A | |
| AMD64 [X86_cpu] |
AMD64 registers
|
| ARM | |
| Abi [Bap_c.Std.C] | |
| Addr [Bap.Std] |
Shortcut for bitvectors that represent addresses
|
| Alpha [Bap_strings_unscrambler.Ascii] |
Letters
|
| Alphanum [Bap_strings_unscrambler.Ascii] |
Letters and Numbers
|
| Applicable [Bap_future.Std] | |
| Apply [Bap.Std.Bil] |
Maps BIL operators to bitvectors.
|
| Arch [Bap.Std] |
Architecture
|
| Arg [Bap.Std] |
Subroutine argument.
|
| Args [Bap_future.Std.Future] | |
| Arm_bit | |
| Arm_branch | |
| Arm_cond |
decodes condition value from a word
|
| Arm_env | spsr Saved Processor Status Register
|
| Arm_flags | |
| Arm_helpers | |
| Arm_insn |
insn opcode.
|
| Arm_lifter | lift mem insn lifts instruction.
|
| Arm_mem | |
| Arm_mem_shift |
Combine Mem and Shift
|
| Arm_mov | |
| Arm_mul | |
| Arm_op | create op projects bap generic operand into arm specific.
|
| Arm_reg |
lifts basic register to a ARM one
|
| Arm_shift |
Need the operand and the carry flag value src - the source, if you
intend to use the carry bit, this must not be the destination of the
shift expression.
|
| Arm_types |
General purpose registers
|
| Arm_utils | |
| Array [Bap_c_type] | |
| Array [Ogre.Query] |
Defines a subscripting syntax for creating field variables.
|
| Array [Bap.Std.Trie] |
Prefix and suffix tries for specified token types.
|
| Ascii [Bap_strings_unscrambler] |
ASCII Characters
|
| Attr [Text_tags] |
Attributes mode.
|
| Attr [Bap_dwarf.Std.Dwarf] |
Attribute
|
| Attr [Bap_c.Std.C] | |
| Attr [Bap_c_type] | |
B | |
| BV [X86_types] | |
| Backend [Bap.Std] |
A backend interface.
|
| Bap |
BAP Standard Library
|
| Bap_abi |
ABI dispatcher.
|
| Bap_api |
An interface to the api pass.
|
| Bap_bml |
BML - Bap Mapping Language.
|
| Bap_build |
bapbuild implentation library
|
| Bap_bundle | main_bundle () returns a program's bundle if the program is
bundled, otherwise creates a fresh new bundle in current working
directory.
|
| Bap_byteweight |
Byteweight library.
|
| Bap_byteweight_signatures |
Provides signatures storage
|
| Bap_c |
C language support library.
|
| Bap_c_abi |
C language ABI.
|
| Bap_c_attr |
Attribute processing.
|
| Bap_c_data |
C Data model.
|
| Bap_c_parser |
A parser interface.
|
| Bap_c_size |
An abstraction of sizeof operator.
|
| Bap_c_term_attributes |
BIR attributes.
|
| Bap_c_type |
C Type System.
|
| Bap_c_type_mapper |
include visitor/mapper with the monad stripped away.
|
| Bap_c_type_mapper_intf |
Type mapper, visitor, iterator, finder all in one.
|
| Bap_c_type_printer | |
| Bap_config | |
| Bap_demangle |
Name demangling.
|
| Bap_dwarf |
DWARF parser
|
| Bap_future |
Future library.
|
| Bap_ida |
IDA integration.
|
| Bap_llvm |
Initialize LLVM backend.
|
| Bap_llvm_loader | |
| Bap_plugins |
Bap Plugin Library.
|
| Bap_primus |
Primus - The Microexecution Framework.
|
| Bap_strings | |
| Bap_strings_detector |
String computation detector.
|
| Bap_strings_index | empty an empty index
|
| Bap_strings_scanner | next ~is_stop ~read off reads characters starting with the
offset off , using the read function to map offsets to
characters, until the is_stop character occurs, or the read
function returns None .
|
| Bap_strings_unscrambler |
symbol encoding
|
| Bap_taint |
Taint Analysis Framework.
|
| Bap_traces |
Traces of execution.
|
| Bare |
Binary Analysis Rule Engine (BARE).
|
| Basic [Arm_types] | |
| Basic [Bap.Std.Disasm_expert] |
Basic disassembler.
|
| Big [Bap.Std.Bitvector.Trie] | |
| Bil [Bap.Std] |
Main BIL module.
|
| Bili [Bap.Std] |
BIL Interpreter.
|
| Binary [Bap_traces.Std] |
Information about a traced binary.
|
| Biri [Bap.Std] |
BIR Interpreter
|
| Bits [Bap.Std.Bitvector.Trie.Little] | |
| Bits [Bap.Std.Bitvector.Trie.Big] | |
| Bitvector [Bap.Std] |
Bitvector -- an integer with modular arithmentics.
|
| Blk [Bap.Std] |
Basic block.
|
| Block [Bap.Std] |
Basic block.
|
| Brancher [Bap.Std] |
Brancher is responsible for resolving destinations of branch
instructions.
|
| Buffer [Bap_dwarf.Std.Dwarf] |
Buffer is a light abstraction over
string and bigstring ,
that can allow one to share the same string for different sections
without explicit copying.
|
| Builder [Bap_bundle.Std.Bundle] |
Incremental bundle builder.
|
| Builder [Bap.Std.Blk] |
Builder interface.
|
| Builder [Bap.Std.Sub] |
Subroutine builder
|
| Builder [Bap.Std.Program] |
Program builder.
|
| Bundle [Bap_bundle.Std] |
Program Bundle.
|
| Bytes [Bap_byteweight] |
Default implementation that uses memory chunk as the domain.
|
| Bytes [Regular.Std] |
Extension of the standard bytes module.
|
| Bytes [Bap.Std.Bitvector.Trie.Little] | |
| Bytes [Bap.Std.Bitvector.Trie.Big] | |
C | |
| C [Bap_c.Std] | |
| CPU [Arm_lifter] | |
| CPU [Bap.Std.Target] |
access to the CPU variables.
|
| Cache [Regular.Std.Data] |
Generic caching.
|
| Cache [Regular.Std.Data.S] |
Data cache.
|
| Call [Bap_traces.Std] |
A subroutine call.
|
| Call [Bap.Std] |
A control transfer to another subroutine.
|
| Callgraph [Bap.Std.Graphs] |
A call graph representation.
|
| Caseless [Bap_strings_unscrambler.Ascii.Alphanum] |
Caseless Letters
|
| Caseless [Bap_strings_unscrambler.Ascii.Alpha] |
Caseless Letters
|
| Category [Bap_primus.Std.Primus.Lisp.Doc] | |
| Cfg [Bap.Std.Graphs] |
Control Flow Graph with a machine basic block as a node.
|
| Choice [Monads.Std.Monad] |
A choice monad interface.
|
| Chunk [Bap_traces.Std] |
Represent a memory chunk.
|
| Collection [Monads.Std.Monad.S2] |
Lifts collection interface into the monad.
|
| Collection [Monads.Std.Monad.S] |
Lifts collection interface into the monad.
|
| Collection [Monads.Std.Monad] |
Container interface in the Kleisli category.
|
| Command [Bap_ida.Std] |
Commands that can be passed into an IDA session
|
| Compound [Bap_c_type] | |
| Cond [ARM] | |
| Config [Bap.Std.Self] |
This module allows plugins to access BAP configuration variables.
|
| Conservative [Bap_taint.Std.Taint.Gc] |
Conservative Garbage Collector.
|
| Cont [Monads.Std.Monad] |
The continuation monad.
|
| Context [Bap.Std] |
Base class for evaluation contexts.
|
| Core [Monads.Std.Monad] | |
| Core2 [Monads.Std.Monad] | |
| Core_printers | |
D | |
| Data [Bap_dwarf.Std.Dwarf] | |
| Data [Bap_c.Std.C] | |
| Data [Regular.Std] |
Data types support module.
|
| Def [Bap.Std] |
Definition.
|
| Delay [Monads.Std.Monad.S2.Collection] | |
| Delay [Monads.Std.Monad.S.Collection] | |
| Demangler [Bap_demangle.Std] |
Demangler is a named string transformation.
|
| Demanglers [Bap_demangle.Std] |
Registry of demanglers.
|
| Descr [Bap_primus.Std.Primus.Lisp.Doc] | |
| Detector [Bap_strings.Std.Strings] | |
| Dict [Bap.Std] |
Universal Heterogeneous Map.
|
| Digest [Regular.Std.Data.Cache] |
Data digesting for caching.
|
| Digits [Bap_strings_unscrambler.Ascii] |
Digits
|
| Disasm [Bap.Std] |
Disassembled program.
|
| Disasm_expert [Bap.Std] |
Expert interface to disassembler.
|
| Doc [Bap_primus.Std.Primus.Lisp] | |
| Doc [Ogre] |
An Ogre document.
|
| Dot [Graphlib.Std.Graphlib] |
Generic dot printer.
|
| Dwarf [Bap_dwarf.Std] |
Dwarf library
This library gives an access to debugging information stored
in a binary program.
|
E | |
| Eager [Monads.Std.Monad.S2.Collection] | |
| Eager [Monads.Std.Monad.S.Collection] | |
| Edge [Graphlib.Std.Graph] |
Graph edges
|
| Edge [Bap.Std.Graphs.Ir] |
since in IR the order of edges defines semantics, we provide
extra functions
|
| Eff [Bap.Std] |
Effect analysis.
|
| Env [Bap_primus.Std.Primus] |
Evaluation environemnt.
|
| Equiv [Graphlib.Std] |
Ordinal for representing equivalence.
|
| Error [Monads.Std.Monad.Result] |
The Error monad.
|
| Error [Bap.Std.Type] |
BIL type errors.
|
| Eval [Bap.Std.Expi.S] | |
| Eval [Bap.Std] |
Basic and generic expression evaluator.
|
| Event [Bap_traces.Std] |
Types of events.
|
| Event [Bap.Std] |
Event subsystem.
|
| Exception [Monads.Std.Monad.Result] |
The Exception monad.
|
| Exn [Bap_traces.Std] |
hardware exception
|
| Exn [Bap_primus.Std.Primus] |
Primus error.
|
| Exn [Monads.Std.Monad.S2] |
Interacting between monads and language exceptions
|
| Exn [Monads.Std.Monad.S] |
Interacting between monads and language exceptions
|
| Exp [Bap.Std] | Regular interface for BIL expressions
|
| Expi [Bap.Std.Taint.S] | |
| Expi [Bap.Std.Biri.S] | |
| Expi [Bap.Std.Bili.S] | |
| Expi [Bap.Std] |
Expression Language Interpreter.
|
F | |
| Factory [Bap.Std.Reconstructor] |
a factory of reconstructors
|
| Factory [Bap.Std.Brancher] | |
| Factory [Bap.Std.Rooter] |
A factory of rooters.
|
| Factory [Bap.Std.Symbolizer] |
A factory of symbolizers.
|
| Factory [Bap.Std.Source] |
Factory of data processors.
|
| Fail [Monads.Std.Monad] |
A fail monad interface.
|
| Fbi [Bap_dwarf.Std.Dwarf] |
Function boundary identification.
|
| File_stats [Bap_traces.Std] |
File information.
|
| Filtered [Graphlib.Std.Graphlib] |
functorized version of a
filter function.
|
| Finder [Bap_c_type_mapper] |
the visitor lifted into the search monad.
|
| Float [Monads.Std.Monoid] |
Provides monoids in the R domain.
|
| Fmm [Bap.Std] |
Floating point immediate operand
|
| Fn [Bap_dwarf.Std.Dwarf] |
Function representation.
|
| Fn [Monads.Std.Monad.S2] |
Various function combinators lifted into the Kleisli category.
|
| Fn [Monads.Std.Monad.S] |
Various function combinators lifted into the Kleisli category.
|
| Form [Bap_dwarf.Std.Dwarf] |
Attribute form
|
| From_string [Regular.Std.Bytes] | |
| Frontier [Graphlib.Std] |
Frontier maps each node into a possibly empty set of nodes.
|
| Fun [Monads.Std.Monad] |
The Function Monad.
|
| Future [Bap_future.Std] |
Future is an object whose value will be decided somewhere in the
future, if that future has occurred.
|
G | |
| Gc [Bap_taint.Std.Taint] | |
| Generator [Bap_primus.Std.Primus] |
Value generators
|
| Global [Bap_primus.Std.Primus.Machine.S] |
Global state shared across all machine clones.
|
| Graphlib [Graphlib.Std] |
Generic Graph Library
|
| Graphlib |
Graph library
|
| Graphs [Bap.Std] |
BAP Common Graphs.
|
| Group [Graphlib.Std] |
Group is a non-empty set that is a result of partitioning of an
underlying set
S into a set of non-intersecting and non-empty
subsets that cover set S .
|
I | |
| IA32 [X86_cpu] |
IA32 Architecture Registers.
|
| Id [Bap_traces.Std.Trace] | |
| Id [Bap_primus.Std.Primus.Value] | |
| Id [Monads.Std.Monad.State.Multi.S2] | |
| Id [Monads.Std.Monad.State.Multi.S] | |
| Id [Monads.Std.Monad.State.Multi] | |
| Id [Bap.Std.Bil.Result] |
Result identifier.
|
| Ida [Bap_ida.Std] |
Interaction with ida instance
|
| Ident [Monads.Std.Monad] |
The identity monad.
|
| Image [Bap.Std] |
Binary Image.
|
| Img [Bap.Std.Backend] |
A Img from a backend perspective.
|
| Imm [Bap.Std] |
Integer immediate operand
|
| Index [Bap_strings.Std.Strings] | |
| Index [Bap_primus.Std.Primus.Value] |
Indexing strings by values.
|
| Infix [Bap.Std.Bil] |
Infix operators
|
| Info [Bap.Std.Project] |
Information obtained during project reconstruction.
|
| Input [Bap.Std.Project] |
Input information.
|
| Input [Bap.Std.Memory] |
A set of low level input operations.
|
| Insn [ARM] | |
| Insn [Bap.Std] |
Assembly instruction.
|
| Insn [Bap.Std.Disasm_expert.Basic] |
Basic instruction.
|
| Int [Monads.Std.Monoid] |
Provides monoids in the Z domain.
|
| Int_err [Bap.Std.Bitvector] |
Arithmetic raised into
Or_error monad
|
| Int_exn [Bap.Std.Bitvector] |
Arithmetic that raises exceptions.
|
| Integer [Bap.Std] |
Abstract integral type.
|
| Interpreter [Bap_primus.Std.Primus] |
The Interpreter.
|
| Interval_tree [Bap.Std] |
Balanced Interval Tree.
|
| Io [Regular.Std.Data.S] |
Input/Output functions for the given datum.
|
| Ir [Bap.Std.Graphs] |
Graph view over IR.
|
| Iterator [Bap_primus.Std.Primus] |
Iterator is a sequence of values of some domain.
|
J | |
| Jmp [Bap.Std] |
A control transfer operation.
|
K | |
| Kind [Bap_taint.Std.Taint] |
Each object that the engine tracks has an associated kind,
that denotes a class of objects that share the same semantic
properties.
|
| Kind [Bap.Std] |
Kinds of instructions
|
L | |
| Label [Bap.Std] |
Target of a control flow transfer.
|
| Labeled [Graphlib.Std.Graphlib] | Labeled(Node)(Node_label)(Edge_label) creates a graph
structure with both nodes and edges labeled with abitrary
types.
|
| Lazy [Monads.Std.Monad] |
The Lazy monad.
|
| Leb128 [Bap_dwarf.Std] | |
| Lift [Monads.Std.Monad.S2] |
Lifts functions into the monad.
|
| Lift [Monads.Std.Monad.S] |
Lifts functions into the monad.
|
| Linear [Bap.Std.Disasm_expert] |
A simple linear sweep disassembler.
|
| Linker [Bap_primus.Std.Primus] |
Machine Linker.
|
| Lisp [Bap_primus.Std.Primus] |
Lisp machine.
|
| List [Monads.Std.Monad] |
The List monad.
|
| List [Monads.Std.Monad.S2] |
The Monad.Collection.S2 interface
for lists
|
| List [Monads.Std.Monad.S] |
The Monad.Collection.S interface
for lists
|
| List [Monads.Std.Monoid] |
A monoid that accumulates data in a list.
|
| Little [Bap.Std.Bitvector.Trie] | |
| Load [Bap_primus.Std.Primus.Lisp] |
Primus Lisp program loader
|
| Local [Bap_primus.Std.Primus.Machine.S] |
Local state of the machine.
|
| Location [Bap_traces.Std] |
A code location
|
| Location [Bap.Std] |
A locations of a chunk of memory
|
| Log [Bap.Std] |
Default Logger.
|
| Log [Bap.Std.Event] |
Logging event.
|
M | |
| M [Bap.Std.Expi.S] | |
| M [Bap.Std.Eval.S] | |
| M [Bap.Std.Eval.S2] | |
| Machine [Bap_primus.Std.Primus] |
Primus Machine.
|
| Main [Bap_primus.Std.Primus.Machine] |
Primus Entry Point.
|
| Make [Bap_strings_unscrambler] | Make(Alphabet) creates an unscrambler for the given alphabet.
|
| Make [Bap_strings_index.Persistent] |
Make(Key) creates an index with the given
Key .
|
| Make [Bap_byteweight] | Make(Corpus)(Trie) creates a Byteweight procedure,
that works in the Corpus domain and uses Trie for its
implementation.
|
| Make [Bap_c_type_mapper] | Make(M) lifts the visitor into monad M .
|
| Make [Bap_primus.Std.Primus.Lisp] |
Make(Machine) creates a Lisp machine embedded into the
Primus
Machine .
|
| Make [Bap_primus.Std.Primus.Lisp.Doc] | |
| Make [Bap_primus.Std.Primus.Memory] | Make(Machine) lifts the memory interface into the
Machine monad.
|
| Make [Bap_primus.Std.Primus.Env] | Env = Make(Machine)
|
| Make [Bap_primus.Std.Primus.Generator] | Make(Machine) lifts the generator interface into the
Machine monad.
|
| Make [Bap_primus.Std.Primus.Linker] | Make(Machine) parametrize the Linker with the Machine .
|
| Make [Bap_primus.Std.Primus.Interpreter] |
Make(Machine) makes an interpreter that computes in the
given
Machine .
|
| Make [Bap_primus.Std.Primus.Value] | Make(Machine) provides an interface to the Value type
lifted into the Machine monad.
|
| Make [Bap_primus.Std.Primus.Machine] | Make(Monad) a monad transformer that wraps the Machine
into an arbitrary Monad .
|
| Make [Bap_taint.Std.Taint.Propagation.Policy] | |
| Make [Bap_taint.Std.Taint.Tracker] | |
| Make [Bap_taint.Std.Taint.Object] | |
| Make [Bap_taint.Std.Taint.Kind] | |
| Make [Graphlib.Std.Graphlib] | Make(Node)(Edge) creates a module that implements Graph
interface and has unlabeled nodes of type Node.t and edges
labeled with Edge.t
|
| Make [Bap_future.Std.Variadic] | |
| Make [Ogre] | Make(M) returns an Ogre monad implementation wrapped in a monad M .
|
| Make [Monads.Std.Monad.Cont] | Make(T)(M) wraps the monad M into the continuation monad
and fix the type of the whole computation to T.t
|
| Make [Monads.Std.Monad.Lazy] | |
| Make [Monads.Std.Monad.Fun] | |
| Make [Monads.Std.Monad.State] | |
| Make [Monads.Std.Monad.State.Multi] | |
| Make [Monads.Std.Monad.Reader] | Make(Env)(M) concretizes the environment type to Env.t
and composes the Reader monad with M .
|
| Make [Monads.Std.Monad.Writer] |
Make(Sum)(M) constructs a reader that uses
Sum.t type as a
state accumulator and composes the Writer with the monad
M .
|
| Make [Monads.Std.Monad.Seq] | Make(M) composes the Seq monad with M
|
| Make [Monads.Std.Monad.List] | Make(M) composes the List monad with M
|
| Make [Monads.Std.Monad.Result.Exception] | |
| Make [Monads.Std.Monad.Result.Error] | Make(M) wraps M into the Error monad.
|
| Make [Monads.Std.Monad.Result] | Make(E)(M) concretized the type of error to E.t and
composes the Result monad with the monad M .
|
| Make [Monads.Std.Monad.Option] | Make(M) composes the option monad with the monad M .
|
| Make [Monads.Std.Monad] | |
| Make [Monads.Std.Monad.Choice] | |
| Make [Monads.Std.Monoid.Set] |
Derives a set monoind from the set
S .
|
| Make [Monads.Std.Monoid.List] |
Make(T) constructs a monoid that accumulates elements of
type
T.t
|
| Make [Monads.Std.Monoid.Stack] |
Make(T) constructs a monoid that accumulates elements of
type
T.t
|
| Make [Monads.Std.Monoid] |
Make(Base) derives a monoid from its minimal definition
|
| Make [Regular.Std.Opaque] |
creates a module implementing
Opaque interface.
|
| Make [Regular.Std.Regular] |
In order to implement
Regular interface you need to provide a
minimum implementation M
|
| Make [Regular.Std.Data] |
Implements
Data.S interface from the provided minimal implementation.
|
| Make [Regular.Std.Printable] |
Implement
Printable interface from the minimum implementation.
|
| Make [Bap.Std.Taint] | |
| Make [Bap.Std.Source.Factory] | |
| Make [Bap.Std.Biri] | |
| Make [Bap.Std.Bili] | |
| Make [Bap.Std.Expi] | |
| Make [Bap.Std.Eval] | Make(M) provides an implementation of the S2 interface
lifted into the monad M .
|
| Make [Bap.Std.Interval_tree] | Make(Interval) create an abstract interval tree data type
that uses abstract Interval .
|
| Make [Bap.Std.Trie] |
Create a trie for a given
Key
|
| Make [Bap.Std.Integer] |
Derive
Std.Integer.S from the minimal implementation.
|
| Make2 [Monads.Std.Monad.Cont] | Make2(M) wrapes the monad M into the continuation monad.
|
| Make2 [Monads.Std.Monad.Lazy] | |
| Make2 [Monads.Std.Monad.Fun] | |
| Make2 [Monads.Std.Monad.State] | |
| Make2 [Monads.Std.Monad.State.Multi] | |
| Make2 [Monads.Std.Monad.Reader] | Make2(Env)(M) composes the Reader monad with M .
|
| Make2 [Monads.Std.Monad.Seq] | Make2(M) composes the Seq monad with M
|
| Make2 [Monads.Std.Monad.List] | Make2(M) composes the List monad with M
|
| Make2 [Monads.Std.Monad.Result] | Make2(M) composes the result monad with the monad M .
|
| Make2 [Monads.Std.Monad.Option] | Make2(M) composes the option monad with the monad M .
|
| Make2 [Monads.Std.Monad] | |
| Make2 [Monads.Std.Monad.Choice] | |
| Make2 [Bap.Std.Eval] | Make2(M) provides an implementation of the S2 interface
lifted into the monad M .
|
| Make_binable [Bap.Std.Interval_tree] | Make_binable(Interval) create an abstract interval tree data type
that uses abstract Interval and can be serialized via the Binable
interface.
|
| Make_iterators [Bap.Std.Memory] |
lifts iterators to monad
M
|
| Manifest [Bap_bundle.Std] |
Program meta infromation.
|
| Map [Bap.Std.Taint] | |
| Mapper [Bap_c.Std.C.Type] | |
| Mapper [Graphlib.Std.Graphlib] |
functorized version of
Std.Graphlib.view function.
|
| Mappers [Bap_bml] | |
| Match [Bap.Std.Value] |
Runtime parallel match.
|
| Memmap [Bap.Std] |
Memory maps.
|
| Memory [Bap_primus.Std.Primus] |
Virtual memory.
|
| Memory [Bap.Std] |
Memory region
|
| Message [Bap_primus.Std.Primus.Lisp] |
Lisp Machine Message interface.
|
| Meta [Bap_traces.Std] |
Types of meta information.
|
| Minimal [Monads.Std.Monad] | |
| Minimal2 [Monads.Std.Monad] | |
| Modload [Bap_traces.Std] |
linking event
|
| Monad [Monads.Std] |
The Monad module.
|
| Monads |
Monad Transformer Library.
|
| Monitor [Bap_traces.Std.Trace] |
Monitor defines an error handling policy.
|
| Mono [Bap.Std.Bitvector] |
A comparable interface with size-monomorphic comparison.
|
| Monoid [Monads.Std] |
A monoid set.
|
| Move [Bap_traces.Std] |
Represent a movement of data
|
| Multi [Monads.Std.Monad.State] |
The Multi State monad.
|
N | |
| Name [Bap_primus.Std.Primus.Lisp.Doc] | |
| Name [Bap_primus.Std.Primus.Linker] | |
| Node [Graphlib.Std.Graph] |
Graph nodes.
|
| Node [Bap.Std.Graphs.Ir] |
IR Graph node.
|
| Normalized [Bap.Std.Insn.Trie] | |
| Normalized [Bap.Std.Disasm_expert.Basic.Trie] | |
| Normalized [Bap.Std.Op] |
Normalized comparison.
|
| Normalized [Bap.Std.Bil.Trie] | |
| Nullary [Bap_bml.Ops] | |
O | |
| Object [Bap_taint.Std.Taint] |
Each taint represents an abstract object that we would like
to track.
|
| Observation [Bap_primus.Std.Primus.Machine.S] |
Observations interface.
|
| Observation [Bap_primus.Std.Primus] |
Machine Observation.
|
| Of_ocamlgraph [Graphlib.Std.Graphlib] | Of_ocamlgraph(O) creates an adapter module, that implements
Graphlib interface on top of the module implementing
OCamlGraph interface.
|
| Ogre |
OGRE - Open Generic Representation.
|
| Op [ARM] | |
| Op [Bap.Std] |
Operand
|
| Opaque [Regular.Std] |
Opaque type is like regular type, except that we can print or
examine it in any way.
|
| Option [Monads.Std.Monad] |
The option aka Maybe monad.
|
P | |
| Pair [Monads.Std.Monad.S2] |
The pair interface lifted into the monad.
|
| Pair [Monads.Std.Monad.S] |
The pair interface lifted into the monad.
|
| Parser [Bap_c.Std.C] | |
| Partition [Graphlib.Std] |
Result of a set partitioning.
|
| Pass [Bap.Std.Project] |
A program analysis pass.
|
| Pass [Bap.Std.Bil] |
A BIL analysis pass
|
| Path [Graphlib.Std] |
Path between two nodes.
|
| Pcmpstr [X86_types] |
See section 4.1 of the Intel® 64 and IA-32 Architectures Software
Developer’s Manual, Volumes 2A & 2B: Instruction Set Reference
(order numbers 253666 and 253667)
|
| Persistent [Bap_strings_index] | |
| Phi [Bap.Std] |
PHI-node
|
| Plugin [Bap_plugins.Std] |
Plugin - a loadable self-contained piece of code.
|
| Plugin_options [Bap_build.Std] | |
| Plugin_rules [Bap_build.Std] | |
| Plugins [Bap_plugins.Std] |
Plugin loader.
|
| Plus [Monads.Std.Monad] |
A parametric monoid
|
| Policy [Bap_taint.Std.Taint.Propagation] | |
| Pos [Bap_primus.Std.Primus] |
A hierarchical program position.
|
| Predicates [Bap_bml] | |
| Prefix [Bap.Std.Trie.String] | |
| Prefix [Bap.Std.Trie.Array] | |
| Primitive [Bap_primus.Std.Primus.Lisp] | |
| Primus [Bap_primus.Std] | |
| Printable [Bap_strings_unscrambler.Ascii] |
All printable ASCII characters
|
| Printable [Regular.Std] |
Printable data structures.
|
| Product [Monads.Std.Monoid.Float] |
A monoid over product
|
| Product [Monads.Std.Monoid.Int] |
A monoid over product
|
| Program [Bap.Std] |
Program in Intermediate representation.
|
| Project [Bap.Std] |
Disassembled program.
|
| Promise [Bap_future.Std] |
An promise to provide a value in a future.
|
| Propagation [Bap_taint.Std.Taint] |
Policy based propagation.
|
| Proto [Bap_c_type] | |
| Provider [Bap_primus.Std.Primus.Observation] |
Data interface to the provider.
|
Q | |
| Qualifier [Bap_c_type] | |
| Query [Ogre] |
Domain specific language for constructing queries.
|
R | |
| R16 [Bap.Std.Memory.Trie] | |
| R16 [Bap.Std.Memory.Trie.Stable.V2] | |
| R16 [Bap.Std.Memory.Trie.Stable.V1] | |
| R32 [X86_env] |
32-bit mode registers
|
| R32 [Bap.Std.Memory.Trie] | |
| R32 [Bap.Std.Memory.Trie.Stable.V2] | |
| R32 [Bap.Std.Memory.Trie.Stable.V1] | |
| R64 [X86_env] |
64-bit mode registers
|
| R64 [Bap.Std.Memory.Trie] | |
| R64 [Bap.Std.Memory.Trie.Stable.V2] | |
| R64 [Bap.Std.Memory.Trie.Stable.V1] | |
| R8 [Bap.Std.Memory.Trie] | |
| R8 [Bap.Std.Memory.Trie.Stable.V2] | |
| R8 [Bap.Std.Memory.Trie.Stable.V1] | |
| Random [Bap_primus.Std.Primus.Generator] |
Random Number Generators
|
| Read [Regular.Std.Data] | Read typeclass.
|
| Reader [Bap_traces.Std.Trace] |
Reader interface.
|
| Reader [Monads.Std.Monad] |
The Reader monad.
|
| Reconstructor [Bap.Std] |
Reconstructor is responsible for reconstructing symbol table
from a CFG.
|
| Recursive [Bap.Std.Disasm_expert] |
Recursive Descent Disassembler.
|
| Reg [X86_asm] | |
| Reg [ARM] | |
| Reg [Bap.Std] |
Register.
|
| Regular [Regular.Std] |
Regular types models a general concept of value, i.e., something
that can be used in way similar to regular
int , string ,
char and other built in types.
|
| Regular |
Regular Library.
|
| Rel [Bap_taint.Std.Taint] |
Relation between a value and an object that we track.
|
| Result [Monads.Std.Monad] |
The Result Monad.
|
| Result [Bap.Std.Bil] | |
| Return [Bap_traces.Std] |
A return from a call.
|
| Rooter [Bap.Std] |
Rooter finds starts of functions in the binary.
|
| Rule [Bare] |
Matching rule specification.
|
S | |
| Scanner [Bap_strings.Std.Strings] | |
| Scheme [Bap.Std.Image] |
A scheme of image specification.
|
| Search [Bap_c_type_mapper] |
Search Monad.
|
| Section [Bap_dwarf.Std.Dwarf] |
File sections
|
| Section [Bap.Std.Backend] |
Just a named region of memory.
|
| Seeded [Bap_primus.Std.Primus.Generator.Random] |
Self seeded generators.
|
| Segment [Bap.Std.Image] |
Image Segments.
|
| Segment [Bap.Std.Backend] |
A named contiguous part of file with permissions.
|
| Self [Bap.Std] |
A self reflection.
|
| Seq [Monads.Std.Monad] |
The Sequence monad.
|
| Seq [Monads.Std.Monad.S2] |
The Monad.Collection.S2 interface
for sequences
|
| Seq [Monads.Std.Monad.S] |
The Monad.Collection.S interface
for sequences
|
| Seq [Regular.Std] |
Lazy sequence.
|
| Seq [Bap.Std] |
Lazy sequence
|
| Service [Bap_ida.Std] |
Allow plugins to specify that they can provide IDA service
|
| Service [Regular.Std.Data.Cache] |
Service injection point.
|
| Set [Monads.Std.Monoid] |
A set monoind.
|
| Signal [Bap_future.Std] |
A handler to produce elements in streams.
|
| Size [Bap_c.Std.C] | |
| Size [Bap.Std] |
Type safe operand and register sizes.
|
| Solution [Graphlib.Std] |
A solution to a system of fixed-point equations.
|
| Source [Bap.Std] |
Source of information.
|
| Spec [Bap_c_type] | |
| Spec [Bap_primus.Std.Primus.Lisp.Type] |
Type Specifier DSL.
|
| Stable [Bap.Std.Memory.Trie] | |
| Stable [Bap.Std.Bitvector] |
Stable marshaling interface.
|
| Stack [Bap_c_abi] |
An abstraction of a stack, commonly used in C compilers.
|
| Stack [Monads.Std.Monoid] |
A list monoid that accumulates data in a
reversed order.
|
| State [Bap_c_type_mapper] |
the mapper lifted into a regular state monad.
|
| State [Bap_primus.Std.Primus.Machine] |
Machine State.
|
| State [Monads.Std.Monad] |
The State Monad.
|
| Std [Bap_strings] | |
| Std [Bap_traces] |
Traces of execution.
|
| Std [Bap_llvm] |
Initialize LLVM backend.
|
| Std [Bap_ida] | |
| Std [Bap_dwarf] |
DWARF parser
|
| Std [Bap_demangle] | |
| Std [Bap_build] |
bapbuild support library.
|
| Std [Bap_c] | |
| Std [Bap_primus] | |
| Std [Bap_taint] | |
| Std [Graphlib] |
Graph library
|
| Std [Bap_future] |
Future library.
|
| Std [Monads] |
Monad Transformer Library.
|
| Std [Regular] |
Interface that should support any regular data type.
|
| Std [Bap_plugins] |
Interface to the plugin subsystem.
|
| Std [Bap_bundle] | |
| Std [Bap] | |
| Stmt [Bap.Std] | Regular interface for BIL statements
|
| Storage [Bap.Std.Bil] |
Predefined storage classes
|
| Stream [Bap_future.Std] |
A stream of elements.
|
| String [Ogre.Query] |
Defines field subscripting syntax.
|
| String [Monads.Std.Monoid] |
A monoid on strings.
|
| String [Bap.Std.Trie] |
Predefined prefix and suffix string tries.
|
| Strings [Bap_strings.Std] | |
| Sub [Bap.Std] |
Subroutine.
|
| Suffix [Bap.Std.Trie.String] | |
| Suffix [Bap.Std.Trie.Array] | |
| Sum [Monads.Std.Monoid.Float] |
A monoind over addition
|
| Sum [Monads.Std.Monoid.Int] |
A monoind over addition
|
| Symbol [Bap_primus.Std.Primus.Value.Make] |
Symbol Value Isomorphism.
|
| Symbol [Bap.Std.Image] |
Symbol.
|
| Symbol [Bap.Std.Backend] |
Symbol definition, that can span several non-contiguous parts of
memory
|
| Symbolizer [Bap.Std] |
Symbolizer maps addresses to function names
|
| Symtab [Bap.Std] |
Reconstructed symbol table.
|
| Syntax [Bap_primus.Std.Primus.Value.Make] |
Int-like syntax.
|
| Syntax [Bap_primus.Std.Primus.Machine.S] |
Computation Syntax.
|
| Syntax [Monads.Std.Monad.S2] |
Monadic operators, see
Monad.Syntax.S2 for more.
|
| Syntax [Monads.Std.Monad.S] |
Monadic operators, see
Monad.Syntax.S for more.
|
| Syntax [Monads.Std.Monad] |
Describes monadic operators.
|
| Syscall [Bap_traces.Std] |
a system call
|
T | |
| T [Monads.Std.Monad.Result.Exception] | |
| T [Monads.Std.Monad.Result.Error] | |
| T1 [Monads.Std.Monad.Cont] | |
| T1 [Monads.Std.Monad.Lazy] | |
| T1 [Monads.Std.Monad.Fun] | |
| T1 [Monads.Std.Monad.State] | |
| T1 [Monads.Std.Monad.State.Multi] | |
| T1 [Monads.Std.Monad.Reader] | |
| T1 [Monads.Std.Monad.Writer] | |
| T1 [Monads.Std.Monad.Seq] | |
| T1 [Monads.Std.Monad.List] | |
| T1 [Monads.Std.Monad.Result] | |
| T1 [Monads.Std.Monad.Option] | |
| T1 [Bap.Std.Eval] |
An evaluator interface parametrized by a
T1 monad.
|
| T2 [Monads.Std.Monad.Cont] | |
| T2 [Monads.Std.Monad.Lazy] | |
| T2 [Monads.Std.Monad.Fun] | |
| T2 [Monads.Std.Monad.State] | |
| T2 [Monads.Std.Monad.State.Multi] | |
| T2 [Monads.Std.Monad.Reader] | |
| T2 [Monads.Std.Monad.Seq] | |
| T2 [Monads.Std.Monad.List] | |
| T2 [Monads.Std.Monad.Result] | |
| T2 [Monads.Std.Monad.Option] | |
| T2 [Bap.Std.Eval] |
An evaluator parametrized by a
T2 monad.
|
| TList [Monads.Std.Monoid] |
Concretizes
'a list to T.t list
|
| Table [Bap.Std] |
Table.
|
| Tag [Bap_dwarf.Std.Dwarf] |
Debug Entry Tag
|
| Tag [Bap.Std.Value] |
Variants of values.
|
| Taint [Bap_taint.Std] |
Abstract taint.
|
| Taint [Bap.Std] |
Abstract taint.
|
| Term [Bap.Std] |
IR language term.
|
| Text_tags |
Controls tags in format strings.
|
| Tid [Bap.Std] |
Term identifier
|
| Tid [Bap.Std.Graphs] |
Graph of Term identifiers.
|
| To_ocamlgraph [Graphlib.Std.Graphlib] | To_ocamlgraph(G) returns a module that implements
OCamlGraph interface for a persistent graph.
|
| To_string [Regular.Std.Bytes] | |
| Trace [Bap_traces.Std] |
Trace is a stream of events plus meta data.
|
| Trace [Bap_primus.Std.Primus.Linker] |
Call tracing.
|
| Trace_stats [Bap_traces.Std] |
Information about the trace itself
|
| Tracer [Bap_traces.Std] |
Information about a tracer tool.
|
| Traces [Bap_traces.Std] |
Loaded traces.
|
| Tracker [Bap_taint.Std.Taint] |
Taint tracker control module.
|
| Trans [Monads.Std.Monad] |
Monad Transformer Interface.
|
| Tree [Graphlib.Std] |
Tree is a particular subtype of a graph for which
each node has only one predecessor, and there is only
one path between tree root and any other node.
|
| Trie [Bap.Std.Insn] |
Prefix Tree
This module provides a trie data structure where a sequence of
instructions is used as a key (and an individual instruction
as a token).
|
| Trie [Bap.Std.Disasm_expert.Basic] |
Trie maps over instructions
|
| Trie [Bap.Std.Memory] |
Tries over memory
|
| Trie [Bap.Std.Bil] |
Tries on BIL.
|
| Trie [Bap.Std.Bitvector] |
Prefix trees for bitvectors.
|
| Trie [Bap.Std] |
Constructs a trie
|
| Triple [Monads.Std.Monad.S2] |
The triple interface lifted into a monad.
|
| Triple [Monads.Std.Monad.S] |
The triple interface lifted into a monad.
|
| Type [Bap_c.Std.C] | |
| Type [Bap_primus.Std.Primus.Lisp] |
Lisp Type System.
|
| Type [Ogre] |
Ogre type system.
|
| Type [Bap.Std] |
The type of a BIL expression.
|
| Type_error [Bap.Std] | |
| Typeid [Bap.Std.Value] |
Persistent type identifiers.
|
| Types [Bap.Std.Bil] | |
U | |
| Unary [Bap_bml.Ops] | |
| Unit [Monads.Std.Monoid] |
a trivial monoid
|
| Unsafe [Regular.Std.Bytes] |
Unsafe conversions (for advanced users)
|
| Unsafe [Bap.Std.Bitvector] |
Arithmentic operations that doesn't check the widths.
|
| Unscrambler [Bap_strings.Std.Strings] | |
V | |
| V1 [Bap.Std.Memory.Trie.Stable] | |
| V1 [Bap.Std.Bitvector.Stable] | |
| V2 [Bap.Std.Memory.Trie.Stable] | |
| V2 [Bap.Std.Bitvector.Stable] | |
| Value [Bap_primus.Std.Primus] |
A result of computation.
|
| Value [Bap.Std] |
Universal Values.
|
| Value [Bap.Std.Bil.Result] | |
| Var [Bap.Std] |
BIL variable.
|
| Variadic [Bap_future.Std.Stream] | |
| Variadic [Bap_future.Std.Future] | |
| Variadic [Bap_future.Std] |
Variadic arguments.
|
| Vector [Bap.Std] |
Resizable Array.
|
| Versioned [Regular.Std.Data] |
Versioned interfaces
|
W | |
| With_error [Bap.Std.Memory] |
iterators lifter to the Or_error monad
|
| With_exn [Bap.Std.Disasm] | With_exn.f is the same as f except that it throws an
exception instead of returning Error .
|
| With_exn [Bap.Std.Disasm_expert.Linear] | |
| Word [Bap.Std] |
Shortcut for bitvectors that represent words
|
| Write [Regular.Std.Data] |
Write typeclass.
|
| Writer [Monads.Std.Monad] |
The Writer monad.
|
X | |
| X86_asm | |
| X86_asm_reg | width reg_type returns the size of the given reg_type
|
| X86_asm_reg_types |
Basic register types of all supported X86 registers.
|
| X86_cpu |
IA32 Architecture Registers.
|
| X86_env |
condition flag bits
|
| X86_llvm_env |
This module exposes register functionality that is based on
LLVM's disassembler.
|
| X86_types |
See section 4.1 of the Intel® 64 and IA-32 Architectures Software
Developer’s Manual, Volumes 2A & 2B: Instruction Set Reference
(order numbers 253666 and 253667)
|


{{nav.name}}
(current)
Top
(current)
販售中
(current)
相關資訊
(current)
線上訂位
(current)
品項
價錢
{{drip.name}}
{{drip.price}}
品項
價錢
{{drip.name}}
{{drip.price}}
品項
M
L
{{drip.name}}
{{drip.price}}
{{drip.price}}
品項
M
L
{{drip.name}}
{{drip.price}}
{{drip.price}}


pkexec - Execute a command as another user
pkexec [--version] [--disable-internal-agent] [--help]
pkexec [--user username] PROGRAM [ARGUMENTS...]
pkexec allows an authorized user to execute PROGRAM as another user. If username is not specified, then the program will be executed as the administrative super user, root.
Upon successful completion, the return value is the return value of PROGRAM. If the calling process is not authorized or an authorization could not be obtained through authentication or an error occured, pkexec exits with a return value of 127. If the authorization could not be obtained because the user dismissed the authentication dialog, pkexec exits with a return value of 126.
pkexec, like any other PolicyKit application, will use the authentication agent registered for the calling process. However, if no authentication agent is available, then pkexec will register its own textual authentication agent. This behavior can be turned off by passing the --disable-internal-agent option.
Executing a program as another user is a privileged operation. By default the required authorization (See the section called (lqREQUIRED AUTHORIZATIONS(rq) requires administrator authentication. In addition, the authentication dialog presented to the user will display the full path to the program to be executed so the user is aware of what will happen:
[IMAGE]s-2u[1]ds+2
+----------------------------------------------------------+ | Authenticate [X] | +----------------------------------------------------------+ | | | [Icon] Authentication is needed to run `/bin/bash*(Aq | | as the super user | | | | An application is attempting to perform an | | action that requires privileges. Authentication | | as the super user is required to perform this | | action. | | | | Password for root: [_________________________] | | | | [V] Details: | | Command: /bin/bash | | Run As: Super User (root) | | Action: org.freedesktop.policykit.exec | | Vendor: The PolicyKit Project | | | | [Cancel] [Authenticate] | +----------------------------------------------------------+
The environment that PROGRAM will run it, will be set to a minimal known and safe environment in order to avoid injecting code through LD_LIBRARY_PATH or similar mechanisms. In addition the PKEXEC_UID environment variable is set to the user id of the process invoking pkexec. As a result, pkexec will not allow you to run X11 applications as another user since the $DISPLAY and $XAUTHORITY environment variables are not set. These two variables will be retained if the org.freedesktop.policykit.exec.allow_gui annotation on an action is set to a nonempty value; this is discouraged, though, and should only be used for legacy programs.
By default, the org.freedesktop.policykit.exec authorization is required unless an action definition file is present for the program in question. To require another authorization, it can be specified using the org.freedesktop.policykit.exec.path annotation on an action (See the section called (lqEXAMPLE(rq for details).
To specify what kind of authorization is needed to execute the program /usr/bin/pk-example-frobnicate as another user, simply write an action definition file like this
<?xml version="1.0" encoding="UTF-8"?> <!DOCTYPE policyconfig PUBLIC "-//freedesktop//DTD PolicyKit Policy Configuration 1.0//EN" "http://www.freedesktop.org/standards/PolicyKit/1/policyconfig.dtd"> <policyconfig> <vendor>Examples for the PolicyKit Project</vendor> <vendor_url>http://hal.freedesktop.org/docs/PolicyKit/</vendor_url> <action id="org.freedesktop.policykit.example.pkexec.run-frobnicate"> <description>Run the PolicyKit example program Frobnicate</description> <description xml:lang="da">Kør PolicyKit eksemplet Frobnicate</description> <message>Authentication is required to run the PolicyKit example program Frobnicate (user=$(user), program=$(program), command_line=$(command_line))</message> <message xml:lang="da">Autorisering er påkrævet for at afvikle PolicyKit eksemplet Frobnicate (user=$(user), program=$(program), command_line=$(command_line))</message> <icon_name>audio-x-generic</icon_name> <defaults> <allow_any>no</allow_any> <allow_inactive>no</allow_inactive> <allow_active>auth_self_keep</allow_active> </defaults> <annotate key="org.freedesktop.policykit.exec.path">/usr/bin/pk-example-frobnicate</annotate> </action> </policyconfig>
and drop it in the /usr/share/polkit-1/actions directory under a suitable name (e.g. matching the namespace of the action). Note that in addition to specifying the program, the authentication message, description, icon and defaults can be specified. Note that occurences of the strings $(user), $(program) and $(command_line) in the message will be replaced with respectively the user (of the form "Real Name (username)" or just "username" if there is no real name for the username), the binary to execute (a fully-qualified path, e.g. "/usr/bin/pk-example-frobnicate") and the command-line, e.g. "pk-example-frobnicate foo bar". For example, for the action defined above, the following authentication dialog will be shown:
[IMAGE]s-2u[2]ds+2
+----------------------------------------------------------+ | Authenticate [X] | +----------------------------------------------------------+ | | | [Icon] Authentication is required to run the PolicyKit | | example program Frobnicate | | | | An application is attempting to perform an | | action that requires privileges. Authentication | | is required to perform this action. | | | | Password: [__________________________________] | | | | [V] Details: | | Command: /usr/bin/pk-example-frobnicate | | Run As: Super User (root) | | Action: org.fd.pk.example.pkexec.run-frobnicate | | Vendor: Examples for the PolicyKit Project | | | | [Cancel] [Authenticate] | +----------------------------------------------------------+
If the user is using the da_DK locale, the dialog looks like this:
[IMAGE]s-2u[3]ds+2
+----------------------------------------------------------+ | Autorisering [X] | +----------------------------------------------------------+ | | | [Icon] Autorisering er påkrævet for at afvikle | | PolicyKit eksemplet Frobnicate | | | | Et program forsøger at udføre en handling der | | kræver privilegier. Autorisering er påkrævet. | | | | Kodeord: [___________________________________] | | | | [V] Detaljer: | | Bruger: Super User (root) | | Program: /usr/bin/pk-example-frobnicate | | Handling: org.fd.pk.example.pkexec.run-frobnicate | | Vendor: Examples for the PolicyKit Project | | | | [Annullér] [Autorisering] | +----------------------------------------------------------+
Note that pkexec does no validation of the ARGUMENTS passed to PROGRAM. In the normal case (where administrator authentication is required every time pkexec is used), this is not a problem since if the user is an administrator he might as well just run pkexec bash to get root.
However, if an action is used for which the user can retain authorization (or if the user is implicitly authorized), such as with pk-example-frobnicate above, this could be a security hole. Therefore, as a rule of thumb, programs for which the default required authorization is changed, should never implicitly trust user input (e.g. like any other well-written suid program).
Written by David Zeuthen<EMAIL_ADDRESS>with a lot of help from many others.
Please send bug reports to either the distribution or the polkit-devel mailing list, see the link m[blue]%http://lists.freedesktop.org/mailman/listinfo/polkit-develm[] on how to subscribe.
polkit(8), pkaction(1), pkcheck(1), pkttyagent(1)
/usr/share/gtk-doc/html/polkit-1/pkexec-bash.png
/usr/share/gtk-doc/html/polkit-1/pkexec-frobnicate.png
/usr/share/gtk-doc/html/polkit-1/pkexec-frobnicate-da.png


Home
Event Listeners
Javascript Query Selectors
This page uses an event listener, which simplifies our code.
#one
#two
#three
#four
#five
#six
#seven
#eight
#nine


Store data with ArcGIS, access it in R, return R objects back to ArcGIS native data types (e.g. geodatabase feature classes)
Knows how to convert spatial data to sp objects, R native spatial data type
Building R Script Tools
R: Demo
What’s next?
Raster support (come see it in action tomorrow)
Simple features (sf package)
Scaling with Azure
DSVM Integration
DSVM Integration
ArcGIS Pro in Azure
Data Science and Deep Learning machines (high performance)
A unified environment for AI problem solving —
Provides an in-depth solution – the latest data science code, Microsoft’s Cognitive Toolkit (CNTK), ArcGIS Pro, ArcPy, R-ArcGIS Bridge, and Microsoft R Open
DSVM Integration
We’re excited to see how this can be used. The great work that the Chesapeake Conservancy is doing, extended to your own projects
R-ArcGIS bridge works seamlessly with Microsoft R Open
Shared Backbone of Conda (Continuum Analytics) to create a consistent environment for analysis


When certain HTTP/1.1 origin servers receive an HTTP/1.0 request
(e.g., from Squid), and the response contains a
Vary header, they also add an
Expires header set to the current time. This is to
prevent HTTP/1.0 caches, which may not understand the
Vary header, from incorrectly reusing a cached
response. Squid understands and implements the Vary header
but still sends the string
"HTTP/1.0" in its requests.
You'll need to enable this directive if you want to
get cache hits from responses with Vary and with
Expires equal to Date. This
directive is somewhat dangerous because the origin server may have
its own reasons (other than maintaining backward compatibility) for
setting the Expires header. |
Syntax
|
vary_ignore_expire on|off
| |
Default
|
vary_ignore_expire off
| |
Example
|
vary_ignore_expire on
|
|


Borderlands 3's first campaign DLC is Moxxi's Heist of the Handsome Jackpot
What is dead may never die in Handsom Jack's case.
by Jennifer LockeSource: Gearbox
What you need to know
- Borderlands 3's first campaign DLC has us raiding the Handsome Jackpot for Moxxi.
- It is set to release on December 19, 2019.
- It is available for Season Pass holders or those who purchased the Super Deluxe Edition of Borderlands 3.
Because Gearbox just can't let go of Handsome Jack, Borderlands 3's first major campaign DLC focuses on the former Hyperion CEO... sort of. He's still rotting in the ground after his death, but Mad Moxxi has a job for us Vault Hunters: to raid his lavish casino and loot the riches within. Sounds fun.
Moxxi's assembling a crew to plunder a derelict space station casino and you've proven yourself worthy of joining her ragtag team of "experts." Successfully battle your way through Hyperion security forces and crazed casino-goers to reach a safe loaded with Eridium, cash, and all-new Legendary loot!
In order to be able to play the expansion once it's downloaded, you'll need to have made it far enough in the game to reach Sanctuary III. Enemies and loot will scale to your Vault Hunter's level, which will be perfect considering this DLC has some new legendaries to collect.
Moxxi's Heist of the Handsome Vault will be available on December 19, 2019 to those who own the Season Pass or purchased the Super Deluxe Edition of Borderlands 3. It will also be available to purchase separately by itself if you own the base game.
Welcome back
Borderlands 3 - Super Deluxe Edition
Prepare for the fight of the galaxy
Get ready to raid the Handsome Jackpot for Moxxi, and reao the rewards of Jack's lavish lifestyle for yourself. This DLC is available to owners of the Season Pass or those who buy the Super Deluxe Edition of the game.
We may earn a commission for purchases using our links. Learn more.


Module Name: FormModule
Module Name: FormModule
The HTML form element represents a document section that contains interactive controls for submitting information to a web server. So the truly-ui form approached is the same, but using the power of angular forms.
The Form identifies all components that CAN receive focus and create a map for tabbing, even the
components
are with the [tabindex]
set, the form will respect the tabindex
of the component
and
will organize the others components based on user's component config.
The Truly-ui form is compatible with reactive forms of angular, using the same directives used on native elements. see more of reactive forms: https://angular.io/guide/reactive-forms
The expression "Smart Form" is basically the same modal approach, what changes and ends up becoming a form has a functionality to work in the form of CRUD (Create, Read, Update and Delete) and manages to create a form with these actions defined and tasked to execute upon completion.
The Form validations works together with the Angular Validations, can be used as Template Driven
orReactive Forms
The Form allow users to control tabbing by key Enter
, ArrowUp
and
ArrowDown
to navigation through components.
The Form Result is a JSON of values of all components with [ngModel]
in the form. The form
gets
these values and return to the origin component.


Having a sweet home is everyone's dream. Have you
owned your dream house?
We provide a wide of selection of home types for you and your
family and are free to choose a home model
We guarantees the quality of your home you bought
from D’house
Your transactions will always be kept confidential
and will get discounted
By buying a house from D’house, you will get a tax
discount
Testimonial
I recommend anyone to buy house on
D’house. I received great customer service
from the specialists who helped me.
D’house is the best property agent in the
world. I received great customer service
from the D’house agent
Need more time to discuss? Won’t worry, we are
ready to help you. You can fill in the column on the
right to book a meeting with us. Totally free.


This guide is for Partners building an onboarding integration with custom user interface (UI) to upload merchant applications and manage documentation.
If you’re interested in a hosted solution for onboarding, contact your Account Manager.
To get a custom UI using our Onboarding API, you’ll need to construct an environment that integrates our sandbox, and have it approved by our Onboarding Team.
To begin, make sure you’re signed up for a partner account. After you’re accepted, we’ll email you an API access token for our sandbox environment along with a Pricing Package ID.
Your test Pricing Package ID will set the rates for customers that begin processing.
Once you have your account and pricing ID, you’ll be ready to start building your environments. To help with your integration you can review our Onboarding API References.
Using the API access token provided by your Account Manager, you can start building your integration.
The sandbox you have access to will be a direct clone of the Production environment, and allows you to test the workflow of Onboarding.
This sandbox is currently limited to Onboarding and does not include test payments.
All API calls to the sandbox are made through the following URL:
https://sandbox-api.na.bambora.com/
If an application is created using the PSP-CAD flow, a request to GET it would look like:
https://sandbox-api.na.bambora.com/v1/boarding/workflows/psp-cad/applications/{applicationId}
As an application moves through the Onboarding process, it will be in multiple states:
| State | Description |
|---|---|
in_progress |
Any application created, but missing information in required fields. |
in_review |
Any application that is complete, but has not been approved or rejected. Applications in review cannot be updated or changed. |
on_hold |
Any application that is held from approval or rejection by a member of the Bambora Onboarding Team. |
approved |
Any complete application that is approved to begin processing. |
rejected |
Any complete application that fails to meet approval criteria. |
An application that is
rejected
cannot be reviewed further, and must be re-submitted as a new application.
To test the transition between states in the sandbox environment, you can enter a magic string in the company_name
field on a POST or PUT request.
in_progress
to approved
.in_progress
to rejected
.Once you’ve completed all of your integration testing, contact your Account Manager to begin the review.
Most reviews take no longer than a single business day, and ensure that your integration is:
After your integration is approved, you’ll be provided with a Production API key for your Production environment. Other than your magic string no longer working, the two environments will be identical.
All API calls to the sandbox are made through the following URL:
https://api.na.bambora.com/
If an application is created using the PSP-CAD flow, a request to GET it would look like:
https://api.na.bambora.com/v1/boarding/workflows/psp-cad/applications/{applicationId}
When you make an HTTP request to the API, headers are required for both authentication, and the API version.
Every request that is made to the Onboarding and Payments API requires an API access token, and can be included in the header:
Authorization: Bearer YOUR_TOKEN_HERE
You can find a list of our Onboarding API versions here. Any new integrations require the most recent version.
Add the version number to the Header of your API request:
X-API-Version: 2016-08-18
If the API is updated, or a new one is introduced, it will appear in the Changelog. If an API is ever deprecated, you’ll be notified via email well in advance with assistance in updating.
All endpoints in the Onboarding API are organised based on the functionality being requested. We call these, ‘flows’.
All flows support the creation, reading, and updating of applications, as well as requesting Terms and Conditions. Some flows also support creating and reading of documents attached to applications.
Each application can only be associated with a single flow. If a Merchant wants to work through multiple flows to accept multiple currencies, for example, they’ll need to submit an application for each flow.
Fund transfer flow is used for financial transactions between institutions such as banks completing direct deposit, payroll, and batched transactions. Accounts using a fund transfer flow are locked to the specified region.
| Flow | Description |
|---|---|
| SEPA-EUR | Single Euro Payments in Europe. |
| BACS-GBP | Bankers Automated Clearing Service and Payment Schemes Limited in the United Kingdom. |
| ACH-USD | Automated Clearing House in the United States of America. |
| EFT-CAD | Electronic Funds Transfer in Canada. |
Used for processing payment transactions including credit cards. Accounts using a card payments flow are locked to the specified region.
| Flow | Description |
|---|---|
| PSP-CAD | Payment Service Providers in Canada. |
| PSP-USD | Payment Service Providers in the United States of America. |
A flow for any Merchant Account held with another acquirer, the gateway flow allows transactions like the card payments flow.
| Flow | Description |
|---|---|
| GW-CDN | Gateway Services in Canada. |
| GW-USA | Gateway Services in the United States of America. |
You can find a complete list of flows in our Onboarding API References, with the most recent version of the API specs here, and Terms and Conditions here.
As we run through all of the parts of an integration call, we’ll be referring to the PSP-CAD Card payments flow.
In your UI, Bambora’s Terms and Conditions must be linked to or displayed. Our API requires that you clearly specify the version of the terms, the pricing or rate, as well as the date and time when they are agreed to. This ensures that the merchant is aware of processing fees and their cost. If you require custom Terms and Conditions, you can reach out to your Account Manager to learn more.
Standard Terms and Conditions are acquired through a GET, and can be requested as either a PDF or HTML.
/v1/boarding/workflows/psp-cad/terms/{partner}/{file_type}/version
In the example below, the call is being made for the Terms as HTML. For default Terms, set the partner
value to default
.
With Terms and Conditions calls, the version and authorisation header are optional
To begin the two-step call, execute the following cURL command.
curl
curl https://sandbox-api.na.bambora.com/v1/boarding/workflows/psp-cad/terms/default/html/version \
-H "Authorization: Bearer YOUR_TOKEN_HERE" \
-H "Content-Type: application/json" \
-H "X-API-Version : SELECTED_VERSION_HERE"
A JSON object will be returned.
json
{
"version": "o5xq2r8JtnqYUWr1mURrOEZVXyx_fihe",
"name": "psp-cad/default/html/2017-04-03_21:25:10"
}
Next, extract the version
for your second call.
curl
curl https://sandbox-api.na.bambora.com/v1/boarding/workflows/psp-cad/terms/default/html/version/o5xq2r8JtnqYUWr1mURrOEZVXyx_fihe \
-H "Authorization: Bearer YOUR_TOKEN_HERE" \
-H "Content-Type: application/json" \
-H "X-API-Version : SELECTED_VERSION_HERE"
This second API call will return a raw HTML or PDF of the Terms and Conditions.
During the review process of your interface and integration, the Onboarding Team will ensure you’re displaying the Terms and Pricing correctly.
When you create an application, you’ll need to include the first JSON version
, and name
call references from the Terms, not the name from the header of the second call.
To create a new applicaton, you’ll POST using
/v1/boarding/workflows/psp-cad/applications
While there are no required fields to make an HTTP request, fields highlighted by a red asterisk are required to move an application to the in_review
state. The sample below has all of the required fields for a PSP-CAD application. In the testing sandbox, this application would be moved to approved
.
Execute the following cURL request by adding your version, authorisation header, and pricing package ID, and the required application fields.
curl
curl https://sandbox-api.na.bambora.com/v1/boarding/workflows/psp-cad/applications \
-H "Authorization: Bearer YOUR_TOKEN_HERE" \
-H "Content-Type: application/json" \
-H "X-API-Version : SELECTED_VERSION_HERE" \
-d '{
"pricing_id": "123_YOUR_ID_123",
"applicant": {
"first_name": "Jane",
"last_name": "Doe",
"date_of_birth": "1988-03-25T22:00:00.00000Z",
"phone_number": "222-222-2222",
"email"<EMAIL_ADDRESS>"agreement": {
"name": "psp-cad/default/html/2017-04-03_21:25:10",
"version": "o5xq2r8JtnqYUWr1mURrOEZVXyx_fihe",
"timestamp": "2017-03-25T22:04:10.04399Z"
},
"address": {
"address_line1": "123 Main Street",
"city": "Victoria",
"country":"CA"
}
},
"business": {
"company_name": "TEST_APPROVED",
"annual_sales": 800000.00,
"merchant_category": "5813",
"entity_type": "partnership",
"start_date": "2013-06-01T22:06:00.00000Z",
"address": {
"address_line1": "123 Main Street",
"city": "Victoria",
"country":"CA"
},
"bank_account": {
"owner_name": "Jane Doe",
"transit_number": "69877",
"institution_number": "345",
"account_number": "3453"
}
}
}'
> The agreement
variables require the Terms and Conditions version
and name
from the first API call.
> All date and time variables are IS-8601 format YYYY-MM-DDThh:mm:ssTZD
. For full dates that have no specific time, set the time to zeros.
All submitted applications can be fetched through a GET.
/v1/boarding/workflows/psp-cad/applications
The application ID is returned in the initial POST request, and used to retrieve the application. Using the cURL below, you’ll add your authorisation header, version, and application ID.
curl
curl https://sandbox-api.na.bambora.com/v1/boarding/workflows/psp-cad/applications/{applicationId} \
-H "Authorization: Bearer YOUR_TOKEN_HERE" \
-H "Content-Type: application/json" \
-H "X-API-Version : SELECTED_VERSION_HERE" \
After an application has reached the approved
state, the Merchant ID in the response will be used to process payments through your account.
To find out if an application has been approved, use an HTTP GET with the application ID to request the application state.
Any application currently in the in_progress
state can be modified and updated using a PUT.
/v1/boarding/workflows/psp-cad/applications/{applicationId}
Using the application ID from the POST return, you’ll be able to update information on an application.
If your update to an application is a single variable such as phone_number
, like in the cURL below, you can add just that data. Any fields not passed will remain the way they were on creation.
curl
curl https://sandbox-api.na.bambora.com/v1/boarding/workflows/psp-cad/applications/{applicationId} \
-X PUT \
-H "Authorization: Bearer YOUR_TOKEN_HERE" \
-H "Content-Type: application/json" \
-H "X-API-Version : SELECTED_VERSION_HERE" \
-d '{
"applicant": {
"phone_number": "222-867-5309"
}
}'
To remove a field from a previously submitted application, set the value of the field to an empty string or zero.
curl
curl https://sandbox-api.na.bambora.com/v1/boarding/workflows/psp-cad/applications/{applicationId} \
-X PUT \
-H "Authorization: Bearer YOUR_TOKEN_HERE" \
-H "Content-Type: application/json" \
-H "X-API-Version : SELECTED_VERSION_HERE" \
-d '{
"applicant": {
"first_name": "",
"last_name": ""
}
}'
If you’re using the SEPA-EUR, BACS-GBP, ACH-USD, EFT-CAD, or PSP-USD flows, you can attach a document to an in_progress
application. For this example, we’ll use the PSP-USD flow.
To upload documents, use POST.
/v1/boarding/workflows/psp-usd/applications/{applicationId}/documents
You’ll use POST, GET, and DELETE for documents associated with an application. Execute the following cURL with your version, authorisation header, and application ID to add a document.
curl
curl https://sandbox-api.na.bambora.com/v1/boarding/workflows/psp-usd/applications/{applicationId}/documents \
-H "Authorization: Bearer YOUR_TOKEN_HERE" \
-H "Content-Type: application/json" \
-H "X-API-Version : SELECTED_VERSION_HERE" \
-d '{
"name": "bank_statement",
"type": "pdf",
"base64": "XXxx_PUT_BASE_64_ENCODED_STRING_OF_DOCUMENT_HERE_xxXX"
}'
Now that you’re ready to begin processing payments, you can learn about integrating with our Payments API. You can also use our Merchant Quickstart Guide to get up and running fast.


My E-Store
Thank You!
Please check your email, you will receive your order soon
Continue to homepage
Print info


Basic Parametric example¶
Load the included Balsakhi data set, which we’ll use to estimate the control mean.
library(pwrcalc)
data(balsakhi)
control_mean <- mean(subset(balsakhi$post_totnorm, balsakhi$bal == 0), na.rm = TRUE)
control_sd <- sd(subset(balsakhi$post_totnorm, balsakhi$bal == 0), na.rm = TRUE)
Let’s inspect the results to make sure we’re all on the same page.
> print(control_mean)
[1] 0.4288781
> print(control_sd)
[1] 1.15142
Let’s say, based on other studies, that we expect an effect size of a tenth of a standard deviation. Now let’s calculate the sample size given that we know the likely effect size.
expected_effect <- control_sd / 10
treated_mean <- expected_effect + control_mean
We can now calculate the sample size needed to test that hypothesis.
> twomeans(m1 = control_mean, m2 = treated_mean, sd = control_sd)
Two-sample t-test power calculation
m1 = 0.4288781
m2 = 0.5440201
n1 = 1570
n2 = 1570
sig.level = 0.05
power = 0.8
alternative = two.sided
NOTE:
m1 and m2 are the means of group 1 and 2, respectively.
n1 and n2 are the obs. of group 1 and 2, respectively.


| Code | Name | Gender | Annual Salary | Date of Birth |
|---|---|---|---|---|
| {{employee.code | uppercase}} | {{employee.name | employeeTitle:employee.gender}} | {{employee.gender}} | {{employee.annualSalary | currency:'USD':true:'1.3-3'}} | {{employee.dateOfBirth | date:'MM/dd/y' | uppercase}} |
| No employees to display |


I
SENT7
had my Nexplanon device inserted about eleven months ago. The only side effect I think I've experienced is spot bleeding. For a while it wasn't so bad- I wouldn't have my period for a very long time (like two months) then I would have it for longer than I used to with a different consistency (over a week). Now, I pretty much bleed randomly all the time.  I will probably get it taken out at my next gynecological exam.


Lewis Hamilton sends ‘massive’ apology to Alex Albon after Interlagos shunt
by FSA EditorLewis Hamilton was penalised for a crash that ended Alex Albon’s hopes of a maiden top-three finish at the Brazilian Grand Prix
Lewis Hamilton apologised for denying Alex Albon a first Formula One podium finish when he shunted his fellow driver off the track at the Brazilian Grand Prix.
World champion Hamilton took responsibility for the crash in the closing stages at Interlagos when he went down the inside rather than take the racing line heading into a corner.
It would have been an audacious overtaking move, but Hamilton could not get past second-placed Albon and the pair collided, with the Red Bull spinning off the circuit. He finished a lowly 14th.
Pierre Gasly went past both men to take an unlikely second place for Toro Rosso, with Hamilton crossing the line third for Mercedes. However, Stewards later imposed a five-second penalty that knocked Hamilton down to seventh.
Hamilton was asked after the race whether he had enough space and speed to execute the move.
“Honestly, I didn’t, but he did a great job. He was very fair with where he positioned the car,” Hamilton said. “I massively apologise to Albon.
“I went for a move where the gap was kind of there but it closed right at the end – completely my fault.”
Race winner Max Verstappen, also of Red Bull, and Hamilton fought a gripping battle for most of the race, until the drama moved up a level amid safety car disruptions in the final 20 laps.
“It was a great race. Max did a fantastic job today. They [Red Bull] just outclassed us in terms of overall performance. We couldn’t keep up with them on the straights,” Hamilton said.
“I raced my heart out. I gave everything and I took a lot of risks today as you saw.
“We could keep up with them [the Red Bulls] through the corners, but they were just outshining us on the straights, so I don’t think there was anything I could do.”


Documentation¶
Contributions to Bokeh will only be accepted if they contain sufficient and appropriate documentation support. This section outlines how to build and edit documentation locally, as well as describes conventions that the project adheres to.
Helping with documentation is one of the most valuable ways to contribute to a project. It’s also a good way to to get started and introduce yourself as a new contributor. The most likely way for typos or other small documentation errors to be resolved is for the person who notices the problem to immediately submit a Pull Request to with a correction. This is always appreciated! In addition to quick fixes, there is also a list of Open Docs Issues on GitHub that anyone can look at for tasks that need help.
Working on Documentation¶
Sphinx is used to generate HTML documentation. Due to the innate dependency of Bokeh on JavaScript, no other output formats are supported by the official build configuration. This section describes how to use Sphinx to build the Bokeh documentation from source.
Install requirements¶
In order to build the docs from source, you should have followed the instructions in Getting Set Up.
Some of the Bokeh examples in the documentation rely on sample data that is not included in the Bokeh GitHub repository or released packages, due to their size.
Once Bokeh is installed, the sample data can be obtained by executing the following command at a Bash or Windows prompt:
bokeh sampledata
See Sample Data for alternative instructions on how to download the sample data.
Build the Documentation¶
To generate the full documentation, first navigate to the sphinx
subdirectory of the Bokeh source tree.
cd sphinx
Sphinx uses the make
tool to control the build process. The most common
targets or the Bokeh makefile are:
clean
Remove all previously built documentation output. All outputs will be generated from scratch on the next build.
html
Build any HTML output that is not built, or needs re-building (e.g. because the input source file has changed since the last build)
serve
Start a server to serve the docs open a web browser to display. Note that due to the JavaScript files involved, starting a real server is necessary to view many portions of the docs fully.
For example, clean the docs build directory, run the follow command at the command line:
make clean
Multiple targets may be combined in a single make invocation. For instance, executing the following command will clean the docs build, generate all HTML docs from scratch, then open a browser to display the results:
make clean html serve
By default, built docs will load the most recent BokehJS from CDN. If you are
making local changes to the BokehJS and wish to have the docs use your locally
built BokehJS instead, you can set the environment variable BOKEH_DOCS_CDN
before calling make
:
BOKEH_DOCS_CDN=local make clean html serve
Source Code Documentation¶
Docstrings and Model help are available from a Python interpreter, but are also processed by the Sphinx build to automatically generate a complete Reference Guide.
Bokeh uses some common conventions to create a consistent documentation style.
Docstrings¶
We use Sphinx Napoleon to process docstrings for our reference documentation.
All docstrings are Google Style Docstrings. Docstrings should generally begin with a verb stating what the function or method does in a short statement. For example, the “verb first” style is preferred:
""" Create and return a new Foo. (GOOD)
"""
over the more verbose sentence below:
""" This function creates and returns a new Foo. (BAD)
"""
Docstrings for functions and methods should generally include the following sections:
Args
(unless the function takes no arguments)Returns
(even if the function just returnsNone
)
Short descriptions for parameters should be written in such a way that inserting an implicit “IS” makes a complete sentence. For example:
title_font (str, optional) :
A font used for the plot title (default: Sans)
can be reasonably read as “title_font IS a font used for the plot title”.
A complete example might look like:
def somefunc(name, level):
''' Create and return a new Foo.
Args:
name (str) :
A name for the Foo
level (int) :
A level for the Foo to be configured for
Returns:
Foo
'''
Models and Properties¶
Bokeh’s Model system supports its own system for providing detailed
documentation for individual properties. These are given as a help
argument to the property type, which is interpreted as standard Sphinx
ReST when the reference documentation is built. For example:
class DataRange(Range):
''' A base class for all data range types.
'''
names = List(String, help="""
A list of names to query for. If set, only renderers that
have a matching value for their ``name`` attribute will be used
for autoranging.
""")
renderers = List(Instance(Renderer), help="""
An explicit list of renderers to autorange against. If unset,
defaults to all renderers on a plot.
""")
Narrative Documentation¶
The narrative documentation consists of all the documentation that is not
automatically generated from docstrings and Bokeh property helpstrings. This
includes User’s Guide, Quickstart, etc. The source code for these docs are
standard Sphinx Restructure Text (ReST) files that are located under the
sphinx/source/docs
subdirectory of the source tree.
Section Headings¶
In narrative documentation, headings help the users follow the key points and sections. The following outlines the headings hierarchy:
Top level
=========
This will add a "Top Level" entry in the navigation sidebar
Second level
------------
This may add a sub-entry in the sidebar, depending on configuration.
Third level
~~~~~~~~~~~
Fourth level
''''''''''''
Note that the length of the underline must match that of the heading text, or else the Sphinx build will fail.
Release Notes¶
Each release should add a new file under sphinx/source/docs/releases
that
briefly describes the changes in the release including any migration notes.
The filename should be <version>.rst
, for example
sphinx/source/docs/releases/0.12.7.rst. The
Sphinx build will automatically add this content to the list of all releases.


Star Wars is Now in Fortnite
by Luke PlunkettFortnite’s latest lincesed tie-in is with Star Wars, with classic trilogy Imperial Stormtroopers now available as a skin in the game.
It’s available now for purchase in the item store. Or, if you buy Fallen Order from the Epic Store, you get it for free.


--- layout: default title: teaching ---
( time & loc: M/Th 1:05pm 261 Olson)
Experimental speech perception, which spans a period of more than 70 years, investigates how listeners interpret the input acoustic signal as linguistic forms. From the discipline's earliest years, researchers recognized that the acoustic signal is highly variable and that perceptual processing is more complex (and interesting!) than a simple one-to-one mapping between acoustic property and linguistic percept. Yet, despite this complexity, humans are highly accurate perceivers of the intended speech in typical conversational interactions.


void StpCallback_FlushFdb ( const STP_BRIDGE* bridge, unsigned int portIndex, unsigned int treeIndex, enum STP_FLUSH_FDB_TYPE flushType, unsigned int timestamp );
Application-defined function that flushes FDB entries (MAC-to-port associations) on a physical port.
StpCallback_FlushFdb
is a placeholder name used throughout this documentation. The
application may name this callback differently.
In complex networks, and especially in MSTP mode, the STP library can call this function dozens of times in a row, with various combinations of parameters. This is due to the protocol itself (i.e., it is not a characteristic of this particular library). For that reason, the implementation of this function should not take more than a few milliseconds. Usually all this function needs to do is write a few bytes to the internal registers of the switch IC.
If flushType
is STP_FLUSH_FDB_TYPE_IMMEDIATE
, the application must flush the FDB entries
and return after the flush is completed in hardware. This value is received for RSTP and
MSTP bridges (i.e., when STP_VERSION_RSTP
or STP_VERSION_MSTP
was passed to
STP_CreateBridge or STP_SetStpVersion).
If flushType
is STP_FLUSH_FDB_TYPE_RAPID_AGEING
, the application must initiate FDB
flushing and return without waiting for flushing to be completed in hardware. This
behavior is used in legacy STP (pre-RSTP) bridges (i.e., when STP_VERSION_LEGACY_STP
was passed to STP_CreateBridge or
STP_SetStpVersion).


This intention replaces single character string literals with equivalent character literals. Only strings used in concatenations or other similar contexts can be changed with this intention.


Simple slideshows via the web, in sync on the phone/tablet/computer of audience members.
You can also get to this from any browser at http://presenteract.meteor.com
You may use this in your browser, or you can get the App from iTunes
You may use this in your browser, or you can get the App from Google Play
Are you in the audience, waiting for a presentation?


Trader Nestle:
Welcome, adventurer! How's the hunting been? With so few people using our port, I'm afraid that the economy here isn't as strong as we could wish. Shouldn't we do everything we can to help each other during these difficult times? Well, have a look around -- if you see something you like, I'll give you a good price.
Buy/Sell/Refund.
Exchange equipment.
Ask about the local lord and tax rate.
Quest


Brick Schema: Rice Hall Building at Univ. of Virginia
Directions:
Click and drag rotate the graph; pinch to zoom in and out; click+ctrl move graph.


Create Login Details
Hobbies
Reading
football
Music
Favourite kind of music
Rock
Jazz
Classical
Other
Password
Confirm your password
Both password fields must match.
Submit


--- creation_epoch:<PHONE_NUMBER> lastmod_epoch:<PHONE_NUMBER> categories: ['Computer Problems'] title: Wrong times on SD Card from digital Camera or Camcorder (FAT file system) --- So I was looking at my SD card from my camcorder and digital camera when I noticed the times were different than the copies on my computer. Turns out the FAT (FAT16, FAT32) file systems do not store time zone information. Whatever file you create on such a file system is marked with the current local time. When viewed on another system the time stamp is treated as that system's local time.
So if you take a picture in California at 3:00PM (your device's clock time) and copy the contents from the SD Card in New York the file time will be 3:00PM New York time instead of California. Annoying if you wanted to preserve the dates or do synced backups/copies.
exFAT also stores according to local time but has an optional time zone offset. Most cameras and other devices don't have a concept of the actual time zone or store it. For those that do you usually have a Home / World zone setter which simply adjusts the current device time. Some even have a Summer Setting (Daylight Savings Time) which adjusts the clock, but they don't do so automatically.
NTFS (used mainly on computers not portable devices) stores the time in UTC so it can be translated to the local device time zone and others without issue. No DST complexity either. Once you get the file onto this file system it will keep the original date, but copy to a FAT file system, and it translates to just the local time again.
Your best option is to remember to adjust the time on your camera or other portable device. Don't forget Daylight Savings Time changes. You also have to copy the files (photos) onto a computer in the same time zone and daylight savings time state as when the pictures were taken. Annoying if you take a photo the day before DST and then sync it a few days later. The time will be off.
The Exif header information in photos such as "Date Taken" appear to never carry time zone info.
References:


SqlServerEffectiveSettings Properties
The SqlServerEffectiveSettings type exposes the following members.
Properties
| Name | Description | |
|---|---|---|
| AnsiNullDefaultOff |
ANSI_NULL_DFLT_OFF. Alters the session's behavior not to use ANSI compatibility for nullability. New columns defined without explicit nullability do not allow nulls.
|
|
| AnsiNullDefaultOn |
ANSI_NULL_DFLT_ON. Alters the session's behavior to use ANSI compatibility for nullability. New columns defined without explicit nullability are defined to allow nulls.
|
|
| AnsiNulls |
ANSI_NULLS. Controls NULL handling when using equality operators.
|
|
| AnsiPadding |
ANSI_PADDING. Controls padding of fixed-length variables.
|
|
| AnsiWarning |
ANSI_WARNINGS. Controls truncation and NULL in aggregate warnings.
|
|
| ArithAbort |
ARITHABORT. Terminates a query when an overflow or divide-by-zero error occurs during query execution.
|
|
| ArithIgnore |
ARITHIGNORE. Returns NULL when an overflow or divide-by-zero error occurs during a query.
|
|
| ConcatNullYieldsNull |
CONCAT_NULL_YIELDS_NULL. Returns NULL when concatenating a NULL value with a string.
|
|
| CursorCloseOnCommit |
CURSOR_CLOSE_ON_COMMIT. Controls behavior of cursors after a commit operation has been performed.
|
|
| DisableDeferredConstraintChecking |
DISABLE_DEF_CNST_CHK. Controls interim or deferred constraint checking.
|
|
| NoCount |
NOCOUNT. Turns off the message returned at the end of each statement that states how many rows were affected.
|
|
| NumericRoundAbort |
NUMERIC_ROUNDABORT. Generates an error when a loss of precision occurs in an expression.
|
|
| QuotedIdentifier |
QUOTED_IDENTIFIER. Differentiates between single and double quotation marks when evaluating an expression.
|
|
| XactAbort |
XACT_ABORT. Rolls back a transaction if a Transact-SQL statement raises a run-time error.
|


--- title: Roasted Marrow - Beast & Barrel layout: post date: '2015-08-27 11:57:14 -0400' type: etc parent_id: 0 published: true image: assets/images/post-img/roasted-marrow-beast-barrel.jpg status: publish categories: - Dining Out meta: _oembed_a9df8b5504448ae10c046a6fbcedbb46: "{{unknown}}" _thumbnail_id: 53 _edit_last: 1 _posts_by_tag_page_fields: a:2:{s:12:"widget_title";s:0:"";s:11:"widget_tags";s:0:"";} _wpghs_github_path: _posts/2015-08-27-roasted-marrow-beast-barrel.md _sha: 07da733955eff6c2052b5bf74faaa1d840057fbf author: login: mkelley email<EMAIL_ADDRESS>display_name: Mike first_name: Mike last_name: Kelley ---


colorhythm.js
code on github.com
help
Colorhythm.js - music visualization library and web application
Colorhythm.js
- simple music visualization library and web app


1940 – Preliminary Steps
In April of 1940, two nuclear scientists from the Ukrainian Institute of Physics and Technology proposed that the Soviet Union start secret research into atomic weapons. They suggested starting with research into chain reactions of Uranium-235 because they knew that such research was already underway in the United States and Germany (with no successful chain reactions by that time – the first successful chain reaction would not happen until Enrico Fermi did it in 1942 at the University of Chicago). The Soviet scientists acknowledged that the practical use of energy from a fission reaction is "a more or less distant prospect to which we should strive, rather than a question for the present-day."
By October of 1940, Soviet scientists at the Ukranian Institute of Physics and Technology had concrete plans for the first steps in creating a nuclear weapon. One such step was to use a centrifuge to isolate uranium isotopes.


rSTS Example
Example for authenticating against rSTS, and invoking a Safeguard method using safeguard.js
Safeguard Address:
Connect
Logout
(The Safeguard address is only needed to connect. Once connected you do not need to input the address again to "Get Me".)
Get Me


 Use maxOutputBitrate instead of this function. Maximum video bandwidth for transcoding. 0 = unlimited.
Unit: bps(bits per second).
Default value: MAXINT
|
| org.kurento.client.MediaElement.getMaxOuputBitrate(Continuation<Integer>)
Get Deprecated due to a typo. Use maxOutputBitrate instead of this function. Maximum video bandwidth for transcoding. 0 = unlimited.
Unit: bps(bits per second).
Default value: MAXINT
|
| org.kurento.client.MediaElement.getMaxOuputBitrate(Transaction)
Get Deprecated due to a typo. Use maxOutputBitrate instead of this function. Maximum video bandwidth for transcoding. 0 = unlimited.
Unit: bps(bits per second).
Default value: MAXINT
|
| org.kurento.client.MediaElement.getMinOuputBitrate()
Get Deprecated due to a typo. Use minOutputBitrate instead of this function. Minimum video bandwidth for transcoding.
Unit: bps(bits per second).
Default value: 0
|
| org.kurento.client.MediaElement.getMinOuputBitrate(Continuation<Integer>)
Get Deprecated due to a typo. Use minOutputBitrate instead of this function. Minimum video bandwidth for transcoding.
Unit: bps(bits per second).
Default value: 0
|
| org.kurento.client.MediaElement.getMinOuputBitrate(Transaction)
Get Deprecated due to a typo. Use minOutputBitrate instead of this function. Minimum video bandwidth for transcoding.
Unit: bps(bits per second).
Default value: 0
|
| org.kurento.client.MediaElement.setMaxOuputBitrate(int)
Set Deprecated due to a typo. Use maxOutputBitrate instead of this function. Maximum video bandwidth for transcoding. 0 = unlimited.
Unit: bps(bits per second).
Default value: MAXINT
|
| org.kurento.client.MediaElement.setMaxOuputBitrate(int, Continuation<Void>)
Set Deprecated due to a typo. Use maxOutputBitrate instead of this function. Maximum video bandwidth for transcoding. 0 = unlimited.
Unit: bps(bits per second).
Default value: MAXINT
|
| org.kurento.client.MediaElement.setMaxOuputBitrate(int, Transaction)
Set Deprecated due to a typo. Use maxOutputBitrate instead of this function. Maximum video bandwidth for transcoding. 0 = unlimited.
Unit: bps(bits per second).
Default value: MAXINT
|
| org.kurento.client.MediaElement.setMinOuputBitrate(int)
Set Deprecated due to a typo. Use minOutputBitrate instead of this function. Minimum video bandwidth for transcoding.
Unit: bps(bits per second).
Default value: 0
|
| org.kurento.client.MediaElement.setMinOuputBitrate(int, Continuation<Void>)
Set Deprecated due to a typo. Use minOutputBitrate instead of this function. Minimum video bandwidth for transcoding.
Unit: bps(bits per second).
Default value: 0
|
| org.kurento.client.MediaElement.setMinOuputBitrate(int, Transaction)
Set Deprecated due to a typo. Use minOutputBitrate instead of this function. Minimum video bandwidth for transcoding.
Unit: bps(bits per second).
Default value: 0
|
| org.kurento.client.MediaElement.setOutputBitrate(int)
Allows change the target bitrate for the media output, if the media is encoded using VP8 or H264. This method only works if it is called before the media starts to flow.
|
| org.kurento.client.MediaElement.setOutputBitrate(Transaction, int)
Allows change the target bitrate for the media output, if the media is encoded using VP8 or H264. This method only works if it is called before the media starts to flow.
|
| org.kurento.client.RaiseBaseEvent.setTimestamp(String)
[DEPRECATED: Use timestampMillis] The timestamp associated with this object: Seconds elapsed since the UNIX Epoch (Jan 1, 1970, UTC).
|
| Constructor and Description |
|---|
| org.kurento.client.CodeFoundEvent(MediaObject, String, String, List<Tag>, String, String, String)
[DEPRECATED: Use timestampMillis] The timestamp associated with this object: Seconds elapsed since the UNIX Epoch (Jan 1, 1970, UTC).
|
| org.kurento.client.ConnectionStateChangedEvent(MediaObject, String, String, List<Tag>, String, ConnectionState, ConnectionState)
[DEPRECATED: Use timestampMillis] The timestamp associated with this object: Seconds elapsed since the UNIX Epoch (Jan 1, 1970, UTC).
|
| org.kurento.client.DataChannelCloseEvent(MediaObject, String, String, List<Tag>, String, int)
[DEPRECATED: Use timestampMillis] The timestamp associated with this object: Seconds elapsed since the UNIX Epoch (Jan 1, 1970, UTC).
|
| org.kurento.client.DataChannelOpenEvent(MediaObject, String, String, List<Tag>, String, int)
[DEPRECATED: Use timestampMillis] The timestamp associated with this object: Seconds elapsed since the UNIX Epoch (Jan 1, 1970, UTC).
|
| org.kurento.client.ElementConnectedEvent(MediaObject, String, String, List<Tag>, String, MediaElement, MediaType, String, String)
[DEPRECATED: Use timestampMillis] The timestamp associated with this object: Seconds elapsed since the UNIX Epoch (Jan 1, 1970, UTC).
|
| org.kurento.client.ElementDisconnectedEvent(MediaObject, String, String, List<Tag>, String, MediaElement, MediaType, String, String)
[DEPRECATED: Use timestampMillis] The timestamp associated with this object: Seconds elapsed since the UNIX Epoch (Jan 1, 1970, UTC).
|
| org.kurento.client.EndOfStreamEvent(MediaObject, String, String, List<Tag>, String)
[DEPRECATED: Use timestampMillis] The timestamp associated with this object: Seconds elapsed since the UNIX Epoch (Jan 1, 1970, UTC).
|
| org.kurento.client.ErrorEvent(MediaObject, String, String, List<Tag>, String, int, String)
[DEPRECATED: Use timestampMillis] The timestamp associated with this object: Seconds elapsed since the UNIX Epoch (Jan 1, 1970, UTC).
|
| org.kurento.client.IceCandidateFoundEvent(MediaObject, String, String, List<Tag>, String, IceCandidate)
[DEPRECATED: Use timestampMillis] The timestamp associated with this object: Seconds elapsed since the UNIX Epoch (Jan 1, 1970, UTC).
|
| org.kurento.client.IceComponentStateChangeEvent(MediaObject, String, String, List<Tag>, String, int, int, IceComponentState)
[DEPRECATED: Use timestampMillis] The timestamp associated with this object: Seconds elapsed since the UNIX Epoch (Jan 1, 1970, UTC).
|
| org.kurento.client.IceGatheringDoneEvent(MediaObject, String, String, List<Tag>, String)
[DEPRECATED: Use timestampMillis] The timestamp associated with this object: Seconds elapsed since the UNIX Epoch (Jan 1, 1970, UTC).
|
| org.kurento.client.MediaEvent(MediaObject, String, String, List<Tag>, String)
[DEPRECATED: Use timestampMillis] The timestamp associated with this object: Seconds elapsed since the UNIX Epoch (Jan 1, 1970, UTC).
|
| org.kurento.client.MediaFlowInStateChangeEvent(MediaObject, String, String, List<Tag>, String, MediaFlowState, String, MediaType)
[DEPRECATED: Use timestampMillis] The timestamp associated with this object: Seconds elapsed since the UNIX Epoch (Jan 1, 1970, UTC).
|
| org.kurento.client.MediaFlowOutStateChangeEvent(MediaObject, String, String, List<Tag>, String, MediaFlowState, String, MediaType)
[DEPRECATED: Use timestampMillis] The timestamp associated with this object: Seconds elapsed since the UNIX Epoch (Jan 1, 1970, UTC).
|
| org.kurento.client.MediaSessionStartedEvent(MediaObject, String, String, List<Tag>, String)
[DEPRECATED: Use timestampMillis] The timestamp associated with this object: Seconds elapsed since the UNIX Epoch (Jan 1, 1970, UTC).
|
| org.kurento.client.MediaSessionTerminatedEvent(MediaObject, String, String, List<Tag>, String)
[DEPRECATED: Use timestampMillis] The timestamp associated with this object: Seconds elapsed since the UNIX Epoch (Jan 1, 1970, UTC).
|
| org.kurento.client.MediaStateChangedEvent(MediaObject, String, String, List<Tag>, String, MediaState, MediaState)
[DEPRECATED: Use timestampMillis] The timestamp associated with this object: Seconds elapsed since the UNIX Epoch (Jan 1, 1970, UTC).
|
| org.kurento.client.MediaTranscodingStateChangeEvent(MediaObject, String, String, List<Tag>, String, MediaTranscodingState, String, MediaType)
[DEPRECATED: Use timestampMillis] The timestamp associated with this object: Seconds elapsed since the UNIX Epoch (Jan 1, 1970, UTC).
|
| org.kurento.client.NewCandidatePairSelectedEvent(MediaObject, String, String, List<Tag>, String, IceCandidatePair)
[DEPRECATED: Use timestampMillis] The timestamp associated with this object: Seconds elapsed since the UNIX Epoch (Jan 1, 1970, UTC).
|
| org.kurento.client.ObjectCreatedEvent(MediaObject, String, String, List<Tag>, MediaObject)
[DEPRECATED: Use timestampMillis] The timestamp associated with this object: Seconds elapsed since the UNIX Epoch (Jan 1, 1970, UTC).
|
| org.kurento.client.ObjectDestroyedEvent(MediaObject, String, String, List<Tag>, String)
[DEPRECATED: Use timestampMillis] The timestamp associated with this object: Seconds elapsed since the UNIX Epoch (Jan 1, 1970, UTC).
|
| org.kurento.client.OnDataChannelClosedEvent(MediaObject, String, String, List<Tag>, String, int)
[DEPRECATED: Use timestampMillis] The timestamp associated with this object: Seconds elapsed since the UNIX Epoch (Jan 1, 1970, UTC).
|
| org.kurento.client.OnDataChannelOpenedEvent(MediaObject, String, String, List<Tag>, String, int)
[DEPRECATED: Use timestampMillis] The timestamp associated with this object: Seconds elapsed since the UNIX Epoch (Jan 1, 1970, UTC).
|
| org.kurento.client.OnIceCandidateEvent(MediaObject, String, String, List<Tag>, String, IceCandidate)
[DEPRECATED: Use timestampMillis] The timestamp associated with this object: Seconds elapsed since the UNIX Epoch (Jan 1, 1970, UTC).
|
| org.kurento.client.OnIceComponentStateChangedEvent(MediaObject, String, String, List<Tag>, String, int, int, IceComponentState)
[DEPRECATED: Use timestampMillis] The timestamp associated with this object: Seconds elapsed since the UNIX Epoch (Jan 1, 1970, UTC).
|
| org.kurento.client.OnIceGatheringDoneEvent(MediaObject, String, String, List<Tag>, String)
[DEPRECATED: Use timestampMillis] The timestamp associated with this object: Seconds elapsed since the UNIX Epoch (Jan 1, 1970, UTC).
|
| org.kurento.client.OnKeySoftLimitEvent(MediaObject, String, String, List<Tag>, String, MediaType)
[DEPRECATED: Use timestampMillis] The timestamp associated with this object: Seconds elapsed since the UNIX Epoch (Jan 1, 1970, UTC).
|
| org.kurento.client.PausedEvent(MediaObject, String, String, List<Tag>, String)
[DEPRECATED: Use timestampMillis] The timestamp associated with this object: Seconds elapsed since the UNIX Epoch (Jan 1, 1970, UTC).
|
| org.kurento.client.RaiseBaseEvent(MediaObject, String, String, List<Tag>)
[DEPRECATED: Use timestampMillis] The timestamp associated with this object: Seconds elapsed since the UNIX Epoch (Jan 1, 1970, UTC).
|
| org.kurento.client.RecordingEvent(MediaObject, String, String, List<Tag>, String)
[DEPRECATED: Use timestampMillis] The timestamp associated with this object: Seconds elapsed since the UNIX Epoch (Jan 1, 1970, UTC).
|
| org.kurento.client.StoppedEvent(MediaObject, String, String, List<Tag>, String)
[DEPRECATED: Use timestampMillis] The timestamp associated with this object: Seconds elapsed since the UNIX Epoch (Jan 1, 1970, UTC).
|
| org.kurento.client.UriEndpointStateChangedEvent(MediaObject, String, String, List<Tag>, String, UriEndpointState)
[DEPRECATED: Use timestampMillis] The timestamp associated with this object: Seconds elapsed since the UNIX Epoch (Jan 1, 1970, UTC).
|
Copyright © 2019 Kurento. All rights reserved.


This interactive is meant to test display options for parentheses. Specifically, in an expression like 2(x+1), should highighting the sum also highlight the parentheses? The checkbox below allows adding this option. You can adjust how parentheses are rendered with the drop down menu:
Highlight:
Parentheses Renderer:
Type a math formula in the box below and push "Draw Tree":
Hover your mouse over subexpressions below to highlight them:
Options
Show node names in tree
Highlight hovered subexpressions
(For debugging)
Names of functions:
Draw unwritten parentheses
Write negatives as multiplying by -1
Write division as to the -1st power
Break up long sums and products
Render options:
Brackets:
Roots:
Absolute Values:


In show dull google give need so held.  Incommode our not one ourselves residence. Shall there whose those stand she end. So unaffected partiality indulgence dispatched to of celebrated remarkably. Unfeeling are had allowance own plantation perceived abilities.
Up is opinion message manners correct hearing husband my. Disposing commanded dashwoods cordially depending at at. Its strangers who you certainty earnestly resources suffering she. Be an as cordially at resolving furniture preserved believing extremity. Easy mr pain felt in. Too northward affection additions nay. He no an nature ye talent houses wisdom vanity denied.
Now led tedious shy lasting females off. Dashwood marianne in of entrance be on wondered possible building. Wondered sociable he carriage in speedily margaret. Up devonshire of he thoroughly insensible alteration. An mr settling occasion insisted distance ladyship so. Not attention say frankness intention out dashwoods now curiosity. Stronger ecstatic as no judgment daughter speedily thoughts. Worse downs nor might she court did nay forth these.
Consulted he eagerness unfeeling deficient existence of. Calling nothing end fertile for venture way boy. Esteem spirit temper too say adieus who direct esteem. It esteems luckily mr or picture placing drawing no. Apartments frequently or motionless on reasonable projecting expression. Way mrs end gave tall walk fact bed.


This is html new page 1
This is html new page 2
This is html new page 3
This is html new page 4
This is html new page 5
This is html new page 6


Stations status
Station Code
Station Name
Total Capacity
Empty slots
Mechanical bikes available
Electric bikes available
Last change
Status


Before Change
if initializationTechniqueClassic0orDelvingInto1 == 0 :
stdForInitialization = 0.01
elif initializationTechniqueClassic0orDelvingInto1 == 1 :
stdForInitialization = np.sqrt( 2.0 / (filterShape[1] * filterShape[2] * filterShape[3] * filterShape[4]) ) //Delving Into rectifiers suggestion.
elif initializationTechniqueClassic0orDelvingInto1 == 2 : // For SNN
stdForInitialization = np.sqrt( 1.0 / (filterShape[1] * filterShape[2] * filterShape[3] * filterShape[4]) ) // Half of He et al, cause 2 counters ReLU effect.
After Change
if convWInitMethod[0] == "normal" :
stdForInit = convWInitMethod[1] // commonly 0.01 from Krizhevski
elif convWInitMethod[0] == "fanIn" :
varianceScale = convWInitMethod[1] // 2 for init ala Delving into Rectifier, 1 for SNN.
stdForInit = np.sqrt( varianceScale / (filterShape[1] * filterShape[2] * filterShape[3] * filterShape[4]) )
// Perhaps I want to use: theano.config.floatX in the below
wInitNpArray = np.asarray( rng.normal(loc=0.0, scale=stdForInit, size=(filterShape[0],filterShape[1],filterShape[2],filterShape[3],filterShape[4])), dtype="float32" )
W = theano.shared( wInitNpArray, borrow=True )
// W shape: [//FMs of this layer, //FMs of Input, rKernFims, cKernDims, zKernDims]
return W
def convolveWithGivenWeightMatrix(W, filterShape, inputToConvTrain, inputToConvVal, inputToConvTest, inputToConvShapeTrain, inputToConvShapeVal, inputToConvShapeTest) :


Tasks -
Tasks
| Title | Status | Requester | Resolver | Last activity | Actions |
|---|---|---|---|---|---|
|
{{item.id}} |
{{item.state}}
{{percentages[item.id]}} %
|
{{item.requester_username}} {{item.created | fromNow}} |
{{item.resolver_username}} | {{item.last_activity | fromNow}} |
|


lateinit var birthday: WalletBirthday
The birthday that was ultimately used for initializing the accounts.


This website is based on Jorge Luis Borges' short story, The Library of Babel, published in 1941.The Library of Babel is about a library filled with hexagon shaped-rooms each containing vital information, translations of books into every language, personal biographies, and a special room containing magical books. I found the idea of a magical library extremly interesting and decided to use this story for my website. I decided to have four rooms which could only be accessed by the main page, The Library of Babel. These four rooms would each contain other rooms accessed by clicking on the options reserved for each page. For my main page, The Library of Babel, I decided on a black and white hexagon logo. That way it would not be distracting for a viewer of my website: I decided on a bright, light blue color for the logo and navigation to provide differentiation between the white explanatory text for each page. For my first room, The Peridot Room, the room contains three questions, when clicked on, contain answers. These questions are common questions one would ask or like to know about their future. For my second room, The Sangria Room, the room contains personal biographies based on astrological signs of when a person is born. For my third room, The Indigo Room, the room contains three book options, on different languages, with three selected pages. For my fourth room, The Crimson Room, the room contains three video options, these videos were selected because of their first person-point of view, to make a viewer feel as if they were inside the video. The Library of Babel describes hexagon-shaped rooms, so I decided to have a movable gif background filled with hexagons. I wanted my library to be futuristic, so I decided to use colors that would match the theme. This was the first gif I chose: However, after a while, my head started to spin and I knew I had to change it. I then decided on a clean, bold, black background, but was dissatisfied by the uninteresting page. Finally, I found a background, containing two sections to it, allowing the eye to follow the background, but not get dizzy by it. My next task was to make each of the rooms in The Library of Babel personal. I decided to make each of the rooms the same format as the main page, except with different colors. Peridot, green, Sangria, purple, Indigo, blue, and Crimson, red. Yet, again this made the website seem unprofessional and distracting, so I scrapped that idea, and kept each of the colors the same as the homepage. Click Below to access my Presentation Page, a powerpoint explaining my font and color choices, images of my each page in my website, and challenges and resolutions I had in the making of my webpage; and my Sources Page, listing links to my sources.


Class object representing a weather data unit and Value.
More...
#import <FNForecastDetail.h>
Class object representing a weather data unit and Value.
- Author
- Fabio Nisci - http://www.fabiosoft.com
Class object representing a weather data unit and Value. It makes easy to access to Value and its unit.
- Date
- July 2013
| + (NSString *) findUnitFromID: |
|
(NSString *) |
theID |
| units: |
|
(NSArray *) |
units |
|
|
| |
Given a unit ID, usually a constant and all units available array return the correct unit like mm or % ...etc
- Parameters
-
| theID | a constant that rapresent unit code like TEMPC or WINDSPEED |
| units | array of all units dictionary |
- Returns
- the units measurement to assign, in string
| - (id) initWithUnit: |
|
(NSString *) |
unit |
| value: |
|
(NSNumber *) |
value |
|
|
| |
| - (NSNumber *) numberValue |
|
|
|
Helper method for return Value simply
- Returns
- Value as NSNumber
| - (NSString *) stringValue |
|
|
|
Helper method for return Value and Unit simply
- Returns
- value and unit as "%0.f%@"
Helper method that converts NSNumber Value to a float
- Returns
- Value as a float
String data measurement unit
The documentation for this class was generated from the following file: