IntenseFinance/neovim
3
0
Fork 0
mirror of https://github.com/neovim/neovim.git synced 2025-02-25 18:55:25 -06:00
Code Issues Packages Projects Releases Wiki Activity

vim-patch:d94ca966ca6d

Browse Source 
runtime(fortran): syntax and documentation updates (vim/vim#13811)

closes: vim/vim#13802

d94ca966ca

Co-authored-by: Ajit-Thakkar <142174202+Ajit-Thakkar@users.noreply.github.com>
This commit is contained in:
Christian Clason 2024-01-03 19:58:46 +01:00
parent 166b4284c8
commit 9b90657376
2 changed files with 115 additions and 134 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

24
runtime/doc/syntax.txt
View File

@ -1636,27 +1636,19 @@ Unfortunately, the use of tabs will mean that the syntax file will not be able
to detect incorrect margins. to detect incorrect margins.
Syntax folding of Fortran files ~ Syntax folding of Fortran files ~
If you wish to use foldmethod=syntax, then you must first set the variable Vim will fold your file using foldmethod=syntax, if you set the variable
fortran_fold with a command such as > fortran_fold in your .vimrc with a command such as >
:let fortran_fold=1 :let fortran_fold=1
to instruct the syntax script to define fold regions for program units, that to instruct the syntax script to define fold regions for program units, that
is main programs starting with a program statement, subroutines, function is main programs starting with a program statement, subroutines, function
subprograms, modules, submodules, and block data units. Block, interface, subprograms, modules, submodules, blocks of comment lines, and block data
associate, critical, type definition, and change team constructs will also be units. Block, interface, associate, critical, type definition, and change team
folded. If you also set the variable fortran_fold_conditionals with a command constructs will also be folded. If you also set the variable
such as > fortran_fold_conditionals with a command such as >
:let fortran_fold_conditionals=1 :let fortran_fold_conditionals=1
then fold regions will also be defined for do loops, if blocks, select case, then fold regions will also be defined for do loops, if blocks, select case,
select type, and select rank constructs. If you also set the variable select type, and select rank constructs. Note that defining fold regions can
fortran_fold_multilinecomments with a command such as > be slow for large files.
:let fortran_fold_multilinecomments=1
then fold regions will also be defined for three or more consecutive comment
lines. Note that defining fold regions can be slow for large files.
If fortran_fold, and possibly fortran_fold_conditionals and/or
fortran_fold_multilinecomments, have been set, then vim will fold your file.
Comments or blank lines placed between two program units are not folded
because they are seen as not belonging to any program unit.
The syntax/fortran.vim script contains embedded comments that tell you how to The syntax/fortran.vim script contains embedded comments that tell you how to
comment and/or uncomment some lines to (a) activate recognition of some comment and/or uncomment some lines to (a) activate recognition of some

225
runtime/syntax/fortran.vim
View File

@ -1,6 +1,6 @@
" Vim syntax file " Vim syntax file
" Language: Fortran 2023 (and Fortran 2018, 2008, 2003, 95, 90, and 77) " Language: Fortran 2023 (and Fortran 2018, 2008, 2003, 95, 90, and 77)
" Version: (v109) 2023 December 29 " Version: (v110) 2024 January 03
" Maintainers: Ajit J. Thakkar <ajit@unb.ca>; <https://ajit.ext.unb.ca/> " Maintainers: Ajit J. Thakkar <ajit@unb.ca>; <https://ajit.ext.unb.ca/>
" Joshua Hollett <j.hollett@uwinnipeg.ca> " Joshua Hollett <j.hollett@uwinnipeg.ca>
" Usage: For instructions, do :help fortran-syntax from Vim " Usage: For instructions, do :help fortran-syntax from Vim
@ -68,18 +68,18 @@ if b:fortran_fixed_source == 1
else else
syn match fortranConstructName "^\s*\zs\a\w*\ze\s*:" syn match fortranConstructName "^\s*\zs\a\w*\ze\s*:"
endif endif
syn match fortranConstructName "\(\<end\s*do\s\+\)\@11<=\a\w*" syn match fortranConstructName "\%(\<end\s*do\s\+\)\@11<=\a\w*"
syn match fortranConstructName "\(\<end\s*if\s\+\)\@11<=\a\w*" syn match fortranConstructName "\%(\<end\s*if\s\+\)\@11<=\a\w*"
syn match fortranConstructName "\(\<end\s*select\s\+\)\@15<=\a\w*" syn match fortranConstructName "\%(\<end\s*select\s\+\)\@15<=\a\w*"
syn match fortranConstructName "\(\<end\s*where\s\+\)\@14<=\a\w*" syn match fortranConstructName "\%(\<end\s*where\s\+\)\@14<=\a\w*"
syn match fortranConstructName "\(\<end\s*block\s\+\)\@14<=\a\w*" syn match fortranConstructName "\%(\<end\s*block\s\+\)\@14<=\a\w*"
syn match fortranConstructName "\(\<\%(exit\|cycle\)\s\+\)\@11<=\a\w*" syn match fortranConstructName "\%(\<\%(exit\|cycle\)\s\+\)\@11<=\a\w*"
syn match fortranConstructName "\(\<end\s*forall\s\+\)\@15<=\a\w*\>" syn match fortranConstructName "\%(\<end\s*forall\s\+\)\@15<=\a\w*\>"
syn match fortranConstructName "\(\<end\s*critical\s\+\)\@17<=\a\w*\>" syn match fortranConstructName "\%(\<end\s*critical\s\+\)\@17<=\a\w*\>"
syn match fortranConstructName "\(\<end\s*associate\s\+\)\@18<=\a\w*\>" syn match fortranConstructName "\%(\<end\s*associate\s\+\)\@18<=\a\w*\>"
syn match fortranUnitName "\(\(end\s*\)\?\(subroutine\|function\|module\|program\|submodule\)\s\+\)\@12<=\a\w\+" syn match fortranUnitName "\%(\<\%(end\s*\)\?\%(subroutine\|function\|module\|program\|submodule\)\s\+\)\@12<=\a\w\+"
syn match fortranUnitHeader "\<end\s*$" syn match fortranUnitHeader "\<end\>\ze\s*\%(!.*\)\?$"
syn keyword fortranIntrinsic abs acos aimag aint anint asin atan atan2 char cmplx conjg cos cosh exp ichar index int log log10 max min nint sign sin sinh sqrt tan tanh syn keyword fortranIntrinsic abs acos aimag aint anint asin atan atan2 char cmplx conjg cos cosh exp ichar index int log log10 max min nint sign sin sinh sqrt tan tanh
syn keyword fortranIntrinsicR achar iachar transfer dble dprod dim lge lgt lle llt mod syn keyword fortranIntrinsicR achar iachar transfer dble dprod dim lge lgt lle llt mod
@ -91,7 +91,7 @@ syn keyword fortranIntrinsic dot_product eoshift exponent floor fraction iand
syn keyword fortranIntrinsic modulo mvbits nearest pack precision present radix random_number random_seed range repeat reshape rrspacing scale scan set_exponent shape size spacing syn keyword fortranIntrinsic modulo mvbits nearest pack precision present radix random_number random_seed range repeat reshape rrspacing scale scan set_exponent shape size spacing
"syn keyword fortranIntrinsic count epsilon maxval minval product sum huge tiny "syn keyword fortranIntrinsic count epsilon maxval minval product sum huge tiny
" intrinsic names often used for variables in older Fortran code " intrinsic names often used for variables in older Fortran code
syn match fortranIntrinsic '\<\(count\|epsilon\|maxval\|minval\|product\|sum\|huge\|tiny\)\>\ze\s*(' syn match fortranIntrinsic '\<\%(count\|epsilon\|maxval\|minval\|product\|sum\|huge\|tiny\)\>\ze\s*('
syn keyword fortranIntrinsic spread system_clock transpose trim ubound unpack verify syn keyword fortranIntrinsic spread system_clock transpose trim ubound unpack verify
syn keyword fortranIntrinsic atomic_define atomic_ref execute_command_line leadz trailz storage_size merge_bits syn keyword fortranIntrinsic atomic_define atomic_ref execute_command_line leadz trailz storage_size merge_bits
syn keyword fortranIntrinsic bge bgt ble blt dshiftl dshiftr findloc iall iany iparity image_index lcobound ucobound maskl maskr num_images parity popcnt poppar shifta shiftl shiftr this_image syn keyword fortranIntrinsic bge bgt ble blt dshiftl dshiftr findloc iall iany iparity image_index lcobound ucobound maskl maskr num_images parity popcnt poppar shifta shiftl shiftr this_image
@ -116,30 +116,30 @@ syn keyword fortranExtraIntrinsic algama cdabs cdcos cdexp cdlog cdsin cdsqrt cq
syn keyword fortranType generic final enumerator import syn keyword fortranType generic final enumerator import
syn keyword fortranType c_ptr c_funptr elemental pure impure recursive non_recursive syn keyword fortranType c_ptr c_funptr elemental pure impure recursive non_recursive
syn match fortranTypeOb "^\s*\(character\s*\)\@15<=\*" syn match fortranTypeOb "^\s*\zs\%(character\s*\)\@15<=\*"
syn match fortranType "^\s*\(implicit \)\?\s*\(real\|integer\|logical\|complex\|character\|type\)\>" syn match fortranType "^\s*\zs\%(implicit\s\+\)\?\%(real\|integer\|logical\|complex\|character\|type\)\>"
syn match fortranType "^\s*implicit\s\+none" syn match fortranType "^\s*\zsimplicit\s\+none\>"
syn match fortranType "\(class\|type\)\(of\)\?" syn match fortranType "\<\%(class\|type\)\%(of\)\?\>"
syn match fortranType "\(end\s*\)\?\<interface\>" syn match fortranType "\<\%(end\s*\)\?interface\>"
syn match fortranType "\<enum\s*,\s*bind\s*(\s*c\s*)" syn match fortranType "\<enum\s*,\s*bind\s*(\s*c\s*)"
syn match fortranType "\<end\s*\(enum\|type\)\>" syn match fortranType "\<end\s*\%(enum\|type\)\>"
syn match fortranType "\(end\s*\)\?enumeration\s\+type" syn match fortranType "\<\%(end\s*\)\?enumeration\s\+type"
syn match fortranType "\(end\s*\)\?\(\<module\s\+\)\?procedure\>" syn match fortranType "\<\%(end\s*\)\?\%(module\s\+\)\?procedure\>"
syn match fortranTypeR display "double\s*precision" syn match fortranTypeR display "\<double\s*precision\>"
syn match fortranTypeR display "double\s\+complex" syn match fortranTypeR display "\<double\s\+complex\>"
syn keyword fortranAttribute value bind deferred contiguous intrinsic non_intrinsic syn keyword fortranAttribute value bind deferred contiguous intrinsic non_intrinsic
syn keyword fortranAttribute asynchronous nopass non_overridable pass volatile extends syn keyword fortranAttribute asynchronous nopass non_overridable pass volatile extends
syn keyword fortranAttribute abstract external private public protected intent optional syn keyword fortranAttribute abstract external private public protected intent optional
syn keyword fortranAttribute pointer target allocatable dimension codimension sequence parameter save syn keyword fortranAttribute pointer target allocatable dimension codimension sequence parameter save
syn keyword fortranUnitHeader result operator assignment syn keyword fortranUnitHeader result operator assignment
syn match fortranUnitHeader "\<\(end\s*\)\?\(subroutine\|function\|module\|program\|submodule\)\>" syn match fortranUnitHeader "\<\%(end\s*\)\?\%(subroutine\|function\|module\|program\|submodule\)\>"
syn match fortranBlock "\<\(end\s*\)\?\(block\|critical\|associate\)\>" syn match fortranBlock "\<\%(end\s*\)\?\%(block\|critical\|associate\)\>"
syn match fortranCalled "\(call\s\+\)\@7<=\a\w*" syn match fortranCalled "\<\%(call\s\+\)\@7<=\a\w*"
syn match fortranRepeat "\<do\>" syn match fortranRepeat "\<do\>"
syn keyword fortranRepeat concurrent syn keyword fortranRepeat concurrent
syn keyword fortranRepeatR while syn keyword fortranRepeatR while
syn match fortranRepeat "\<end\s*do" syn match fortranRepeat "\<end\s*do\>"
syn keyword fortranRepeatOb forall syn keyword fortranRepeatOb forall
syn match fortranRepeatOb "\<end\s*forall\>" syn match fortranRepeatOb "\<end\s*forall\>"
@ -150,16 +150,16 @@ syn region fortranParen transparent start="(" end=")" contains=ALLBUT,fortranPar
syn match fortranParenError ")" syn match fortranParenError ")"
syn match fortranOperator "\.\s*n\=eqv\s*\." syn match fortranOperator "\.\s*n\=eqv\s*\."
syn match fortranOperator "\.\s*\(and\|or\|not\)\s*\." syn match fortranOperator "\.\s*\%(and\|or\|not\)\s*\."
syn match fortranOperator "\(+\|-\|/\|\*\)" syn match fortranOperator "\%(+\|-\|/\|\*\)"
syn match fortranOperator "\(\(>\|<\)=\=\|==\|/=\|=\)" syn match fortranOperator "\%(\%(>\|<\)=\=\|==\|/=\|=\)"
syn match fortranOperator "\(%\|?\|=>\)" syn match fortranOperator "\%(%\|?\|=>\)"
syn match fortranOperator "\([\|]\)" syn match fortranOperator "\%([\|]\)"
syn match fortranOperatorR "\.\s*[gl][et]\s*\." syn match fortranOperatorR "\.\s*[gl][et]\s*\."
syn match fortranOperatorR "\.\s*\(eq\|ne\)\s*\." syn match fortranOperatorR "\.\s*\%(eq\|ne\)\s*\."
syn keyword fortranReadWrite print flush syn keyword fortranReadWrite print flush
syn match fortranReadWrite '\<\(backspace\|close\|endfile\|inquire\|open\|read\|rewind\|write\)\ze\s*(' syn match fortranReadWrite '\<\%(backspace\|close\|endfile\|inquire\|open\|read\|rewind\|write\)\ze\s*('
"If tabs are allowed then the left margin checks do not work "If tabs are allowed then the left margin checks do not work
if exists("fortran_have_tabs") if exists("fortran_have_tabs")
@ -170,17 +170,17 @@ endif
"Numbers of various sorts "Numbers of various sorts
" Integers " Integers
syn match fortranNumber display "\<\d\+\(_\a\w*\)\=\>" syn match fortranNumber display "\<\d\+\%(_\a\w*\)\=\>"
" floating point number, without a decimal point " floating point number, without a decimal point
syn match fortranFloatIll display "\<\d\+[deq][-+]\=\d\+\(_\a\w*\)\=\>" syn match fortranFloatIll display "\<\d\+[deq][-+]\=\d\+\%(_\a\w*\)\=\>"
" floating point number, starting with a decimal point " floating point number, starting with a decimal point
syn match fortranFloatIll display "\.\d\+\([deq][-+]\=\d\+\)\=\(_\a\w*\)\=\>" syn match fortranFloatIll display "\.\d\+\%([deq][-+]\=\d\+\)\=\%(_\a\w*\)\=\>"
" floating point number, no digits after decimal " floating point number, no digits after decimal
syn match fortranFloatIll display "\<\d\+\.\([deq][-+]\=\d\+\)\=\(_\a\w*\)\=\>" syn match fortranFloatIll display "\<\d\+\.\%([deq][-+]\=\d\+\)\=\%(_\a\w*\)\=\>"
" floating point number, D or Q exponents " floating point number, D or Q exponents
syn match fortranFloatIll display "\<\d\+\.\d\+\([dq][-+]\=\d\+\)\=\(_\a\w*\)\=\>" syn match fortranFloatIll display "\<\d\+\.\d\+\%([dq][-+]\=\d\+\)\=\%(_\a\w*\)\=\>"
" floating point number " floating point number
syn match fortranFloat display "\<\d\+\.\d\+\(e[-+]\=\d\+\)\=\(_\a\w*\)\=\>" syn match fortranFloat display "\<\d\+\.\d\+\%(e[-+]\=\d\+\)\=\%(_\a\w*\)\=\>"
" binary number " binary number
syn match fortranBinary display "b["'][01]\+["']" syn match fortranBinary display "b["'][01]\+["']"
" octal number " octal number
@ -189,30 +189,29 @@ syn match fortranOctal display "o["'][0-7]\+["']"
syn match fortranHex display "z["'][0-9A-F]\+["']" syn match fortranHex display "z["'][0-9A-F]\+["']"
" Numbers in formats " Numbers in formats
syn match fortranFormatSpec display "\d*f\d\+\.\d\+" syn match fortranFormatSpec display "\d*f\d\+\.\d\+"
syn match fortranFormatSpec display "\d*e[sn]\=\d\+\.\d\+\(e\d+\>\)\=" syn match fortranFormatSpec display "\d*e[sn]\=\d\+\.\d\+\%(e\d+\>\)\="
syn match fortranFormatSpec display "\d*\(d\|q\|g\)\d\+\.\d\+\(e\d+\)\=" syn match fortranFormatSpec display "\d*\%(d\|q\|g\)\d\+\.\d\+\%(e\d+\)\="
syn match fortranFormatSpec display "\d\+x\>" syn match fortranFormatSpec display "\d\+x\>"
" The next match cannot be used because it would pick up identifiers as well " The next match cannot be used because it would pick up identifiers as well
" syn match fortranFormatSpec display "\<\(a\|i\)\d\+" " syn match fortranFormatSpec display "\<\%(a\|i\)\d\+"
" Numbers as labels " Numbers as labels
syn match fortranLabelNumber display "^\d\{1,5}\s"me=e-1 syn match fortranLabelNumber display "^\zs\d\{1,5}\ze\s"
syn match fortranLabelNumber display "^ \d\{1,4}\s"ms=s+1,me=e-1 syn match fortranLabelNumber display "^ \zs\d\{1,4}\ze\s"
syn match fortranLabelNumber display "^ \d\{1,3}\s"ms=s+2,me=e-1 syn match fortranLabelNumber display "^ \zs\d\{1,3}\ze\s"
syn match fortranLabelNumber display "^ \d\d\=\s"ms=s+3,me=e-1 syn match fortranLabelNumber display "^ \zs\d\d\=\ze\s"
syn match fortranLabelNumber display "^ \d\s"ms=s+4,me=e-1 syn match fortranLabelNumber display "^ \zs\d\ze\s"
" Numbers as targets " Numbers as targets
syn match fortranTarget display "\(\<if\s*(.\+)\s*\)\@<=\(\d\+\s*,\s*\)\{2}\d\+\>" syn match fortranTarget display "\%(\<if\s*(.\+)\s*\)\@<=\%(\d\+\s*,\s*\)\{2}\d\+\>"
syn match fortranTarget display "\(\<do\s\+\)\@11<=\d\+\>" syn match fortranTarget display "\%(\<do\s\+\)\@11<=\d\+\>"
syn match fortranTarget display "\(\<go\s*to\s*(\=\)\@11<=\(\d\+\s*,\s*\)*\d\+\>" syn match fortranTarget display "\%(\<go\s*to\s*(\=\)\@11<=\%(\d\+\s*,\s*\)*\d\+\>"
syn match fortranBoolean "\.\s*\(true\|false\)\s*\." syn match fortranBoolean "\.\s*\%(true\|false\)\s*\."
syn match fortranKeyword "call" syn keyword fortranKeyword call
syn keyword fortranKeyword use only contains syn keyword fortranKeyword use only contains
syn match fortranKeyword "fail\s\+image\>" syn match fortranKeyword "\<fail\s\+image\>"
syn match fortranKeyword "\(error\s\+\)\=stop" syn match fortranKeyword "\<\%(error\s\+\)\=stop\>"
syn match fortranKeyword "\<continue\>" syn keyword fortranKeyword continue
syn match fortranKeyword "^\s*\d\+\s\+continue\>"
syn match fortranKeyword "\<go\s*to\>" syn match fortranKeyword "\<go\s*to\>"
syn match fortranKeywordDel "\<go\s*to\ze\s\+.*,\s*(.*$" syn match fortranKeywordDel "\<go\s*to\ze\s\+.*,\s*(.*$"
syn match fortranKeywordOb "\<go\s*to\ze\s*(\d\+.*$" syn match fortranKeywordOb "\<go\s*to\ze\s*(\d\+.*$"
@ -222,40 +221,40 @@ syn keyword fortranKeyword allocate deallocate nullify return cycle exit
syn region fortranString start=+'+ end=+'+ contains=fortranLeftMargin,fortranContinueMark,fortranSerialNumber syn region fortranString start=+'+ end=+'+ contains=fortranLeftMargin,fortranContinueMark,fortranSerialNumber
syn region fortranString start=+"+ end=+"+ contains=fortranLeftMargin,fortranContinueMark,fortranSerialNumber syn region fortranString start=+"+ end=+"+ contains=fortranLeftMargin,fortranContinueMark,fortranSerialNumber
syn match fortranIO '\%(\((\|,\|, *&\n\)\s*\)\@<=\(access\|blank\|direct\|exist\|file\|fmt\|form\|formatted\|iostat\|name\|named\|nextrec\|number\|opened\|rec\|recl\|sequential\|status\|unformatted\|unit\)\ze\s*=' syn match fortranIO '\%(\%((\|,\|, *&\n\)\s*\)\@<=\%(access\|blank\|direct\|exist\|file\|fmt\|form\|formatted\|iostat\|name\|named\|nextrec\|number\|opened\|rec\|recl\|sequential\|status\|unformatted\|unit\)\ze\s*='
syn keyword fortranIOR format namelist syn keyword fortranIOR format namelist
syn keyword fortranIO pad position action delim readwrite syn keyword fortranIO pad position action delim readwrite
syn keyword fortranIO eor advance nml syn keyword fortranIO eor advance nml
syn keyword fortranIO newunit decimal round iomsg syn keyword fortranIO newunit decimal round iomsg
syn match fortranIO contains=fortranOperator "\<e\(nd\|rr\)\s*=\s*\d\+" syn match fortranIO contains=fortranOperator "\<e\%(nd\|rr\)\s*=\s*\d\+"
syn keyword fortranConditional else then where elsewhere syn keyword fortranConditional else then where elsewhere
syn match fortranConditional "\<if\>" syn match fortranConditional "\<if\>"
syn match fortranConditional "\<else\s*if" syn match fortranConditional "\<else\s*if\>"
syn match fortranConditional "\(end\s*\)\?\(if\|where\|select\)" syn match fortranConditional "\<\%(end\s*\)\?\%(if\|where\|select\)\>"
syn match fortranConditional "\<select\s\+\(case\|rank\|type\)" syn match fortranConditional "\<select\s\+\%(case\|rank\|type\)\>"
syn match fortranConditional "\(class\|type\)\s\+is\>" syn match fortranConditional "\<\%(class\|type\)\s\+is\>"
syn match fortranConditional "\(case\|rank\)\(\s\+default\)\?" syn match fortranConditional "\<\%(case\|rank\)\%(\s\+default\)\?\>"
syn match fortranConditionalDel "\<if\s*(.*)\s*\d\+\s*,\s*\d\+\s*,\s*\d\+\s*$" syn match fortranConditionalDel "\<if\s*(.*)\s*\d\+\s*,\s*\d\+\s*,\s*\d\+\s*$"
syn keyword fortranInclude include syn keyword fortranInclude include
syn match fortranImageControl "sync\s\+\(all\|images\|memory\|team\)\>" syn match fortranImageControl "\<sync\s\+\%(all\|images\|memory\|team\)\>"
syn match fortranImageControl "\(change\|form\|end\)\s\+team\>" syn match fortranImageControl "\<\%(change\|form\|end\)\s\+team\>"
syn match fortranImageControl "event\s\+\(post\|wait\)" syn match fortranImageControl "\<event\s\+\%(post\|wait\)"
syn match fortranImageControl "\(un\)\?lock\ze\s*(" syn match fortranImageControl "\<\%(un\)\?lock\ze\s*("
syn match fortranImageControl "notify\s\+wait\ze\s*(" syn match fortranImageControl "\<notify\s\+wait\ze\s*("
syn keyword fortranUnitHeaderOb entry syn keyword fortranUnitHeaderOb entry
syn match fortranUnitHeaderOb display "block\s*data" syn match fortranUnitHeaderOb display "\<block\s*data\>"
syn keyword fortranStorageClass in out syn keyword fortranStorageClass in out
syn match fortranStorageClass "\<in\s*out\>" syn match fortranStorageClass "\<in\s*out\>"
syn match fortranStorageClass "\<kind\s*="me=s+4 syn match fortranStorageClass "\<kind\s*="me=s+4
syn match fortranStorageClass "\<len\s*="me=s+3 syn match fortranStorageClass "\<len\s*="me=s+3
syn match fortranStorageClass "^\s*data\>\(\s\+\a\w*\s*/\)\@=" syn match fortranStorageClass "^\s*\zsdata\>\%(\s\+\a\w*\s*/\)\@="
syn match fortranStorageClassOb "^\s*common\>" syn match fortranStorageClassOb "^\s*\zscommon\>"
syn match fortranStorageClassOb "^\s*common\>\(\s*/\)\@=" syn match fortranStorageClassOb "^\s*\zscommon\>\%(\s*/\)\@="
syn keyword fortranStorageClassOb equivalence syn keyword fortranStorageClassOb equivalence
syn keyword fortranConstant c_null_char c_alert c_backspace c_form_feed c_new_line c_carriage_return c_horizontal_tab c_vertical_tab syn keyword fortranConstant c_null_char c_alert c_backspace c_form_feed c_new_line c_carriage_return c_horizontal_tab c_vertical_tab
@ -284,10 +283,10 @@ if exists("fortran_CUDA")
syn keyword fortranTypeCUDA cudaErrorNotReady cudaSuccess cudaErrorInvalidValue syn keyword fortranTypeCUDA cudaErrorNotReady cudaSuccess cudaErrorInvalidValue
syn keyword fortranTypeCUDA c_devptr syn keyword fortranTypeCUDA c_devptr
syn match fortranStringCUDA "blockidx%[xyz]" syn match fortranStringCUDA "\<blockidx%[xyz]\>"
syn match fortranStringCUDA "blockdim%[xyz]" syn match fortranStringCUDA "\<blockdim%[xyz]\>"
syn match fortranStringCUDA "griddim%[xyz]" syn match fortranStringCUDA "\<griddim%[xyz]\>"
syn match fortranStringCUDA "threadidx%[xyz]" syn match fortranStringCUDA "\<threadidx%[xyz]\>"
syn keyword fortranIntrinsicCUDA warpsize syncthreads syncthreads_and syncthreads_count syncthreads_or threadfence threadfence_block threadfence_system gpu_time allthreads anythread ballot syn keyword fortranIntrinsicCUDA warpsize syncthreads syncthreads_and syncthreads_count syncthreads_or threadfence threadfence_block threadfence_system gpu_time allthreads anythread ballot
syn keyword fortranIntrinsicCUDA atomicadd atomicsub atomicmax atomicmin atomicand atomicor atomicxor atomicexch atomicinc atomicdec atomiccas sizeof __shfl __shfl_up __shfl_down __shfl_xor syn keyword fortranIntrinsicCUDA atomicadd atomicsub atomicmax atomicmin atomicand atomicor atomicxor atomicexch atomicinc atomicdec atomiccas sizeof __shfl __shfl_up __shfl_down __shfl_xor
@ -325,14 +324,14 @@ else
endif endif
syn match fortranComment excludenl "!.*$" contains=@fortranCommentGroup,@spell syn match fortranComment excludenl "!.*$" contains=@fortranCommentGroup,@spell
syn match fortranOpenMP excludenl "^\s*!\$\(OMP\)\=&\=\s.*$" syn match fortranOpenMP excludenl "^\s*\zs!\$\%(OMP\)\=&\=\s.*$"
syn match fortranEndStatement display ";" syn match fortranEndStatement display ";"
"cpp is often used with Fortran "cpp is often used with Fortran
syn match cPreProc "^\s*#\s*\(define\|ifdef\)\>.*" syn match cPreProc "^\s*#\s*\%(define\|ifdef\)\>.*"
syn match cPreProc "^\s*#\s*\(elif\|if\)\>.*" syn match cPreProc "^\s*#\s*\%(elif\|if\)\>.*"
syn match cPreProc "^\s*#\s*\(ifndef\|undef\)\>.*" syn match cPreProc "^\s*#\s*\%(ifndef\|undef\)\>.*"
syn match cPreCondit "^\s*#\s*\(else\|endif\)\>.*" syn match cPreCondit "^\s*#\s*\%(else\|endif\)\>.*"
syn region cIncluded contained start=+"[^("]+ skip=+\\\\\|\\"+ end=+"+ contains=fortranLeftMargin,fortranContinueMark,fortranSerialNumber syn region cIncluded contained start=+"[^("]+ skip=+\\\\\|\\"+ end=+"+ contains=fortranLeftMargin,fortranContinueMark,fortranSerialNumber
"syn region cIncluded contained start=+"[^("]+ skip=+\\\\\|\\"+ end=+"+ "syn region cIncluded contained start=+"[^("]+ skip=+\\\\\|\\"+ end=+"+
syn match cIncluded contained "<[^>]*>" syn match cIncluded contained "<[^>]*>"
@ -353,61 +352,50 @@ if exists("fortran_fold")
setlocal foldmethod=syntax setlocal foldmethod=syntax
endif endif
if (b:fortran_fixed_source == 1) if (b:fortran_fixed_source == 1)
syn region fortranProgram transparent fold keepend start="^\s*program\s\+\z(\a\w*\)" skip="^\([!c*]\|\s*#\).*$" excludenl end="\<end\s*\(program\(\s\+\z1\>\)\=\|$\)" contains=ALLBUT,fortranModule syn region fortranProgram transparent fold keepend start="^\s*program\s\+\z(\a\w*\)" skip="^\%([!c*]\|\s*#\).*$" excludenl end="\<end\s*\%(program\%(\s\+\z1\>\)\=\|$\)" contains=ALLBUT,fortranModule
syn region fortranModule transparent fold keepend start="^\s*submodule\s\+(\a\w*\s*\(:\a\w*\s*\)*)\s*\z\(\a\w*\)" skip="^\([!c*]\|\s*#\).*$" excludenl end="\<end\s*\(submodule\(\s\+\z1\>\)\=\|$\)" contains=ALLBUT,fortranProgram,fortranModule syn region fortranModule transparent fold keepend start="^\s*submodule\s\+(\a\w*\s*\%(:\a\w*\s*\)*)\s*\z\(\a\w*\)" skip="^\%([!c*]\|\s*#\).*$" excludenl end="\<end\s*\%(submodule\%(\s\+\z1\>\)\=\|$\)" contains=ALLBUT,fortranProgram,fortranModule
syn region fortranModule transparent fold keepend start="^\s*module\s\+\(procedure\)\@!\z(\a\w*\)" skip="^\([!c*]\|\s*#\).*$" excludenl end="\<end\s*\(module\(\s\+\z1\>\)\=\|$\)" contains=ALLBUT,fortranProgram syn region fortranModule transparent fold keepend start="^\s*module\s\+\%(procedure\)\@!\z(\a\w*\)" skip="^\%([!c*]\|\s*#\).*$" excludenl end="\<end\s*\%(module\%(\s\+\z1\>\)\=\|$\)" contains=ALLBUT,fortranProgram
syn region fortranFunction transparent fold keepend extend start="^\s*\(elemental \|pure \|impure \|module \|recursive \)\=\s*\(\(\(real \|integer \|logical \|complex \|double \s*precision \)\s*\((\(\s*kind\s*=\)\=\s*\w\+\s*)\)\=\)\|type\s\+(\s*\w\+\s*) \|character \((\(\s*len\s*=\)\=\s*\d\+\s*)\|(\(\s*kind\s*=\)\=\s*\w\+\s*)\)\=\)\=\s*function\s\+\z(\a\w*\)" skip="^\([!c*]\|\s*#\).*$" excludenl end="\<end\s*\($\|function\(\s\+\z1\>\)\=\)" contains=ALLBUT,fortranProgram,fortranModule syn region fortranFunction transparent fold keepend extend start="^\s*\%(elemental \|pure \|impure \|module \|recursive \)\=\s*\%(\%(\%(real \|integer \|logical \|complex \|double \s*precision \)\s*\%((\%(\s*kind\s*=\)\=\s*\w\+\s*)\)\=\)\|type\s\+(\s*\w\+\s*) \|character \%((\%(\s*len\s*=\)\=\s*\d\+\s*)\|(\%(\s*kind\s*=\)\=\s*\w\+\s*)\)\=\)\=\s*function\s\+\z(\a\w*\)" skip="^\%([!c*]\|\s*#\).*$" excludenl end="\<end\s*\%($\|function\%(\s\+\z1\>\)\=\)" contains=ALLBUT,fortranProgram,fortranModule
syn region fortranSubroutine transparent fold keepend extend start="^\s*\(elemental \|pure \|impure \|module \|recursive \)\=\s*subroutine\s\+\z(\a\w*\)" skip="^\([!c*]\|\s*#\).*$" excludenl end="\<end\s*\($\|subroutine\(\s\+\z1\>\)\=\)" contains=ALLBUT,fortranProgram,fortranModule syn region fortranSubroutine transparent fold keepend extend start="^\s*\%(elemental \|pure \|impure \|module \|recursive \)\=\s*subroutine\s\+\z(\a\w*\)" skip="^\%([!c*]\|\s*#\).*$" excludenl end="\<end\s*\%($\|subroutine\%(\s\+\z1\>\)\=\)" contains=ALLBUT,fortranProgram,fortranModule
syn region fortranBlockData transparent fold keepend start="\<block\>" skip="^\s*[!#].*$" excludenl end="\<end\s*block\>" contains=ALLBUT,fortranProgram,fortranModule,fortranSubroutine,fortranFunction,fortran77Loop,fortranCase,fortran90Loop,fortranIfBlock syn region fortranBlockData transparent fold keepend start="\<block\>" skip="^\s*[!#].*$" excludenl end="\<end\s*block\>" contains=ALLBUT,fortranProgram,fortranModule,fortranSubroutine,fortranFunction,fortran77Loop,fortranCase,fortran90Loop,fortranIfBlock
syn region fortranAssociate transparent fold keepend start="^\s*\<associate\s\+" skip="^\([!c*]\|\s*#\).*$" excludenl end="\<end\s*associate" contains=ALLBUT,fortranProgram,fortranModule,fortranSubroutine,fortranFunction syn region fortranAssociate transparent fold keepend start="^\s*\<associate\s\+" skip="^\%([!c*]\|\s*#\).*$" excludenl end="\<end\s*associate" contains=ALLBUT,fortranProgram,fortranModule,fortranSubroutine,fortranFunction
syn region fortranCritical transparent fold keepend start="^\s*\<critical\s\+" skip="^\([!c*]\|\s*#\).*$" excludenl end="\<end\s*critical" contains=ALLBUT,fortranProgram,fortranModule,fortranSubroutine,fortranFunction syn region fortranCritical transparent fold keepend start="^\s*\<critical\s\+" skip="^\%([!c*]\|\s*#\).*$" excludenl end="\<end\s*critical" contains=ALLBUT,fortranProgram,fortranModule,fortranSubroutine,fortranFunction
syn region fortranTeam transparent fold keepend start="^\s*\<change\s\+team\>" skip="^\([!c*]\|\s*#\).*$" excludenl end="\<end\s*team\>" contains=ALLBUT,fortranProgram,fortranModule,fortranSubroutine,fortranFunction syn region fortranTeam transparent fold keepend start="^\s*\<change\s\+team\>" skip="^\%([!c*]\|\s*#\).*$" excludenl end="\<end\s*team\>" contains=ALLBUT,fortranProgram,fortranModule,fortranSubroutine,fortranFunction
syn region fortranInterface transparent fold keepend extend start="^\s*\(abstract \)\=\s*interface\>" skip="^\([!c*]\|\s*#\).*$" excludenl end="\<end\s*interface\>" contains=ALLBUT,fortranProgram,fortranModule,fortran77Loop,fortranCase,fortran90Loop,fortranIfBlock syn region fortranInterface transparent fold keepend extend start="^\s*\%(abstract \)\=\s*interface\>" skip="^\%([!c*]\|\s*#\).*$" excludenl end="\<end\s*interface\>" contains=ALLBUT,fortranProgram,fortranModule,fortran77Loop,fortranCase,fortran90Loop,fortranIfBlock
syn region fortranTypeDef transparent fold keepend extend start="^\s*type\s*\(,\s*\(public\|private\|abstract\)\)\=\s*::" skip="^\([!c*]\|\s*#\).*$" excludenl end="\<end\s*type\>" contains=ALLBUT,fortranProgram,fortranModule,fortran77Loop,fortranCase,fortran90Loop,fortranIfBlock,fortranInterface syn region fortranTypeDef transparent fold keepend extend start="^\s*type\s*\%(,\s*\%(public\|private\|abstract\)\)\=\s*::" skip="^\%([!c*]\|\s*#\).*$" excludenl end="\<end\s*type\>" contains=ALLBUT,fortranProgram,fortranModule,fortran77Loop,fortranCase,fortran90Loop,fortranIfBlock,fortranInterface
syn region fortranMultiComments fold start="^\zs[!c*].*\_s*[!c*]" skip="^[!c*]" end='^\ze\s*[^!c*]'
else else
syn region fortranProgram transparent fold keepend start="^\s*program\s\+\z(\a\w*\)" skip="^\s*[!#].*$" excludenl end="\<end\s*\(program\(\s\+\z1\>\)\=\|$\)" contains=ALLBUT,fortranModule syn region fortranProgram transparent fold keepend start="^\s*program\s\+\z(\a\w*\)" skip="^\s*[!#].*$" excludenl end="\<end\s*\%(program\%(\s\+\z1\>\)\=\|$\)" contains=ALLBUT,fortranModule
syn region fortranModule transparent fold keepend start="^\s*submodule\s\+(\a\w*\s*\(:\a\w*\s*\)*)\s*\z\(\a\w*\)" skip="^\s*[!#].*$" excludenl end="\<end\s*\(submodule\(\s\+\z1\>\)\=\|$\)" contains=ALLBUT,fortranProgram,fortranModule syn region fortranModule transparent fold keepend start="^\s*submodule\s\+(\a\w*\s*\%(:\a\w*\s*\)*)\s*\z\(\a\w*\)" skip="^\s*[!#].*$" excludenl end="\<end\s*\%(submodule\%(\s\+\z1\>\)\=\|$\)" contains=ALLBUT,fortranProgram,fortranModule
syn region fortranModule transparent fold keepend start="^\s*module\s\+\(procedure\)\@!\z(\a\w*\)" skip="^\s*[!#].*$" excludenl end="\<end\s*\(module\(\s\+\z1\>\)\=\|$\)" contains=ALLBUT,fortranProgram syn region fortranModule transparent fold keepend start="^\s*module\s\+\%(procedure\)\@!\z(\a\w*\)" skip="^\s*[!#].*$" excludenl end="\<end\s*\%(module\%(\s\+\z1\>\)\=\|$\)" contains=ALLBUT,fortranProgram
syn region fortranFunction transparent fold keepend extend start="^\s*\(elemental \|pure \|impure \|module \|recursive \)\=\s*\(\(\(real \|integer \|logical \|complex \|double \s*precision \)\s*\((\(\s*kind\s*=\)\=\s*\w\+\s*)\)\=\)\|type\s\+(\s*\w\+\s*) \|character \((\(\s*len\s*=\)\=\s*\d\+\s*)\|(\(\s*kind\s*=\)\=\s*\w\+\s*)\)\=\)\=\s*function\s\+\z(\a\w*\)" skip="^\s*[!#].*$" excludenl end="\<end\s*\($\|function\(\s\+\z1\>\)\=\)" contains=ALLBUT,fortranProgram,fortranModule syn region fortranFunction transparent fold keepend extend start="^\s*\%(elemental \|pure \|impure \|module \|recursive \)\=\s*\%(\%(\%(real \|integer \|logical \|complex \|double \s*precision \)\s*\%((\%(\s*kind\s*=\)\=\s*\w\+\s*)\)\=\)\|type\s\+(\s*\w\+\s*) \|character \%((\%(\s*len\s*=\)\=\s*\d\+\s*)\|(\%(\s*kind\s*=\)\=\s*\w\+\s*)\)\=\)\=\s*function\s\+\z(\a\w*\)" skip="^\s*[!#].*$" excludenl end="\<end\s*\%($\|function\%(\s\+\z1\>\)\=\)" contains=ALLBUT,fortranProgram,fortranModule
syn region fortranSubroutine transparent fold keepend extend start="^\s*\(elemental \|pure \|impure \|module \|recursive \)\=\s*subroutine\s\+\z(\a\w*\)" skip="^\s*[!#].*$" excludenl end="\<end\s*\($\|subroutine\(\s\+\z1\>\)\=\)" contains=ALLBUT,fortranProgram,fortranModule syn region fortranSubroutine transparent fold keepend extend start="^\s*\%(elemental \|pure \|impure \|module \|recursive \)\=\s*subroutine\s\+\z(\a\w*\)" skip="^\s*[!#].*$" excludenl end="\<end\s*\%($\|subroutine\%(\s\+\z1\>\)\=\)" contains=ALLBUT,fortranProgram,fortranModule
syn region fortranBlockData transparent fold keepend start="\<block\>" skip="^\s*[!#].*$" excludenl end="\<end\s*block\>" contains=ALLBUT,fortranProgram,fortranModule,fortranSubroutine,fortranFunction,fortran77Loop,fortranCase,fortran90Loop,fortranIfBlock syn region fortranBlockData transparent fold keepend start="\<block\>" skip="^\s*[!#].*$" excludenl end="\<end\s*block\>" contains=ALLBUT,fortranProgram,fortranModule,fortranSubroutine,fortranFunction,fortran77Loop,fortranCase,fortran90Loop,fortranIfBlock
syn region fortranAssociate transparent fold keepend start="\<associate\>" skip="^\s*[!#].*$" excludenl end="\<end\s*associate\>" contains=ALLBUT,fortranProgram,fortranModule,fortranSubroutine,fortranFunction syn region fortranAssociate transparent fold keepend start="\<associate\>" skip="^\s*[!#].*$" excludenl end="\<end\s*associate\>" contains=ALLBUT,fortranProgram,fortranModule,fortranSubroutine,fortranFunction
syn region fortranCritical transparent fold keepend start="\<critical\>" skip="^\s*[!#].*$" excludenl end="\<end\s*critical\>" contains=ALLBUT,fortranProgram,fortranModule,fortranSubroutine,fortranFunction syn region fortranCritical transparent fold keepend start="\<critical\>" skip="^\s*[!#].*$" excludenl end="\<end\s*critical\>" contains=ALLBUT,fortranProgram,fortranModule,fortranSubroutine,fortranFunction
syn region fortranTeam transparent fold keepend start="\<change\s\+team\>" skip="^\s*[!#].*$" excludenl end="\<end\s*team\>" contains=ALLBUT,fortranProgram,fortranModule,fortranSubroutine,fortranFunction syn region fortranTeam transparent fold keepend start="\<change\s\+team\>" skip="^\s*[!#].*$" excludenl end="\<end\s*team\>" contains=ALLBUT,fortranProgram,fortranModule,fortranSubroutine,fortranFunction
syn region fortranInterface transparent fold keepend extend start="^\s*\(abstract \)\=\s*interface\>" skip="^\s*[!#].*$" excludenl end="\<end\s*interface\>" contains=ALLBUT,fortranProgram,fortranModule,fortran77Loop,fortranCase,fortran90Loop,fortranIfBlock syn region fortranInterface transparent fold keepend extend start="^\s*\%(abstract \)\=\s*interface\>" skip="^\s*[!#].*$" excludenl end="\<end\s*interface\>" contains=ALLBUT,fortranProgram,fortranModule,fortran77Loop,fortranCase,fortran90Loop,fortranIfBlock
syn region fortranTypeDef transparent fold keepend extend start="^\s*type\s*\(,\s*\(public\|private\|abstract\)\)\=\s*::" skip="^\s*[!#].*$" excludenl end="\<end\s*type\>" contains=ALLBUT,fortranProgram,fortranModule,fortran77Loop,fortranCase,fortran90Loop,fortranIfBlock,fortranInterface syn region fortranTypeDef transparent fold keepend extend start="^\s*type\s*\%(,\s*\%(public\|private\|abstract\)\)\=\s*::" skip="^\s*[!#].*$" excludenl end="\<end\s*type\>" contains=ALLBUT,fortranProgram,fortranModule,fortran77Loop,fortranCase,fortran90Loop,fortranIfBlock,fortranInterface
syn region fortranMultiComments fold start="^\zs\s*!.*\_s*!" skip="^\s*!" end='^\ze\s*[^!]'
endif endif
if exists("fortran_fold_conditionals") if exists("fortran_fold_conditionals")
if (b:fortran_fixed_source == 1) if (b:fortran_fixed_source == 1)
syn region fortran77Loop transparent fold keepend start="\<do\s\+\z(\d\+\)" end="^\s*\z1\>" contains=ALLBUT,fortranUnitHeader,fortranAttribute,fortranStorageClass,fortranType,fortranProgram,fortranModule,fortranSubroutine,fortranFunction,fortranBlockData syn region fortran77Loop transparent fold keepend start="\<do\s\+\z(\d\+\)" end="^\s*\z1\>" contains=ALLBUT,fortranUnitHeader,fortranAttribute,fortranStorageClass,fortranType,fortranProgram,fortranModule,fortranSubroutine,fortranFunction,fortranBlockData
syn region fortran90Loop transparent fold keepend extend start="\(\<end\s\+\)\@<!\<do\(\s\+\a\|\s*$\)" skip="^\([!c*]\|\s*#\).*$" excludenl end="\<end\s*do\>" contains=ALLBUT,fortranUnitHeader,fortranAttribute,fortranStorageClass,fortranType,fortranProgram,fortranModule,fortranSubroutine,fortranFunction,fortranBlockData syn region fortran90Loop transparent fold keepend extend start="\%(\<end\s\+\)\@<!\<do\%(\s\+\a\|\s*$\)" skip="^\%([!c*]\|\s*#\).*$" excludenl end="\<end\s*do\>" contains=ALLBUT,fortranUnitHeader,fortranAttribute,fortranStorageClass,fortranType,fortranProgram,fortranModule,fortranSubroutine,fortranFunction,fortranBlockData
syn region fortranIfBlock transparent fold keepend extend start="\(\<e\(nd\|lse\)\s\+\)\@<!\<if\s*(.\+)\s*then\>" skip="^\([!c*]\|\s*#\).*$" end="\<end\s*if\>" contains=ALLBUT,fortranUnitHeader,fortranAttribute,fortranStorageClass,fortranType,fortranProgram,fortranModule,fortranSubroutine,fortranFunction,fortranBlockData syn region fortranIfBlock transparent fold keepend extend start="\%(\<e\%(nd\|lse\)\s\+\)\@<!\<if\s*(.\+)\s*then\>" skip="^\%([!c*]\|\s*#\).*$" end="\<end\s*if\>" contains=ALLBUT,fortranUnitHeader,fortranAttribute,fortranStorageClass,fortranType,fortranProgram,fortranModule,fortranSubroutine,fortranFunction,fortranBlockData
syn region fortranCase transparent fold keepend extend start="\<select\s*\(case\|type\|rank\)\>" skip="^\([!c*]\|\s*#\).*$" end="\<end\s*select\>" contains=ALLBUT,fortranUnitHeader,fortranAttribute,fortranStorageClass,fortranType,fortranProgram,fortranModule,fortranSubroutine,fortranFunction,fortranBlockData syn region fortranCase transparent fold keepend extend start="\<select\s*\%(case\|type\|rank\)\>" skip="^\%([!c*]\|\s*#\).*$" end="\<end\s*select\>" contains=ALLBUT,fortranUnitHeader,fortranAttribute,fortranStorageClass,fortranType,fortranProgram,fortranModule,fortranSubroutine,fortranFunction,fortranBlockData
else else
syn region fortran77Loop transparent fold keepend start="\<do\s\+\z(\d\+\)" end="^\s*\z1\>" contains=ALLBUT,fortranUnitHeader,fortranAttribute,fortranStorageClass,fortranType,fortranProgram,fortranModule,fortranSubroutine,fortranFunction,fortranBlockData syn region fortran77Loop transparent fold keepend start="\<do\s\+\z(\d\+\)" end="^\s*\z1\>" contains=ALLBUT,fortranUnitHeader,fortranAttribute,fortranStorageClass,fortranType,fortranProgram,fortranModule,fortranSubroutine,fortranFunction,fortranBlockData
syn region fortran90Loop transparent fold keepend extend start="\(\<end\s\+\)\@<!\<do\(\s\+\a\|\s*$\)" skip="^\s*[!#].*$" excludenl end="\<end\s*do\>" contains=ALLBUT,fortranUnitHeader,fortranAttribute,fortranStorageClass,fortranType,fortranProgram,fortranModule,fortranSubroutine,fortranFunction,fortranBlockData syn region fortran90Loop transparent fold keepend extend start="\%(\<end\s\+\)\@<!\<do\%(\s\+\a\|\s*$\)" skip="^\s*[!#].*$" excludenl end="\<end\s*do\>" contains=ALLBUT,fortranUnitHeader,fortranAttribute,fortranStorageClass,fortranType,fortranProgram,fortranModule,fortranSubroutine,fortranFunction,fortranBlockData
syn region fortranIfBlock transparent fold keepend extend start="\(\<e\(nd\|lse\)\s\+\)\@<!\<if\s*(\(.\|&\s*\n\)\+)\(\s\|&\s*\n\)*then\>" skip="^\s*[!#].*$" end="\<end\s*if\>" contains=ALLBUT,fortranUnitHeader,fortranAttribute,fortranStorageClass,fortranType,fortranProgram,fortranModule,fortranSubroutine,fortranFunction,fortranBlockData syn region fortranIfBlock transparent fold keepend extend start="\%(\<e\%(nd\|lse\)\s\+\)\@<!\<if\s*(\%(.\|&\s*\n\)\+)\%(\s\|&\s*\n\)*then\>" skip="^\s*[!#].*$" end="\<end\s*if\>" contains=ALLBUT,fortranUnitHeader,fortranAttribute,fortranStorageClass,fortranType,fortranProgram,fortranModule,fortranSubroutine,fortranFunction,fortranBlockData
syn region fortranCase transparent fold keepend extend start="\<select\s*\(case\|type\|rank\)\>" skip="^\s*[!#].*$" end="\<end\s*select\>" contains=ALLBUT,fortranUnitHeader,fortranAttribute,fortranStorageClass,fortranType,fortranProgram,fortranModule,fortranSubroutine,fortranFunction,fortranBlockData syn region fortranCase transparent fold keepend extend start="\<select\s*\%(case\|type\|rank\)\>" skip="^\s*[!#].*$" end="\<end\s*select\>" contains=ALLBUT,fortranUnitHeader,fortranAttribute,fortranStorageClass,fortranType,fortranProgram,fortranModule,fortranSubroutine,fortranFunction,fortranBlockData
endif endif
endif endif
if exists("fortran_fold_multilinecomments")
if (b:fortran_fixed_source == 1)
syn match fortranMultiLineComments transparent fold "\(^[!c*].*\(\n\|\%$\)\)\{4,}" contains=ALLBUT,fortranMultiCommentLines
else
syn match fortranMultiLineComments transparent fold "\(^\s*!.*\(\n\|\%$\)\)\{4,}" contains=ALLBUT,fortranMultiCommentLines
endif
endif
endif endif
" Define the default highlighting. " Define the default highlighting.
" Transparent groups:
" fortranParen, fortranLeftMargin
" fortranProgram, fortranModule, fortranSubroutine, fortranFunction,
" fortranBlockData
" fortran77Loop, fortran90Loop, fortranIfBlock, fortranCase
" fortranMultiCommentLines
hi def link fortranKeyword Keyword hi def link fortranKeyword Keyword
hi def link fortranConstructName Identifier hi def link fortranConstructName Identifier
hi def link fortranConditional Conditional hi def link fortranConditional Conditional
@ -481,6 +469,7 @@ hi def link cPreCondit PreCondit
hi def link fortranOpenMP PreProc hi def link fortranOpenMP PreProc
hi def link fortranParenError Error hi def link fortranParenError Error
hi def link fortranComment Comment hi def link fortranComment Comment
hi def link fortranMultiComments Comment
hi def link fortranSerialNumber Todo hi def link fortranSerialNumber Todo
hi def link fortranTab Error hi def link fortranTab Error