Gecko [ fernandoquevedodop.com ]

Name	Size	Permission
4gl.jsf	3.49 KB	-rw-r--r--
ada.jsf	2.64 KB	-rw-r--r--
ant.jsf	511 B	-rw-r--r--
asm.jsf	4.4 KB	-rw-r--r--
avr.jsf	2.88 KB	-rw-r--r--
awk.jsf	3.55 KB	-rw-r--r--
batch.jsf	2.96 KB	-rw-r--r--
c.jsf	12.23 KB	-rw-r--r--
clojure.jsf	35.72 KB	-rw-r--r--
cobol.jsf	10 KB	-rw-r--r--
coffee.jsf	9.62 KB	-rw-r--r--
comment_todo.jsf	629 B	-rw-r--r--
conf.jsf	1.42 KB	-rw-r--r--
context.jsf	1.08 KB	-rw-r--r--
csh.jsf	4.14 KB	-rw-r--r--
csharp.jsf	8.31 KB	-rw-r--r--
css.jsf	2.79 KB	-rw-r--r--
d.jsf	8.61 KB	-rw-r--r--
debcontrol.jsf	1.33 KB	-rw-r--r--
debian.jsf	1.1 KB	-rw-r--r--
diff.jsf	7.2 KB	-rw-r--r--
dockerfile.jsf	3.06 KB	-rw-r--r--
elixir.jsf	3.87 KB	-rw-r--r--
erb.jsf	457 B	-rw-r--r--
erlang.jsf	8.49 KB	-rw-r--r--
filename.jsf	274 B	-rw-r--r--
fortran.jsf	13.14 KB	-rw-r--r--
git-commit.jsf	254 B	-rw-r--r--
go.jsf	8.36 KB	-rw-r--r--
groovy.jsf	8.37 KB	-rw-r--r--
haml.jsf	1.87 KB	-rw-r--r--
haskell.jsf	8.51 KB	-rw-r--r--
html.jsf	25.31 KB	-rw-r--r--
htmlerb.jsf	150 B	-rw-r--r--
ini.jsf	1.27 KB	-rw-r--r--
iptables.jsf	1.91 KB	-rw-r--r--
java.jsf	4.81 KB	-rw-r--r--
jcf.jsf	1.29 KB	-rw-r--r--
joerc.jsf	1.76 KB	-rw-r--r--
js.jsf	11.87 KB	-rw-r--r--
jsf.jsf	16.44 KB	-rw-r--r--
jsf_check.jsf	73 B	-rw-r--r--
json.jsf	4.13 KB	-rw-r--r--
lisp.jsf	393 B	-rw-r--r--
lua.jsf	6.15 KB	-rw-r--r--
m4.jsf	1.8 KB	-rw-r--r--
mail.jsf	750 B	-rw-r--r--
mason.jsf	133 B	-rw-r--r--
matlab.jsf	1.49 KB	-rw-r--r--
md.jsf	1.94 KB	-rw-r--r--
ocaml.jsf	6.38 KB	-rw-r--r--
pascal.jsf	3.77 KB	-rw-r--r--
perl.jsf	7.61 KB	-rw-r--r--
php.jsf	5.46 KB	-rw-r--r--
powershell.jsf	5.88 KB	-rw-r--r--
prolog.jsf	2.5 KB	-rw-r--r--
properties.jsf	1.58 KB	-rw-r--r--
ps.jsf	5.79 KB	-rw-r--r--
puppet.jsf	2.7 KB	-rw-r--r--
python.jsf	6.83 KB	-rw-r--r--
r.jsf	2.74 KB	-rw-r--r--
rexx.jsf	1.13 KB	-rw-r--r--
ruby.jsf	11.2 KB	-rw-r--r--
rust.jsf	6.53 KB	-rw-r--r--
scala.jsf	5.85 KB	-rw-r--r--
sed.jsf	2.46 KB	-rw-r--r--
sh.jsf	6.2 KB	-rw-r--r--
sieve.jsf	1.88 KB	-rw-r--r--
skill.jsf	1.8 KB	-rw-r--r--
sml.jsf	8.38 KB	-rw-r--r--
spec.jsf	2.49 KB	-rw-r--r--
sql.jsf	7.2 KB	-rw-r--r--
swift.jsf	5.27 KB	-rw-r--r--
tcl.jsf	4.08 KB	-rw-r--r--
tex.jsf	1.23 KB	-rw-r--r--
troff.jsf	1.01 KB	-rw-r--r--
typescript.jsf	89 B	-rw-r--r--
verilog.jsf	4.27 KB	-rw-r--r--
vhdl.jsf	3.06 KB	-rw-r--r--
whitespace.jsf	261 B	-rw-r--r--
xml.jsf	5.39 KB	-rw-r--r--
yaml.jsf	2.6 KB	-rw-r--r--

Code Editor : jsf.jsf

# JOE Syntax-Highlighting Description
#                 for
# JOE Syntax-Highlighting Descriptions
#
# Author: Charles J. Tabony
# Date:   2007-2-13
#
# This is a highlighting description for files like this one.
#
# When CHECKING is defined, it is very aggressive about error checking.  The
# idea is that anywhere the highlighted file contains a syntax error, at least
# one visible character should be highlighted as Bad.  While that feature is
# useful for finding syntax errors, it is annoying when editing a file, since
# nearly everything is an error until you finish typing it.
#
# In order to not annoy people by default, but keep the option of strictly
# checking syntax, I predicated the stricter checking on the CHECKING parameter. 
# By default, things that are incomplete are generally not marked as errors. 
# Only things that appear to be actual mistakes are highlighted as Bad.  To
# enable the stricter checking, one can highlight the file with the jsf_check
# syntax.  jsf_check.jsf simply calls the entire jsf.jsf file with CHECKING
# defined.
#
# The idea is for authors of a jsf file to edit their file, highlight it with
# jsf_check, and then look for any red characters.  That way they can check for
# syntax errors before testing the changes.

#####################
# Color Definitions #
#####################

=Idle
=Comment
=Conditional	+Precond +Preproc
=Parameter	+Ident
=Keyword
=Color		+Type
=ColorRef
=State		+Ident
=Subr		+Ident
=Constant
=Number		+Constant
=String		+Constant
=StringEscape	+Escape +String
=Bad

##################
# Initial States #
##################

# This is a dummy state that simply jumps to comment_or_bad.  It is here so that
# when this file calls itself with the STRINGS parameter defined, comment_or_bad
# will effectively be the initial state.  comment_or_bad should be the initial
# state because strings and istrings options can only be used as the last option
# of a transition.
.ifdef STRINGS
:strings_initial Idle
	*		comment_or_bad		noeat
.endif

# Each new line (that is not considered bad from the beginning) begins in the
# idle state.  The first non-whitespace character determines what the rest of
# the line should contain.  Following a strings or istrings option, only strings
# and comments are allowed until the word "done" denotes the end of the list.
:idle Idle
	*		bad			noeat
	" \t\n"		idle
.ifdef STRINGS
.else
	"-"		sync_lines_first
	"."		conditional_first	mark recolor=-1
	"="		color_definition_first
	":"		state_first
	"*&%"		special_character	recolor=-1
.endif
	"\""		string			recolor=-1
.ifdef STRINGS
	"\i"		special_word		mark recolor=-1 buffer
.endif
	"#"		comment			recolor=-1

##############
# Sync Lines #
##############

# Following a '-' should be either the number of sync lines or nothing (meaning
# unlimited).  Nothing else other than a comment should appear on the same line.
.ifdef STRINGS
# A sync lines directive should not appear between "[i]strings" and "done".
.else
# If we see a non-digit or a '0', then we have seen the entire sync lines
# directive.  The only thing that may appear on the rest of the line is a
# comment.  Otherwise there may be more digits in the number.
:sync_lines_first Number
	*		comment_or_bad		noeat
	"0"		comment_or_bad
	"1-9"		sync_lines

# Highlight the remainder of the number.
:sync_lines Number
	*		comment_or_bad		noeat
	"0-9"		sync_lines
.endif

##########################
# Conditional Directives #
##########################

# Following a '.' should be a conditional directive.
.ifdef STRINGS
# A conditional directive should not appear between "[i]strings" and "done".
.else
# Start buffering the conditional directive.
:conditional_first Conditional
	*		conditional		noeat buffer

# Recognize the set of conditional directives.
:conditional Idle
	*		conditional_unknown	noeat strings
	"ifdef"		ifdef_color
	"else"		conditional_color
	"endif"		conditional_color
	"subr"		subr_color
	"end"		conditional_color
	done
	"\c"		conditional

# We encountered what looks like a conditional directive but is unrecognized as
# such.
:conditional_unknown Idle
.ifdef CHECKING
	*		bad_line		recolormark noeat
.else
	*		comment_or_bad		noeat
.endif

# We saw a conditional directive that does not take an argument.  Nothing else
# other than a comment should appear on the same line.
:conditional_color Conditional
	*		comment_or_bad		noeat

# We saw a ".ifdef" which must be followed by a parameter.
:ifdef_color Conditional
	*		need_parameter		noeat

# We loop over whitespace until we see the first character of the parameter.
:need_parameter Idle
	*		bad			noeat
	" \t"		need_parameter
	"\i"		parameter		recolor=-1

# Now we highlight the remainder of the parameter.
:parameter Parameter
	*		comment_or_bad		noeat
	"\c"		parameter

# The following three states are identical to the previous three except the
# color.
:subr_color Conditional
	*		need_subr		noeat

:need_subr Idle
	*		bad			noeat
	" \t"		need_subr
	"\i"		subr			recolor=-1

:subr Subr
	*		comment_or_bad		noeat
	"\c"		subr
.endif

####################
# Color Definition #
####################

# Following an '=' should be a color definition.
.ifdef STRINGS
# Color definitions should not appear between "[i]strings" and "done".
.else
# A color name must have at least one character.
:color_definition_first Color
	*		color_definition
	" \t#\n"	bad			noeat

# Highlight any remaining characters until we see whitespace, a comment, or a
# newline.
:color_definition Color
	*		color_definition
	" \t#\n"	colors_ws		noeat

# The color name may be followed by zero or more standard colors or attributes,
# ending in a comment or newline.
:colors_ws Idle
	*		color_bad		recolor=-1
	" \t"		colors_ws
	"+"		color_ref		recolor=-1
	"#\n"		comment			noeat

:color_ref ColorRef
	*		colors_ws		noeat
	"\c"		color_ref

# We have encountered something that is not recognized as a standard color or
# attribute.  Continue to highlight characters as Bad until we see whitespace, a
# comment, or a newline.
:color_bad Bad
	*		color_bad
	" \t#\n"	colors_ws		noeat
.endif

#########
# State #
#########

# Following a ':' should be a state definition.
.ifdef STRINGS
# New states should not appear between "[i]strings" and "done".
.else
# A state name must begin with an alpha character or an underscore.
:state_first State
	*		bad			noeat
	"\i"		state

# Subsequent characters in a state name must be alpha-numeric or underscores.
:state State
	*		bad			noeat
	"\c"		state
	" \t"		need_state_color	recolor=-1

# A state must have a color.
:need_state_color Idle
	*		state_color		recolor=-1
	" \t"		need_state_color
	"#\n"		bad			noeat

# Highlight any remaining characters until we see whitespace, a comment, or a
# newline.
:state_color Color
	*		state_color
	" \t"		context_ws		recolor=-1
	"#\n"		comment_or_bad		noeat

# Following the state color, there might be one or more contexts.  Loop over
# whitespace until we find something else.
:context_ws Idle
	*		comment_or_bad		noeat
	" \t"		context_ws
	"\i"		context			mark recolor=-1 buffer

# Here we recognize the possible contexts.
:context Idle
	*		context_unknown		noeat strings
	"comment"	context_color
	"string"	context_color
	done
	"\c"		context

# We encountered what looks like a context but is unrecognized as such.
:context_unknown Idle
.ifdef CHECKING
	*		context_bad		recolormark noeat
.else
	*		context_ws		noeat
.endif

# We encountered a valid context.
:context_color Keyword
	*		context_ws		noeat

# We saw something that is not a valid context name with checking enabled.
# Continue to highlight it as Bad until we see whitespace or a comment.
:context_bad Bad
	*		context_bad
	" \t#\n"	context_ws		noeat
.endif

##############
# Transition #
##############

# A state transition starts with a '*', an '&', or a string.
.ifdef STRINGS
# Transitions must start with a string between "[i]strings" and "done".
.else
# We saw either a '*' or an '&'.  Now we need the next state.
:special_character Keyword
	*		need_next_state		noeat
.endif

# We are in a string.  Continue until we see the close quote or a newline.
# Highlight escaped characters within the string differently.  They start with a
# '\'.
:string String string
	*		string
	"\\"		escape			recolor=-1
	"\""		need_next_state
.ifdef CHECKING
	"\n"		bad
.else
	"\n"		bad			noeat
.endif

# Highlight an escaped character within a string.
:escape StringEscape string
	*		string

# Loop over whitespace until we see the first character of the next state.
:need_next_state Idle
	*		bad			noeat
	" \t"		need_next_state
	"\i"		next_state		recolor=-1

# Now we highlight the remainder of the next state.
:next_state State
	*		bad			noeat
	"\c"		next_state
	" \t"		options_ws
	"#\n"		comment			noeat

# Following the next state should be zero or more options.  Loop over whitespace
# until we find an option, comment, or newline.
:options_ws Idle
	*		option_bad		recolor=-1
	" \t"		options_ws
	"\i"		option			mark recolor=-1 buffer
	"#\n"		comment			noeat

# Here we recognize the possible options.  The strings and istrings options
# cannot be used between "[i]strings" and "done".  Since conditional directives
# cannot be used between "[i]strings" and "done" either, the list must be
# duplicated, once without and once with the strings and istrings options.
:option Idle
.ifdef STRINGS
	*		option_unknown		recolormark noeat strings
	"noeat"		option_color
	"recolor"	recolor_color
	"mark"		option_color
	"markend"	option_color
	"recolormark"	option_color
	"buffer"	option_color
	"save_c"	option_color
	"save_s"	option_color
	"hold"		option_color
	"call"		call_color
	"return"	option_color
	"reset"		option_color
	done
.else
	*		option_unknown		recolormark noeat strings
	"noeat"		option_color
	"recolor"	recolor_color
	"mark"		option_color
	"markend"	option_color
	"recolormark"	option_color
	"buffer"	option_color
	"save_c"	option_color
	"save_s"	option_color
	"strings"	strings_color
	"istrings"	strings_color
	"hold"		option_color
	"call"		call_color
	"return"	option_color
	"reset"		option_color
	done
.endif
	"\c"		option

# We encountered what looks like an option but is unrecognized as such.
:option_unknown Idle
.ifdef CHECKING
	*		option_bad		recolormark noeat
.else
	*		options_ws		noeat
.endif

# We have encountered an option that does not take an argument.  Highlight it
# and continue to look for more options.
:option_color Keyword
	*		options_ws		noeat

.ifdef STRINGS
# The strings and istrings options cannot be used between "[i]strings" and
# "done".
.else
# The strings and istrings options are followed by a list of transitions. 
# Rather than duplicate all of the states that highlight transitions, we call
# this entire file as a subroutine and use the STRINGS parameter to disable
# everything else and enable the done keyword.  We return to the comment_or_bad
# state since we will return after seeing the done keyword, and nothing but a
# comment should follow the done keyword.
:strings_color Keyword
	*		comment_or_bad		noeat call=jsf(STRINGS)
.endif

# Highlight the recolor option.
:recolor_color Keyword
	*		recolor_equal		noeat

# The recolor option must be followed by an '='.  Loop over whitespace until we
# find one.
:recolor_equal Idle
.ifdef CHECKING
	*		option_bad		recolormark noeat
.else
	*		options_ws		noeat
.endif
	" \t"		recolor_equal
	"="		recolor_minus		mark

# The recolor option takes an integer argument, and that integer must be
# negative.  Thus the '=' must be followed by a minus sign.  Loop over
# whitespace until we find one.
:recolor_minus Idle
.ifdef CHECKING
	*		option_bad		recolormark noeat
.else
	*		options_ws		noeat
.endif
	" \t"		recolor_minus
	"-"		recolor_amount_first	mark recolor=-1

# The first digit of the argument to recolor must be non-zero.
:recolor_amount_first Number
.ifdef CHECKING
	*		option_bad		recolormark noeat
.else
	*		options_ws		recolormark noeat
	"0"		option_bad		recolormark noeat
.endif
	"1-9"		recolor_amount

# Keep highlighting digits until we see something else.
:recolor_amount Number
	*		option_bad		recolormark recolor=-1
	"0-9"		recolor_amount
	" \t#\n"	options_ws		noeat

# Highlight the call option.
:call_color Keyword
	*		call_equal		noeat

# The call option must be followed by an '='.  Loop over whitespace until we
# find one.
:call_equal Idle
.ifdef CHECKING
	*		option_bad		recolormark noeat
.else
	*		options_ws		noeat
.endif
	" \t"		call_equal
	"="		call_file_or_dot	mark

# The first part of the argument to the call option is the name of the file
# containing the subroutine or a '.', implying the current file.  Loop over
# whitespace until we see one of those two things.
:call_file_or_dot Idle
.ifdef CHECKING
	*		option_bad		recolormark noeat
.else
	*		options_ws		noeat
.endif
	" \t"		call_file_or_dot
	"\i"		call_file		mark recolor=-1
	"."		call_dot		mark

# Highlight the remainder of the file name.  The file name can be followed by a
# '.', which must then be followed by the name of a subroutine, or by a list of
# parameters in parentheses.  The '.', if present, cannot have whitespace on
# either side.
:call_file Subr
.ifdef CHECKING
	*		option_bad		recolormark noeat
.else
	*		options_ws		noeat
.endif
	"\c"		call_file
	"."		call_dot		mark recolor=-1
	" \t("		call_open_paren		noeat

# We saw a '.'.  The next character must start the name of a subroutine.
:call_dot Idle
.ifdef CHECKING
	*		option_bad		recolormark noeat
.else
	*		options_ws		noeat
.endif
	"("		call_dot_bad		recolormark noeat
	"\i"		call_subr		mark recolor=-1

# We have seen a dot followed by an open parenthesis.  A dot must be followed by
# a subroutine name.  Highlight the dot as Bad.
:call_dot_bad Bad
	*		call_open_paren		noeat

# Highlight the remainder of the subroutine name.  Following the subroutine name
# must be a list of parameters in parentheses, possibly preceded by whitespace.
:call_subr Subr
.ifdef CHECKING
	*		option_bad		recolormark noeat
.else
	*		options_ws		noeat
.endif
	"\c"		call_subr
	" \t("		call_open_paren		noeat

# Loop over whitespace until we find the open parenthesis.
:call_open_paren Idle
.ifdef CHECKING
	*		option_bad		recolormark noeat
.else
	*		options_ws		noeat
.endif
	" \t"		call_open_paren
	"("		call_parameters_ws

# The list of parameters is delimited by whitespace.  Loop over whitespace until
# we find either the beginning of a parameter or a close parenthesis.  We should
# not see a comment or newline since the list should be terminated by a close
# parenthesis.
:call_parameters_ws Idle
	*		call_parameter_bad	recolor=-1
	" \t"		call_parameters_ws
	"-"		call_parameter_undef
	"\i"		call_parameter		recolor=-1
	")"		options_ws
	"#\n"		bad			noeat

# We saw a "-".  The next character should start the parameter being undefined.
:call_parameter_undef Parameter
	*		call_parameters_ws	noeat
	"\i"		call_parameter		recolor=-2

# Highlight the remainder of the parameter.
:call_parameter Parameter
	*		call_parameters_ws	noeat
	"\c"		call_parameter

# We saw something that is not a valid parameter name.  Continue to highlight it
# as Bad until we see whitespace.
:call_parameter_bad Bad
	*		call_parameter_bad
	") \t#\n"	call_parameters_ws	noeat

# We saw something that is not a valid option name.  Continue to highlight it as
# Bad until we see whitespace or a comment.
:option_bad Bad
	*		option_bad
	" \t#\n"	options_ws		noeat

########
# Done #
########

.ifdef STRINGS
# The special word, "done", can only be used after a strings or istrings option.
# Recognize the done keyword.
:special_word Idle
	*		bad_line		recolormark noeat strings
	"done"		done_color
	done
	"\c"		special_word

# Highlight the done keyword and return to highlighting things normally, since
# the list of strings has been terminated.
:done_color Keyword
	*		comment_or_bad		return noeat
.endif

##################
# Comment or Bad #
##################

# We have seen everything that should appear on the current line except an
# optional comment.  Loop over whitespace until we find a comment or newline.
:comment_or_bad Idle
	*		bad			noeat
	" \t"		comment_or_bad
	"#\n"		comment			noeat

###########
# Comment #
###########

# Continue to highlight the comment until the end of the line.
:comment Comment comment
	*		comment
	"BFHNTX"	comment			noeat call=comment_todo.comment_todo()
	"\n"		idle

#######
# Bad #
#######

.ifdef CHECKING
# We have encountered incorrect syntax.  Loop over whitespace until we see the
# first visible character.  Highlight that character and the rest of the line as
# Bad.
:bad Bad
	*		bad_line
	" \t\n"		bad
.else
# When not performing strict checking, don't go searching for the next visible
# character to highlight as Bad.  Simply highlight the rest of the line as Bad,
# even if it is invisible.
:bad Bad
	*		bad_line		noeat
.endif

# Continue to highlight everything as Bad until the end of the line.
:bad_line Bad
	*		bad_line
	"\n"		idle

${this.title}

Code Editor : jsf.jsf