Merge branch 'master' into 1232-local

Conflicts:
	lib/linguist/samples.json
This commit is contained in:
Arfon Smith
2014-06-20 12:11:43 +01:00
22 changed files with 6238 additions and 122 deletions

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theory HelloWorld
imports Main
begin
section{*Playing around with Isabelle*}
text{* creating a lemma with the name hello_world*}
lemma hello_world: "True" by simp
(*inspecting it*)
thm hello_world
text{* defining a string constant HelloWorld *}
definition HelloWorld :: "string" where
"HelloWorld \<equiv> ''Hello World!''"
(*reversing HelloWorld twice yilds HelloWorld again*)
theorem "rev (rev HelloWorld) = HelloWorld"
by (fact List.rev_rev_ident)
text{*now we delete the already proven List.rev_rev_ident lema and show it by hand*}
declare List.rev_rev_ident[simp del]
hide_fact List.rev_rev_ident
(*It's trivial since we can just 'execute' it*)
corollary "rev (rev HelloWorld) = HelloWorld"
apply(simp add: HelloWorld_def)
done
text{*does it hold in general?*}
theorem rev_rev_ident:"rev (rev l) = l"
proof(induction l)
case Nil thus ?case by simp
next
case (Cons l ls)
assume IH: "rev (rev ls) = ls"
have "rev (l#ls) = (rev ls) @ [l]" by simp
hence "rev (rev (l#ls)) = rev ((rev ls) @ [l])" by simp
also have "\<dots> = [l] @ rev (rev ls)" by simp
finally show "rev (rev (l#ls)) = l#ls" using IH by simp
qed
corollary "\<forall>(l::string). rev (rev l) = l" by(fastforce intro: rev_rev_ident)
end

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(* ::Package:: *)
(* Problem12.m *)
(* Author: William Woodruff *)
(* Problem: What is the value of the first triangle number to have over five hundred divisors? *)
Do[If[Length[Divisors[Binomial[i + 1, 2]]] > 500,
Print[Binomial[i + 1, 2]]; Break[]], {i, 1000000}]

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:- module(format_spec, [ format_error/2
, format_spec/2
, format_spec//1
, spec_arity/2
, spec_types/2
]).
:- use_module(library(dcg/basics), [eos//0, integer//1, string_without//2]).
:- use_module(library(error)).
:- use_module(library(when), [when/2]).
% TODO loading this module is optional
% TODO it's for my own convenience during development
%:- use_module(library(mavis)).
%% format_error(+Goal, -Error:string) is nondet.
%
% True if Goal exhibits an Error in its format string. The
% Error string describes what is wrong with Goal. Iterates each
% error on backtracking.
%
% Goal may be one of the following predicates:
%
% * format/2
% * format/3
% * debug/3
format_error(format(Format,Args), Error) :-
format_error_(Format, Args,Error).
format_error(format(_,Format,Args), Error) :-
format_error_(Format,Args,Error).
format_error(debug(_,Format,Args), Error) :-
format_error_(Format,Args,Error).
format_error_(Format,Args,Error) :-
format_spec(Format, Spec),
!,
is_list(Args),
spec_types(Spec, Types),
types_error(Args, Types, Error).
format_error_(Format,_,Error) :-
% \+ format_spec(Format, _),
format(string(Error), "Invalid format string: ~q", [Format]).
types_error(Args, Types, Error) :-
length(Types, TypesLen),
length(Args, ArgsLen),
TypesLen =\= ArgsLen,
!,
format( string(Error)
, "Wrong argument count. Expected ~d, got ~d"
, [TypesLen, ArgsLen]
).
types_error(Args, Types, Error) :-
types_error_(Args, Types, Error).
types_error_([Arg|_],[Type|_],Error) :-
ground(Arg),
\+ is_of_type(Type,Arg),
message_to_string(error(type_error(Type,Arg),_Location),Error).
types_error_([_|Args],[_|Types],Error) :-
types_error_(Args, Types, Error).
% check/0 augmentation
:- multifile check:checker/2.
:- dynamic check:checker/2.
check:checker(format_spec:checker, "format/2 strings and arguments").
:- dynamic format_fail/3.
checker :-
prolog_walk_code([ module_class([user])
, infer_meta_predicates(false)
, autoload(false) % format/{2,3} are always loaded
, undefined(ignore)
, trace_reference(_)
, on_trace(check_format)
]),
retract(format_fail(Goal,Location,Error)),
print_message(warning, format_error(Goal,Location,Error)),
fail. % iterate all errors
checker. % succeed even if no errors are found
check_format(Module:Goal, _Caller, Location) :-
predicate_property(Module:Goal, imported_from(Source)),
memberchk(Source, [system,prolog_debug]),
can_check(Goal),
format_error(Goal, Error),
assert(format_fail(Goal, Location, Error)),
fail.
check_format(_,_,_). % succeed to avoid printing goals
% true if format_error/2 can check this goal
can_check(Goal) :-
once(clause(format_error(Goal,_),_)).
prolog:message(format_error(Goal,Location,Error)) -->
prolog:message_location(Location),
['~n In goal: ~q~n ~s'-[Goal,Error]].
%% format_spec(-Spec)//
%
% DCG for parsing format strings. It doesn't yet generate format
% strings from a spec. See format_spec/2 for details.
format_spec([]) -->
eos.
format_spec([escape(Numeric,Modifier,Action)|Rest]) -->
"~",
numeric_argument(Numeric),
modifier_argument(Modifier),
action(Action),
format_spec(Rest).
format_spec([text(String)|Rest]) -->
{ when((ground(String);ground(Codes)),string_codes(String, Codes)) },
string_without("~", Codes),
{ Codes \= [] },
format_spec(Rest).
%% format_spec(+Format, -Spec:list) is semidet.
%
% Parse a format string. Each element of Spec is one of the following:
%
% * `text(Text)` - text sent to the output as is
% * `escape(Num,Colon,Action)` - a format escape
%
% `Num` represents the optional numeric portion of an esape. `Colon`
% represents the optional colon in an escape. `Action` is an atom
% representing the action to be take by this escape.
format_spec(Format, Spec) :-
when((ground(Format);ground(Codes)),text_codes(Format, Codes)),
once(phrase(format_spec(Spec), Codes, [])).
%% spec_arity(+FormatSpec, -Arity:positive_integer) is det.
%
% True if FormatSpec requires format/2 to have Arity arguments.
spec_arity(Spec, Arity) :-
spec_types(Spec, Types),
length(Types, Arity).
%% spec_types(+FormatSpec, -Types:list(type)) is det.
%
% True if FormatSpec requires format/2 to have arguments of Types. Each
% value of Types is a type as described by error:has_type/2. This
% notion of types is compatible with library(mavis).
spec_types(Spec, Types) :-
phrase(spec_types(Spec), Types).
spec_types([]) -->
[].
spec_types([Item|Items]) -->
item_types(Item),
spec_types(Items).
item_types(text(_)) -->
[].
item_types(escape(Numeric,_,Action)) -->
numeric_types(Numeric),
action_types(Action).
numeric_types(number(_)) -->
[].
numeric_types(character(_)) -->
[].
numeric_types(star) -->
[number].
numeric_types(nothing) -->
[].
action_types(Action) -->
{ atom_codes(Action, [Code]) },
{ action_types(Code, Types) },
phrase(Types).
%% text_codes(Text:text, Codes:codes).
text_codes(Var, Codes) :-
var(Var),
!,
string_codes(Var, Codes).
text_codes(Atom, Codes) :-
atom(Atom),
!,
atom_codes(Atom, Codes).
text_codes(String, Codes) :-
string(String),
!,
string_codes(String, Codes).
text_codes(Codes, Codes) :-
is_of_type(codes, Codes).
numeric_argument(number(N)) -->
integer(N).
numeric_argument(character(C)) -->
"`",
[C].
numeric_argument(star) -->
"*".
numeric_argument(nothing) -->
"".
modifier_argument(colon) -->
":".
modifier_argument(no_colon) -->
\+ ":".
action(Action) -->
[C],
{ is_action(C) },
{ atom_codes(Action, [C]) }.
%% is_action(+Action:integer) is semidet.
%% is_action(-Action:integer) is multi.
%
% True if Action is a valid format/2 action character. Iterates all
% acceptable action characters, if Action is unbound.
is_action(Action) :-
action_types(Action, _).
%% action_types(?Action:integer, ?Types:list(type))
%
% True if Action consumes arguments matching Types. An action (like
% `~`), which consumes no arguments, has `Types=[]`. For example,
%
% ?- action_types(0'~, Types).
% Types = [].
% ?- action_types(0'a, Types).
% Types = [atom].
action_types(0'~, []).
action_types(0'a, [atom]).
action_types(0'c, [integer]). % specifically, a code
action_types(0'd, [integer]).
action_types(0'D, [integer]).
action_types(0'e, [float]).
action_types(0'E, [float]).
action_types(0'f, [float]).
action_types(0'g, [float]).
action_types(0'G, [float]).
action_types(0'i, [any]).
action_types(0'I, [integer]).
action_types(0'k, [any]).
action_types(0'n, []).
action_types(0'N, []).
action_types(0'p, [any]).
action_types(0'q, [any]).
action_types(0'r, [integer]).
action_types(0'R, [integer]).
action_types(0's, [text]).
action_types(0'@, [callable]).
action_types(0't, []).
action_types(0'|, []).
action_types(0'+, []).
action_types(0'w, [any]).
action_types(0'W, [any, list]).

194
samples/Prolog/func.pl Normal file
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@@ -0,0 +1,194 @@
:- module(func, [ op(675, xfy, ($))
, op(650, xfy, (of))
, ($)/2
, (of)/2
]).
:- use_module(library(list_util), [xfy_list/3]).
:- use_module(library(function_expansion)).
:- use_module(library(arithmetic)).
:- use_module(library(error)).
% true if the module whose terms are being read has specifically
% imported library(func).
wants_func :-
prolog_load_context(module, Module),
Module \== func, % we don't want func sugar ourselves
predicate_property(Module:of(_,_),imported_from(func)).
%% compile_function(+Term, -In, -Out, -Goal) is semidet.
%
% True if Term represents a function from In to Out
% implemented by calling Goal. This multifile hook is
% called by $/2 and of/2 to convert a term into a goal.
% It's used at compile time for macro expansion.
% It's used at run time to handle functions which aren't
% known at compile time.
% When called as a hook, Term is guaranteed to be =nonvar=.
%
% For example, to treat library(assoc) terms as functions which
% map a key to a value, one might define:
%
% :- multifile compile_function/4.
% compile_function(Assoc, Key, Value, Goal) :-
% is_assoc(Assoc),
% Goal = get_assoc(Key, Assoc, Value).
%
% Then one could write:
%
% list_to_assoc([a-1, b-2, c-3], Assoc),
% Two = Assoc $ b,
:- multifile compile_function/4.
compile_function(Var, _, _, _) :-
% variables storing functions must be evaluated at run time
% and can't be compiled, a priori, into a goal
var(Var),
!,
fail.
compile_function(Expr, In, Out, Out is Expr) :-
% arithmetic expression of one variable are simply evaluated
\+ string(Expr), % evaluable/1 throws exception with strings
arithmetic:evaluable(Expr),
term_variables(Expr, [In]).
compile_function(F, In, Out, func:Goal) :-
% composed functions
function_composition_term(F),
user:function_expansion(F, func:Functor, true),
Goal =.. [Functor,In,Out].
compile_function(F, In, Out, Goal) :-
% string interpolation via format templates
format_template(F),
( atom(F) ->
Goal = format(atom(Out), F, In)
; string(F) ->
Goal = format(string(Out), F, In)
; error:has_type(codes, F) ->
Goal = format(codes(Out), F, In)
; fail % to be explicit
).
compile_function(Dict, In, Out, Goal) :-
is_dict(Dict),
Goal = get_dict(In, Dict, Out).
%% $(+Function, +Argument) is det.
%
% Apply Function to an Argument. A Function is any predicate
% whose final argument generates output and whose penultimate argument
% accepts input.
%
% This is realized by expanding function application to chained
% predicate calls at compile time. Function application itself can
% be chained.
%
% ==
% Reversed = reverse $ sort $ [c,d,b].
% ==
:- meta_predicate $(2,+).
$(_,_) :-
throw(error(permission_error(call, predicate, ($)/2),
context(_, '$/2 must be subject to goal expansion'))).
user:function_expansion($(F,X), Y, Goal) :-
wants_func,
( func:compile_function(F, X, Y, Goal) ->
true
; var(F) -> Goal = % defer until run time
( func:compile_function(F, X, Y, P) ->
call(P)
; call(F, X, Y)
)
; Goal = call(F, X, Y)
).
%% of(+F, +G) is det.
%
% Creates a new function by composing F and G. The functions are
% composed at compile time to create a new, compiled predicate which
% behaves like a function. Function composition can be chained.
% Composed functions can also be applied with $/2.
%
% ==
% Reversed = reverse of sort $ [c,d,b].
% ==
:- meta_predicate of(2,2).
of(_,_).
%% format_template(Format) is semidet.
%
% True if Format is a template string suitable for format/3.
% The current check is very naive and should be improved.
format_template(Format) :-
atom(Format), !,
atom_codes(Format, Codes),
format_template(Codes).
format_template(Format) :-
string(Format),
!,
string_codes(Format, Codes),
format_template(Codes).
format_template(Format) :-
error:has_type(codes, Format),
memberchk(0'~, Format). % ' fix syntax highlighting
% True if the argument is a function composition term
function_composition_term(of(_,_)).
% Converts a function composition term into a list of functions to compose
functions_to_compose(Term, Funcs) :-
functor(Term, Op, 2),
Op = (of),
xfy_list(Op, Term, Funcs).
% Thread a state variable through a list of functions. This is similar
% to a DCG expansion, but much simpler.
thread_state([], [], Out, Out).
thread_state([F|Funcs], [Goal|Goals], In, Out) :-
( compile_function(F, In, Tmp, Goal) ->
true
; var(F) ->
instantiation_error(F)
; F =.. [Functor|Args],
append(Args, [In, Tmp], NewArgs),
Goal =.. [Functor|NewArgs]
),
thread_state(Funcs, Goals, Tmp, Out).
user:function_expansion(Term, func:Functor, true) :-
wants_func,
functions_to_compose(Term, Funcs),
debug(func, 'building composed function for: ~w', [Term]),
variant_sha1(Funcs, Sha),
format(atom(Functor), 'composed_function_~w', [Sha]),
debug(func, ' name: ~s', [Functor]),
( func:current_predicate(Functor/2) ->
debug(func, ' composed predicate already exists', [])
; true ->
reverse(Funcs, RevFuncs),
thread_state(RevFuncs, Threaded, In, Out),
xfy_list(',', Body, Threaded),
Head =.. [Functor, In, Out],
func:assert(Head :- Body),
func:compile_predicates([Functor/2])
).
% support foo(x,~,y) evaluation
user:function_expansion(Term, Output, Goal) :-
wants_func,
compound(Term),
% has a single ~ argument
setof( X
, ( arg(X,Term,Arg), Arg == '~' )
, [N]
),
% replace ~ with a variable
Term =.. [Name|Args0],
nth1(N, Args0, ~, Rest),
nth1(N, Args, Output, Rest),
Goal =.. [Name|Args].

View File

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#
# Cinema 4D Python Plugin Source file
# https://github.com/nr-plugins/nr-xpresso-alignment-tools
#
# coding: utf-8
#
# Copyright (C) 2012, Niklas Rosenstein
# Licensed under the GNU General Public License
#
# XPAT - XPresso Alignment Tools
# ==============================
#
# The XPAT plugin provides tools for aligning nodes in the Cinema 4D
# XPresso Editor, improving readability of complex XPresso set-ups
# immensively.
#
# Requirements:
# - MAXON Cinema 4D R13+
# - Python `c4dtools` library. Get it from
# http://github.com/NiklasRosenstein/c4dtools
#
# Author: Niklas Rosenstein <rosensteinniklas@gmail.com>
# Version: 1.1 (01/06/2012)
import os
import sys
import json
import c4d
import c4dtools
import itertools
from c4d.modules import graphview as gv
from c4dtools.misc import graphnode
res, importer = c4dtools.prepare(__file__, __res__)
settings = c4dtools.helpers.Attributor({
'options_filename': res.file('config.json'),
})
def align_nodes(nodes, mode, spacing):
r"""
Aligns the passed nodes horizontally and apply the minimum spacing
between them.
"""
modes = ['horizontal', 'vertical']
if not nodes:
return
if mode not in modes:
raise ValueError('invalid mode, choices are: ' + ', '.join(modes))
get_0 = lambda x: x.x
get_1 = lambda x: x.y
set_0 = lambda x, v: setattr(x, 'x', v)
set_1 = lambda x, v: setattr(x, 'y', v)
if mode == 'vertical':
get_0, get_1 = get_1, get_0
set_0, set_1 = set_1, set_0
nodes = [graphnode.GraphNode(n) for n in nodes]
nodes.sort(key=lambda n: get_0(n.position))
midpoint = graphnode.find_nodes_mid(nodes)
# Apply the spacing between the nodes relative to the coordinate-systems
# origin. We can offset them later because we now the nodes' midpoint
# already.
first_position = nodes[0].position
new_positions = []
prev_offset = 0
for node in nodes:
# Compute the relative position of the node.
position = node.position
set_0(position, get_0(position) - get_0(first_position))
# Obtain it's size and check if the node needs to be re-placed.
size = node.size
if get_0(position) < prev_offset:
set_0(position, prev_offset)
prev_offset += spacing + get_0(size)
else:
prev_offset = get_0(position) + get_0(size) + spacing
set_1(position, get_1(midpoint))
new_positions.append(position)
# Center the nodes again.
bbox_size = prev_offset - spacing
bbox_size_2 = bbox_size * 0.5
for node, position in itertools.izip(nodes, new_positions):
# TODO: Here is some issue with offsetting the nodes. Some value
# dependent on the spacing must be added here to not make the nodes
# move horizontally/vertically although they have already been
# aligned.
set_0(position, get_0(midpoint) + get_0(position) - bbox_size_2 + spacing)
node.position = position
def align_nodes_shortcut(mode, spacing):
master = gv.GetMaster(0)
if not master:
return
root = master.GetRoot()
if not root:
return
nodes = graphnode.find_selected_nodes(root)
if nodes:
master.AddUndo()
align_nodes(nodes, mode, spacing)
c4d.EventAdd()
return True
class XPAT_Options(c4dtools.helpers.Attributor):
r"""
This class organizes the options for the XPAT plugin, i.e.
validating, loading and saving.
"""
defaults = {
'hspace': 50,
'vspace': 20,
}
def __init__(self, filename=None):
super(XPAT_Options, self).__init__()
self.load(filename)
def load(self, filename=None):
r"""
Load the options from file pointed to by filename. If filename
is None, it defaults to the filename defined in options in the
global scope.
"""
if filename is None:
filename = settings.options_filename
if os.path.isfile(filename):
self.dict_ = self.defaults.copy()
with open(filename, 'rb') as fp:
self.dict_.update(json.load(fp))
else:
self.dict_ = self.defaults.copy()
self.save()
def save(self, filename=None):
r"""
Save the options defined in XPAT_Options instance to HD.
"""
if filename is None:
filename = settings.options_filename
values = dict((k, v) for k, v in self.dict_.iteritems()
if k in self.defaults)
with open(filename, 'wb') as fp:
json.dump(values, fp)
class XPAT_OptionsDialog(c4d.gui.GeDialog):
r"""
This class implements the behavior of the XPAT options dialog,
taking care of storing the options on the HD and loading them
again on startup.
"""
# c4d.gui.GeDialog
def CreateLayout(self):
return self.LoadDialogResource(res.DLG_OPTIONS)
def InitValues(self):
self.SetLong(res.EDT_HSPACE, options.hspace)
self.SetLong(res.EDT_VSPACE, options.vspace)
return True
def Command(self, id, msg):
if id == res.BTN_SAVE:
options.hspace = self.GetLong(res.EDT_HSPACE)
options.vspace = self.GetLong(res.EDT_VSPACE)
options.save()
self.Close()
return True
class XPAT_Command_OpenOptionsDialog(c4dtools.plugins.Command):
r"""
This Cinema 4D CommandData plugin opens the XPAT options dialog
when being executed.
"""
def __init__(self):
super(XPAT_Command_OpenOptionsDialog, self).__init__()
self._dialog = None
@property
def dialog(self):
if not self._dialog:
self._dialog = XPAT_OptionsDialog()
return self._dialog
# c4dtools.plugins.Command
PLUGIN_ID = 1029621
PLUGIN_NAME = res.string.XPAT_COMMAND_OPENOPTIONSDIALOG()
PLUGIN_HELP = res.string.XPAT_COMMAND_OPENOPTIONSDIALOG_HELP()
# c4d.gui.CommandData
def Execute(self, doc):
return self.dialog.Open(c4d.DLG_TYPE_MODAL)
class XPAT_Command_AlignHorizontal(c4dtools.plugins.Command):
PLUGIN_ID = 1029538
PLUGIN_NAME = res.string.XPAT_COMMAND_ALIGNHORIZONTAL()
PLUGIN_ICON = res.file('xpresso-align-h.png')
PLUGIN_HELP = res.string.XPAT_COMMAND_ALIGNHORIZONTAL_HELP()
def Execute(self, doc):
align_nodes_shortcut('horizontal', options.hspace)
return True
class XPAT_Command_AlignVertical(c4dtools.plugins.Command):
PLUGIN_ID = 1029539
PLUGIN_NAME = res.string.XPAT_COMMAND_ALIGNVERTICAL()
PLUGIN_ICON = res.file('xpresso-align-v.png')
PLUGIN_HELP = res.string.XPAT_COMMAND_ALIGNVERTICAL_HELP()
def Execute(self, doc):
align_nodes_shortcut('vertical', options.vspace)
return True
options = XPAT_Options()
if __name__ == '__main__':
c4dtools.plugins.main()

21
samples/XML/sample.nuspec Normal file
View File

@@ -0,0 +1,21 @@
<?xml version="1.0"?>
<package xmlns="http://schemas.microsoft.com/packaging/2010/07/nuspec.xsd">
<metadata>
<id>Sample</id>
<title>Sample</title>
<version>0.101.0</version>
<authors>Hugh Bot</authors>
<owners>Hugh Bot</owners>
<summary>A package of nuget</summary>
<description>
It just works
</description>
<projectUrl>http://hubot.github.com</projectUrl>
<copyright/>
<licenseUrl>https://github.com/github/hubot/LICENSEmd</licenseUrl>
<requireLicenseAcceptance>false</requireLicenseAcceptance>
</metadata>
<files>
<file src="tools\**" target="tools"/>
</files>
</package>

View File

@@ -0,0 +1,22 @@
#tag Class
Protected Class App
Inherits Application
#tag Constant, Name = kEditClear, Type = String, Dynamic = False, Default = \"&Delete", Scope = Public
#Tag Instance, Platform = Windows, Language = Default, Definition = \"&Delete"
#Tag Instance, Platform = Linux, Language = Default, Definition = \"&Delete"
#tag EndConstant
#tag Constant, Name = kFileQuit, Type = String, Dynamic = False, Default = \"&Quit", Scope = Public
#Tag Instance, Platform = Windows, Language = Default, Definition = \"E&xit"
#tag EndConstant
#tag Constant, Name = kFileQuitShortcut, Type = String, Dynamic = False, Default = \"", Scope = Public
#Tag Instance, Platform = Mac OS, Language = Default, Definition = \"Cmd+Q"
#Tag Instance, Platform = Linux, Language = Default, Definition = \"Ctrl+Q"
#tag EndConstant
#tag ViewBehavior
#tag EndViewBehavior
End Class
#tag EndClass

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@@ -0,0 +1,23 @@
#tag Report
Begin Report BillingReport
Compatibility = ""
Units = 0
Width = 8.5
Begin PageHeader
Type = 1
Height = 1.0
End
Begin Body
Type = 3
Height = 2.0
End
Begin PageFooter
Type = 5
Height = 1.0
End
End
#tag EndReport
#tag ReportCode
#tag EndReportCode

View File

@@ -0,0 +1,112 @@
#tag Menu
Begin Menu MainMenuBar
Begin MenuItem FileMenu
SpecialMenu = 0
Text = "&File"
Index = -2147483648
AutoEnable = True
Visible = True
Begin QuitMenuItem FileQuit
SpecialMenu = 0
Text = "#App.kFileQuit"
Index = -2147483648
ShortcutKey = "#App.kFileQuitShortcut"
Shortcut = "#App.kFileQuitShortcut"
AutoEnable = True
Visible = True
End
End
Begin MenuItem EditMenu
SpecialMenu = 0
Text = "&Edit"
Index = -2147483648
AutoEnable = True
Visible = True
Begin MenuItem EditUndo
SpecialMenu = 0
Text = "&Undo"
Index = -2147483648
ShortcutKey = "Z"
Shortcut = "Cmd+Z"
MenuModifier = True
AutoEnable = True
Visible = True
End
Begin MenuItem EditSeparator1
SpecialMenu = 0
Text = "-"
Index = -2147483648
AutoEnable = True
Visible = True
End
Begin MenuItem EditCut
SpecialMenu = 0
Text = "Cu&t"
Index = -2147483648
ShortcutKey = "X"
Shortcut = "Cmd+X"
MenuModifier = True
AutoEnable = True
Visible = True
End
Begin MenuItem EditCopy
SpecialMenu = 0
Text = "&Copy"
Index = -2147483648
ShortcutKey = "C"
Shortcut = "Cmd+C"
MenuModifier = True
AutoEnable = True
Visible = True
End
Begin MenuItem EditPaste
SpecialMenu = 0
Text = "&Paste"
Index = -2147483648
ShortcutKey = "V"
Shortcut = "Cmd+V"
MenuModifier = True
AutoEnable = True
Visible = True
End
Begin MenuItem EditClear
SpecialMenu = 0
Text = "#App.kEditClear"
Index = -2147483648
AutoEnable = True
Visible = True
End
Begin MenuItem EditSeparator2
SpecialMenu = 0
Text = "-"
Index = -2147483648
AutoEnable = True
Visible = True
End
Begin MenuItem EditSelectAll
SpecialMenu = 0
Text = "Select &All"
Index = -2147483648
ShortcutKey = "A"
Shortcut = "Cmd+A"
MenuModifier = True
AutoEnable = True
Visible = True
End
Begin MenuItem UntitledSeparator
SpecialMenu = 0
Text = "-"
Index = -2147483648
AutoEnable = True
Visible = True
End
Begin AppleMenuItem AboutItem
SpecialMenu = 0
Text = "About This App..."
Index = -2147483648
AutoEnable = True
Visible = True
End
End
End
#tag EndMenu

View File

@@ -0,0 +1,14 @@
#tag Toolbar
Begin Toolbar MyToolbar
Begin ToolButton FirstItem
Caption = "First Item"
HelpTag = ""
Style = 0
End
Begin ToolButton SecondItem
Caption = "Second Item"
HelpTag = ""
Style = 0
End
End
#tag EndToolbar

View File

@@ -0,0 +1,304 @@
#tag Window
Begin Window Window1
BackColor = &cFFFFFF00
Backdrop = 0
CloseButton = True
Compatibility = ""
Composite = False
Frame = 0
FullScreen = False
FullScreenButton= False
HasBackColor = False
Height = 400
ImplicitInstance= True
LiveResize = True
MacProcID = 0
MaxHeight = 32000
MaximizeButton = True
MaxWidth = 32000
MenuBar = 1153981589
MenuBarVisible = True
MinHeight = 64
MinimizeButton = True
MinWidth = 64
Placement = 0
Resizeable = True
Title = "Sample App"
Visible = True
Width = 600
Begin PushButton HelloWorldButton
AutoDeactivate = True
Bold = False
ButtonStyle = "0"
Cancel = False
Caption = "Push Me"
Default = True
Enabled = True
Height = 20
HelpTag = ""
Index = -2147483648
InitialParent = ""
Italic = False
Left = 260
LockBottom = False
LockedInPosition= False
LockLeft = True
LockRight = False
LockTop = True
Scope = 0
TabIndex = 0
TabPanelIndex = 0
TabStop = True
TextFont = "System"
TextSize = 0.0
TextUnit = 0
Top = 32
Underline = False
Visible = True
Width = 80
End
End
#tag EndWindow
#tag WindowCode
#tag EndWindowCode
#tag Events HelloWorldButton
#tag Event
Sub Action()
Dim total As Integer
For i As Integer = 0 To 10
total = total + i
Next
MsgBox "Hello World! " + Str(total)
End Sub
#tag EndEvent
#tag EndEvents
#tag ViewBehavior
#tag ViewProperty
Name="BackColor"
Visible=true
Group="Appearance"
InitialValue="&hFFFFFF"
Type="Color"
#tag EndViewProperty
#tag ViewProperty
Name="Backdrop"
Visible=true
Group="Appearance"
Type="Picture"
EditorType="Picture"
#tag EndViewProperty
#tag ViewProperty
Name="CloseButton"
Visible=true
Group="Appearance"
InitialValue="True"
Type="Boolean"
EditorType="Boolean"
#tag EndViewProperty
#tag ViewProperty
Name="Composite"
Visible=true
Group="Appearance"
InitialValue="False"
Type="Boolean"
#tag EndViewProperty
#tag ViewProperty
Name="Frame"
Visible=true
Group="Appearance"
InitialValue="0"
Type="Integer"
EditorType="Enum"
#tag EnumValues
"0 - Document"
"1 - Movable Modal"
"2 - Modal Dialog"
"3 - Floating Window"
"4 - Plain Box"
"5 - Shadowed Box"
"6 - Rounded Window"
"7 - Global Floating Window"
"8 - Sheet Window"
"9 - Metal Window"
"10 - Drawer Window"
"11 - Modeless Dialog"
#tag EndEnumValues
#tag EndViewProperty
#tag ViewProperty
Name="FullScreen"
Group="Appearance"
InitialValue="False"
Type="Boolean"
EditorType="Boolean"
#tag EndViewProperty
#tag ViewProperty
Name="FullScreenButton"
Visible=true
Group="Appearance"
InitialValue="False"
Type="Boolean"
EditorType="Boolean"
#tag EndViewProperty
#tag ViewProperty
Name="HasBackColor"
Visible=true
Group="Appearance"
InitialValue="False"
Type="Boolean"
#tag EndViewProperty
#tag ViewProperty
Name="Height"
Visible=true
Group="Position"
InitialValue="400"
Type="Integer"
#tag EndViewProperty
#tag ViewProperty
Name="ImplicitInstance"
Visible=true
Group="Appearance"
InitialValue="True"
Type="Boolean"
EditorType="Boolean"
#tag EndViewProperty
#tag ViewProperty
Name="Interfaces"
Visible=true
Group="ID"
Type="String"
#tag EndViewProperty
#tag ViewProperty
Name="LiveResize"
Visible=true
Group="Appearance"
InitialValue="True"
Type="Boolean"
EditorType="Boolean"
#tag EndViewProperty
#tag ViewProperty
Name="MacProcID"
Visible=true
Group="Appearance"
InitialValue="0"
Type="Integer"
#tag EndViewProperty
#tag ViewProperty
Name="MaxHeight"
Visible=true
Group="Position"
InitialValue="32000"
Type="Integer"
#tag EndViewProperty
#tag ViewProperty
Name="MaximizeButton"
Visible=true
Group="Appearance"
InitialValue="True"
Type="Boolean"
EditorType="Boolean"
#tag EndViewProperty
#tag ViewProperty
Name="MaxWidth"
Visible=true
Group="Position"
InitialValue="32000"
Type="Integer"
#tag EndViewProperty
#tag ViewProperty
Name="MenuBar"
Visible=true
Group="Appearance"
Type="MenuBar"
EditorType="MenuBar"
#tag EndViewProperty
#tag ViewProperty
Name="MenuBarVisible"
Group="Appearance"
InitialValue="True"
Type="Boolean"
EditorType="Boolean"
#tag EndViewProperty
#tag ViewProperty
Name="MinHeight"
Visible=true
Group="Position"
InitialValue="64"
Type="Integer"
#tag EndViewProperty
#tag ViewProperty
Name="MinimizeButton"
Visible=true
Group="Appearance"
InitialValue="True"
Type="Boolean"
EditorType="Boolean"
#tag EndViewProperty
#tag ViewProperty
Name="MinWidth"
Visible=true
Group="Position"
InitialValue="64"
Type="Integer"
#tag EndViewProperty
#tag ViewProperty
Name="Name"
Visible=true
Group="ID"
Type="String"
#tag EndViewProperty
#tag ViewProperty
Name="Placement"
Visible=true
Group="Position"
InitialValue="0"
Type="Integer"
EditorType="Enum"
#tag EnumValues
"0 - Default"
"1 - Parent Window"
"2 - Main Screen"
"3 - Parent Window Screen"
"4 - Stagger"
#tag EndEnumValues
#tag EndViewProperty
#tag ViewProperty
Name="Resizeable"
Visible=true
Group="Appearance"
InitialValue="True"
Type="Boolean"
EditorType="Boolean"
#tag EndViewProperty
#tag ViewProperty
Name="Super"
Visible=true
Group="ID"
Type="String"
#tag EndViewProperty
#tag ViewProperty
Name="Title"
Visible=true
Group="Appearance"
InitialValue="Untitled"
Type="String"
#tag EndViewProperty
#tag ViewProperty
Name="Visible"
Visible=true
Group="Appearance"
InitialValue="True"
Type="Boolean"
EditorType="Boolean"
#tag EndViewProperty
#tag ViewProperty
Name="Width"
Visible=true
Group="Position"
InitialValue="600"
Type="Integer"
#tag EndViewProperty
#tag EndViewBehavior

View File

@@ -0,0 +1,17 @@
Dim dbFile As FolderItem
Dim db As New SQLiteDatabase
dbFile = GetFolderItem("Employees.sqlite")
db.DatabaseFile = dbFile
If db.Connect Then
db.SQLExecute("BEGIN TRANSACTION")
db.SQLExecute ("INSERT INTO Employees (Name,Job,YearJoined) VALUES "_
+"('Dr.Strangelove','Advisor',1962)")
If db.Error then
MsgBox("Error: " + db.ErrorMessage)
db.Rollback
Else
db.Commit
End If
Else
MsgBox("The database couldn't be opened. Error: " + db.ErrorMessage)
End If

28
samples/Zephir/filenames/exception.zep.c generated Normal file
View File

@@ -0,0 +1,28 @@
#ifdef HAVE_CONFIG_H
#include "../../ext_config.h"
#endif
#include <php.h>
#include "../../php_ext.h"
#include "../../ext.h"
#include <Zend/zend_operators.h>
#include <Zend/zend_exceptions.h>
#include <Zend/zend_interfaces.h>
#include "kernel/main.h"
/**
* Test\Router\Exception
*
* Exceptions generated by the router
*/
ZEPHIR_INIT_CLASS(Test_Router_Exception) {
ZEPHIR_REGISTER_CLASS_EX(Test\\Router, Exception, test, router_exception, zend_exception_get_default(TSRMLS_C), NULL, 0);
return SUCCESS;
}

View File

@@ -0,0 +1,4 @@
extern zend_class_entry *test_router_exception_ce;
ZEPHIR_INIT_CLASS(Test_Router_Exception);

View File

@@ -0,0 +1,8 @@
<?php
namespace Test\Router;
class Exception extends \Exception
{
}