-execute-buffer' instead. If the file local variable `py-master-file' is non-nil, import or reload the named file instead of the buffer's file. The file may be saved based on the value of `py-execute-import-or-reload-save-p'. See also `M-x py-execute-region'. This may be preferable to `M-x py-execute-buffer' because: - Definitions stay in their module rather than appearing at top level, where they would clutter the global namespace and not affect uses of qualified names (MODULE.NAME). - The Python debugger gets line number information about the functions. * py-execute-buffer-dedicated Send the contents of the buffer to a unique Python interpreter. If the file local variable `py-master-file' is non-nil, execute the named file instead of the buffer's file. If a clipping restriction is in effect, only the accessible portion of the buffer is sent. A trailing newline will be supplied if needed. With M-x univeral-argument user is prompted to specify another then default shell. See also `M-x py-execute-region'. * py-execute-buffer-switch Send the contents of the buffer to a Python interpreter and switches to output. If the file local variable `py-master-file' is non-nil, execute the named file instead of the buffer's file. If there is a *Python* process buffer, it is used. If a clipping restriction is in effect, only the accessible portion of the buffer is sent. A trailing newline will be supplied if needed. With M-x univeral-argument user is prompted to specify another then default shell. See also `M-x py-execute-region'. * py-execute-buffer-dedicated-switch Send the contents of the buffer to an unique Python interpreter. Ignores setting of `py-switch-buffers-on-execute-p'. If the file local variable `py-master-file' is non-nil, execute the named file instead of the buffer's file. If a clipping restriction is in effect, only the accessible portion of the buffer is sent. A trailing newline will be supplied if needed. With M-x univeral-argument user is prompted to specify another then default shell. See also `M-x py-execute-region'. * py-execute-buffer Send the contents of the buffer to a Python interpreter. When called with M-x univeral-argument, execution through `default-value' of `py-shell-name' is forced. When called with M-x univeral-argument followed by a number different from 4 and 1, user is prompted to specify a shell. This might be the name of a system-wide shell or include the path to a virtual environment. If the file local variable `py-master-file' is non-nil, execute the named file instead of the buffer's file. When called from a programm, it accepts a string specifying a shell which will be forced upon execute as argument. When called from a programm, it accepts a string specifying a shell which will be forced upon execute as argument. Optional arguments DEDICATED (boolean) and SWITCH (symbols 'noswitch/'switch) * py-execute-buffer-no-switch Send the contents of the buffer to a Python interpreter but don't switch to output. If the file local variable `py-master-file' is non-nil, execute the named file instead of the buffer's file. If there is a *Python* process buffer, it is used. If a clipping restriction is in effect, only the accessible portion of the buffer is sent. A trailing newline will be supplied if needed. With M-x univeral-argument user is prompted to specify another then default shell. See also `M-x py-execute-region'. * py-execute-defun Send the current defun (class or method) to the inferior Python process. * py-process-file Process "python filename". Optional OUTPUT-BUFFER and ERROR-BUFFER might be given. * py-exec-execfile-region Execute the region in a Python interpreter. * py-exec-execfile Process "python filename", Optional OUTPUT-BUFFER and ERROR-BUFFER might be given.') * py-execute-statement Send statement at point to a Python interpreter. When called with M-x univeral-argument, execution through `default-value' of `py-shell-name' is forced. See also `py-force-py-shell-name-p'. When called with M-x univeral-argument followed by a number different from 4 and 1, user is prompted to specify a shell. This might be the name of a system-wide shell or include the path to a virtual environment. When called from a programm, it accepts a string specifying a shell which will be forced upon execute as argument. Optional arguments DEDICATED (boolean) and SWITCH (symbols 'noswitch/'switch) * py-execute-block Send block at point to a Python interpreter. When called with M-x univeral-argument, execution through `default-value' of `py-shell-name' is forced. See also `py-force-py-shell-name-p'. When called with M-x univeral-argument followed by a number different from 4 and 1, user is prompted to specify a shell. This might be the name of a system-wide shell or include the path to a virtual environment. When called from a programm, it accepts a string specifying a shell which will be forced upon execute as argument. Optional arguments DEDICATED (boolean) and SWITCH (symbols 'noswitch/'switch) * py-execute-block-or-clause Send block-or-clause at point to a Python interpreter. When called with M-x univeral-argument, execution through `default-value' of `py-shell-name' is forced. See also `py-force-py-shell-name-p'. When called with M-x univeral-argument followed by a number different from 4 and 1, user is prompted to specify a shell. This might be the name of a system-wide shell or include the path to a virtual environment. When called from a programm, it accepts a string specifying a shell which will be forced upon execute as argument. Optional arguments DEDICATED (boolean) and SWITCH (symbols 'noswitch/'switch) * py-execute-def Send def at point to a Python interpreter. When called with M-x univeral-argument, execution through `default-value' of `py-shell-name' is forced. See also `py-force-py-shell-name-p'. When called with M-x univeral-argument followed by a number different from 4 and 1, user is prompted to specify a shell. This might be the name of a system-wide shell or include the path to a virtual environment. When called from a programm, it accepts a string specifying a shell which will be forced upon execute as argument. Optional arguments DEDICATED (boolean) and SWITCH (symbols 'noswitch/'switch) * py-execute-class Send class at point to a Python interpreter. When called with M-x univeral-argument, execution through `default-value' of `py-shell-name' is forced. See also `py-force-py-shell-name-p'. When called with M-x univeral-argument followed by a number different from 4 and 1, user is prompted to specify a shell. This might be the name of a system-wide shell or include the path to a virtual environment. When called from a programm, it accepts a string specifying a shell which will be forced upon execute as argument. Optional arguments DEDICATED (boolean) and SWITCH (symbols 'noswitch/'switch) * py-execute-def-or-class Send def-or-class at point to a Python interpreter. When called with M-x univeral-argument, execution through `default-value' of `py-shell-name' is forced. See also `py-force-py-shell-name-p'. When called with M-x univeral-argument followed by a number different from 4 and 1, user is prompted to specify a shell. This might be the name of a system-wide shell or include the path to a virtual environment. When called from a programm, it accepts a string specifying a shell which will be forced upon execute as argument. Optional arguments DEDICATED (boolean) and SWITCH (symbols 'noswitch/'switch) * py-execute-expression Send expression at point to a Python interpreter. When called with M-x univeral-argument, execution through `default-value' of `py-shell-name' is forced. See also `py-force-py-shell-name-p'. When called with M-x univeral-argument followed by a number different from 4 and 1, user is prompted to specify a shell. This might be the name of a system-wide shell or include the path to a virtual environment. When called from a programm, it accepts a string specifying a shell which will be forced upon execute as argument. Optional arguments DEDICATED (boolean) and SWITCH (symbols 'noswitch/'switch) * py-execute-partial-expression Send partial-expression at point to a Python interpreter. When called with M-x univeral-argument, execution through `default-value' of `py-shell-name' is forced. See also `py-force-py-shell-name-p'. When called with M-x univeral-argument followed by a number different from 4 and 1, user is prompted to specify a shell. This might be the name of a system-wide shell or include the path to a virtual environment. When called from a programm, it accepts a string specifying a shell which will be forced upon execute as argument. Optional arguments DEDICATED (boolean) and SWITCH (symbols 'noswitch/'switch) * py-execute-line Send current line from beginning of indent to Python interpreter. * py-execute-file When called interactively, user is prompted for filename. * py-down-exception Go to the next line down in the traceback. With M-x univeral-argument (programmatically, optional argument BOTTOM), jump to the bottom (innermost) exception in the exception stack. * py-up-exception Go to the previous line up in the traceback. With C-u (programmatically, optional argument TOP) jump to the top (outermost) exception in the exception stack. * py-output-buffer-filter Clear output buffer from py-shell-input prompt etc. * py-send-string Evaluate STRING in inferior Python process. * py-pdbtrack-toggle-stack-tracking Set variable `py-pdbtrack-do-tracking-p'. * turn-on-pdbtrack * turn-off-pdbtrack * py-fetch-docu Lookup in current buffer for the doku for the symbol at point. Useful for newly defined symbol, not known to python yet. * py-find-imports Find top-level imports, updating `python-imports'. * py-eldoc-function Print help on symbol at point. * py-describe-symbol Print help on symbol at point. Optional C-u used for debugging, will prevent deletion of temp file. * py-describe-mode Dump long form of `python-mode' docs. * py-find-function Find source of definition of function NAME. Interactively, prompt for name. * py-update-imports Returns `python-imports'. Imports done are displayed in message buffer. * py-indent-forward-line Indent and move one line forward to next indentation. Returns column of line reached. If `py-kill-empty-line' is non-nil, delete an empty line. When closing a form, use py-close-block et al, which will move and indent likewise. With M-x universal argument just indent. * py-dedent-forward-line Dedent line and move one line forward. * py-dedent Dedent line according to `py-indent-offset'. With arg, do it that many times. If point is between indent levels, dedent to next level. Return indentation reached, if dedent done, nil otherwise. Affected by `py-dedent-keep-relative-column'. * py-close-def Set indent level to that of beginning of function definition. If final line isn't empty and `py-close-block-provides-newline' non-nil, insert a newline. * py-close-class Set indent level to that of beginning of class definition. If final line isn't empty and `py-close-block-provides-newline' non-nil, insert a newline. * py-close-clause Set indent level to that of beginning of clause definition. If final line isn't empty and `py-close-block-provides-newline' non-nil, insert a newline. * py-close-block Set indent level to that of beginning of block definition. If final line isn't empty and `py-close-block-provides-newline' non-nil, insert a newline. * py-class-at-point Return class definition as string. With interactive call, send it to the message buffer too. * py-line-at-point Return line as string. With interactive call, send it to the message buffer too. * py-looking-at-keywords-p If looking at a python keyword. Returns t or nil. * py-match-paren-mode py-match-paren-mode nil oder t * py-match-paren Goto to the opening or closing of block before or after point. With arg, do it that many times. Closes unclosed block if jumping from beginning. * py-printform-insert Inserts a print statement out of current `(car kill-ring)' by default, inserts ARG instead if delivered. * py-documentation Launch PyDOC on the Word at Point * eva Put "eval(...)" forms around strings at point. * pst-here Kill previous "pdb.set_trace()" and insert it at point. * py-line-to-printform-python2 Transforms the item on current in a print statement. * py-switch-imenu-index-function For development only. Good old renamed `py-imenu-create-index'-function hangs with medium size files already. Working `py-imenu-create-index-new' is active by default. Switch between classic index machine `py-imenu-create-index'-function and new `py-imenu-create-index-new'. The former may provide a more detailed report, thus delivering two different index-machines is considered. * py-choose-shell-by-path Select Python executable according to version desplayed in path, current buffer-file is selected from. Returns versioned string, nil if nothing appropriate found * py-choose-shell-by-shebang Choose shell by looking at #! on the first line. Returns the specified Python resp. Jython shell command name. * py-which-python Returns version of Python of current environment, a number. * py-python-current-environment Returns path of current Python installation. * py-switch-shell Toggles between the interpreter customized in `py-shell-toggle-1' resp. `py-shell-toggle-2'. Was hard-coded CPython and Jython in earlier versions, now starts with Python2 and Python3 by default. ARG might be a python-version string to set to. C-u `py-toggle-shell' prompts to specify a reachable Python command. C-u followed by numerical arg 2 or 3, `py-toggle-shell' opens a respective Python shell. C-u followed by numerical arg 5 opens a Jython shell. Should you need more shells to select, extend this command by adding inside the first cond: ((eq NUMBER (prefix-numeric-value arg)) "MY-PATH-TO-SHELL") * py-choose-shell Return an appropriate executable as a string. Returns nil, if no executable found. This does the following: - look for an interpreter with `py-choose-shell-by-shebang' - examine imports using `py-choose-shell-by-import' - look if Path/To/File indicates a Python version - if not successful, return default value of `py-shell-name' When interactivly called, messages the shell name, Emacs would in the given circtumstances. With C-u 4 is called `py-switch-shell' see docu there. * py-toggle-smart-indentation If `py-smart-indentation' should be on or off. Returns value of `py-smart-indentation' switched to. * py-smart-indentation-on Make sure, `py-smart-indentation' is on. Returns value of `py-smart-indentation'. * py-smart-indentation-off Make sure, `py-smart-indentation' is off. Returns value of `py-smart-indentation'. * py-toggle-split-windows-on-execute If `py-split-windows-on-execute-p' should be on or off. Returns value of `py-split-windows-on-execute-p' switched to. * py-split-windows-on-execute-on Make sure, `py-split-windows-on-execute-p' is on. Returns value of `py-split-windows-on-execute-p'. * py-split-windows-on-execute-off Make sure, `py-split-windows-on-execute-p' is off. Returns value of `py-split-windows-on-execute-p'. * clear-flymake-allowed-file-name-masks Remove entries with SUFFIX from `flymake-allowed-file-name-masks'. Default is "\.py\'" * pylint-flymake-mode Toggle `pylint' `flymake-mode'. * pyflakes-flymake-mode Toggle `pyflakes' `flymake-mode'. * pychecker-flymake-mode Toggle `pychecker' `flymake-mode'. * pep8-flymake-mode Toggle `pep8' `flymake-mode'. * pyflakespep8-flymake-mode Toggle `pyflakespep8' `flymake-mode'. Joint call to pyflakes and pep8 as proposed by Keegan Carruthers-Smith * py-toggle-shell-switch-buffers-on-execute If `py-switch-buffers-on-execute-p' should be on or off. Returns value of `py-switch-buffers-on-execute-p' switched to. * py-shell-switch-buffers-on-execute-on Make sure, `py-switch-buffers-on-execute-p' is on. Returns value of `py-switch-buffers-on-execute-p'. * py-shell-switch-buffers-on-execute-off Make sure, `py-switch-buffers-on-execute-p' is off. Returns value of `py-switch-buffers-on-execute-p'. * py-install-directory-check Do some sanity check for `py-install-directory'. Returns `t' if successful. * py-guess-py-install-directory Takes value of user directory aka $HOME if `(locate-library "python-mode")' is not succesful. * py-set-load-path Include needed subdirs of python-mode directory. * autopair-insert-or-skip-quote Insert or possibly skip over a quoting character. Works by scheduling possible autopair behaviour, then calls original command as if autopair didn't exist. * autopair-insert-opening Insert opening delimiter and possibly automatically close it. Works by scheduling possible autopair behaviour, then calls original command as if autopair didn't exist. * autopair-skip-close-maybe Insert or possibly skip over a closing delimiter. Works by scheduling possible autopair behaviour, then calls original command as if autopair didn't exist. * autopair-backspace Possibly delete a pair of paired delimiters. Works by scheduling possible autopair behaviour, then calls original command as if autopair didn't exist. * autopair-newline Do a smart newline when right between parenthesis. In other words, insert an extra newline along with the one inserted normally by this command. Then place point after the first, indented. Works by scheduling possible autopair behaviour, then calls original command as if autopair didn't exist. * autopair-extra-insert-opening Insert (an extra) opening delimiter and possibly automatically close it. Works by scheduling possible autopair behaviour, then calls original command as if autopair didn't exist. * autopair-extra-skip-close-maybe Insert or possibly skip over a (and extra) closing delimiter. Works by scheduling possible autopair behaviour, then calls original command as if autopair didn't exist. * autopair-insert-or-skip-paired-delimiter Insert or possibly skip over a character with a syntax-class of "paired delimiter".Works by scheduling possible autopair behaviour, then calls original command as if autopair didn't exist. * py-edit-abbrevs Jumps to `python-mode-abbrev-table' in a buffer containing lists of abbrev definitions. You can edit them and type C-c C-c to redefine abbrevs according to your editing. Buffer contains a header line for each abbrev table, which is the abbrev table name in parentheses. This is followed by one line per abbrev in that table: NAME USECOUNT EXPANSION HOOK where NAME and EXPANSION are strings with quotes, USECOUNT is an integer, and HOOK is any valid function or may be omitted (it is usually omitted). * py-add-abbrev Defines python-mode specific abbrev for last expressions before point. Argument is how many `py-partial-expression's form the expansion; or zero means the region is the expansion. Reads the abbreviation in the minibuffer; with numeric arg it displays a proposal for an abbrev. Proposal is composed from the initial character(s) of the expansion. Don't use this function in a Lisp program; use `define-abbrev' instead. * py-def-or-class-beginning-position Returns beginning position of function or class definition. * py-def-or-class-end-position Returns end position of function or class definition. * py-statement-beginning-position Returns beginning position of statement. * py-statement-end-position Returns end position of statement. * py-current-indentation Returns beginning position of code in line. * py-python-version Returns versions number of a Python EXECUTABLE, string. If no EXECUTABLE given, `py-shell-name' is used. Interactively output of `--version' is displayed. * py-version Echo the current version of `python-mode' in the minibuffer. * py-install-search-local * py-install-local-shells Builds Python-shell commands from executable found in LOCAL. If LOCAL is empty, shell-command `find' searches beneath current directory. Eval resulting buffer to install it, see customizable `py-extensions'. * py-send-region Send the region to the inferior Python process. * py-send-buffer Send the current buffer to the inferior Python process. * py-switch-to-python Switch to the Python process buffer, maybe starting new process. With prefix arg, position cursor at end of buffer. * py-send-region-and-go Send the region to the inferior Python process. Then switch to the process buffer. * py-load-file Load a Python file FILE-NAME into the inferior Python process. If the file has extension `.py' import or reload it as a module. Treating it as a module keeps the global namespace clean, provides function location information for debugging, and supports users of module-qualified names. * py-completion-at-point An alternative completion, similar the way python.el does it. * py-script-complete * py-python-script-complete Complete word before point, if any. Otherwise insert TAB. * py-python2-shell-complete * py-python3-shell-complete Complete word before point, if any. Otherwise insert TAB. * py-shell-complete Complete word before point, if any. Otherwise insert TAB. * ipython-complete Complete the python symbol before point. If no completion available, insert a TAB. Returns the completed symbol, a string, if successful, nil otherwise. * ipython-complete-py-shell-name Complete the python symbol before point. If no completion available, insert a TAB. Returns the completed symbol, a string, if successful, nil otherwise. Bug: if no IPython-shell is running, fails first time due to header returned, which messes up the result. Please repeat once then. * py-pep8-run *Run pep8, check formatting (default on the file currently visited). * py-pep8-help Display pep8 command line help messages. * py-pylint-run *Run pylint (default on the file currently visited). For help see M-x pylint-help resp. M-x pylint-long-help. Home-page: http://www.logilab.org/project/pylint * py-pylint-help Display Pylint command line help messages. Let's have this until more Emacs-like help is prepared * py-pylint-doku Display Pylint Documentation. Calls `pylint --full-documentation' * py-pyflakes-run *Run pyflakes (default on the file currently visited). For help see M-x pyflakes-help resp. M-x pyflakes-long-help. Home-page: http://www.logilab.org/project/pyflakes * py-pyflakes-help Display Pyflakes command line help messages. Let's have this until more Emacs-like help is prepared * py-pyflakespep8-run *Run pyflakespep8, check formatting (default on the file currently visited). * py-pyflakespep8-help Display pyflakespep8 command line help messages. * py-pychecker-run *Run pychecker (default on the file currently visited). * virtualenv-current barfs the current activated virtualenv * virtualenv-activate Activate the virtualenv located in DIR * virtualenv-deactivate Deactivate the current virtual enviroment * virtualenv-workon Issue a virtualenvwrapper-like virtualenv-workon command * py-toggle-local-default-use * py-execute-statement-python Send statement at point to Python interpreter. * py-execute-statement-python-switch Send statement at point to Python interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-statement-python-noswitch Send statement at point to Python interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-statement-python-dedicated Send statement at point to Python unique interpreter. * py-execute-statement-python-dedicated-switch Send statement at point to Python unique interpreter and switch to result. * py-execute-statement-ipython Send statement at point to IPython interpreter. * py-execute-statement-ipython-switch Send statement at point to IPython interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-statement-ipython-noswitch Send statement at point to IPython interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-statement-ipython-dedicated Send statement at point to IPython unique interpreter. * py-execute-statement-ipython-dedicated-switch Send statement at point to IPython unique interpreter and switch to result. * py-execute-statement-python3 Send statement at point to Python3 interpreter. * py-execute-statement-python3-switch Send statement at point to Python3 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-statement-python3-noswitch Send statement at point to Python3 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-statement-python3-dedicated Send statement at point to Python3 unique interpreter. * py-execute-statement-python3-dedicated-switch Send statement at point to Python3 unique interpreter and switch to result. * py-execute-statement-python2 Send statement at point to Python2 interpreter. * py-execute-statement-python2-switch Send statement at point to Python2 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-statement-python2-noswitch Send statement at point to Python2 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-statement-python2-dedicated Send statement at point to Python2 unique interpreter. * py-execute-statement-python2-dedicated-switch Send statement at point to Python2 unique interpreter and switch to result. * py-execute-statement-python2\.7 Send statement at point to Python2.7 interpreter. * py-execute-statement-python2\.7-switch Send statement at point to Python2.7 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-statement-python2\.7-noswitch Send statement at point to Python2.7 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-statement-python2\.7-dedicated Send statement at point to Python2.7 unique interpreter. * py-execute-statement-python2\.7-dedicated-switch Send statement at point to Python2.7 unique interpreter and switch to result. * py-execute-statement-jython Send statement at point to Jython interpreter. * py-execute-statement-jython-switch Send statement at point to Jython interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-statement-jython-noswitch Send statement at point to Jython interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-statement-jython-dedicated Send statement at point to Jython unique interpreter. * py-execute-statement-jython-dedicated-switch Send statement at point to Jython unique interpreter and switch to result. * py-execute-statement-python3\.2 Send statement at point to Python3.2 interpreter. * py-execute-statement-python3\.2-switch Send statement at point to Python3.2 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-statement-python3\.2-noswitch Send statement at point to Python3.2 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-statement-python3\.2-dedicated Send statement at point to Python3.2 unique interpreter. * py-execute-statement-python3\.2-dedicated-switch Send statement at point to Python3.2 unique interpreter and switch to result. * py-execute-block-python Send block at point to Python interpreter. * py-execute-block-python-switch Send block at point to Python interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-block-python-noswitch Send block at point to Python interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-block-python-dedicated Send block at point to Python unique interpreter. * py-execute-block-python-dedicated-switch Send block at point to Python unique interpreter and switch to result. * py-execute-block-ipython Send block at point to IPython interpreter. * py-execute-block-ipython-switch Send block at point to IPython interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-block-ipython-noswitch Send block at point to IPython interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-block-ipython-dedicated Send block at point to IPython unique interpreter. * py-execute-block-ipython-dedicated-switch Send block at point to IPython unique interpreter and switch to result. * py-execute-block-python3 Send block at point to Python3 interpreter. * py-execute-block-python3-switch Send block at point to Python3 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-block-python3-noswitch Send block at point to Python3 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-block-python3-dedicated Send block at point to Python3 unique interpreter. * py-execute-block-python3-dedicated-switch Send block at point to Python3 unique interpreter and switch to result. * py-execute-block-python2 Send block at point to Python2 interpreter. * py-execute-block-python2-switch Send block at point to Python2 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-block-python2-noswitch Send block at point to Python2 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-block-python2-dedicated Send block at point to Python2 unique interpreter. * py-execute-block-python2-dedicated-switch Send block at point to Python2 unique interpreter and switch to result. * py-execute-block-python2\.7 Send block at point to Python2.7 interpreter. * py-execute-block-python2\.7-switch Send block at point to Python2.7 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-block-python2\.7-noswitch Send block at point to Python2.7 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-block-python2\.7-dedicated Send block at point to Python2.7 unique interpreter. * py-execute-block-python2\.7-dedicated-switch Send block at point to Python2.7 unique interpreter and switch to result. * py-execute-block-jython Send block at point to Jython interpreter. * py-execute-block-jython-switch Send block at point to Jython interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-block-jython-noswitch Send block at point to Jython interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-block-jython-dedicated Send block at point to Jython unique interpreter. * py-execute-block-jython-dedicated-switch Send block at point to Jython unique interpreter and switch to result. * py-execute-block-python3\.2 Send block at point to Python3.2 interpreter. * py-execute-block-python3\.2-switch Send block at point to Python3.2 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-block-python3\.2-noswitch Send block at point to Python3.2 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-block-python3\.2-dedicated Send block at point to Python3.2 unique interpreter. * py-execute-block-python3\.2-dedicated-switch Send block at point to Python3.2 unique interpreter and switch to result. * py-execute-clause-python Send clause at point to Python interpreter. * py-execute-clause-python-switch Send clause at point to Python interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-clause-python-noswitch Send clause at point to Python interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-clause-python-dedicated Send clause at point to Python unique interpreter. * py-execute-clause-python-dedicated-switch Send clause at point to Python unique interpreter and switch to result. * py-execute-clause-ipython Send clause at point to IPython interpreter. * py-execute-clause-ipython-switch Send clause at point to IPython interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-clause-ipython-noswitch Send clause at point to IPython interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-clause-ipython-dedicated Send clause at point to IPython unique interpreter. * py-execute-clause-ipython-dedicated-switch Send clause at point to IPython unique interpreter and switch to result. * py-execute-clause-python3 Send clause at point to Python3 interpreter. * py-execute-clause-python3-switch Send clause at point to Python3 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-clause-python3-noswitch Send clause at point to Python3 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-clause-python3-dedicated Send clause at point to Python3 unique interpreter. * py-execute-clause-python3-dedicated-switch Send clause at point to Python3 unique interpreter and switch to result. * py-execute-clause-python2 Send clause at point to Python2 interpreter. * py-execute-clause-python2-switch Send clause at point to Python2 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-clause-python2-noswitch Send clause at point to Python2 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-clause-python2-dedicated Send clause at point to Python2 unique interpreter. * py-execute-clause-python2-dedicated-switch Send clause at point to Python2 unique interpreter and switch to result. * py-execute-clause-python2\.7 Send clause at point to Python2.7 interpreter. * py-execute-clause-python2\.7-switch Send clause at point to Python2.7 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-clause-python2\.7-noswitch Send clause at point to Python2.7 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-clause-python2\.7-dedicated Send clause at point to Python2.7 unique interpreter. * py-execute-clause-python2\.7-dedicated-switch Send clause at point to Python2.7 unique interpreter and switch to result. * py-execute-clause-jython Send clause at point to Jython interpreter. * py-execute-clause-jython-switch Send clause at point to Jython interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-clause-jython-noswitch Send clause at point to Jython interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-clause-jython-dedicated Send clause at point to Jython unique interpreter. * py-execute-clause-jython-dedicated-switch Send clause at point to Jython unique interpreter and switch to result. * py-execute-clause-python3\.2 Send clause at point to Python3.2 interpreter. * py-execute-clause-python3\.2-switch Send clause at point to Python3.2 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-clause-python3\.2-noswitch Send clause at point to Python3.2 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-clause-python3\.2-dedicated Send clause at point to Python3.2 unique interpreter. * py-execute-clause-python3\.2-dedicated-switch Send clause at point to Python3.2 unique interpreter and switch to result. * py-execute-block-or-clause-python Send block-or-clause at point to Python interpreter. * py-execute-block-or-clause-python-switch Send block-or-clause at point to Python interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-block-or-clause-python-noswitch Send block-or-clause at point to Python interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-block-or-clause-python-dedicated Send block-or-clause at point to Python unique interpreter. * py-execute-block-or-clause-python-dedicated-switch Send block-or-clause at point to Python unique interpreter and switch to result. * py-execute-block-or-clause-ipython Send block-or-clause at point to IPython interpreter. * py-execute-block-or-clause-ipython-switch Send block-or-clause at point to IPython interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-block-or-clause-ipython-noswitch Send block-or-clause at point to IPython interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-block-or-clause-ipython-dedicated Send block-or-clause at point to IPython unique interpreter. * py-execute-block-or-clause-ipython-dedicated-switch Send block-or-clause at point to IPython unique interpreter and switch to result. * py-execute-block-or-clause-python3 Send block-or-clause at point to Python3 interpreter. * py-execute-block-or-clause-python3-switch Send block-or-clause at point to Python3 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-block-or-clause-python3-noswitch Send block-or-clause at point to Python3 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-block-or-clause-python3-dedicated Send block-or-clause at point to Python3 unique interpreter. * py-execute-block-or-clause-python3-dedicated-switch Send block-or-clause at point to Python3 unique interpreter and switch to result. * py-execute-block-or-clause-python2 Send block-or-clause at point to Python2 interpreter. * py-execute-block-or-clause-python2-switch Send block-or-clause at point to Python2 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-block-or-clause-python2-noswitch Send block-or-clause at point to Python2 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-block-or-clause-python2-dedicated Send block-or-clause at point to Python2 unique interpreter. * py-execute-block-or-clause-python2-dedicated-switch Send block-or-clause at point to Python2 unique interpreter and switch to result. * py-execute-block-or-clause-python2\.7 Send block-or-clause at point to Python2.7 interpreter. * py-execute-block-or-clause-python2\.7-switch Send block-or-clause at point to Python2.7 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-block-or-clause-python2\.7-noswitch Send block-or-clause at point to Python2.7 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-block-or-clause-python2\.7-dedicated Send block-or-clause at point to Python2.7 unique interpreter. * py-execute-block-or-clause-python2\.7-dedicated-switch Send block-or-clause at point to Python2.7 unique interpreter and switch to result. * py-execute-block-or-clause-jython Send block-or-clause at point to Jython interpreter. * py-execute-block-or-clause-jython-switch Send block-or-clause at point to Jython interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-block-or-clause-jython-noswitch Send block-or-clause at point to Jython interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-block-or-clause-jython-dedicated Send block-or-clause at point to Jython unique interpreter. * py-execute-block-or-clause-jython-dedicated-switch Send block-or-clause at point to Jython unique interpreter and switch to result. * py-execute-block-or-clause-python3\.2 Send block-or-clause at point to Python3.2 interpreter. * py-execute-block-or-clause-python3\.2-switch Send block-or-clause at point to Python3.2 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-block-or-clause-python3\.2-noswitch Send block-or-clause at point to Python3.2 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-block-or-clause-python3\.2-dedicated Send block-or-clause at point to Python3.2 unique interpreter. * py-execute-block-or-clause-python3\.2-dedicated-switch Send block-or-clause at point to Python3.2 unique interpreter and switch to result. * py-execute-def-python Send def at point to Python interpreter. * py-execute-def-python-switch Send def at point to Python interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-def-python-noswitch Send def at point to Python interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-def-python-dedicated Send def at point to Python unique interpreter. * py-execute-def-python-dedicated-switch Send def at point to Python unique interpreter and switch to result. * py-execute-def-ipython Send def at point to IPython interpreter. * py-execute-def-ipython-switch Send def at point to IPython interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-def-ipython-noswitch Send def at point to IPython interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-def-ipython-dedicated Send def at point to IPython unique interpreter. * py-execute-def-ipython-dedicated-switch Send def at point to IPython unique interpreter and switch to result. * py-execute-def-python3 Send def at point to Python3 interpreter. * py-execute-def-python3-switch Send def at point to Python3 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-def-python3-noswitch Send def at point to Python3 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-def-python3-dedicated Send def at point to Python3 unique interpreter. * py-execute-def-python3-dedicated-switch Send def at point to Python3 unique interpreter and switch to result. * py-execute-def-python2 Send def at point to Python2 interpreter. * py-execute-def-python2-switch Send def at point to Python2 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-def-python2-noswitch Send def at point to Python2 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-def-python2-dedicated Send def at point to Python2 unique interpreter. * py-execute-def-python2-dedicated-switch Send def at point to Python2 unique interpreter and switch to result. * py-execute-def-python2\.7 Send def at point to Python2.7 interpreter. * py-execute-def-python2\.7-switch Send def at point to Python2.7 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-def-python2\.7-noswitch Send def at point to Python2.7 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-def-python2\.7-dedicated Send def at point to Python2.7 unique interpreter. * py-execute-def-python2\.7-dedicated-switch Send def at point to Python2.7 unique interpreter and switch to result. * py-execute-def-jython Send def at point to Jython interpreter. * py-execute-def-jython-switch Send def at point to Jython interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-def-jython-noswitch Send def at point to Jython interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-def-jython-dedicated Send def at point to Jython unique interpreter. * py-execute-def-jython-dedicated-switch Send def at point to Jython unique interpreter and switch to result. * py-execute-def-python3\.2 Send def at point to Python3.2 interpreter. * py-execute-def-python3\.2-switch Send def at point to Python3.2 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-def-python3\.2-noswitch Send def at point to Python3.2 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-def-python3\.2-dedicated Send def at point to Python3.2 unique interpreter. * py-execute-def-python3\.2-dedicated-switch Send def at point to Python3.2 unique interpreter and switch to result. * py-execute-class-python Send class at point to Python interpreter. * py-execute-class-python-switch Send class at point to Python interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-class-python-noswitch Send class at point to Python interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-class-python-dedicated Send class at point to Python unique interpreter. * py-execute-class-python-dedicated-switch Send class at point to Python unique interpreter and switch to result. * py-execute-class-ipython Send class at point to IPython interpreter. * py-execute-class-ipython-switch Send class at point to IPython interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-class-ipython-noswitch Send class at point to IPython interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-class-ipython-dedicated Send class at point to IPython unique interpreter. * py-execute-class-ipython-dedicated-switch Send class at point to IPython unique interpreter and switch to result. * py-execute-class-python3 Send class at point to Python3 interpreter. * py-execute-class-python3-switch Send class at point to Python3 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-class-python3-noswitch Send class at point to Python3 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-class-python3-dedicated Send class at point to Python3 unique interpreter. * py-execute-class-python3-dedicated-switch Send class at point to Python3 unique interpreter and switch to result. * py-execute-class-python2 Send class at point to Python2 interpreter. * py-execute-class-python2-switch Send class at point to Python2 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-class-python2-noswitch Send class at point to Python2 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-class-python2-dedicated Send class at point to Python2 unique interpreter. * py-execute-class-python2-dedicated-switch Send class at point to Python2 unique interpreter and switch to result. * py-execute-class-python2\.7 Send class at point to Python2.7 interpreter. * py-execute-class-python2\.7-switch Send class at point to Python2.7 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-class-python2\.7-noswitch Send class at point to Python2.7 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-class-python2\.7-dedicated Send class at point to Python2.7 unique interpreter. * py-execute-class-python2\.7-dedicated-switch Send class at point to Python2.7 unique interpreter and switch to result. * py-execute-class-jython Send class at point to Jython interpreter. * py-execute-class-jython-switch Send class at point to Jython interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-class-jython-noswitch Send class at point to Jython interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-class-jython-dedicated Send class at point to Jython unique interpreter. * py-execute-class-jython-dedicated-switch Send class at point to Jython unique interpreter and switch to result. * py-execute-class-python3\.2 Send class at point to Python3.2 interpreter. * py-execute-class-python3\.2-switch Send class at point to Python3.2 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-class-python3\.2-noswitch Send class at point to Python3.2 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-class-python3\.2-dedicated Send class at point to Python3.2 unique interpreter. * py-execute-class-python3\.2-dedicated-switch Send class at point to Python3.2 unique interpreter and switch to result. * py-execute-region-python Send region at point to Python interpreter. * py-execute-region-python-switch Send region at point to Python interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-region-python-noswitch Send region at point to Python interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-region-python-dedicated Send region at point to Python unique interpreter. * py-execute-region-python-dedicated-switch Send region at point to Python unique interpreter and switch to result. * py-execute-region-ipython Send region at point to IPython interpreter. * py-execute-region-ipython-switch Send region at point to IPython interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-region-ipython-noswitch Send region at point to IPython interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-region-ipython-dedicated Send region at point to IPython unique interpreter. * py-execute-region-ipython-dedicated-switch Send region at point to IPython unique interpreter and switch to result. * py-execute-region-python3 Send region at point to Python3 interpreter. * py-execute-region-python3-switch Send region at point to Python3 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-region-python3-noswitch Send region at point to Python3 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-region-python3-dedicated Send region at point to Python3 unique interpreter. * py-execute-region-python3-dedicated-switch Send region at point to Python3 unique interpreter and switch to result. * py-execute-region-python2 Send region at point to Python2 interpreter. * py-execute-region-python2-switch Send region at point to Python2 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-region-python2-noswitch Send region at point to Python2 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-region-python2-dedicated Send region at point to Python2 unique interpreter. * py-execute-region-python2-dedicated-switch Send region at point to Python2 unique interpreter and switch to result. * py-execute-region-python2\.7 Send region at point to Python2.7 interpreter. * py-execute-region-python2\.7-switch Send region at point to Python2.7 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-region-python2\.7-noswitch Send region at point to Python2.7 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-region-python2\.7-dedicated Send region at point to Python2.7 unique interpreter. * py-execute-region-python2\.7-dedicated-switch Send region at point to Python2.7 unique interpreter and switch to result. * py-execute-region-jython Send region at point to Jython interpreter. * py-execute-region-jython-switch Send region at point to Jython interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-region-jython-noswitch Send region at point to Jython interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-region-jython-dedicated Send region at point to Jython unique interpreter. * py-execute-region-jython-dedicated-switch Send region at point to Jython unique interpreter and switch to result. * py-execute-region-python3\.2 Send region at point to Python3.2 interpreter. * py-execute-region-python3\.2-switch Send region at point to Python3.2 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-region-python3\.2-noswitch Send region at point to Python3.2 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-region-python3\.2-dedicated Send region at point to Python3.2 unique interpreter. * py-execute-region-python3\.2-dedicated-switch Send region at point to Python3.2 unique interpreter and switch to result. * py-execute-buffer-python Send buffer at point to Python interpreter. * py-execute-buffer-python-switch Send buffer at point to Python interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-buffer-python-noswitch Send buffer at point to Python interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-buffer-python-dedicated Send buffer at point to Python unique interpreter. * py-execute-buffer-python-dedicated-switch Send buffer at point to Python unique interpreter and switch to result. * py-execute-buffer-ipython Send buffer at point to IPython interpreter. * py-execute-buffer-ipython-switch Send buffer at point to IPython interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-buffer-ipython-noswitch Send buffer at point to IPython interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-buffer-ipython-dedicated Send buffer at point to IPython unique interpreter. * py-execute-buffer-ipython-dedicated-switch Send buffer at point to IPython unique interpreter and switch to result. * py-execute-buffer-python3 Send buffer at point to Python3 interpreter. * py-execute-buffer-python3-switch Send buffer at point to Python3 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-buffer-python3-noswitch Send buffer at point to Python3 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-buffer-python3-dedicated Send buffer at point to Python3 unique interpreter. * py-execute-buffer-python3-dedicated-switch Send buffer at point to Python3 unique interpreter and switch to result. * py-execute-buffer-python2 Send buffer at point to Python2 interpreter. * py-execute-buffer-python2-switch Send buffer at point to Python2 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-buffer-python2-noswitch Send buffer at point to Python2 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-buffer-python2-dedicated Send buffer at point to Python2 unique interpreter. * py-execute-buffer-python2-dedicated-switch Send buffer at point to Python2 unique interpreter and switch to result. * py-execute-buffer-python2\.7 Send buffer at point to Python2.7 interpreter. * py-execute-buffer-python2\.7-switch Send buffer at point to Python2.7 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-buffer-python2\.7-noswitch Send buffer at point to Python2.7 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-buffer-python2\.7-dedicated Send buffer at point to Python2.7 unique interpreter. * py-execute-buffer-python2\.7-dedicated-switch Send buffer at point to Python2.7 unique interpreter and switch to result. * py-execute-buffer-jython Send buffer at point to Jython interpreter. * py-execute-buffer-jython-switch Send buffer at point to Jython interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-buffer-jython-noswitch Send buffer at point to Jython interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-buffer-jython-dedicated Send buffer at point to Jython unique interpreter. * py-execute-buffer-jython-dedicated-switch Send buffer at point to Jython unique interpreter and switch to result. * py-execute-buffer-python3\.2 Send buffer at point to Python3.2 interpreter. * py-execute-buffer-python3\.2-switch Send buffer at point to Python3.2 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-buffer-python3\.2-noswitch Send buffer at point to Python3.2 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-buffer-python3\.2-dedicated Send buffer at point to Python3.2 unique interpreter. * py-execute-buffer-python3\.2-dedicated-switch Send buffer at point to Python3.2 unique interpreter and switch to result. * py-execute-expression-python Send expression at point to Python interpreter. * py-execute-expression-python-switch Send expression at point to Python interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-expression-python-noswitch Send expression at point to Python interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-expression-python-dedicated Send expression at point to Python unique interpreter. * py-execute-expression-python-dedicated-switch Send expression at point to Python unique interpreter and switch to result. * py-execute-expression-ipython Send expression at point to IPython interpreter. * py-execute-expression-ipython-switch Send expression at point to IPython interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-expression-ipython-noswitch Send expression at point to IPython interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-expression-ipython-dedicated Send expression at point to IPython unique interpreter. * py-execute-expression-ipython-dedicated-switch Send expression at point to IPython unique interpreter and switch to result. * py-execute-expression-python3 Send expression at point to Python3 interpreter. * py-execute-expression-python3-switch Send expression at point to Python3 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-expression-python3-noswitch Send expression at point to Python3 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-expression-python3-dedicated Send expression at point to Python3 unique interpreter. * py-execute-expression-python3-dedicated-switch Send expression at point to Python3 unique interpreter and switch to result. * py-execute-expression-python2 Send expression at point to Python2 interpreter. * py-execute-expression-python2-switch Send expression at point to Python2 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-expression-python2-noswitch Send expression at point to Python2 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-expression-python2-dedicated Send expression at point to Python2 unique interpreter. * py-execute-expression-python2-dedicated-switch Send expression at point to Python2 unique interpreter and switch to result. * py-execute-expression-python2\.7 Send expression at point to Python2.7 interpreter. * py-execute-expression-python2\.7-switch Send expression at point to Python2.7 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-expression-python2\.7-noswitch Send expression at point to Python2.7 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-expression-python2\.7-dedicated Send expression at point to Python2.7 unique interpreter. * py-execute-expression-python2\.7-dedicated-switch Send expression at point to Python2.7 unique interpreter and switch to result. * py-execute-expression-jython Send expression at point to Jython interpreter. * py-execute-expression-jython-switch Send expression at point to Jython interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-expression-jython-noswitch Send expression at point to Jython interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-expression-jython-dedicated Send expression at point to Jython unique interpreter. * py-execute-expression-jython-dedicated-switch Send expression at point to Jython unique interpreter and switch to result. * py-execute-expression-python3\.2 Send expression at point to Python3.2 interpreter. * py-execute-expression-python3\.2-switch Send expression at point to Python3.2 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-expression-python3\.2-noswitch Send expression at point to Python3.2 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-expression-python3\.2-dedicated Send expression at point to Python3.2 unique interpreter. * py-execute-expression-python3\.2-dedicated-switch Send expression at point to Python3.2 unique interpreter and switch to result. * py-execute-partial-expression-python Send partial-expression at point to Python interpreter. * py-execute-partial-expression-python-switch Send partial-expression at point to Python interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-partial-expression-python-noswitch Send partial-expression at point to Python interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-partial-expression-python-dedicated Send partial-expression at point to Python unique interpreter. * py-execute-partial-expression-python-dedicated-switch Send partial-expression at point to Python unique interpreter and switch to result. * py-execute-partial-expression-ipython Send partial-expression at point to IPython interpreter. * py-execute-partial-expression-ipython-switch Send partial-expression at point to IPython interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-partial-expression-ipython-noswitch Send partial-expression at point to IPython interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-partial-expression-ipython-dedicated Send partial-expression at point to IPython unique interpreter. * py-execute-partial-expression-ipython-dedicated-switch Send partial-expression at point to IPython unique interpreter and switch to result. * py-execute-partial-expression-python3 Send partial-expression at point to Python3 interpreter. * py-execute-partial-expression-python3-switch Send partial-expression at point to Python3 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-partial-expression-python3-noswitch Send partial-expression at point to Python3 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-partial-expression-python3-dedicated Send partial-expression at point to Python3 unique interpreter. * py-execute-partial-expression-python3-dedicated-switch Send partial-expression at point to Python3 unique interpreter and switch to result. * py-execute-partial-expression-python2 Send partial-expression at point to Python2 interpreter. * py-execute-partial-expression-python2-switch Send partial-expression at point to Python2 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-partial-expression-python2-noswitch Send partial-expression at point to Python2 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-partial-expression-python2-dedicated Send partial-expression at point to Python2 unique interpreter. * py-execute-partial-expression-python2-dedicated-switch Send partial-expression at point to Python2 unique interpreter and switch to result. * py-execute-partial-expression-python2\.7 Send partial-expression at point to Python2.7 interpreter. * py-execute-partial-expression-python2\.7-switch Send partial-expression at point to Python2.7 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-partial-expression-python2\.7-noswitch Send partial-expression at point to Python2.7 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-partial-expression-python2\.7-dedicated Send partial-expression at point to Python2.7 unique interpreter. * py-execute-partial-expression-python2\.7-dedicated-switch Send partial-expression at point to Python2.7 unique interpreter and switch to result. * py-execute-partial-expression-jython Send partial-expression at point to Jython interpreter. * py-execute-partial-expression-jython-switch Send partial-expression at point to Jython interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-partial-expression-jython-noswitch Send partial-expression at point to Jython interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-partial-expression-jython-dedicated Send partial-expression at point to Jython unique interpreter. * py-execute-partial-expression-jython-dedicated-switch Send partial-expression at point to Jython unique interpreter and switch to result. * py-execute-partial-expression-python3\.2 Send partial-expression at point to Python3.2 interpreter. * py-execute-partial-expression-python3\.2-switch Send partial-expression at point to Python3.2 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-partial-expression-python3\.2-noswitch Send partial-expression at point to Python3.2 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-partial-expression-python3\.2-dedicated Send partial-expression at point to Python3.2 unique interpreter. * py-execute-partial-expression-python3\.2-dedicated-switch Send partial-expression at point to Python3.2 unique interpreter and switch to result. * py-execute-line-python Send line at point to Python interpreter. * py-execute-line-python-switch Send line at point to Python interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-line-python-noswitch Send line at point to Python interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-line-python-dedicated Send line at point to Python unique interpreter. * py-execute-line-python-dedicated-switch Send line at point to Python unique interpreter and switch to result. * py-execute-line-ipython Send line at point to IPython interpreter. * py-execute-line-ipython-switch Send line at point to IPython interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-line-ipython-noswitch Send line at point to IPython interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-line-ipython-dedicated Send line at point to IPython unique interpreter. * py-execute-line-ipython-dedicated-switch Send line at point to IPython unique interpreter and switch to result. * py-execute-line-python3 Send line at point to Python3 interpreter. * py-execute-line-python3-switch Send line at point to Python3 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-line-python3-noswitch Send line at point to Python3 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-line-python3-dedicated Send line at point to Python3 unique interpreter. * py-execute-line-python3-dedicated-switch Send line at point to Python3 unique interpreter and switch to result. * py-execute-line-python2 Send line at point to Python2 interpreter. * py-execute-line-python2-switch Send line at point to Python2 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-line-python2-noswitch Send line at point to Python2 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-line-python2-dedicated Send line at point to Python2 unique interpreter. * py-execute-line-python2-dedicated-switch Send line at point to Python2 unique interpreter and switch to result. * py-execute-line-python2\.7 Send line at point to Python2.7 interpreter. * py-execute-line-python2\.7-switch Send line at point to Python2.7 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-line-python2\.7-noswitch Send line at point to Python2.7 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-line-python2\.7-dedicated Send line at point to Python2.7 unique interpreter. * py-execute-line-python2\.7-dedicated-switch Send line at point to Python2.7 unique interpreter and switch to result. * py-execute-line-jython Send line at point to Jython interpreter. * py-execute-line-jython-switch Send line at point to Jython interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-line-jython-noswitch Send line at point to Jython interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-line-jython-dedicated Send line at point to Jython unique interpreter. * py-execute-line-jython-dedicated-switch Send line at point to Jython unique interpreter and switch to result. * py-execute-line-python3\.2 Send line at point to Python3.2 interpreter. * py-execute-line-python3\.2-switch Send line at point to Python3.2 interpreter. Switch to output buffer. Ignores `py-shell-switch-buffers-on-execute-p'. * py-execute-line-python3\.2-noswitch Send line at point to Python3.2 interpreter. Keep current buffer. Ignores `py-shell-switch-buffers-on-execute-p' * py-execute-line-python3\.2-dedicated Send line at point to Python3.2 unique interpreter. * py-execute-line-python3\.2-dedicated-switch Send line at point to Python3.2 unique interpreter and switch to result.