Sample Company Thesis Proposal Agreement Letter
Shaidullaev Nurlan
Department of Computer Science
Room A205, I.A.A.U.
Bishkek, Kyrgyzstan
Subject: Master of Engineering Thesis of [Student]
Dear Nurlan Shaidullaev:
The attached Thesis Proposal Form entitled [Thesis Title] describes a research study that [Student] will carry out at least in part, at the facilities of [Company]. [Student] intends to prepare a thesis based on this work to be submitted as one of the requirements for the Masters of Engineering degree. We understand that, if such a report is to be acceptable to IAAU, faculty regulations require that:
We believe the proposed research can be carried out and an acceptable thesis prepared under these conditions. A copy of the thesis will be submitted by [Student] to [Company] sufficiently in advance of the date of submission to permit review.
We also understand that except as noted above, and provided that [Student] is not associated with any government or other sponsored project at I.A.A.U. in the field of the research study and does not make significant use of I.A.A.U. funds or facilities, all rights in the results of the research including any inventions or software developed by [Student] in the course of this research study and thesis preparation, belong either to [Student] or [Company] as his or her assignee.


Source Code is a 2011 American-French science fiction thriller film directed by Duncan Jones, produced by Mark Gordon, Jordan Wynn, and Philippe Rousselet, and written by Ben Ripley. It stars Jake Gyllenhaal as a U.S. Army captain who is sent into a computed reality to find a bomber; additionally starring Michelle Monaghan, Vera Farmiga, and Jeffrey Wright. The film had its world premiere on March 11, 2011 at South by Southwest,[4] and was released by Summit Entertainment on April 1, 2011 in North America and Europe.
The film received acclaim from critics upon its release and became a box office success, grossing over $147.3 million worldwide.[3][5] Plans for a television adaptation at CBS were announced shortly after the film was released. However, these plans were scrapped in December 2014 in favor of a film sequel. The sequel is in development with Mark Gordon returning as producer and Anna Foerster added as director.


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LEONARDO
INTERIZUVNI DONAJPUH
One day the smoke came out of the mighty ZX Spectrum, and the games from tape-recorder were no more.
I had to learn to program my games if I wanted to play. I would spend Hours typing the lines of code and running trial-error-correct-repeat loop between the manual on BASIC, my notebook, and my father's TV. The keyboard becomes so hot from the processor that it feels like it will burst in flames. The parents couldn't stand seeing me in front of the TV screen that long but hours were not enough. I was racing against the grownups, the burning plastics, and my little brain.
I would write down on paper everything I came up in the code, so that the next day when the ZX and parents cool down, I can come faster to where I left off.
On the 'seventh' day, one pixel appeared, changed color, moved right, and I was hooked. Ever since then, somewhere in the back of my head I was thinking about a solution to a problem I couldn't explain to anyone around me.
I was making a drawing software; I called it "Leonardo." ZX have not had a mouse or any other input device but the keyboard. I came up with a cross that would be controlled by WASD keys.
Now, thirty-five years late(r) I am equipped with a variety of input devices, beautiful machines with touchscreen displays that float in the air, I am in LA, safe and warm, and I will make this software again, for the modern artist.
This is the first article of the journal of the development and thoughts during the process. The random images will be the first to get polished as I am working on this blog template too.


If the idletasks keyword is specified as an argument to the command, then no new events or errors are processed; only idle callbacks are invoked. This causes operations that are normally deferred, such as display updates and window layout calculations, to be performed immediately.
The update idletasks command is useful in scripts where changes have been made to the application's state and you want those changes to appear on the display immediately, rather than waiting for the script to complete. Most display updates are performed as idle callbacks, so update idletasks will cause them to run. However, there are some kinds of updates that only happen in response to events, such as those triggered by window size changes; these updates will not occur in update idletasks.
The update command with no options is useful in scripts where you are performing a long-running computation but you still want the application to respond to events such as user interactions; if you occasionally call update then user input will be processed during the next call to update.
set x 1000 set done 0 after 1000 set done 1 while {!$done} { # A very silly example! set x [expr {log($x) ** 2.8}] # Test to see if our time-limit has been hit. This would # also give a chance for serving network sockets and, if # the Tk package is loaded, updating a user interface. update }


{% load trans from i18n %} {% load static from staticfiles %}
{% block footer_text %} {% trans "Exceptional and creative UK trade partners are ready to work with you. Discover them on the Find a Supplier service." %} {% endblock %}
{% trans "Find a supplier" %}


If all human beings on this planet share one thing, that would most probably be the search for meaning.
We all crave meaning, a reason to exist, something to make our lives feel that little bit important.
And subsequently – and quite sadly – a lot of us think that nothing has meaning so we fall into a depressive state where
we don’t want to do anything or grow tired of things after only trying them once and not being that good at them (because we
think that maybe if we were “meant” to do them, we’d be good on the first go).
What we’re doing wrong in this case is staying on the surface of this idea, rather than diving deep into it, trying to reach
the bottom and from then start anew. Yes, life has no inherent meaning, yes, everything you do is pointless in the grand scheme
of things and nothing matters. But give your self some time in this state, take a few breaths, relax and think. If nothing matters,
if there is no meaning, no real reason to do anything… aren’t you then free to do as you please, to find meaning in anything?
What freediving has done for me is allow me to take these breaths, to pause and look within, to quiet the body and mind, to feel,
listen, smell, touch and see the beauty of the world around me, to explore the amazing intricacy of everything and to enjoy existence
for its own sake. And yes, along the way, it has also provided me with meaning, namely to work on myself both physically and mentally,
with patience and self love and to try to pass that attitude on to willing students.
When you freedive, you abandon the surface world, both physically and mentally, but also metaphysically, philosophically. Forget the
fancy videos on YouTube, the competitions and world records. When you freedive, you dive into the essence of being, you go beneath the
surface to find yourself. Not necessarily during the dive itself, because your mind is more than likely 100% focused on the many
intricacies of the activity. But in every day life, in quiet moments or busy streets, the freediver flows beneath the surface, the
freediver can see more, feel more, be more.
That is the true benefit of freediving for me.


{% extends 'base.html' %} {% load static %} {% block title %} Home {% endblock %} {% block header %}{% endblock %} {% block content %}
EXARTH
__The oath we have taken__
Requested project is under construction, project will be change according to customer requirements, project is unstable and is not allowed to use in production environment, prohibited for penetration or security testing, it contains number of bugs, issues, problems and spelling mistakes etc, design is not complete and final it will change later, privacy policies, agreements and other ethical requirements will be fulfilled according to government laws, all licenses will be purchased and credits will be given at the end, Need any help please check the links below.
Under-development at Exarth
{% endblock %}


{% assign interests = site.data.data.sidebar.interests %}
{% if interests %}
Personal Profile
{% for interest in interests %}
Greetings! I'm a third-year M.S. student working in the Laboroatory of New Composite Structure and Long Bridge Construction & Maintienance, School of Transportation, Southeast University.
Research interests: New composite structure; Inverse engineering problems; Bridge construction and engineering control;
Interdisciplinary problem.


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"40 percent of your actions are not conscious decisions but habits.  - TheWorldCounts
Have you ever thought to yourself: "Self, I really need to make a change, do better for myself"? You have this thought and that is all it ends up being, just a thought. What if you could put that thought into some kind of tracker, and calendar? Here we give you Habits 66! A full MERN web application.
To develop an application to help you keep track of new habits you want to form. You want to wake up early and set a new schedule for yourself? Then go on the app and add it to your new list of habits. Set a time period of how long you feel it will take you before you pick up the habit.
"The Okta Authentication API provides operations to authenticate users, perform multi-factor enrollment and verification, recover forgotten passwords, and unlock accounts. It can be used as a standalone API to provide the identity layer on top of your existing application, or it can be integrated with the Okta Sessions API to obtain an Okta session cookie and access apps within Okta."
In order to use the application, you must first register and create an account.
Once you create an account, you can then use your credentials to sign in and start creating and tracking your habits.
Ultimate Calendar for your react app: You can pick days, months, years and even decades; Supports range selection; Supports virtually any language; and No moment.js needed. We integrated this into the application as the calendar to help keep track of how long you've been maintaining your new found habit.
"A simple NPM Package which returns random Inspirational Quotes. It provides awesome quotes to display in your application. Get your daily quote and stay motivated!" This is integrated into the application to keep you motivated everytime you log on and visit the habits page.
This is where some of the other packages came in to use such as:
Evan Ahmed - React Native Developer/Master Debugger
Markus Maasikas - Front End/ CRUD actions
Mihir Patel - Full Project Developer
RJ Shoemaker - Back End Developer
Joseph Sucameli - Made the dope presentation using Reveal.js


This tutorial and the code examples used therein are released under the MIT License.
MIT License
Copyright (c) 2019-2020 Geoffrey Lentner, 2018 Ashwin Srinath
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the “Software”), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
 IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.


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Useful Resources¶
NI DAQmx Drivers Installation¶
NI-DAQmx provides support for customers using NI data acquisition and signal conditioning devices. NI-DAQmx is an NI instrument driver that controls every aspect of your DAQ system, including signal conditioning, from configuration to programming in LabVIEW to low-level OS and device control. You can build your applications with measurement-specific VIs, functions, data types, and analysis integrations and reliably make faster measurements with optimized DMA data transfer and single-point I/O.
The following guide shows how to install NI-DAQmx drivers for LabVIEW developing environment.
Check NI Package Manager under the Installed tab using the search box at the upper-right corner. If no result shows up, you will need to install NI-DAQmx.
Search for NI-DAQmx under Browse Products tab in the search box. Install NI-DAQmx drivers by clicking the NI-DAQmx product icon and then click Install.
Vision Acquisition Drivers Installation¶
Vision Acquisition Software is driver software for acquiring, displaying, and saving images from a wide variety of camera types. NI Vision Acquisition Software (VAS) enables you to acquire, display, and save images from a range of industry standard cameras interfaces including GigE Vision, USB3 Vision, and Camera Link. You can also use this software to conveniently control digital I/O on NI vision hardware. With a set of easy-to-use functions and example programs, you can quickly create applications using LabVIEW, LabVIEW NXG, and C/C++.
The following guide shows how to install vision acquisition drivers (IMAQ) for LabVIEW developing environment.
Search NI Package Manager using the Windows search box, and launch the application.
Once launched, search for Vision Acquisition Software in the search box located at the upper-right corner of the window,
Install the Vision Acquisition Software by clicking Install.
NI-Scope Drivers Installation¶
NISCOPE provides support for customers using NI oscilloscope products. NISCOPE is an NI instrument driver that enables you to implement multirecord acquisition, continuous acquisition, multiboard synchronization, more than 50 measurement and analysis functions, and the functionality of traditional oscilloscopes. NI-SCOPE is an interchangeable virtual instrument (IVI)–compliant instrument driver, and it features a set of operations and properties that exercise the functionality of the oscilloscope and includes an interactive soft front panel and examples.
The following guide shows how to install NI-Scope drivers for LabVIEW developing environment. The drivers provides support for LabVIEW to communicate with supported oscilloscopes.
Search NI Package Manager using the Windows search box, and launch the application.
Once launched, search for NI-Scope in the search box located at the upper-right corner of the window,
Install the NI-scope drivers by clicking Install.
NI-VISA Drivers Installation¶
NI-VISA provides support for customers using Ethernet, GPIB, serial, USB, and other types of instruments. NI-VISA is an NI instrument driver that is an implementation of the Virtual Instrument Software Architecture (VISA) I/O standard. VISA is a standard for configuring, programming, and troubleshooting instrumentation systems comprising GPIB, VXI, PXI, serial (RS232/RS485), Ethernet/LXI, and/or USB interfaces. NI-VISA includes utilities, low-level control features, and examples to help you create your application.
The following guide shows how to install NI-VISA drivers for LabVIEW developing environment.
Check NI Package Manager under the installed tab using the search box at the upper-right corner. If no result shows up, you will need to install NI-VISA.
Search for NI-VISA under Browse Products tab in the search box. Install NI-VISA drivers by clicking the NI-VISA product icon and then click Install.
NI 488.2 Drivers Installation¶
NI-488.2 provides support for customers using NI GPIB controllers and NI embedded controllers with GPIB ports. NI-488.2 is an NI instrument driver with several utilities that help in developing and debugging an application program. NI-488.2 includes high-level commands that automatically handle all bus management, so you do not have to learn the programming details of the GPIB hardware product or the IEEE 488.2 protocol. Low-level commands are also available for maximum flexibility and performance.
The following guide shows how to install NI-488.2 drivers for LabVIEW developing environment.
Check NI Package Manager under the installed tab using the search box at the upper-right corner. If no result shows up, you will need to install NI-488.2.
Search for NI 488.2 under Browse Products tab in the search box. Install NI-488.2 drivers by clicking the NI-488.2 product icon and then click Install.
NI Serial Drivers Installation¶
NI Serial provides support for customers using NI serial products. NI-Serial is an NI instrument driver that you can use to maximize CPU utilization and increase data throughput from your instrument without changing the baud rate. You can also perform DMA transfers with larger first-in-first-out memory buffers (FIFOs) to enable NI-Serial interfaces to transmit and receive larger amounts of data at higher rates.
The following guide shows how to install NI Serial drivers for LabVIEW developing environment.
Check NI Package Manager under the installed tab using the search box at the upper-right corner. If no result shows up, you will need to install NI Serial.
Search for NI Serial under Browse Products tab in the search box. Install NI Serial drivers by clicking the NI Serial product icon and then click Install.


Contact: B. Wyman Reviewers: Change history: WebCVS Log for bgrid_advection.f90
B-grid dynamical core module that performs vertical and horizontal advection for temperature, prognostic tracers, and momentum. Tracer advection may be followed by borrowing scheme to reduce negative tracer values.
This module performs the following: - sets advection control parameters by reading namelist input and querying the tracer manager (field table) - vertical advection options include finite volume or centered differencing schemes - horizontal advection options only include centered differencing schemes - negative tracer removal through local borrowing (separate vertical and horizontal routines)
bgrid_horiz_mod bgrid_vert_mod bgrid_masks_mod bgrid_prog_var_mod bgrid_polar_filter_mod bgrid_halo_mod bgrid_change_grid_mod vert_advection_mod fms_mod mpp_mod field_manager_mod tracer_manager_mod
use bgrid_advection_mod [ ,only: advection_init, advection, advection_end ] advection_init Initialization routine for bgrid_advection_mod. It is mandatory that this routine be called. Read namelist parameters and initializes advection control parameters. advection Computes vertical and horizontal advective tendencies and performs tracer borrowing to remove negative tracer. advection_end Optional termination routine for bgrid_advection_mod. It is not mandatory that this routine be called. NOTES 1) A namelist interface called bgrid_advection_nml is read from file input.nml. 2) Advection parameters for individual tracers may set in the tracer_manager's field_table.
call advection_init ( Hgrid ) DESCRIPTION This routine reads the bgrid_advection_nml namelist, queries the tracer manager for advection and filling scheme options, and then defines advection control parameters (stored internally in advec_control_type). This routine must be called before calling subroutine advection. INPUT Hgrid horizontal grid constants [horiz_grid_type]
call advection ( Pfilt, Hgrid, Vgrid, Masks, pfilt_opt, dt, dpde_old, dpde, few, fns, etadot, u, v, t, Var, Var_dt ) DESCRIPTION Updates the prognostic variable tendencies with vertical and horizontal advective tendencies for the given mass fluxes. The vertical and horizontal scheme used is controlled by namelist and field_table (tracers only). Prognostic tracer tendencies are updated to reduce negative tracer values. INPUT Pfilt polar filter constants [pfilt_control_type] Vgrid vertical grid constants [vert_grid_type] Masks grid masking constants [grid_mask_type] pf_opt polar filter option flag [integer] dt adjustment time step [real] dpde_old Pressure thickness of model layers at the start of the advective time step. [real, dimension(Hgrid%ilb:,Hgrid%jlb:,:)] dpde The current pressure thickness of model layers (updated for the current time step). [real, dimension(Hgrid%ilb:,Hgrid%jlb:,:)] u, v, t Prognostic variables at the end of the start of the current advective time step. Note that tracers have not been updated since the last advective time step, therefore, r = Var%r + dt*Var_dt%r [real, dimension(Hgrid%ilb:,Hgrid%jlb:,:)] Var Prognostic variables at the start of the current atmospheric/dynamics time step, Values updated for the current time step are computed as: uc = Var%u + dt*Var_dt%u. See note for tracers above. [prog_var_type] INPUT/OUTPUT Hgrid horizontal grid constants [horiz_grid_type] few, fns zonal, meridional mass fluxes (Pa-m2/s) (summation for the current advection time step) [real, dimension(Hgrid%ilb:,Hgrid%jlb:,:)] etadot vertical mass flux (Pa/s) (summation for the current advection time step) [real, dimension(Hgrid%ilb:,Hgrid%jlb:,:)] Var_dt prognostic variable tendencies, accumulated since the variables were updated in Var [prog_var_type] call advection_end DESCRIPTION This routine terminates the bgrid_advection module. It is not mandatory that this routine be called. It releases a minimal amount of global storage used and calls other termination routines. There are no arguments to this routine.
&bgrid_advection_nml vert_advec_scheme_wind The vertical advection scheme. vert_advec_scheme_temp Possible values are: 'NONE', 'SECOND_CENTERED', 'FOURTH_CENTERED', vert_advec_scheme_tracer 'NONE' - turns off vertical advection 'SECOND_CENTERED' - second order centered differencing assuming equally-spaced model levels 'FOURTH_CENTERED' - fourth order centered differencing assuming equally-spaced model levels 'SECOND_CENTERED_WTS' - second order centered differencing assuming unequally-spaced model levels 'FOURTH_CENTERED_WTS' - fourth order centered differencing assuming unequally-spaced model levels (more costly than assuming equal spacing) 'FINITE_VOLUME_LINEAR' - finite volume scheme using piecewise linear scheme (van Leer) 'FINITE_VOLUME_PARABOLIC' - finite volume scheme using piecewise parabolic scheme (PPM) Using finite volume schemes for momentum has not been tested and may produce poor results. [character, default: 'SECOND_CENTERED'] horiz_advec_scheme_wind The horizontal advection scheme. horiz_advec_scheme_temp Possible values are 'NONE', 'SECOND_CENTERED', 'FOURTH_CENTERED'. horiz_advec_scheme_tracer [character, default: 'SECOND_CENTERED'] advec_weight_wind Weights used for modified Euler-backward time differencing advec_weight_temp (i.e., when the scheme is SECOND_CENTERED or FOURTH_CENTERED). advec_weight_tracer 0.0 = full Euler-forward (not recommended) 1.0 = full Euler-backward [real, default: advec_weight__=0.70] num_fill_pass The number of successive repetitions of the tracer borrowing scheme. This value applies to both the horizontal and vertical schemes. Use the field_table to independently modify the number of horizontal and vertical passes. [integer, default: num_fill_pass = 1] compute_vert_wind_flux If TRUE then the vertical flux ("sigma-dot") for momentum is recomputed using the horizontal momentum fluxes. If FALSE then the vertical flux is determined by averaging the vertical flux from the temperature grid. [logical, default: .FALSE.]
Advection Methods:
Advection Schemes:
Advection Parameters:
Examples:
'advec_horiz', 'fourth_centered', 'wt=.80' 'advec_vert', 'finite_volume_parabolic'
Filling Methods:
Filling Schemes:
Filling Parameters:
Examples:
'filling', 'linear', 'hp=2,vp=1' 'filling', 'none'
FATAL errors in bgrid_advection_mod horizontal finite volume schemes are not implemented with this release Sorry, but the horizontal finite volume schemes are still in development. Currently only vertical finite volume scheme have been implemented. E-B weight out of range [0,1] You have specified a weight for the modified Euler-backward scheme that is not in the range 0.0 to 1.0. Your incorrect value may have been input either through the namelist or the field_table. invalid filling scheme, ..... You have specified an invalid tracer filling scheme. This value is input as the filling method in the field_table. Possible values are: "LOCAL" or "NONE". advection scheme not supported You have specified an invalid horizontal advection scheme. invalid advection scheme, ..... You have specified an invalid horizontal or vertical advection scheme. Check your input values in the namelist and field_table. invalid advection scheme number An invalid advection scheme was detected. Check your input values in the namelist and field_table. etadot cannot be recomputed for the eta coordinate The namelist option "compute_vert_wind_flux=.TRUE." cannot be used with the eta coordinate.
None.
1) Horizontal finite volume schemes for tracers (and possibly temperature). 2) Longer advective time steps for tracers using finite volume schemes. 3) Move tracer borrowing code to separate module.


{% extends "base.html" %} {% block content %}
If this information is wrong, please contact to #coordinator on Slack.


Test case for Profiler & IFrame
Steps to reproduce
- Open Firebug
- Select and enable the Console panel.
- Click on
Profile
button in the Console panel
- Click on the Execute Test button below
- Click on
Profile
button again
- You should see some profiler results.


Class: Aws::SES::Types::SendBounceRequest
| Relationships & Source Files | |
| Super Chains via Extension / Inclusion / Inheritance | |
|
Class Chain:
self,
Struct
|
|
|
Instance Chain:
self,
::Aws::Structure ,
Struct
|
|
| Inherits: |
Struct
|
| Defined in: | gems/aws-sdk-ses/lib/aws-sdk-ses/types.rb |
Overview
Represents a request to send a bounce message to the sender of an email you received through Amazon SES.
Constant Summary
Instance Attribute Summary
-
#bounce_sender ⇒ String
rw
The address to use in the "From" header of the bounce message.
-
#bounce_sender_arn ⇒ String
rw
This parameter is used only for sending authorization.
-
#bounced_recipient_info_list ⇒ Array<Types::BouncedRecipientInfo>
rw
A list of recipients of the bounced message, including the information required to create the Delivery Status Notifications (DSNs) for the recipients.
-
#explanation ⇒ String
rw
Human-readable text for the bounce message to explain the failure.
-
#message_dsn ⇒ Types::MessageDsn
rw
Message-related DSN fields.
-
#original_message_id ⇒ String
rw
The message ID of the message to be bounced.
Instance Method Summary
::Aws::Structure
- Included
| #to_hash | Alias for Aws::Structure#to_h. |
Instance Attribute Details
#bounce_sender ⇒ String
(rw)
The address to use in the "From" header of the bounce message. This must be an identity that you have verified with Amazon SES.
# File 'gems/aws-sdk-ses/lib/aws-sdk-ses/types.rb', line 3718
class SendBounceRequest < Struct.new( :, :bounce_sender, :explanation, :, :bounced_recipient_info_list, :bounce_sender_arn) SENSITIVE = [] include Aws::Structure end
#bounce_sender_arn ⇒ String
(rw)
This parameter is used only for sending authorization. It is the ::Aws::ARN
of the identity that is associated with the sending authorization
policy that permits you to use the address in the "From" header of
the bounce. For more information about sending authorization, see
the Amazon ::Aws::SES
Developer Guide.
# File 'gems/aws-sdk-ses/lib/aws-sdk-ses/types.rb', line 3718
class SendBounceRequest < Struct.new( :, :bounce_sender, :explanation, :, :bounced_recipient_info_list, :bounce_sender_arn) SENSITIVE = [] include Aws::Structure end
#bounced_recipient_info_list ⇒ Array
<Types::BouncedRecipientInfo> (rw)
A list of recipients of the bounced message, including the
information required to create the Delivery Status Notifications
(DSNs) for the recipients. You must specify at least one
BouncedRecipientInfo
in the list.
# File 'gems/aws-sdk-ses/lib/aws-sdk-ses/types.rb', line 3718
class SendBounceRequest < Struct.new( :, :bounce_sender, :explanation, :, :bounced_recipient_info_list, :bounce_sender_arn) SENSITIVE = [] include Aws::Structure end
#explanation ⇒ String
(rw)
Human-readable text for the bounce message to explain the failure. If not specified, the text is auto-generated based on the bounced recipient information.
# File 'gems/aws-sdk-ses/lib/aws-sdk-ses/types.rb', line 3718
class SendBounceRequest < Struct.new( :, :bounce_sender, :explanation, :, :bounced_recipient_info_list, :bounce_sender_arn) SENSITIVE = [] include Aws::Structure end
#message_dsn ⇒ Types::MessageDsn (rw)
Message-related DSN fields. If not specified, Amazon SES chooses the values.
# File 'gems/aws-sdk-ses/lib/aws-sdk-ses/types.rb', line 3718
class SendBounceRequest < Struct.new( :, :bounce_sender, :explanation, :, :bounced_recipient_info_list, :bounce_sender_arn) SENSITIVE = [] include Aws::Structure end
#original_message_id ⇒ String
(rw)
The message ID of the message to be bounced.
# File 'gems/aws-sdk-ses/lib/aws-sdk-ses/types.rb', line 3718
class SendBounceRequest < Struct.new( :, :bounce_sender, :explanation, :, :bounced_recipient_info_list, :bounce_sender_arn) SENSITIVE = [] include Aws::Structure end


{% load widget_tweaks %}
{% for hidden_field in form.hidden_fields %}
{{hidden_field}}
{% endfor %}
{% for field in form.visible_fields %}
{% render_field field class="form-control form-control-user" placeholder=field.label %}
{% include "includes/form_field_errors.html" with field=field %}


|
Perl Weekly
Issue #209 - 2015-07-27 - (How) should we support Perl 5.6?
latest | archive | by Neil Bowers
|
|
Perl 6 is getting more and more interest, but this week also
saw a lot of discussion about 5.6, which was first released in 2000,
the year when Perl 6 work started. The core question: should CPAN
authors (bother to) support Perl 5.6?
Neil
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Sponsors
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Morgan Stanley Budapest Perl developer for cloud
Create internal cloud hosting solutions within Morgan Stanley. As a contributor on our budapest-based team, you will have responsibility to contribute not only to the code, but to the design and engineering of the full PaaS systems.
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CPAN News
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Convert::Binary::C anyone?
by Graham Ollis (PLICEASE)
Graham wanted to get Convert::Binary::C updated. But rather than fork it, or adopt it, he blogged about it about first. As a result the author, Marcus, released an update this week. This approach doesn't always have a happy ending, but it shows why it's usually the right first step.
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Hacking with Perl
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A Dream Within A Dream
by Matt S. Trout (MSTROUT)
Matt sings the praises of DreamHost, both for their shared hosting and their provision of compute and storage resources for the perl-qa team.
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Perl Tutorials
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Perl 5.6
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On Perl 5.6
by Matt S. Trout (MSTROUT)
There's been quite a bit of discussion about Perl 5.6 recently, and whether your CPAN distributions should support it. Matt presents his very pragmatic approach to supporting Perl 5.6 or not.
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Other Perl 5 News
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Perl 6
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Perl::ToPerl6 released to CPAN
by Jeff Goff (JGOFF)
Jeff has released the first version of Perl::ToPerl6, a module which will convert (parts of) your code to the equivalent Perl 6 syntax. It's version 0.1, so doesn't handle everything yet. You could help with that maybe? Some lucky soul may even get it next month in the Pull Request Challenge :-)
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Conferences
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Grants
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Dave Mitchell's grant extended
by Karen Pauley
Dave Mitchell recently applied for a $20k grant to allow him to continue his work on the Perl 5 core; it's now been approved, which is good news for us all.
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Not Perl
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RESTful considered harmful
by Tomasz Nurkiewicz
Tomasz thinks that the RESTful approach for APIs is flawed in a number of ways. Some of his arguments are about how people implement particular RESTful APIs (eg choice of JSON), but he makes plenty of valid observations. In the end though: horses for courses.
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