Basic Words¶
forth
¶
These words are in forth
.
drop
¶
( x – )
Drop the top of the data stack
dup
¶
( x1 – x1 x1 )
Duplicate the top of the data stack
swap
¶
( x1 x2 – x2 x1 )
Swap the top two places on the data stack
over
¶
( x1 x2 – x1 x2 x1 )
Copy the second place on the data stack onto the top of the stack, pushing the top of the data stack to the second place
rot
¶
( x1 x2 x3 – x2 x3 x1 )
Rotate the top three places on the data stack, so the third place moves to the first place
pick
¶
( xi … x0 i – xi … x0 xi )
Pick a value at a specified depth on the stack
roll
¶
( xi … x0 i – xi-1 … x0 xi )
Rotate a value at a given deph to the top of the stackk
nip
¶
( x1 x2 – x2 )
Remove the cell under that on the top of the stack
tuck
¶
( x1 x2 – x2 x1 x2 )
Push the cell on top of the stack under the item beneath it
lshift
¶
( x1 u – x2 )
Logical shift left
rshift
¶
( x1 u – x2 )
Logical shift right
arshift
¶
( x1 u – x2 )
Arithmetic shift right
and
¶
( x1 x2 – x3 )
Binary and
or
¶
( x1 x2 – x3 )
Binary or
xor
¶
( x1 x2 – x3 )
Binary xor
bic
¶
( x1 x2 – x3 )
Bit clear
not
¶
( x1 – x2 )
Binary not
negate
¶
( n1 – n2 )
Negation
+
¶
( x1 x2 – x3 )
Addition of two integers
-
¶
( x1 x2 – x3 )
Substraction of two integers
*
¶
( x1 x2 – x3 )
Multiplication of two integers
/
¶
( n1 n2 – n3 )
Signed division of two two’s complement integers
u/
¶
( u1 u2 – u3 )
Unsigned division of two integers
mod
¶
( n1 n2 – n3 )
Signed modulus of two two’s complement integers
umod
¶
( u1 u2 – u3 )
Unsigned modulus of two unsigned integers
1+
¶
( x1 – x2 )
Add 1 to an integer
2+
¶
( x1 – x2 )
Add 2 to an integer
4+
¶
( x1 – x2 )
Add 4 to an integer
1-
¶
( x1 – x2 )
Subtract 1 from an integer
2-
¶
( x1 – x2 )
Subtract 2 from an integer
4-
¶
( x1 – x2 )
Subtract 4 from an integer
2*
¶
( x1 – x2 )
Multiply a value by 2
4*
¶
( x1 – x2 )
Multiply a value by 4
2/
¶
( u1 – u2 )
Divide a value by 2
4/
¶
( u1 – u2 )
Divide a value by 4
=
¶
( x1 x2 – flag )
Equals
<>
¶
( x1 x2 – flag )
Not equal
<
¶
( n1 n2 – flag )
Less than
>
¶
( n1 n2 – flag )
Greater than
<=
¶
( n1 n2 – flag )
Less than or equal
0=
¶
( x – flag )
Equals zero
0<>
¶
( x – flag )
Not equal to zero
0<
¶
( n – flag )
Less than zero
0>
¶
( n – flag )
Greater than zero
0<=
¶
( n – flag )
Less than or equal to zero
0>=
¶
( n – flag )
Greater than or equal to zero
u<
¶
( u – flag )
Unsigned less than
u>
¶
( u – flag )
Unsigned greater than
u<=
¶
( u – flag )
Unsigned less than or equal
u>=
¶
( u – flag )
Unsigned greater than or equal
goto
¶
( “word” – )
Drop all local and loop variables and branch to the target word. Note that no new return address is pushed onto the return stack.
ram-here
¶
( – addr )
Get the RAM HERE pointer
pad
¶
( – addr )
Get the PAD pointer
ram-allot
¶
( u – )
Allot space in RAM
ram-here!
¶
( addr – )
Set the RAM flash pointer
flash-here
¶
( – addr )
Get the flash HERE pointer
flash-allot
¶
( u – )
Allot space in flash
flash-here!
¶
( addr – )
Set the flash HERE pointer
latest
¶
( – word )
Get the base address of the latest word
ram-latest
¶
( – word )
Get the base address of the latest RAM word
flash-latest
¶
( – word )
Get the base address of the latest flash word
latest!
¶
( word – )
Set the base address of the latest word
ram-latest!
¶
( word – )
Set the base address of the latest RAM word
flash-latest!
¶
( word – )
Set the base address of the latest flash word
here
¶
( – addr )
Get either the HERE pointer or the flash HERE pointer, depending on compilation mode
allot
¶
( u – )
Allot space in RAM or in flash, depending on the compilation mode
emit
¶
( c – )
Emit a character
emit?
¶
( – flag )
Test for whether the system is ready to receive a character
space
¶
( – )
Emit a space
cr
¶
( – )
Emit a newline
bl
¶
( – c )
A space character
type
¶
( c-addr u – )
Type a string
serial-type
¶
( c-addr u – )
Type a string using the native serial driver
count
¶
( c-addr1 – c-addr2 u )
Convert a cstring to a string
key
¶
( – c )
Receive a character
key?
¶
( – flag )
Test for whether the system is ready to receive a character
flush-console
¶
( – )
Flush the current console’s transmit buffer. Note that if the current console is a UART, this has the same considerations as flush-uart
in the uart
module, i.e. this will flush the in-RAM transmit buffer and the UART’s transmit fifo, but not any data in any bitwise shift register, so to truly guarantee every bit has been transmitted a delay of (1 / baud rate) * 10 (for 8 data bits, 1 start bit, and 1 stop bit) after executing this is necessary.
enable-int
¶
( – )
Enable interrupts
disable-int
¶
( – )
Disable interrupts
sleep
¶
( – )
Enter sleep mode
execute
¶
( xt – )
Execute an xt
?execute
¶
( xt|0 – )
Execute an xt if it is non-zero
pause
¶
( – )
Execute a PAUSE word, if one is set
exit
¶
( R: addr – )
Exit a word
init
¶
( – )
An empty init routine, to call if no other init routines are available, so as to enable any source file to call a preceding init
[immediate]
¶
( – )
Set the currently-defined word to be immediate
[compile-only]
¶
( – )
Set the currently-defined word to be compile-only
[inlined]
¶
( – )
Set the currently-defined word to be inlined
immediate
¶
( – )
Set the currently-defined word to be immediate
compile-only
¶
( – )
Set the currently-defined word to be compile-only
inlined
¶
( – )
Set the currently-defined word to be inlined
visible
¶
( – )
Set the currently-defined word to be visible
[
¶
( – )
Switch to interpretation mode
]
¶
( – )
Switch to compilation state
compile-to-ram
¶
( – )
Set compilation to RAM
compile-to-flash
¶
( – )
Set compilation to flash
compiling-to-flash?
¶
( – flag )
Get whether compilation is to flash
begin-critical
¶
( – )
Begin a critical section, within which context switches will not take place; note that critical sections do nest.
end-critical
¶
( – )
End a critical section; if a context switch would have occurred within the critical section, it is initiated immediately upon executing this word.
critical
¶
( xt – )
Execute code within a critical section, properly handling exceptions.
with-allot
¶
( bytes xt – ) ( xt: addr – )
Allot RAM temporarily and clean it up afterwards, even if an exception occurs.
with-ram
¶
( xt – ) ( xt: – )
Switch to compile to RAM mode, and afterwards restore the compilation state, even if an exception occurs.
with-aligned-allot
¶
( bytes xt – ) ( xt: addr – )
Allot cell-aligned RAM temporarily and clean it up afterwards, even if an exception occurs.
with-here
¶
( addr xt – ) ( xt: – )
Set RAM here to an address and reset it once complete or if an exception is raised.
provide-allot-2cell
¶
( xd xt – ) ( xt: addr bytes – )
Allot double cell-sized cell-aligned RAM temporarily and write a double cell into it before executing the provided xt with the buffer’s address and size in bytes.
provide-allot-cell
¶
( x xt – ) ( xt: addr bytes – )
Allot cell-sized cell-aligned RAM temporarily and write a cell into it before executing the provided xt with the buffer’s address and size in bytes.
provide-allot-half
¶
( h xt – ) ( xt: addr bytes – )
Allot halfword-sized cell-aligned RAM temporarily and write a halfword into it before executing the provided xt with the buffer’s address and size in bytes.
provide-allot-byte
¶
( c xt – ) ( xt: addr bytes – )
Allot byte-sized cell-aligned RAM temporarily and write a byte into it before executing the provided xt with the buffer’s address and size in bytes.
x-insufficient-data
¶
( – )
This is an exception raised by the extract-allot-*
words if they do not receive a sufficient-sized buffer of data.
extract-allot-2cell
¶
( xt – xd ) ( xt: addr bytes – bytes’ )
Allot double cell-sized cell-aligned RAM temporarily and provide its address and size in bytes to the xt that is executed, then read a double cell out of the buffer, unless the buffer length returned is shorter than a double cell, where then x-insufficient-data
is raised.
extract-allot-cell
¶
( xt – x ) ( xt: addr bytes – bytes’ )
Allot cell-sized cell-aligned RAM temporarily and provide its address and size in bytes to the xt that is executed, then read a cell out of the buffer, unless the buffer length returned is shorter than a cell, where then x-insufficient-data
is raised.
extract-allot-half
¶
( xt – h ) ( xt: addr bytes – bytes’ )
Allot halfword-sized cell-aligned RAM temporarily and provide its address and size in bytes to the xt that is executed, then read a halfword out of the buffer, unless the buffer length returned is shorter than a halfword, where then x-insufficient-data
is raised.
extract-allot-byte
¶
( xt – c ) ( xt: addr bytes – addr’ bytes’ )
Allot byte-sized cell-aligned RAM temporarily and provide its address and size in bytes to the xt that is executed, then read a byte out of the buffer, unless the buffer length returned is shorter than a byte, where then x-insufficient-data
is raised.
compress-flash
¶
( – )
Get whether to compress code compiled to flash
end-compress-flash
¶
( – )
End flash compression
commit-flash
¶
( – )
Commit code to flash without finishing compressing it
compressing-flash
¶
( – flag )
Get whether flash is being compressed
word-align
¶
( addr – a-addr )
Word-align an address
compile,
¶
( xt – )
Compile an xt
token-word
¶
( “name” – name )
Get the word corresponding to a token
'
¶
( “name” – xt )
Tick
[']
¶
( compile-time: “name” – ) ( run-time: – xt )
Compiled tick
postpone
¶
( compile-time: “name” – )
Postpone a word
lit,
¶
( x – )
Compile a literal
literal
¶
( compile-time: x – )
Compile a literal
recurse
¶
( – )
Recursively call a word
unknown-word
¶
( – )
Unknown word exception
c!
¶
( c c-addr – )
Store a byte
h!
¶
( h h-addr – )
Store a halfword
!
¶
( x a-addr – )
Store a word
2!
¶
( d a-addr – )
Store a doubleword
c+!
¶
( x c-addr – )
Read a byte from an address, add a value, and write it back
h+!
¶
( x h-addr – )
Read a halfword from an address, add a value, and write it back
+!
¶
( x a-addr – )
Read a word from an address, add a value, and write it back
c@
¶
( c-addr – c )
Get a byte
h@
¶
( h-addr – h )
Get a halfword
@
¶
( a-addr – x )
Get a word
2@
¶
( a-addr – d )
Get a doubleword
cram,
¶
( c – )
Store a byte at the RAM HERE location
hram,
¶
( h – )
Store a halfword at the RAM HERE location
ram,
¶
( x – )
Store a word at the RAM HERE location
2ram,
¶
( d – )
Store a doubleword at the RAM HERE location
cflash,
¶
( c – )
Store a byte at the flash HERE location
hflash,
¶
( h – )
Store a halfword at the flash HERE location
flash,
¶
( x – )
Store a word at the flash HERE location
2flash,
¶
( d – )
Store a doubleword at the flash HERE location
ccurrent!
¶
( c c-addr – )
Store a byte to RAM or to flash
hcurrent!
¶
( h h-addr – )
Store a halfword to RAM or to flash
current!
¶
( x a-addr – )
Store a word to RAM or to flash
2current!
¶
( d a-addr – )
Store a doubleword to RAM or to flash
c,
¶
( c – )
Store a byte to the RAM or flash HERE location
h,
¶
( h – )
Store a halfword to the RAM or flash HERE location
,
¶
( x – )
Store a word to the RAM or flash HERE location
2,
¶
( d – )
Store a doubleword to the RAM or flash HERE location
cram-reserve
¶
( – addr )
Reserve a byte at the RAM HERE location
hram-reserve
¶
( – addr )
Reserve a halfword at the RAM HERE location
ram-reserve
¶
( – addr )
Reserve a word at the RAM HERE location
2ram-reserve
¶
( – addr )
Reserve a doubleword at the RAM HERE location
cflash-reserve
¶
( – addr )
Reserve a byte at the flash HERE location
hflash-reserve
¶
( – addr )
Reserve a halfword at the flash HERE location
flash-reserve
¶
( – addr )
Reserve a word at the flash HERE location
2flash-reserve
¶
( – addr )
Reserve a doubleword at the flash HERE location
creserve
¶
( – addr )
Reserve a byte at the RAM or flash HERE location
hreserve
¶
( – addr )
Reserve a halfword at the RAM or flash HERE location
reserve
¶
( – addr )
Reserve a word at the RAM or flash HERE location
2reserve
¶
( – addr )
Reserve a doubleword at the RAM or flash HERE location
align,
¶
( u – )
Align to a power of two
flash-align,
¶
( u – )
Align to a power of two
ram-align,
¶
( u – )
Align to a power of two
cstring,
¶
( c-addr u – )
Compile a c-string
>r
¶
( x1 – ) ( R: – x1 )
Push a value onto the return stack
r>
¶
( R: x1 – ) ( – x1 )
Pop a value off the return stack
r@
¶
( R: x1 – x1 ) ( – x1 )
Get a value off the return stack without popping it
rdrop
¶
( R: x – )
Drop a value from the return stack
rp@
¶
( – a-addr )
Get the return stack pointer
rp!
¶
( a-addr – )
Set the return stack pointer
sp@
¶
( – a-addr )
Get the data stack pointer
sp!
¶
( a-addr – )
Set the data stack pointer
reboot
¶
( – )
Reboot
true
¶
( – f )
false
¶
( – f )
binary
¶
( – )
octal
¶
( – )
decimal
¶
( – )
hex
¶
( – )
cell
¶
( – u )
cells
¶
( n – n )
cell+
¶
( n – n )
Add a cell to a value
tos
¶
( – u )
visible-flag
¶
( – u )
immediate-flag
¶
( – u )
compiled-flag
¶
( – u )
inlined-flag
¶
( – u )
nip
¶
( x1 x2 – x2 )
Drop the cell under the top of the stack
tuck
¶
( x1 x2 – x2 x1 x2 )
Tuck a cell under the cell at he top of the stack
min
¶
( n1 n2 – n3 )
Get the minimum of two numbers
max
¶
( n1 n2 – n3 )
Get the maximum of two numbers
-rot
¶
( x1 x2 x3 – x3 x1 x2 )
Rotate three cells in reverse
abs
¶
( n – u )
Get the absolute value of a number
align
¶
( a power – a )
Align an address to a power of two
?dup
¶
( x – x | 0 )
Duplicate a cell if it is non-zero
cbit@
¶
( mask c-addr – f )
Test for bits in a byte being set
hbit@
¶
( mask h-addr – f )
Test for bits in a halfword being set
bit@
¶
( mask addr – f )
Test for bits in a cell being set
cbis!
¶
( bits addr – )
Set bits on a byte
cbic!
¶
( bits addr – )
Clear bits on a byte
hbis!
¶
( bits addr – )
Set bits on a halfword
hbic!
¶
( bits addr – )
Clear bits on a halfword
bis!
¶
( bits addr – )
Set bits on a word
bic!
¶
( bits addr – )
Clear bits on a word
depth
¶
( – u )
Get the depth of the stack, not including the cell pushed onto it by this word
h.1
¶
( c – )
Output a hexadecimal nibble
h.2
¶
( c – )
Output a hexadecimal 8 bit value, padded with zeros
h.4
¶
( h – )
Output a hexadecimal 16 bit value, padded with zeros
h.8
¶
( x – )
Output a hexadecimal 32 bit value, padded with zeros
h.16
¶
( ud – )
Output a hexadecimal 64 bit value, padded with zeros
.s
¶
( – )
Dump the contents of the data stack
?raise
¶
( xt|0 – | 0 )
Raise an exception with the exception type in the TOS register
try
¶
( xt1 – xt2|0 )
Try to see if an exception occurs
averts
¶
( f “name” – )
Assert that a value is true, otherwise raise a specified exception
triggers
¶
( f “name” – )
Assert that a value is false, otherwise raise a specified exception
suppress
¶
( exc|0 “name” – exc|0 )
Check whether an exception, typically returned by try
, matches a specified
exception and if it does, replace it with zero, marking no exception,
otherwise passing the specified argument through.
>name
¶
( xt – name )
Search the dictionary for a word by its xt
safe-type
¶
( c-addr bytes – )
Safely type a string
safe-type-integer
¶
( n – )
Safely type an integer
safe-type-unsigned
¶
( u – )
Safely type an unsigned integer
fill
¶
( c-addr u c – )
Fill memory with a byte
create
¶
( “name” – )
Create a word referring to memory after it
<builds
¶
( “name” – )
Create a word that executes code specified by DOES>
does>
¶
( – )
Specify code for a word created wth <BUILDS
defer
¶
( “name” – )
Create a deferred word with the given name; note that executing it before it is set will result in a crash.
is
¶
( xt “deferred-word” – )
Set the deferred word named “deferred-word” to execute the execution token xt when it is executed. If the deferred word is compiled to flash this may only be done once. Also note that a crash will result if the deferred word is in flash and xt is in RAM and one executes the deferred word after rebooting.
defer!
¶
( xt deferred-xt – )
Set the deferred word corresponding to the execution token deferred-xt to execute the execution token xt when it is executed. If the deferred word is compiled to flash this may only be done once. Also note that a crash will result if deferred-xt is in flash and xt is in RAM and one executes deferred-xt after rebooting.
defer@
¶
( deferred-xt – xt )
Get the execution token xt executed when the deferred word corresponding to the execution token deferred-xt is executed.
begin-structure
¶
( “name” – offset )
Begin declaring a structure
end-structure
¶
( offset – )
Finish declaring a structure
+field
¶
( offset size “name” – offset )
Create an arbitrary-sized field
cfield:
¶
( offset “name” – offset )
Create a byte-sized field
hfield:
¶
( offset “name” – offset )
Create a halfword-sized field
field:
¶
( offset “name” – offset )
Create a cell-sized field
2field:
¶
( offset “name” – offset )
Create a double cell-sized field
equal-strings?
¶
( c-addr1 u1 c-addr2 u2 – f )
Get whether two strings are equal
case
¶
( – )
Start a CASE statement
of
¶
( x – )
Start an OF clause
endof
¶
( – )
End an OF clause
endcase
¶
( x – )
End a CASE statement
ofstr
¶
( x – )
Start an OFSTR clause
ofstrcase
¶
( x – )
Start an OFSTRCASE clause
endcasestr
¶
( x – )
End a CASE statement comparing against a string
begin-jumptable
¶
( “name” – )
Start defining a jump table, which is a word, when called, takes one argument and matches it against any number of =>
clauses, where if it matches one it will branch to the referenced word, until it reaches the end of the jump table or a default=>
clause which, when reached, it will unconditionally branch to the referenced word.
end-jumptable
¶
( – )
End defining a jump table.
=>
¶
( x “target” – )
Compile a jump table entry matching a value x which, if matched, will branch to target.
default=>
¶
( “target” – )
Compile a jump table which will unconditionally branch to target.
cuser
¶
( “name” – )
Allocate a byte user variable
huser
¶
( “name” – )
Allocate a halfword variable in RAM
user
¶
( “name” – )
Allocate a user variable
2user
¶
( “name” – )
Allocate a doubleword user variable
user-buffer:
¶
( bytes “name” – )
Allocate a user buffer
user-aligned-buffer:
¶
( bytes “name” – )
Allocate a cell-aligned user buffer
cvariable
¶
( “name” – )
Create a one-byte variable
hvariable
¶
( “name” – )
Create a two-byte variable
variable
¶
( “name” – )
Create a four-byte variable
2variable
¶
( “name” – )
Create an eight-byte variable
buffer:
¶
( # “name” – )
Specify a buffer of a given size
aligned-buffer:
¶
( # “name” – )
Specify a cell-aligned buffer of a given size
flash-wordlist
¶
( – wid )
Create a flash wordlist
ram-wordlist
¶
( – wid )
Create a RAM wordlist
wordlist
¶
( – wid )
Create a new wordlist
do
¶
( end start – ) ( R: – leave start end ) ( compile: – leave* loop )
Begin a do loop
?do
¶
( end start – ) ( R: – leave start end ) ( compile: – leave* loop )
Begin a ?do loop
loop
¶
( R leave current end – leave current end | )
End a do loop
+loop
¶
( increment – ) ( R: leave current end – leave current end | )
End a do +loop
i
¶
( R current end – current end ) ( – current )
Get the loop index
j
¶
( R cur1 end1 leave cur2 end2 – cur1 end1 leave cur2 end2 ) ( – cur1 )
Get the loop index beneath the current loop
leave
¶
( R leave current end – )
Leave a do loop
unloop
¶
( R: leave current end – )
Unloop from a do loop (to exit, e.g.)
dump
¶
( start-addr end-addr – )
Dump memory between two addresses
skip-until
¶
( xt – )
Skip characters in the evaluation buffer until a predicate is met
[:
¶
( – )
Begin lambda
;]
¶
( – ) ( compiled: – xt )
End lambda
x"
¶
(
Create an anonymous word for an exception
ws?
¶
( c – flag )
Test whether a character is whitespace.
newline?
¶
( c – flag )
Test whether a character is a newline.
token-start
¶
( – i )
Parse the input buffer for the start of a token
token-end
¶
( i1 – i2 )
Parse the input buffer for the end of a token
token
¶
( “token” – c-addr u )
Parse a token
\
¶
( “comment
Parse a line comment
(
¶
( “comment)” – )
Parse a paren coment
to-upper-char
¶
( c – c )
Convert a character to being uppercase
equal-case-strings?
¶
( c-addr1 u1 c-addr2 u2 – flag )
Compare whether two strings are equal
3dup
¶
( x1 x2 x3 – x1 x2 x3 x1 x2 x3 )
Duplicate three items on the stack
find
¶
( c-addr u – word|0 )
Find a word in the dictionary according to the word order list
find-all
¶
( c-addr u – word|0 )
Find a word in the dictionary in any wordlist in order of definition
find-by-xt
¶
( xt – word|0 )
Find a word in any dictionary by execution token or return zero for no word found; only words with headers will be found
>xt
¶
( word – xt )
Get an xt from a word
apply
¶
( ? word – ? )
Evaluate a word in the current interpretation/compilation context.
evaluate
¶
( ? c-addr u – ? )
Evaluate a string. Note that only one task may interpret code at a time.
evaluate-with-input
¶
( ? data input-addr input-bytes refill-xt eof-xt – ? )
Evaluate input, initialised to the buffer at input-addr and the buffer length of input-bytes, with a refill handler refill-xt with the signature ( – ), an end-of-file test eof-xt with the signature ( – eof? ), and an auxiliary dat value data.
feed-input
¶
( input-addr input-bytes – )
Set the current input for evaluation to the buffer at input-addr and the buffer length of input-bytes, and the current evaluation index is reset to the start of the specified buffer.
abort
¶
( – )
Abort
quit
¶
( – )
The outer loop of Forth
x-stack-overflow
¶
( – )
Stack overflow exception
x-stack-underflow
¶
( – )
Stack underflow exception
x-rstack-overflow
¶
( – )
Return stack overflow exception
x-rstack-underflow
¶
( – )
Return stack underflow exception
x-invalid-base
¶
( – )
Invalid base (base < 2 or > 36) exception for numeric formatting.
bel
¶
( – )
Send BEL
failed-parse
¶
( – )
Failed parse exception
parse-integer
¶
( c-addr bytes – n success? )
Parse a signed single-cell integer
parse-unsigned
¶
( c-addr bytes – u success? )
Parse an unsigned single-cell integer
parse-double
¶
( c-addr bytes – nd success? )
Parse a signed double-cell integer
parse-double-unsigned
¶
( c-addr bytes – ud success? )
Parse an unsigned double-cell integer
parse-fixed
¶
( c-addr bytes – f success? )
Parse an S31.32 fixed-point number
parse-base
¶
( c-addr bytes – c-addr’ bytes’ base )
Actually parse an integer base
parse-digit
¶
( c base – u success? )
Parse a digit
:
¶
( – )
Start a colon definition
:noname
¶
( – xt )
Start an anonymous colon definition
;
¶
( – )
End a colon definition
constant
¶
( x “name” – )
Create a constant
2constant
¶
( d “name” – )
Create a 2-word constant
token-expected
¶
( – )
Token expected exception handler
not-compiling
¶
( – )
We are not currently compiling
compile-to-ram-only
¶
( – )
We are currently compiling to flash
[else]
¶
( – )
Implement the [else] in [if]/[else]/[then] for conditional execution/compilation
[if]
¶
( f – )
Start conditional execution/compilation
[then]
¶
( – )
Finish conditional execution/compilation
hold
¶
( c – )
Add a character to pictured numeric output
<#
¶
( – )
Start pictured numeric output
#
¶
( ud1 – ud2 )
Add a digit to the pictured numeric output
#s
¶
( ud – 0 0 )
Add one or more digits to the pictured numeric output
sign
¶
( n – )
If n (a single number) is negative, append ‘-’ to the pictured numeric output
#>
¶
( xd – c-addr bytes )
Finish pictured numeric output
format-double
¶
( c-addr nd – c-addr bytes )
Format a signed double-cell number
format-double-unsigned
¶
( c-addr ud – c-addr bytes )
Format an unsigned double-cell number
(d.)
¶
( nd – )
Type a signed double-cell number without a leading space
(ud.)
¶
( ud – )
Type an unsigned double-cell number without a leading space
d.
¶
( nd – )
Type a signed double-cell number with a leading space
ud.
¶
( ud – )
Type an unsigned double-cell number with a leading space
format-fixed
¶
( c-addr f – c-addr bytes )
Format an S31.32 fixed-point number
format-fixed-truncate
¶
( c-addr f places – c-addr bytes )
Format an S31.32 fixed-point number to places to the left of the decimal point
(f.)
¶
( f – )
Type an S31.32 fixed-point number without a leading space
(f.n)
¶
( f places – )
Type an S31.32 fixed-point number to places to the left of the decimal point without a leading space
f.
¶
( f – )
Type an S31.32 fixed-point number with a leading space
f.n
¶
( f places – )
Type an S31.32 fixed-point number to places to the left of the decimal point with a leading space
s>d
¶
( n – d )
Convert a signed single-cell number to a signed double-cell number.
d>s
¶
( d – n )
Convert a double-cell number to a single-cell number.
s>f
¶
( n – f )
Convert a signed single-cell number to an S31.32 fixed-point number.
f>s
¶
( f – n )
Convert an S31.32 fixed point number to a signed single-cell number, flooring it in the process.
wait
¶
( xt – )
Wait for a predicate to become true
ms
¶
( u – )
Wait for u milliseconds. Note that when multitasking is in use this automatically calls PAUSE. Also note that times are normally measured in 10ths of milliseconds, unlike this word.
forget-ram
¶
( – )
Forget the contents of RAM except for RAM variables and buffers compiled from flash, user variables (which are compiled into flash), and kernel-level RAM variables. Note that this is actually implemented in src/common/forth/task.fs
rather than src/common/forth/basic.fs
because it relies upon code implemented for multitasking.
task-free
¶
( task – )
Display space free for a given task
unused
¶
( – )
Display space free for the main task and for flash in general
license
¶
( – )
Display the license notice
."
¶
( “text” – )
Compile a string to be printed.
s"
¶
( “text” – ) ( compiled: – c-addr u )
Compile a non-counted string
c"
¶
( “text” – ) ( compiled: – c-addr )
Compile a counted-string
.(
¶
( “text
Immediately print a string.
.\"
¶
( “text” – )
Compile an escaped string to be printed.
s\"
¶
( “text” – ) ( compiled: – c-addr u )
Compile an escaped non-counted string
c\"
¶
( “text” – ) ( compiled: – c-addr )
Compile an escaped counted-string
.\(
¶
( “text
Immediately print an escaped string.
compile-cstring
¶
( c-addr u – ) ( compiled: – c-addr )
Compile a counted-string
char
¶
( “char” – c )
Parse a character and put it on the stack
[char]
¶
( “char” – ) ( compiled: – c )
Parse a character and compile it
(.)
¶
( n – )
Type an integer without a preceding space
(u.)
¶
( u – )
Type an unsigned integer without a preceding space
debugu.
¶
( u – )
Type an unsigned hexadecimal integer safely without a preceding space
.
¶
( n – )
Type an integer with a preceding space
u.
¶
( u – )
Type an unsigned integer with a preceding space
move
¶
( c-addr1 c-addr2 u – )
Copy bytes from one buffer to another one (which may overlap)
reverse
¶
( c-addr u – )
Reverse bytes in place
spaces
¶
( u – )
Emit a number of spaces.
format-unsigned
¶
( c-addr u1 – c-addr u2 )
Format an integer as a string
format-integer
¶
( c-addr n – c-addr u )
Format an integer as a string
fix
¶
( c-addr bytes – c-addr bytes )
Store a string in the RAM dictionary.
cfix
¶
( c-addr bytes – c-addr )
Store a string as counted string in the RAM dictionary.
marker
¶
( “name” – )
Create a marker word named name to erase flash/return the flash dictionary to its prior state; note that the marker word that is created is erased when it is executed
cornerstone
¶
( “name” – )
Create a cornerstone word named name to erase flash/return the flash dictionary to its state immediately after cornerstone
was executed; unlike marker
the word created does not erase itself when executed and may be executed multiple times
with-error-console
¶
( xt – )
Execute xt with emit-hook
and emit?-hook
replaced with error-emit-hook
and error-emit?-hook
, resetting them afterwards even if an exception is raised.
try-and-display-error
¶
( xt – exception-xt )
Execute xt and if an exception is raised, execute the exception with the console set to bright red (unless colors are disabled), and with emit-hook
and emit?-hook
replaced with error-emit-hook
and error-emit?-hook
, resetting them afterwards even if an exception is raised. Note that if the exception raises an exception when executed, it is caught and ignored.
vector-count
¶
( – count )
Get the number of interrupt vectors.
vector-table
¶
( – addr )
Get the interrupt vector table address.
display-red
¶
( – )
Set the console to display red unless colors are disabled.
display-normal
¶
( – )
Set the console to display normal colors unless colors are disabled.
xon
¶
( – )
Emit an XON character if xon-xoff-enabled
is set to non-zero.
xoff
¶
( – )
Emit an XOFF character if xon-xoff-enabled
is seto to zero.
ack
¶
( – )
Emit an ACK character.
nak
¶
( – )
Emit a NAK character.
emit-hook
¶
( – addr )
The emit hook user variable
emit?-hook
¶
( – addr )
The emit? hook user variable
key-hook
¶
( – addr )
The key hook user variable
key?-hook
¶
( – addr )
The key? hook user variable
error-emit-hook
¶
( – addr )
The error emit hook user variable
error-emit?-hook
¶
( – addr )
The error emit? hook user variable
flush-console-hook
¶
( – addr )
The flush console hook user variable
error-flush-console-hook
¶
( – addr )
The error flush console hook user variable
pause-enabled
¶
( – addr )
The pause
enabled variable for the current core. This defaults to true
.
ack-nak-enabled
¶
( – addr )
The ACK/NAK flow control enabled variable. This defaults to true
.
bel-enabled
¶
( – addr )
The BEL on error enabled variable. This defaults to true
.
color-enabled
¶
( – addr )
The console color enabled variable. This defaults to true
.
xon-xoff-error
¶
( – addr )
The XON/XOFF flow control enabled variable. This defaults to false
.


ICS4U Coursework (2018-2019)
All python projects done for the course alongside the github source code is found below:
Open On Github
Main Project (Cyberbullying)
Demo
View Code
View Assignment
Python Documentation Project
Demo
View Code
View Assignment
Python Classes Project
Demo
View Code
View Assignment
Emerging Tech Project
View
View Code
View Assignment


Pod name is required.
Pod name should have Minimum 3 characters.
Pod name should have Maximum 64 characters.
Pod name can only include alphanumeric characters including space and dash.
Pod code is required.
Code must be minimum 3 characters long.
Code should be maximum 32 characters long.
Only lowercase alphanumeric characters are allowed
Site name is required.
Cluster is required.


Navagio
Navagio Beach, or Shipwreck Beach, is an exposed cove, sometimes referred to as "Smugglers Cove", on the coast of Zakynthos, in the Ionian Islands of Greece. Navagio Beach was originally known as Agios Georgios. On 2 October 1980, a freightliner, the MV Panagiotis, ran aground in the waters around Zakynthos Island on Navagio Beach during stormy weather and bad visibility. It has been rumored the ship was smuggling contraband such as cigarettes, wine and women. The ship was abandoned and still rests buried in the limestone gravel of the beach that now bears the nickname Shipwreck.
In Wikipedia. Retrieved January 24, 2018, from https://en.wikipedia.org/wiki/Navagio


Алексей
Норин
All photographs are memento mori. To take a photograph is to participate in another person’s (or thing’s) mortality, vulnerability, mutability. Precisely by slicing out this moment and freezing it, all photographs testify to time’s relentless melt.
001
002
003
004


We offers an exceptional product for small groups or individuals wanting to climb Kilimanjaro. This package includes transport and accomodation before and after the ascent to Kilimanjaro.
We have extensive expertise in Kilimanjaro and is a partner of IMEC and KPAP, two organizations that ensure exceptional service. All our climbs are supervised by KPAP (kilimanjaro Poters Association Project). East African Our company is one of the best companies that provide fair treatment for porters.
All our climbs are guaranteed, so a registration is enough to guarantee the climb. The maximum number of people in each group is 12 people. It is therefore small groups facilitating the customization of the service. If desired, the group can be provided with a French speaking guide in the ascent, at no additional cost.
This is an open climb to the peak of Africa via the Machame route. Machame route is one of the wild and most preserved routes to the roof of Africa hence it is more challenging in terms of terrain and also walking time. This ascent is the most challenging climb we offer and it is recommended for the physically confident individuals as it is quite physically challenging. On this tour, you will ascend the mountain and descend via different routes hence there will be a wide variety of landscape and vegetation environment throughout the 6 days.
This is a 7-day group mountaineering to the summit of Kilimanjaro. The Machame route, also known as “the Whiskey Way”, is one of the most beautiful routes to climb Kilimanjaro, especially because of the diversity of its landscape. While on the Machame route, you will journey through thick forests, groundsel trees, volcanic canyons and on the last days through seracs and ice glaciers. Enjoy the view along the way.
Discover the magical landscape during your ascent to Kilimanjaro on the Lemosho route. The spectacular hike through the Shira Plateau is what makes this route truly special. The Lemosho route is the least traveled but most scenic route towards the peak of Kilimanjaro. An ascent via the Lemosho route takes longer than through the Machame route because climbers need to be better acclimatization in this route and, thus, have a better chance to reach the summit!
Eager to explore more of Tanzania’s wonders? Add a 3-day group Tours to your Kilimanjaro ascent. This is an opportunity to discover 3 parks in 3 days: Ngorongoro National Park, Tarangire National Park and Lake Manyara National Park.


( a), ( b) HRTEM and ( c) low-resolution STEM micrographs of ZnO nanospike cross sections along their growth direction, which is . The spikes contain a high density of twinned domains (red dashed lines represent twin boundaries) and basal-plane stacking-mismatch defects (arrows). Often, twin boundaries of type split the crystal into larger domains.


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About MyBox
About Image Meta Data
About Java Image I/O Technology
About Image Compression Type
About Multiple Frames Image File
About Tiff/Tif
About Animated Gif
About Big Image
About Image Sampling
Extend memory of JVM
About Image Grayscale
About Color Distance
How to get sepia image
About Image Blending
About Convolution
About "Flood Fill" algorithm
About Charset and Encoding
Image Size
How to pack execution program


New Volkswagen Scirocco rendered with Golf 8 cues (but will it happen?)
by Ryan BubearVolkswagen no longer makes the Scirocco, with production of the third-generation coupé ceasing back in 2017. But that hasn’t stopped a digital artist from dreaming up a new version, complete with Golf 8 styling cues.
Brazilian artist Kleber Silva created the renderings you see here, retaining the general shape of the final Scirocco generation, but updating the details with various design elements inspired by the eighth-generation Golf.
The approach makes sense, considering the Scirocco has historically borrowed its platform from its mainstream hatchback cousin. Up front, the rendered model features the latest Golf’s headlamp and grille arrangement, while retaining the old Scirocco’s lower grille design and alloy wheels (as used on the GTS).
Interestingly, Silva has left the rear end largely unchanged, tweaking only the lighting signature and moving the “GTS” badge to the centre.
Of course, if VW does indeed decide to revive the Scirocco nameplate (and that's a pretty big "if"), expect the two-door model to return in electric rather than combustion-engine form, running on the Wolfsburg-based company’s MEB platform.


Code and docs relevant to public clouds.
The SUSE-Enceladus organization in GitHub was created to serve the needs of the SUSE Public Cloud Team. We started out with a "collector" project named Enceladus within the SUSE organization. Over time the collector project grew unwieldy and we had various unrelated source bases intermingled in the Enceladus project. In addition some of our other projects, large an small were maintained in separate projects in separate orgs. SUSE-Enceladus was created to collect our efforts for original source code in one organization, help us be more organized, and provide a better overview of the projects we develop and maintain. The initial projects in this organization started as migrations from Enceladus or other projects we maintained in GitHub.
The project's namesake,Enceladus, is one of Jupiter's moons. Due to an ice crust, Enceladus is very reflective, making it easy to see despite its small size. Jupiter's gravity keeps this wet moon geologically active - causing geysers that shoot warm liquid up into it's thin cold atmosphere, which then falls back to the surface as snow. In essence, it's a heavenly body that perpetually generates clouds.
We strive to provide a reasonably uniform experience for all projects within the SUSE-Enceladus organization. In an effort to achieve this uniform experience we strive to document our processes and procedures. Each project will have a LICENSE, a README.md, and a CONTRIBUTING.md file that provides information about the project. However, projects do have different needs and therefore some differences are to be expected.
Projects in the SUSE-Enceladus organization represent original work of the SUSE Public Cloud DevOps team. We hope our work is useful to you and we welcome any contribution. All projects here are in alignment with the SUSE open source policy and as such we do not have a contributor agreement.
CLI and libraries for assisting with specific tasks unique to a specific cloud framework.
A command line utility and API for publishing images in the Aliyun Cloud.
A collection of utilities for image management in AWS EC2.
A collection of utilities for image management in Google Compute Engine.
CLI and libraries for processing data from cloud service provider's instance metadata services (IMDS).
Collect metadata for an instance in Azure.
A command line utility to collect meta data available in an Amazon Web Services Elastic Compute Cloud (EC2) guest instance.
A command line utility to collect meta data available in an Google Compute Engine instance.
Client & Server for directing instances to a region-local update server.
A REST service that provides information about update servers in a cloud environment based on region hint or the IP address of the client requesting the information.
Obtains cloud specific update server information from the region service and then uses this information to register the guest instance with the region-local update server.
Restrict access to a server, to only specific IP ranges. Supports Apache, NGINX, HAProxy.
Indentify supported images by service provider, region, and function.
Enables users to lookup Public Cloud images and services information via REST API.
Command line client to access the REST API provided by the SUSE Public Cloud Information Service.
Applications, services, and supporting utilities for taking a raw image file to a tested, published image in a CSP.
A command line utility to test images in the Public Cloud
MASH provides a set of service based processes for image release automation into the Public Cloud Frameworks.
A command line utility to interface with the MASH server REST API.
A command line utility and API for images in Open Build Service.
Applications, services, and supporting utilities for generating KIWI image definitions.
Kiwi Entwicklungs-Gerät (tool to produce kiwi image descriptions).
Brews for keg (data collection to create image descriptions with keg).
An Application and supporting utilities for simplifying the deployment of complex services.
Web-based user interface for simply deploying Rancher in a public cloud.
A Service that extracts information from a running instance and sets the web server for the web based UI up to use http-basicauth for login purposes.
CLI tool for providing the latest supported k8s version within a specific CSP framework. Supports AKS, EKS, GKE.
Ruby library for consistently presenting a handful of instance types in a thoughtful way.
Projects providing specific functions within a cloud instance.
Systemd services reading and processing the sections of a configuration file provided to the system during the startup phase of an Azure Large or Very Large Instance.
A collection of scripts for automatically configuring network interfaces in cloud frameworks.
Improve startup speed of container storage in AWS ECS hosts.
A simple wrapper for growpart.
A plugin for supportutils to collect system information from running instances in a Public Cloud Framework that originated from SUSE published and maintained images.
Scripts to help set up SUSE Manager in the public cloud.
Projects for demonstrating basic use of specific cloud technologies.
Example templates to orchestrate SUSE Linux Enterprise based workloads in Amazon EC2.
Inspect all SUSE Linux instances in an AWS account for proper billing meters.
Projects for maintaining SUSE infrastructure.
A collection of plugins for Nagios/Icinga that we use to monitor our update infrastructure in the Public Cloud.
A collection of utilities used to help with maintenance and setup of the SUSE operated update infrastructure in Public Cloud Frameworks.
Projects no longer actively maintained.
Web-based user interface to terraforming the public cloud.
Selenium tests covering functionality of blue-horizon.
A command line interface to manage Azure Classic (ASM) services.
Digital library application; supports AWS via dynamically generated IAM accounts.


{% extends "base.html" %} {% block title %}Password Reset Complete{% endblock %} {% block content %}
Your password has been set. You may go ahead and log in now.
Login


This is a parking app for the city of San Francisco.
Parking data is provided by SFpark.org
We've used this open data set to create an a map of San Francisco's street and garage parking data prices which can be seen in map page.
This app is created by Submit.


He is not a good dog, but he is a very cool dog. He was a rescue dog and we could tell why from the beginning. He peed on big men whenever he got a chance. Once, we were talking to a nice couple on the beach and Scamper peed on the man. He didn't notice and his wife smiled and motioned to us not to tell him.


WPF implementation of the BrowserView interface.
More...
Inherits Grid, DotNetBrowser.BrowserView, DotNetBrowser.UIComponent, IBrowserWatcher, and IBrowserProperties.
|
| bool | IsDisposed [get] |
| | Gets true when the current view instance is disposed. More...
|
| |
| Browser | Browser [get] |
| | Browser instance associated with the current view. More...
|
| |
| IInputSimulator | InputSimulator [get] |
| | Returns input simulation controller instance. More...
|
| |
| IBackForwardNavigator | BackForwardNavigator [get] |
| | Returns back-forward navigation controller instance. More...
|
| |
| bool | Focused [set] |
| | Sets focus or unfocus to the view. Unfocus available only for BrowserType.HEAVYWEIGHT view. More...
|
| |
| new MouseWheelEventHandler | PreviewMouseWheel |
| | Occurs when a mouse wheel is rotated while the control has focus. More...
|
| |
| BrowserType | BrowserType [get, set] |
| | Gets or sets rendering type for browser that will use for constructs a new WPFBrowserView component based on a new browser instance. Uses for create a new browser instance only. More...
|
| |
| string | URL [get, set] |
| | Gets or sets the current Url. More...
|
| |
| double | ZoomLevel [get, set] |
| | Gets or sets zoom level for the currently loaded web page. Zoom level is configured for each domain separately. For example, if you load the www.a.com web page and set zoom level to 2.5, then load the www.b.org web page, the zoom level for www.b.org web page will be reset to default value. When you load the www.a.com web page again, its zoom level will be restored to 2.5 automatically. More...
|
| |
| bool | AudioMuted [get, set] |
| | Gets or sets mutes all audio output for this Browser instance. True when audio output must be muted, false otherwise. More...
|
| |
| string | AcceptLanguage [get, set] |
| | Gets or sets a string that represents accept language for this Browser instance and all Browser instances with the same BrowserContext. More...
|
| |
| BrowserPreferences | Preferences [get, set] |
| | Gets or sets browser's preferences. More...
|
| |
| bool | InitialFocusOwner [get, set] |
| | Gets or sets the initial focus status for the current view. By default, BrowserView obtains the focus after it is shown on a layout. More...
|
| |
| Browser | Browser [get] |
| | Returns Browser instance associated with the current container. More...
|
| |
| bool | IsDisposed [get] |
| | Gets a value indicating whether the current view has been disposed of. More...
|
| |
| IInputSimulator | InputSimulator [get] |
| | Returns input simulation controller instance. More...
|
| |
| IBackForwardNavigator | BackForwardNavigator [get] |
| | Returns back-forward navigation controller instance. More...
|
| |
| bool | Focused [set] |
| | Sets focus or unfocus to the current view. Unfocus available only for BrowserType.HEAVYWEIGHT view. More...
|
| |
| bool | InitialFocusOwner [get, set] |
| | Gets or sets the initial focus status for the current view. By default, BrowserView obtains the focus after it is shown on a layout. More...
|
| |
|
| FinishLoadingFrameHandler | FinishLoadingFrameEvent |
| | An event that indicates that frame loading process has been finished. More...
|
| |
| StartLoadingFrameHandler | StartLoadingFrameEvent |
| | An event that indicates that frame loading process has been started. More...
|
| |
| FailLoadingFrameHandler | FailLoadingFrameEvent |
| | An event that indicates that frame loading process has been failed. More...
|
| |
| ProvisionalLoadingFrameHandler | ProvisionalLoadingFrameEvent |
| | An event that indicates that provisional load for a specified frame was successfully committed. More...
|
| |
| DocumentLoadedInFrameHandler | DocumentLoadedInFrameEvent |
| | An event that indicates that frame with a document is loaded. More...
|
| |
| DocumentLoadedInMainFrameHandler | DocumentLoadedInMainFrameEvent |
| | An event that indicates that main frame with a document is loaded. More...
|
| |
| RenderCreatedHandler | RenderCreatedEvent |
| | An event that indicates that the render process is gone or created. More...
|
| |
| RenderCreatedHandler | RenderGoneEvent |
| | An event that indicates that the render process is gone. More...
|
| |
| RenderCreatedHandler | RenderResponsiveEvent |
| | An event that indicates that the render process is no longer hung. More...
|
| |
| RenderCreatedHandler | RenderUnresponsiveEvent |
| | An event that indicates that the render process is hung. More...
|
| |
| StatusEventHandler | StatusChangedEvent |
| | An event that indicates that the status has been changed. More...
|
| |
| TitleChangedHandler | TitleChangedEvent |
| | An event that indicates that the title of a document in main frame has been changed. More...
|
| |
| ConsoleMessageHandler | ConsoleMessageEvent |
| | An event that indicates that the message was added to the console. More...
|
| |
| new DragDropHandler | DragEnterEvent |
| | An event that indicates that the object is dragged into the browser's bounds. More...
|
| |
| DragDropHandler | DragExitEvent |
| | An event that indicates that the object is dragged out of the browser's bounds. More...
|
| |
| DragDropHandler | DropEvent |
| | An event that indicates when a drag-and-drop operation is completed. More...
|
| |
| GestureEventHandler | GestureEvent |
| | An event that indicates when the gesture status has been changed. More...
|
| |
| DisposeEventHandler | DisposeEvent |
| | An event that indicates that browser instance disposed. More...
|
| |
| ScriptContextCreatedHandler | ScriptContextCreated |
| | An event that indicates that JavaScript context has been created. The event is invoked synchronously blocking JavaScript execution. Don't block current method execution for too long to avoid web page loading and displaying performance. More...
|
| |
| ScriptContextDestroyedHandler | ScriptContextDestroyed |
| | An event that indicates that JavaScript context has been destroyed. The event is invoked synchronously blocking JavaScript execution. Don't block current method execution for too long to avoid web page loading and displaying performance. More...
|
| |
WPF implementation of the BrowserView interface.
| DotNetBrowser.WPF.WPFBrowserView.WPFBrowserView |
( |
| ) |
|
Constructs a new WPFBrowserView component based on a new browser instance.
| DotNetBrowser.WPF.WPFBrowserView.WPFBrowserView |
( |
Browser |
browser | ) |
|
Constructs a new WPFBrowserView component based on passed browser instance.
- Parameters
-
| browser | The Browser instance associated with the current view. |
- Exceptions
-
| ArgumentNullException | when browser is null. |
| void DotNetBrowser.WPF.WPFBrowserView.Dispose |
( |
| ) |
|
| virtual void DotNetBrowser.WPF.WPFBrowserView.Dispose |
( |
bool |
disposing | ) |
|
|
protectedvirtual |
Disposes current view.
- Parameters
-
| disposing | True if managed resources should be disposed |
| UIComponent DotNetBrowser.WPF.WPFBrowserView.GetComponent |
( |
| ) |
|
| double DotNetBrowser.WPF.WPFBrowserView.GetDeviceScaleFactor |
( |
| ) |
|
Returns device scale factor that is used to render this view.
- Returns
- The device scale factor.
Implements DotNetBrowser.BrowserView.
| Image DotNetBrowser.WPF.WPFBrowserView.GetImage |
( |
| ) |
|
Returns image representation of the currently loaded and displayed web page.
- Returns
- The System.Drawing.Image instance or null if web page is not loaded or not displayed.
Implements DotNetBrowser.BrowserView.
| BrowserView DotNetBrowser.WPF.WPFBrowserView.GetInnerView |
( |
| ) |
|
Gets view instance that can be embedded into application GUI.
| void DotNetBrowser.WPF.WPFBrowserView.SetKeyFilter |
( |
KeyFilter |
keyFilter | ) |
|
| void DotNetBrowser.WPF.WPFBrowserView.UpdateSize |
( |
int |
width, |
|
|
int |
height |
|
) |
| |
Updates size of the this view.
- Parameters
-
| width | New width in pixels. |
| height | New height in pixels. |
Implements DotNetBrowser.BrowserView.
| string DotNetBrowser.WPF.WPFBrowserView.AcceptLanguage |
|
getset |
Gets or sets a string that represents accept language for this Browser instance and all Browser instances with the same BrowserContext.
- Exceptions
-
| ArgumentNullException | when value set null. |
| ArgumentException | when value set empty. |
| bool DotNetBrowser.WPF.WPFBrowserView.AudioMuted |
|
getset |
Gets or sets mutes all audio output for this Browser instance. True when audio output must be muted, false otherwise.
Returns back-forward navigation controller instance.
| Browser DotNetBrowser.WPF.WPFBrowserView.Browser |
|
get |
Browser instance associated with the current view.
| BrowserType DotNetBrowser.WPF.WPFBrowserView.BrowserType |
|
getset |
Gets or sets rendering type for browser that will use for constructs a new WPFBrowserView component based on a new browser instance. Uses for create a new browser instance only.
- Exceptions
-
| InvalidOperationException | if the value is set when a browser instance has already been created |
| bool DotNetBrowser.WPF.WPFBrowserView.Focused |
|
set |
| bool DotNetBrowser.WPF.WPFBrowserView.InitialFocusOwner |
|
getset |
Gets or sets the initial focus status for the current view. By default, BrowserView obtains the focus after it is shown on a layout.
Returns input simulation controller instance.
| bool DotNetBrowser.WPF.WPFBrowserView.IsDisposed |
|
get |
Gets true when the current view instance is disposed.
Gets or sets browser's preferences.
| new MouseWheelEventHandler DotNetBrowser.WPF.WPFBrowserView.PreviewMouseWheel |
|
addremove |
Occurs when a mouse wheel is rotated while the control has focus.
| string DotNetBrowser.WPF.WPFBrowserView.URL |
|
getset |
Gets or sets the current Url.
| double DotNetBrowser.WPF.WPFBrowserView.ZoomLevel |
|
getset |
Gets or sets zoom level for the currently loaded web page. Zoom level is configured for each domain separately. For example, if you load the www.a.com web page and set zoom level to 2.5, then load the www.b.org web page, the zoom level for www.b.org web page will be reset to default value. When you load the www.a.com web page again, its zoom level will be restored to 2.5 automatically.
This property asynchronously.
-
To zoom in use the positive zoom level. For example, 2.0, 1.5.
-
To zoom out use the negative zoom level. For example, -1.0, -2.5.
| ConsoleMessageHandler DotNetBrowser.WPF.WPFBrowserView.ConsoleMessageEvent |
An event that indicates that the message was added to the console.
| DisposeEventHandler DotNetBrowser.WPF.WPFBrowserView.DisposeEvent |
An event that indicates that browser instance disposed.
| DocumentLoadedInFrameHandler DotNetBrowser.WPF.WPFBrowserView.DocumentLoadedInFrameEvent |
An event that indicates that frame with a document is loaded.
| DocumentLoadedInMainFrameHandler DotNetBrowser.WPF.WPFBrowserView.DocumentLoadedInMainFrameEvent |
An event that indicates that main frame with a document is loaded.
| new DragDropHandler DotNetBrowser.WPF.WPFBrowserView.DragEnterEvent |
An event that indicates that the object is dragged into the browser's bounds.
| DragDropHandler DotNetBrowser.WPF.WPFBrowserView.DragExitEvent |
An event that indicates that the object is dragged out of the browser's bounds.
| DragDropHandler DotNetBrowser.WPF.WPFBrowserView.DropEvent |
An event that indicates when a drag-and-drop operation is completed.
| FailLoadingFrameHandler DotNetBrowser.WPF.WPFBrowserView.FailLoadingFrameEvent |
An event that indicates that frame loading process has been failed.
| FinishLoadingFrameHandler DotNetBrowser.WPF.WPFBrowserView.FinishLoadingFrameEvent |
An event that indicates that frame loading process has been finished.
| GestureEventHandler DotNetBrowser.WPF.WPFBrowserView.GestureEvent |
An event that indicates when the gesture status has been changed.
| ProvisionalLoadingFrameHandler DotNetBrowser.WPF.WPFBrowserView.ProvisionalLoadingFrameEvent |
An event that indicates that provisional load for a specified frame was successfully committed.
| RenderCreatedHandler DotNetBrowser.WPF.WPFBrowserView.RenderCreatedEvent |
An event that indicates that the render process is gone or created.
| RenderCreatedHandler DotNetBrowser.WPF.WPFBrowserView.RenderGoneEvent |
An event that indicates that the render process is gone.
| RenderCreatedHandler DotNetBrowser.WPF.WPFBrowserView.RenderResponsiveEvent |
An event that indicates that the render process is no longer hung.
| RenderCreatedHandler DotNetBrowser.WPF.WPFBrowserView.RenderUnresponsiveEvent |
An event that indicates that the render process is hung.
| ScriptContextCreatedHandler DotNetBrowser.WPF.WPFBrowserView.ScriptContextCreated |
An event that indicates that JavaScript context has been created. The event is invoked synchronously blocking JavaScript execution. Don't block current method execution for too long to avoid web page loading and displaying performance.
| ScriptContextDestroyedHandler DotNetBrowser.WPF.WPFBrowserView.ScriptContextDestroyed |
An event that indicates that JavaScript context has been destroyed. The event is invoked synchronously blocking JavaScript execution. Don't block current method execution for too long to avoid web page loading and displaying performance.
| StartLoadingFrameHandler DotNetBrowser.WPF.WPFBrowserView.StartLoadingFrameEvent |
An event that indicates that frame loading process has been started.
| StatusEventHandler DotNetBrowser.WPF.WPFBrowserView.StatusChangedEvent |
An event that indicates that the status has been changed.
| TitleChangedHandler DotNetBrowser.WPF.WPFBrowserView.TitleChangedEvent |
An event that indicates that the title of a document in main frame has been changed.


The house is frame, painted gray with green shutters. A wire fence runs round the trim yard. The owner works as a draftsman in a downtown company, his wife keeps house. They have lived in the neighbourhood for many years.
It is now dark, a little after eight o' clock on a winter evening. The downstairs light is on, the blinds are drawn. A man comes to the front door, raps lightly, and is admitted. Soon another man, walking at a leisurely pace, rounds the corner and enters. He has parked his car on another street.
Ten minutes pass. A third man knocks. He has come by bus from downtown. To make certain nobody was following him, he had ridden two stops past his correct destination, then walked back. Five minutes later a fourth person, a woman in a dark coat, arrives. Everything is quiet : no loud voices, no cars parked in front, no reasons for the neighbours to suspect that a Communist party meeting is in progress.
Communist Party groups like this are small, containing three, four, or five people—a security precaution. In that way fewer members know each other and detection is less likely. Meeting places are frequently changed : this evening a private home, next time a public library or an automobile. Members have been known to sit on park benches, in bus terminals, even in hospital waiting rooms, hatching their plots in casual, conversational tones…
Night after night, week after week, these men and women are plotting against America, working out smears, seeking to discredit free government, and planning for revolution. They form the base of a gigantic pyramid of treason, stretching from the little gray house with green shutters to the towers of the Kremlin.
J Edgar Hoover, Masters Of Deceit : The Story Of Communism In America (1958)


--- layout: default ---
Hi, This is Lakhan. I am a graduate from the University of Colorado, Boulder with an MS in Electrical Engineering. During my studies my work encompassed Embedded Software Development, Design of Algorithms. I studied formal methods that have applications to autonomous control and trustworthy systems. Particularly, I worked on studying and proving safety and temporal properties for a platooning protocol in autonomous vehicles for my master's thesis. Some of the classes I have taken are Design and Analsysis of Algorithms, Embedded System Design, High-Dimensional Datasets, Control Systems, Computer Aided Verification and Human-Robot Interaction.


Music
Music has played and continues to play a very large part in my life. Since I was very little, I have listened to and played music constantly.
Music has played and continues to play a very large part in my life. Since I was very little, I have listened to and played music constantly.


You need to type in something!
Only 1 word at a time, and only letters from A-Z!
The minimum word length is 2 letters!
Scrabble Score
0
Words With
Friends Score
0
{#-isThatAWord.html Homepage -#}
You need to type in something!
Only 1 word at a time, and only letters from A-Z!
The minimum word length is 2 letters!
Scrabble Score
0
Words With
Friends Score
0


?SMITHSONIAN
INSTITUTION
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Level of confidence that token is an accurately-transcribed word
extremely low
very low
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undetermined
medium
high
very high


Sergeant Barricade’s ability puts a flipped card under himself instead of into your scrap pile. What does it mean when a card is under Sergeant Barricade?
The card under Sergeant Barricade is basically out of play for a bit (at least, until you play it using the alt ode ability). While the card is under Sergeant Barricade, it’s not considered on the battlefield, even if that’s where it is physically, so none of its abilities apply. If the card is an Upgrade, that Upgrade isn’t on Sergeant Barricade, and so on. It’s also not in your scrap pile, so it won’t be shuffled into your deck when it’s empty.


The java::info Command
Usage:
- java::info option ?arg arg ...?
The java::info command provides introspection for Java classes,
objects, and Beans. The valid options for this command are:
- class javaObj
-
Returns the class name of the specified Java object.
- events objOrClass
-
Returns a list of the fully-qualified names of all the event
interfaces of the Java class or object. The events of a Java class are
determined by the JavaBean design patterns. Usually, if a Java class
has the methods addXXXListener and
removeXXXListener and XXX is the name of an
interface, then XXX is considered as an event interface of the
Java class.
- baseclass objOrClass
-
Returns the base class name of the specified class or Java object.
For example, the base class of a Java array object of type
String[][][] is java.lang.String. If the class or Java object is not
an array, the base class is the same as the class.
- dimensions objOrClass
-
Returns the number of dimensions of the specified array class or Java
array object. If the class or Java object is not an array, the number
of dimensions is 0.
- fields ?-type? ?-static? objOrClass
-
Returns a list of fieldSignatures of accessible fields of the specified
class or Java object (see Signatures section).
For shadowed superclass fields, a full fieldSignature is returned.
For all other fields, the fieldSignature is simple.
If the ?-type? flag is used, then
each element of the result list is a pair containing the data type and
fieldSignature. If the -static flag is used, static fields
will appear in the result list. Otherwise, only non-static fields
will appear in the result list.
- methods ?-type? ?-static? objOrClass
-
Returns a list of accessible methods of the specified class or
Java object. If -type is not used, each element in the list is
the full signature of a method. If -type is used, each element
in the list is in turn a list in the form {type sig exceptions},
where type is the method's return type, sig is the
method's full signature, and exceptions is a list of the
fully-qualified names of all the checked exceptions that can be thrown
by this method. If the method does not throw exceptions,
exceptions is the empty list. If the -static flag is used,
only static methods will appear in the result list. Otherwise,
non-static methods from the class and its superclasses will appear
in the result list.
- constructors objOrClass
-
Returns a list of the full signatures of accessible constructors
of the specified class or Java object.
- properties ?-type? objOrClass
-
Returns a list of the names of Java Bean properties of the specified
class or Java object. If the ?-type? flag is used, then each
element of the result list is a pair containing the data type and name
of the property.
- superclass objOrClass
-
Returns the name of the immediate superclass of the specified Java
object or class. If objOrClass is an instance of
java.lang.Object, then the empty string is returned.
Copyright © 1997-1998 Sun Microsystems, Inc.


Do you want to copy previous settings from another district active for this role
Copy Settings From District


Page 1 of 1
FlashFire Designs
Posted:
Sat Mar 10, 2007 10:58 am
by Karl G.
So apparently, the company that EJ bought his models from is back up-and-running--so I emailed them for a quote on our very own rigged human model
It said 24-hour response time, so hopefully I'll have some more to tell you guys soon.
Posted:
Sun Mar 11, 2007 12:07 am
by secretrk1313
sounds good
Posted:
Sun Mar 11, 2007 1:42 am
by thadiusofx3
any word yet?
Posted:
Sun Mar 11, 2007 9:19 am
by Karl G.
Nope not yet...maybe they don't work weekends? I'll send them more if they don't reply during the week. I'd really like to get some animated models for us to mess with.
Posted:
Sun Mar 11, 2007 3:03 pm
by 9sam1
whatd there website. I think theres more then 1 company named flashfire designs...
Posted:
Sun Mar 11, 2007 3:36 pm
by Karl G.
Posted:
Sun Mar 11, 2007 6:11 pm
by Necromadon
They've been up. I showed you the wiz model from them.
http://www.flashfire.com/3Dmodels/Charctrs/Wizard1.htm
No one listens to me
*cries*
Posted:
Sun Mar 11, 2007 6:44 pm
by Karl G.
:-p we do, dont worry--Last time I checked the site, when you posted it, most of the links were broken and I wasn't able to get in touch with anyone. Now I can
Posted:
Sun Mar 11, 2007 8:06 pm
by David T.
marginally sad that I can create a model of that quality. Also somewhat reassuring.
Posted:
Mon Mar 26, 2007 8:39 pm
by speed3b
Im sure i could make a model like that. It would look just like that though and i wouldnt want to get you in any trouble. And im not sure what it takes to make it move. I just know i can make it in rhino3d. Very simple mesh.
Posted:
Mon Mar 26, 2007 8:57 pm
by Karl G.
anything you could contribute is very welcome, and needed
update: I have received a reply from flashfire and am discussing specifics with them
Posted:
Fri Apr 06, 2007 9:11 am
by Necromadon
Could you purchase the EXACT models that Ej used? Like the old Daemon/Volucris.
Posted:
Fri Apr 06, 2007 9:29 am
by figgles
It would be possible if the contract between FlashFire and EJ says that he is LICENSED use of the mesh that was created, and did not transfer rights over the mesh to EJ. For example, you buy Windows, but what you really buy is a license to use Windows -- Microsoft is going to keep selling licenses to other people. You would probably have to review FlashFire's policy on how they sell or license the use of their meshes.
Posted:
Fri Apr 06, 2007 1:43 pm
by Karl G.
Yes, FlashFire licenses their content, although "exclusive licenses" are also sold.
Posted:
Fri Apr 06, 2007 5:50 pm
by Necromadon
Well after Xenimus was made I found the Daemon model on Flashfire, so I think they were licensed out, not entirely bought. If you can get the original models that is a HUGE PLUS for PV.
Posted:
Sat Apr 07, 2007 9:11 am
by Karl G.
I agree. Once I get closer to that point again I'll ask FF directly.
By the way, has anyone checked out that animating program I posted?


This package contains public APIs that are used by Java programs to provide Access Management
functionality. The APIs are organized into categories or 'Managers'. Each manager controls a
specific area of functionality.
Managers
- {@link org.apache.directory.fortress.core.AccessMgr} is used for RBAC runtime security checking
- {@link org.apache.directory.fortress.core.AdminMgr} is for RBAC provisioning
- {@link org.apache.directory.fortress.core.AuditMgr} is for interrogating OpenLDAP audit and historical logs
- {@link org.apache.directory.fortress.core.DelAccessMgr} is used for ARBAC runtime security checking
- {@link org.apache.directory.fortress.core.DelAdminMgr} is for ARBAC provisioning
- {@link org.apache.directory.fortress.core.DelReviewMgr} is used to interrogate ARBAC policy
- {@link org.apache.directory.fortress.core.PwPolicyMgr} is for performing Password policy provisioning and
interrogation
- {@link org.apache.directory.fortress.core.ReviewMgr} is used to interrogate RBAC policy
The org.apache.directory.fortress package provides managers, factories and exception classes that can be
thrown when
fortress needs to report an error status code back to caller. The fortress manager APIs are based on standards like
RBAC,
ARBAC02 and
Password Policy for LDAP Directories.
A {@link org.apache.directory.fortress.core.model.Constraint} mechanism is used by fortress to control the
{@link org.apache.directory.fortress.core.util.time.Time}, {@link org.apache.directory.fortress.core.util.time.Date}
and
{@link org.apache.directory.fortress.core.util.time.Day} of week for when a
{@link org.apache.directory.fortress.core.model.User} or {@link org.apache.directory.fortress.core.model.UserRole}
entity can be activated within a {@link org.apache.directory.fortress.core.model.Session}.
There is also a lockout mechanism to temporarily bar entities from activating.
AuditMgr may be used to interrogate OpenLDAP audit and historical information.
Description of Package Contents
This package contains APIs to do the following
- Role Based Access Control (RBAC)
- Administrative Role Based Access Control (ARBAC)
- Password Policies
- Audit Trail
The following sections provides more info on each.
1. Role Based Access Control description
Many of the method names and signatures within this package were taken directly from ANSI INCITS 359-2004.
The RBAC Functional specification describes administrative operations for the creation
and maintenance of RBAC element sets and relations; administrative review functions for
performing administrative queries; and system functions for creating and managing
RBAC attributes on user sessions and making access control decisions.
RBAC0 - Core
Many-to-many relationship between Users, Roles and Permissions. Selective role activation into sessions. API to add,
update, delete identity data and perform identity and access control decisions during runtime operations.
RBAC1 - General Hierarchical Roles
Simplifies role engineering tasks using inheritance of one or more parent roles.
RBAC2 - Static Separation of Duty (SSD) Relations
Enforce mutual membership exclusions across role assignments. Facilitate dual control policies by restricting which
roles may be assigned to users in combination. SSD provide added granularity for authorization limits which help
enterprises meet strict compliance regulations.
RBAC3 - Dynamic Separation of Duty (DSD) Relations
Control allowed role combinations to be activated within an RBAC session. DSD policies fine tune role policies that
facilitate authorization dual control and two man policy restrictions during runtime security checks.
2. Administrative Role Based Access Control (ARBAC) description
These APIs map directly to similar named APIs specified by ARBAC02 functions.
The ARBAC Functional specification describes delegated administrative
operations for the creation and maintenance of ARBAC element sets and relations.
Delegated administrative review functions for performing administrative queries
and system functions for creating and managing ARBAC attributes on user sessions and making delegated
administrative access control decisions.
ARBAC02 Diagram
Fortress fully supports the Oh/Sandhu/Zhang ARBAC02 model for delegated administration.
ARBAC provides large enterprises the capability to delegate administrative authority to
users that reside outside of the security admin group.
Decentralizing administration helps because it provides security provisioning capability to
work groups without sacrificing regulations for accountability or traceability.
3. Password Policy description
Fortress APIs store and interrogate policies on OpenLDAP which supports the
IETF Password Policies LDAP directories
draft.
Policies may be applied at the user, group or global level.
Password enforcement options include:
- A configurable limit on failed authentication attempts.
- A counter to track the number of failed authentication attempts.
- A time frame in which the limit of consecutive failed authentication attempts must happen before action is
taken.
- The action to be taken when the limit is reached. The action will either be nothing, or the account will be
locked.
- An amount of time the account is locked (if it is to be locked) This can be indefinite.
- Password expiration.
- Expiration warning
- Grace authentications
- Password history
- Password minimum age
- Password minimum length
- Password Change after Reset
- Safe Modification of Password
Password Policy diagram
The following is an example of policies that can be configured. There is no limit to the number of different policies
that can be created and enforced.
4. History and Audit trail using OpenLDAP
Provides an OpenLDAP access log retrieval mechanism that enables security event monitoring.
- Authentication events:
- Session enablement events
- Authorization events
- Entity mods and deletes
Diagram of Audit Events
All events include Fortress context, see {@code FortEntity}.
The following APIs generate events subsequently stored in this access log:
- {@link org.apache.directory.fortress.core.AccessMgr}
- {@link org.apache.directory.fortress.core.AdminMgr}
- {@link org.apache.directory.fortress.core.AdminMgr}
- {@link org.apache.directory.fortress.core.DelAdminMgr}
- {@link org.apache.directory.fortress.core.ConfigMgr}
- {@link org.apache.directory.fortress.core.PwPolicyMgr}


The Power of Focusing on the ONE Thing
I came across this book by just walking past one of my colleagues’ desk (actually, my Engagement Manager’s) one day. While little notice was given to this conspicuously self-evident self-help book (you could probably guess the content given its title and its whereabouts - a consulting firm), my interest was nonetheless piqued when my EM passed the book to the colleague sitting next to me. He spoke highly of the book, and I reasoned: this man is smart and an experienced and successfully business consultant; if he thinks it’s worth recommending to his colleagues, there’s probably something to this book and I should read too.
Which brought us to this post.
Similar to most self-help books, this one takes little time to finish - and the whole book centers around the one theme that you’ve probably already guessed: Think BIG (and as BIG as you want), but focus on ONE SPECIFIC thing at a time.
Here’s a breakdown of the key concepts:
The 6 Lies:
1. Everything matters equally. (Nah, everybody knows not all things are created equal, especially when it comes to prioritization - any consultant would be glad to babble 80/20 to you and whip out examples, because it’s one of the few truisms in the industry)
2. Multitasking is a good thing. (For some, the notion of multi-tasking is akin to second-nature, and I believe many people live by it and measure their productivity by it. But just as any CS major would tell you, there’s always overhead cost in switching tasks/loading contexts involved in multi-tasking that it’s not always a good thing! This is totally applicable to our day-to-day work, when the notion of planning and focusing comes into play - carve out 4 hours a dya just to do the ONE thing that will unblock you and give you the most/best results. In fact, this is part of the gist of this book. )
3. You must be a “disciplined” person to succeed. (Together with the next point, and as proven by numerous researches, willpower is not everything and in fact, it’s less important than the environment you put yourself in. )
4. Your willpower is always on will-call. (It’s finite, and again less important than the environment/habit you build around yourself.)
5. You can achieve a perfectly balanced life. (hah, so much for the much touted notion of work-life balance - I for one don’t really believe in it; if you love doing your work, which really should be the case otherwise why don’t you quit, you should be so obsessed with it that you just make it your life. Disclaimer: this is more of my view versus the authors’.)
6. Big is bad, and is to be feared.
And here comes the Truth:
Ask yourself this focusing question whenever you embark on a new project or are trying to determine the next course of action:
What’s the ONE Thing I can do such that by doing it everything else will be easier or unnecessary?
And it really works like a funnel (to narrow down the scope): once you’ve determined the ONE thing, you will map out what’s the ONE thing you should do today that feeds into the ONE thing you should do this week, which in turns feeds into the ONE thing you should do this month, year, …
To make the ONE thing scheme work, you need to have the following 3 commitments:
1. Follow the path of mastery – log your hours! (i.e. RescueTime) This ties back to Malcolm Gladwell’s famous 10,000 Hour Rule (deliberate practice) (which has since been disputed, but the point remains)
2. Go from “E to P” – move from an entrepreneurial work style to a purposeful work style; again, always do things with a purpose in mind!
3. Live the accountability cycle – bring your best, do whatever it takes, own your outcomes; now this really treads deep into consulting life-coach motivational land (READ: more bs)
While narrowing down the ONE thing you have, the authors also pointed out the 4 thieves (pitfalls) that you need to look out for:
1. Being unable to say “no” - some people find it easier to reject others (for instance I have no qualms turning down requests that just don’t make much sense to me or my time), while others struggle, oftentimes trying to please everybody around. I think it largely comes down to good communications and knowing what’s important for the team and for you. As a rule of thumb, Keller recommends that we avoid saying yes to most things unless they’re connect to our ONE Thing. If you’re afraid of saying no to someone because it might hurt their feelings, come up with a way to say it that you’re comfortable with. Here’s Seth Godin on saying no: “you can say no with respect, you can say no promptly, and you can say no with a lead to someone who might say yes. But just saying yes because you can’t bear the short-term pain of saying no is not going to help you do the work.”
2. A fear of chaos (or things left “undone”) - Shit happens, but it doesn’t mean you should give up on your ONE thing: block off your time (4 hours a day, probably early in the morning or late at night; don’t let others schedule over this sacred block!)
**3. Poor health habits. ** Keller says that “Personal energy mismanagement is a silent thief of productivity” and I couldn’t agree more - what I found incredibly helpful is a piece of advice I found on reddit: 2-3 sessions of strength training + 1-2 sessions of conditioning, coupled with 10-minute meditation a day - enormously powerful and helpful to destress! And set boundaries!
**4. Bad environment. ** Surround yourself with excellent people, those who will lift you higher! (think of the law of average)
It’s about the journey, and we need to start now!
…at any moment in time there can be only ONE Thing, and when that ONE Thing is in line with your purpose and sits atop your priorities, it will be the most productive thing you can do to launch you toward the best you can be. Actions build on action. Habits build on habit. Success builds on success.”“I want you to do something.  As big as you have ever dared to dream , and then some. Can you see it? Now, open your eyes and listen to me. Whatever you can see, you have the capacity to move toward. And when what you go for is as vast as you can possibly envision, you’ll be living the biggest life you can possibly live. Living large is that simple.


| 1 | /* =========================================================== | |
| 2 | * JFreeChart : a free chart library for the Java(tm) platform | |
| 3 | * =========================================================== | |
| 4 | * | |
| 5 | * (C) Copyright 2000-2008, by Object Refinery Limited and Contributors. | |
| 6 | * | |
| 7 | * Project Info: http://www.jfree.org/jfreechart/index.html | |
| 8 | * | |
| 9 | * This library is free software; you can redistribute it and/or modify it | |
| 10 | * under the terms of the GNU Lesser General Public License as published by | |
| 11 | * the Free Software Foundation; either version 2.1 of the License, or | |
| 12 | * (at your option) any later version. | |
| 13 | * | |
| 14 | * This library is distributed in the hope that it will be useful, but | |
| 15 | * WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY | |
| 16 | * or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public | |
| 17 | * License for more details. | |
| 18 | * | |
| 19 | * You should have received a copy of the GNU Lesser General Public | |
| 20 | * License along with this library; if not, write to the Free Software | |
| 21 | * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, | |
| 22 | * USA. | |
| 23 | * | |
| 24 | * [Java is a trademark or registered trademark of Sun Microsystems, Inc. | |
| 25 | * in the United States and other countries.] | |
| 26 | * | |
| 27 | * --------------------- | |
| 28 | * TitleChangeEvent.java | |
| 29 | * --------------------- | |
| 30 | * (C) Copyright 2000-2008, by Object Refinery Limited. | |
| 31 | * | |
| 32 | * Original Author: David Gilbert (for Object Refinery Limited); | |
| 33 | * Contributor(s): -; | |
| 34 | * | |
| 35 | * Changes (from 22-Jun-2001) | |
| 36 | * -------------------------- | |
| 37 | * 22-Jun-2001 : Changed Title to AbstractTitle while incorporating | |
| 38 | * David Berry's changes (DG); | |
| 39 | * 24-Aug-2001 : Fixed DOS encoding problem (DG); | |
| 40 | * 07-Nov-2001 : Updated header (DG); | |
| 41 | * 09-Oct-2002 : Fixed errors reported by Checkstyle (DG); | |
| 42 | * 08-Jan-2004 : Renamed AbstractTitle --> Title and moved to new package (DG); | |
| 43 | * | |
| 44 | */ | |
| 45 | ||
| 46 | package org.jfree.chart.event; | |
| 47 | ||
| 48 | import org.jfree.chart.title.Title; | |
| 49 | ||
| 50 | /** | |
| 51 | * A change event that encapsulates information about a change to a chart title. | |
| 52 | */ | |
| 53 | public class TitleChangeEvent extends ChartChangeEvent { | |
| 54 | ||
| 55 | /** The chart title that generated the event. */ | |
| 56 | private Title title; | |
| 57 | ||
| 58 | /** | |
| 59 | * Default constructor. | |
| 60 | * | |
| 61 | * @param title the chart title that generated the event. | |
| 62 | */ | |
| 63 | public TitleChangeEvent(Title title) { | |
| 64 | super(title); | |
| 65 | this.title = title; | |
| 66 | } | |
| 67 | ||
| 68 | /** | |
| 69 | * Returns the title that generated the event. | |
| 70 | * | |
| 71 | * @return The title that generated the event. | |
| 72 | */ | |
| 73 | public Title getTitle() { | |
| 74 |
1
1. getTitle : mutated return of Object value for org/jfree/chart/event/TitleChangeEvent::getTitle to ( if (x != null) null else throw new RuntimeException ) → NO_COVERAGE |
return this.title; |
| 75 | } | |
| 76 | ||
| 77 | } | |
Mutations | ||
| 74 |
1.1 |


Leaving the Carolinas during the American Revolution, Man-O-War Cay was settled around 1780 by loyalist descendents. Long before the steamship and airplane linked the Bahamas outer islands with modern centres of world trade, the Island was self-sufficient through boat building, fishing and farming - all of which continue today.
There are a large number of holiday homes on the Island, and it's well worth visiting some of the local craftsmen who continue their hard-earned trade today.
The village is very nice, clean and everything is meticulously maintained. When you go ashore, it is advisable to dress properly as the locals are all very religious.
Position 26°35'21"N, 77° 00'13"W (S entrance to harbour)
It is easier to enter this natural harbour through the southern entrance as the northern entrance is shallow. Once through the entrance, turn to port and proceed north to the Man-O-War marina. Alternatively, you may be able to pick up a mooring (any not marked 'private' or 'reserved'). It is very difficult to find a place where you can drop your anchor inside, but in settled weather it is possible to anchor just outside.
Last updated July 2016.


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From our website, you can visit other websites by following hyperlinks to such external sites. While we strive to provide only quality links to useful and ethical websites, we have no control over the content and nature of these sites. These links to other websites do not imply a recommendation for all the content found on these sites. Site owners and content may change without notice and may occur before we have the opportunity to remove a link which may have gone 'bad'.
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Should we update, amend or make any changes to this document, those changes will be prominently posted here.


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When you first sign in, this Glassware inserts a welcome message. Use these controls to insert more items into your timeline. Learn more about the timeline APIs here.
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| DOSE: T+ 0:00 |
6.0 mg |
oral |
DOI |
(liquid) |
| T+ 1:30 |
4.0 mg |
oral |
DOI |
(liquid) |
| T+ 20:00 |
4.0 mg |
oral |
DOI |
(liquid) |
It was the fourth of July, I had obtained 100 milligrams of doi several months before. I am no stranger to eating RCís let me give you the run down before anyone out there tryís to take as much doi as I did. I have ate DOI, 2ci, 2ce, 2ct4, methylone several analogs of foxy 4aco dipt, 4ho dipt, 4ho mipt, (5meo mipt the real deal) and 4aco mipt, also 5meo dmt (5meo amt very toxic I donít recommend for anyone) amt much different then the 5meo analog this is wonderful but hard to obtain now that it is illegal and dmt very amazing as well.
Enough talk about the chemicals that have run though my blood stream. Doi had been on my list for quite some time I was just waiting for a good day to eat it so I figured what better day to do it then on the fourth of July. The highest dose I had read about any one eating at this time was 4 milligrams. So I took precautions making sure I gave my self the right dose. So I took a 100 milligrams and put it in a visene bottle and then took another viseen bottle that was sanitized and had distilled water in it I then put one hundred drops of water into the bottle with the hundred milligrams of chemical. After much research I found distilled water would not jeopardize the chemical makeup and make it very easy to dose one drop per milligram.
Because I know I can eat more 2ci then most people I felt that I would be safe starting my dose at 6 milligrams dripped on a sugar cube. I ate the cube around 5pm around 6:30pm the first of the trip came on; very euphoric mild visuals, intense sense of well being, no sickness or toxic feeling, this is all good, so I took 4 more milligrams then went to the fire work show. By the time I got there and met up with my friends who I also gave this to in lower doses we were all in a full blown trips and I knew this was no 8 hours and your down kind of trip. At this point I was going to be going for a long time. 28 hours I later found out. Everyone was having a blast. I think Mr. Hoffman finally met his match. Thank you DR Shulgin this is much like 2ci only way better.
It came on and stayed more like a candy flip wonderful visuals bitchen body buzz everything I had hoped only better.
We said our good byes me and my friend matt the two freaks in the group decided to eat more the more we ate the harder we tripped still going next thing I know it is time for me to go to work around hour 20 and I was far from down. So I ate 4 more milligrams and went to work. I sell phones, it was a great day at work even in a call center environment I was fine 9 hour shift I still came out on top got 10 sales and ended with the highest gross activation on the floor tripping balls on the best chemical I have ever tripped on. I have eaten it many times since in lower doses with nothing but great reviews just be careful dosing it because 6 milligrams could make you trip for 15 hours but 10 could keep you going for 20 plus.
Sorry this is such a messy story I decided to write it on about 200 milligrams of methylone.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/Inline.20rewriting.20of.20natural.20number.20symbols.html ---
Is there an easy way to rewrite nat.succ nat.succ 0
into 2
without having to define it in a separate theorem then using that theorem in a rw
?
you can use change 2 = _
rw (show nat.succ (nat.succ 0) = 2, by rfl)
@Reid Barton Shouldn't that be ... from rfl
?
or by refl
to save one character
or norm_num [nat.succ_eq_add_one]
What does show
do? Is for inline theorems?
show t, from e
is an expression of type t
, equal to e
Last updated: Apr 24 2020 at 19:02 UTC


You can avoid the image from being repeated by setting the background-repeat property to "no-repeat".


I2P for Android follows the same release schedule of as the I2P Desktop application. There are three "Official" places to get I2P for Android. The big difference between each platform is how you get updates.
With the Google Play downloads, you'll get updates from Google automatically, usually about 6 hours after I upload them to Google Play Store.
With F-Droid, new updates become available when I upload them to the downloads server, which usually takes about 20 minutes to an hour.
When using a Freestanding APK, you'll need to update the application manually.
Browser Configuration instructions are also on the I2P Site
You'll need to get a browser which can use I2P as well. There are several browsers for Android but almost all of them are quite difficult to configure safely and correctly.
Instructions for Revolution IRC are also on the I2P Site
Revolution IRC F-Droid Downloads
BRB for Android Freestanding APK Downloads
Another, free-standing BiglyBT client tutorial is here:


This step will cover using Packer to create vagrant boxes, and then using Vagrant to open those boxes. Keep in mind that packer can export machine images in many other forms besides Vagrant Boxes.
The following documentation is designed to be ran on Linux. In order to run on Windows, file paths may need to be changed from forward slashes to back slashes
As mentioned above, Packer works by reading a .json file (which is written ruby). This file contains detailed instructions on how to build, provision, and export machine images.
The packer .json file has 4 main sections:
- Builders - Post-Processors - Provisioners - Variables (optional)
This section includes things that packer will use to create a new virtual machine such as:
- Virtual machine type (VirtualBox/VMWare/etc) - Boot commands - Unattended installation files - Username/password for account creation - VM Name - VM resources such as CPUs, Memory, Disk size, etc
See an example below:
This section includes options save the image once the build is completed, such as:
- Output name - Output type
See an example below:
This section allows users to make changes to the virtual machine (like installing packages and writing file configurations), it does this by including provisioning options such as:
- Environmental variables - Shell commands - Custom scripts
See example below:
Although technically a part of the Provisioners section; a variable section is a good idea because it will allow for easy customization.
See example below:
After writing the .json file it is a good idea to validate the file to check for errors. To do this enter the command:
Packer validate file.json
For documentation on the packer validate command click here
Once the .json file is validated packer is ready to build the vagrant box.
To start the build enter the command:
packer build file.json
Packer will then:
- Spin up a new vm - Enter given boot commands - Go through the unattended installation - SSH into the virtual machine - Provision the virtual machine - Gracefully halt and package the virtual machine
There are several common problems that can arise when building your own packer .json files.
Here are some issues that I ran into while working with packer:
NOTE: Packer is very particular about to the syntax of the .json file.
- White space is bad.
A `(tic mark) is not a ' (single quote).
Unattended installation failed
this can be due to many different problems
Be sure the operating system being used supports unattended installations (live images usually do not)
Packer cannot create a virtual hard drive
This is usually a VirtualBox problem. If packer fails mid-build sometimes the remnants of the machine it was building can hang around and cause problems.
SOLUTION - manually remove the files from VirtualBox.
- Open VirtualBox --> Click file --> virtual media manager --> hard disks - Right click on the problem drive and click release
Cannot install software during installation
This issue can be caused if you are behind a closed network
SOLUTION provide a proxy server OR a repository that is also behind the closed network
Cannot load kickstart/preseed
This can be caused by syntax errors in the .json file.
For more troubleshooting tips check out https://www.packer.io/docs/other/debugging.html
Some of the operating systems involved in this summer project require special configuring.
- RHEL 7 -
Since this build of RHEL 7 is not required to be registered with the satellite server, it may have problems with repos. Additional repos may be needed in order to install anything.
The solution used in this project required us to host the iso dvd on a web server, have packer grab the iso during the provisioning stage, and copy the repo from the dvd locally.
- RHEL 6 large -
The large RHEL 6 build requires the gui to be installed inside the kickstart file, not the provisioning section of packer like the other operatung systems


29
1 Woe to Ariel, Ariel, the city where David encamped!
Add year to year; let the festivals come round.
2 But I will besiege Ariel, and she will be mourning and lamenting;
and she will be to me like Ariel.
3 I will encamp against you in a circle
and will lay siege against you with a palisade, and I will raise siege works against you.
4 You will be brought down and will speak from the ground; your speech will be low from the dust.
Your voice will be like a ghost out of the ground, and your speech will be very weak from the dust.
5 The horde of your invaders will be like small dust, and the multitude of the ruthless ones as chaff that passes away.
It will happen suddenly, in an instant.
6 You will be punished by Yahweh of hosts
with thunder, earthquake, great noise, with strong winds and violent storm, and the flames of a devouring fire.
7 It will be like a dream, a vision of the night:
A horde of all the nations will fight against Ariel
and her stronghold.

Yes, so will be the horde of nations that fights against Mount Zion.
9 Astonish yourselves and be astonished; blind yourselves and be blind!
Be drunk, but not with wine; stagger, but not with beer.
10 For Yahweh has poured out on you the spirit of deep sleep.
He has closed your eyes, the prophets, and has covered your heads, the seers.
11 All revelation has become to you as the words of a book that is sealed, which men might give to one who is learned, saying, "Read this." He also says, "I cannot, for it is sealed."
12 If the book is given to one who cannot read, saying, "Read this," he says, "I cannot read."
13 The Lord said, "This people draws near to me with their mouth
and honors me with their lips, but their heart is far from me.
Their honoring me is a commandment taught by men.
14 Therefore, see, I will proceed to do a marvelous thing among this people, wonder after wonder.
The wisdom of their wise men will perish, and the understanding of their prudent men will disappear."
15 Woe to those who deeply hide their plans from Yahweh,
and whose deeds are in darkness. They say, "Who sees us, and who knows us?
16 You turn things upside down! Should the potter be considered like clay,
so that the thing that is made should say about him who made it, "He did not make me,"
or the thing formed say about him who formed it, "He does not understand?"
17 In just a little while,
Lebanon will be turned into a field, and the field will become a forest.
18 On that day the deaf will hear the words of a book,
and the eyes of the blind will see out of the deep darkness.
19 The oppressed will again rejoice in Yahweh,
and the poor among men will rejoice in the Holy One of Israel.
20 For the ruthless will cease, and the scoffer will vanish. All those who love to do evil will be eliminated,
21 who by a word make a man out to be an offender. They lay a snare for him
who seeks justice at the gate and put the righteous down with empty lies.
22 Therefore this is what Yahweh says concerning the house of Jacob—Yahweh, who redeemed Abraham,
"Jacob will no longer be ashamed, nor will his face be pale.
23 But when he sees his children, the work of my hands, they will make my name holy.
They will make holy the name of the Holy One of Jacob and they will stand in awe of the God of Israel.
24 Those who err in spirit will gain understanding, and complainers will learn knowledge."


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