These tracks display a synthesis of evidence from different assays as part of the four Open Chromatin track sets. This track displays open chromatin regions and/or transcription factor binding sites identified in multiple cell types by one or more complementary methodologies: DNaseI hypersensitivity (HS) (Duke DNaseI HS), Formaldehyde-Assisted Isolation of Regulatory Elements (FAIRE) (UNC FAIRE), and chromatin immunoprecipitation (ChIP) for select regulatory factors (UTA TFBS). Each methodology was performed on the same cell type using identical growth conditions. (Note: Data for some or all ChIP experiments may not be available for all cell types). Regions that overlap between methodologies identify regulatory elements that are cross-validated indicating high confidence regions. In addition, multiple lines of evidence suggest that regions detected by a single assay (e.g., DNase-only or FAIRE-only) are also biologically relevant (Song et al., submitted).
DNaseI HS data: DNaseI is an enzyme that has long been used to map general chromatin accessibility, and DNaseI "hypersensitivity" is a feature of active cis-regulatory sequences. The use of this method has led to the discovery of functional regulatory elements that include promoters, enhancers, silencers, insulators, locus control regions, and novel elements. DNaseI hypersensitivity signifies chromatin accessibility following binding of trans-acting factors in place of a canonical nucleosome.
FAIRE data: FAIRE (Formaldehyde Assisted Isolation of Regulatory Elements) is a method to isolate and identify nucleosome-depleted regions of the genome. FAIRE was initially discovered in yeast and subsequently shown to identify active regulatory elements in human cells (Giresi et al., 2007). Similar to DNaseI HS, FAIRE appears to identify functional regulatory elements that include promoters, enhancers, silencers, insulators, locus control regions and novel elements.
ChIP data: ChIP (Chromatin Immunoprecipitation) is a method to identify the specific location of proteins that are directly or indirectly bound to genomic DNA. By identifying the binding location of sequence-specific transcription factors, general transcription machinery components, and chromatin factors, ChIP can help in the functional annotation of the open chromatin regions identified by DNaseI HS mapping and FAIRE.
Input data: As a background control experiment, the input genomic DNA sample that was used for ChIP was sequenced. Crosslinked chromatin is sheared and the crosslinks are reversed without carrying out the immunoprecipitation step. This sample is otherwise processed in a manner identical to the ChIP sample as described below. The input track is useful in revealing potential artifacts arising from the sequence alignment process such as copy number differences between the reference genome and the sequenced samples, as well as regions of poor sequence alignability.
This track contains multiple subtracks representing different cell types that display individually on the browser. Instructions for configuring tracks with multiple subtracks are here.
To facilitate analyses, each region has been assigned an Open Chromatin Code (OC Code), based on the assay(s) by which it was detected, and a color, based on its level of validation (which was determined by the combination of its OC Code and its statistical significance):
< 0.05
(-log10(p-value) > 1.3
) and peaks for FAIRE have FAIRE
peak calling p-values < 0.1
(-log10(p-value) > 1.0
).
< 0.01
(-log10(p-value) > 2
).< 0.05
(-log10(p-value) > 1.3
))
and not identified by FAIRE as peaks (FAIRE peak calling p-value < 0.1
(-log10(p-value) > 1.0
)),
and with a Fisher's combined DNaseI HS and FAIRE p-value >= 0.01
(-log10(p-value) <= 2
).< 0.1
(-log10(p-value) > 1.0
))
identified by DNaseI HS as peaks (DNase peak calling p-value < 0.05
(-log10(p-value) > 1.3
)), and with a
Fisher's combined DNaseI HS and FAIRE p-value >= 0.01
(-log10(p-value) <= 2
).< 0.05
(-log10(p-value) > 1.3
))
indicating binding sites for one
or more of RNA Pol II, CTCF, and c-Myc described here and not identified by DNaseI HS
or FAIRE as peaks. Peaks for ChIP-seq have p-values < 0.05
(-log10(p-value) > 1.3
). For RNA Pol II, only sites that
overlap annotated transcription start sites by the UCSC Genes track are considered.
All signal values, -log10(p-values)
, and the OC Code are
displayed on the detail page for each element and are available in the
corresponding bed file.
Metadata for a particular subtrack can be found by clicking the down arrow in the list of subtracks.
For each site, the maximum F-Seq Density Signal value has been calculated for each assay that was performed in that cell type. F-Seq employs Parzen kernel density estimation to create base pair scores (Boyle et al., 2008b). Significant regions, or peaks, were determined by fitting the data to a gamma distribution to calculate p-values. Contiguous regions where p-values were below a 0.05 (DNaseI HS, ChIP) or 0.1 (FAIRE) threshold were considered significant. See assay specific description pages (Duke DNaseI HS, UNC FAIRE and UTA TFBS) for more details.
A Fisher's Combined P-value for DNaseI HS and FAIRE was calculated using Fisher's combined probability test. First, a test statistic is calculated using the formula:
X2 = -2∑loge(pi)
where pi
are the p-values calculated for DNaseI HS
and FAIRE. X2
follows a chi-squared distribution,
thus a combined p-value can be assigned to this test statistic.
This is release 2 (Feb 2012) of this track and is based upon these three
Open Chromatin tracks:
Duke DNaseI HS,
UNC FAIRE,
and
UTA TFBS.
Release 2 brings in synthesis analysis for 10 samples:
Gliobla, GM12891, GM12892, GM18507, GM19239, HeLa-S3/IFNa4h, HTR8svn, Medullo, PanIslets, Urothelia.
These data and annotations were created by a collaboration of multiple institutions (contact: Terry Furey):
Bhinge AA, Kim J, Euskirchen GM, Snyder M, Iyer VR. Mapping the chromosomal targets of STAT1 by Sequence Tag Analysis of Genomic Enrichment (STAGE). Genome Res. 2007 Jun;17(6):910-6.
Birney E, Stamatoyannopoulos JA, Dutta A, Guigó R, Gingeras TR, Margulies EH, Weng Z, Snyder M, Dermitzakis ET, Thurman RE et al. Identification and analysis of functional elements in 1% of the human genome by the ENCODE pilot project. Nature. 2007 Jun 14;447(7146):799-816.
Boyle AP, Davis S, Shulha HP, Meltzer P, Margulies EH, Weng Z, Furey TS, Crawford GE. High-resolution mapping and characterization of open chromatin across the genome. Cell. 2008 Jan 25;132(2):311-22.
Boyle AP, Guinney J, Crawford GE, Furey TS. F-Seq: a feature density estimator for high-throughput sequence tags. Bioinformatics. 2008 Nov 1;24(21):2537-8.
Buck MJ, Nobel AB, Lieb JD. ChIPOTle: a user-friendly tool for the analysis of ChIP-chip data. Genome Biol. 2005;6(11):R97.
Crawford GE, Davis S, Scacheri PC, Renaud G, Halawi MJ, Erdos MR, Green R, Meltzer PS, Wolfsberg TG, Collins FS. DNase-chip: a high-resolution method to identify DNase I hypersensitive sites using tiled microarrays. Nat Methods. 2006 Jul;3(7):503-9.
Crawford GE, Holt IE, Whittle J, Webb BD, Tai D, Davis S, Margulies EH, Chen Y, Bernat JA, Ginsburg D et al. Genome-wide mapping of DNase hypersensitive sites using massively parallel signature sequencing (MPSS). Genome Res. 2006 Jan;16(1):123-31.
Giresi PG, Kim J, McDaniell RM, Iyer VR, Lieb JD. FAIRE (Formaldehyde-Assisted Isolation of Regulatory Elements) isolates active regulatory elements from human chromatin. Genome Res. 2007 Jun;17(6):877-885.
Giresi PG, Lieb JD. Isolation of active regulatory elements from eukaryotic chromatin using FAIRE (Formaldehyde Assisted Isolation of Regulatory Elements). Methods. 2009 Jul;48(3):233-9.
Li H, Ruan J, Durbin R. Mapping short DNA sequencing reads and calling variants using mapping quality scores. Genome Res. 2008 Nov;18(11):1851-8.
Song L, Crawford GE. DNase-seq: a high-resolution technique for mapping active gene regulatory elements across the genome from mammalian cells. Cold Spring Harb Protoc. 2010 Feb;2010(2):pdb.prot5384.


I think that if you are searching for a high, or any type of euphoria with this drug, you will not get it. However, if you are seriously in constant pain, and have had no luck with other narcotics in this class, you will probably call it a godsend. I started out trying Darvocet, Vicodin, Percocet, Oxycontin, MS Contin, and Dilaudid with no type of luck in treating my chronic pain, but when I learned about Duragesic, I figured I had nothing to lose.
I got a script from my Anesthesiologist/Pain Management Doc for a total of 10 patches, which would last 30 days. I will admit the first day I applied the patch, it did not take effect, but it was nothing that some immediate release OXY-IR would not handle, and by the second day, I did not even need rescue dosages from the OXY-IR. This drug has been the best thing for my pain, and I only require Lortab 10/500's as a resuce dose now, instead of the OXY-IR. If you are someone in actual pain, I would try this drug, If you are someone who just likes to do drugs for recreation (which I have no problem with) I would definately not try this one. Have a good day all.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


description
Violin plots are used to compare distributions by encapsulating the entire distribution in a small geometric objects. Similar to box plots they are good to detect differences in summary metrics but provide more details about the underlying distributions using kernel density estimate.


neon-animation
is a suite of elements and behaviors to implement pluggable animated transitions for Polymer Elements using Web Animations.
Warning: The API may change.
Elements that can be animated should implement the Polymer.NeonAnimatableBehavior
behavior, or Polymer.NeonAnimationRunnerBehavior
if they're also responsible for running an animation.
Polymer({
is: 'my-animatable',
behaviors: [
Polymer.NeonAnimationRunnerBehavior
],
properties: {
animationConfig: {
value: function() {
return {
// provided by neon-animation/animations/scale-down-animation.html
name: 'scale-down-animation',
node: this
}
}
}
},
listeners: {
// this event is fired when the animation finishes
'neon-animation-finish': '_onNeonAnimationFinish'
},
animate: function() {
// run scale-down-animation
this.playAnimation();
},
_onNeonAnimationFinish: function() {
console.log('animation done!');
}
});
An element might run different animations, for example it might do something different when it enters the view and when it exits from view. You can set the animationConfig
property to a map from an animation type to configuration.
Polymer({
is: 'my-dialog',
behaviors: [
Polymer.NeonAnimationRunnerBehavior
],
properties: {
opened: {
type: Boolean
},
animationConfig: {
value: function() {
return {
'entry': {
// provided by neon-animation/animations/scale-up-animation.html
name: 'scale-up-animation',
node: this
},
'exit': {
// provided by neon-animation-animations/fade-out-animation.html
name: 'fade-out-animation',
node: this
}
}
}
}
},
listeners: {
'neon-animation-finish': '_onNeonAnimationFinish'
},
show: function() {
this.opened = true;
this.style.display = 'inline-block';
// run scale-up-animation
this.playAnimation('entry');
},
hide: function() {
this.opened = false;
// run fade-out-animation
this.playAnimation('fade-out-animation');
},
_onNeonAnimationFinish: function() {
if (!this.opened) {
this.style.display = 'none';
}
}
});
You can also use the convenience properties entryAnimation
and exitAnimation
to set entry
and exit
animations:
properties: {
entryAnimation: {
value: 'scale-up-animation'
},
exitAnimation: {
value: 'fade-out-animation'
}
}
You can pass additional parameters to configure an animation in the animation configuration object. All animations should accept the following properties:
name
: The name of an animation, ie. an element implementing Polymer.NeonAnimationBehavior
.node
: The target node to apply the animation to. Defaults to this
.timing
: Timing properties to use in this animation. They match the Web Animations Animation Effect Timing interface. The
properties include the following:duration
: The duration of the animation in milliseconds.delay
: The delay before the start of the animation in milliseconds.easing
: A timing function for the animation. Matches the CSS timing function values.Animations may define additional configuration properties and they are listed in their documentation.
Set the animation configuration to an array to combine animations, like this:
animationConfig: {
value: function() {
return {
// fade-in-animation is run with a 50ms delay from slide-down-animation
'entry': [{
name: 'slide-down-animation',
node: this
}, {
name: 'fade-in-animation',
node: this,
timing: {delay: 50}
}]
}
}
}
You can include animations in the configuration that are encapsulated in a child element that implement Polymer.NeonAnimatableBehavior
with the animatable
property.
animationConfig: {
value: function() {
return {
// run fade-in-animation on this, and the entry animation on this.$.myAnimatable
'entry': [
{name: 'fade-in-animation', node: this},
{animatable: this.$.myAnimatable, type: 'entry'}
]
}
}
}
The artist formerly known as <core-animated-pages>
The neon-animated-pages
element manages a set of pages to switch between, and runs animations between the page transitions. It implements the Polymer.IronSelectableBehavior
behavior. Each child node should implement Polymer.NeonAnimatableBehavior
and define the entry
and exit
animations. During a page transition, the entry
animation is run on the new page and the exit
animation is run on the old page.
Shared element animations work on multiple nodes. For example, a "hero" animation is used during a page transition to make two elements from separate pages appear to animate as a single element. Shared element animation configurations have an id
property that identify they belong in the same animation. Elements containing shared elements also have a sharedElements
property defines a map from id
to element, the element involved with the animation.
In the incoming page:
properties: {
animationConfig: {
value: function() {
return {
// the incoming page defines the 'entry' animation
'entry': {
name: 'hero-animation',
id: 'hero',
toPage: this
}
}
}
},
sharedElements: {
value: function() {
return {
'hero': this.$.hero
}
}
}
}
In the outgoing page:
properties: {
animationConfig: {
value: function() {
return {
// the outgoing page defines the 'exit' animation
'exit': {
name: 'hero-animation',
id: 'hero',
fromPage: this
}
}
}
},
sharedElements: {
value: function() {
return {
'hero': this.$.otherHero
}
}
}
}
For convenience, if you define the entry-animation
and exit-animation
attributes on <neon-animated-pages>
, those animations will apply for all page transitions.
For example:
<neon-animated-pages id="pages" class="flex" selected="[[selected]]" entry-animation="slide-from-right-animation" exit-animation="slide-left-animation">
<neon-animatable>1</neon-animatable>
<neon-animatable>2</neon-animatable>
<neon-animatable>3</neon-animatable>
<neon-animatable>4</neon-animatable>
<neon-animatable>5</neon-animatable>
</neon-animated-pages>
The new page will slide in from the right, and the old page slide away to the left.
Single element animations:
fade-in-animation
Animates opacity from 0
to 1
.fade-out-animation
Animates opacity from 1
to 0
.scale-down-animation
Animates transform from scale(1)
to scale(0)
.scale-up-animation
Animates transform from scale(0)
to scale(1)
.slide-down-animation
Animates transform from translateY(-100%)
to none
.slide-up-animation
Animates transform from none
to translateY(-100%)
.slide-left-animation
Animates transform from none
to translateX(-100%)
;slide-right-animation
Animates transform from none
to translateX(100%)
;slide-from-left-animation
Animates transform from translateX(-100%)
to none
;slide-from-right-animation
Animates transform from translateX(100%)
to none
;
transform-animation
Animates a custom transform.
Note that there is a restriction that only one transform animation can be applied on the same element at a time. Use the custom transform-animation
to combine transform properties.
Shared element animations
hero-animation
Animates an element such that it looks like it scales and transforms from another element.ripple-animation
Animates an element to full screen such that it looks like it ripples from another element.Group animations
cascaded-animation
Applys an animation to an array of elements with a delay between each.


Lattice Synthesis Timing Report -------------------------------------------------------------------------------- Lattice Synthesis Timing Report, Version Fri Mar 10 23:28:37 2017 Copyright (c) 1991-1994 by NeoCAD Inc. All rights reserved. Copyright (c) 1995 AT&T Corp. All rights reserved. Copyright (c) 1995-2001 Lucent Technologies Inc. All rights reserved. Copyright (c) 2001 Agere Systems All rights reserved. Copyright (c) 2002-2017 Lattice Semiconductor Corporation, All rights reserved. Report Information ------------------ Design: AutoShift Constraint file: Report level: verbose report, limited to 3 items per constraint -------------------------------------------------------------------------------- ================================================================================ Constraint: create_clock -period 5.000000 -name clk3 [get_nets pwm_c] 0 items scored, 0 timing errors detected. -------------------------------------------------------------------------------- ================================================================================ Constraint: create_clock -period 5.000000 -name clk2 [get_nets latch_c] 0 items scored, 0 timing errors detected. -------------------------------------------------------------------------------- ================================================================================ Constraint: create_clock -period 5.000000 -name clk1 [get_nets clk_c] 50 items scored, 0 timing errors detected. -------------------------------------------------------------------------------- Passed: The following path meets requirements by 3.240ns Logical Details: Cell type Pin type Cell name (clock net +/-) Source: IFS1P3DX SCLK tmp_i1 (from clk_c +) Destination: FD1S3AX D tmp_i2 (to clk_c +) Delay: 1.614ns (31.9% logic, 68.1% route), 1 logic levels. Constraint Details: 1.614ns data_path tmp_i1 to tmp_i2 meets 5.000ns delay constraint less 0.146ns L_S requirement (totaling 4.854ns) by 3.240ns Path Details: tmp_i1 to tmp_i2 Name Fanout Delay (ns) Pins Resource(Cell.Net) I_CO --- 0.515 SCLK to Q tmp_i1 (from clk_c) Route 3 e 1.099 tmp[0] -------- 1.614 (31.9% logic, 68.1% route), 1 logic levels. Passed: The following path meets requirements by 3.352ns Logical Details: Cell type Pin type Cell name (clock net +/-) Source: FD1S3AX CK tmp_i12 (from clk_c +) Destination: FD1S3AX D tmp_i13 (to clk_c +) Delay: 1.502ns (26.8% logic, 73.2% route), 1 logic levels. Constraint Details: 1.502ns data_path tmp_i12 to tmp_i13 meets 5.000ns delay constraint less 0.146ns L_S requirement (totaling 4.854ns) by 3.352ns Path Details: tmp_i12 to tmp_i13 Name Fanout Delay (ns) Pins Resource(Cell.Net) L_CO --- 0.403 CK to Q tmp_i12 (from clk_c) Route 3 e 1.099 tmp[11] -------- 1.502 (26.8% logic, 73.2% route), 1 logic levels. Passed: The following path meets requirements by 3.352ns Logical Details: Cell type Pin type Cell name (clock net +/-) Source: FD1S3AX CK tmp_i11 (from clk_c +) Destination: FD1S3AX D tmp_i12 (to clk_c +) Delay: 1.502ns (26.8% logic, 73.2% route), 1 logic levels. Constraint Details: 1.502ns data_path tmp_i11 to tmp_i12 meets 5.000ns delay constraint less 0.146ns L_S requirement (totaling 4.854ns) by 3.352ns Path Details: tmp_i11 to tmp_i12 Name Fanout Delay (ns) Pins Resource(Cell.Net) L_CO --- 0.403 CK to Q tmp_i11 (from clk_c) Route 3 e 1.099 tmp[10] -------- 1.502 (26.8% logic, 73.2% route), 1 logic levels. Report: 1.760 ns is the maximum delay for this constraint. ================================================================================ Constraint: create_clock -period 5.000000 -name clk0 [get_nets osc_clk_c_c] 437 items scored, 116 timing errors detected. -------------------------------------------------------------------------------- Error: The following path violates requirements by 1.678ns Logical Details: Cell type Pin type Cell name (clock net +/-) Source: FD1S3IX CK Led_i5 (from osc_clk_c_c +) Destination: FD1P3IX CD Seg_i6 (to osc_clk_c_c +) Delay: 6.532ns (26.7% logic, 73.3% route), 4 logic levels. Constraint Details: 6.532ns data_path Led_i5 to Seg_i6 violates 5.000ns delay constraint less 0.146ns L_S requirement (totaling 4.854ns) by 1.678ns Path Details: Led_i5 to Seg_i6 Name Fanout Delay (ns) Pins Resource(Cell.Net) L_CO --- 0.403 CK to Q Led_i5 (from osc_clk_c_c) Route 6 e 1.266 Led[5] LUT4 --- 0.448 B to Z i4_4_lut_adj_1 Route 1 e 0.788 n10_adj_1 LUT4 --- 0.448 B to Z i124_3_lut Route 15 e 1.513 Led_6__N_104[0] LUT4 --- 0.448 D to Z i126_2_lut_4_lut Route 6 e 1.218 n950 -------- 6.532 (26.7% logic, 73.3% route), 4 logic levels. Error: The following path violates requirements by 1.678ns Logical Details: Cell type Pin type Cell name (clock net +/-) Source: FD1S3IX CK Led_i5 (from osc_clk_c_c +) Destination: FD1P3IX CD Seg_i5 (to osc_clk_c_c +) Delay: 6.532ns (26.7% logic, 73.3% route), 4 logic levels. Constraint Details: 6.532ns data_path Led_i5 to Seg_i5 violates 5.000ns delay constraint less 0.146ns L_S requirement (totaling 4.854ns) by 1.678ns Path Details: Led_i5 to Seg_i5 Name Fanout Delay (ns) Pins Resource(Cell.Net) L_CO --- 0.403 CK to Q Led_i5 (from osc_clk_c_c) Route 6 e 1.266 Led[5] LUT4 --- 0.448 B to Z i4_4_lut_adj_1 Route 1 e 0.788 n10_adj_1 LUT4 --- 0.448 B to Z i124_3_lut Route 15 e 1.513 Led_6__N_104[0] LUT4 --- 0.448 D to Z i126_2_lut_4_lut Route 6 e 1.218 n950 -------- 6.532 (26.7% logic, 73.3% route), 4 logic levels. Error: The following path violates requirements by 1.678ns Logical Details: Cell type Pin type Cell name (clock net +/-) Source: FD1S3IX CK Led_i5 (from osc_clk_c_c +) Destination: FD1P3IX CD Seg_i4 (to osc_clk_c_c +) Delay: 6.532ns (26.7% logic, 73.3% route), 4 logic levels. Constraint Details: 6.532ns data_path Led_i5 to Seg_i4 violates 5.000ns delay constraint less 0.146ns L_S requirement (totaling 4.854ns) by 1.678ns Path Details: Led_i5 to Seg_i4 Name Fanout Delay (ns) Pins Resource(Cell.Net) L_CO --- 0.403 CK to Q Led_i5 (from osc_clk_c_c) Route 6 e 1.266 Led[5] LUT4 --- 0.448 B to Z i4_4_lut_adj_1 Route 1 e 0.788 n10_adj_1 LUT4 --- 0.448 B to Z i124_3_lut Route 15 e 1.513 Led_6__N_104[0] LUT4 --- 0.448 D to Z i126_2_lut_4_lut Route 6 e 1.218 n950 -------- 6.532 (26.7% logic, 73.3% route), 4 logic levels. Warning: 6.678 ns is the maximum delay for this constraint. Timing Report Summary -------------- -------------------------------------------------------------------------------- Constraint | Constraint| Actual|Levels -------------------------------------------------------------------------------- | | | create_clock -period 5.000000 -name | | | clk3 [get_nets pwm_c] | -| -| 0 | | | create_clock -period 5.000000 -name | | | clk2 [get_nets latch_c] | -| -| 0 | | | create_clock -period 5.000000 -name | | | clk1 [get_nets clk_c] | 5.000 ns| 1.760 ns| 1 | | | create_clock -period 5.000000 -name | | | clk0 [get_nets osc_clk_c_c] | 5.000 ns| 6.678 ns| 4 * | | | -------------------------------------------------------------------------------- 1 constraints not met. -------------------------------------------------------------------------------- Critical Nets | Loads| Errors| % of total -------------------------------------------------------------------------------- Led_6__N_104[0] | 15| 92| 79.31% | | | n10_adj_1 | 1| 80| 68.97% | | | n950 | 6| 60| 51.72% | | | n10 | 2| 24| 20.69% | | | Led[0] | 6| 20| 17.24% | | | Led[1] | 6| 20| 17.24% | | | Led[2] | 6| 20| 17.24% | | | Led[5] | 6| 20| 17.24% | | | -------------------------------------------------------------------------------- Timing summary: --------------- Timing errors: 116 Score: 49532 Constraints cover 531 paths, 238 nets, and 749 connections (72.9% coverage) Peak memory: 54566912 bytes, TRCE: 2715648 bytes, DLYMAN: 0 bytes CPU_TIME_REPORT: 0 secs


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  I used to do work in the archives in spain
[dscrd-hush] <denio> You study history?
[dscrd-hush] <Privatoshi²> I studied the documents there. One thing I can tell u for certain, all govts act in their own interest, they all lie & they almost all treat the middle and lower classes worse than the others. The soldiers get it the worst of everyone though, for their whole life..
[dscrd-hush] <denio> You are from Spain?
[dscrd-hush] <Privatoshi²> I studied
[dscrd-hush] <Privatoshi²> I lived there
[dscrd-hush] <Privatoshi²> Not from there
[dscrd-hush] <Privatoshi²> From the US
[dscrd-hush] <denio> Spain is very special cause of Franco
[dscrd-hush] <Privatoshi²> It's messed up
[dscrd-hush] <denio> Same with Italy
[dscrd-hush] <Privatoshi²> Spain more
[dscrd-hush] <Privatoshi²> Catalonia
[dscrd-hush] <Privatoshi²> It's a very special country, I think
[dscrd-hush] <denio> Oh men yeah... I have family there
[dscrd-hush] <Privatoshi²> I lived in the South
[dscrd-hush] <denio> Catalonia are crazy ppl
[dscrd-hush] <denio> But I love them
[dscrd-hush] <denio>
[dscrd-hush] <Privatoshi²> They're not as friendly to the rest, including me. But like I said, it's not my place to judge.
[dscrd-hush] <denio> No there are very unfriendly... They want all the money for them
[dscrd-hush] <Privatoshi²> I can tell they are nice
[dscrd-hush] <Privatoshi²> At barca matches
[dscrd-hush] <Privatoshi²>
[dscrd-hush] <Privatoshi²> Visca Barca
[dscrd-hush] <denio> Barca
[dscrd-hush] <Privatoshi²> Dortmund
[dscrd-hush] <denio> Bayern
[dscrd-hush] <denio>
[dscrd-hush] <Privatoshi²> Allianz
[dscrd-hush] <Privatoshi²> Which foot is robben gonna go to now?
His right? Lol
[dscrd-hush] <denio> Robben has end his career... He goes swimming now
[dscrd-hush] <Privatoshi²> He jumps in left footed
[dscrd-hush] <Privatoshi²> Bayern is like the U.S. of the Bundesliga lol
[dscrd-hush] <Privatoshi²> They dominate
[dscrd-hush] <denio> And oil sponsor
[dscrd-hush] <Privatoshi²> Pulicic is gone now
[dscrd-hush] <Privatoshi²> From Dortmund
[dscrd-hush] <denio> We need a channel #futbol
[dscrd-hush] <denio> We Spam General a little with this stuff
[dscrd-hush] <dukeleto> wow, i missed some stuff
[dscrd-hush] <dukeleto> any conversation with Europeans about WWII, gosh. It all comes out


@inputText(
searchRideForm("route.origin.streetName"),
'_label -> "Origin Street Addres",
'_help -> "Please type in your origin street address."
)
@inputText(
searchRideForm("route.origin.sectionName"),
'_label -> "Origin Section Name",
'_help -> "Please type in your origin secion name."
)
@inputText(
searchRideForm("route.origin.name"),
'_label -> "Origin name",
'_help -> "Please type in a name for this origin address (to help us aggregate all addresses)"
)
@inputText(
searchRideForm("route.destination.streetName"),
'_label -> "Destination Street Addres",
'_help -> "Please type in your destination street address."
)
@inputText(
searchRideForm("route.destination.sectionName"),
'_label -> "Destination Section Name",
'_help -> "Please type in your destination secion name."
)
@inputText(
searchRideForm("route.destination.name"),
'_label -> "Destination name",
'_help -> "Please type in a name for this destination address (to help us aggregate all addresses)"
)
@inputText(
searchRideForm("day"),
'_label -> "Day to search",
'_help -> "Please type in an estimated departure time",
'type -> "datetime-local"
)
Home


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Search
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MouseThese functions are declared in the main Allegro header file:
ALLEGRO_MOUSE_STATE
Public fields (read only):
buttons - mouse buttons See also: al_get_mouse_state, al_get_mouse_state_axis, al_mouse_button_down al_install_mouse
Install a mouse driver. Returns true if successful. If a driver was already installed, nothing happens and true is returned. al_is_mouse_installed
Returns true if al_install_mouse was called successfully. al_uninstall_mouse
Uninstalls the active mouse driver, if any. This will automatically unregister the mouse event source with any event queues. This function is automatically called when Allegro is shut down. al_get_mouse_num_axes
Return the number of buttons on the mouse. al_get_mouse_state
Save the state of the mouse specified at the time the function is called into the given structure. See also: ALLEGRO_MOUSE_STATE, al_get_mouse_state_axis al_get_mouse_state_axis
Extract the mouse axis value from the saved state. See also: ALLEGRO_MOUSE_STATE, al_get_mouse_state, al_mouse_button_down al_set_mouse_axis
Set the given mouse axis to the given value. For now: the axis number must not be 0 or 1, which are the X and Y axes. Returns true on success, false on failure. al_set_mouse_xy
Try to position the mouse at the given coordinates on the current display. The mouse movement resulting from a successful move will generate an ALLEGRO_EVENT_MOUSE_WARPED event. Returns true on success, false on failure. See also: al_set_mouse_z, al_set_mouse_w al_set_mouse_z
Set the mouse wheel position to the given value. Returns true on success, false on failure. See also: al_set_mouse_w al_set_mouse_w
Set the second mouse wheel position to the given value. Returns true on success, false on failure. See also: al_set_mouse_z al_get_mouse_event_source
Retrieve the mouse event source. Returns NULL if the mouse subsystem was not installed. Mouse cursorsal_create_mouse_cursor
Create a mouse cursor from the bitmap provided. There must be a current display in effect. Returns a pointer to the cursor on success, or NULL on failure. See also: al_set_mouse_cursor, al_destroy_mouse_cursor al_destroy_mouse_cursor
Free the memory used by the given cursor. The display that was in effect when the cursor was created must still be in effect. XXX that's terrible and should be changed Has no effect if See also: al_create_mouse_cursor al_set_mouse_cursor
Set the given mouse cursor to be the current mouse cursor for the current display. The display that was in effect when the cursor was created must still be in effect. XXX that's terrible and should be changed If the cursor is currently 'shown' (as opposed to 'hidden') the change is immediately visible. Returns true on success, false on failure. See also: al_set_system_mouse_cursor, al_show_mouse_cursor, al_hide_mouse_cursor al_set_system_mouse_cursor
Set the given system mouse cursor to be the current mouse cursor for the current display. If the cursor is currently 'shown' (as opposed to 'hidden') the change is immediately visible. If the cursor doesn't exist on the current platform another cursor will be silently be substituted. The cursors are:
Returns true on success, false on failure. See also: al_set_mouse_cursor, al_show_mouse_cursor, al_hide_mouse_cursor al_get_mouse_cursor_position
On platforms where this information is available, this function returns the global location of the mouse cursor, relative to the desktop. You should not normally use this function, as the information is not useful except for special scenarios as moving a window. Returns true on success, false on failure. al_hide_mouse_cursor
Hide the mouse cursor in the current display of the calling thread. This has no effect on what the current mouse cursor looks like; it just makes it disappear. Returns true on success (or if the cursor already was hidden), false otherwise. See also: al_show_mouse_cursor al_show_mouse_cursor
Make a mouse cursor visible in the current display of the calling thread. Returns true if a mouse cursor is shown as a result of the call (or one already was visible), false otherwise. See also: al_hide_mouse_cursor |
Last updated: 2010-04-01 08:44:57 UTC


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No-knead pizza dough
Perfect for pan pizza in an 11 inch iron skillet.
- ⏲ Prep time: 5 min
- 🍳 Cook time: 7-24 hours
- 🍽 Servings: 1 pizza
Ingredients
- 200g flour
- 2g instant yeast (dry)
- 5g salt
- 5g olive oil
- 140g luke warm water
Directions
- Mix dry ingredients in a bowl.
- Mix in olive oil and water. No need for hands or kneading!
- Cover bowl air tight, and let it sit in room temperature for at least 7 hours, and up to 24 hours. It should have dramatically increased in size.
- The dough can be kept in the refrigerator for some days, so feel free to double/triple the ingedients for more pizzas for the same amount of work and time.
Contribution
- brox - xmr:
8AaUvC4JPfTVgy66FLd8mVfsPwT7RXJuPK2xySoKnFEhDZPNafpgn6rh8VPBVauyNP17EQQ1HGhMCZdtUJNoD7xnVt1cSLo
Recipe tags:
basic
pizza
dough


Pleasantville.
Starring Tobey Maguire, Reese Witherspoon, Jeff Daniels and Joan Allen. Directed By Gary Ross Running Time: 2 hours.
(New Line Cinema.)
Gary Ross delivers a pleasing directing debut in the form of this entertaining movie. 'Pleasantville' is a T.V program set in the 50's where everything is perfect and in black and white. David (Maguire) is the show's biggest fan, who can name events that happen in every episode. Through a series of events, David and hip sister Jennifer (Witherspoon) somehow end up in the T.V program itself, as Bud and Mary Sue, characters from the show. Their actions in the world start to change the Pleasantville world, and as people start to discover their true 'colours', they leave their black and white world and become technicolour themselves.
Gary Ross is no stranger to gentle sentimental comedies, having previously written Big and Dave, both entertaining films. And Pleasantville is no exception. Although it stumbles across the 'sentiment' line occasionally, every scene is a delight. With a concept this high, the film may have gone in over itself, but it keeps a firm head and remains all the more pleasurably for it. In fact, I was sitting through the whole movie with a big grin, due to the immense charm the film possessed. The cast contribute a great deal to the film. Although Maguire is occasionally grating, he's suited to the main role. He occasionally puts the moral of the story across a little too strongly, especially at the end of the movie, but he's a competent leading man. Witherspoon is good fun as the sister, although the writers seem to forget about her near the end. She's certainly Gen-X enough, and performs her role well. Her absolute horror when she discovers she's 'pasty' is great. Jeff Daniels delivers a somewhat awkward performance as friendly burger bar owner Mr Johnson, who appears to be in a daze throughout the whole movie. He tries a little too hard to be sentimental, and it doesn't quite work. But it takes Joan Allen and William H. Macy to steal the movie as Bud and Mary Lou's parents. Joan Allen gives a powerful performance (as always) as the mum, and her pyrotechnic masturbation scene is interesting to say the least. Although she's sadly given little to do other than look sad for half of the film, but she does it so well it's irrelevant. Macy gives another great performance, and the audience does feel genuinely sorry for him when he returns home as usual and discovers that his dinner isn't on the table. His three words, 'Where's my dinner?' will make the strongest heart turn to something soft and squidgy. J.T Walsh also makes an memorable appearance as the Mayor of Pleasantville, who's shocked at what's going on with his town.
The special effects are also incredible. The colour mixes in seamlessly with the black and white, and the effect is rather impressive. There's a lovely scene with coloured blossom falling around the black and white David and his girlfriend, and also the way the burger bar turns to colour is well handled. The music is also great, consisting of lovely whimsical tune.s
But there's one problem with Pleasantville, and that's the fact that the film doesn't have a clear direction. Halfway through the movie, with all the whimsy of the characters turning into colour, it suddenly veers direction and turns into an 'anti racism' movie. Some of the scenes are reminiscent of Nazi Germany, including a scene where the citizens burn all the coloured books in Pleasantville. Then it veers again, turning into a 'don't be afraid to be yourself' moral, which is put across blatantly and rather embarrassingly to the audience in an uncomfortable scene with David and his mum. And the films conclusion is rather obvious, and although done well, William H. Macy seems to get more of a bum rap than he deserves.
In the end, however, Pleasantville is a treat, a enjoyable film from beginning to end. But with a little bit of work, Gary Ross's next work could be _true_ brilliance.
RATING=**** OUT OF *****
A David Wilcock Review ©1999
DAVID WILCOCK<EMAIL_ADDRESS>Visit the Wilcock Movie Page! http://www.wilcock54.freeserve.co.uk
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


CMake Script¶
Thanks to Kevin Brightwell, you can drop this CMake Script into your CMake Projects to have Sol part of one of its builds:
# Needed for ExternalProject_Add()
include(ExternalProject)
# Needed for building single header for sol2
find_package(PythonInterp 3 REQUIRED)
# Configuration data for What sol2 version to use and where to put it
set(SOL2_TAG v2.5.6)
set(SOL2_HPP "${CMAKE_BINARY_DIR}/include/sol.hpp")
# Download and "install" sol2
ExternalProject_add(
sol2
PREFIX ${VENDOR_PATH} # Set this value yourself
GIT_REPOSITORY "https://github.com/ThePhD/sol2.git"
GIT_TAG ${SOL2_TAG}
# No CMake commands to run, so tell CMake not to configure
CONFIGURE_COMMAND ""
# Generate the single header and put it in ${SOL2_HPP}
BINARY_DIR ${VENDOR_PREFIX}/src/sol2
BUILD_COMMAND
${CMAKE_COMMAND} -E make_directory ${CMAKE_BINARY_DIR}/include
COMMAND
${PYTHON_EXECUTABLE} ./single.py -o "${SOL2_HPP}"
# No install or test command for the library
INSTALL_COMMAND ""
TEST_COMMAND "")
# Conditionally turn on SOL_CHECK_ARGUMENTS if using Debug mode
if (CMAKE_BUILD_TYPE MATCHES "[Dd]ebug")
if (VERBOSE)
message(STATUS "Turning on SOL_CHECK_ARGUMENTS in Debug mode.")
endif()
add_definitions(-DSOL_CHECK_ARGUMENTS)
endif()
# Make sure sol2 is found as a system directory
include_directories(SYSTEM ${CMAKE_BINARY_DIR}/include)


|
Noise++
|
#include <NoiseBuilders.h>
Public Member Functions | |
| Builder () | |
| void | setSize (int width, int height) |
| void | setDestination (Real *dest) |
| void | setModule (Module *module) |
| void | setModule (Module &module) |
| void | setCallback (BuilderCallback *callback) |
| virtual void | build ()=0 |
| virtual int | getProgressMaximum () const =0 |
| virtual | ~Builder () |
Protected Member Functions | |
| void | checkParameters () |
Protected Attributes | |
| Real * | mDest |
| int | mWidth |
| int | mHeight |
| Module * | mModule |
| BuilderCallback * | mCallback |
A builder is a helper class that makes it easy to generate geometrical objects like a plane. You just have to specify the output size, destination and geometric specific options(like the geom size). Now you can set the source module and the build function will create the pipeline and element for you using the optimal system settings or create them manually and pass them to the build function.
| void noisepp::utils::Builder::setSize | ( | int | width, |
| int | height | ||
| ) |
Sets the output size.
| width | The output width. |
| height | The output height. |


Live Updates: 2019 Kogi Governorship Election Results From Different LGAs
by Philips SundayResults from the Kogi governorship election has started coming in from different Local Government Areas (LGAs) in the north-central state, with most Nigerians anxiously waiting to know who is winning.
Naija News reports that the Independent National Electoral Commission (INEC) commenced the Kogi governorship election at exactly 8 am on Saturday, November 16, amidst tight security.
Kogi people voted from a list of 23 political parties and in the governorship election which was marred by violence on Saturday.
In the build-up to the elections, incumbent Governor Yahaya Bello of the All Progressives Congress (APC), Nigeria’s ruling party and Musa Wada of the Peoples Democratic Party (PDP), Nigeria’s main opposition party, have popped up clearly as top contenders for the office of the Governor.
This online news platform understands that Governor Bello is winning in some part of the country. Wada is winning also in some places where elections took place.
Naija News brings live updates of the official Kogi governorship election results as announced by INEC officials at the various polling units.
Below are the results… (PLEASE REFRESH ALWAYS)
Fin al Results from Koton Karfe LGA Governorship election
Registered voters:53,590
Accredited voters:25,793
Rejected vote:323
Total valid votes:24,264
APC-14097
PDP- 9404
SDP-657
FINAL RESULTS FOR OKENE LOCAL GOVERNMENT
*No of RAC Centres* 11
*No of Polling Units:*
*Registered Voters:* 131166
*Accredited Voters:* 114001
*Total valid votes:* 113170
*Rejected votes:* 250
*Total Votes Cast:* 113420
A: 5
AAC: 10
AD: 11
ADC: 28
ADP: 11
ANRP: 0
APC: 112764
APGA: 20
GDPN: 3
GPN: 3
HDP: 2
JMPP: 1
MAJA: 7
NCP: 12
PDP: 139
PPN: 14
PPP: 15
PRP: 25
SDP: 50
UDP: 4
UPC: 3
YDP: 10
YPP: 6
ZLP: 1
APM: 26
NO CANCELLATION
RETURNING OFFICER:
Prof Olarewaju Samuel Ola, UNIJOS
Final Result for Adavi local government of Kogi state live from INEC’s headquarters, Ogominana, Adavi, Kogi State.
A: 08
AAC: 15
AD: 21
ADC: 27
ADP: 18
ANRP: 10
APC: 64657
APGA: 49
GDPN: 4
GPN: 5
HDP: 11
JMPP:6
MAJA: 2
NCP: 21
PDP: 366
PPN: 16
PPP: 12
PRP: 5
SDP: 279
UDP: 18
UPC: 9
YDP : 8
YPP: 8
ZLP: 5
Total registered voters: 105906
Total Number of Accredited voters: 66222
Total Votes cast: 65967
Total Valid votes: 65595
Rejected Votes: 372
Total PU’s that results were cancelled: 10
Total number of registered voters in cancelled PUs: 3927
FINAL LOCAL GOVERNMENT RESULT OF YAGBA WEST LG GUBERNATORIAL POLL
TOTAL NUMBER OF REGISTERED VOTERS : 42 063
TOTAL NUMBER OF ACCREDITED VOTERS : (was not written on the result sheet at the time of filling this report)
PARTIES AND THEIR SCORES.
A : 1
AAC : 4
AD : 9
ADC : 50
ADP : 13
ANRP : 11
APC : 7868
APGA : 6
GDPN : 0
GPN : 0
HDP : 1
GMPP : 0
MAJA : 2
NCP : 8
PDP : 8860
PPM : 9
PPP : 4
PRP : 1
UDP : 1
UPC : 0
YDP : 3
YPP : 1
ZLP : 0
APM : 0
SDP : 211
TOTAL VALID VOTES : 17 063
REJECTED VOTES: 399
TOTAL VOTES CAST : 17 462
Omala LGA Gubernatorial Election Results
Total Number of Registered Voters= 7153.
Total Number of Accredited Voters= 3239.
A: 0
AAC: 5
AD: 3
ADC: 3
ADP: 7
ANRP: 1
APC:1264
APGA: 3
GDPN: 1
GPN: 0
HDP: 0
JMPP: 0
MAJA: 0
NCP: 0
PDP: 1765.
PPN: 6
PPP: 2
PRP: 4
UDP: 0
UPC: 0
YDP: 0
YPP: 0
ZLP: 0
APM: 0
SDP: 94.
VALID VOTES: 3158.
REJECTED VOTES: 79.
Total Votes cast: 3239.
There was no cancellation of votes.
Final results for Idah LG KOGI EAST Gubernatorial elections
Total number of accredited voters – 56,743
Total valid votes – 19037
Void votes – 772
Total votes cast – 13809
A 3
AAC 8
AD 3
ADC 28
AED 1
ANRP 22
APC 4062
APGA 18
GDPN 0
GPN 1
HDP 0
JNPP 1
MAJA 2
NCP 31
PDP 13,962
PPN 52
PPP 21
PLP 2
SDP 241
UDP 22
UPC 2
YDP 0
YPP 2
ZLP 2
APN 2


Module velx
Implementation of the VELX executable format (made from the documentation at https://github.com/Adorable-Catgirl/Random-OC-Docs/blob/master/formats/velx/v1.md)
Functions
| parse (stream) | Parse a VELX file from the given stream |
| write (velx, stream) | Write a parsed VELX file to a stream |
| check (velx) | Check the parsed VELX file for execution on Fuchas |
Tables
| Velx | Velx file |
Functions
- parse (stream)
-
Parse a VELX file from the given stream
Parameters:
- stream stream The I/O stream to read from
Returns:
-
Velx
The parsed VELX file
- write (velx, stream)
-
Write a parsed VELX file to a stream
Parameters:
- velx
- stream
- check (velx)
-
Check the parsed VELX file for execution on Fuchas
Parameters:
- velx


In this tutorial, we want to build a simple login form containing a text field for the user name and a password field for the password. Additionally, a button for the login is needed.
Forms are abstract objects in qooxdoo which hold the input fields and buttons. As we need two input fields we should create them as well. After that, we can add these input fields to the form, as you can see in the following code snippet.
var form = new qx.ui.form.Form(); var userName = new qx.ui.form.TextField(); form.add(userName, "Name"); var password = new qx.ui.form.PasswordField(); form.add(password, "Password");
Running this code creates the form, but does not show anything in the app. As described above, forms are abstract objects and do not contain any information on how to layout the form on the screen. For this, a form renderer can be used.
Take a simple, one column renderer and render the form.
this.getRoot().add( new qx.ui.form.renderer.Single(form), {left: 10, top: 10} );
Running these two code snippets will render a simple form showing the two input fields. You can also see labels in front of each form item showing the name we gave it with the add
call. Give it a try and enter some values or even rename the labels in the code and run it again.
As a next step, we want to add the login button. For adding buttons, the form offers a separate method, which will be used in the following snippet.
var login = new qx.ui.form.Button("Login"); form.addButton(login);
Copy this code in front of the form rendering to make sure the renderer knows about the button. Run and see the new added Login button.
But the button does not do much right now. We should add a listener to validate the form and send the login request. Of course, sending data would stretch this tutorial a bit too much so we simply show an alert.
login.addListener("execute", function() { if (form.validate()) { alert("send..."); } });
Appending these code lines to the bottom of the whole sample will attach a listener to the button, which will be executed on tap but also on pressing enter when the button is focused. As you can see in the code, we only show the alert in case the validation reported back as valid. Of course, as we did not add any validation information, everything is valid currently!
We use two simple cases, the user name is required and the password field should at least have 6 characters.
Making the user name required is really easy. Just tell the user name object to be required.
userName.setRequired(true);
Adding this line right after creating the text field will mark the field as required. Running the code now will show you a little red asterisk right beside the name of the field which marks it as required. Hitting the login button now without a user name will fail and highlight the input. Hovering will show a pop-up containing the error message.
Adding a custom validator is also easy. Search for the line where we added the password field to the form and add a function as third parameter. This function will be your validator. The validator will have access to the current set value as its first argument. The new line could look like this.
form.add(password, "Password", function(data) { return !!(data && data.length >= 6); });
After you have replaced the original add
call with the new one, give it a try and see that also the password field needs to be filled. Hovering the field does not show an error message, but we can add one in a single line of code.
password.setInvalidMessage("Password too short.");
Adding this line after the password field fixes this issue.


These two things can be found in govpp
The API client lives in ./core
The api-generator lives in ./binapigen
A sample of its output (the go bindings) for VPP’s latest version lives in ./binapi
To generate the go bindings for your plugin. Assuming :
* /home/vpp
is a VPP clone with your plugin in it.
* /home/controlplane
is a go controlplane repo
$ mkdir /home/controlplane/vpp-go-bindings
$ git clone https://github.com/FDio/govpp>
$ cd govpp
$ BINAPI_DIR=/home/controlplane/vpp-go-bindings VPP_DIR=/home/vpp make gen-binapi-from-code
This will generate the go-bindings in /home/controlplane/vpp-go-bindings
For example vpp-go-bindings/myplugin/myplugin.ba.go
will contain :
// MypluginEnableDisable defines message 'myplugin_enable_disable'.
type MypluginEnableDisable struct {
EnableDisable bool `binapi:"bool,name=enable_disable" json:"enable_disable,omitempty"`
SwIfIndex interface_types.InterfaceIndex `binapi:"interface_index,name=sw_if_index" json:"sw_if_index,omitempty"`
}
You can then use the generated go bindings in your go code like this :
package main
import (
"fmt"
"git.fd.io/govpp.git"
"git.fd.io/govpp.git/binapi/interfaces"
"git.fd.io/govpp.git/binapi/vpe"
"myplugin.io/controlplane/vpp-go-bindings/myplugin/myplugin"
)
func main() {
// Connect to VPP
conn, _ := govpp.Connect("/run/vpp/api.sock")
defer conn.Disconnect()
// Open channel
ch, _ := conn.NewAPIChannel()
defer ch.Close()
request := &vpe.MypluginEnableDisable{
EnableDisable: true,
}
reply := &vpe.MypluginEnableDisableReply{}
err := ch.SendRequest(request).ReceiveReply(reply)
if err != nil {
fmt.Errorf("SendRequest: %w\n", err)
}
}
As you will need to import (or go get "git.fd.io/govpp.git"
) to leverage the API
client in your code, you might want to use the api-generator directly from the
clone go build
fetches for you. You can do this with :
$ export GOVPP_DIR=$(go list -f '{{.Dir}}' -m git.fd.io/govpp.git)
$ cd $GOVPP_DIR && go build -o /some/bin/dir ./cmd/binapi-generator
$ # instead of make gen-binapi-from-code you can rewrite the code to target
$ # your version ./binapi-generator


BA (mod) Integrated Computer Science • May 2018
Studied Computer Science at Trinity College Dublin where I took modules in Functional Programming, Telecommunications and Formal Verification to name a few. My finl year project consisted of Surveying Web Servers within Trinity College Dublin, you can find the code and report of that project here.
It Auditor and Security Analyst • September 2018 - Present
Assisting in specialised information technology audit services to deliver risk and controls assessments. Providing audit analytics to extract insights from data such as user access logs, as well as taking part in third-party assurance to manage risks from the extended enterprise. I’ve performed testing around the IT general controls (GITC’s) in place for applications and supporting infrastructure. Some areas that I’ve provided assistance throughout the testing include logical security, privilege access, user access management as well as change management.
Tecnical Analyst • January 2014 - August 2018
My primary role at Nicholas Mosse involved managing Nicholas Mosse’s e- commerce Website. Tasks included responding to customer queries, uploading new products to the online store, creating new webpages, and increasing our web page rankings using SEO techniques, along with modifying and managing customer/ product database. I also provided data integrity and management services when updating legacy site to a new website platform, along with assisting in the GDPR compliance.
Throughout my course and professional work I've gained a number of skills across a range of languages and framworks. Follow me on github to check out some of my projects.


Capabilities are an interesting area of Linux security and one which has some application to containers. Whilst the details of how they work have been well documented (I’d recommend reading Adrian Mouat’s two part series here and here) I thought it was worth looking at a couple of neat tricks we can use do with file capabilities when using containers.
Using File Capabilities when you’re not root
Sometimes, in containerized environments, we are restricted from running as the root user, a notable example being OpenShift, which restricts that by default. However generally in those cases we’ll still get the default set of capabilities that most Linux container runtimes provide. This gives us what are called “bounding” capabilities, but the tricky part is, how do we use those when we’re not running as root?
Well if you can specify a container image that you control, the answer is to set capabilities on programs inside the image, that way when you use those programs you’ll be able to use the capabilities granted.
Let’s look at a practical example. In the Dockerfile for raesene/alpine-noroot-containertools
I’ve got the line
RUN setcap 'cap_net_raw,cap_net_bind_service,cap_chown,cap_dac_override,cap_fowner,cap_fsetid,cap_kill,cap_setgid,cap_setuid,cap_setpcap,cap_sys_chroot,cap_mknod,cap_audit_write,cap_setfcap=+ep' /bin/busybox
This sets all the capabilities from the Default Docker set on the busybox program inside this container, and busybox provides all the utilities like chmod
and chown
so I can run those commands with the capabilities I’ve specified. There’s a couple of useful side effects to doing this. The first is I can change the permissions of files in the image that I don’t own
fun, but not really that useful as you can always just change the permissions inside the image while you’re building it. A slightly more useful use case is that if you’re mounting files inside the container from the underlying host, you don’t have to worry about who owns those files or the permissions on them as you can just change the perms, using your file capabilities.
This is a handy way to get round the problem where you’re running your non-root containers, but don’t want to have to remember to change the permissions on files you mount in from the underlying host.
Moving files with Capabilities
One challenge, when working with file capabilities, is that it can be hard to move them around without losing the capabilities. Utilities like cp
will generally strip capabilities when they’re used. So if you have a file with capabilities how do you move it somewhere?
The answer is tar
which supports that idea. You can create a tar file using the --xattrs
flag and then when you un-tar use the --xattrs-include='security.*'
flag to ensure they’re retained. A notable restriction is that to un-tar using that flag, you need to be root. Another restriction is that not all implementations of tar support those flags (e.g. some versions of busybox).
So to demo this we’ll use an ubuntu:22.04
image. Our goal is going to be, starting as an ordinary user on the host with Docker rights, get a copy of vim
that will let us edit files owned by root like /etc/passwd
(N.B. this isn’t really a security hole as Docker access == root in most cases, but it’s fun :) )
Once we’ve got it running first install vim
and libcap2-bin
which lets us set file capabilities. With those installed we can run this to set our file capabilities.
setcap 'cap_net_raw,cap_net_bind_service,cap_chown,cap_dac_override,cap_fowner,cap_fsetid,cap_kill,cap_setgid,cap_setuid,cap_setpcap,cap_sys_chroot,cap_mknod,cap_audit_write,cap_setfcap=+ep' /usr/bin/vim.basic
Now we can tar our copy of vim.basic
up in our mounted directory, and then untar it in the same place (so that the capabilities are preserved)
Now, with our copy of vim that has caps ready, exit the container and try to edit a file that we should not have access to on the host, and it should work just fine, thanks to the capabilities applied (specifically DAC_OVERRIDE
)
To bring it all together here’s a video showing all the steps
Conclusion
File capabilities are an interesting area to explore when working with containers (and in Linux in general) whilst the security model has been pretty well thought out, there are cases where you can make use of them to allow things that might otherwise be tricky :)


[gecode-users] Memory consumption - element constraint
Christian Schulte
cschulte at kth.se
Mon Nov 2 19:30:49 CET 2009
Hi Benoit,
Maybe you want to tell us how large your graphs are?
To give you an idea, we have been playing a little bit with some word
problems (brought to us by Håkan Kjellerstrand). Here, in the small examples
we tried, the arrays have around 70,000 elements and there are plenty of
these element constraints and everything is solved in around 8 Megabytes of
main memory. I think, Håkan even successfully tried examples with ten times
as many elements.
Or, to put it into perspective: solving these puzzles with the large element
constraints takes a small fraction of the time it takes a C++ compiler to
compile the source code containing the word lists for the element
constraints as string constants...
Best
Christian
PS: Of course, the arrays for element constraints are never copied, they are
shared among copies!
--
Christian Schulte, www.ict.kth.se/~cschulte/
-----Original Message-----
From: users-bounces at gecode.org [mailto:users-bounces at gecode.org] On Behalf
Of benoit
Sent: Monday, November 02, 2009 5:05 PM
To: users at gecode.org
Subject: [gecode-users] Memory consumption - element constraint
Hello,
I came across a problem of high memory consumption with the element
constraints. According to this message
(http://www.gecode.org/gecode-users/2009-February/002828.html), it would
come from the large size of the employed arrays.
In my case, the array represents a directed multigraph. It stores the
values hold by the arcs. These values are a priori computed, stored in a
variable of type IntArgs and retrieved during execution. Here comes the
problem of size.
A possible solution would consist in computing the needed values during
execution. However, this calculation can be a bit complex and will
require different temporary variables. I am afraid of producing a code
difficult to maintain. Is there a better way of doing this ? Are there
more appropriate structures ? (I should add that the considered
multigraph is sparse).
Thanks in advance.
Benoît
_______________________________________________
Gecode users mailing list
users at gecode.org
https://www.gecode.org/mailman/listinfo/gecode-users
More information about the gecode-users
mailing list


@import de.htwg.wt.dominion.model.cardComponent.cardBaseImpl.Card @(controllerString: String)(playerActions: Int)(playerBuys: Int)(playerMoney: Int)(phase: String)(turn: Int)(playerName: String)(playerHand: List[Card])(playingDecks: List[List[Card]]) @main("Welcome to Dominion") {


This record stores conditional formatting range information.
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|
8 |
rwFirst |
2 |
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|
10 |
rwLast |
2 |
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|
12 |
colFirst |
2 |
First column to conditionally format (0-based) |
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colLast |
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Last column to conditionally format (0-based) |
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rgbSqref |
var |
Array of sqref structures |
The grbit field contains the following options:
|
Bits |
Mask |
Flag Name |
Contents |
|
0 |
01h |
fToughRecalc |
=1 if the appearance of the cell requires significant processing |
|
15–1 |
FFFEh |
nID |
an integer ID which links a CONDFMT record to corresponding records of type CONDFMT12 and CFEX , which have the same nID value |
The sqref structure stores a union of multiple areas on a worksheet. The sqref structure is:
|
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Contents |
|
0 |
irefMac |
2 |
Number of areas that follow |
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reref |
var |
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colLast |
2 |
Last column in the reference |


Research Interests and Directions
Previous Research
I have made significant contributions to the field of machine learning and nature-inspired computational techniques through my publications. My research journey began by introducing a tabu local search heuristic to particle swarm optimization, which effectively addressed a Quadratic Assignment Problem (QAP). I then presented further enhancements to this algorithm in subsequent papers.
Expanding my work into data mining approaches, I enhanced the Ant Miner approach by introducing a new pheromone model that greatly improved runtime efficiency. Moreover, I demonstrated the advantages of a hybrid approach that combined archive and graph pheromone models, resulting in better accuracy and runtime for the algorithm. These algorithms are deeply rooted in comprehensive machine learning models.
I extended the Ant Miner framework to tackle stream mining problems as well, enabling the use of explainable models in dynamic environments. This contribution marked a significant stride in incorporating explainable models into stream mining.
In collaboration with the Plead team, I started working explainability and model acceptance, working alongside Experian. Together, we utilized provenance as an explanatory tool for the machine learning models of companies. The central idea was to trace the provenance of the data used to train the machine learning models, enabling companies to provide transparent and justifiable explanations for their methodologies. Our interdisciplinary research led to publications in legal conferences, highlighting the practical applications of our work. Notably, our provenance-based approach, adopted by PLEAD, was cited by the Information Commissioner’s Office (ICO) in their official recommendations for all organizations involved in data collection and processing.
Recent projects that was supervised with masters students.
-
Using explainable machine learning models to improve the shelf life of COVID diagnostic test strips.
-
Using natural language processing models and machine learning models to detect the risk factor for people undergoing substance abuse treatment.
-
Using hybrid deep learning to predict the mortality of patients with heart failure.
Future work grants in the pipeline.
-
Credit card fraud detection using stream mining approaches to help with continuously changing environment.
-
Detect the risk factor for substance abuse treatment using temporal machine learning models with a sequential learning approach that refines predictions as treatment progresses.
-
Federated learning for health care data using explainable machine learning models.


{% include components/indicator/headline.html %} {% include components/indicator/data-tabs.html %} {% include components/indicator/data-panes.html %}


Node for creating CATs (center of activity trajectories) More...
#include <cat_creator.h>
Public Member Functions | |
| CatCreator () | |
| ~CatCreator () | |
| Closes the log file before the object is destroyed. | |
Private Member Functions | |
| bool | caExists (const neuro_recv::dish_state &d) |
| Checks if a center of activity exists in a dish state. | |
| void | callback (const burst_calc::burst::ConstPtr &b) |
| Callback for burst messages. | |
| const burst_calc::ca | getCa (const neuro_recv::dish_state &d) |
| Generates a CA (center of activity) from a dish state. | |
| void | getParams () |
| Gets server parameters. | |
| void | headerToFile (const burst_calc::burst &b) |
| Writes a header for a burst to the log file. | |
| void | init () |
| Initializes the node. | |
| void | initFile (const char *cat_file) |
| Initializes a new CSV log file for recording CATs. | |
| void | rangesCallback (const burst_calc::ranges::ConstPtr &r) |
| Callback for range messages. | |
| void | toFile (int i, const neuro_recv::dish_state &d, const burst_calc::ca &c) |
| Writes a dish state and its center of activity to the log file. | |
| void | toFile (int i, const neuro_recv::dish_state &d) |
| Writes a dish state with no center of activity to the log file. | |
| void | updateOffsets (const neuro_recv::dish_state &d) |
| Updates the offsets for each each channel. | |
Private Attributes | |
| ros::Subscriber | burst_sub_ |
| ros::Publisher | ca_pub_ |
| std::ofstream | cat_file_ |
| ros::Publisher | cat_pub_ |
| std::string | file_name_ |
| bool | is_init_ |
| ros::NodeHandle | n_ |
| double | offsets_ [60] |
| ros::Subscriber | ranges_sub_ |
| bool | save_to_file_ |
| double | thresholds_ [60] |
Node for creating CATs (center of activity trajectories)
This node receives bursts from the burst creator node and calculates a CAT for each burst. It then publishes the CAT to the dish teleop node for ARM movement.
The CAT metric is described in this paper:
Chao ZC, Bakkum DJ, Potter SM (2007). "Region-specific network plasticity in simulated and living cortical networks: comparison of the Center of Activity Trajectory (CAT) with other metrics." J. Neural Eng. 4, 294-308.
Definition at line 52 of file cat_creator.h.
| CatCreator::CatCreator | ( | ) | [inline] |
Definition at line 55 of file cat_creator.h.
Closes the log file before the object is destroyed.
Definition at line 13 of file cat_creator.cpp.
| bool CatCreator::caExists | ( | const neuro_recv::dish_state & | d | ) | [private] |
Checks if a center of activity exists in a dish state.
CA can only be calculated from spiking activity.
| d | the dish state to be checked |
Definition at line 181 of file cat_creator.cpp.
| void CatCreator::callback | ( | const burst_calc::burst::ConstPtr & | b | ) | [private] |
Callback for burst messages.
This method is called automatically when the node receives a burst message. It creates and publishes a CAT from this burst.
| b | the received message |
Definition at line 96 of file cat_creator.cpp.
| const burst_calc::ca CatCreator::getCa | ( | const neuro_recv::dish_state & | d | ) | [private] |
Generates a CA (center of activity) from a dish state.
Center of activity = summation(position*activity) / total activity
| d | the source dish state |
Definition at line 202 of file cat_creator.cpp.
| void CatCreator::getParams | ( | ) | [private] |
Gets server parameters.
Definition at line 56 of file cat_creator.cpp.
| void CatCreator::headerToFile | ( | const burst_calc::burst & | b | ) | [private] |
Writes a header for a burst to the log file.
| b | the burst being logged |
Definition at line 271 of file cat_creator.cpp.
| void CatCreator::init | ( | ) | [private] |
Initializes the node.
Gets server parameters, initializes publishers and subscribers, starts the log file, and runs the spin loop.
Definition at line 26 of file cat_creator.cpp.
| void CatCreator::initFile | ( | const char * | cat_file | ) | [private] |
Initializes a new CSV log file for recording CATs.
| cat_file | the path of the file |
Definition at line 249 of file cat_creator.cpp.
| void CatCreator::rangesCallback | ( | const burst_calc::ranges::ConstPtr & | r | ) | [private] |
Callback for range messages.
This method is called automatically when the node receives a range message. This should only happen once. The values in the message are used to calculate the initial offsets.
| r | the received message |
Definition at line 152 of file cat_creator.cpp.
| void CatCreator::toFile | ( | int | i, |
| const neuro_recv::dish_state & | d, | ||
| const burst_calc::ca & | c | ||
| ) | [private] |
Writes a dish state and its center of activity to the log file.
| d | the dish state being logged |
| c | the CA being logged |
Definition at line 286 of file cat_creator.cpp.
| void CatCreator::toFile | ( | int | i, |
| const neuro_recv::dish_state & | d | ||
| ) | [private] |
Writes a dish state with no center of activity to the log file.
| d | the dish state being logged |
Definition at line 300 of file cat_creator.cpp.
| void CatCreator::updateOffsets | ( | const neuro_recv::dish_state & | d | ) | [private] |
Updates the offsets for each each channel.
To account for negative voltages, each channel has an offset so that the smallest voltage effectively becomes zero, and all higher voltages are positive. This method checks the voltages of each incoming dish state and updates the offsets if necessary.
| d | the dish state to check |
Definition at line 76 of file cat_creator.cpp.
ros::Subscriber CatCreator::burst_sub_ [private] |
Definition at line 73 of file cat_creator.h.
ros::Publisher CatCreator::ca_pub_ [private] |
Definition at line 76 of file cat_creator.h.
std::ofstream CatCreator::cat_file_ [private] |
Definition at line 77 of file cat_creator.h.
ros::Publisher CatCreator::cat_pub_ [private] |
Definition at line 75 of file cat_creator.h.
std::string CatCreator::file_name_ [private] |
Definition at line 78 of file cat_creator.h.
bool CatCreator::is_init_ [private] |
Definition at line 82 of file cat_creator.h.
ros::NodeHandle CatCreator::n_ [private] |
Definition at line 72 of file cat_creator.h.
double CatCreator::offsets_[60] [private] |
Definition at line 79 of file cat_creator.h.
ros::Subscriber CatCreator::ranges_sub_ [private] |
Definition at line 74 of file cat_creator.h.
bool CatCreator::save_to_file_ [private] |
Definition at line 81 of file cat_creator.h.
double CatCreator::thresholds_[60] [private] |
Definition at line 80 of file cat_creator.h.


NOTE: THIS DOCUMENT IS INCOMPLETE.
The Chaos Preprocessor Library is a generative metaprogramming framework for C and C++ that builds on the techniques used in the Boost Preprocessor Library. It is primarily intended to push the state-of-the-art in the field of preprocessor metaprogramming. As such, it assumes a strictly conformant preprocessor in an effort to reduce limitations and provide motivation for vendors to fix their broken preprocessors. This reduces the current portability of the library, as many preprocessors have serious conformancy issues. At the same time, it functions as a reference implementation of advanced preprocessor metaprogramming concepts, idioms, and techniques.
If you find Chaos to be interesting, you may find Chaos' sister project, Order, to be interesting as well. Both Order and Chaos are distributed under the Boost Software License.


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Timi Dakolo, Emeli Sandé collaborate on new song
by Agency ReportNigerian music star, Timi Dakolo, has collaborated with award-winning British singer, Emeli Sandé, on new song ‘Merry Christmas Darling’.
Sandé won two awards at the 2013 Brit Awards ceremony and in 2017, she won the Brit Award for Best British Female Solo Artist, becoming her fourth win in total.
The News Agency of Nigeria (NAN) reports that Dakolo announced the song’s release on Friday on his Instagram page @timidakolo.
He wrote, “Verified. It is almost Time, Merry Christmas Darling with @emelisande. Produced by and arranged #mralibongoondimba @humbertogaticamusic @officielfredericgassita.
“Out on all platforms by Midnight. Powered by @virginemi @universalmusicgroup.”
The song is a pop ballad that sends Christmas wishes to loved ones who are far away with the lyrics stirring up nostalgia from past Christmas memories.
Dakolo had earlier on Thursday hinted the collaboration with an Instagram post of him and Sande in a singing booth.
The picture was captioned, “It is true that music is the sound of our Emotions,I can’t wait to share this truth with you all.
“Single out tomorrow: Merry Christmas Darling . Thank you @emelisande.”
Dakolo emerged winner of the inaugural season of Idols West Africa in 2007.
He recently inked a deal with Virgin EMI label. (NAN)


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--- layout: post title: How to create IIS mappings for coldfusion tags: - ColdFusion - iis - web server status: publish type: post published: true meta: _edit_last: '2' ---
Just the other day I installed Cold Fusion Enterprise on one of our web servers hosted externally. After the re-boot I fired up a browser to test the installation. Alas the server wouldn't execute .cfm file extensions, instead offering me the chance to download these. The problem was down to the installation program not mapping .cfm extensions to the Application settings. You can check the mappings and fix this by carrying out the following steps:
Repeat the same step for the file extension .dbm, if it's not listed either. Once done click on OK and OK again to return to the console. Fire up your browser and try it again. The files should now execute.


Students are required to provide their own laptops and to install free and open source software on those laptops.
Install R
, RStudio
and the tidyverse
suite of R packages, as described here.
Register for a GitHub account and install git
. See Happy Git With R for instructions on installing git
and configuring things so git
can communicate with RStudio
.


There were many instances this week that I encountered blocks and needed to deploy some problem-solving methods to get through the challenges. Getting my head around the beginnings of JavaScript was a big learning curve, and I often had to remind myself of methods to push on through. The most effective ways I found were breaking down problems into smaller task-by-task issues, and working through them one by one. Looking at other people's code and pseudocode was also a huge help. I was able to see the solutions but break them a part and figure out why everything was the way it was. I ensured that I could comprehend the functionality before I then recreated my own code.
I also really enjoyed playing around with my code once it was working, changing the order it was in, using different methods and seeing how it affected the webpage, such as changing where variables were sitting; assessing how they became global or local, and what impact that had and the rest of the code. When something broke, I was able to understand in more detail how it worked. I am definitely a person that enjoys pulling things apart to see how it works. Even if I end up with a broken toy, I understand it!
I was introduced to so many different types of problem-solving techniques in the past few weeks and some have been better for me than others. Writing pseudocode was a great way to breakdown what the end goal was, and I could work backwards to get to that point. Such as, if X = Y, then let's figure out what X is, what other components on the page interact with X, and then same with Y. I found it be very similar to the rubber ducky method, just instead of talking it out loud, I was writing it out. Once I had figured out the issues, I rephrased my pseudocode to explain the steps. This is great for me, so I have these notes to refer back to. Also, I want others to be able to use DevTools on my pages and understand why my code is the way it is and how it functions.
Reading error messages was also very helpful. Being directed to the lines of code that were causing issue really sped up the process of diagnosing the problem. Instead being overwhelmed by hundreds of lines of code and knowing there could be one symbol wrong, I had it narrowed down. A huge time saver! Equally, getting advice from facilitators and friends in the industry by sharing my screen and walking through the process together was just as helpful. Instead of spelling out the problems, they were great at leading me in the right direction, such as, "Have a look at your line 39. See if that looks right to you." I was often able to identify the issue without prompt. Both these methods were great guiding tools. I have not been using console.log very much. It has taken me a few weeks to get my head around how it works, but I think I understand it better now and want to make that routine, as it's wonderful to assesss functionality.
Googling is something that I tend to leave to last, as the resources available are just so vast, and I am so new to this that it is hard to discern whether you are being led down the right path or not. I think I will be able to use this much more effectively further on in bootcamp when I can better identify what a good example of code is. However, YouTube has been really great and having things explained visually was awesome. This clicked with me much quicker than text explanations.


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Level 1
Lesson 18
Directions:
Play audio snippet
Repeat it out loud
Write sentence
Repeat audio file as needed
Proofread when you have finished all sentences
1.
2.
3.
4.
5.
6.
7.
8.


| 1 |
Enter incorrect price per km |
-
EM This S2R matches the following app interaction:
-
Type a valid input (e.g., 5) on the "price (1.23456789E9)" text field
-
MS There are app interactions that are missing in the bug report and should be executed before this S2R:
-
Type a valid input (e.g., 1) on the "price (Price per Gallons)" text field
-
Type a valid input (e.g., 2) on the "volume (Gallons)" text field
-
Type a valid input (e.g., 3) on the "odometer (Odometer)" text field
-
Tap the "partial (Tank was not filled to the top)" check box
-
Type a valid input (e.g., 4) on the "Comment" text field
-
Tap the "save btn (Save Fillup)" button
-
Tap the "save btn (Save Fillup)" button
-
Long tap the "list" list view
-
Tap the "list" list view
-
Tap the "8/8/2017" view
-
IV This S2R's input value is missing or incorrect. An example of a valid value is: 5
|
| 2 |
Switch statistics |
-
EM This S2R matches the following app interaction:
-
Tap the "title (Statistics)" text view
-
MS There are app interactions that are missing in the bug report and should be executed before this S2R:
-
Type a valid input (e.g., 6) on the "volume (1.23456789E9)" text field
-
Type a valid input (e.g., 7) on the "odometer (9.223372036854776E16)" text field
-
Type a valid input (e.g., 8) on the "'zfiwqrbluo z@#$%^&*()'" text field
-
Tap the "save btn (Save changes)" button
-
Long tap the "list" list view
-
Tap the "list" list view
-
Tap the "Fillup" view
|
| 3 |
Find incorrect entry in history |
-
VM The term "find" does not match an action performed on the app.
|
| 4 |
Fix price |
-
VM The term "fix" does not match an action performed on the app.
|


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{% extends ua_template %} {% block page_title -%} Website is unavailable due to claims to the Nginx server {%- endblock %} {% block message_title -%} Website is unavailable due to claims to the Nginx server {%- endblock %} {% block message -%}
Igor Sysoev, a Nginx developer, was detained in a criminal case fabricated on the basis of Rambler’s baseless claim trying to raider Nginx. Without Nginx, most sites on the Internet cannot exist, including {%- if site_name %} {{ site_name }}{% else %} this one{% endif %}.
{%- endblock %} {% block error_code %}IGOR_SYSOEV_ILLEGAL_SEARCH_AND_SEIZURE{% endblock %} {% block button_link -%} {{- button_url -}} {%- endblock %} {% block button_link_text -%} {%- if button_text -%} {{- button_text -}} {%- else -%} What happened? {%- endif -%} {%- endblock %} {% block buttons %} {{- super() -}} {# You can add more buttons here #} {% endblock %}


andy answer * 30 minutes ago
CSS-what
andy,hello world,china
transform animation
bob answer * 30 minutes ago
Hi guys, I am here
bob,coder,china
tomorrow is a new day


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鼎泰豐
孝萱不舒服, so she decides to nap after breakfast. Later today we are going to do some shopping, but for now we have some free time. 岳母 and I take 安得 to the park again to burn off some of her energy. She is very excited for another opportunity to look around the park. I let her take some pictures with my phone since she doesn’t have her camera with her.
After walking around in the morning sun, we stop by the MRT station on the north end of the park for a bathroom break and an iced coffee. The MRT station is an attractive glass and metal structure with a sunken garden and atrium on the mezzanine level. The cafe, one in a chain of places in Taipei named Cafe Louisa, is situated on a terrace overlooking the garden. Like the many cafes that occupy 台北 neighborhoods, this one has a deliberately western style. Coffee rivals tea in importance, especially with younger 台灣人 and 外國人. I stumble through ordering a relatively expensive beverage — 80 NT, or nearly 3 dollars.
孝萱 is awake when we return to the apartment, so after a quick change of clothes for 安得, we can be on our way again. Today we are going to Taipei 101, the city's iconic skyscraper. The base of the building is a huge, multistory luxury mall. In the bottom level of the mall is a food court, a few restaurants, gift shops, and a supermarket called Jason’s. Jason's is a specialty story, carrying western and international foodstuffs. 孝萱 and I are going to prepare a meal for 岳父母 — a dish we often enjoy at home: ditalini pasta, cooked risotto style with green beans, ground lamb, lemon, mint, and Parmesan cheese. It is based on a recipe we received as part of our subscription to Blue Apron. Even 安得 loves it; she says it's her favorite meal. We’ve often talked about it and 岳父母 would like to try it. At Jason’s we can buy ingredients that are usually hard to find in Taiwan: pasta, Parmesan cheese, and mint.
At Taipei 101 will also be able to check an item off our must-have list: a meal at Din Tai Fung. The restaurant’s flagship location is right down the street from where we are staying, but that restaurant is small and constantly packed with tourists. They have a newer, larger and fancier location in Taipei 101.
Taipei 101 is visible from the entrance to the MRT station near the apartment. Getting there is a short subway ride. Every time I visit 台北 I marvel at how great the subway is here as compared to in New York. Every station has escalators and elevators. 安得, who is a little bit scared of escalators, is getting used to them due to all of our trips into and out of the 地鐵站. The stations are a dependable place to take a child to use the bathroom since you can expect that they will be relatively clean and well-maintained. The subway platforms have barriers that keep people from falling to the tracks or tossing litter. I realize this time that some of the trains have a designated family area near the middle of the train. This is probably nice for parents traveling with children and also for other riders who might rather avoid them.
When we arrive at Taipei 101, it is lunch time, so 孝萱 puts our name on the waiting list at Din Tai Fung. The restaurant, experienced in dealing with large crowds and quickly turning over tables, has developed a very efficient system. There are 4 waiting lists, each for a different size party. When you put your name on the list, they give you a menu so that you can out your order while you wait. Since 安得 is with us, we are going to avoid ordering a lot of spicy dishes, but we are still going to have some favorites: 小籠包 (for which they are famous), 粽子, spicy cucumbers, and some 菠菜 to make sure we have something healthy. The total cost for the three of us to have lunch at one of the most popular restaurants in 台北 is NT599, or about 21 dollars.
Unlike most of the restaurants we will our trip, this one is exceptionally roomy, like something from suburban America. It is only complaint I have is that the dining room is one big open space, and the acoustics are a challenge. For entertainment, there is an exposed kitchen area in the center of the dining room where you can watch the staff prepare the 小籠包. 安得 likes watching them, and wants to know why they are all wearing face masks. They look like kitchen surgeons or the staff of a clean room. Indeed the only dirty surface is where they are currently rolling dough.
As has been our previous experience, the service is incredible. The numerous staff members are polite and fast. 安得 barely has any time to be distracted before the first dish arrives. She is too old for a high chair now, but we do request children’s dishes and utensils for her. They are enameled stainless steel in Tiffany blue, an upgrade from the plastics they used to have. The one omission is the lack of children’s chopsticks. Still, 安得 manages well enough, even with the tricky 小籠包.
After lunch, we head to Jason’s to do our shopping. Jason’s is a lot like a Wegman’s back in the US. They are unique in 台北 because they carry a lot of international brands and products -- particularly European ones. They actually have a cheese counter. They also have an extensive collection of liquor.
One thing about food stores in 台北 is that they still offer a lot of free samples for things. One counter in the food court outside Din Tai Fung was offering tastes of pineapple cakes. The bakeries near the apartment hand out samples of butter biscuits. In Jason’s, the grocery staff is giving out bites of dried pork jerky. This is a lot of fun for 安得 who love to try stuff.
It’s easy to find what we need. They have plenty of types of cheese and pasta, although we will need to use ditaloni instead of ditalini pasta -- the former being larger and thicker. We also get pre-shredded cheese because no one here has a cheese grater. Jason’s also has a selection of fresh herbs, so we are able to get mint. The items are more expensive than most groceries in 臺灣, but the prices are not so much more than in New York.


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In the globalization times, though with their products going global and increasing demand for it, there is a rise in the handicraft sector economy, still the artisans have become increasingly dependent on middlemen like petty merchant capitalists who pay the artisans in wage on piece rate bases’. The government's initiative to create cooperatives has not become much successful.
A report says there are over 25lakh crafts persons in India, based mostly in the villages who are not used to interact with buyers and don't have the necessary skills to safeguard their interests. Illiteracy often makes them more vulnerable.
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--- layout: post title: 'Threading: the bleeding edge of communication' date: 2007-09-28 00:00:00 categories: business interfaces-&-interaction mobile ---
I like this post from Dan, where he nails two screaming goblins to the plank of truth with a single swipe of his brain hammer:
I've heard a justification for the latter, told to me in confidence by someone from a handset vendor: that software and infrastructure to OTA updates of firmware exists now, but that it's awaiting a product manager brave enough to roll it out into a handset for which they take responsibility... the problem here being bonus structures. If a product manager launches a device that generates loads of recalls (i.e. has high-risk features), it's possible that they'll take a financial hit personally.
I'm not sure how true this is (though my source was in a good position to know ;)), but it's a lovely example of optimising behaviour around numbers if so.


Palindromic PCE Module¶
The Palindromic PCE finds a palindromic path through the network, such that a palindromic path exhibits a reverse-direction route which mirrors the forward-direction path. All devices, ports, and links traversed by the circuit in one direction must be incorporated in exactly reverse order in the other direction. This is similar to palindromes, which are words that read the same in forward and reverse, such as “level”, or “racecar”, or more patriotically “a man a plan a canal Panama.” The reverse-direction path may only be necessary for control signals, and the user may therefore desire an asymmetric bandwidth constraint on the two directions (different bandwidth forward than reverse). The Palindromic PCE also supports this functionality as long as the structure of the physical routes conforms to the expectation of a perfect palindrome.
This module comprises the majority of the Basic PCE Service as well as the Asymmetric Bandwidth Capability Service.


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* When you’re near the Met Museum, visit Café Sabarsky inside the Neue Galerie, a cute, cool, and not-too-crowded Austrian-style cafe
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