IndianCyberForce
Software :
LiteSpeed
G-Interface :
Server IP :
162.0.209.203
Server Admin :
webmaster@tradevaly.com.bd
Uname:
Linux business126.web-hosting.com 4.18.0-553.lve.el8.x86_64 #1 SMP Mon May 27 15:27:34 UTC 2024 x86_64
Cwd:
/
usr
/
share
/
mc
/
syntax
/
Current File : //usr/share/mc/syntax/pascal.syntax
# Pascal (BP7 IDE alike) caseinsensitive context default yellow keyword whole absolute white keyword whole abstract white keyword whole and cyan keyword whole array white keyword whole as white keyword whole asm white keyword whole assembler white keyword whole begin white keyword whole break white keyword whole case white keyword whole cdecl white keyword whole class white keyword whole const white keyword whole continue white keyword whole constructor white keyword whole destructor white keyword whole dispid white keyword whole dispinterface white keyword whole dispose white keyword whole div cyan keyword whole do white keyword whole downto white keyword whole dynamic white keyword whole else white keyword whole end white keyword whole except white keyword whole exit white keyword whole export white keyword whole exports white keyword whole external white keyword whole fail white keyword whole far white keyword whole false white keyword whole file white keyword whole finalisation white keyword whole finally white keyword whole for white keyword whole forward white keyword whole function white keyword whole goto white keyword whole if white keyword whole implementation white keyword whole in white keyword whole inherited white keyword whole initialization white keyword whole inline white keyword whole interface white keyword whole interrupt white keyword whole is white keyword whole label white keyword whole library white keyword whole mod cyan keyword whole near white keyword whole new white keyword whole nil white keyword whole not white keyword whole object white keyword whole of white keyword whole on white keyword whole operator white keyword whole or cyan keyword whole otherwise white keyword whole overload white keyword whole override white keyword whole packed white keyword whole pascal white keyword whole private white keyword whole procedure white keyword whole program white keyword whole property white keyword whole protected white keyword whole public white keyword whole published white keyword whole raise white keyword whole read white keyword whole readonly white keyword whole record white keyword whole register white keyword whole repeat white keyword whole safecall white keyword whole self white keyword whole set cyan keyword whole shl cyan keyword whole shr cyan keyword whole stdcall white keyword whole string white keyword whole then white keyword whole to white keyword whole true white keyword whole try white keyword whole type white keyword whole unit white keyword whole until white keyword whole uses white keyword whole var white keyword whole virtual white keyword whole while white keyword whole with white keyword whole write white keyword whole writeln white keyword whole xor cyan keyword whole .. white keyword // brightgreen keyword > cyan keyword < cyan keyword \+ cyan keyword - cyan keyword / cyan keyword % lightgray keyword = cyan keyword [ lightgray keyword ] lightgray keyword ( lightgray keyword ) lightgray keyword , lightgray keyword . lightgray keyword : lightgray keyword ; lightgray # keyword {$*} brightred context ' ' brightcyan context exclusive // \n brightgreen keyword $+:*$ black green context exclusive (\* \*) brightgreen keyword $+:*$ black green context exclusive (\*\* \*) brightgreen black keyword $+:*$ black green context {$ } green context { } brightgreen # keyword \[ABCDEFGHIJKLMNOPQRSTUVWXYZ\]\[-\+\] brightgreen # keyword $* green keyword $+:*$ black green spellcheck
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