The Magic Mushroom, its an amazing tool for finding yourself. But it requires extreme respect, this I have learned.
First off I will say that it was not my first time shrooming. My first time was a magical journey in a avocado grove where I was attending a church camp. Now I realize that might freak some of you out, but I felt really in touch with God there.
Anyways I obtained about 3.6 grams of shrooms from a trusted friend. I was going to Vegas with about 5 other friends and one set of parents for a few days. The 5 of us had our own room while my friends parents (B's parents) had there own room down the hall in a wonderfully colorful place call the Flamingo. The only thing that went wrong with this trip was the fact that I was the only one shrooming.
Around 7:30 I began eating the shrooms while watching the Simpsons. I can stand the taste of shrooms unlike most people. I don't know why, but in my opinion they go really well with Dr. Pepper. It took me approx. 30 min to consume the shrooms since I was constantly distracted by the Simpsons, I love that show!
In about 15 minutes I felt the shrooms slowly kick in I was in a perfectly happy mood since our room had an excellent view of the Strip and I had the room to myself since my friends went to eat dinner. I just sat and stared out the window feeling amazing bliss and in another 15 minutes I was trippin to the flouresent colors that Vegas provides.
About 30 min after the shrooms began to kick in my friends were back. I wanted to explore the city but they all wanted to get drunk before they went out. My friend 'M' was the only one who wanted to come with me. We walked to the elevators. The carpet is a light almost neon blue while it has bright pink flamingos flowing on it with endless patterns.  M pressed and button which seemed to glow a bright pink and we descended into the matrix of Vegas.
We steeped into the lobby and walked around for a bit my friend M didn't understand I was having the time of my life and that I was in awe with everything. After about 10 mins of walking around the lobby I suggested that we roam the city he said okay but he wanted to get everyone. Then he left, and I was alone but this didn't bother me I had written a note on my hand that told me what room I was staying in. When I re-enterd the room everyone stared at me in shock wondering where M was.  Anyways about 5 mins later he arrived and they began drinking vodka 80 proof.  My mind was in a state of utter bliss. It seemed almost impossible for it to go wrong.
 Anyways they decided they wanted to explore the city now. I didn't feel up to it anymore since I was enjoying my window. So my drunk friend J stayed behind to watch over me. This where I began tripping hard I put on a doors cd and was fueled by Jim Morrison's lyrics. I yelled at my friend that I was the lizard king. He told me later that he was shocked at my behavoir since he had never seen anyone on shrooms. He turned off the music and I was immediatly calmed down by his voice which seemed to float in soothing waves. He began drinking his personal bottle of JD since my other friends had divided the handle of vodka into water bottles so they could drink on the run.
Well about 5 min after the lizard king incident, my friends returned. All but one, M. Apparently he had gotten lost again but this time on the strip. My friend B started to freak out and yell curses at everyone since M was missing and he might be seen by B's parents. I started to get very fearful since he was become quite upset I tried to look out my window but kept getting drawn back into the drama.  I was freaking out big time because he was yelling because the phone was ringing.
Who was on the phone? B's parents saying they had just seen M stumble around the lobby. B explained to his parents that M wandered off and that everyone else was in the room watching TV. I was standing up at this point listening to every word and barely able to breathe.
B started yelling curses even louder and soon everyone else in the room joined in except E who had taken up the drink again.  I was sketching like mad. I grabbed my headphones and tried to look out the window for some clarity but was interuppted by M's arrival.  They started to yell and scream and so did I but not in english or in any known language so I am told.
After about 10 minutes of this insane anger vibes things started to cool down but not to me. I felt as if 20 years had passed and I was now living in vegas in a cheap hotel room strung out on crack.  J ran up to grabbed me by the shoulders and tried to talk to me but his voice seemed drowned out by a helicopter hoovering outside. I looked at the helicopter which was eye level with our room and suddenly a great searchlight was turned on directly into our room.
Lucky for me this was just a really powerful hallucination but I was completely unaware of that at the time. I screamed 'They are coming!' and it seemed that everyone in the room was muted and all I could hear was the most frightening sounds of my life. It was E puking in the restroom. I ran to the restroom since I thought he was dying and he was my closest friend there.  I freaked. This was too much the vomit in the toliet sent bad images running through my mind I was so scared I ran back to the window and blacked out.
When I awoke I was still under the influence of shrooms but not as bad I began to get sense of what was happening and what had happened and that it was all a bad trip. I grabbed 2 packs of ciggerettes.  The second I reached the lobby floor I lit up a cig and enjoyed the soothing feel of tabbaco.
I walked around in the small park in the back of the flamingo for 2 hours until I ran out of cigs. I was much calmer by this point and felt it was time for a shower when I got back to the room almost everyone was asleep except for M who kept asking me dumb questions like 'How was the shrooms?' 'Why were you freaking out man?'
I looked at the clock before jumping in the shower it was 2:30 am. The shower felt like the best shower in my life I felt so clean. I felt so happy that none of the things I had visualized were true. I crawled into my blankets on the ground and realized everyting I had pack for the trip was out of my bags and scattered on the ground. My friend said that at one point they hid all the alcohol from E. And E went looking for it.
The next day all I did was sleep and relax. I thought about what had happened and remained distant from my friends. I realized I didn't like any of them.  The only one I talk to now is E. The rest I never see and I have no desire to see them.
All in all I say it was a learning experience. I learned that I should never ever shroom again with drunks.  From that day forth I only smoke weed and do shrooms on occasion. I am not going to let this bad experience deter me from doing shrooms I think they are awsome but I now use extreme caution when using like anyone should. Thanks for reading!
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


--- layout: post title: resolv.conf Always gets reset when server was rebooted permalink: resolv-conf-always-gets-reset-when-server-was-rebooted/ date: 2014-06-29 11:34:44.000000000 +08:00 categories: - linux tags: - centos - nameserver gets reset - nameserver problem - resolv.conf status: publish type: post published: true meta: _edit_last: '2' dsq_thread_id: '2973823222' cleaned: true ---
This is one of the annoying things that happened to me in my CentOS box. The DCHP and network manager always overwrites the values in resolv.conf when the box is rebooted. In my case, its always being set to <IP_ADDRESS> which is the IP of the modem that my ISP had given.
What is my problem with my ISP's nameserver is is its so shitty and always gives me 404 errors all over the place. So I rather manually set my nameserver in my box to counter their crappy nameserver.
To do this, edit the /etc/rc.d/rc.local using root account and make it look like below
This will basically overwrite the default configuration after all initialization stuffs is done.


My favorite things
These are a few of my favorite things.
People
Here are some of my favorite people!
- My friend Jessica
- My mom and dad:
- My cat Bear
- My dog Wolfe
Flavors of ice cream
These are my three favorites, in order:
Thanks for reading about me!


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java.lang.Object edu.macalester.acs.BaseAutocompleter<K,V> edu.macalester.acs.AutocompleteTree<K,V>
public class AutocompleteTree<K extends java.lang.Comparable,V>
Supports autocomplete queries on some entities. Autocomplete queries return entities whose name begins with a query.
Autocomplete queries may have more matches than the user desires. For examples, thousands of cities that start with 'S'. Each entity has a score associated with it that is used to decide which entities to return when there are too many matches.
Every entity entry has a unique key (such as a database identifier),
a value (the entity), and a score. These three pieces of information are
stored in an instanc of the AutocompleteEntry
class.
The key should be a unique identifier for an entity such as a database id.
The value should contain data that your application needs to provide about
the entity in the external autocomplete interface, such as a name or
description. The keys must implement reasonable hashCode, compareTo,
and equals methods.
Entities may have multiple names, called "fragments." For example,
if an entity for the 44th president of the United States wants to support
prefix matching against "Barack Hussain Obama," "Barack Obama" and "Obama"
it will have fragments for each of these pseudonyms.
Each fragment is stored in an instance of the AutocompleteFragment
class, which simply stores a (textual fragment, autocomplete entry) pair.
This class uses a fragmenter that provides string normalization and fragmentation. It normalizes both query strings and fragments (e.g. converts Shilad W. Sen to shilad w sen. And also fragments as described earlier. By default, a SimpleFragmenter is used, but you can specify your own fragmenter.
This implementation optionally caches results for short prefixes. The maximum cached query length can be controlled by changing the maxCacheQueryLength attribute. Setting this to one or two (default is 2) can dramatically speed up the number of queries at the cost of increased memory. The number of results stored for a particular prefix is specified by the numCacheResults attribute. This should ideally be equal to the maxResults parameter passed to the autocomplete method. Cache entries are automatically invalidated when entries are created, removed, or when their score is updated.
An example usage for the tree for entities of the example City
class:
This class should be thread-safe. TODO:AutocompleteTreetree = new AutocompleteTree (); tree.add(1, new City("Chicago", "Illinois")); tree.add(2, new City("Moline", "Illinois")); tree.add(3, new City("Minneapolis", "Minnesota")); tree.add(4, new City("St. Paul", "Minnesota")); tree.add(5, new City("Boston", "Massachussets")); ... tree.increment(5); // increments the score for Boston by 1. tree.setScore(3, 9.0); // sets the score for Minneapolis to 9.0; SortedSet > results = tree.autocomplete("ch", 3); for (AutocompleteEntry entry : results) { System.out.println("city " + entry.getValue() + " with score " + entry.getScore()); }
| Constructor Summary | |
|---|---|
AutocompleteTree()
Creates a new autocomplete tree with a SimpleFragmenter. |
|
AutocompleteTree(Fragmenter<K,V> fragmenter)
Creates a new autocomplete tree with a custom fragmenter. |
| Method Summary | |
|---|---|
void |
add(AutocompleteEntry<K,V> entry)
Add a new autocomplete entry to the map. |
java.util.SortedSet<AutocompleteEntry<K,V>> |
autocomplete(java.lang.String domain,
java.lang.String query,
AutocompleteFilter<K,V> filter,
int maxResults)
Executes an autocomplete search against the stored entries. |
void |
clear()
Removes all information in the tree. |
boolean |
contains(K key)
Check to see if the map contains an entry associated with the provided key. |
AutocompleteEntry<K,V> |
get(K key)
Return the entry associated with the provided key. |
java.util.Collection<AutocompleteEntry<K,V>> |
getEntries()
Returns a collection of all the autocomplete entries in the tree. |
int |
getMaxCacheQueryLength()
|
int |
getNumCacheResults()
Returns the maximum number of results cached for any query. |
void |
remove(K key)
Removes an autocomplete entry from the map. |
void |
setMaxCacheQueryLength(int maxCacheQueryLength)
Set the maximumum length for queries that are cached. |
void |
setNumCacheResults(int numCacheResults)
Sets the maximum number of results that are cached for short queries. |
void |
setScore(K key,
double score)
Sets the score of the entry associated with the key. |
| Methods inherited from class edu.macalester.acs.BaseAutocompleter |
|---|
add, add, autocomplete, decrement, increment |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Methods inherited from interface edu.macalester.acs.Autocompleter |
|---|
add, add, autocomplete, decrement, increment |
| Constructor Detail |
|---|
public AutocompleteTree()
public AutocompleteTree(Fragmenter<K,V> fragmenter)
fragmenter
- | Method Detail |
|---|
public void clear()
Autocompleter
clear
in interface Autocompleter<K extends java.lang.Comparable,V>
public int getMaxCacheQueryLength()
public void setMaxCacheQueryLength(int maxCacheQueryLength)
maxCacheQueryLength
- public int getNumCacheResults()
public void setNumCacheResults(int numCacheResults)
numCacheResults
- public void add(AutocompleteEntry<K,V> entry)
Autocompleter
add
in interface Autocompleter<K extends java.lang.Comparable,V>
public java.util.Collection<AutocompleteEntry<K,V>> getEntries()
public void remove(K key)
Autocompleter
remove
in interface Autocompleter<K extends java.lang.Comparable,V>
public boolean contains(K key)
Autocompleter
contains
in interface Autocompleter<K extends java.lang.Comparable,V>
public AutocompleteEntry<K,V> get(K key)
Autocompleter
get
in interface Autocompleter<K extends java.lang.Comparable,V>
public void setScore(K key, double score)
setScore
in interface Autocompleter<K extends java.lang.Comparable,V>
key
- score
- public java.util.SortedSet<AutocompleteEntry<K,V>> autocomplete(java.lang.String domain, java.lang.String query, AutocompleteFilter<K,V> filter, int maxResults)
Autocompleter
autocomplete
in interface Autocompleter<K extends java.lang.Comparable,V>
maxResults
- Maximum number of results that are returned.
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| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


---
title: Careers
layout: full_page_white
permalink: /careers/
---
{% include careers/header.html %}
{% include careers/values.html %}
{% include careers/benefits.html %}
{% include careers/positions.html %}
{% include careers/recruitment.html %}
{% include careers/learn_more.html %}


G-Truc Creation experimental extensions. More...
Namespaces | |
| namespace | associated_min_max |
GLM_GTX_associated_min_max extension: Min and max functions that return associated values not the compared onces. | |
| namespace | bit |
GLM_GTX_bit extension: Allow to perform bit operations on integer values. | |
| namespace | closest_point |
GLM_GTX_closest_point extension: Find the point on a straight line which is the closet of a point. | |
| namespace | color_cast |
GLM_GTX_color_cast extension: Conversion between two color types. | |
| namespace | color_space |
GLM_GTX_color_space extension: Related to RGB to HSV conversions and operations. | |
| namespace | color_space_YCoCg |
GLM_GTX_color_space_YCoCg extension: RGB to YCoCg conversions and operations. | |
| namespace | comparison |
GLM_GTX_comparison extension: Defined comparison operators for vectors. | |
| namespace | compatibility |
GLM_GTX_compatibility extension: Provide functions to increase the compatibility with Cg and HLSL languages. | |
| namespace | component_wise |
GLM_GTX_component_wise extension: Operations between components of a type. | |
| namespace | determinant |
GLM_GTX_determinant extension: Compute the determinant of a matrix. | |
| namespace | epsilon |
GLM_GTX_epsilon extension: Comparaison functions for a user defined epsilon values. | |
| namespace | euler_angles |
GLM_GTX_euler_angles extension: Build matrices from euler angles. | |
| namespace | extend |
GLM_GTX_extend extension: Extend a position from a source to a position at a defined length. | |
| namespace | extented_min_max |
GLM_GTX_extented_min_max extension: Min and max functions for 3 to 4 parameters. | |
| namespace | fast_exponential |
GLM_GTX_fast_exponential extension: Fast but less accurate implementations of exponential based functions. | |
| namespace | fast_square_root |
GLM_GTX_fast_square_root extension: Fast but less accurate implementations of square root based functions. | |
| namespace | fast_trigonometry |
GLM_GTX_fast_trigonometry extension: Fast but less accurate implementations of trigonometric functions. | |
| namespace | gradient_paint |
GLM_GTX_gradient_paint extension: Compute a radient gradient according section OpenVG 1.1 specifications, 9.3.2 Radial Gradients. | |
| namespace | handed_coordinate_space |
GLM_GTX_handed_coordinate_space extension: To know if a triedron is right or left handed. | |
| namespace | inertia |
GLM_GTX_inertia extension: Create inertia matrices. | |
| namespace | int_10_10_10_2 |
GLM_GTX_int_10_10_10_2 extension: Add support for integer for core functions. | |
| namespace | integer |
GLM_GTX_integer extension: Add support for integer for core functions. | |
| namespace | intersect |
GLM_GTX_intersect extension: Add intersection functions. | |
| namespace | inverse |
GLM_GTX_inverse extension: Inverse matrix functions. | |
| namespace | inverse_transpose |
GLM_GTX_inverse_transpose extension: Inverse transpose matrix functions. | |
| namespace | log_base |
GLM_GTX_log_base extension: Logarithm for any base. base can be a vector or a scalar. | |
| namespace | matrix_access |
GLM_GTX_matrix_access extension: Set a column or a row of a matrix. | |
| namespace | matrix_cross_product |
GLM_GTX_matrix_cross_product: Build cross product matrices. | |
| namespace | matrix_major_storage |
GLM_GTX_matrix_cross_product: Build matrices with specific matrix order, row or column. | |
| namespace | matrix_operation |
GLM_GTX_matrix_operation: Build cross product matrices. | |
| namespace | matrix_projection |
GLM_GTX_matrix_projection: Varius ways to build and operate on projection matrices. | |
| namespace | matrix_query |
GLM_GTX_matrix_query: Query to evaluate matrices properties. | |
| namespace | matrix_selection |
GLM_GTX_matrix_selection extension: Access to matrix columns or rows. | |
| namespace | mixed_product |
GLM_GTX_mixed_product extension: Mixed product of 3 vectors. | |
| namespace | norm |
GLM_GTX_norm extension: Varius way to compute vector norms. | |
| namespace | normal |
GLM_GTX_normal extension: Compute the normal of a triangle. | |
| namespace | normalize_dot |
GLM_GTX_normalize_dot extension: Dot product of vectors that need to be normalize with a single square root. | |
| namespace | number_precision |
GLM_GTX_number_precision extension: Defined size types. | |
| namespace | ocl_type |
GLM_GTX_ocl_type extension: OpenCL types. | |
| namespace | optimum_pow |
GLM_GTX_optimum_pow extension: Integer exponenciation of power functions. | |
| namespace | orthonormalize |
GLM_GTX_orthonormalize extension: Orthonormalize matrices. | |
| namespace | perpendicular |
GLM_GTX_perpendicular extension: Perpendicular of a vector from other one. | |
| namespace | polar_coordinates |
GLM_GTX_polar_coordinates extension: Conversion from Euclidean space to polar space and revert. | |
| namespace | projection |
GLM_GTX_projection extension: Projection of a vector to other one. | |
| namespace | quaternion |
GLM_GTX_quaternion extension: Quaternion types and functions. | |
| namespace | random |
GLM_GTX_random extension: Generate random number from varius distribution methods. | |
| namespace | raw_data |
GLM_GTX_raw_data extension: Projection of a vector to other one. | |
| namespace | reciprocal |
GLM_GTX_reciprocal extension: Define secant, cosecant and cotangent functions. | |
| namespace | rotate_vector |
GLM_GTX_rotate_vector extension: Function to directly rotate a vector. | |
| namespace | spline |
GLM_GTX_spline extension: Spline functions. | |
| namespace | std_based_type |
GLM_GTX_std_based_type extension: Add support vector types based on C++ standard type. | |
| namespace | string_cast |
GLM_GTX_string_cast extension: Setup strings for GLM type values. | |
| namespace | transform |
GLM_GTX_transform extension: Add transformation matrices. | |
| namespace | transform2 |
GLM_GTX_transform2 extension: Add extra transformation matrices. | |
| namespace | unsigned_int |
GLM_GTX_unsigned_int extension: Add support for unsigned integer for core functions. | |
| namespace | vector1 |
GLM_GTX_vector1 extension: 1 component vector. | |
| namespace | vector_access |
GLM_GTX_vector_access extension: Function to set values to vectors. | |
| namespace | vector_angle |
GLM_GTX_vector_angle extension: Compute angle between vectors. | |
| namespace | vector_query |
GLM_GTX_vector_query extension: Query informations of vector types. | |
| namespace | verbose_operator |
GLM_GTX_verbose_operator extension: Use words to replace operators. |
G-Truc Creation experimental extensions.
The interface could change between releases.


{% macro profile_form(member, supervisors) -%}
If you cannot find the conference/journal you want, please use the bibtex to add publications.


{{/* https://github.com/IonicaBizau/github-calendar GitHubCalendar(container, username, options) options: summary_text: Summary of pull requests, issues opened, and commits made by 'username' proxy: A function that receives as argument an url returns proxied url. (default @izuzak's urlreq) global_stats: display total, longest and current streaks (default true) responsive: stretch to conainer (default false) */}}


This page is inspired by several articles by Henry Segerman on Möbius transformations and spherical image editing. I wrote about the design of this page here.
There is a video showing how to use it here.
Transformations:
Möbius transformations:
Set Fixed Point 1 at center of viewport. When debugging, this point is represented by a red dot on the image.
Set Fixed Point 2 at center of viewport. When debugging, this point is represented by a blue dot on the image.
Rotate left around fixed points.(*)
Rotate right around fixed points.(*)
Stop rotating.
No rotation.
Do conformal zoom in on point 1, out on point 2. (*)
Do conformal zoom out on point 1, in on point 2(*).
Cancel zoom.
Allows you to a loxodromic transformation. It selects the complex point at the center of the viewport to be the scaling factor. If this is a real number (which it is by default), this corresponds to a simple zoom. A complex number is a combination of rotation and zoom. When debugging, this point is represented by a yellow dot on the image.
(*) If you click on rotate or zoom without having first selected the fixed points, the system will set the current center of the viewport to be fixed point 1, and the antipodal point to be fixed point 2.
Complex transformations:
If selected, these are applied after the Möbius transformations have been applied. So 'x' in the equations below is understood to be a complex number that is the result of any selected Möbius transformations. If more than one of the following transforms is selected they are applied in turn taking the output of the previous transformation to be the input ('x') of the new one.
Text
Text
Text
Text
Miscellaneous other functions:
Turn off all transforms, revert to original image/video.
Toggle view to see effect of transformations on the rectangular texture.
Toggle Show/hide dots representing fixed points.
Video Controls:
There are only visible if you are playing a video.
Skip backwards in the video.
Pause the video.
Unpause the video.
Skip forwards in the video.
Replay the video.
Camera Controls:
Rotate camera to left. Successive clicks increase the speed.
Rotate camera up. Stops at the zenith.
Rotate camera down. Stops at the nadir.
Rotate camera to the right.
Stop rotating the camera.
Flip camera around to view the antipodal point opposite the current position.
Decrease the field of view by 15%.
Increase the field of view by 15%.
Robert Woodley, 2016.
rwoodley.org
@rwoodley


--- layout: post title: "The Fourth Sunday in Ordinary Time" date: 2021-01-31 09:00:00 categories: Sunday tags: featured image: /assets/article_images/2020-04-26-Third-Sunday-Easter/scripture.jpg image2: /assets/article_images/2020-04-26-Third-Sunday-Easter/scripture-mobile.jpg ---
Holy Mass is at the very core of our worship as a Catholic community. Nothing can ever be substituted for the celebration of the Eucharist. But in this exceptional time of difficulty for our communities, our nation, and the whole world, this order of prayer can be offered by individuals and families and engages us in our Sunday celebration of the Word of God. We can pray this prayer in our homes—the “domestic churches” which help build up the Body of Christ on earth—and thus be connected to the entire Church at prayer.
During this time of prayer, we include the opportunity to make a Spiritual Communion. Making a Spiritual Communion is a worthy practice, recommended by innumerable saints throughout the ages, which unites our whole selves to God and his Church.
Taken from the Mass and the Liturgy of the Hours
Leader: O God, ✠ come to my assistance.
Response: O Lord, make haste to help me.
Leader: Glory be to the Father, and to the Son, and to the Holy Spirit:
Response: as it was in the beginning, is now, and ever shall be, world without end. Amen.
Holy God, we praise thy name;
Lord of all, we bow before thee!
All on earth thy scepter claim,
All in heav’n above adore thee;
Infinite thy vast domain,
everlasting is thy reign.
Infinite thy vast domain,
everlasting is thy reign.
Hark! the loud celestial hymn
Angel choirs above are raising;
Cherubim and Seraphim,
In unceasing chorus praising,
Fill the heav’ns with sweet accord:
“Holy, holy, holy Lord!”
Fill the heav’ns with sweet accord:
“Holy, holy, holy Lord!”
Holy Father, Holy Son,
Holy Spirit, Three we name thee;
While in essence only One,
Undivided God we claim thee;
And adoring bend the knee,
While we own the mystery.
And adoring bend the knee,
While we own the mystery.
Leader: Let us acknowledge our sins, and seek the Lord’s pardon and peace.
Together: I confess to almighty God
and to you, my brothers and sisters,
that I have greatly sinned,
in my thoughts and in my words,
in what I have done and in what I have failed to do,
through my fault, through my fault,
through my most grievous fault;
therefore I ask blessed Mary ever-Virgin,
all the Angels and Saints,
and you, my brothers and sisters,
to pray for me to the Lord our God.
Leader: Grant us, Lord our God,
that we may honor you with all our mind,
and love everyone in truth of heart.
Through our Lord Jesus Christ, your Son,
who lives and reigns with you in the unity of the Holy Spirit,
one God, for ever and ever.
Together: Amen.
 This is exactly what you requested of the LORD, your God, at Horeb on the day of the assembly, when you said, ‘Let us not again hear the voice of the LORD, our God, nor see this great fire any more, lest we die.’ And the LORD said to me, ‘This was well said. I will raise up for them a prophet like you from among their kin, and will put my words into his mouth; he shall tell them all that I command him. Whoever will not listen to my words which he speaks in my name, I myself will make him answer for it. But if a prophet presumes to speak in my name an oracle that I have not commanded him to speak, or speaks in the name of other gods, he shall die.’”
The Word of the Lord.
―Thanks be to God.
Reader: If today you hear his voice, harden not your hearts.
Together: If today you hear his voice, harden not your hearts.
Reader: Come, let us sing joyfully to the LORD;
let us acclaim the rock of our salvation.
Let us come into his presence with thanksgiving;
let us joyfully sing psalms to him.
Together: If today you hear his voice, harden not your hearts.
Reader: Come, let us bow down in worship;
let us kneel before the LORD who made us.
For he is our God,
and we are the people he shepherds, the flock he guides.
Together: If today you hear his voice, harden not your hearts.
Reader: Oh, that today you would hear his voice:
“Harden not your hearts as at Meribah,
as in the day of Massah in the desert,
Where your fathers tempted me;
they tested me though they had seen my works.”
Together: If today you hear his voice, harden not your hearts.
Brothers and sisters: I should like you to be free of anxieties. An unmarried man is anxious about the things of the Lord, how he may please the Lord. But a married man is anxious about the things of the world, how he may please his wife, and he is divided. An unmarried woman or a virgin is anxious about the things of the Lord, so that she may be holy in both body and spirit. A married woman, on the other hand, is anxious about the things of the world, how she may please her husband. I am telling you this for your own benefit, not to impose a restraint upon you, but for the sake of propriety and adherence to the Lord without distraction.
The word of the Lord.
―Thanks be to God.
Then they came to Capernaum, and on the sabbath Jesus entered the synagogue and taught. The people were astonished at his teaching, for he taught them as one having authority and not as the scribes. In their synagogue was a man with an unclean spirit; he cried out, “What have you to do with us, Jesus of Nazareth?  I know who you are—the Holy One of God!” Jesus rebuked him and said, “Quiet! Come out of him!” The unclean spirit convulsed him and with a loud cry came out of him. All were amazed and asked one another, “What is this? A new teaching with authority. He commands even the unclean spirits and they obey him.” His fame spread everywhere throughout the whole region of Galilee.
The Gospel of the Lord.

Leader: Glory to the Father, and to the Son and to the Holy Spirit.

Leader: Open your hearts to praise the God of power and goodness,
for he loves us and knows our needs.
Response: We praise you, Lord, and trust in you.

Response: We praise you, Lord, and trust in you.
Leader: O God, you opened the gates of mercy for us, let us never turn aside from
the path of life.
Response: We praise you, Lord, and trust in you.
Leader: As we celebrate the resurrection of your beloved Son, help us to spend this
day in the spirit of joy.
Response: We praise you, Lord, and trust in you.
Leader: Give to your faithful, O Lord, a prayerful spirit of gratitude, that we may
thank you for all your gifts.
Response: We praise you, Lord, and trust in you.
Leader: In your mercy, continue to sanctify all who are afflicted from the present pandemic, and draw us all closer to you,
and to one another, in this time of suffering.
Response: We praise you, Lord, and trust in you.
Leader: Let us pray together as Jesus taught us:
Together: Our Father, who art in heaven …
Leader: You have given us bread from heaven,
Response: Containing in itself all delight
Together: My Jesus,
I believe that you are present
in the Most Holy Sacrament of the Altar.
I love you above all things,
and I desire to receive you into my soul.
Since I cannot at this moment receive you sacramentally,
come at least spiritually into my heart.
I embrace you as if you were already there
and unite myself wholly to you.
Never permit me to be separated from you,
my Lord and my God!
Amen.
Canticle of Zechariah (Luke 1:68-79)
Together: ✠ Blessed be the Lord, the God of Israel;
he has come to his people and set them free.
He has raised up for us a mighty savior,
born of the house of his servant David.
Through his holy prophets he promised of old
that he would save us from our enemies,
from the hands of all who hate us.
He promised to show mercy to our fathers
and to remember his holy covenant.
This was the oath he swore to our father Abraham:
to set us free from the hands of our enemies,
free to worship him without fear,
holy and righteous in his sight
all the days of our life.
You, my child, shall be called the prophet of the Most High;
for you will go before the Lord to prepare his way,
to give his people knowledge of salvation
by the forgiveness of their sins.
In the tender compassion of our God
the dawn from on high shall break upon us,
to shine on those who dwell in darkness and the shadow of death,
and to guide our feet into the way of peace.
Glory be to the Father, and to the Son,
and to the Holy Spirit:
as it was in the beginning, is now, and ever shall be,
world without end. Amen.
Leader: ✠ May the Lord bless us, protect us from all evil,
and bring us to everlasting life.
Together: Amen.
“Holy God, We Praise Thy Name” Text: Grosser Gott, wir loben dich; ascr. to Ignaz Franz, 1719-1790; trans. By Clarence Walworth, 1820-1900, alt.; Tune: GROSSER GOTT, 7 8 7 8 77; Katholisches Gesangbuch, Vienna, c. 1774; in the Public Domain.
Excerpts from The Roman Missal © 2010, ICEL; excerpts from The Liturgy of the Hours © 1994, ICEL. All rights reserved.
Lectionary for Mass for Use in the Dioceses of the United States, second typical edition, Copyright © 2001, 1998, 1997, 1986, 1970 Confraternity of Christian Doctrine; Psalm refrain © 1968, 1981, 1997, International Committee on English in the Liturgy, Inc. All rights reserved. Neither this work nor any part of it may be reproduced, distributed, performed or displayed in any medium, including electronic or digital, without permission in writing from the copyright owner.


The story so far
Fifteen minutes have passed. The code has started to blur before your eyes. They scan in all directions for a glimpse of a TA, but this place is a ghost town. You’re left with only one option: Find Sam. The only problem is that finding Sam is not so simple. You must track his path step by step as it grows more and more complex. If you can successfully track Sam for twenty moves, you will have the opportunity to ask him for assistance.


More Website Templates @ TemplateMonster.com - October 06, 2014!
Marvel
Find more about this Topic on the official website.
Details about upcoming movies are presented on the same website of marvel.
more
| "> |
Find more about this Topic on the official website.
Details about upcoming movies are presented on the same website of marvel.
| "> |


I am a rising senior at Dartmouth College majoring in Computer Science and Economics.
At college I'm a PM at the Digital Arts Leadership and Innovation Lab, where I work with a bunch of cool young people to turn ideas into reality.
I also love TAing computer science classes.
This summer I worked at Bridgewater Associates as an Investment Associate.
After living, working, and studying in three continents I have decided I want to start my career in a role maximizes the use of my business and technology background and diverse experiences.
VR experience to explore how tarsiers see the world. In the process of becoming a permant exhibition at Vermont Institute of Natural Sciences.
View ProjectHelp Reallyread.it develop a mobile version of its Chrome extension (checkout their website reallyread.it). Goal of the app is to create a platform that has engaged readers and filter out uninformed voices. Tracks whether user had 'really read' the content, and only allows those who have fully read the content to comment on the article.
Unlike other social media platforms, Record Atlas is a student project which allow posts to be linked based on content rather than chronological order. Allows for more compelling storytelling process.
Use IBM Watson to help police make better decisions under high pressure. A proof of concept project using Watson's visual recognition service coupled with Rasberry Pi, Snap Judgement detects facial emoiton to alert the user of potential threats.
View Project VideoSmoother course selection experience for Dartmouth students. Crawled various school websites to gather info students need when choosing classes. Presented in a centralized location. Used visuals to optimize interpretation of data and improved search interface to make the experience as painless as possible.
A game which uses the pebble watch and involved 3 parts: the field agent, guide agent and game server. Field agents wear the watch and travel to locations to secure 'code drops'. Guide agents advise the field agents to the correct locations while avoiding other field agents so they won't be captured.


What You Need To Know About Zero-Percent Car Loans
"No Interest" Sounds Great, but Bonus Cash Could Be Better
Zero-Percent Financing
Zero-percent financing is one of the better deals you can get on a new car. | October 14, 2015 | Sal Meda for Edmunds
Zero-percent loans are often advertised as one of the best deals you can get when you're buying a new car. You'll sometimes hear people call such financing "free money." It's not that exactly, but it's as close as you're likely to get. Zero-percent loans tend to grab attention, but they make up only about 9 percent of the dealer-financed car loans in 2015 to date, according to Edmunds data.
Provided you can qualify for a zero-percent car loan, it sounds like a no-brainer. But is it really a good deal? Are there any catches? And if you were planning on paying cash, is it even worth considering?
How Can It Be Zero Percent?
Zero-percent loans are typically offered by automakers' financing companies. They forgo the money they would have made on loans with interest in favor of selling more of a particular vehicle. This financing incentive can spark sales of a slow-selling vehicle or help clear out inventory to make room for cars from the new model year.
"The availability of zero-percent deals follow a pretty rigid pattern," says Jeremy Acevedo, senior analyst for Edmunds.com. Zero-percent offers peak in the summer months to stimulate sales for the outgoing model year and stay "relatively subdued" in the other months, he says.
Carmakers advertise the no-interest loans in commercials, at dealerships or on their websites. We suggest taking a look at Edmunds' Incentives and Rebates page. It highlights zero-percent financing offers and other promotions for the month.
Sometimes a dealership will offer its own version of zero-percent financing. In this case, the dealership opts to pay the interest on your loan, either to sweeten a deal or as an incentive for you to make a large down payment. It typically occurs when a buyer already qualifies for a loan with a low annual percentage rate (APR) and the amount being financed is a figure the dealer deems reasonable.
How To Qualify
Zero-percent loans are typically reserved for buyers with excellent credit. The fine print on automaker websites often says things like "for qualified buyers" or "based on Tier One credit." The language doesn't really spell out what that means in terms of FICO scores. And the range itself can vary from one automaker to another, so we suggest calling the dealership to see what the requirements are.
Just what is "Tier One" credit, for example? It's a FICO of 690-719, according to one Washington state Toyota dealership that posted its credit tiers online. But that's just one brand and one dealership's numbers. According to credit services company Experian, 752 is the average credit score associated with loans that have an APR of less than 1 percent. As a general rule however, if your FICO score is above 700, you should be able to get a zero-percent loan.
If your score is slightly lower, zero-percent offers are still worth looking into. There have been cases of people getting approved because of a solid history of making payments on time and loyalty to a car brand — despite having a lower credit score.
Bonus Cash or Zero-Percent Loan?
There are times when the automaker gives consumers a choice between bonus cash or a loan with a very low interest rate. The bonus cash would usually be the way to go, but when it comes to zero-percent loans, the cash would have to be sufficient to offset the finance charges the buyer is saving.
For example, let's say you were buying a $25,000 car with a $1,000 down payment and you've qualified for a loan with an interest rate of 3.5 percent. You then have a choice: a bonus cash incentive or a zero-percent loan with no additional discount. It would take an incentive of about $2,500 to beat the zero-percent loan offer. Any amount of bonus cash less than $2,500 makes the zero-percent loan the better option. Use this calculator to input your own scenarios and see what option works best for you.
There's also a third option to consider. Increasingly, consumers are taking the bonus cash and then refinancing the interest-bearing loan at a lower rate later, says Melinda Zabritski, senior director of automotive finance for Experian.
What's in It for a Cash Buyer?
If you planned on buying a car for cash, there might still be some value in taking out a zero-percent loan. The biggest benefit is that it allows you to keep your money free for other purposes, such as an emergency fund or for investment. There is no penalty for paying off the loan early. Having financed a car appears as a positive mark on your credit report. Buying for cash doesn't show up at all.
In some cases, the dealerships may be getting an incentive from the automaker to promote a zero-percent loan, so taking the dealer's financing may help you obtain a better price on the vehicle. The automaker typically pays the dealership a bonus on the back end of the deal, which in turn would allow it to be more flexible with the price. It isn't a common occurrence, but something you should be aware of in case it comes up.
Zero Percent Do's
Do make sure you really want the car. Just because a car has a zero-percent loan offer doesn't mean it is the right car for you. Make sure you test-drive it to be sure it fits your needs.
Do get pre-approved for a car loan. It is still a good idea to secure financing with your bank or credit union before you go car shopping. This pre-approval can serve as a backup loan in case you don't qualify for a zero-percent offer. It's also useful to have a loan in hand so you can compare its interest rate to the dealership's financing. You might decide your bank loan, and the dealership's bonus cash offer makes the most sense for you.
Zero Percent Don'ts
Don't skimp on the down payment. Some dealers may give you the option to put nothing down at signing. We recommend you put down as close as you can get to 20 percent. If you can't manage that, consider getting GAP insurance to offset depreciation.
Don't take out a loan for more than 60 months. Some automakers offer a 72-month loan to help make the payments lower, but there are many drawbacks to taking out a longer loan. The car's value will have greatly diminished by the time you finish paying for it. And there's a good chance you'll be tired of your 6-year-old car just about the time you make your last payment. A long loan may keep you from owning, free and clear, a car you still love to drive.
Credits to: edmunds


Simple example. You don't need to specify much to get an attractive look. Put in a placeholder, make sure you set its dimensions (otherwise the plot library will barf) and call the plot function with the data. The axes are automatically scaled.


Pure Rack Diagram Builder
Instructions:
Select the options from Option section, click Display button the display the diagram on the Rack Diagrm section
Option
FlashArray
FlashBlade
ObjectEngine
model:
protocl:
face:
datapacks:
bezel:
direction:
fm_label:
dp_label:
addoncards:
mezz:
model:
FlashBlade (no other options)
chassis:
face:
blades:
xfm:
directon:
efm_model:
working in progress
Display
image link:
Rack Diagram


This page contains graphs that show compilation speed (in seconds) for some Nim projects.
The compilation time only includes Nim compilation time itself (including the creation of C files),
but does not include the C compilation speed. Lower is better.
Projects used for generating PGO profile data:
- Arraymancer
- NPeg
- Prologue
- Nitter
- Polymorph
- regex
- Nim compiler
I chose some of these projects because they heavily use compile-time Nim execution or macros,
some - because they use async (heavy on the static analysis done for ARC/ORC),
and some - just because they need to be there.
All projects were compiled with ORC in debug (to also optimize for debugging features) and release modes.
Tests were done on my Arrch Linux machine (Ryzen 3700X, NVMe SSD) with GCC 12.2.1 and Clang 15.0.7.
The benchmark data was collected using Hyperfine.
Each option was benchmarked 3 times (low, I know) because I didn't want to wait too long for results.
This page was done using nimib (the best out there!),
plots were done with nim-plotly.
Source code for all relevant files can be found in the
pgo folder of my snippets repo.
The compiler itself. PGO speedup here is quite significant (1.7x over normal release).
And we can already see that Clang is consistently faster than GCC if the compilation involves LTO or PGO ;)
Now, how about we test it on some projects that were in the PGO training data?
Clang PGO again comes out on top.
A text editor made in Nim that has a very cute name ^_^. And at this point it's clear - the results
for different projects are all mostly consistent to each other regarding how fast is a specific combination
to another one. Yes, some projects compile faster, but the actual percentage difference
between versions is the same ¯_(ツ)_/¯.
I was really surprised by Owlkettle being so fast! This is not compiling all of Owklettle, just the TODO app.
With PGO you get 0.5 seconds for the Nim part, although the C compilation takes an additional 3.3 seconds (without C cache).
If it wasn't already evident - PGO'd Nim compiler is only good for big Nim projects. The smaller the project,
the less of a difference you'll see.
regex is a pure-Nim regex library, which means you can both pre-compile and use regexes at compile-time.
It's quite VM heavy, and the test file for it takes a really really long time to compile,
because it has tons of different regexes that are all tested on both runtime and compile-time.
The results are indeed quite significant - seems like the Nim VM was heavily optimized by PGO.
I think it won't hurt to use a PGO'd compiler if you use nim-regex in your Nim project a lot :)
Conclusion
This was a fun experiment, although the graphs were a bit too boring - the scaling is similar in all of them.
It's just another confirmation that Nim programs do benefit from LTO and PGO (see e.g. my old forum post).
However, the difference for the compiler is not that big,
especially when compiling smaller Nim libraries/projects.
Judging by those results, you should look at how long a typical compilation of your project
takes with --compileOnly
, divide than by 1.7, and see if that time decrease
will be significant enough for you, considering the C compilation time.
Though do not forget that when developing your project you'll be re-using
most of the C files, so the C compilation time will be quite low enough to make Nim compilation time noticeable,
unless your project takes
a significant time to link.
Also, PGO for the compiler will (mostly) become obsolete when Nim gets incremental compilation, which I believe is on the roadmap for 2023.
P.S.: If your Nim project does some heavy data processing,
it won't hurt to try doing PGO on it,
and as for LTO - you should generally always use it for release builds
unless it slows your program down or results in some bugs.
Thanks for reading this not particularly useful post.
import std/[json, strutils, strformat, sequtils, algorithm, strscans, tables, math]
import pkg/[nimib, plotly, chroma]
import ./common
nbInit
template usePlotly(doc: var NbDoc) =
import plotly / [api, plotly_types, plotly_display]
doc.partials["head"] &= """"""
doc.partials["nbPlotly"] = """

"""
nb.usePlotly
template nbPlotly(plot, body: untyped) =
newNbCodeBlock("nbPlotly", body):
body
nb.blk.context["plot_id"] = "plot-" & $nb.newid
nb.blk.context["plot_data"] = block:
when type(plot) is Plot:
parseTraces(plot.traces)
else:
$plot.traces
nb.blk.context["plot_layout"] = block:
if plot.layout != nil:
when type(plot) is Plot:
$(%plot.layout)
else:
$plot.layout
else:
"{}"
type
HyperfineParams = object
compiler: string
HyperfineResult = object
mean: float
min: float
max: float
parameters: HyperfineParams
BenchmarkResult = object
compiler: Compiler
time: float
text: string
proc getBenchStats(data: JsonNode): seq[BenchmarkResult] =
let data = data["results"].to(seq[HyperfineResult])
for run in data:
let (_, compStr, compFlags) = run.parameters.compiler.scanTuple("nim_$+_$+")
let compiler = parseEnum[Compiler](compStr)
let text = compFlags.multiReplace(
{"_": " ", "dan": "Danger", "rel": "Release", "lto": "(LTO)", "pgo": "Danger (LTO, PGO)"}
)
result.add BenchmarkResult(compiler: compiler, time: run.mean, text: text)
proc plotResults(filename, graphName: string): Plot[float] =
var results = getBenchStats(parseFile filename)
results = results.sortedByIt(it.time)
for res in results.mitems:
res.time = res.time.round(2)
var yAxis = Axis(title: "Compile time (s)")
var traces = @[
Trace[float](name: "GCC", `type`: PlotType.Bar, opacity: 1, marker: Marker[float](color: @[parseHex("B5651D")])),
Trace[float](name: "Clang", `type`: PlotType.Bar, opacity: 1, marker: Marker[float](color: @[parseHex("C0C0C0")]))
]
for res in results:
traces[int res.compiler].ys.add res.time
traces[int res.compiler].text.add res.text
let layout = Layout(
title: graphName, yaxis: yAxis,
autosize: true, hoverMode: HoverMode.X, showLegend: true, legend: Legend(orientation: Orientation.Horizontal, x: 0, y: 1)
)
result = Plot[float](layout: layout, traces: traces)
nbText:
"""
This page contains graphs that show compilation speed (in seconds) for some Nim projects.
The compilation time *only* includes Nim compilation time itself (including the creation of C files),
but does not include the C compilation speed. Lower is better.
Projects used for generating PGO profile data:
- Arraymancer
- NPeg
- Prologue
- Nitter
- Polymorph
- regex
- Nim compiler
I chose some of these projects because they heavily use compile-time Nim execution or macros,
some - because they use async (heavy on the static analysis done for ARC/ORC),
and some - just because they need to be there.
All projects were compiled with ORC in debug (to also optimize for debugging features) and release modes.
Tests were done on my Arrch Linux machine (Ryzen 3700X, NVMe SSD) with GCC 12.2.1 and Clang 15.0.7.
The benchmark data was collected using Hyperfine.
Each option was benchmarked 3 times (low, I know) because I didn't want to wait too long for results.
This page was done using [nimib](https://github.com/pietroppeter/nimib) (the best out there!),
plots were done with [nim-plotly](https://github.com/SciNim/nim-plotly/).
Source code for all relevant files can be found in the
[pgo folder](https://github.com/Yardanico/nim-snippets/tree/master/pgo) of my snippets repo.
"""
nbPlotly(pltNim):
let pltNim = plotResults("results/compiler.json", "Nim")
nbText:
"""
The compiler itself. PGO speedup here is quite significant (**1.7x** over normal release).
And we can already see that Clang is consistently faster than GCC if the compilation involves LTO or PGO ;)
"""
nbText:
"""
Now, how about we test it on some projects that were in the PGO training data?
"""
nbPlotly(pltArraymancer):
let pltArraymancer = plotResults("results/arraymancer.json", "Arraymancer")
nbText:
"""
Clang PGO again comes out on top.
"""
nbPlotly(pltMoe):
let pltMoe = plotResults("results/moe.json", "Moe")
nbText:
"""
A text editor made in Nim that has a very cute name ^_^. And at this point it's clear - the results
for different projects are all mostly *consistent* to each other regarding how fast is a specific combination
to another one. Yes, some projects compile faster, but the actual percentage difference
between versions is the same ¯\_(ツ)_/¯.
"""
nbPlotly(pltOwlkettle):
let pltOwlkettle = plotResults("results/owlkettle_todo.json", "Owlkettle (TODO app)")
nbText:
"""
I was really surprised by Owlkettle being so fast! This is not compiling all of Owklettle, just the TODO app.
With PGO you get 0.5 seconds for the Nim part, although the C compilation takes an additional 3.3 seconds (without C cache).
If it wasn't already evident - PGO'd Nim compiler is only good for big Nim projects. The smaller the project,
the less of a difference you'll see.
"""
nbPlotly(pltRegex):
let pltRegex = plotResults("results/regex.json", "regex (Nimble)")
nbText:
"""
regex is a pure-Nim regex library, which means you can both pre-compile and use regexes at compile-time.
It's quite VM heavy, and the test file for it takes a really really long time to compile,
because it has tons of different regexes that are all tested on both runtime and compile-time.
The results are indeed quite significant - seems like the Nim VM was heavily optimized by PGO.
I think it won't hurt to use a PGO'd compiler if you use nim-regex in your Nim project a lot :)
"""
nbText:
"""
# Conclusion
This was a fun experiment, although the graphs were a bit too boring - the scaling is similar in all of them.
It's just another confirmation that Nim programs do benefit from LTO and PGO (see e.g. [my old forum post](https://forum.nim-lang.org/t/6295)).
However, the difference for the compiler is not that big,
especially when compiling smaller Nim libraries/projects.
Judging by those results, you should look at how long a typical compilation of your project
takes with `--compileOnly`, divide than by 1.7, and see if that time decrease
will be significant enough for you, considering the C compilation time.
Though do not forget that when developing your project you'll be re-using
most of the C files, so the C compilation time will be quite low enough to make Nim compilation time noticeable,
unless your project takes
a significant time to link.
Also, PGO for the compiler will (mostly) become obsolete when Nim gets incremental compilation, which I believe is on the roadmap for 2023.
P.S.: If your Nim project does some heavy data processing,
it won't hurt to try doing PGO on it,
and as for LTO - you should generally always use it for release builds
unless it slows your program down or results in some bugs.
Thanks for reading this not particularly useful post.
"""
nbSave


Art and creativity for a more beautiful world.
Promote inclusiveness and respect for others.
Ideas to improve the quality of life for all.
Encourage the development of human virtues and skills.


webdriver_test_tools.pageobject.yaml module¶
-
class
webdriver_test_tools.pageobject.yaml.
YAMLParsingPageObject
(driver)[source]¶ Bases:
webdriver_test_tools.pageobject.base.BasePage
,abc.ABC
Abstract subclass of
BasePage
with the basic attributes and abstract method for parsing YAML representations of page objects.Since this subclasses
BasePage
, prototypes that implement this only need to subclassYAMLParsingPageObject
.Page object prototypes that implement this will need to set the following attribute:
- Variables
YAMLParsingPageObject._YAML_ROOT_KEY – String for the expected root key in the parsed YAML. Usually a descriptor of the prototype (e.g. ‘form’)
The abstract method
parse_yaml()
is partially implemented and returns the results of parsing the YAML file and retrieving the value at_YAML_ROOT_KEY
. Implementations ofparse_yaml()
can callsuper().parse_yaml(file_name)
to get the dictionary, e.g.:def parse_yaml(self, file_name): parsed_yaml = super().parse_yaml(file_path) ...
This class also includes the following attribute, which should be set in subclasses of the prototype classes that implement this:
- Variables
YAMLParsingPageObject.YAML_FILE – Path to a YAML file representing the page object. This file is parsed during initialization using
parse_yaml()
(if it’s set)
-
_YAML_ROOT_KEY
= None¶
-
YAML_FILE
= None¶
-
abstract
parse_yaml
(file_path)[source]¶ Partially implemented abstract method for parsing YAML representation of the page object. Implementations of this can call
super().parse_yaml(file_path)
to get the value of the parsed file at_YAML_ROOT_KEY
- Parameters
file_path – Full path to the YAML file
- Returns
Dictionary of parsed YAML at
_YAML_ROOT_KEY
-
no_yaml_init
()[source]¶ Fallback method to call during
__init__()
ifYAML_FILE
is not set.Subclasses should implement this method if any part of the initialization process needs to be handled differently when
YAML_FILE
is not set.
-
_abc_impl
= <_abc_data object>¶


Welcome to the Eudora to Unix (Eudora2Unix) page!
Eudora2Unix is a collection of Python scripts that together convert Qualcomm Eudora mail folders to mail directories for unix or Linux. The mail clients Pine and KMail are explicitly supported. I have also tried the output with Balsa, which uses a mailbox structure similar to Pine's.
Beyond doctoring the Eudora mail messages to be in mbox format, Eudora2Unix preserves information that Eudora does not store in the mailbox files. This information includes status info (whether a message has been read or not), message priority, and attachments. For the Windows 3.x versions, it uses other auxiliary files to correctly rename folders and files from their 8-character DOS names to the names that appear in Eudora.
These scripts are placed under the
GNU General Public License
and are free software, both as in freedom and as in beer.
This software is also listed at
Freshmeat.
SourceForge Project Page (bug reports, older versions, more details, etc)
The current version requires Python 2.2.1: eudora2unix-1.3.tar.gz
For older versions of Python (back to 1.5.2), use this separate branch eudora2unix-backport-1.1.tar.gz
Eudora2Unix.py - Eudora mail folder tree walker
Main script that loops over the Eudora folders and calls the next script, Eudora2Mbox.py, for each mailbox therein. It then arranges mail folders in the fashion either Pine or KMail expects.
Eudora2Mbox.py - Eudora to unix mailbox converter
Converts a Eudora mailbox to unix 'mbox' format, fixing some header fields to allow for Eudora's idiosyncracies, as well as those of Kmail and Pine. You can also run the script directly on an individual mailbox or put it in your own script that traverses the Eudora mail folder tree.
EudoraTOC.py - Eudora toc file parser
Makes an educated guess as to the format of the proprietary Eudora '.toc' files, prints out useful info as a text file. This format is known to vary substantially between versions of Eudora, and drastically between the Mac and Windows versions, so it is likely not to work for untested Eudora versions.
Put the scripts, in a directory in your $PATH.
Make the scripts executable:
chmod a+x /path/to/Eudora*.py
Copy your Eudora directory to your Linux home directory, e.g.:
(If you are using a Mac version that does not use '.toc' files, you will first have to get a converter from the Eudora site, and use it to convert your mailboxes.)
Make sure to transfer the files as binary.
You may wish to copy your attachments too. By default, this folder is in the Eudora mail folder, and named 'Attachments Folder', 'attach', or 'Attach', depending on your Eudora version. You should rename it so as to have no spaces in the file path, and make it a subfolder of the Eudora mail directory. I like to hide it from the mail client by putting a dot at the beginning of the filename.
To identify the attachments forlder to Eudora2Unix, use the option
-a attachments_folder
Convert the entire ~/eudora_folder directory to unix ~/Mail.e2u, suitable for KMail, with:
Eudora2Unix.py -t kmail eudora_folder
Alternatively, try it out on a single mailbox file first:
mkdir ~/tmp; cd ~/tmp
cp -pv ~/eudora_folder/in.mbx in.mbx
Eudora2Mbox.py in.mbx
Follow the instructions given by Eudora2Unix.py and so, remove the Eudora2Unix auxiliary files (*.E2U_*), and the various Windows auxiliary files!
Once you are satisfied with the results, either rename the converted directory to be your mail client directory, or move parts of it over to an existing mail client directory (see the following tip.)
Tip on merging old Kmail $HOME/Mail mailboxes.
If you have a previous ~/Mail directory (with mbox files), you can rename this directory (e.g. to Mail.old), then run Eudora2Unix.py and finally simply copy ~/Mail.old/somembx to ~/Mail/somembx.prev.
In KMail move the mail from the somembx.prev folder (which will pop up in KMail's left folder pane) to an appropiate location or rename the folder, etc.
Eudora2Unix was originally written by Eric Maryniak. There's no page like Eric's home page.
Eudora2Unix is now maintained by Steve White: (Stevan_White@hotmail.com).
Page last modified on 2003-4-29


|
Drake
|
The behavior of a simulation with contact will depend on three factors:
The three factors are interdependent; specific choices for one factor may require supporting changes in the other factors.
Contact modeling in Drake is controlled by a small set of parameters:
MultibodyPlant offers two different modalities to model mechanical systems in time. These are:
In this section we'll only provide a very limited distinction between a continuous and a discrete system. A complete discussion of the subject, including the modeling of hybrid systems is beyond the scope of this section and thus the interested is referred to the documentation for Simulator.
Currently, this is the preferred modality given its speed and robustness. In this modality, the system is updated through periodic updates of length time_step
. This can essentially be seen as a time-stepping strategy with a fixed time_step
. The value of time_step
is provided at construction of the MultibodyPlant. In Drake we use a custom semi-implicit Euler scheme, TAMSI, for multibody systems with regularized friction. Details for this solver are provided in the documentation for TamsiSolver and in [Castro et al., 2019].
[Castro et al., 2019] Castro, A.M, Qu, A., Kuppuswamy, N., Alspach, A., Sherman, M.A., 2019. A Transition-Aware Method for the Simulation of Compliant Contact with Regularized Friction. arXiv:1909.05700 [cs.RO].
If the time_step
defined above is specified to be exactly zero at MultibodyPlant construction, the system is modeled as continuous. What that means is that the system is modeled to follow continuous dynamics of the form ẋ = f(t, x, u)
, where x
is the state of the plant, t is time, and u is the set of externally applied inputs (either actuation or external body forces). In this mode, any of Drake's integrators can be used to advance the system forward in time. The following text outlines the implications of using particular integrators.
Integrators can be broadly categorized as one of:
While fixed time step integrators often provide faster simulations, they can miss slip/stick transitions when the stiction tolerance vₛ
of the Stribeck approximation is small (say, smaller than 1e-3 m/s). In addition, they might suffer from stability problems when the penalty forces are made stiff (see set_penetration_allowance()).
Error controlled integrators such as RungeKutta3Integrator offer a stable integration scheme by adapting the time step to satisfy a pre-specified accuracy tolerance. However, this stability comes with the price of slower simulations given that often these integrators need to take very small time steps in order to resolve stiff contact dynamics. In addition, these integrators usually perform additional computations to estimate error bounds used to determine step size.
Implicit integrators have the potential to integrate stiff continuous systems forward in time using larger time steps and therefore reduce computational cost. Thus far, with our ImplicitEulerIntegrator we have not observed this advantage for multibody systems using the Stribeck approximation.
The compliant point contact model only reports a single contact between bodies. More particularly, the contact is characterized by a single point. The point is associated with a characteristic area in the model (see above). This has two implications:
Surface-on-surface contacts
If the contact between bodies is better characterized as a surface instead of a point (such as one box lying on another), the contact point will
Both of these issues can be addressed by changing the geometry that represent the body's contact surface. For some shapes (e.g., boxes), we can introduce two sets of collision elements: discrete "points" at the corners, and a box capturing the volume (see block_for_pick_and_place.urdf
as an example). With this strategy, the contact "points" are actually small-radius spheres. The volume-capturing box should actually be inset from those spheres such that when the box is lying on a plane (such that the logical contact manifold would be a face), only the contact points make contact, providing reliable points of contact. However, for arbitrary configurations contact with the box will provide more general contact.
Next topic: Continuous Approximation of Coulomb


5
21
8
Greg Inglish
Southampton, UNITED KINGDOM
Lorem Ipsum is simply dummy text of the printing and typesetting industry.
Lorem Ipsum is simply dummy text of the printing and typesetting industry.
Lorem Ipsum is simply dummy text of the printing and typesetting industry.
Lorem Ipsum is simply dummy text of the printing and typesetting industry.


002 / Christianity for dummies - how to get started?
What you’ll hear in church
- Go to church
- Give in to church
- Listen to your priest / pastor
- Read the Bible, but stick to priest’s / pastor’s interpretation
- Pray and you’ll get anything you want
- Confess to the priest on regular basis, only he can purge your sins
- Take communion which is a mystic body of the Christ himself
- Say some prayer X times Y times a month and you will get a special blessing
What the Bible really says
- Love and praise God and be thankful whatever comes in your way (good or bad)
- Love other people - think of someone else before thinking about yourself
- Be a humble, decent person - first give, then take
- Don’t overthink helping people, just do it
- Don’t judge people, let calm and love be you answers to aggression and anger
- Don’t be greedy - let go of worrying about money and focus
- Don’t be afraid of death (yours and your relatives) - it is in fact a prize for all Christ disciples
- Show others that one can actually live that way and it brings unbelievable results
- Seek of Him and his advice anytime (it actually works!)
God bless
Christopher
Previous Jun 24, 2018
« 001 / The Olive Tree
« 001 / The Olive Tree


This example operates on two replicated regions. It begins a transaction, updates one entry in each region, and commits the result.
If the commit fails, it will be due to a CommitConflictException
, which implies that a concurrent access caused a change to one of the items operated on within this transaction. This code fragment catches the exception, and it repeats the transaction attempt until the commit succeeds.
Cache c = new CacheFactory().create();
Region<String, Integer> cash = c.createRegionFactory<String, Integer>()
.setDataPolicy(DataPolicy.REPLICATE)
.create("cash");
Region<String, Integer> trades = c.createRegionFactory<String, Integer>()
.setDataPolicy(DataPolicy.REPLICATE)
.create("trades");
CacheTransactionManager txmgr = c.getCacheTransactionManager();
boolean commitConflict = false;
do {
try {
txmgr.begin();
final String customer = "Customer1";
final Integer purchase = Integer.valueOf(1000);
// Decrement cash
Integer cashBalance = cash.get(customer);
Integer newBalance =
Integer.valueOf((cashBalance != null ? cashBalance : 0)
- purchase);
cash.put(customer, newBalance);
// Increment trades
Integer tradeBalance = trades.get(customer);
newBalance =
Integer.valueOf((tradeBalance != null ? tradeBalance : 0)
+ purchase);
trades.put(customer, newBalance);
txmgr.commit();
commitConflict = false;
}
catch (CommitConflictException conflict) {
commitConflict = true;
}
} while (commitConflict);


{% extends '_plain.html' %} {% load static %} {% load account %} {% load widget_tweaks %} {% block title %}OpenWorkoutTracker | Sign out{% endblock %} {% block content %}
Are you sure you want to sign out?


You can do it in two ways:
1) Using PC or Mac:
Click here to download the
mobile application. Then upload it to the mobile phone (you can do it using data-cable, Bluetooth, memory card,
etc.).
2) From the mobile phone:
Open m.wannatrak.com link in the mobile phone
Internet browser. You should agree when your phone will ask whether you want to install new application.
How to connect GPS-reciever:
When the mobile application is launched for the first time, you will be prompted to enter the username and password to connect to the server. After this you have to choose GPS-receiver (external or built-in). If you prefer to use external one you should turn Bluetooth on. You can always switch type of the GPS-device in the mobile application main menu.
How to start:
To start tracking you should name track and select "Start" in the mobile application main menu. Now, using PC or Mac, you can see the track in a list on the left side of the map. Just click it to watch location, history of movements or edit its properties.


Question 8 of 10
Following instructions & procedures 2
Good answer! Being punctual in the mornings is a key requirement of being a Plumbing Apprentice, and following the advice of your Supervisor is likely to be able to help you to be an effective Plumbing Apprentice.
Ensuring you are prepared by having the map with you is a good idea, but checking the directions as your Supervisor advised you would have ensured you are on time tomorrow morning.
While working independently is good in some situations, taking your own approach rather than following the advice of your Supervisor may not help you to build the trust of your Supervisor. You need to ensure you are punctual and undertake the things that others advice you to do.


| Deleting files |
Select the entries to the deleted, and choose Actions –> Delete, toolbar: Delete or from the context menu's Delete.
If you have chosen a folder to be deleted, then all files inside the folder will be deleted as well. After you confirm the delete operation, Beezer starts to delete files from the archive. The process is shown by a progress bar.
You can cancel a delete operation while it is in progress. But it will leave the archive in an indeterminate state and you will have to re-open the archive. Read this note on cancelling such critical operations.
Tip: It is always quicker to delete folders if you collapse (fold) them before deleting.
| Adding Files | Viewing Files | Deleting entire archives |


EventType
SmartInsiderEventType
Describes how the buyback will take place. Possible values are:
Authorization
- Notification that the board has gained the authority to repurchaseIntention
- Notification of the board that shares will be repurchasedTransaction
- Repurchase transactions that have been actionedUpwardsRevision
- Increase in the scope of the existing plan (extended date, increased value, etc.)DownwardsRevision
- Decrease in the scope of the existing plan (shortened date, reduced value, etc.)RevisedDetails
- General change of details of the plan (max/min price alteration, etc.)Cancellation
- Total cancellation of the planintention.EventType
LastUpdate
DateTime
The date when a transaction is updated after it has been reported
intention.LastUpdate
LastIDsUpdate
DateTime
Date that company identifiers were changed. Can be a name, Ticker Symbol, or ISIN change.
intention.LastIDsUpdate
CompanyName
string
Company name. PLC is always excluded.
intention.CompanyName
PreviousResultsAnnouncementDate
DateTime
Announcement date of last results, this will be the end date of the last "Close Period"
intention.PreviousResultsAnnouncementDate
NextResultsAnnouncementsDate
DateTime
Announcement date of next results, this will be the end date of the next "Close Period"
intention.NextResultsAnnouncementDate
NextCloseBegin
DateTime
Start date of next trading embargo ahead of scheduled results announcement
transaction.NextCloseBegin
LastCloseEnded
DateTime
Date trading embargo (Close Period) is lifted as results are made public
transaction.LastCloseEnded
SecurityDescription
string
Type of security. Does not contain nominal value.
intention.SecurityDescription
AnnouncementDate
DateTime
Date Transaction was entered into Smart Insider systems. Where a transaction is after the London market close (usually 4:30 P.M.) this will be stated as the next day.
intention.AnnouncementDate
TimeReleased
DateTime
Time the announcement first appeared on a Regulatory News Service or other disclosure system and became available to the market, time stated is local market time.
intention.TimeReleased
TimeProcessed
DateTime
Time the transaction was entered into Smart Insider systems and appeared on their website, time stated is local to London, UK
intention.TimeProcessed
TimeReleasedUtc
DateTime
Time the announcement first appeared on a Regulatory News Service or other disclosure system and became available to the market. Time stated is GMT standard (UTC).
intention.TimeReleasedUtc
TimeProcessedUtc
DateTime
Time the transaction was entered into Smart Insider systems and appeared on their website. Time stated is GMT standard (UTC).
intention.TimeProcessedUtc
AnnouncedIn
string
Market in which the transaction was announced, this can reference more than one country.
intention.AnnouncedIn
Execution
SmartInsiderExecution
Describes how the transaction will be executed. Possible values are:
Market
- Took place via the open marketTenderOffer
- Via a companywide tender offer to all shareholdersOffMarket
- Under a specific agreement between the issuer and shareholderintention.Execution
ExecutionEntity
SmartInsiderExecutionEntity
Describes which entity carried out the transaction. Possible values are:
Issuer
- Intention to buyback via the issuerSubsidiary
- Intention to buyback via a subsidiary of the issuerBroker
- Intention to buyback via a brokerEmployerBenefitTrust
- UnknownEmployeeBenefitTrust
- Intention to transfer shares to employees as part of remunerative
plansThirdParty
- Intention to buyback via an undisclosed 3rd party, which is likely to
be a brokerintention.ExecutionEntity
ExecutionHolding
SmartInsiderExecutionHolding
Describes what will be done with those shares following repurchase. Possible values are:
Treasury
- Will be held in treasury until they are sold back to the marketCancellation
- Will be immediately cancelledTrust
- Will be held in trust, generally to cover employee remunerative plansSatisfyEmployeeTax
- Shares will be used to satisfy employee tax liabilitiesNotReported
- Not disclosed by the issuer in the announcementsSatisfyStockVesting
- Shares will be used to satisfy vesting of employee stockintention.ExecutionHolding
Amount
int
Number of shares that to be or are authorized to be traded
intention.Amount
AmountValue
long
Value of shares to be authorized to be traded
intention.AmountValue
Percentage
decimal
Percentage of outstanding shares to be authorized to be traded
intention.Percentage
AuthorizationStartDate
DateTime
Start of the period the intention/authorization applies to
intention.AuthorizationStartDate
AuthorizationEndDate
DateTime
End of the period the intention/authorization applies to
intention.AuthorizationEndDate
MinimumPrice
decimal
Minimum price shares will or may be purchased at
intention.MinimumPrice
MaximumPrice
decimal
Maximum price shares will or may be purchased at
intention.MaximumPrice
NoteText
string
Free text which explains further details about the trade
intention.NoteText


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Version {$VERSION} ({$BUILD}). © Copyright Simon Heys 2009. All rights reserved.
<EMAIL_ADDRESS>→
www.simonheys.com →


Product Analyst - San Francisco, CA
About Ethos
Ethos is a new kind of life insurance built for people who don't have time for fine print, extra doctor's appointments or hidden fees. We have transformed a 15 week process of paper applications and medical exams, into just the click of a button - by quantifying the user's health risk using predictive models.
Our investors include Sequoia Capital, Accel Partners, Google Ventures, Jay-Z, Kevin Durant, and Robert Downey Jr. We are listed as CNBC's 100 startups to look out for ( https://www.cnbc.com/2018/10/09/cnbc-unveils-its-list-of-100-promising-startups-to-watch-in-2018.html ), as well as featured on Forbes for being one of Sequoia Capital's key investments. ( https://www.forbes.com/sites/peterhigh/2019/02/18/sequoia-partner-roelof-botha-describes-his-investment-philosophy/#3c5a54d65c4e ) We are growing quickly and looking for passionate people to protect the next million families.
Responsibilities:
-----------------
Foster a data-driven culture. Work closely with PMs to define feature goals, implement tracking, create dashboards to evaluate success, and analyze experimental results.
Proactively generate exploratory analyses and in-depth research on large data sets to help product teams uncover high-impact opportunities in the areas of risk, fraud detection, and pricing.
Perform exploratory analyses and in-depth research on large data sets to help product teams uncover high-impact opportunities in the areas of risk, fraud detection, and pricing.
Be the go-to expert on product data and insights. Use your wizardly data querying and visualization skills to answer any question in a way that provides actionable insights.
Communicate not just findings, but also your recommendations to key stakeholders and executives. Use your insights to advocate for our members in everything we do.
Requirements
------------
3+ years of experience in data analysis, data science, and/or data-driven product management.
Expert knowledge of SQL.
Expertise with data visualization tools to convey actionable insights to product managers and business leaders.
Experience in A/B testing and experimentation best practices.
Knowledge of basic statistic techniques; linear and logistic regression, chain ladder method, confidence intervals
Familiarity with a scripting language like Python or R
Everyone is welcome at Ethos. We are an equal opportunity employer who values diversity and inclusion and look for applicants who understand, embrace and thrive in a multicultural world. We do not discriminate on the basis of race, religion, color, national origin, gender, sexual orientation, age, marital status, veteran status, or disability status. Pursuant to the SF Fair Chance Ordinance, we will consider employment for qualified applicants with arrests and conviction records.


Twitter Sentiment Analyzer is an engine that analyzes the sentiment of the twitterverse on a given topic. When a search query is given it fetches the tweets live from http://twitter.com, analyzes them and displays the results along with the charts representing the sentiment. When a search query is given, it classifies context based subjective tweets as positive, negative or neutral and presents them to the user, helping one to identify the sentiment of the twitter world at real time.
This engine is written in Python and Scikit-Learn on top of NumPy and SciPy stack. It uses Django for webserver backend. The source code of this project is publicly available at https://github.com/madhusudancs/sentiment-analyzer under Apache License v2.0.


"x" "1" "NISHI,K, TATSUO,N AND NISHIOKA,H, DNA DAMAGING CAPACITY ANDMUTAGENICITY OF PYRETHROID COMPOUNDS IN E. COLI DNA REPAIR ANDSALMONELLA/MICROSOME TESTS, SCI. ENG. REV. DOSHISHA UNIV. 26(2):93-99,1985"


"Take 2" Notetaker
Directions: Click on the button below to get started :) A list of your notes organized by title will be on the left, and the form to enter each new note will be on the right. For your new note, enter both a title and a description, then hit "Save". Your note will then be added to the list on the left which you can reopen later to view or choose to delete instead.


Biologists study not only genes, but also genomes, proteomes, interactomes, basically anything omic, that is, anything having to do with entire species. It’s a perspective that might hurt many delicate human egos.
For example, we have roughly the same number of genes as mice and most are very similar in form and function. We think of ourselves as a higher form of life, but the genome itself doesn’t bear that out. The difference must be in the interactions, the networks of binding and repulsion that give rise to the unique capabilities of each species.
A puzzle that obsesses biologists is to figure out why protein interaction networks have the topologies they do. You see, most proteins have very few connections, and very few have many connections. We call members of the latter groups the hubs. This gives rise to what are sometimes called scale-free networks reminiscent of Mandelbrot’s fractals or in fact the Web. You can build a scale-free network as follows: Make 70 percent of all nodes have one edge and the remaining 30 percent have two or more. Of the 30 percent, 70 percent have two edges exactly and 30 percent have three edges or more. Of these 30 percent, 70 percent have three edges exactly and 30 percent have four edges or more, and so on.
One theory is that scale-free networks have good failure properties. The thinking goes like this: Because mutations strike randomly at the genome, most mutations will wound proteins that interact with very few other proteins, thus are presumably less important. Fatal mutations of hub proteins can occur too, but they are rare, because hubs are rare.
A typical problem is to determine how many interaction links are needed to achieve high fault tolerance while ensuring that no unwounded protein is more than two interaction links away from another one.
If there were just four protein nodes, then a simple square of interactions would achieve this goal (see Figure 1-6). Removing any node allows any remaining pair of nodes to communicate over at most two links.
Can you achieve this distance two condition for six nodes even if one node is wounded (call that the wounded distance two condition), using ten links or fewer and assuming no node can have more than three interaction links?
Figure 1-7 shows a nine-link solution.
Can you achieve the wounded distance two condition for eight nodes using 16 links, assuming no node can have more than four interaction links?
What is the fewest number of links needed to achieve the wounded distance two condition for twelve nodes and at most five interaction links for any node?
What is the fewest number of links needed for 12 nodes, but without any limit on the number of interaction links any particular node can have?
We have a particular network having 108 proteins. We don’t yet know all the interactions. What is the fewest number of links needed to achieve the wounded distance two condition for any pair among these 108 nodes if there is a limit of 60 interactions that any single node can have? Try for a solution that uses fewer than 600 links.


This is a living glossary of terms from students who have taken the course (with some help from me in assembly)


|
Helix
|
#include <DOChild.h>
Public Member Functions | |
| DOChild () | |
| Any Child Vectors will be defined here. More... | |
| DOChild (const DOChild &c) | |
| Standard Copy Constructor. More... | |
| DOChild & | operator= (const DOChild &c) |
| Standard Assignment Operator. More... | |
| virtual | ~DOChild () |
| Standard Destructor. More... | |
| DOChild & | init () |
| Initialize this data object to have all empty or 0 values. More... | |
| DOChild & | checkSize () |
| Call check_size() on all of our twine members. More... | |
| DOChild (xmlNodePtr node) | |
| Construct from an XML Node. More... | |
| DOChild & | readXmlNode (xmlNodePtr node) |
| Read an XML Node to set our contents. More... | |
| xmlNodePtr | createXmlNode (xmlNodePtr parent) const |
| Create an XML Node as a child of the given parent. More... | |
| xmlDocPtr | createXmlDoc () const |
| Create an XML Document from this data object. More... | |
Static Public Member Functions | |
| static vector< DOChild * > * | readXmlChildren (xmlNodePtr parent) |
| Create a series of these objects by reading all children of the given parent. More... | |
| static void | createXmlChildren (xmlNodePtr parent, vector< DOChild * > *vect) |
| Create a series of xml child nodes based on the input vector. More... | |
| static void | deleteVector (vector< DOChild * > *vect) |
| Handle deleting a vector and its contents. More... | |
| static twine & | Name () |
| Static method to retrieve the name of this object. More... | |
| static void | insert (SqlDB &sqldb, DOChild &obj) |
| static void | insert (SqlDB &sqldb, twine &stmt, bool useInputs, DOChild &obj) |
| static void | insert (SqlDB &sqldb, vector< DOChild * > *v) |
| static twine | insert_prepSQL (IOConn &ioc, DOChild &obj) |
| static twine | insert_getSQL () |
| static void | update (SqlDB &sqldb, twine &VectorName, twine &VectorType, twine &guid) |
| static void | update (SqlDB &sqldb, twine &stmt, bool useInputs, twine &VectorName, twine &VectorType, twine &guid) |
| static twine | update_prepSQL (IOConn &ioc, twine &VectorName, twine &VectorType, twine &guid) |
| static twine | update_getSQL () |
| static void | deleteByID (SqlDB &sqldb, twine &guid) |
| static void | deleteByID (SqlDB &sqldb, twine &stmt, bool useInputs, twine &guid) |
| static twine | deleteByID_prepSQL (IOConn &ioc, twine &guid) |
| static twine | deleteByID_getSQL () |
| static void | deleteByDOID (SqlDB &sqldb, twine &doguid) |
| static void | deleteByDOID (SqlDB &sqldb, twine &stmt, bool useInputs, twine &doguid) |
| static twine | deleteByDOID_prepSQL (IOConn &ioc, twine &doguid) |
| static twine | deleteByDOID_getSQL () |
| static vector< DOChild * > * | selectAllForDO (SqlDB &sqldb, twine &doguid) |
| static vector< DOChild * > * | selectAllForDO (SqlDB &sqldb, twine &stmt, bool useInputs, twine &doguid) |
| static twine | selectAllForDO_prepSQL (IOConn &ioc, twine &doguid) |
| static twine | selectAllForDO_getSQL () |
Public Attributes | |
| twine | VectorName |
| All Data Members are public. More... | |
| twine | VectorType |
| twine | doguid |
| twine | guid |
This is a generated data object class that is used for interfacing with a database. This class was generated based on the settings in the file: ../logic/dev/DOChild.sql.xml
| DOChild::DOChild | ( | ) |
Any Child Vectors will be defined here.
Standard Constructor
| DOChild::DOChild | ( | const DOChild & | c | ) |
Standard Copy Constructor.
|
virtual |
Standard Destructor.
| DOChild::DOChild | ( | xmlNodePtr | node | ) |
Construct from an XML Node.
| DOChild & DOChild::checkSize | ( | ) |
Call check_size() on all of our twine members.
|
static |
Create a series of xml child nodes based on the input vector.
| xmlDocPtr DOChild::createXmlDoc | ( | ) | const |
Create an XML Document from this data object.
| xmlNodePtr DOChild::createXmlNode | ( | xmlNodePtr | parent | ) | const |
Create an XML Node as a child of the given parent.
|
static |
This is an DELETE method. It is designed to run a single delete statement and return. If something goes wrong, we will throw AnException.
Developer Comments:
This removes all data object children for the given data object id
Sql Statement:
delete from dochildvect where doguid = ?
|
static |
This one matches the above in functionality, but allows you to pass in the sql statement and a flag to indicate whether the input parameters will be used.
|
inlinestatic |
This method returns the sql statement that is used by the above functions.
|
static |
This method will do a replacement of all of the parameter markers in the sql statement with the standard parameter list that is defined. This is useful for automatically prepping a SQL statement that doesn't work with parameter markers.
|
static |
This is an DELETE method. It is designed to run a single delete statement and return. If something goes wrong, we will throw AnException.
Developer Comments:
This removes a data object child by id
Sql Statement:
delete from dochildvect where guid = ?
|
static |
This one matches the above in functionality, but allows you to pass in the sql statement and a flag to indicate whether the input parameters will be used.
|
inlinestatic |
This method returns the sql statement that is used by the above functions.
|
static |
This method will do a replacement of all of the parameter markers in the sql statement with the standard parameter list that is defined. This is useful for automatically prepping a SQL statement that doesn't work with parameter markers.
|
static |
Handle deleting a vector and its contents.
| DOChild & DOChild::init | ( | ) |
Initialize this data object to have all empty or 0 values.
This is an INSERT method. It is designed to run a single insert statement and return. If something goes wrong, we will throw AnException.
Developer Comments:
This adds a new data object child entry to our database
Sql Statement:
insert into dochildvect (guid, doguid, VectorName, VectorType) values ( ?, ?, ?, ? )
This one matches the above in functionality, but allows you to pass in the sql statement and a flag to indicate whether the input parameters will be used.
This version of the method allows you to pass in a vector of objects to be inserted, and we will ensure that all of them are inserted within a single commit block within Sqlite.
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inlinestatic |
This method returns the sql statement that is used by the above functions.
This method will do a replacement of all of the parameter markers in the sql statement with the standard parameter list that is defined. This is useful for automatically prepping a SQL statement that doesn't work with parameter markers.
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static |
Static method to retrieve the name of this object.
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static |
Create a series of these objects by reading all children of the given parent.
| DOChild & DOChild::readXmlNode | ( | xmlNodePtr | node | ) |
Read an XML Node to set our contents.
This is a SELECTTODO method. It is designed to run a single select statement and create a vector of data objects that represent the result set. This method returns the resulting vector of data objects. If something goes wrong, we will throw a SQLException.
Developer Comments:
This selects all data objects children for a given data object
Sql Statement:
select guid, doguid, VectorName, VectorType from dochildvect where doguid = ?
DataObject Attributes Used:
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static |
This one matches the above in functionality, but allows you to pass in the sql statement and a flag to indicate whether the input parameters will be used.
|
inlinestatic |
This method returns the sql statement that is used by the above functions.
|
static |
This method will do a replacement of all of the parameter markers in the sql statement with the standard parameter list that is defined. This is useful for automatically prepping a SQL statement that doesn't work with parameter markers.
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static |
This is an UPDATE method. It is designed to run a single update statement and return. If something goes wrong, we will throw AnException.
Developer Comments:
This updates the settings for a given data object child in the database
Sql Statement:
update dochildvect set VectorName = ?, VectorType = ? where guid = ?
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static |
This one matches the above in functionality, but allows you to pass in the sql statement and a flag to indicate whether the input parameters will be used.
|
inlinestatic |
This method returns the sql statement that is used by the above functions.
|
static |
This method will do a replacement of all of the parameter markers in the sql statement with the standard parameter list that is defined. This is useful for automatically prepping a SQL statement that doesn't work with parameter markers.
| twine Helix::Logic::dev::DOChild::doguid |
| twine Helix::Logic::dev::DOChild::guid |
| twine Helix::Logic::dev::DOChild::VectorName |
All Data Members are public.
| twine Helix::Logic::dev::DOChild::VectorType |


#include <stdlib.h>
#include <stdio.h>
#include "hpb_service_managers_list.h"
#include "hpb_subscriptions_list.h"
#include "hpb_network.h"
#include "hpb_protocol.h"
Go to the source code of this file.
This struct represents a HypePubSub application.
Deallocates the space previously allocated for the HypePubSub singleton. This method is specially useful to clear previous states for unit tests.
This method returns the HypePubSub singleton. If the singleton was not previously created this methods creates it.
- Returns
- Returns a pointer to the HypePubSub singleton.
| int hpb_issue_publish_req |
( |
char * |
service_name, |
|
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char * |
msg, |
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|
size_t |
msg_length |
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) |
| |
Obtains the Hype client responsible for a given service through the network manager and it uses the protocol manager to send a publish request to that Hype client.
- Parameters
-
| hpb | Pointer to the HypePubSub application. |
| service_name | Name of the service in which to publish. |
| msg | Pointer to the message to be published. |
| msg_length | Lenght of the message to be published |
- Returns
- Return 0 in case of success and -1 otherwise.
| int hpb_issue_subscribe_req |
( |
char * |
service_name | ) |
|
Obtains the Hype client responsible for a given service through the network manager and it uses the protocol manager to send a subscribe request to that Hype client.
- Parameters
-
| service_name | Name of the service to be subscribed. |
- Returns
- Return 0 in case of success and -1 otherwise.
| int hpb_issue_unsubscribe_req |
( |
char * |
service_name | ) |
|
Obtains the Hype client responsible for a given service through the network manager and it uses the protocol manager to send a unsubscribe request to that Hype client.
- Parameters
-
| service_name | Name of the service to be unsubscribed. |
- Returns
- Return 0 in case of success and -1 otherwise.
| int hpb_process_info_msg |
( |
HLByte |
service_key[], |
|
|
char * |
msg, |
|
|
size_t |
msg_length |
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) |
| |
Process an info message received.
- Parameters
-
| hpb | Pointer to the HypePubSub application. |
| service_key | Key of the service to which the message belongs. |
| msg | Message received. |
| msg_length | Length of the received message. |
- Returns
- Returns 0 in case of success and < 0 otherwise.
| int hpb_process_publish_req |
( |
HLByte |
service_key[], |
|
|
char * |
msg, |
|
|
size_t |
msg_length |
|
) |
| |
Processes a publish request to a given service. It sends the message to all the subscribers of the specified service. If the service does not exist in the list of managed services nothing is done.
- Parameters
-
| hpb | Pointer to the HypePubSub application. |
| service_key | Key of the service in which to publish. |
| msg | Message to be sent. |
| msg_length | Length of the message to be sent. |
- Returns
- Returns 0 in case of success and < 0 otherwise.
| int hpb_process_subscribe_req |
( |
HLByte |
service_key[], |
|
|
HypeInstance * |
instance |
|
) |
| |
Processes a subscribe request to a given service. It adds the ID of the Hype client that sent the request to the list of the subscribers of the specified service. If the service does not exist in the list of managed services, it is added.
- Parameters
-
| hpb | Pointer to the HypePubSub application. |
| service_key | Key of the service to be subscribed. |
| requester_client_id | Hype ID of the client that sent the subscribe message. |
- Returns
- Returns 0 in case of success and < 0 otherwise.
| int hpb_process_unsubscribe_req |
( |
HLByte |
service_key[], |
|
|
HypeInstance * |
instance |
|
) |
| |
Processes an unsubscribe request to a given service. It removes the ID of the Hype client that sent the request from the list of the subscribers of the specified service. If the service does not exist in the list of managed services, nothing is done.
- Parameters
-
| hpb | Pointer to the HypePubSub application. |
| service_key | Key of the service to be unsubscribed. |
| requester_client_id | Hype ID of the client that sent the unsubscribe message. |
- Returns
- Returns 0 in case of success and < 0 otherwise.
| void hpb_remove_subscriptions_from_lost_instance |
( |
HypeInstance * |
instance | ) |
|
This method is called when a Hype instance is lost. Its purpose is to iterate all the services that this client manages and remove the lost instance from the list of subscribers of each one. This avoids to propagate messages to instances that are no longer reachable.
- Parameters
-
| instance | Instance that was lost. |
| int hpb_update_managed_services |
( |
| ) |
|
This method is called when a Hype instance is resolved. Its purpose is to check if the new client has a key closer to the key of any of the services managed by this client. If this happens the new instance will be responsible for managing that service and so we can remove it from the list of managed services of this client.
- Returns
| int hpb_update_own_subscriptions |
( |
| ) |
|
This method is called when a Hype instance is lost or found. Its purpose is to review the list of subscriptions of this client to analyze if the service will be managed by a new client. If this happens a subscribe request will be issued again to the new manager.
- Parameters
-
| hpb | Pointer to the HypePubSub application. |
- Returns
- Returns -1 if the HypePubSub application is NULL and 0 otherwise.