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alabamenhu/PREVIEW (do not use yet).raku

Created September 9, 2020 15:30
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Translation Template
Raw
PREVIEW (do not use yet).raku
# EXCEPTIONS LOCALIZATION FOR ----
#
# Note that this file has been automatically generated.
# Do NOT allow a code editor to reformat, as it will mess up (NYI) comparison
# and update scripts.
#
# 1. Change the ?? to your language code
unit module Intl::X::??;
# 2. Rename this template file to match the language code
# 3. Place in the lib/Intl/X/ directory.
# 4. Add the module to the 'provides' section of META6.json
# 5. Violà :-)
use MONKEY-GUTS;
our %exceptions = Map.new:
# These first few are special translations that are not directly messages,
# but may be produced as a part of other messages. They should be very stable
# however should be checked upon each release that they match the current set
# of special translations. All translations MUST exist on a single line for
# proper post-processing.
#
# BEGIN SPECIAL TRANSLATIONS (DO NOT EDIT THIS LINE)
'Exception.something-wrong' => method { "Something went wrong in {self.WHAT.gist}" },
'Exception.died-with' => method { "Died with {self.^name}" },
'Exception.no-backtrace' => method { ' (no backtrace available)' },
'Exception.unknown' => method { "Unthrown {self.^name} with no message" },
'X::Comp::Group.sorry' => method { 'SORRY!' },
'X::Comp::Group.difficulties' => method { 'Potential difficulties:' },
'X::Comp::Group.other-diff' => method { 'Other potential difficulties:' },
'X::SecurityPolicy::Eval.payload' => method { 'EVAL is a very dangerous function!!!' },
'X::AdHoc.payload' => method { 'Unexplained error' },
'X::StubCode.default' => method { 'Stub code executed' },
'X::Met.default' => method { 'Stub code executed' },
'X::Method::NotFound.of-type' => method { "of type '$.typename'" },
'X::Method::NotFound.no-public' => method { "No such private method '!$.method' for invocant $.of-type" },
'X::Method::NotFound.no-private' => method { "No such method '$.method' for invocant $.of-type" },
'X::Method::NotFound.private-sug' => method { "Method name starts with '!', did you mean 'self!\"__INDIRECT-METHOD__\"()'?" },
'X::Method::NotFound.suggestion' => method { "Did you mean '@.suggestions[0]'?" },
'X::Method::NotFound.suggestions' => method { "Did you mean any of these: { @.suggestions.map( { "'$_'" } ).join(", ") }?" },
'X::Method::NotFound.perhaps-public' => method { "Perhaps a public method call must be used." },
'X::Method::NotFound.perhaps-private' => method { "Perhaps a private method call must be used." },
'X::Method::NotFound.possible' => method { ($.addendum ?? "Other possible" !! "Possible") ~ " causes are:" },
# END SPECIAL TRANSLATIONS (DO NOT EDIT THIS LINE)
# For each of the following entries, do not edit the original code in
# in the comment block, as it is used for tracking.
# Only adjust the code inside of the primary method block.
# Class: CX::Done
# Status: TO DO
# Original Code:
# "<done control exception>"
'CX::Done' => method {
"<done control exception>"
},
# Class: CX::Emit
# Status: TO DO
# Original Code:
# "<emit control exception>"
'CX::Emit' => method {
"<emit control exception>"
},
# Class: CX::Last
# Status: TO DO
# Original Code:
# "<last control exception>"
'CX::Last' => method {
"<last control exception>"
},
# Class: CX::Proceed
# Status: TO DO
# Original Code:
# "<proceed control exception>"
'CX::Proceed' => method {
"<proceed control exception>"
},
# Class: CX::Redo
# Status: TO DO
# Original Code:
# "<redo control exception>"
'CX::Redo' => method {
"<redo control exception>"
},
# Class: CX::Return
# Status: TO DO
# Original Code:
# "<return control exception>"
'CX::Return' => method {
"<return control exception>"
},
# Class: CX::Succeed
# Status: TO DO
# Original Code:
# "<succeed control exception>"
'CX::Succeed' => method {
"<succeed control exception>"
},
# Class: CX::Take
# Status: TO DO
# Original Code:
# "<take control exception>"
'CX::Take' => method {
"<take control exception>"
},
# Class: X::AdHoc
# Status: TO DO
# Note: The SlurpySentry referenced is an old internal role, nowadays unused.
# Most languages should simply use '$.payload.Str' as the entire method,
# which is what CORE should probably do as well.
# Original Code:
# # Remove spaces for die(*@msg)/fail(*@msg) forms
# given $.payload {
# when SlurpySentry {
# $_.list.join;
# }
# default {
# .Str;
# }
# }
'X::AdHoc' => method {
# Remove spaces for die(*@msg)/fail(*@msg) forms
given $.payload {
when SlurpySentry {
$_.list.join;
}
default {
.Str;
}
}
},
# Class: X::Adverb
# Status: TO DO
# Original Code:
# $.target.defined
# ?? "Cannot bind to $.target"
# !! 'Cannot use bind operator with this left-hand side'
'X::Adverb' => method {
$.target.defined
?? "Cannot bind to $.target"
!! 'Cannot use bind operator with this left-hand side'
},
# Class: X::Anon::Augment
# Status: TO DO
# Original Code:
# "Cannot augment anonymous $.package-kind"
'X::Anon::Augment' => method {
"Cannot augment anonymous $.package-kind"
},
# Class: X::Anon::Multi
# Status: TO DO
# Original Code:
# "An anonymous $.routine-type may not take a $.multiness declarator"
'X::Anon::Multi' => method {
"An anonymous $.routine-type may not take a $.multiness declarator"
},
# Class: X::ArrayShapeMismatch
# Status: TO DO
# Original Code:
# "Cannot assign an array of shape $.source-shape to an array of shape $.target-shape"
'X::ArrayShapeMismatch' => method {
"Cannot assign an array of shape $.source-shape to an array of shape $.target-shape"
},
# Class: X::Assignment::ArrayShapeMismatch
# Status: TO DO
# Original Code:
# "Assignment to array with shape $.shape must provide structured data"
'X::Assignment::ArrayShapeMismatch' => method {
"Assignment to array with shape $.shape must provide structured data"
},
# Class: X::Attribute::NoPackage
# Status: TO DO
# Original Code:
# "You cannot declare attribute '$.name' here; maybe you'd like a class or a role?"
'X::Attribute::NoPackage' => method {
"You cannot declare attribute '$.name' here; maybe you'd like a class or a role?"
},
# Class: X::Attribute::Package
# Status: TO DO
# Original Code:
# "A $.package-kind cannot have attributes, but you tried to declare '$.name'"
'X::Attribute::Package' => method {
"A $.package-kind cannot have attributes, but you tried to declare '$.name'"
},
# Class: X::Attribute::Regex
# Status: TO DO
# Original Code:
# "Attribute '$.symbol' not available inside of a regex, since regexes are methods on the Cursor class. Consider storing the attribute in a lexical, and using that in the regex.".naive-word-wrapper
'X::Attribute::Regex' => method {
"Attribute '$.symbol' not available inside of a regex, since regexes are methods on the Cursor class. Consider storing the attribute in a lexical, and using that in the regex.".naive-word-wrapper
},
# Class: X::Attribute::Required
# Status: TO DO
# Original Code:
# $.why && nqp::istype($.why,Str)
# ?? "The attribute '$.name' is required because $.why,\nbut you did not provide a value for it."
# !! "The attribute '$.name' is required, but you did not provide a value for it."
'X::Attribute::Required' => method {
$.why && nqp::istype($.why,Str)
?? "The attribute '$.name' is required because $.why,\nbut you did not provide a value for it."
!! "The attribute '$.name' is required, but you did not provide a value for it."
},
# Class: X::Attribute::Scope::Package
# Status: TO DO
# Original Code:
# "Cannot use '$.scope' with $.declaration declaration"
'X::Attribute::Scope::Package' => method {
"Cannot use '$.scope' with $.declaration declaration"
},
# Class: X::Attribute::Undeclared
# Status: TO DO
# Original Code:
# "Attribute $.symbol not declared in $.package-kind $.package-name";
'X::Attribute::Undeclared' => method {
"Attribute $.symbol not declared in $.package-kind $.package-name";
},
# Class: X::Augment::NoSuchType
# Status: TO DO
# Original Code:
# "You tried to augment $.package-kind $.package, but it does not exist"
'X::Augment::NoSuchType' => method {
"You tried to augment $.package-kind $.package, but it does not exist"
},
# Class: X::Backslash::NonVariableDollar
# Status: TO DO
# Original Code:
# "Non-variable \$ must be backslashed"
'X::Backslash::NonVariableDollar' => method {
"Non-variable \$ must be backslashed"
},
# Class: X::Backslash::UnrecognizedSequence
# Status: TO DO
# Original Code:
# "Unrecognized backslash sequence: '\\$.sequence'"
# ~ (nqp::defined($!suggestion) ?? ". Did you mean $!suggestion?" !! '')
'X::Backslash::UnrecognizedSequence' => method {
"Unrecognized backslash sequence: '\\$.sequence'"
~ (nqp::defined($!suggestion) ?? ". Did you mean $!suggestion?" !! '')
},
# Class: X::Bind::NativeType
# Status: TO DO
# Original Code:
# "Cannot bind to natively typed variable '$.name'; use assignment instead"
'X::Bind::NativeType' => method {
"Cannot bind to natively typed variable '$.name'; use assignment instead"
},
# Class: X::Bind::Slice
# Status: TO DO
# Original Code:
# "Cannot bind to {$.type.^name} slice";
'X::Bind::Slice' => method {
"Cannot bind to {$.type.^name} slice";
},
# Class: X::Bind::ZenSlice
# Status: TO DO
# Original Code:
# "Cannot bind to {$.type.^name} zen slice";
'X::Bind::ZenSlice' => method {
"Cannot bind to {$.type.^name} zen slice";
},
# Class: X::Buf::AsStr
# Status: TO DO
# Original Code:
# my $message = $.method.starts-with('Str')
# ?? "Stringification of a {$.object.^name} is not done with '$.method'"
# !! "A {$.object.^name} is not a Str, so using '$.method' will not work";
# ($message ~ ". The 'decode' method should be used to convert a {$.object.^name} to a Str."
# ).naive-word-wrapper
'X::Buf::AsStr' => method {
my $message = $.method.starts-with('Str')
?? "Stringification of a {$.object.^name} is not done with '$.method'"
!! "A {$.object.^name} is not a Str, so using '$.method' will not work";
($message ~ ". The 'decode' method should be used to convert a {$.object.^name} to a Str."
).naive-word-wrapper
},
# Class: X::Buf::Pack
# Status: TO DO
# Original Code:
# "Unrecognized directive '$.directive'";
'X::Buf::Pack' => method {
"Unrecognized directive '$.directive'";
},
# Class: X::Buf::Pack::NonASCII
# Status: TO DO
# Original Code:
# "non-ASCII character '$.char' while processing an 'A' template in pack";
'X::Buf::Pack::NonASCII' => method {
"non-ASCII character '$.char' while processing an 'A' template in pack";
},
# Class: X::Cannot::Capture
# Status: TO DO
# Original Code:
# "Cannot unpack or Capture `$!what.gist()`.\n"
# ~ "To create a Capture, add parentheses: \\(...)\n"
# ~ 'If unpacking in a signature, perhaps you needlessly used'
# ~ ' parentheses? -> ($x) {} vs. -> $x {}'
# ~ "\nor missed `:` in signature unpacking? -> \&c:(Int) \{}";
'X::Cannot::Capture' => method {
"Cannot unpack or Capture `$!what.gist()`.\n"
~ "To create a Capture, add parentheses: \\(...)\n"
~ 'If unpacking in a signature, perhaps you needlessly used'
~ ' parentheses? -> ($x) {} vs. -> $x {}'
~ "\nor missed `:` in signature unpacking? -> \&c:(Int) \{}";
},
# Class: X::Cannot::Empty
# Status: TO DO
# Original Code:
# "Cannot $.action from an empty $.what";
'X::Cannot::Empty' => method {
"Cannot $.action from an empty $.what";
},
# Class: X::Cannot::Junction
# Status: TO DO
# Original Code:
# "Cannot use Junction '$.junction' $.for."
'X::Cannot::Junction' => method {
"Cannot use Junction '$.junction' $.for."
},
# Class: X::Cannot::Lazy
# Status: TO DO
# Original Code:
# $.what
# ?? "Cannot $.action a lazy list onto a $.what"
# !! "Cannot $.action a lazy list";
'X::Cannot::Lazy' => method {
$.what
?? "Cannot $.action a lazy list onto a $.what"
!! "Cannot $.action a lazy list";
},
# Class: X::Cannot::Map
# Status: TO DO
# Original Code:
# my $message = "Cannot map a $.what using $.using";
# $.suggestion ?? "$message\n$.suggestion" !! $message
'X::Cannot::Map' => method {
my $message = "Cannot map a $.what using $.using";
$.suggestion ?? "$message\n$.suggestion" !! $message
},
# Class: X::Cannot::New
# Status: TO DO
# Original Code:
# "Cannot make a {$.class.^name} object using .new";
'X::Cannot::New' => method {
"Cannot make a {$.class.^name} object using .new";
},
# Class: X::Comp::BeginTime
# Status: TO DO
# Original Code:
# $!exception ~~ X::MOP
# ?? $!exception.message
# !! "An exception occurred while $!use-case"
'X::Comp::BeginTime' => method {
$!exception ~~ X::MOP
?? $!exception.message
!! "An exception occurred while $!use-case"
},
# Class: X::Comp::FailGoal
# Status: TO DO
# Original Code:
# my $msg = "{ $.feature andthen "$_ not" orelse "Not" } yet implemented. Sorry.";
# $msg ~= "\nDid you mean: {$.did-you-mean.gist}?" if $.did-you-mean;
# $msg ~= "\nWorkaround: $.workaround" if $.workaround;
# $msg
'X::Comp::FailGoal' => method {
my $msg = "{ $.feature andthen "$_ not" orelse "Not" } yet implemented. Sorry.";
$msg ~= "\nDid you mean: {$.did-you-mean.gist}?" if $.did-you-mean;
$msg ~= "\nWorkaround: $.workaround" if $.workaround;
$msg
},
# Class: X::Comp::WheneverOutOfScope
# Status: TO DO
# Original Code:
# "Cannot have a 'whenever' block outside the scope of a 'supply' or 'react' block"
'X::Comp::WheneverOutOfScope' => method {
"Cannot have a 'whenever' block outside the scope of a 'supply' or 'react' block"
},
# Class: X::CompUnit::UnsatisfiedDependency
# Status: TO DO
# Original Code:
# my $name = $.specification.short-name;
# is-core($name)
# ?? "{$name} is a builtin type, not an external module"
# !! "Could not find $.specification in:\n"
# ~ $*REPO.repo-chain.map(*.path-spec).join("\n").indent(4)
# ~ ($.specification ~~ / $<name>=.+ '::from' $ /
# ?? "\n\nIf you meant to use the :from adverb, use"
# ~ " a single colon for it: $<name>:from<...>\n"
# !! ''
# )
'X::CompUnit::UnsatisfiedDependency' => method {
my $name = $.specification.short-name;
is-core($name)
?? "{$name} is a builtin type, not an external module"
!! "Could not find $.specification in:\n"
~ $*REPO.repo-chain.map(*.path-spec).join("\n").indent(4)
~ ($.specification ~~ / $<name>=.+ '::from' $ /
?? "\n\nIf you meant to use the :from adverb, use"
~ " a single colon for it: $<name>:from<...>\n"
!! ''
)
},
# Class: X::Composition::NotComposable
# Status: TO DO
# Original Code:
# $!composer.^name ~ " is not composable, so $!target-name cannot compose it";
'X::Composition::NotComposable' => method {
$!composer.^name ~ " is not composable, so $!target-name cannot compose it";
},
# Class: X::Constructor::Positional
# Status: TO DO
# Original Code:
# "Default constructor for '" ~ $.type.^name ~ "' only takes named arguments"
'X::Constructor::Positional' => method {
"Default constructor for '" ~ $.type.^name ~ "' only takes named arguments"
},
# Class: X::ControlFlow
# Status: TO DO
# Original Code:
# "$.illegal without $.enclosing"
'X::ControlFlow' => method {
"$.illegal without $.enclosing"
},
# Class: X::ControlFlow::Return
# Status: TO DO
# Note: Use $.out-of-dynamic-scope instead of $!out-of-dynamic-scope in translations
# Original Code:
# 'Attempt to return outside of ' ~ (
# $!out-of-dynamic-scope
# ?? 'immediately-enclosing Routine (i.e. `return` execution is'
# ~ ' outside the dynamic scope of the Routine where `return` was used)'
# !! 'any Routine'
# )
'X::ControlFlow::Return' => method {
'Attempt to return outside of ' ~ (
$!out-of-dynamic-scope
?? 'immediately-enclosing Routine (i.e. `return` execution is'
~ ' outside the dynamic scope of the Routine where `return` was used)'
!! 'any Routine'
)
},
# Class: X::DateTime::InvalidDeltaUnit
# Status: TO DO
# Original Code:
# "Cannot use unit $.unit with Date.delta";
'X::DateTime::InvalidDeltaUnit' => method {
"Cannot use unit $.unit with Date.delta";
},
# Class: X::DateTime::TimezoneClash
# Status: TO DO
# Original Code:
# 'DateTime.new(Str): :timezone argument not allowed with a timestamp offset';
'X::DateTime::TimezoneClash' => method {
'DateTime.new(Str): :timezone argument not allowed with a timestamp offset';
},
# Class: X::Declaration::OurScopeInRole
# Status: TO DO
# Original Code:
# "Cannot declare our-scoped $.declaration inside of a role\n" ~
# "(the scope inside of a role is generic, so there is no unambiguous\n" ~
# "package to install the symbol in)"
'X::Declaration::OurScopeInRole' => method {
"Cannot declare our-scoped $.declaration inside of a role\n" ~
"(the scope inside of a role is generic, so there is no unambiguous\n" ~
"package to install the symbol in)"
},
# Class: X::Declaration::Scope::Multi
# Status: TO DO
# Original Code:
# "Cannot use '$.scope' with individual multi candidates. Please declare an {$.scope}-scoped proto instead";
'X::Declaration::Scope::Multi' => method {
"Cannot use '$.scope' with individual multi candidates. Please declare an {$.scope}-scoped proto instead";
},
# Class: X::Dynamic::NotFound
# Status: TO DO
# Original Code:
# "Dynamic variable $.name not found";
'X::Dynamic::NotFound' => method {
"Dynamic variable $.name not found";
},
# Class: X::Dynamic::Package
# Status: TO DO
# Original Code:
# "Dynamic variables cannot have package-like names (with '::'), so '$!symbol' is not allowed.".naive-word-wrapper
'X::Dynamic::Package' => method {
"Dynamic variables cannot have package-like names (with '::'), so '$!symbol' is not allowed.".naive-word-wrapper
},
# Class: X::Dynamic::Postdeclaration
# Status: TO DO
# Original Code:
# "Illegal post-declaration of dynamic variable '$.symbol'. Earlier access must be written as 'CALLERS::<$.symbol>' if that's what you meant.".naive-word-wrapper
'X::Dynamic::Postdeclaration' => method {
"Illegal post-declaration of dynamic variable '$.symbol'. Earlier access must be written as 'CALLERS::<$.symbol>' if that's what you meant.".naive-word-wrapper
},
# Class: X::EXPORTHOW::Conflict
# Status: TO DO
# Original Code:
# "'EXPORTHOW::{$.directive}::{$.declarator}' conflicts with an existing meta-object imported into this lexical scope"
'X::EXPORTHOW::Conflict' => method {
"'EXPORTHOW::{$.directive}::{$.declarator}' conflicts with an existing meta-object imported into this lexical scope"
},
# Class: X::EXPORTHOW::NothingToSupersede
# Status: TO DO
# Original Code:
# "There is no package declarator '$.declarator' to supersede"
'X::EXPORTHOW::NothingToSupersede' => method {
"There is no package declarator '$.declarator' to supersede"
},
# Class: X::Encoding::AlreadyRegistered
# Status: TO DO
# Original Code:
# "An encoding with name '$.name' has already been registered"
'X::Encoding::AlreadyRegistered' => method {
"An encoding with name '$.name' has already been registered"
},
# Class: X::Encoding::Unknown
# Status: TO DO
# Original Code:
# "Unknown string encoding '$.name'"
'X::Encoding::Unknown' => method {
"Unknown string encoding '$.name'"
},
# Class: X::Eval::NoSuchLang
# Status: TO DO
# Original Code:
# "No compiler available for language '$.lang'";
'X::Eval::NoSuchLang' => method {
"No compiler available for language '$.lang'";
},
# Class: X::Exhausted
# Status: TO DO
# Original Code:
# my $result = $.comment.defined
# ?? "$.what out of range. Is: $.got.gist(), should be in $.range.gist(); $.comment"
# !! "$.what out of range. Is: $.got.gist(), should be in $.range.gist()";
# $result;
'X::Exhausted' => method {
my $result = $.comment.defined
?? "$.what out of range. Is: $.got.gist(), should be in $.range.gist(); $.comment"
!! "$.what out of range. Is: $.got.gist(), should be in $.range.gist()";
$result;
},
# Class: X::Experimental
# Status: TO DO
# Original Code:
# "Use of $.feature is experimental; please 'use experimental :$.use'"
'X::Experimental' => method {
"Use of $.feature is experimental; please 'use experimental :$.use'"
},
# Class: X::Hash::Store::OddNumber
# Status: TO DO
# Original Code:
# my $msg =
# "Odd number of elements found where hash initializer expected";
# if $.found == 1 {
# $msg ~= $.last
# ?? ":\nOnly saw: $.last.raku()"
# !! ":\nOnly saw 1 element"
# }
# else {
# $msg ~= ":\nFound $.found (implicit) elements";
# $msg ~= ":\nLast element seen: $.last.raku()" if $.last;
# }
'X::Hash::Store::OddNumber' => method {
my $msg =
"Odd number of elements found where hash initializer expected";
if $.found == 1 {
$msg ~= $.last
?? ":\nOnly saw: $.last.raku()"
!! ":\nOnly saw 1 element"
}
else {
$msg ~= ":\nFound $.found (implicit) elements";
$msg ~= ":\nLast element seen: $.last.raku()" if $.last;
}
},
# Class: X::HyperOp::Infinite
# Status: TO DO
# Original Code:
# $.side eq "both"
# ?? "Lists on both sides of hyperop of &.operator.name() are known to be infinite"
# !! "List on $.side side of hyperop of &.operator.name() is known to be infinite"
'X::HyperOp::Infinite' => method {
$.side eq "both"
?? "Lists on both sides of hyperop of &.operator.name() are known to be infinite"
!! "List on $.side side of hyperop of &.operator.name() is known to be infinite"
},
# Class: X::HyperOp::NonDWIM
# Status: TO DO
# Original Code:
# "Lists on either side of non-dwimmy hyperop of &.operator.name() are not of the same length"
# ~ " while recursing" x +$.recursing
# ~ "\nleft: $.left-elems elements, right: $.right-elems elements";
'X::HyperOp::NonDWIM' => method {
"Lists on either side of non-dwimmy hyperop of &.operator.name() are not of the same length"
~ " while recursing" x +$.recursing
~ "\nleft: $.left-elems elements, right: $.right-elems elements";
},
# Class: X::HyperWhatever::Multiple
# Status: TO DO
# Original Code:
# "Multiple HyperWhatevers and Whatevers may not be used together"
# }
# }
#
#my class X::EXPORTHOW::InvalidDirective does X::Comp {
# has $.directive;
# method message() {
# "Unknown EXPORTHOW directive '$.directive' encountered during import"
'X::HyperWhatever::Multiple' => method {
"Multiple HyperWhatevers and Whatevers may not be used together"
}
}
my class X::EXPORTHOW::InvalidDirective does X::Comp {
has $.directive;
method message() {
"Unknown EXPORTHOW directive '$.directive' encountered during import"
},
# Class: X::IO::BinaryAndEncoding
# Status: TO DO
# Original Code:
# my @m;
# for @.sorrows {
# @m.append(.message);
# }
# if $.panic {
# @m.append($.panic.message);
# }
# for @.worries {
# @m.append(.message);
# }
# @m.join("\n")
'X::IO::BinaryAndEncoding' => method {
my @m;
for @.sorrows {
@m.append(.message);
}
if $.panic {
@m.append($.panic.message);
}
for @.worries {
@m.append(.message);
}
@m.join("\n")
},
# Class: X::IO::Chdir
# Status: TO DO
# Original Code:
# "Failed to change the working directory to '$.path': $.os-error"
'X::IO::Chdir' => method {
"Failed to change the working directory to '$.path': $.os-error"
},
# Class: X::IO::Chmod
# Status: TO DO
# Original Code:
# "Failed to set the mode of '$.path' to '0o{$.mode.fmt("%03o")}': $.os-error"
'X::IO::Chmod' => method {
"Failed to set the mode of '$.path' to '0o{$.mode.fmt("%03o")}': $.os-error"
},
# Class: X::IO::Copy
# Status: TO DO
# Original Code:
# "Failed to copy '$.from' to '$.to': $.os-error"
'X::IO::Copy' => method {
"Failed to copy '$.from' to '$.to': $.os-error"
},
# Class: X::IO::Cwd
# Status: TO DO
# Original Code:
# "Failed to get the working directory: $.os-error"
'X::IO::Cwd' => method {
"Failed to get the working directory: $.os-error"
},
# Class: X::IO::Dir
# Status: TO DO
# Original Code:
# "Failed to get the directory contents of '$.path': $.os-error"
'X::IO::Dir' => method {
"Failed to get the directory contents of '$.path': $.os-error"
},
# Class: X::IO::Directory
# Status: TO DO
# Original Code:
# my $x = "'$.path' is a directory, cannot do '.$.trying' on a directory";
# if $.use { $x ~= ", try '{$.use}()' instead" }
# $x;
'X::IO::Directory' => method {
my $x = "'$.path' is a directory, cannot do '.$.trying' on a directory";
if $.use { $x ~= ", try '{$.use}()' instead" }
$x;
},
# Class: X::IO::DoesNotExist
# Status: TO DO
# Original Code:
# "Failed to find '$.path' while trying to do '.$.trying'"
'X::IO::DoesNotExist' => method {
"Failed to find '$.path' while trying to do '.$.trying'"
},
# Class: X::IO::Flush
# Status: TO DO
# Original Code:
# "Cannot flush handle: $.os-error"
'X::IO::Flush' => method {
"Cannot flush handle: $.os-error"
},
# Class: X::IO::Link
# Status: TO DO
# Original Code:
# "Failed to create link called '$.name' on target '$.target': $.os-error"
'X::IO::Link' => method {
"Failed to create link called '$.name' on target '$.target': $.os-error"
},
# Class: X::IO::Lock
# Status: TO DO
# Original Code:
# "Could not obtain $.lock-type lock: $.os-error"
'X::IO::Lock' => method {
"Could not obtain $.lock-type lock: $.os-error"
},
# Class: X::IO::Mkdir
# Status: TO DO
# Original Code:
# "Failed to create directory '$.path' with mode '0o{$.mode.fmt("%03o")}': $.os-error"
'X::IO::Mkdir' => method {
"Failed to create directory '$.path' with mode '0o{$.mode.fmt("%03o")}': $.os-error"
},
# Class: X::IO::Move
# Status: TO DO
# Original Code:
# "Failed to move '$.from' to '$.to': $.os-error"
'X::IO::Move' => method {
"Failed to move '$.from' to '$.to': $.os-error"
},
# Class: X::IO::NotAChild
# Status: TO DO
# Original Code:
# "Path {$.child.raku} is not a child of path {$.path.raku}"
'X::IO::NotAChild' => method {
"Path {$.child.raku} is not a child of path {$.path.raku}"
},
# Class: X::IO::NotAFile
# Status: TO DO
# Original Code:
# "'$.path' is not a regular file while trying to do '.$.trying'"
'X::IO::NotAFile' => method {
"'$.path' is not a regular file while trying to do '.$.trying'"
},
# Class: X::IO::Null
# Status: TO DO
# Original Code:
# "Cannot use null character (U+0000) as part of the path"
'X::IO::Null' => method {
"Cannot use null character (U+0000) as part of the path"
},
# Class: X::IO::Resolve
# Status: TO DO
# Original Code:
# "Failed to completely resolve {$.path.raku}"
'X::IO::Resolve' => method {
"Failed to completely resolve {$.path.raku}"
},
# Class: X::IO::Rmdir
# Status: TO DO
# Original Code:
# "Failed to remove the directory '$.path': $.os-error"
'X::IO::Rmdir' => method {
"Failed to remove the directory '$.path': $.os-error"
},
# Class: X::IO::Symlink
# Status: TO DO
# Original Code:
# "Failed to create symlink called '$.name' on target '$.target': $.os-error"
'X::IO::Symlink' => method {
"Failed to create symlink called '$.name' on target '$.target': $.os-error"
},
# Class: X::IO::Unknown
# Status: TO DO
# Original Code:
# "Failed to rename '$.from' to '$.to': $.os-error"
'X::IO::Unknown' => method {
"Failed to rename '$.from' to '$.to': $.os-error"
},
# Class: X::IO::Unlink
# Status: TO DO
# Original Code:
# "Failed to remove the file '$.path': $.os-error"
'X::IO::Unlink' => method {
"Failed to remove the file '$.path': $.os-error"
},
# Class: X::IllegalDimensionInShape
# Status: TO DO
# Original Code:
# "Illegal dimension in shape: $.dim. All dimensions must be integers bigger than 0"
'X::IllegalDimensionInShape' => method {
"Illegal dimension in shape: $.dim. All dimensions must be integers bigger than 0"
},
# Class: X::IllegalOnFixedDimensionArray
# Status: TO DO
# Original Code:
# "Cannot $.operation a fixed-dimension array"
'X::IllegalOnFixedDimensionArray' => method {
"Cannot $.operation a fixed-dimension array"
},
# Class: X::Import::MissingSymbols
# Status: TO DO
# Original Code:
# "Trying to import from '$.from', but the following symbols are missing: "
# ~ @.missing.join(', ');
'X::Import::MissingSymbols' => method {
"Trying to import from '$.from', but the following symbols are missing: "
~ @.missing.join(', ');
},
# Class: X::Import::NoSuchTag
# Status: TO DO
# Original Code:
# "Error while importing from '$.source-package': no such tag '$.tag'"
'X::Import::NoSuchTag' => method {
"Error while importing from '$.source-package': no such tag '$.tag'"
},
# Class: X::Import::OnlystarProto
# Status: TO DO
# Original Code:
# (@.symbols == 1
# ?? "Cannot import symbol '@.symbols[0]' from '$.source-package-name', because only onlystar-protos ('proto foo(|) {*}') can be merged."
# !! "Cannot import the following symbols from '$.source-package-name', only onlystar-protos ('proto foo(|) {*}') can be merged: { @.symbols.map( { "'$_'" } ).join(', ')}."
# ).naive-word-wrapper
'X::Import::OnlystarProto' => method {
(@.symbols == 1
?? "Cannot import symbol '@.symbols[0]' from '$.source-package-name', because only onlystar-protos ('proto foo(|) {*}') can be merged."
!! "Cannot import the following symbols from '$.source-package-name', only onlystar-protos ('proto foo(|) {*}') can be merged: { @.symbols.map( { "'$_'" } ).join(', ')}."
).naive-word-wrapper
},
# Class: X::Import::Positional
# Status: TO DO
# Original Code:
# "Error while importing from '$.source-package':\n"
# ~ "no EXPORT sub, but you provided positional argument in the 'use' statement"
'X::Import::Positional' => method {
"Error while importing from '$.source-package':\n"
~ "no EXPORT sub, but you provided positional argument in the 'use' statement"
},
# Class: X::Import::Redeclaration
# Status: TO DO
# Original Code:
# (@.symbols == 1
# ?? "Cannot import symbol '@.symbols[0]' from '$.source-package-name', because it already exists in this lexical scope."
# !! "Cannot import the following symbols from '$.source-package-name', because they already exist in this lexical scope: { @.symbols.map( { "'$_'" } ).join(', ')}."
# ).naive-word-wrapper
'X::Import::Redeclaration' => method {
(@.symbols == 1
?? "Cannot import symbol '@.symbols[0]' from '$.source-package-name', because it already exists in this lexical scope."
!! "Cannot import the following symbols from '$.source-package-name', because they already exist in this lexical scope: { @.symbols.map( { "'$_'" } ).join(', ')}."
).naive-word-wrapper
},
# Class: X::Inheritance::NotComposed
# Status: TO DO
# Original Code:
# "'$.child-name' cannot inherit from '$.parent-name' because '$.parent-name' isn't composed yet"
# ~ ' (maybe it is stubbed)';
'X::Inheritance::NotComposed' => method {
"'$.child-name' cannot inherit from '$.parent-name' because '$.parent-name' isn't composed yet"
~ ' (maybe it is stubbed)';
},
# Class: X::Inheritance::Unsupported
# Status: TO DO
# Original Code:
# "A symbol '$.symbol' has already been exported";
'X::Inheritance::Unsupported' => method {
"A symbol '$.symbol' has already been exported";
},
# Class: X::Invalid::Value
# Status: TO DO
# Original Code:
# "$.what value must be known at compile time"
'X::Invalid::Value' => method {
"$.what value must be known at compile time"
},
# Class: X::InvalidType
# Status: TO DO
# Original Code:
# my $msg := "Invalid typename '$.typename'";
# if [email protected] > 0 {
# $msg := $msg ~ ". Did you mean '" ~ @.suggestions.join("', '") ~ "'?";
# }
# $msg;
'X::InvalidType' => method {
my $msg := "Invalid typename '$.typename'";
if [email protected] > 0 {
$msg := $msg ~ ". Did you mean '" ~ @.suggestions.join("', '") ~ "'?";
}
$msg;
},
# Class: X::InvalidTypeSmiley
# Status: TO DO
# Original Code:
# "Invalid type smiley ':$.name' used, only ':D', ':U' and ':_' are allowed";
'X::InvalidTypeSmiley' => method {
"Invalid type smiley ':$.name' used, only ':D', ':U' and ':_' are allowed";
},
# Class: X::Language::ModRequired
# Status: TO DO
# Original Code:
# "Raku $.version requires $.modifier modifier"
'X::Language::ModRequired' => method {
"Raku $.version requires $.modifier modifier"
},
# Class: X::Language::TooLate
# Status: TO DO
# Original Code:
# "Too late to switch language version. Must be used as the very first statement."
'X::Language::TooLate' => method {
"Too late to switch language version. Must be used as the very first statement."
},
# Class: X::Language::Unsupported
# Status: TO DO
# Original Code:
# "No compiler available for Raku $.version"
'X::Language::Unsupported' => method {
"No compiler available for Raku $.version"
},
# Class: X::LibEmpty
# Status: TO DO
# Original Code:
# "The following packages were stubbed but not defined:\n "
# ~ @.packages.join("\n ");
'X::LibEmpty' => method {
"The following packages were stubbed but not defined:\n "
~ @.packages.join("\n ");
},
# Class: X::Localizer::NoContainer
# Status: TO DO
# Original Code:
# "Can only use '$.localizer' on a container";
'X::Localizer::NoContainer' => method {
"Can only use '$.localizer' on a container";
},
# Class: X::Match::Bool
# Status: TO DO
# Original Code:
# "Cannot use Bool as Matcher with '" ~ $.type ~ "'. Did you mean to use \$_ inside a block?"
'X::Match::Bool' => method {
"Cannot use Bool as Matcher with '" ~ $.type ~ "'. Did you mean to use \$_ inside a block?"
},
# Class: X::Method::InvalidQualifier
# Status: TO DO
# Original Code:
# "Cannot dispatch to method $.method on {$.qualifier-type.^name} "
# ~ "because it is not inherited or done by {$.invocant.^name}";
'X::Method::InvalidQualifier' => method {
"Cannot dispatch to method $.method on {$.qualifier-type.^name} "
~ "because it is not inherited or done by {$.invocant.^name}";
},
# Class: X::Method::Private::Permission
# Status: TO DO
# Original Code:
# "Cannot call private method '$.method' on package '$.source-package' because it does not trust the '$.calling-package' package.".naive-word-wrapper
'X::Method::Private::Permission' => method {
"Cannot call private method '$.method' on package '$.source-package' because it does not trust the '$.calling-package' package.".naive-word-wrapper
},
# Class: X::Method::Private::Unqualified
# Status: TO DO
# Original Code:
# "Calling private method '$.method' must be fully qualified with the package containing that private method.".naive-word-wrapper
'X::Method::Private::Unqualified' => method {
"Calling private method '$.method' must be fully qualified with the package containing that private method.".naive-word-wrapper
},
# Class: X::Mixin::NotComposable
# Status: TO DO
# Original Code:
# "Cannot mix in non-composable type {$.rolish.^name} into object of type {$.target.^name}";
'X::Mixin::NotComposable' => method {
"Cannot mix in non-composable type {$.rolish.^name} into object of type {$.target.^name}";
},
# Class: X::MultipleTypeSmiley
# Status: TO DO
# Original Code:
# "Multiple type smileys cannot be used, did you forget a ':' somewhere?";
'X::MultipleTypeSmiley' => method {
"Multiple type smileys cannot be used, did you forget a ':' somewhere?";
},
# Class: X::MustBeParametric
# Status: TO DO
# Original Code:
# "$!type.^name() *must* be parameterized";
'X::MustBeParametric' => method {
"$!type.^name() *must* be parameterized";
},
# Class: X::NQP::NotFound
# Status: TO DO
# Original Code:
# "Could not find nqp::$.op, did you forget 'use nqp;' ?"
'X::NQP::NotFound' => method {
"Could not find nqp::$.op, did you forget 'use nqp;' ?"
},
# Class: X::NYI::Available
# Status: TO DO
# Original Code:
# "Please install { self.available-str } for $.feature support. "
'X::NYI::Available' => method {
"Please install { self.available-str } for $.feature support. "
},
# Class: X::NYI::BigInt
# Status: TO DO
# Original Code:
# "Big integer $!big not yet supported on {$!side}hand side of '$!op' operator"
'X::NYI::BigInt' => method {
"Big integer $!big not yet supported on {$!side}hand side of '$!op' operator"
},
# Class: X::NoSuchSymbol
# Status: TO DO
# Original Code:
# "Cannot access '$.symbol' through CALLER, because it is not declared as dynamic";
'X::NoSuchSymbol' => method {
"Cannot access '$.symbol' through CALLER, because it is not declared as dynamic";
},
# Class: X::NotEnoughDimensions
# Status: TO DO
# Original Code:
# "Cannot $.operation a $.needed-dimensions dimension array with only $.got-dimensions dimensions"
'X::NotEnoughDimensions' => method {
"Cannot $.operation a $.needed-dimensions dimension array with only $.got-dimensions dimensions"
},
# Class: X::NotParametric
# Status: TO DO
# Original Code:
# "$!type.^name() cannot be parameterized";
'X::NotParametric' => method {
"$!type.^name() cannot be parameterized";
},
# Class: X::Numeric::CannotConvert
# Status: TO DO
# Original Code:
# "Cannot convert {$!source // $!source.raku} to {$!target // $!target.raku}: $!reason";
'X::Numeric::CannotConvert' => method {
"Cannot convert {$!source // $!source.raku} to {$!target // $!target.raku}: $!reason";
},
# Class: X::Numeric::Confused
# Status: TO DO
# Original Code:
# "This call only converts base-$.base strings to numbers; value "
# ~ "{$.num.raku} is of type {$.num.WHAT.^name}, so cannot be converted!"
# ~ (
# "\n(If you really wanted to convert {$.num.raku} to a base-$.base"
# ~ " string, use {$.num.raku}.base($.base) instead.)"
# if $.num.^can('base')
# );
'X::Numeric::Confused' => method {
"This call only converts base-$.base strings to numbers; value "
~ "{$.num.raku} is of type {$.num.WHAT.^name}, so cannot be converted!"
~ (
"\n(If you really wanted to convert {$.num.raku} to a base-$.base"
~ " string, use {$.num.raku}.base($.base) instead.)"
if $.num.^can('base')
);
},
# Class: X::Numeric::DivideByZero
# Status: TO DO
# Original Code:
# "Attempt to divide{$.numerator ?? " $.numerator" !! ''} by zero"
# ~ ( $.using ?? " using $.using" !! '' )
# ~ ( " $_" with $.details );
'X::Numeric::DivideByZero' => method {
"Attempt to divide{$.numerator ?? " $.numerator" !! ''} by zero"
~ ( $.using ?? " using $.using" !! '' )
~ ( " $_" with $.details );
},
# Class: X::Numeric::Overflow
# Status: TO DO
# Original Code:
# "Numeric overflow"
'X::Numeric::Overflow' => method {
"Numeric overflow"
},
# Class: X::Numeric::Underflow
# Status: TO DO
# Original Code:
# "Numeric underflow"
'X::Numeric::Underflow' => method {
"Numeric underflow"
},
# Class: X::Obsolete
# Status: TO DO
# Original Code:
# "Unsupported use of $.old. $.when.tc() please use: $.replacement.".naive-word-wrapper
'X::Obsolete' => method {
"Unsupported use of $.old. $.when.tc() please use: $.replacement.".naive-word-wrapper
},
# Class: X::Pairup::OddNumber
# Status: TO DO
# Original Code:
# "Odd number of elements found for .pairup()"
'X::Pairup::OddNumber' => method {
"Odd number of elements found for .pairup()"
},
# Class: X::Parameter::AfterDefault
# Status: TO DO
# Original Code:
# "The $.type '$.modifier' came after the default value. Did you mean: ...$.modifier $.default?".naive-word-wrapper
'X::Parameter::AfterDefault' => method {
"The $.type '$.modifier' came after the default value. Did you mean: ...$.modifier $.default?".naive-word-wrapper
},
# Class: X::Parameter::BadType
# Status: TO DO
# Original Code:
# my $what = ~$!type.HOW.WHAT.^name.match(/ .* '::' <(.*)> HOW/) // 'Namespace';
# "$what '$!type.^name()' is insufficiently type-like to qualify a parameter. Did you mean 'class'?".naive-word-wrapper
'X::Parameter::BadType' => method {
my $what = ~$!type.HOW.WHAT.^name.match(/ .* '::' <(.*)> HOW/) // 'Namespace';
"$what '$!type.^name()' is insufficiently type-like to qualify a parameter. Did you mean 'class'?".naive-word-wrapper
},
# Class: X::Parameter::Default
# Status: TO DO
# Original Code:
# $.parameter
# ?? "Cannot put default on $.how parameter $.parameter"
# !! "Cannot put default on anonymous $.how parameter";
'X::Parameter::Default' => method {
$.parameter
?? "Cannot put default on $.how parameter $.parameter"
!! "Cannot put default on anonymous $.how parameter";
},
# Class: X::Parameter::Default::TypeCheck
# Status: TO DO
# Original Code:
# "Default value '{Rakudo::Internals.MAYBE-STRING: $!got}' will never bind to a parameter of type {$!expected.^name}"
'X::Parameter::Default::TypeCheck' => method {
"Default value '{Rakudo::Internals.MAYBE-STRING: $!got}' will never bind to a parameter of type {$!expected.^name}"
},
# Class: X::Parameter::InvalidConcreteness
# Status: TO DO
# Original Code:
# $!routine = '<anon>' if not $!routine.defined or $!routine eq '';
# $!param = '<anon>' if not $!param.defined or $!param eq '';
# my $beginning = $!param-is-invocant ?? 'Invocant of method' !! "Parameter '$!param' of routine";
# my $must-be = $!should-be-concrete ?? 'an object instance' !! 'a type object';
# my $not-a = $!should-be-concrete ?? 'a type object' !! 'an object instance';
# my $suggestion = $!should-be-concrete ?? '.new' !! 'multi';
#
# "$beginning '$!routine' must be $must-be of type '$!expected', not $not-a of type '$!got'. Did you forget a '$suggestion'?".naive-word-wrapper
'X::Parameter::InvalidConcreteness' => method {
$!routine = '<anon>' if not $!routine.defined or $!routine eq '';
$!param = '<anon>' if not $!param.defined or $!param eq '';
my $beginning = $!param-is-invocant ?? 'Invocant of method' !! "Parameter '$!param' of routine";
my $must-be = $!should-be-concrete ?? 'an object instance' !! 'a type object';
my $not-a = $!should-be-concrete ?? 'a type object' !! 'an object instance';
my $suggestion = $!should-be-concrete ?? '.new' !! 'multi';
"$beginning '$!routine' must be $must-be of type '$!expected', not $not-a of type '$!got'. Did you forget a '$suggestion'?".naive-word-wrapper
},
# Class: X::Parameter::InvalidType
# Status: TO DO
# Original Code:
# my $msg := "Invalid typename '$.typename' in parameter declaration.";
# if [email protected] > 0 {
# $msg := $msg ~ " Did you mean '" ~ @.suggestions.join("', '") ~ "'?";
# }
# $msg.naive-word-wrapper
'X::Parameter::InvalidType' => method {
my $msg := "Invalid typename '$.typename' in parameter declaration.";
if [email protected] > 0 {
$msg := $msg ~ " Did you mean '" ~ @.suggestions.join("', '") ~ "'?";
}
$msg.naive-word-wrapper
},
# Class: X::Parameter::MultipleTypeConstraints
# Status: TO DO
# Original Code:
# ($.parameter ?? "Parameter $.parameter" !! 'A parameter')
# ~ " may only have one prefix type constraint";
'X::Parameter::MultipleTypeConstraints' => method {
($.parameter ?? "Parameter $.parameter" !! 'A parameter')
~ " may only have one prefix type constraint";
},
# Class: X::Parameter::Placeholder
# Status: TO DO
# Original Code:
# "$.type.tc() placeholder variables like '$.parameter' are not allowed in signatures. Did you mean: '$.right' ?".naive-word-wrapper
'X::Parameter::Placeholder' => method {
"$.type.tc() placeholder variables like '$.parameter' are not allowed in signatures. Did you mean: '$.right' ?".naive-word-wrapper
},
# Class: X::Parameter::RW
# Status: TO DO
# Original Code:
# "Parameter '$.symbol' expects a writable container (variable) as an argument, but got '{Rakudo::Internals.MAYBE-GIST: $.got}' ($.got.^name()) as a value without a container.".naive-word-wrapper
'X::Parameter::RW' => method {
"Parameter '$.symbol' expects a writable container (variable) as an argument, but got '{Rakudo::Internals.MAYBE-GIST: $.got}' ($.got.^name()) as a value without a container.".naive-word-wrapper
},
# Class: X::Parameter::Twigil
# Status: TO DO
# Original Code:
# "Parameters with a '$.twigil' twigil, like '$.parameter', are not allowed in signatures.".naive-word-wrapper
'X::Parameter::Twigil' => method {
"Parameters with a '$.twigil' twigil, like '$.parameter', are not allowed in signatures.".naive-word-wrapper
},
# Class: X::Parameter::TypedSlurpy
# Status: TO DO
# Original Code:
# "Slurpy $.kind parameters with type constraints are not supported"
'X::Parameter::TypedSlurpy' => method {
"Slurpy $.kind parameters with type constraints are not supported"
},
# Class: X::Parameter::WrongOrder
# Status: TO DO
# Original Code:
# "Cannot put $.misplaced parameter $.parameter after $.after parameters";
'X::Parameter::WrongOrder' => method {
"Cannot put $.misplaced parameter $.parameter after $.after parameters";
},
# Class: X::ParametricConstant
# Status: TO DO
# Original Code:
# self.priors() ~
# "Type check failed in $.operation; expected $.expectedn but got $.gotn";
'X::ParametricConstant' => method {
self.priors() ~
"Type check failed in $.operation; expected $.expectedn but got $.gotn";
},
# Class: X::Phaser::Multiple
# Status: TO DO
# Original Code:
# "Only one $.block block is allowed"
'X::Phaser::Multiple' => method {
"Only one $.block block is allowed"
},
# Class: X::Phaser::PrePost
# Status: TO DO
# Original Code:
# $!name.chars ?? "Unrecognized character name [{$!name}]"
# !! "Cannot use empty name as character name"
'X::Phaser::PrePost' => method {
$!name.chars ?? "Unrecognized character name [{$!name}]"
!! "Cannot use empty name as character name"
},
# Class: X::PhaserExceptions
# Status: TO DO
# Original Code:
# "Multiple exceptions were thrown by LEAVE/POST phasers"
'X::PhaserExceptions' => method {
"Multiple exceptions were thrown by LEAVE/POST phasers"
},
# Class: X::Placeholder::Attribute
# Status: TO DO
# Original Code:
# "Cannot use placeholder parameter $.placeholder in an attribute initializer"
'X::Placeholder::Attribute' => method {
"Cannot use placeholder parameter $.placeholder in an attribute initializer"
},
# Class: X::Placeholder::Block
# Status: TO DO
# Original Code:
# "Placeholder variable '$.placeholder' may not be used here because the surrounding block does not take a signature.".naive-word-wrapper;
'X::Placeholder::Block' => method {
"Placeholder variable '$.placeholder' may not be used here because the surrounding block does not take a signature.".naive-word-wrapper;
},
# Class: X::Placeholder::Mainline
# Status: TO DO
# Original Code:
# "Cannot use placeholder parameter $.placeholder outside of a sub or block"
'X::Placeholder::Mainline' => method {
"Cannot use placeholder parameter $.placeholder outside of a sub or block"
},
# Class: X::Placeholder::NonPlaceholder
# Status: TO DO
# Original Code:
# my $decl = $!decl ?? $!decl !! 'block';
# "'$!variable_name' has already been used as a non-placeholder in the surrounding $decl, so you will confuse the reader if you suddenly declare $!placeholder here.".naive-word-wrapper
'X::Placeholder::NonPlaceholder' => method {
my $decl = $!decl ?? $!decl !! 'block';
"'$!variable_name' has already been used as a non-placeholder in the surrounding $decl, so you will confuse the reader if you suddenly declare $!placeholder here.".naive-word-wrapper
},
# Class: X::PoisonedAlias
# Status: TO DO
# Original Code:
# ("Cannot directly use poisoned alias '$.alias' because it was declared by several {$.package-type}s." ~
# ($.package-name
# ?? " Please access it via explicit package name like: '{$.package-name}::{$!alias}'"
# !! '')
# ).naive-word-wrapper
'X::PoisonedAlias' => method {
("Cannot directly use poisoned alias '$.alias' because it was declared by several {$.package-type}s." ~
($.package-name
?? " Please access it via explicit package name like: '{$.package-name}::{$!alias}'"
!! '')
).naive-word-wrapper
},
# Class: X::Proc::Unsuccessful
# Status: TO DO
# Original Code:
# "The spawned command '{$.proc.command[0]}' exited unsuccessfully (exit code: $.proc.exitcode(), signal: $.proc.signal())"
'X::Proc::Unsuccessful' => method {
"The spawned command '{$.proc.command[0]}' exited unsuccessfully (exit code: $.proc.exitcode(), signal: $.proc.signal())"
},
# Class: X::PseudoPackage::InDeclaration
# Status: TO DO
# Original Code:
# "Cannot use pseudo package $.pseudo-package in $.action";
'X::PseudoPackage::InDeclaration' => method {
"Cannot use pseudo package $.pseudo-package in $.action";
},
# Class: X::Range::InvalidArg
# Status: TO DO
# Original Code:
# "{$.got.^name} objects are not valid endpoints for Ranges";
'X::Range::InvalidArg' => method {
"{$.got.^name} objects are not valid endpoints for Ranges";
},
# Class: X::Redeclaration::Outer
# Status: TO DO
# Original Code:
# "Lexical symbol '$.symbol' is already bound to an outer symbol. The implicit outer binding must be rewritten as 'OUTER::<$.symbol>' before you can unambiguously declare a new '$.symbol' in this scope.".naive-word-wrapper
'X::Redeclaration::Outer' => method {
"Lexical symbol '$.symbol' is already bound to an outer symbol. The implicit outer binding must be rewritten as 'OUTER::<$.symbol>' before you can unambiguously declare a new '$.symbol' in this scope.".naive-word-wrapper
},
# Class: X::Role::Parametric::NoSuchCandidate
# Status: TO DO
# Original Code:
# "<next control exception>"
'X::Role::Parametric::NoSuchCandidate' => method {
"<next control exception>"
},
# Class: X::Routine::Unwrap
# Status: TO DO
# Original Code:
# "Cannot unwrap routine: invalid wrap handle"
'X::Routine::Unwrap' => method {
"Cannot unwrap routine: invalid wrap handle"
},
# Class: X::SecurityPolicy::Eval
# Status: TO DO
# Note: The SlurpySentry referenced is an internal role, however it is unused.
# Simply use $.payload.Str instead, which is what CORE should have.
# Original Code:
# (($.payload ~~ SlurpySentry
# ?? $.payload.list.join # Remove spaces die(*@msg)/fail(*@msg) forms
# !! $.payload.Str
# ) ~ " (use the MONKEY-SEE-NO-EVAL pragma to override this error but only if you're VERY sure your data contains no injection attacks)."
# ).naive-word-wrapper
'X::SecurityPolicy::Eval' => method {
(($.payload ~~ SlurpySentry
?? $.payload.list.join # Remove spaces die(*@msg)/fail(*@msg) forms
!! $.payload.Str
) ~ " (use the MONKEY-SEE-NO-EVAL pragma to override this error but only if you're VERY sure your data contains no injection attacks)."
).naive-word-wrapper
},
# Class: X::Seq::Consumed
# Status: TO DO
# Original Code:
# "The iterator of this Seq is already in use/consumed by another Seq\n" ~
# "(you might solve this by adding .cache on usages of the Seq, or\n" ~
# "by assigning the Seq into an array)"
'X::Seq::Consumed' => method {
"The iterator of this Seq is already in use/consumed by another Seq\n" ~
"(you might solve this by adding .cache on usages of the Seq, or\n" ~
"by assigning the Seq into an array)"
},
# Class: X::Seq::NotIndexable
# Status: TO DO
# Original Code:
# "Cannot index a Seq; coerce it to a list or assign it to an array first"
'X::Seq::NotIndexable' => method {
"Cannot index a Seq; coerce it to a list or assign it to an array first"
},
# Class: X::Sequence::Deduction
# Status: TO DO
# Original Code:
# $!from ?? "Unable to deduce arithmetic or geometric sequence from: $!from\nDid you really mean '..'?"
# !! 'Unable to deduce sequence for some unfathomable reason'
'X::Sequence::Deduction' => method {
$!from ?? "Unable to deduce arithmetic or geometric sequence from: $!from\nDid you really mean '..'?"
!! 'Unable to deduce sequence for some unfathomable reason'
},
# Class: X::Sequence::Endpoint
# Status: TO DO
# Original Code:
# "Incompatible endpoint for sequence: "
# ~ $!from.raku
# ~ " ... "
# ~ $!endpoint.raku
'X::Sequence::Endpoint' => method {
"Incompatible endpoint for sequence: "
~ $!from.raku
~ " ... "
~ $!endpoint.raku
},
# Class: X::Set::Coerce
# Status: TO DO
# Original Code:
# "Invalid $.target string '$.invalid-str'; use $.format instead";
'X::Set::Coerce' => method {
"Invalid $.target string '$.invalid-str'; use $.format instead";
},
# Class: X::Signature::NameClash
# Status: TO DO
# Original Code:
# "Name $.name used for more than one named parameter";
'X::Signature::NameClash' => method {
"Name $.name used for more than one named parameter";
},
# Class: X::Signature::Placeholder
# Status: TO DO
# Original Code:
# "Placeholder variable '$.placeholder' cannot override existing signature";
'X::Signature::Placeholder' => method {
"Placeholder variable '$.placeholder' cannot override existing signature";
},
# Class: X::Str::Match::x
# Status: TO DO
# Original Code:
# "in Str.match, got invalid value of type {$.got.^name} for :x, must be Int or Range"
'X::Str::Match::x' => method {
"in Str.match, got invalid value of type {$.got.^name} for :x, must be Int or Range"
},
# Class: X::Str::Numeric
# Status: TO DO
# Original Code:
# "Cannot convert string to number: $.reason $.source-indicator";
'X::Str::Numeric' => method {
"Cannot convert string to number: $.reason $.source-indicator";
},
# Class: X::Str::Sprintf::Directives::BadType
# Status: TO DO
# Original Code:
# $.expected
# ?? "Directive $.directive expected a $.expected value, not a $.type ({Rakudo::Internals.SHORT-STRING: $.value[0]})"
# !! "Directive $.directive not applicable for value of type $.type ({Rakudo::Internals.SHORT-STRING: $.value[0]})"
'X::Str::Sprintf::Directives::BadType' => method {
$.expected
?? "Directive $.directive expected a $.expected value, not a $.type ({Rakudo::Internals.SHORT-STRING: $.value[0]})"
!! "Directive $.directive not applicable for value of type $.type ({Rakudo::Internals.SHORT-STRING: $.value[0]})"
},
# Class: X::Str::Sprintf::Directives::Count
# Status: TO DO
# Original Code:
# my $msg = "Your printf-style directives specify ";
#
# if $.args-used == 1 {
# $msg ~= "1 argument, but ";
# }
# else {
# $msg ~= "$.args-used arguments, but ";
# }
#
# if $.args-have < 1 {
# $msg ~= "no argument was";
# }
# else {
# if $.args-have == 1 {
# $msg ~= "1 argument was";
# }
# else {
# # too many args
# $msg ~= "$.args-have arguments were";
# }
# }
# $msg ~= " supplied.";
#
# if $.args-used > $.args-have {
# $msg ~= "\nAre you using an interpolated '\$'?";
# }
#
# $msg;
'X::Str::Sprintf::Directives::Count' => method {
my $msg = "Your printf-style directives specify ";
if $.args-used == 1 {
$msg ~= "1 argument, but ";
}
else {
$msg ~= "$.args-used arguments, but ";
}
if $.args-have < 1 {
$msg ~= "no argument was";
}
else {
if $.args-have == 1 {
$msg ~= "1 argument was";
}
else {
# too many args
$msg ~= "$.args-have arguments were";
}
}
$msg ~= " supplied.";
if $.args-used > $.args-have {
$msg ~= "\nAre you using an interpolated '\$'?";
}
$msg;
},
# Class: X::Str::Sprintf::Directives::Unsupported
# Status: TO DO
# Original Code:
# "Directive $.directive is not valid in sprintf format sequence $.sequence"
'X::Str::Sprintf::Directives::Unsupported' => method {
"Directive $.directive is not valid in sprintf format sequence $.sequence"
},
# Class: X::Str::Subst::Adverb
# Status: TO DO
# Original Code:
# "Cannot use :$.name adverb in Str.subst, got $.got"
'X::Str::Subst::Adverb' => method {
"Cannot use :$.name adverb in Str.subst, got $.got"
},
# Class: X::Str::Trans::IllegalKey
# Status: TO DO
# Original Code:
# "Only Pair objects are allowed as arguments to Str.trans, got {$.got.^name}";
'X::Str::Trans::IllegalKey' => method {
"Only Pair objects are allowed as arguments to Str.trans, got {$.got.^name}";
},
# Class: X::Subscript::Negative
# Status: TO DO
# Original Code:
# "Calculated index ({$.index}) is negative, but {$.type.^name} allows only 0-based indexing";
'X::Subscript::Negative' => method {
"Calculated index ({$.index}) is negative, but {$.type.^name} allows only 0-based indexing";
},
# Class: X::Syntax::AddCategorical::TooManyParts
# Status: TO DO
# Original Code:
# "Too many symbols provided for categorical of type $.category; needs only $.needs"
'X::Syntax::AddCategorical::TooManyParts' => method {
"Too many symbols provided for categorical of type $.category; needs only $.needs"
},
# Class: X::Syntax::Adverb
# Status: TO DO
# Original Code:
# "You can't adverb " ~ $.what
'X::Syntax::Adverb' => method {
"You can't adverb " ~ $.what
},
# Class: X::Syntax::Argument::MOPMacro
# Status: TO DO
# Original Code:
# "Can only supply an initialization value for a role if it has a single public attribute, but this is not the case for '{$.role.^name}'"
'X::Syntax::Argument::MOPMacro' => method {
"Can only supply an initialization value for a role if it has a single public attribute, but this is not the case for '{$.role.^name}'"
},
# Class: X::Syntax::Augment::WithoutMonkeyTyping
# Status: TO DO
# Original Code:
# "Cannot put adverbs on a typename when augmenting"
'X::Syntax::Augment::WithoutMonkeyTyping' => method {
"Cannot put adverbs on a typename when augmenting"
},
# Class: X::Syntax::BlockGobbled
# Status: TO DO
# Original Code:
# my $looks_like_type = $.what ~~ /'::' | <[A..Z]><[a..z]>+/;
# $.what ~~ /^'is '/
# ?? "Trait '$.what' needs whitespace before block"
# !! "{ $.what ?? "Function '$.what'" !! 'Expression' } needs parens to avoid gobbling block" ~
# ($looks_like_type ?? " (or perhaps it's a class that's not declared or available in this scope?)" !! "");
'X::Syntax::BlockGobbled' => method {
my $looks_like_type = $.what ~~ /'::' | <[A..Z]><[a..z]>+/;
$.what ~~ /^'is '/
?? "Trait '$.what' needs whitespace before block"
!! "{ $.what ?? "Function '$.what'" !! 'Expression' } needs parens to avoid gobbling block" ~
($looks_like_type ?? " (or perhaps it's a class that's not declared or available in this scope?)" !! "");
},
# Class: X::Syntax::CannotMeta
# Status: TO DO
# Original Code:
# "Cannot $.meta $.operator because $.dba operators are $.reason";
'X::Syntax::CannotMeta' => method {
"Cannot $.meta $.operator because $.dba operators are $.reason";
},
# Class: X::Syntax::Coercer::TooComplex
# Status: TO DO
# Original Code:
# 'Coercer is too complex. Only type objects, with optional type'
# ~ " smileys, or empty parentheses, implying 'Any', are supported."
'X::Syntax::Coercer::TooComplex' => method {
'Coercer is too complex. Only type objects, with optional type'
~ " smileys, or empty parentheses, implying 'Any', are supported."
},
# Class: X::Syntax::Comment::Embedded
# Status: TO DO
# Original Code:
# "Opening bracket required for #` comment"
'X::Syntax::Comment::Embedded' => method {
"Opening bracket required for #` comment"
},
# Class: X::Syntax::ConditionalOperator::PrecedenceTooLoose
# Status: TO DO
# Original Code:
# "Precedence of $.operator is too loose to use inside ?? !!; please parenthesize"
'X::Syntax::ConditionalOperator::PrecedenceTooLoose' => method {
"Precedence of $.operator is too loose to use inside ?? !!; please parenthesize"
},
# Class: X::Syntax::ConditionalOperator::SecondPartGobbled
# Status: TO DO
# Original Code:
# "Your !! was gobbled by the expression in the middle; please parenthesize"
'X::Syntax::ConditionalOperator::SecondPartGobbled' => method {
"Your !! was gobbled by the expression in the middle; please parenthesize"
},
# Class: X::Syntax::ConditionalOperator::SecondPartInvalid
# Status: TO DO
# Original Code:
# "Please use !! rather than $.second-part"
'X::Syntax::ConditionalOperator::SecondPartInvalid' => method {
"Please use !! rather than $.second-part"
},
# Class: X::Syntax::Confused
# Status: TO DO
# Original Code:
# $.reason eq 'unknown' ?? 'Confused' !! $.reason
'X::Syntax::Confused' => method {
$.reason eq 'unknown' ?? 'Confused' !! $.reason
},
# Class: X::Syntax::DuplicatedPrefix
# Status: TO DO
# Original Code:
# my $prefix = substr($.prefixes,0,1);
# "Expected a term, but found either infix $.prefixes or redundant prefix $prefix\n"
# ~ " (to suppress this message, please use a space like $prefix $prefix)";
'X::Syntax::DuplicatedPrefix' => method {
my $prefix = substr($.prefixes,0,1);
"Expected a term, but found either infix $.prefixes or redundant prefix $prefix\n"
~ " (to suppress this message, please use a space like $prefix $prefix)";
},
# Class: X::Syntax::Extension::Category
# Status: TO DO
# Original Code:
# "Cannot add tokens of category '$.category'";
'X::Syntax::Extension::Category' => method {
"Cannot add tokens of category '$.category'";
},
# Class: X::Syntax::Extension::Null
# Status: TO DO
# Original Code:
# "Null operator is not allowed";
'X::Syntax::Extension::Null' => method {
"Null operator is not allowed";
},
# Class: X::Syntax::Extension::SpecialForm
# Status: TO DO
# Original Code:
# "Cannot override $.category operator '$.opname', as it is a special form " ~
# "handled directly by the compiler" ~ ($!hint ?? "\n$!hint" !! "")
'X::Syntax::Extension::SpecialForm' => method {
"Cannot override $.category operator '$.opname', as it is a special form " ~
"handled directly by the compiler" ~ ($!hint ?? "\n$!hint" !! "")
},
# Class: X::Syntax::Extension::TooComplex
# Status: TO DO
# Original Code:
# "Colon pair value '$.name' too complex to use in name";
'X::Syntax::Extension::TooComplex' => method {
"Colon pair value '$.name' too complex to use in name";
},
# Class: X::Syntax::InfixInTermPosition
# Status: TO DO
# Original Code:
# my $infix := $!infix.trim;
# "Preceding context expects a term, but found infix $infix instead."
# ~ (
# $.post && $.post.starts-with('end ')
# ?? "\nDid you forget '=begin $.post.substr(4)' Pod marker?"
# !! "\nDid you make a mistake in Pod syntax?"
# if $infix eq '='
# )
'X::Syntax::InfixInTermPosition' => method {
my $infix := $!infix.trim;
"Preceding context expects a term, but found infix $infix instead."
~ (
$.post && $.post.starts-with('end ')
?? "\nDid you forget '=begin $.post.substr(4)' Pod marker?"
!! "\nDid you make a mistake in Pod syntax?"
if $infix eq '='
)
},
# Class: X::Syntax::KeywordAsFunction
# Status: TO DO
# Original Code:
# "Parent class specification is probably missing some whitespace. Found '$.type is $.parent\{ ...', which tries to specify a parent with a '$.what'. You probably meant '$.type is $.parent \{ ...'.".naive-word-wrapper
'X::Syntax::KeywordAsFunction' => method {
"Parent class specification is probably missing some whitespace. Found '$.type is $.parent\{ ...', which tries to specify a parent with a '$.what'. You probably meant '$.type is $.parent \{ ...'.".naive-word-wrapper
},
# Class: X::Syntax::Malformed
# Status: TO DO
# Original Code:
# "Malformed $.what"
'X::Syntax::Malformed' => method {
"Malformed $.what"
},
# Class: X::Syntax::Malformed::Elsif
# Status: TO DO
# Original Code:
# qq{In Raku, please use "elsif' instead of "$.what"}
'X::Syntax::Malformed::Elsif' => method {
qq{In Raku, please use "elsif' instead of "$.what"}
},
# Class: X::Syntax::Missing
# Status: TO DO
# Original Code:
# "Missing $.what"
'X::Syntax::Missing' => method {
"Missing $.what"
},
# Class: X::Syntax::Name::Null
# Status: TO DO
# Original Code:
# 'Name component may not be null';
'X::Syntax::Name::Null' => method {
'Name component may not be null';
},
# Class: X::Syntax::NegatedPair
# Status: TO DO
# Original Code:
# "Argument not allowed on negated pair with key '$.key'"
'X::Syntax::NegatedPair' => method {
"Argument not allowed on negated pair with key '$.key'"
},
# Class: X::Syntax::NonAssociative
# Status: TO DO
# Original Code:
# "Operators '$.left' and '$.right' are non-associative and require parentheses";
'X::Syntax::NonAssociative' => method {
"Operators '$.left' and '$.right' are non-associative and require parentheses";
},
# Class: X::Syntax::NonListAssociative
# Status: TO DO
# Original Code:
# "Only identical operators may be list associative; since '$.left' and '$.right' differ, they are non-associative and you need to clarify with parentheses";
'X::Syntax::NonListAssociative' => method {
"Only identical operators may be list associative; since '$.left' and '$.right' differ, they are non-associative and you need to clarify with parentheses";
},
# Class: X::Syntax::P5
# Status: TO DO
# Original Code:
# 'This appears to be Perl code'
'X::Syntax::P5' => method {
'This appears to be Perl code'
},
# Class: X::Syntax::Perl5Var
# Status: TO DO
# Original Code:
# my $name = $!name;
# my $v = $name ~~ m/ <[ $ @ % & ]> [ \^ <[ A..Z ]> | \W ] /;
# my $sugg = nqp::atkey($m,~$v);
# if $name eq '$#' {
# # Currently only `$#` var has this identifier business handling.
# # Should generalize the logic if we get more of stuff like this.
# $name ~= $!identifier-name;
# $sugg = '@' ~ $!identifier-name ~ '.end';
# }
# $v
# ?? $sugg
# ?? "Unsupported use of $name variable; in Raku please use $sugg"
# !! "Unsupported use of $name variable"
# !! 'Weird unrecognized variable name: ' ~ $name;
# }
#}
#
#my class X::Syntax::Self::WithoutObject does X::Syntax {
# method message() { "'self' used where no object is available" }
#}
#my class X::Syntax::VirtualCall does X::Syntax {
# has $.call;
# method message() { "Virtual method call $.call may not be used on partially constructed object (maybe you mean {$.call.subst('.','!')} for direct attribute access here?)" }
#}
#my class X::Syntax::NoSelf does X::Syntax {
# has $.variable;
# method message() { "Variable $.variable used where no 'self' is available" }
#}
#
#my class X::Syntax::Number::RadixOutOfRange does X::Syntax {
# has $.radix;
# method message() { "Radix $.radix out of range (allowed: 2..36)" }
#}
#
#my class X::Syntax::Number::IllegalDecimal does X::Syntax {
# method message() { "Decimal point must be followed by digit" }
#}
#
#my class X::Syntax::Number::LiteralType does X::Syntax {
# has $.varname;
# has $.vartype;
# has $.value;
# has $.valuetype;
# has $.suggestiontype;
# has $.native;
#
# method message() {
# my $vartype := $!vartype.WHAT.^name;
# my $conversionmethod := $vartype;
# $vartype := $vartype.lc if $.native;
# my $vt := $!value.^name;
# my $value := $vt eq "IntStr" || $vt eq "NumStr" || $vt eq "RatStr" || $vt eq "ComplexStr"
# ?? $!value.Str
# !! $!value.raku;
# my $val = "Cannot assign a literal of type {$.valuetype} ($value) to { $.native ?? "a native" !! "a" } variable of type $vartype. You can declare the variable to be of type $.suggestiontype, or try to coerce the value with { $value ~ '.' ~ $conversionmethod } or $conversionmethod\($value\)";
# try $val ~= ", or just write the value as " ~ $!value."$vartype"().raku;
# $val;
'X::Syntax::Perl5Var' => method {
my $name = $!name;
my $v = $name ~~ m/ <[ $ @ % & ]> [ \^ <[ A..Z ]> | \W ] /;
my $sugg = nqp::atkey($m,~$v);
if $name eq '$#' {
# Currently only `$#` var has this identifier business handling.
# Should generalize the logic if we get more of stuff like this.
$name ~= $!identifier-name;
$sugg = '@' ~ $!identifier-name ~ '.end';
}
$v
?? $sugg
?? "Unsupported use of $name variable; in Raku please use $sugg"
!! "Unsupported use of $name variable"
!! 'Weird unrecognized variable name: ' ~ $name;
}
}
my class X::Syntax::Self::WithoutObject does X::Syntax {
method message() { "'self' used where no object is available" }
}
my class X::Syntax::VirtualCall does X::Syntax {
has $.call;
method message() { "Virtual method call $.call may not be used on partially constructed object (maybe you mean {$.call.subst('.','!')} for direct attribute access here?)" }
}
my class X::Syntax::NoSelf does X::Syntax {
has $.variable;
method message() { "Variable $.variable used where no 'self' is available" }
}
my class X::Syntax::Number::RadixOutOfRange does X::Syntax {
has $.radix;
method message() { "Radix $.radix out of range (allowed: 2..36)" }
}
my class X::Syntax::Number::IllegalDecimal does X::Syntax {
method message() { "Decimal point must be followed by digit" }
}
my class X::Syntax::Number::LiteralType does X::Syntax {
has $.varname;
has $.vartype;
has $.value;
has $.valuetype;
has $.suggestiontype;
has $.native;
method message() {
my $vartype := $!vartype.WHAT.^name;
my $conversionmethod := $vartype;
$vartype := $vartype.lc if $.native;
my $vt := $!value.^name;
my $value := $vt eq "IntStr" || $vt eq "NumStr" || $vt eq "RatStr" || $vt eq "ComplexStr"
?? $!value.Str
!! $!value.raku;
my $val = "Cannot assign a literal of type {$.valuetype} ($value) to { $.native ?? "a native" !! "a" } variable of type $vartype. You can declare the variable to be of type $.suggestiontype, or try to coerce the value with { $value ~ '.' ~ $conversionmethod } or $conversionmethod\($value\)";
try $val ~= ", or just write the value as " ~ $!value."$vartype"().raku;
$val;
},
# Class: X::Syntax::Pod::DeclaratorLeading
# Status: TO DO
# Original Code:
# "Opening bracket required for #| declarator block"
'X::Syntax::Pod::DeclaratorLeading' => method {
"Opening bracket required for #| declarator block"
},
# Class: X::Syntax::Pod::DeclaratorTrailing
# Status: TO DO
# Original Code:
# "Opening bracket required for #= declarator block"
'X::Syntax::Pod::DeclaratorTrailing' => method {
"Opening bracket required for #= declarator block"
},
# Class: X::Syntax::Regex::Adverb
# Status: TO DO
# Original Code:
# "Adverb $.adverb not allowed on $.construct"
'X::Syntax::Regex::Adverb' => method {
"Adverb $.adverb not allowed on $.construct"
},
# Class: X::Syntax::Regex::MalformedRange
# Status: TO DO
# Original Code:
# 'Malformed Range. If attempting to use variables for end points, '
# ~ 'wrap the entire range in curly braces.'
'X::Syntax::Regex::MalformedRange' => method {
'Malformed Range. If attempting to use variables for end points, '
~ 'wrap the entire range in curly braces.'
},
# Class: X::Syntax::Regex::NullRegex
# Status: TO DO
# Original Code:
# 'Null regex not allowed'
'X::Syntax::Regex::NullRegex' => method {
'Null regex not allowed'
},
# Class: X::Syntax::Regex::UnrecognizedMetachar
# Status: TO DO
# Original Code:
# "Unrecognized regex metacharacter $.metachar (must be quoted to match literally)"
'X::Syntax::Regex::UnrecognizedMetachar' => method {
"Unrecognized regex metacharacter $.metachar (must be quoted to match literally)"
},
# Class: X::Syntax::Regex::UnrecognizedModifier
# Status: TO DO
# Original Code:
# "Unrecognized regex modifier :$.modifier"
'X::Syntax::Regex::UnrecognizedModifier' => method {
"Unrecognized regex modifier :$.modifier"
},
# Class: X::Syntax::Regex::Unspace
# Status: TO DO
# Original Code:
# "Can only alias to a short name (without '::')";
'X::Syntax::Regex::Unspace' => method {
"Can only alias to a short name (without '::')";
},
# Class: X::Syntax::Reserved
# Status: TO DO
# Original Code:
# "The $.reserved is reserved$.instead"
'X::Syntax::Reserved' => method {
"The $.reserved is reserved$.instead"
},
# Class: X::Syntax::Signature::InvocantMarker
# Status: TO DO
# Original Code:
# "Can only use : as invocant marker in a signature after the first parameter"
'X::Syntax::Signature::InvocantMarker' => method {
"Can only use : as invocant marker in a signature after the first parameter"
},
# Class: X::Syntax::Signature::InvocantNotAllowed
# Status: TO DO
# Original Code:
# "Can only use the : invocant marker in the signature for a method"
'X::Syntax::Signature::InvocantNotAllowed' => method {
"Can only use the : invocant marker in the signature for a method"
},
# Class: X::Syntax::Term::MissingInitializer
# Status: TO DO
# Original Code:
# "Not enough symbols provided for categorical of type $.category; needs $.needs"
'X::Syntax::Term::MissingInitializer' => method {
"Not enough symbols provided for categorical of type $.category; needs $.needs"
},
# Class: X::Syntax::Type::Adverb
# Status: TO DO
# Original Code:
# "Cannot use adverb $.adverb on a type name (only 'ver', 'auth' and 'api' are understood)"
'X::Syntax::Type::Adverb' => method {
"Cannot use adverb $.adverb on a type name (only 'ver', 'auth' and 'api' are understood)"
},
# Class: X::Syntax::UnlessElse
# Status: TO DO
# Original Code:
# qq|"unless" does not take "$!keyword", please rewrite using "if"|
'X::Syntax::UnlessElse' => method {
qq|"unless" does not take "$!keyword", please rewrite using "if"|
},
# Class: X::Syntax::Variable::BadType
# Status: TO DO
# Original Code:
# my $what = ~$!type.HOW.WHAT.^name.match(/ .* '::' <(.*)> HOW/) // 'Namespace';
# "$what '$!type.^name()' is insufficiently type-like to qualify a variable. Did you mean 'class'?".naive-word-wrapper
'X::Syntax::Variable::BadType' => method {
my $what = ~$!type.HOW.WHAT.^name.match(/ .* '::' <(.*)> HOW/) // 'Namespace';
"$what '$!type.^name()' is insufficiently type-like to qualify a variable. Did you mean 'class'?".naive-word-wrapper
},
# Class: X::Syntax::Variable::ConflictingTypes
# Status: TO DO
# Original Code:
# "$!inner.^name() not allowed here; variable list already declared with type $!outer.^name()"
'X::Syntax::Variable::ConflictingTypes' => method {
"$!inner.^name() not allowed here; variable list already declared with type $!outer.^name()"
},
# Class: X::Syntax::Variable::IndirectDeclaration
# Status: TO DO
# Original Code:
# 'Cannot declare a variable by indirect name (use a hash instead?)'
'X::Syntax::Variable::IndirectDeclaration' => method {
'Cannot declare a variable by indirect name (use a hash instead?)'
},
# Class: X::Syntax::Variable::Initializer
# Status: TO DO
# Original Code:
# "Cannot use variable $!name in declaration to initialize itself"
'X::Syntax::Variable::Initializer' => method {
"Cannot use variable $!name in declaration to initialize itself"
},
# Class: X::Syntax::Variable::Match
# Status: TO DO
# Original Code:
# 'Cannot declare a match variable'
'X::Syntax::Variable::Match' => method {
'Cannot declare a match variable'
},
# Class: X::Syntax::Variable::Numeric
# Status: TO DO
# Original Code:
# "Cannot declare a numeric $.what"
'X::Syntax::Variable::Numeric' => method {
"Cannot declare a numeric $.what"
},
# Class: X::Syntax::Variable::Twigil
# Status: TO DO
# Original Code:
# "Cannot use a '$.twigil' twigil on a '$.scope $.name' $.what$.additional.".naive-word-wrapper
'X::Syntax::Variable::Twigil' => method {
"Cannot use a '$.twigil' twigil on a '$.scope $.name' $.what$.additional.".naive-word-wrapper
},
# Class: X::Syntax::WithoutElse
# Status: TO DO
# Original Code:
# qq|"without" does not take "$!keyword", please rewrite using "with"|
'X::Syntax::WithoutElse' => method {
qq|"without" does not take "$!keyword", please rewrite using "with"|
},
# Class: X::TooLateForREPR
# Status: TO DO
# Original Code:
# "Cannot change REPR of $!type.^name() now (must be set at initial declaration)";
'X::TooLateForREPR' => method {
"Cannot change REPR of $!type.^name() now (must be set at initial declaration)";
},
# Class: X::TooManyDimensions
# Status: TO DO
# Original Code:
# "Cannot $.operation a $.needed-dimensions dimension array with $.got-dimensions dimensions"
'X::TooManyDimensions' => method {
"Cannot $.operation a $.needed-dimensions dimension array with $.got-dimensions dimensions"
},
# Class: X::Trait::NotOnNative
# Status: TO DO
# Original Code:
# "Can't use trait '$.type $.subtype' on a native"
# ~ ( $.native ?? " $.native." !! "." );
'X::Trait::NotOnNative' => method {
"Can't use trait '$.type $.subtype' on a native"
~ ( $.native ?? " $.native." !! "." );
},
# Class: X::Trait::Scope
# Status: TO DO
# Original Code:
# "Can't apply trait '$.type $.subtype' on a $.scope scoped $.declaring."
# ~ ( $.supported ?? " Only {$.supported.join(' and ')} scoped {$.declaring}s are supported." !! '' );
'X::Trait::Scope' => method {
"Can't apply trait '$.type $.subtype' on a $.scope scoped $.declaring."
~ ( $.supported ?? " Only {$.supported.join(' and ')} scoped {$.declaring}s are supported." !! '' );
},
# Class: X::Trait::Unknown
# Status: TO DO
# Original Code:
# "Can't use unknown trait '{
# try { $.type } // "unknown type"
# }' -> '{
# try { $.subtype } // "unknown subtype"
# }' in a$.declaring declaration."
'X::Trait::Unknown' => method {
"Can't use unknown trait '{
try { $.type } // "unknown type"
}' -> '{
try { $.subtype } // "unknown subtype"
}' in a$.declaring declaration."
},
# Class: X::TypeCheck::Assignment
# Status: TO DO
# Original Code:
# "$.redispatcher is not in the dynamic scope of a dispatcher";
'X::TypeCheck::Assignment' => method {
"$.redispatcher is not in the dynamic scope of a dispatcher";
},
# Class: X::TypeCheck::Binding
# Status: TO DO
# Original Code:
# my $to = $.symbol.defined && $.symbol ne '$'
# ?? " to '$.symbol'"
# !! "";
# my $expected = nqp::eqaddr(self.expected, self.got)
# ?? "expected type $.expectedn cannot be itself"
# !! "expected $.expectedn but got $.gotn";
# self.priors() ~ "Type check failed in $.operation$to; $expected";
'X::TypeCheck::Binding' => method {
my $to = $.symbol.defined && $.symbol ne '$'
?? " to '$.symbol'"
!! "";
my $expected = nqp::eqaddr(self.expected, self.got)
?? "expected type $.expectedn cannot be itself"
!! "expected $.expectedn but got $.gotn";
self.priors() ~ "Type check failed in $.operation$to; $expected";
},
# Class: X::TypeCheck::Binding::Parameter
# Status: TO DO
# Original Code:
# my $to = $.symbol.defined && $.symbol ne '$'
# ?? " to parameter '$.symbol'"
# !! " to anonymous parameter";
# my $expected = nqp::eqaddr(self.expected, self.got)
# ?? "expected type $.expectedn cannot be itself"
# !! "expected $.expectedn but got $.gotn";
# my $what-check = $.constraint ?? 'Constraint type' !! 'Type';
# self.priors() ~ "$what-check check failed in $.operation$to; $expected";
'X::TypeCheck::Binding::Parameter' => method {
my $to = $.symbol.defined && $.symbol ne '$'
?? " to parameter '$.symbol'"
!! " to anonymous parameter";
my $expected = nqp::eqaddr(self.expected, self.got)
?? "expected type $.expectedn cannot be itself"
!! "expected $.expectedn but got $.gotn";
my $what-check = $.constraint ?? 'Constraint type' !! 'Type';
self.priors() ~ "$what-check check failed in $.operation$to; $expected";
},
# Class: X::TypeCheck::Return
# Status: TO DO
# Original Code:
# my $expected = nqp::eqaddr(self.expected, self.got)
# ?? "expected return type $.expectedn cannot be itself " ~
# "(perhaps $.operation a :D type object?)"
# !! "expected $.expectedn but got $.gotn";
# self.priors() ~
# "Type check failed for return value; $expected";
'X::TypeCheck::Return' => method {
my $expected = nqp::eqaddr(self.expected, self.got)
?? "expected return type $.expectedn cannot be itself " ~
"(perhaps $.operation a :D type object?)"
!! "expected $.expectedn but got $.gotn";
self.priors() ~
"Type check failed for return value; $expected";
},
# Class: X::Undeclared
# Status: TO DO
# Original Code:
# my $message := "$.what '$.symbol' is not declared";
# if [email protected] == 1 {
# $message := "$message. Did you mean '@.suggestions[0]'?";
# } elsif [email protected] > 1 {
# $message := "$message. Did you mean any of these: { @.suggestions.map( { "'$_'" } ).join(", ") }?";
# }
# $message.naive-word-wrapper
'X::Undeclared' => method {
my $message := "$.what '$.symbol' is not declared";
if [email protected] == 1 {
$message := "$message. Did you mean '@.suggestions[0]'?";
} elsif [email protected] > 1 {
$message := "$message. Did you mean any of these: { @.suggestions.map( { "'$_'" } ).join(", ") }?";
}
$message.naive-word-wrapper
},
# Class: X::Undeclared::Symbols
# Status: TO DO
# Original Code:
# ("Redeclaration of $.what '$.symbol'"
# ~ (" $.postfix" if $.postfix)
# ~ ($.what eq 'routine'
# ?? ". Did you mean to declare a multi-sub?"
# !! ".")
# ).naive-word-wrapper
'X::Undeclared::Symbols' => method {
("Redeclaration of $.what '$.symbol'"
~ (" $.postfix" if $.postfix)
~ ($.what eq 'routine'
?? ". Did you mean to declare a multi-sub?"
!! ".")
).naive-word-wrapper
},
# Class: X::UnitScope::Invalid
# Status: TO DO
# Original Code:
# "A unit-scoped $.what definition is not allowed $.where;\n$!suggestion"
'X::UnitScope::Invalid' => method {
"A unit-scoped $.what definition is not allowed $.where;\n$!suggestion"
},
# Class: X::UnitScope::TooLate
# Status: TO DO
# Original Code:
# "Too late for unit-scoped $.what definition;\n"
# ~ "Please use the block form."
'X::UnitScope::TooLate' => method {
"Too late for unit-scoped $.what definition;\n"
~ "Please use the block form."
},
# Class: X::WheneverOutOfScope
# Status: TO DO
# Original Code:
# "Cannot have a 'whenever' block outside the scope of a 'supply' or 'react' block"
'X::WheneverOutOfScope' => method {
"Cannot have a 'whenever' block outside the scope of a 'supply' or 'react' block"
},
# Class: X::Worry::P5::Reference
# Status: TO DO
# Original Code:
# "Cannot use '$.type $.subtype' on $.declaring '$.name'."
'X::Worry::P5::Reference' => method {
"Cannot use '$.type $.subtype' on $.declaring '$.name'."
},
;
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