{% extends "_layouts/message" %} {% set title = "Bad Request"|t %} {% block message %}
{{ "The request could not be understood by the server due to malformed syntax."|t }}


|
Sr. Design 2015
Solar Powered light
|
Go to the source code of this file.
Data Structures | |
| union | _LINE_CODING |
| union | _CONTROL_SIGNAL_BITMAP |
| union | BM_SERIAL_STATE |
| struct | SERIAL_STATE_NOTIFICATION |
Typedefs | |
| typedef union _LINE_CODING | LINE_CODING |
| typedef union _CONTROL_SIGNAL_BITMAP | CONTROL_SIGNAL_BITMAP |
Functions | |
| void | CDCInitEP (void) |
| void | USBCheckCDCRequest (void) |
| void | CDCNotificationHandler (void) |
| bool | USBCDCEventHandler (USB_EVENT event, void *pdata, uint16_t size) |
| uint8_t | getsUSBUSART (uint8_t *buffer, uint8_t len) |
| void | putUSBUSART (uint8_t *data, uint8_t Length) |
| void | putsUSBUSART (char *data) |
| void | putrsUSBUSART (const const char *data) |
| void | CDCTxService (void) |
| struct | __attribute__ ((packed)) _USB_CDC_HEADER_FN_DSC |
Variables | |
| USB_CDC_HEADER_FN_DSC | |
| USB_CDC_ACM_FN_DSC | |
| USB_CDC_UNION_FN_DSC | |
| USB_CDC_CALL_MGT_FN_DSC | |
| CDC_NOTICE | |
| * | PCDC_NOTICE |
| uint8_t | cdc_rx_len |
| E X T E R N S. More... | |
| USB_HANDLE | lastTransmission |
| uint8_t | cdc_trf_state |
| POINTER | pCDCSrc |
| uint8_t | cdc_tx_len |
| uint8_t | cdc_mem_type |
| CDC_NOTICE | cdc_notice |
| LINE_CODING | line_coding |
| volatile CTRL_TRF_SETUP | SetupPkt |
| const uint8_t | configDescriptor1 [] |
| #define ABSTRACT_CONTROL_MODEL 0x02 |
Definition at line 64 of file usb_device_cdc.h.
| #define ABSTRACT_STATE 0x01 |
Definition at line 78 of file usb_device_cdc.h.
| #define CDC_DEVICE 0x02 |
Definition at line 58 of file usb_device_cdc.h.
| #define CDC_TX_BUSY 1 |
Definition at line 101 of file usb_device_cdc.h.
| #define CDC_TX_BUSY_ZLP 2 |
Definition at line 102 of file usb_device_cdc.h.
| #define CDC_TX_COMPLETING 3 |
Definition at line 103 of file usb_device_cdc.h.
| #define CDC_TX_READY 0 |
Definition at line 100 of file usb_device_cdc.h.
| #define CDCSetBaudRate | ( | baudRate | ) | {line_coding.dwDTERate=baudRate;} |
Definition at line 182 of file usb_device_cdc.h.
| #define CDCSetCharacterFormat | ( | charFormat | ) | {line_coding.bCharFormat=charFormat;} |
Definition at line 220 of file usb_device_cdc.h.
| #define CDCSetDataSize | ( | dataBits | ) | {line_coding.bDataBits=dataBits;} |
Definition at line 303 of file usb_device_cdc.h.
| #define CDCSetLineCoding | ( | baud, | |
| format, | |||
| parity, | |||
| dataSize | |||
| ) |
Definition at line 349 of file usb_device_cdc.h.
| #define CDCSetParity | ( | parityType | ) | {line_coding.bParityType=parityType;} |
Definition at line 263 of file usb_device_cdc.h.
| #define CLEAR_COMM_FEATURE 0x04 |
Definition at line 42 of file usb_device_cdc.h.
| #define COMM_INTF 0x02 |
Definition at line 61 of file usb_device_cdc.h.
| #define CONFIGURE_RTS | ( | a | ) |
Definition at line 116 of file usb_device_cdc.h.
| #define COUNTRY_SETTING 0x02 |
Definition at line 79 of file usb_device_cdc.h.
| #define CS_ENDPOINT 0x25 |
Definition at line 84 of file usb_device_cdc.h.
| #define CS_INTERFACE 0x24 |
Definition at line 83 of file usb_device_cdc.h.
| #define DATA_INTF 0x0A |
Definition at line 71 of file usb_device_cdc.h.
| #define DSC_FN_ACM 0x02 |
Definition at line 89 of file usb_device_cdc.h.
| #define DSC_FN_CALL_MGT 0x01 |
Definition at line 88 of file usb_device_cdc.h.
| #define DSC_FN_COUNTRY_SELECTION 0x07 |
Definition at line 94 of file usb_device_cdc.h.
| #define DSC_FN_DLM 0x03 |
Definition at line 90 of file usb_device_cdc.h.
| #define DSC_FN_HEADER 0x00 |
Definition at line 87 of file usb_device_cdc.h.
| #define DSC_FN_RPT_CAPABILITIES 0x05 |
Definition at line 92 of file usb_device_cdc.h.
| #define DSC_FN_TEL_OP_MODES 0x08 |
Definition at line 95 of file usb_device_cdc.h.
| #define DSC_FN_TELEPHONE_RINGER 0x04 |
Definition at line 91 of file usb_device_cdc.h.
| #define DSC_FN_UNION 0x06 |
Definition at line 93 of file usb_device_cdc.h.
| #define DSC_FN_USB_TERMINAL 0x09 |
Definition at line 96 of file usb_device_cdc.h.
| #define GET_COMM_FEATURE 0x03 |
Definition at line 41 of file usb_device_cdc.h.
| #define GET_ENCAPSULATED_RESPONSE 0x01 |
Definition at line 39 of file usb_device_cdc.h.
| #define GET_LINE_CODING 0x21 |
Definition at line 44 of file usb_device_cdc.h.
| #define LINE_CODING_LENGTH 0x07 |
S T R U C T U R E S.
Definition at line 843 of file usb_device_cdc.h.
| #define LINE_CODING_PFUNC NULL |
Definition at line 110 of file usb_device_cdc.h.
| #define LINE_CODING_TARGET &line_coding._byte[0] |
Definition at line 109 of file usb_device_cdc.h.
| #define mUSBUSARTIsTxTrfReady | ( | ) | USBUSARTIsTxTrfReady() |
Definition at line 409 of file usb_device_cdc.h.
| #define mUSBUSARTTxRam | ( | pData, | |
| len | |||
| ) |
Definition at line 457 of file usb_device_cdc.h.
| #define mUSBUSARTTxRom | ( | pData, | |
| len | |||
| ) |
Definition at line 504 of file usb_device_cdc.h.
| #define NETWORK_CONNECTION 0x00 |
Definition at line 52 of file usb_device_cdc.h.
| #define NO_PROTOCOL 0x00 |
Definition at line 74 of file usb_device_cdc.h.
| #define NUM_STOP_BITS_1 0 |
Definition at line 221 of file usb_device_cdc.h.
| #define NUM_STOP_BITS_1_5 1 |
Definition at line 222 of file usb_device_cdc.h.
| #define NUM_STOP_BITS_2 2 |
Definition at line 223 of file usb_device_cdc.h.
| #define PARITY_EVEN 2 |
Definition at line 266 of file usb_device_cdc.h.
| #define PARITY_MARK 3 |
Definition at line 267 of file usb_device_cdc.h.
| #define PARITY_NONE 0 |
Definition at line 264 of file usb_device_cdc.h.
| #define PARITY_ODD 1 |
Definition at line 265 of file usb_device_cdc.h.
| #define PARITY_SPACE 4 |
Definition at line 268 of file usb_device_cdc.h.
| #define RESPONSE_AVAILABLE 0x01 |
Definition at line 53 of file usb_device_cdc.h.
| #define SEND_BREAK 0x23 |
Definition at line 46 of file usb_device_cdc.h.
| #define SEND_ENCAPSULATED_COMMAND 0x00 |
| #define SERIAL_STATE 0x20 |
Definition at line 54 of file usb_device_cdc.h.
| #define SET_COMM_FEATURE 0x02 |
Definition at line 40 of file usb_device_cdc.h.
| #define SET_CONTROL_LINE_STATE 0x22 |
Definition at line 45 of file usb_device_cdc.h.
| #define SET_LINE_CODING 0x20 |
Definition at line 43 of file usb_device_cdc.h.
| #define USB_CDC_ACM_FN_DSC_VAL |
Definition at line 143 of file usb_device_cdc.h.
| #define USB_CDC_SUPPORT_ABSTRACT_CONTROL_MANAGEMENT_CAPABILITIES_D0_VAL 0x00 |
Definition at line 140 of file usb_device_cdc.h.
| #define USB_CDC_SUPPORT_ABSTRACT_CONTROL_MANAGEMENT_CAPABILITIES_D1_VAL 0x00 |
Definition at line 134 of file usb_device_cdc.h.
| #define USB_CDC_SUPPORT_ABSTRACT_CONTROL_MANAGEMENT_CAPABILITIES_D2_VAL 0x00 |
Definition at line 128 of file usb_device_cdc.h.
| #define USB_CDC_SUPPORT_ABSTRACT_CONTROL_MANAGEMENT_CAPABILITIES_D3_VAL 0x00 |
Definition at line 122 of file usb_device_cdc.h.
| #define USBUSARTIsTxTrfReady | ( | ) | (cdc_trf_state == CDC_TX_READY) |
Definition at line 399 of file usb_device_cdc.h.
Referenced by APP_DeviceCDCEmulatorTasks().
| #define V25TER 0x01 |
Definition at line 67 of file usb_device_cdc.h.
| typedef union _CONTROL_SIGNAL_BITMAP CONTROL_SIGNAL_BITMAP |
| typedef union _LINE_CODING LINE_CODING |
| struct __attribute__ | ( | (packed) | ) |
Definition at line 874 of file usb_device_cdc.h.
| void CDCInitEP | ( | void | ) |
Referenced by APP_DeviceCDCEmulatorInitialize().
| void CDCNotificationHandler | ( | void | ) |
| void CDCTxService | ( | void | ) |
Referenced by APP_DeviceCDCEmulatorTasks().
| uint8_t getsUSBUSART | ( | uint8_t * | buffer, |
| uint8_t | len | ||
| ) |
Referenced by APP_DeviceCDCEmulatorTasks().
| void putrsUSBUSART | ( | const const char * | data | ) |
| void putsUSBUSART | ( | char * | data | ) |
| void putUSBUSART | ( | uint8_t * | data, |
| uint8_t | Length | ||
| ) |
Referenced by APP_DeviceCDCEmulatorTasks().
| bool USBCDCEventHandler | ( | USB_EVENT | event, |
| void * | pdata, | ||
| uint16_t | size | ||
| ) |
| void USBCheckCDCRequest | ( | void | ) |
| uint8_t cdc_mem_type |
| CDC_NOTICE |
Definition at line 916 of file usb_device_cdc.h.
| CDC_NOTICE cdc_notice |
| uint8_t cdc_rx_len |
E X T E R N S.
| uint8_t cdc_trf_state |
| uint8_t cdc_tx_len |
| const uint8_t configDescriptor1[] |
Definition at line 185 of file usb_descriptors.c.
| USB_HANDLE lastTransmission |
Definition at line 49 of file app_device_cdc_basic.c.
Referenced by APP_DeviceCDCEmulatorInitialize().
| LINE_CODING line_coding |
Referenced by APP_DeviceCDCEmulatorInitialize().
| * PCDC_NOTICE |
Definition at line 916 of file usb_device_cdc.h.
| POINTER pCDCSrc |
| volatile CTRL_TRF_SETUP SetupPkt |
Referenced by USBCtrlEPAllowDataStage(), USBCtrlEPAllowStatusStage(), USBDeviceInit(), and USBStallEndpoint().
| USB_CDC_ACM_FN_DSC |
Definition at line 889 of file usb_device_cdc.h.
| USB_CDC_CALL_MGT_FN_DSC |
Definition at line 909 of file usb_device_cdc.h.
| USB_CDC_HEADER_FN_DSC |
Definition at line 880 of file usb_device_cdc.h.
| USB_CDC_UNION_FN_DSC |
Definition at line 899 of file usb_device_cdc.h.


z85.lua |
|
|---|---|
|
lZ85 is a Lua implementation of the ZeroMQ 32/Z85 specification for string-encoding binary data in an interchange-suitable format. The Spec:A Z85 implementation takes a binary frame and encodes it as a printable ASCII string, or takes an ASCII encoded string and decodes it into a binary frame. The binary frame SHALL have a length that is divisible by 4 with no remainder. The string frame SHALL have a length that is divisible by 5 with no remainder. It is up to the application to ensure that frames and strings are padded if necessary. Test CaseAs a test case, a frame containing these 8 bytes:
SHALL encode as the following 10 characters:
Legal:Copyright © 2017 Webster Sheets. lZ85 is Free Software under the terms of the MIT License. This software is inspired from and includes portions of the ZeroMQ Z85 Reference Implementation; Copyright © 2010-2013 iMatix Corporation and Contributors, under the terms of the MIT License. |
--- Copyright (c) 2017 Webster Sheets<EMAIL_ADDRESS>--- lZ85 is Free Software under the terms of the MIT License.
local z85 = {}
|
The Implementation:The values for 0-84 are all represented in this string. From the spec:
|
z85.enc =
"0123456789" ..
"abcdefghij" ..
"klmnopqrst" ..
"uvwxyzABCD" ..
"EFGHIJKLMN" ..
"OPQRSTUVWX" ..
"YZ.-:+=^!/" ..
"*?&<>()[]{" ..
"}@%$#"
|
|
We precache divisors for the encoding and decoding steps so we're not doing unecessary exponentiation and division every step of every loop. |
z85.enc_div = {
85 * 85 * 85 * 85,
85 * 85 * 85,
85 * 85,
85, 1
}
z85.dec_div = {
256 * 256 * 256,
256 * 256,
256, 1
}
|
|
The official decoding key, stolen straight from the reference implementation. |
z85.dec = {
0x00, 0x44, 0x00, 0x54, 0x53, 0x52, 0x48, 0x00,
0x4B, 0x4C, 0x46, 0x41, 0x00, 0x3F, 0x3E, 0x45,
0x00, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07,
0x08, 0x09, 0x40, 0x00, 0x49, 0x42, 0x4A, 0x47,
0x51, 0x24, 0x25, 0x26, 0x27, 0x28, 0x29, 0x2A,
0x2B, 0x2C, 0x2D, 0x2E, 0x2F, 0x30, 0x31, 0x32,
0x33, 0x34, 0x35, 0x36, 0x37, 0x38, 0x39, 0x3A,
0x3B, 0x3C, 0x3D, 0x4D, 0x00, 0x4E, 0x43, 0x00,
0x00, 0x0A, 0x0B, 0x0C, 0x0D, 0x0E, 0x0F, 0x10,
0x11, 0x12, 0x13, 0x14, 0x15, 0x16, 0x17, 0x18,
0x19, 0x1A, 0x1B, 0x1C, 0x1D, 0x1E, 0x1F, 0x20,
0x21, 0x22, 0x23, 0x4F, 0x00, 0x50, 0x00, 0x00
}
|
|
A simple pyramid string-builder function, for performance with large strings. |
local function pyramid(t, dat)
t[#t + 1] = dat
local t_len, t_len1 = #t, #t-1
while t[t_len1] and #t[t_len] > #t[t_len1] do
t[t_len1] = t[t_len1] .. t[t_len]
t[t_len] = nil
t_len, t_len1 = t_len1, t_len1-1
end
end
|
|
At the end of a encode/decode, we need to collapse a pyramid down to a single value. |
local function collapse(t)
while #t > 1 do
local t_len, t_len1 = #t, #t-1
t[t_len1] = t[t_len1] .. t[t_len]; t[t_len] = nil
end
return t[1]
end
|
|
Encode a binary string into Z85. The length of the input string must be a multiple of 4. Parameters:
|
function z85.encode(bin_str, len)
len = tonumber(len) or #bin_str
if len % 4 > 0 then
return nil, "Binary data must to be padded to modulo 4!"
end
local encoded_len = len * 5 // 4
local encoded_t = {}
local accum = 0
for i = 1, len do
local next = bin_str:sub(i):byte()
accum = (accum << 8) + next
if i % 4 == 0 then
for i=1, 5 do
local idx = accum // z85.enc_div[i] % 85 + 1
pyramid(encoded_t, z85.enc:sub(idx, idx))
end
accum = 0
end
end
local encoded = collapse(encoded_t)
assert(#encoded == encoded_len, "Algorithm error! " .. #encoded .. ", " .. encoded_len)
return encoded
end
|
|
Decode a Z85 string into a binary string. The length of the input string must be a multiple of 5. Parameters:
|
function z85.decode(txt_str, len)
len = tonumber(len) or #txt_str
if len % 5 > 0 then
return nil, "Encoded data size must be a multiple of 5!"
end
local decoded_len = len * 4 // 5
local decoded_t = {}
local accum = 0
for i = 1, len do
local next = txt_str:sub(i):byte() - 32
accum = accum * 85 + (z85.dec[next+1])
if i % 5 == 0 then
for i = 1, 4 do
local v = accum // z85.dec_div[i] % 256
pyramid(decoded_t, string.char(v))
end
accum = 0
end
end
local decoded = collapse(decoded_t)
assert(#decoded == decoded_len, "Algorithm error! " .. #decoded .. ", " .. decoded_len)
return decoded
end
return z85
|


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 From website architecture, branding, illustrations and marketing needs, I can provide reasonably cheap but professional looking design.
What We OfferWeb Design and Development. Showcase your products. Looks great on any screen size!
Gives great appearance for your site and help you fill its need to gain and attract more clients.
Stand out from the rest.
I mustache you a question...
I'm a freelancer based in the Philippines, with almost 5 years of experience in the web industry. Currently employed as a Front-end Developer in Makati and is focused to help beginners market their online presence.


Plane waves travelling in different directions superpose to form periodic and quasiperiodic patterns. Plane coloured by amplitude, colour scheme adopted from the work of Íñigo Quílez.


timelinefx:
timelinefx
.NearestPointToCircle
Function NearestPointToCircle:
Float
[]( x1:
Float
, y1:
Float
, x2:
Float
, y2:
Float
, px:
Float
, py:
Float
, r:
Float
)
Return the nearest point on a line to the center of a circle Returns NearestPoint
x and NearestPoint
y x1, y1 and x2, y2 represent the beginning and end line coordinates, and px, py and r represent the circle coordinates and radius.
Parameters
x1
First x point of the line
y1
First y point of the line
x2
Second x point of the line
y2
Second y point of the line
px
x coordinate of the circle
py
y coordinate of the circle
r
Radius of the circle


Primary
99


The Blob (1958) A review by Joe Chamberlain
Starring Steve McQueen; Aneta Corsaut; Earl Rowe; Olin Howlin & Alden 'Stephen' Chase
Cheesy. That one word could serve as my whole review for The Blob. I can't figure out if that cheesy quality was intentional, or if the filmmakers actually though that this film would scare audiences back in the 1950's.  The only real high point of the movie is that it stars a young Steve McQueen. Which is the only reason that I would ever recommend anyone actually watch this movie. It is proof that even big stars had to start somewhere.
A glob of goop falls from the sky in an asteroid. The goop is alive and it's nasty and hungry. And it particularly has a taste for human flesh. It eats people by dissolving them, and the more people it eats, the bigger the big glob of goop gets. It attacks some of the local teens, including McQueen's character.
I don't expect the same level of special effects here that I do from a film like Armageddon. But at least the producers could have made a little more of an effort with the limited resources that they had back when this film was made. I could never get over my feeling that I was watching actors running around and screaming as Jell-O was terrorizing them.  But I digress.
Acting abilities don't seem to have been a big consideration for the producers when they cast this turkey. It's not that the actors are bad, it's just that I thought is was watching a rerun of the Andy Griffith show. Everyone had that gee whiz sort of attitude. I don't know if everyone in a small town in the fifties had that goofy attitude, but I would have hoped that someone would have gotten slightly pissed off when this overgrown reject from the dessert menu started destroying their town. Alas, that was not to be.
I prefer to eat Jell-O to watching it star as the lead in a motion picture. This is a movie that deserves to be in the cooking section of your local video store as opposed to the horror section. The best thing about this movie was its very corny (but kinda catchy) opening theme song. When the best part of the movie occurs in the first 3 minutes, it's usually a good idea to avoid it.
5/10
Visit The Movie Guy http://movieguy.tripod.com
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


jl777c
09-Dec-19 09:34 AM
oh, that is even better, so you can partially cashout from a positive equity situation. yes, that is good, this way people can feel comfortable funding it, knowing they can withdraw out of it at anytime
1
clearly, we need to avoid pushing global balance into danger and some sort of rising fee as it gets closer and just not allowing it if it would make it go into the danger zone. that should avoid the attacks by people who deposit a lot and then close it, just to push the system to the brink
the ending global balance after the close would establish the fee
if all is in the green and far away from danger, then no fee
that seems a fair way to do it, so if the system is in danger, all participants are together protecting the global balance


|
Awesome Portable Rendering Interface Library
This library provides a universal rendering API and does not require to write code that is used in only one API (e.g. OpenGL, DirectX, SDL, ...)
|
Defines mouse event types. More...
#include <MouseEvent.h>
Public Member Functions | |
| Type (chstr name) | |
| Type (chstr name, unsigned int value) | |
| Type | next () const |
| Type | previous () const |
| bool | operator< (const Type &other) const |
| bool | operator> (const Type &other) const |
| bool | operator<= (const Type &other) const |
| bool | operator>= (const Type &other) const |
| bool | operator== (const Type &other) const |
| bool | operator!= (const Type &other) const |
Static Public Member Functions | |
| static int | getCount () |
| static hltypes::Array< Type > | getValues () |
| static hstr | getEnumName () |
| static hltypes::Map< unsigned int, hstr > | getAsMap () |
| static Type | fromInt (int value) |
| static Type | fromUint (unsigned int value) |
| static Type | fromName (chstr name) |
| static bool | hasValue (chstr name) |
| static bool | hasValueFor (int value) |
| static bool | hasValueFor (unsigned int value) |
Static Public Attributes | |
| static const Type | Down |
| Mouse button was pressed. | |
| static const Type | Up |
| Mouse button was released. | |
| static const Type | Cancel |
| Mouse button was canceled without an Up event. | |
| static const Type | Move |
| Mouse was moved. | |
| static const Type | Scroll |
| Mouse scroll was changed (usually a scroll wheel). | |
Protected Member Functions | |
| Type (unsigned int value) | |
| hltypes::Map< unsigned int, hstr > & | _getInstances () const |
Defines mouse event types.


Camille Walala turns an abandoned petrol station into a piece of art
If you haven’t heard of Camille Walala, you’ll definitely have spotted her work and said something along the lines of ‘ooh, pretty colours’.
She’s a London-based graphic designer and artist who’s known for her graphic lines and bright colours, having created jazzy street crossings, murals, and a mirrored labyrinth in the middle of the city.
Not to devalue her work, but her art also works wonderfully as a backdrop for an Instagram pic. You’ve definitely spotted some influencers posing against one of her dotted or striped designs.
Advertisement Advertisement
Her latest project is an Instagrammer’s dream like the rest.
Camille teamed up with creative house JustKids to transform an abandoned 1950s petrol station in Arkansas into a piece of public art, plastering it with the bright colours she’s known for.
What used to be a rundown grey building that faded into the background is now covered with stark black and white lines, massive yellow spots on pink, and a sign declaring the location ‘Walala Pump & Go’.
That’s quite a lot of painting to be done by one person, so thankfully Camille had the support and collaboration of local artist Nate Myers and a bunch of volunteers – all committed to getting the transformation complete in the space of one week.
It’s all part of The Unexpected, a project by Justkids to give unexpected (hence the name) public spaces an arty makeover and make them part of the community again.
In this case we reckon it’s mission accomplished. We doubt many people were stopping by an old petrol station before, but thanks to a lot of paint there’ll be Instagrammers lining up the block.
Advertisement Advertisement
‘I love this canvas — it was exciting to do something really bold, that stands out on a bigger scale,’ said Camille. ‘We had a great team of people working with us for a few days, most of them were locals from fort smith who came to help and it has been an amazing execution of the project.’
Can she come back to London and give our petrol stations a lick of paint next?


Physical Toughness
Lvl 5 +8%
.
.
Magic Toughness
Level 5 +8%
Max Health
Lvl 5 +1500
Lifesteal
Level 5 +12
Physical Crit Rating
Lvl 5 +24
Physical Attack
Lvl 5 +100
Physical Hit Bonus
Level 5 +40
Energy Bonus
Lvl 5 +11%
Energy Efficiency
Level 5 +5%
Healing Ratio
Lvl 5 +10.5%
.
.
Dodge Rating
Level 5 +34.5


Page Links: Index Page
| Cron 28th Sep 2010, 21:57 permalink Post: 486 |
My question concerns lighting. Not many decent pictures showing landing lights etc being used in anger.
Concorde appears to have a much reduced frontal area for the housing of such lighting. There is also the question of lenses having to withstand supersonic flow. And also the angle of attack on landing (hope I have the right terminology there) seemingly pointing any lighting into the sky. Cron |
|||
| ChristiaanJ 28th Sep 2010, 22:58 permalink Post: 492 |
Quote:
Nevertheless there were three separate sets of landing/taxi lights there. Quoting from the manual: Two main landing lamps, one mounted in each wing root leading edge, have retractable/extensible mountings and when not in use are retracted in the lamp housing. Two land/taxi lamps, similar to the main landing lamps, are attached to the nose landing gear bay doors. The land/taxi lamps extend to an intermediate position for landing, upon which they automatically extend to the full position for taxiing, thus changing the beam angle to compensate for the attitude change. Two taxi/turn-off lamps, one mounted on each side of the forward fuselage, provide ground illumination to identify runway turn-off points. These are the 'main' lights in the wing leading edge (600W each). These are the lights in the nosewheel doors ("only" 450W each).
Quote:
The heat was less of a problem, actually. The lights themselves were high-power sealed-beam units, the main units were 6 00W each, and the ones in the nosewheel doors were 450W ... nothing like your car headlights. As a matter of fact, on the ground you were not suppossed to turn them on any more than 5 minutes in any 10 minutes.... they got a lot hotter when switched on, than they did in supersonic flight.
Quote:
What happened was that the main landing lamps in the wing roots were angled such, that they pointed straight ahead at the right angle to "hit" the runway during the landing itself. Once the aircraft touched down, the land/taxi lights in the nose gear door extended further and lit a wider expanse of the runway ahead (see the earlier quote from the manual). And then the third set of lights in the nose helped you to find the turn-off to the taxiway. One nice little detail.... on F-BTSD, the Concorde at the French Le Bourget museum, those lights still work, and on G-BBDG, the Concorde at the Brooklands museum that was saved from the scrapheap, they brought those lights back to life, too. CJ Last edited by ChristiaanJ; 28th Sep 2010 at 23:14 . Reason: Addng pics and typo |
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| EXWOK 29th Sep 2010, 09:43 permalink Post: 493 |
In service we tended to use only the wing-mounted main landing lights, as the nosegear door-mounted lights caused light buffeting which could be felt in the cabin.
They would, however, be pressed into service in really skanky conditions, or if it was felt they would help the aesthetics when a photographic detail was arranged. |
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| ChristiaanJ 29th Sep 2010, 14:38 permalink Post: 496 |
Quote:
Judging by the picture from the maintenance manual below, once the nosewheel was down, the main landing lights just lit up the ground below the nose, but not ahead. Did you just rely on the runway lighting plus the ambient light (town lights reflected by the clouds, etc.) or did you usually extend the nosewheel door lights once you were down? CJ |
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| EXWOK 29th Sep 2010, 15:25 permalink Post: 497 |
We either switched to the taxy lights or just carried on with the taxy/turn lights which were often ample.
|
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| Chris Scott 14th Oct 2013, 23:34 permalink Post: 1723 |
PJ2 reminds us of the way the airframes of other a/c queuing for take-off would resonate as Concorde departed. Whether it was the responsibility of SNECMA or Rolls Royce (or even Bristol Siddeley?
), the reheat was certain to set off a random sprinkling of car alarms on the airfield, which used to make my day when lucky enough to be returning to the car park around midday at LHR.
Even without reheat, however, the engine had a distinctly military sound - quite unlike other civil turbojets I can remember. The sound of it in the descent at about 4000ft over my house at 5 pm daily was unmistakeable. On the approach, if you weren't expecting it, it could be quite unnerving. One night in the late 1970s, during a long car journey, I stopped for a call of nature at a well-known public house near Hatton Cross (about a mile from touchdown on LHR 27L). It was pitch dark, and I decided that the hedge at the side of the car park would be a suitable venue. Never having heard Concorde on the approach before, I became increasingly nervous as the sound, initially unidentified, got progressively louder. And then the landing lights were switched on... |
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Recipe 14.13. Turning Data into Web Pages Through TemplatesCredit: Valentino Volonghi ProblemYou need to turn some Python data into web pages based on templates, meaning files or strings of HTML code in which the data gets suitably inserted. SolutionTemplating with Python can be accomplished in an incredible number of ways. but my favorite is Nevow. The Nevow web toolkit works with the Twisted networking framework to provide excellent templating capabilities to web sites that are coded on the basis of Twisted's powerful asynchronous model. For example, here's one way to render a list of dictionaries into a web page according to a template, with Nevow and Twisted: from twisted.application import service, internet from nevow import rend, loaders, appserver dct = [{'name':'Mark', 'surname':'White', 'age':'45'}, {'name':'Valentino', 'surname':'Volonghi', 'age':'21'}, {'name':'Peter', 'surname':'Parker', 'age':'Unknown'}, ] class Pg(rend.Page): docFactory = loaders.htmlstr(""" <title>Names, Surnames and Ages</title>

 <nevow:slot name="name"/>  <nevow:slot name="surname"/>  <nevow:slot name="age"/>

   """) def _ _init_ _(self, dct): self.data_dct = dct rend.Page._ _init_ _(self) site = appserver.NevowSite( Pg(dct) ) application = service.Application("example") internet.TCPServer(8080, site).setServiceParent(application) Save this code to nsa.tac. Now, entering at a shell command prompt twistd -noy nsa.tac serves up the data, formatted into HTML as the template specifies, as a tiny web site. You can visit the site, at http://localhost:8080, by running a browser on the same computer where the twistd command is running. On the command window where twistd is running, you'll see a lot of information, roughly equivalent to a typical web server's log file. DiscussionThis recipe uses Twisted (http://www.twistedmatrix.com) for serving a little web site built with Nevow (http://nevow.com/). Twisted is a large and powerful framework for writing all kinds of Python programs that interact with the network (including, of course, web servers). Nevow is a web application construction kit, normally used in cooperation with a Twisted server but usable in other ways. For example, you could write Nevow CGI scripts that can run with any web server. (Unfortunately, CGI scripts' performance might prove unsatisfactory for many applications, while Twisted's performance and scalability are outstanding.) A vast range of choices is available for packages you can use to perform templating with Python. You can look up some of them at http://www.webwareforpython.org/Papers/Templates/ (which lists a dozen packages suitable for use with the Webware web development toolkit), and specific ones at http://htmltmpl.sourceforge.net/, http://freespace.virgin.net/hamish.sanderson/htmltemplate.html, http://aspn.activestate.com/ASPN/Cookbook/Python/Recipe/52305, http://www.alcyone.com/pyos/empy/, http://www.entrian.com/PyMeld/... and many, many more besides. I definitely don't claim to have thoroughly tried each and every one of these dozens of templating systems in production situations, and I wonder whether anyone can truthfully make such a claim! However, out of all I have tried, my favorite is Nevow. Nevow builds web pages by working on the HTML DOM tree. Recipe 14.14 shows how you can build such a DOM tree from within your program by using the stan subsystem of Nevow. This recipe shows that you can also building a DOM tree from HTML source, known as a template. In this case, for simplicity, we keep that template source in a string in our code, and load the DOM for it by calling loaders.htmlstr; more commonly, we keep the template source in a separate .html file, and load the DOM for it by calling loaders.htmlfile. Examining the HTML string, you will notice it contains, besides standard HTML tags and attributes, a few attributes and one tag from the 'nevow:' namespace, such as 'nevow:slot', 'nevow:data' and 'nevow:render'. These additions are in accord with the HTML standards, and also, in practice, the additions work with all browsers. They amount to Nevow defining its own small supplementary namespace, so that HTML templates can express directives to Nevow for building a dynamic page from the template together with data coming from Python code. Note that the attributes and tags in the 'nevow:' namespace do not remain in the HTML output from Nevow: you can verify that, as you visit the web page served by this recipe's script, by asking your browser to "view source". Nevertheless, it's important that template files are perfectly correct HTML: this means those files can be edited with all kinds of specialized HTML editor programs! So, like many other templating systems, Nevow chooses to have correct HTML as its input, as well as (of course) as its output. The 'nevow:data' directive defines the source of the data for the page: in this case, we use the data_dct attribute of the Pg class instance which is building the page. The 'nevow:render' directive defines the method to use for rendering the data into HTML strings. In this case, we use two standard rendering methods supplied by Nevow itself: sequence, for rendering a sequence of items, such as a list, one after the other; and mapping, for rendering items of a mapping, such as a dictionary, based on the items' keys appearing as name attributes of nevow:slot tags. More generally, we could code our own rendering methods in any class that subclasses rend.Page. After defining the Pg class, the recipe continues by building a site object, then an application object, then a TCP server on port 8080 using that site and applicationall of this building makes up a common Twisted idiom. The source file nsa.tac into which you save the code from this recipe is not meant to be run with the usual python interpreter. Rather, you should run nsa.tac with the twistd command that you installed as part of Twisted's own installation procedure: twistd handles all the startup, daemonization, and logging issues, depending on the flags we pass to it. That is exactly why, by convention, one should normally use file extension .tac, rather than .py, for source files that are meant to be run with twistd, rather than directly with pythonto avoid any confusion. Given the experimental, toy-like nature of this recipe, you should pass the flags -noy, to ask twistd to run in the foreground and to "log" information to standard output rather than to some file. An even better idea is to read up on twistd in the Twisted documentation, to learn about all the options for the flags. See AlsoTwisted is at http://www.twistedmatrix.com; Nevow is at http://nevow.com/. |


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{% extends "tutorial.html" %} {% block html5badge %} {% endblock %} {% block iscompatible %} return typeof window.openDatabase == "function" ? true : false; {% endblock %} {% block head %} {% if is_mobile %} {% endif %} {% endblock %} {% block onload %}{% if is_mobile %}init();{% endif %}{% endblock %} {% block content %}
On November 18, 2010, the W3C announced that Web SQL database is a deprecated specification. This is a recommendation for web developers to no longer use the technology as effectively the spec will receive no new updates and browser vendors aren't encouraged to support this technology. Many major browsers including Chrome, Safari, Opera and nearly all Webkit based mobile devices support WebSQL and will likely maintain support for the foreseeable future.
Web Databases are new in HTML5. Web Databases are hosted and persisted inside a user's browser. By allowing developers to create applications with rich query abilities it is envisioned that a new breed of web applications will emerge that have the ability to work online and off-line.
This tutorial is also available written using "IndexedDB", the replacement offline storage technology.
The example code in this article demonstrates how to create a very simple todo list manager. It is a very high level tour of some of the features available in HTML5.
This sample uses a namespace to encapsulate the database logic.
var html5rocks = {}; html5rocks.webdb = {};
In the majority of cases where you are using Web Database support you will be using the Asynchronous API. The Asynchronous API is a non-blocking system and as such will not get data through return values, but rather will get data delivered to a defined callback function.
The Web Database support through HTML is transactional. It is not possible to execute SQL statements outside of a transaction. There are two types of transactions: read/write transactions (transaction()) and read only transactions (readTransaction()). Please note, read/write will lock the entire database.
The database needs to be opened before it can be accessed. You need to define the name, version, description and the size of the database.
html5rocks.webdb.db = null; html5rocks.webdb.open = function() { var dbSize = 5 * 1024 * 1024; // 5MB html5rocks.webdb.db = openDatabase("Todo", "1", "Todo manager", dbSize); } html5rocks.webdb.onError = function(tx, e) { alert("There has been an error: " + e.message); } html5rocks.webdb.onSuccess = function(tx, r) { // re-render the data. // loadTodoItems is defined in Step 4a html5rocks.webdb.getAllTodoItems(loadTodoItems); }
You can only create a table by executing a CREATE TABLE SQL statement inside a transaction.
We have defined a function that will create a table in the body onload event. If the table doesn't already exist, a table will be created. The table is called todo and has 3 columns.
html5rocks.webdb.createTable = function() { var db = html5rocks.webdb.db; db.transaction(function(tx) { tx.executeSql("CREATE TABLE IF NOT EXISTS " + "todo(ID INTEGER PRIMARY KEY ASC, todo TEXT, added_on DATETIME)", []); }); }
We are building a todo list manager so it is pretty important that we are able to add todo items in to the database.
A transaction is created, inside the transaction an INSERT into the todo table is performed.
executeSql takes several parameters, the SQL to execute and the parameters values to bind the query.
html5rocks.webdb.addTodo = function(todoText) { var db = html5rocks.webdb.db; db.transaction(function(tx){ var addedOn = new Date(); tx.executeSql("INSERT INTO todo(todo, added_on) VALUES (?,?)", [todoText, addedOn], html5rocks.webdb.onSuccess, html5rocks.webdb.onError); }); }
Now that the data is in the database, you need a function that gets the data back out. In Chrome, Webdatabase's use standard SQLite SELECT queries.
html5rocks.webdb.getAllTodoItems = function(renderFunc) { var db = html5rocks.webdb.db; db.transaction(function(tx) { tx.executeSql("SELECT * FROM todo", [], renderFunc, html5rocks.webdb.onError); }); }
Note that all of these commands used in this sample are asynchronous and as such the data is not returned from the transaction or the executeSql call. The results are passed through to the success callback.
Once the data has been fetched from the table, the loadTodoItems method will be called.
The onSuccess callback takes two parameters. The first being the transaction of the query and the second being the result set. It is fairly simple to iterate across the data:
function loadTodoItems(tx, rs) { var rowOutput = ""; var todoItems = document.getElementById("todoItems"); for (var i=0; i < rs.rows.length; i++) { rowOutput += renderTodo(rs.rows.item(i)); } todoItems.innerHTML = rowOutput; } function renderTodo(row) { return "
" + row.todo + " [Delete]
"; }
The effect of this method call is that the todo list is rendered into a DOM Element called "todoItems".
html5rocks.webdb.deleteTodo = function(id) { var db = html5rocks.webdb.db; db.transaction(function(tx){ tx.executeSql("DELETE FROM todo WHERE ID=?", [id], html5rocks.webdb.onSuccess, html5rocks.webdb.onError); }); }
When the page loads, open the database and create the table (if needed) and render any todo items that might already be in the database.
.... function init() { html5rocks.webdb.open(); html5rocks.webdb.createTable(); html5rocks.webdb.getAllTodoItems(loadTodoItems); } </script>
A function that takes the data out of the DOM is needed so, call the html5rocks.webdb.addTodo method
function addTodo() { var todo = document.getElementById("todo"); html5rocks.webdb.addTodo(todo.value); todo.value = ""; }


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Guidance
The handbook is a guide for teachers and other professionals, to the specific issues relating to the needs of children of service personnel.
Service children in state schools ( SCISS ) was formed as a working group to look into the issues relating to English state schools providing for children whose parents serve in the armed forces. It was convened by Children’s Education Advisory Service ( CEAS ) in the latter part of 2003. CEAS is a UK, wide Ministry of Defence ( MOD ) service which provides information, guidance and support to service families, schools and local authorities and, since 2010, has been part of the MOD ’s Directorate for Children and Young People (DCYP).
The SCISS handbook is intended to be a supportive resource, written largely by practitioners in schools for their peers. It is not a directive. The specific implications of providing for children of service personnel and working with their families relate essentially to service-induced mobility and deployment. The handbook addresses each of these issues in turn and the resources available to schools. Although SCE ’s resource is primarily for its own schools which operate within a framework modeled very closely on the English system, the children on roll there come from and return to schools all over the UK but, in the main, England.


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fd2s
(1L),
fs2d
(1L),
ftnpp
(1L),
pfort
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qtod
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sf3
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stod
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xsf3
(1L),
xvcg
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{% comment %} This snippet allows customizing the theme (css file) as defined per user in the UserPreference model theme field. Include this snippet within the head tags of your base template:
{% include 'snippits/user_theme.htm' %} {% endcomment %} {% get_theme request as user_theme %} {% if user_theme %} {% else %} {% endif %}


| FRAMES NO FRAMES | |||||||
| |||||||
| SUMMARY: IMPORT | CONSTANT | MEMBER | ACTION | DETAIL: IMPORT | CONSTANT | MEMBER | ACTION |
| Action summary | |
|---|---|
boolean | static _all(any seq)
Logical 'AND' over a sequence of booleans |
boolean | static _any(any seq)
Logical 'OR' over a sequence of booleans |
action<any> returns boolean | static _not(any pred)
A predicate which inverts the value of another predicate. |
com.apamax.functional.Generator | static accumulate(any container, any func)
Returns a generator which accumulates over the underlying container, returning the result after accumulating each item. Similar to reduce, but returns a generator for each item in turn, rather than just the final total. The initial value of the accumulator is the default value of func's return type (TYPEB). |
com.apamax.functional.Generator | static accumulateFrom(any start, any container, any func)
Returns a generator which accumulates over the underlying container, returning the result after accumulating each item. Similar to reduce, but returns a generator for each item in turn, rather than just the final total. |
any | static argmap(any container, any func)
Iterates through a sequence, or a generator and uses the result as a list of arguments with which to invoke a function. These inner sequences will be treated as a list of arguments to the given function, or a single argument to that function. Each generated item will be the result of calling func with the next set of arguments. |
string | static concat(string acc, string i)
Action which concatenates strings using accumulate or reduce. |
com.apamax.functional.Generator | static count()
Returns a generator producing sequential integers with the first one being 0. |
com.apamax.functional.Generator | static cycle(any seq)
Iterates through a sequence of items and continues looping forever. |
boolean | static even(integer i)
A predicate which returns true if the argument is even. |
integer | static filter(any container, any func)
Takes either a sequence, a dictionary or a generator and filters the contents using a boolean predicate func. |
com.apamax.functional.Generator | static generator(any func)
Create a generator from a function, which is passed the previous value and should return the next value. The initial value will be a default-initialized TYPE and the result of first generation will be the result of invoking func on that default-initialized value. To specify the initial value, use generateFrom. |
com.apamax.functional.Generator | static generatorFrom(any start, any func)
Create a generator from a function, which is passed the previous value and should return the next value. |
integer | static increment(integer i)
Increments the given integer |
boolean | static istrue(boolean b)
A predicate which returns true if the argument is true. |
integer | static map(any container, any func)
Takes either a sequence, a dictionary or a generator and maps the contents using a function. |
any | static mul(any acc, any i)
Action for multiplying together the values in a sequence or generator of integer, float or decimal using accumulate or reduce. |
boolean | static negative(any i)
A predicate which returns true if the argument is negative. |
boolean | static odd(integer i)
A predicate which returns true if the argument is odd. |
com.apamax.functional.Partial | static partial(any func, any args)
Partially execute a function, providing some arguments, to be later executed with the remaining arguments. Arguments must be provided left-to-right for the function call to be invoked. eg: Partial p := Fn.partial(concatFn, "Hello"); <string>p.exec(" world"); Partial objects can be passed to any of the other actions on Fn where an action would be expected. |
boolean | static positive(any i)
A predicate which returns true if the argument is positive (not including 0). |
sequence<integer> | static range(integer start, integer end, integer stride)
Returns a range of integers from start (inclusive) to end (exclusive), incrementing stride each time. |
any | static reduce(any container, any func)
Takes either a sequence or a dictionary and accumulates all of the values using an accumulator function, returning the final result. |
any | static reduceFrom(any accumulator, any container, any func)
Takes either a sequence or a dictionary and accumulates all of the values using an accumulator function, returning the final result. |
com.apamax.functional.Generator | static repeat(any item)
Repeats the given element forever. |
any | static sequenceOf(any item, integer n)
Returns a sequence containing the given item the given number of times. |
any | static slice(any container, integer start, integer end, integer stride)
Takes either a sequence or a generator and returns a given sub-range as a finite sequence. If it is passed a generator, it will invoke the generator sufficient times immediately to satisfy the slice. |
any | static sum(any acc, any i)
Action for adding up a sequence or generator of integer, float or decimal using accumulate or reduce. |
boolean | static whole(any i)
A predicate which returns true if the argument is a whole number. |
| Action detail |
|---|
boolean static _all(any seq)Logical 'AND' over a sequence of booleans
boolean static _any(any seq)Logical 'OR' over a sequence of booleans
action<any> returns boolean static _not(any pred)A predicate which inverts the value of another predicate.
com.apamax.functional.Generator static accumulate(any container, any func)Returns a generator which accumulates over the underlying container, returning the result after accumulating each item. Similar to reduce, but returns a generator for each item in turn, rather than just the final total. The initial value of the accumulator is the default value of func's return type (TYPEB).
com.apamax.functional.Generator static accumulateFrom(any start, any container, any func)Returns a generator which accumulates over the underlying container, returning the result after accumulating each item. Similar to reduce, but returns a generator for each item in turn, rather than just the final total.
any static argmap(any container, any func)Iterates through a sequence, or a generator and uses the result as a list of arguments with which to invoke a function. These inner sequences will be treated as a list of arguments to the given function, or a single argument to that function. Each generated item will be the result of calling func with the next set of arguments.
string static concat(string acc, string i)Action which concatenates strings using accumulate or reduce.
com.apamax.functional.Generator static count()Returns a generator producing sequential integers with the first one being 0.
com.apamax.functional.Generator static cycle(any seq)Iterates through a sequence of items and continues looping forever.
boolean static even(integer i)A predicate which returns true if the argument is even.
integer static filter(any container, any func)Takes either a sequence, a dictionary or a generator and filters the contents using a boolean predicate func.
com.apamax.functional.Generator static generator(any func)Create a generator from a function, which is passed the previous value and should return the next value. The initial value will be a default-initialized TYPE and the result of first generation will be the result of invoking func on that default-initialized value. To specify the initial value, use generateFrom.
com.apamax.functional.Generator static generatorFrom(any start, any func)Create a generator from a function, which is passed the previous value and should return the next value.
integer static increment(integer i)Increments the given integer
boolean static istrue(boolean b)A predicate which returns true if the argument is true.
integer static map(any container, any func)Takes either a sequence, a dictionary or a generator and maps the contents using a function.
any static mul(any acc, any i)Action for multiplying together the values in a sequence or generator of integer, float or decimal using accumulate or reduce.
boolean static negative(any i)A predicate which returns true if the argument is negative.
boolean static odd(integer i)A predicate which returns true if the argument is odd.
com.apamax.functional.Partial static partial(any func, any args)Partially execute a function, providing some arguments, to be later executed with the remaining arguments. Arguments must be provided left-to-right for the function call to be invoked. eg: Partial p := Fn.partial(concatFn, "Hello"); <string>p.exec(" world"); Partial objects can be passed to any of the other actions on Fn where an action would be expected.
boolean static positive(any i)A predicate which returns true if the argument is positive (not including 0).
sequence<integer> static range(integer start, integer end, integer stride)Returns a range of integers from start (inclusive) to end (exclusive), incrementing stride each time.
any static reduce(any container, any func)Takes either a sequence or a dictionary and accumulates all of the values using an accumulator function, returning the final result.
any static reduceFrom(any accumulator, any container, any func)Takes either a sequence or a dictionary and accumulates all of the values using an accumulator function, returning the final result.
com.apamax.functional.Generator static repeat(any item)Repeats the given element forever.
any static sequenceOf(any item, integer n)Returns a sequence containing the given item the given number of times.
any static slice(any container, integer start, integer end, integer stride)Takes either a sequence or a generator and returns a given sub-range as a finite sequence. If it is passed a generator, it will invoke the generator sufficient times immediately to satisfy the slice.
any static sum(any acc, any i)Action for adding up a sequence or generator of integer, float or decimal using accumulate or reduce.
boolean static whole(any i)A predicate which returns true if the argument is a whole number.
| FRAMES NO FRAMES | |||||||
| |||||||
| SUMMARY: IMPORT | CONSTANT | MEMBER | ACTION | DETAIL: IMPORT | CONSTANT | MEMBER | ACTION |


REVIEW: Hope Floats By Luke Buckmaster<EMAIL_ADDRESS>Cast: Sandra Bullock, Harry Connick Jr., Gena Rowlands, Mae Whitman, Michael Pare, Cameron Finley Director: Forest Whitaker Screenplay: Steven Rogers Australian distributor: Twentieth Century Fox Australian theatrical release date: October 8, 1998
>From 0 stars (bomb), to 5 stars (a masterpiece): 1 and a half stars
I'll admit my prejudice against modern dramas the day that Sandra Bullock chooses a decent role. I'll tell you about hundreds of these awful films that have come and gone, the minute I block them out of my memory. And I'll write a write a better screenplay than that of Hope Floats the second someone puts pen and paper in my hands.
As if A Thousand Acres and How Stella Got Her Groove Back weren't bad enough, here is yet another film which tries to please everyone, and ultimately pleases very few. The screenplay by Steven Rogers is harmless and innocent - and has good intentions - but is far too harmless, and far too innocent. At its worst, it is so afraid to insult anyone that it ended up insulting me for sitting through it.
On a national TV talk show, Birdee Pruitt (Sandra Bullock) is humiliated when her best friend reveals that she is having an affair with Birdee's husband. Birdee runs away from her problems with her young daughter Bernice (Mae Whitman), and starts over in the town where she grew up, located somewhere in Texas. There she lands a job at the local photo development shop, and awkwardly reunites with an old flame (Harry Connick Jr.).
Sandra Bullock's last three films are proof that she is terrible at choosing her roles - In Love and War, Two if by Sea and Speed 2: Cruise Control were all box office flops. Now with Hope Floats added to the list of disasters, this promising young actress is definitely having a hard time lifting her feet off the ground. As for Harry Connick Jr., well, he looks a little out of place in a sissy film, as he has previously left a vivid mark from Independence Day and Copycat.
At the risk of labeling Hope Floats as simply a "chick flick," lets just say that only a small crowd would like it. Whatever opportunity the film has to jump into an engaging moment is avoided - sometimes narrowly - but avoided none the less. Give me pen and paper any day.
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In this post I am going to talk about how Eligbility traces concept is used in different reinforcement learning algorithmss.
Eligibility traces is one of the most important concept in reinforcement learning. Almost all famous RL algorithms use the idea of eligibility traces.
The basic idea of eligibility traces is that it starts working when some weight w is used to estimate a value. It starts to decrease with a fixed amount decided by the parameter λ which is between 0 and 1. Before the trace reaches zero, if there occurs a TD error then learning occurs for the weight w.
I will talk about TD(λ) algorithm to further explain eligibility trace. This is not an offline algorithm which means that updates are not made only at the end of the episode. In this algo, updates and learning is done at each step in an episode. Eligibility trace in this case can be considered as a vector zt which has the same number of components as that of the weights vector w. zt can be seen as a short term memory as mostly it ends before the episode.
In TD(λ), this vector is initialized as zero and then incremented using value gradient. To decrease the vector, we use a discounted value defined as γλ. Its equation can be seen as follows:
zt = γλzt−1 +∇v(St,wt), 0 ≤ t ≤ T
with zt being the eligibility trace vector, ∇v is the value gradient and γλ is used to make it fade away with each step.
The TD error in this algorithm is defined as:
δt = Rt+1 + γˆ v(St+1,wt)−ˆ v(St,wt)
Weight vector updates also depends now on eligibility trace vector:
wt+1 = wt + αδtzt
The complete algorithm for TD(λ) can be seen in the following image:
A major difference in this algorithm can be seen which is that weights update is dependent upon the current TD error. This difference accounts for the fact that we are actually looking backward in this algorithm instead of looking forward. On the other hand, Monte Carlo, TD methods usually have a forward view which depends on a future event and updates are made by looking forward while eligibility traces is a method which has a backward view. Current TD error is used for learning, and previously visited states are looked by using an eligibility trace.
The following images can be used to differentiate between forward and backward views:
Forward View:
Backward View:
As it can be seen in the forward view image that we decide to update each state by looking or estimating future rewards and states. Contrary to this, in backward view diagram, it can be seen that update is calculated using TD error and eligibility traces of previous states.
This dance between TD error and eligibility traces helps to choose a more efficient method while using Monte Carlo and TD methods. It also helps while dealing with tasks in which we have delayed rewards. Using TD methods with non-Markov or partially Markov tasks is not beneficial in most cases but if we utilize the idea of eligibility traces then it will help to use the advantages of TD methods in these non-Markov tasks.
One of the computational advantages of eligibility traces is that it is only a single vector. Instead of storing n different feature vectors as in n-step methods, eligibility trace only needs one vector. Learning also occurs continuously instead of waiting for some number of steps. It may be computationally expensive than one step methods, but it offers fast learning. Specially in cases when rewards are delayed by many steps. In online problems, it is best to use eligibility traces as data is mostly scarce and cannot be processed again and again. When there is a limited amount of data, using eligibility traces is more beneficial than using one step methods.
Eligibility traces also help in using Monte Carlo methods for online and continuous problems which do not have any episodes. To conclude, I would say using eligibility traces make the algorithms to generate a more generalized result.
This post was inspired from the book “Reinforcement Learning” by Richard S. Sutton and Andrew G. Barto.
References:
1. All images in this post are also from the book “Reinforcement Learning” by Richard S. Sutton and Andrew G. Barto.


jQuery UI Elements
Dialog
Dialog Modal Dialog
This is an animated dialog which is useful for displaying information. The dialog window can be moved, resized and closed with the 'x' icon.
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Sliders
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I'm a 4th year computer science and Mandarin Chinese language and culture double major at Georgia Tech, graduating in December 2016. My interests vary from UI/UX and web development to databases and network security. My Georgia Tech CS threads are People (HCI) and Info-Internetworks.
I speak Mandarin Chinese and can read/write simplified characters. I have a strong interest in cross-cultural communication, knowledge, and development.
Why computer science? I love the Internet! As a user experiencing website trends overtime, I found myself questioning various design choices, wanting to help change and improve the browsing experience. As a developer, I'd like to address these design choices and how to incorporate them better across different platforms and mediums to reach a more global audience.
Why Chinese?
I began studying Mandarin in 2008 and quickly fell in love with the language, the culture, the people, and the sheer ability of technology to cater to a population of 1.4 billion people and growing.
I can read, speak, and write (simplified characters), and have spent significant time abroad: most recently, a year directly enrolled in Beijing's Peking University as a Chinese as a Second Language student.
My experiences have shown me that no matter how well you understand something, you probably don't understand it completely, because you do not view it through the eyes of someone else's culture.
Thoughts on Chinese Culture
Chinese and American cultures are extremely different, and that's wonderful! The key is being able to understand which differences stem from cultural differences versus which differences stem simply from communication. During my time in China, I've encountered and learned from a number of scenarios trying to navigate the cultural divide, giving me an insight into how Chinese culture influences everything from daily routines to the way in which apps are developed.
More so, what my experience has taught me is that no two cultures, and by extension people, are the same, meaning that despite the Internet being a global phenomenon, we are each experiencing it diferrently.
I believe the Internet will grow and is growing to accomodate these different global viewpoints, and I want to use my cross-cultural knowledge to help with its development.
Currently
I'm seeking an IT/developer intern position for summer 2016 at a globally-focused company--bonus points if there is any relation to China, where I can use my language skills and cultural knowledge!
I enjoy and have experience in front-end work, but my classwork experience ranges from Python to Java to C, leaving me open-minded to other opportunities.
Long Term
Graduating December 2016, I'm seeking full time positions in the IT/development field. My goal is to one day work for an American company with Chinese offices and act as a cultural-bridge in product development as a developer or project manager. I'm also interested in fulfilling the same role for a Chinese company looking to expand into the international market.


{% extends "base.html" %} {% load static %} {% block title %}
Ooops! We can't seem to find the page you are looking for.


speechmatics.client¶
Module to use the websocket API with an appliance. Based on http://asyncio.readthedocs.io/en/latest/producer_consumer.html
-
exception
speechmatics.client.
EndOfTranscriptException
[source]¶ An Exception raised to indicate that the session has finished.
-
class
speechmatics.client.
WebsocketClient
(connection_settings)[source]¶ Manage a transcription session with the server.
The best way to interact with this library is to instantiate this client and then add a set of handlers to it. Handlers respond to particular types of messages received from the server.
- Args:
- connection_settings (speechmatics.models.ConnectionSettings): Settings
for the WebSocket connection, including the URL of the server.
-
add_event_handler
(event_name, event_handler)[source]¶ Add an event handler (a.k.a. callback function) to handle an incoming message from the server. Event handlers are passed a copy of the incoming message from the server. If event_name is set to ‘all’ then the handler will be added for every event.
For example, a simple handler that just prints out the AddTranscript messages received:
>>> client = WebsocketClient( ConnectionSettings(url="wss://localhost:9000"))
>>> handler = lambda msg: print(msg)
>>> client.add_event_handler(ServerMessageType.AddTranscript, handler)
- Args:
- event_name (str): The name of the message for which a handler is
being added. Refer to the V2 API docs for a list of the possible message types.
- event_handler (Callable[[dict], None]): A function to be called
when a message of the given type is received.
- Raises:
ValueError: If the given event name is not valid.
-
add_middleware
(event_name, middleware)[source]¶ Add a middleware to handle outgoing messages sent to the server. Middlewares are passed a reference to the outgoing message, which they may alter. If event_name is set to ‘all’ then the handler will be added for every event.
- Args:
- event_name (str): The name of the message for which a middleware is
being added. Refer to the V2 API docs for a list of the possible message types.
- middleware (Callable[[dict, bool], None]): A function to be called
to process an outgoing message of the given type. The function receives the message as the first argument and a second, boolean argument indicating whether or not the message is binary data (which implies it is an AddAudio message).
- Raises:
ValueError: If the given event name is not valid.
-
async
run
(stream, transcription_config, audio_settings)[source]¶ Begin a new recognition session. This will run asynchronously. Most callers may prefer to use run_synchronously which will block until the session is finished.
- Args:
- stream (io.IOBase): File-like object which an audio stream can be
read from.
- transcription_config (speechmatics.models.TranscriptionConfig):
Configuration for the transcription.
- audio_settings (speechmatics.models.AudioSettings): Configuration
for the audio stream.
- Raises:
- Exception: Can raise any exception returned by the consumer/producer
tasks.
-
speechmatics.client.
read_in_chunks
(stream, chunk_size)[source]¶ Utility method for reading in and yielding chunks
- Args:
stream (io.IOBase): file-like object to read audio from chunk_size (int): maximum chunk size in bytes
- Raises:
ValueError: if no data was read from the stream
- Returns:
bytestring: a chunk of data


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Provides an OWL-sanctioning-based section-builder plugin for MEKON models (see {@link uk.ac.manchester.cs.mekon.owl} for general description).


I organize a little trip down to the Pine Barrens for a weekend of camping. I took Friday off and pre-ran some trails on my own.
Here is a picture of all of us on top of Sand Hill the highest point in the Wharton State Forest (a 101 feet above sea level). Jeeps from left to right Don's '89 YJ, Diane's '93 YJ, Sean's '88 YJ, and Terry's '81 CJ-7. Humans from left to right Curt, Don, Terry, Sean, Christine, Rob, and Scott. Diane is taking the picture.
Here is a picture of me trying to get Diane's stock '93 YJ up Sand Hill the hard way. I didn't make it, but it was fun trying. Maybe I could have made it, but I would have had to really beat on her Jeep. It is an easy climb with 31+ inch tires.
This was the trip that Don managed to finish off his front bumper and mangle his rear bumper. The front bumper popped off when he was driving through a mud hole. The rear bumper twisted up at a funny angle when I was pulling him out of another mud hole. I lost two out of the four transmission to bellhousing bolts on this trip. I replaced them after I noticed my transmission was flopping around a lot.


Live coaching of your (type) design project
You have a challenging complex design project to work on. It is really interesting and rewarding, but it is also hard to get it planning and keep quality under control. Especially if the project runs over a longer period of time. How the coaching is organized, depends on what you need, what works best. It can be a single lesson for support, during the initial stages of the project, or it can extend to helping you with management and feedback of the entire project.
Part of the coaching role can also be the development of simple scripted tools to support the design process.
- Initial online hangout, free of charge.
- A single lesson of exercises for a whole day, €170 per student
- A week of exercises and 3 lessons, €450 per student
- Or with regular intervals during the duration of the project, €90 per hour
- Daily feedback by e-mail on results for the duration of the study
- Coaching the development of scripts to support the design process.
- Document sharing and versioning through GitHub
- Design principles for planning, process, methods for feedback and testing criteria


Linus Torvalds
Father of Linux
Awards and achievements
- 1995- In the period 1994–1999 Torvalds developed versions of Linux on early AlphaServer systems made available to him by the engineering department of Digital Equipment Corporation. Compaq software engineers developed special Linux kernel modules. Linux distributions that ran on AlphaServer systems were Red Hat 7.2. and Gentoo Linux.
- 1996- In 1996, the asteroid 9793 Torvalds was named after him.
- 1997- In 1997, Torvalds received his master's degree (Laudatur Grade) from the Department of Computer Science at the University of Helsinki. Two years later he received honorary doctor status at Stockholm University, and in 2000, he received the same honor from his alma mater. University of Helsinki has named an auditorium after Torvalds and his computer is on display at the Department of Computer Science.
- 1998- In 1998, Torvalds received an EFF Pioneer Award.
- 2000- In 2000, he was awarded the Lovelace Medal from the British Computer Society.
- 2001- In 2001, he shared the Takeda Award for Social/Economic Well-Being with Richard Stallman and Ken Sakamura.
- 2003- In 2003, the naming of the asteroid moon Linus was motivated in part by the fact that the discoverer was an enthusiastic Linux user. Although the naming proposal referred to the mythological Linus, son of the muse Calliope and the inventor of melody and rhythm, the name was also meant to honor Linus Torvalds, and Linus van Pelt, a character in the Peanuts comic strip.
- 2005- In August 2005, Torvalds received the Vollum Award from Reed College.
- 2008- In 2008, he was inducted into the Hall of Fellows of the Computer History Museum in Mountain View, California, "for the creation of the Linux kernel and the management of open source development of the widely used Linux operating system.
- 2010- He was awarded the C&C Prize by the NEC Corporation in 2010 for "contributions to the advancement of the information technology industry, education, research, and the improvement of our lives".
- 2012- On April 20, 2012, Torvalds was declared one of two winners of that year's Millennium Technology Prize, along with Shinya Yamanaka.The honor is widely described as technology's equivalent of the Nobel Prize.
- 2012- On April 23, 2012, at Internet Society's Global INET conference in Geneva, Switzerland, Torvalds was one of the inaugural inductees into the Internet Hall of Fame, one of ten in the Innovators category and thirty-three overall inductees.
- 2014- On April 23, 2014, the Institute of Electrical and Electronics Engineers named Torvalds as the 2014 recipient of the IEEE Computer Society's Computer Pioneer Award. The Computer Pioneer Award was established in 1981 by the IEEE Computer Society Board of Governors to recognize and honor the vision of those whose efforts resulted in the creation and continued vitality of the computer industry. The award is presented to outstanding individuals whose main contribution to the concepts and development of the computer field was made at least 15 years earlier.
- 2018- IEEE Masaru Ibuka Consumer Electronics Award is conferred by the Institute of Electrical and Electronics Engineers for outstanding contributions to consumer electronics technology has been named in honor the co-founder and honorary chairman of Sony Corporation, Masaru Ibuka. 2018 Ibuka award was conferred to Linus Torvalds "For his leadership of the development and proliferation of Linux."
"I don't expect to go hungry if I decide to leave the University. Resume: Linux looks pretty good in many places."
– Linus Torvalds


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Inverse Fast Fourier Transform¶
SnFFT support three types of inverse fast Fourier transforms. The dense inverse fast Fourier transform can take the inverse of the output of either the sparse or dense fast Fourier transform. The bandlimited inverse fast Fourier transform can only take the inverse of the output of the bandlimited fast Fourier transform, but benefits greatly from the restriction. The partial inverse fast Fourier transform can take the inverse of the output of either the sparse or dense fast Fourier transform.
Dense Inverse Fast Fourier Transform¶
-
sn_ifft
(N, FFT, YOR, PT)¶
# Parameters:
# N::Int
# - the problem size
# FFT::Array{Array{Float64, 2}, 1}
# - a Fast Fourier Transform of size N
# - should be the output of sn_fft() or sn_fft_sp()
# YOR::Array{Array{Array{SparseMatrixCSC, 1}, 1}, 1}
# - output1 from yor()
# PT::Array{Array{Array{Int, 1}, 1}, 1}
# - output2 from yor()
# Return Values:
# SNF::Array{Float64, 1}
# - the function over Sn that corresponds to FFT
- FFT is the output of sn_ftt() or sn_fft_sp()
- YOR and PT are the outputs of yor(N)
- See the code for example4() for an example of the complete process to compute a dense inverse fast Fourier transform
Bandlimited Inverse Fast Fourier Transform¶
-
sn_ifft_bl
(N, K, FFT, YOR, PT, ZFI)¶
# Parameters:
# N::Int
# - the problem size
# K::Int
# - the problem is homogenous at N-K
# FFT::Array{Array{Float64, 2}, 1}
# - a Fast Fourier Transform of size N
# - should be the output of sn_fft_bl()
# YOR::Array{Array{Array{SparseMatrixCSC, 1}, 1}, 1}
# - output1 from yor_bl()
# PT::Array{Array{Array{Int, 1}, 1}, 1}
# - output2 from yor_bl()
# ZFI::Array{Int, 1}
# - output3 from yor_bl()
# Return Values:
# SNF::Array{Float64, 1}
# - the bandlimited function over Sn that corresponds to FFT
- FFT is the output of sn_fft_bl()
- YOR, PT, and ZFI are the outputs of yor_bl(N, K)
- See the code for example7() for an example of the complete process to compute a bandlimited inverse fast Fourier transform
Partial Inverse Fast Fourier Transform¶
-
sn_ifft_p
(N, M, FFT, YOR, PT)¶
# Parameters:
# N::Int
# - the problem size
# M::Int
# - the number of the top components of FFT to use
# FFT::Array{Array{Float64, 2}, 1}
# - a Fast Fourier Transform of size N
# - should be the output of sn_fft() or sn_fft_sp()
# YOR::Array{Array{Array{SparseMatrixCSC, 1}, 1}, 1}
# - output1 from yor()
# PT::Array{Array{Array{Int, 1}, 1}, 1}
# - output2 from yor()
# Return Values:
# SNF::Array{Float64, 1}
# - the function over Sn that corresponds to FFT that has been smoothed to only use the top M componenets
- FFT is the output of sn_ftt() or sn_fft_sp()
- YOR and PT are the outputs of yor(N)
- See the code for example8() for an example of the complete process to compute a partial inverse fast Fourier transform


ClimateTools.jl
ClimateTools.jl is a collection of commonly-used tools in Climate science.
MeshArrays.jl
MeshArrays.jl defines the "MeshArray" data structure (or type) that can contain, and distribute, collections of inter-connected arrays as generally done in climate models.
IndividualDisplacements.jl
IndividualDisplacements.jl computes point displacements over a gridded domain. It is geared towards the analysis of Climate, Ocean, etc models (Arakawa C-grids are natively supported) and the simulation of material transports within the Earth System (e.g. plastics or planktons in the Ocean; dusts or chemicals in the Atmosphere).
GeoRegions.jl
GeoRegions.jl allows for easy extraction of geospatial data defined in polygonal bounds using the "GeoRegion" and "RegionInfo" types.


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{% extends "base.html" %} {% load i18n static %} {%block css %} {% endblock %} {% block content %}
{% trans "Smerge is a version control system for the block-based language Snap!, " %} {% trans "which enables collaboration and tinkering in the classroom. " %} {% trans "It's tailored to novice programmers and therefore easy to use for teachers and students. " %} {% trans "What we wanted to avoid was making a feature-overloaded git clone." %}
{%trans "The use of Smerge is also explained in this video (English subtitles available) in addition to the following instructions" %}
{%trans "For Smerge to work, JavaScript extensions must be enabled in Snap! To do this, simply click once on the gear in Snap! the first time you open a Smerge project, and check the appropriate box!" %}
{% trans "A Badger works on his sett, containing a lot of tunnels and chambers, with all his family members and is gradually expanding it over years." %}
{% trans "We proceed in exactly the same way while programming: our progress and the further development of the program from version to version we can also present as a "badger's sett". " %} {% trans "In this example, we are developing asteroids, the game in which you have to destroy all asteroids with your starship before they hit the ship." %}
{% trans "But how do we come to such a "badger's burrow"? " %} {% trans "We can open any of the versions directly in Snap! with a double click. " %} {% trans "Then we can work on our project, as we are used to." %}
{% trans "To save the changes in Snap!, we have to "post" them to our badgers sett. " %} {% trans "This is done via the corresponding block post to "smerge..." under Variables. " %} {% trans "We can summarize what we have done; this way, we will find this particular version of your project later again. " %} {% trans "Then we can find them in our badgers sett on smerge.org." %}
{% trans "A badger does not work alone on his construction, but with the whole family. Everyone digs their own tunnel." %}
{% trans "It's the same with us when we work collaboratively. We split the work: You work on making the spaceship able to shoot, while a friend or team member handles the asteroids flying through space." %}
{% trans "As you see, everyone is working in his own "tunnels"!" %}
{% trans "At a certain point the badger wants to meet up with his family members. In the same way, we want to merge our changes to the project. Eventually we want to play the game, don't we?" %}
{% trans "Therefore we simply click the "merge"-Button in the bottom right, tick all the versions we would like to merge, and click yes to confirm." %}
{% trans "Now we will find a new version, with all changes merged. But what happens if more than one made changes to the same script? If such a situation occurs, we will have to manually choose with version we want to keep:" %}
{% trans "Sometimes the badger abandons one tunnel, e.g. due to a lack of stability. He then has to go back and up in his sett, and work on from a different chamber. In the same way, sometimes we have to go back to an older version, e.g. because we made some mistakes or tried something that didn't really work out. In order to do so, we simply open the version we want to rever to, open it in Snap! by double-clicking, and work on from there. This way, we will get a new "tunnel"." %}
{% trans "What does Smerge offer you and how it can help with teaching?" %}
{% trans "We deliberatly have no dedicated user accounts or management. Instead, to secure your projects, you will get a PIN on the time of project creation, and can set a password. If you add your e-mail at project creation, you can retrieve your PIN and password for all your projects if you forgot them." %}
{% trans "Want to know more or need help?" %} {% trans "Contact" %}


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Constitution of India
WE, THE PEOPLE OF INDIA, having solemnly resolved to constitute India into a SOVEREIGN SOCIALIST SECULAR DEMOCRATIC REPUBLIC and to secure to all its citizens: JUSTICE, social, economic and political; LIBERTY of thought, expression, belief, faith and worship; EQUALITY of status and of opportunity; and to promote among them all FRATERNITY assuring the dignity of the individual and the unity and integrity of the Nation; IN OUR CONSTITUENT ASSEMBLY this 26th day of November, 1949, do HEREBY ADOPT, ENACT AND GIVE TO OURSELVES THIS CONSTITUTION.
Upload your picture to generate one like the shown below and Change your profile picture everywhere to support and promote #IndiaRejectsCAA


Analyzing Traffic Data
Federal, state, and local governments have started making more of their data publicly available. This is part of the so-called open data movement. Application Programming Interfaces (APIs), which many institutions have begun supporting, allow researchers and other individuals interested in working with and analyzing data to access information, often large amounts of it, programmatically.
DataSF is the open data portal for the city (and county) of San Francisco.
For this project, I accessed incident reports from the San Francisco Police Department (SFPD), focusing on traffic-related entries. I extracted the data using the requests module in Python and loaded resulting the JSON data in a pandas DataFrame. I plotted the data using the Seaborn library and created a Leaflet map with the traffic incidents for three months, September through November 2014. The IPython Notebook with the code used to process the data is provided.


Such has @jl777c we prefer use his repo of komodo instead of the one from the org
ca33325-Jul-19 02:02 PM
lets list both in this special case - jl777 repos are considered the dev-repos while on KP we host the official/production repos.
Slyris25-Jul-19 02:05 PM
ok
so i will clone into Org/UserName repos then.
Slyris25-Jul-19 02:45 PM
@ca333 GitHub Apps making server-to-server requests use the installation's minimum rate limit of 5,000 requests per hour. Organization installations with more than 20 users receive another 50 requests per hour for each user. Installations that have more than 20 repositories receive another 50 requests per hour for each repository. The maximum rate limit for an installation is 12,500 requests per hour.
i Will fetch data only one time per hour ok ?
1
Becuase it's does lot of request
ca33325-Jul-19 02:47 PM
once an hour is fine for now - but lets target "real-time" for the future(edited)
Slyris25-Jul-19 02:48 PM
How can we target real time if github is limiting our request rates(edited)
i mean we will reach it so fast
ca33325-Jul-19 02:49 PM
Integrating the github-stats fetcher into ecosys-board instead of using github API.
e.g. you can fetch any website low-level (curl, etc.) and parse it however you want - this means we could be fetching any github org page and parsing it in html to get all repositories recursively, etc.
Slyris25-Jul-19 02:50 PM
Ah yeah we will do that later
ca33325-Jul-19 02:50 PM
so as you can see: realtime is possible, not even hard to implement - even if we had to write our own github page parser
Slyris25-Jul-19 02:50 PM
Ok it's not urgent for the moment i think
ca33325-Jul-19 02:51 PM
but for now we can use all these 3rd party APIs for everything
exactly - for now we just want to get the base system up and running.
and from there we can keep optimizing such things
Slyris25-Jul-19 02:51 PM
oki :^
Slyris25-Jul-19 06:56 PM
@ca333 The review is big now sorry
was working since 3 hours on the pull feature '_' and api rate limit from github
1
ca33325-Jul-19 07:57 PM
don't worry - will review shortly.
Slyris26-Jul-19 05:58 AM
hello
are you here @ca333 I got few questions for the next steps
ca33326-Jul-19 06:58 AM
next steps: we stop feature-additions and start with the frontend-layer. Do we have interested parties for the bounty task? i.e. have you already been contacted by potential webdevs?
smk762 - dracocanis ominator26-Jul-19 07:08 AM
I've installed it, updating server to 18.04 at the moment and aim to chip away at it over the weekend
1
I wont run for bouty tho, still encourage other webdevs to have a crack
looking at django + core-ui(edited)
ca33326-Jul-19 07:11 AM
@Slyris todays workpackage:
a) get a responsive reactJS skeleton set up for the landing page view (smartchain table/list)
b) integrate https://coreui.io/demo/#main.html and make sure the frontend is responsive
Details we do want in a) are coinname, marketcap, coin supply (circulating), 24h volume, 24 price change, price per coin, dPoW status (green or red), current height, and last but not least the dPoW gap (time since last notarization)
Go backend and Vue frontend template with social logins - tdewolff/go-vue-template
with vue
you build to a folder like "web/dist" and i serve this folder
For development mode you launch both app and the front end call the back-end layer
Everything is explained in the readme from this repository it's really simple !
ca33326-Jul-19 10:02 AM
@Slyris it should be fully up to @turinglabs how to implement it. i.e. since the ecosys-board is a normal API he can just grab the data from there without having to use the go-vue-template
i.e. the frontend is completely independent of the backend.
Slyris26-Jul-19 10:02 AM
he dont have to use the template, it's just an example ^^'
Usually once the frontend is builded, i serve the folder and everything work, but if there is another solution i trust him
ca33326-Jul-19 10:03 AM
you build to a folder like "web/dist" and i serve this folder - this sounded irritating. The backend is an API so he can grab the data from the endpoints on a specific host:port but not on a folder.
Slyris26-Jul-19 10:04 AM
Okok !
1
I trust him anyway it's not my part ^^'
So i revert the change of my commits wait
turinglabs26-Jul-19 10:05 AM
@Slyris you are right
vuejs create a build which have to be served statically
Slyris26-Jul-19 10:06 AM
as you wish ^^'
i let the decision between you and @ca333
I will adapt my self to the solution
ca33326-Jul-19 10:07 AM
you re misunderstanding this @turinglabs - the frontend has to be fully independent of the backend. The backend will NOT serve static data on a specific folder.


Chapter 2—Row–Column grid layout
Flexbox.website
Grid and block grid
In grid system, we use lots of grid and block grid.
← Chapter 2—Row–Column grid layout
Mobile first design →
←
→


Android allows applications to publish views to be embedded in other applications. These views are called widgets, and are published by "AppWidget providers." The component that can contain widgets is called a "AppWidget host."
Any application can publish widgets. All an application needs to do to publish a widget is to have a {@link android.content.BroadcastReceiver} that receives the {@link android.appwidget.AppWidgetManager#ACTION_APPWIDGET_UPDATE AppWidgetManager.ACTION_APPWIDGET_UPDATE} intent, and provide some meta-data about the widget. Android provides the {@link android.appwidget.AppWidgetProvider} class, which extends BroadcastReceiver, as a convenience class to aid in handling the broadcasts.
First, declare the {@link android.content.BroadcastReceiver} in your application's
AndroidManifest.xml
file.
{@sample frameworks/base/tests/appwidgets/AppWidgetHostTest/AndroidManifest.xml AppWidgetProvider}
The <receiver>
element has the following attributes:
android:name
- which specifies the
{@link android.content.BroadcastReceiver} or {@link android.appwidget.AppWidgetProvider}
class.android:label
- which specifies the string resource that
will be shown by the widget picker as the label.android:icon
- which specifies the drawable resource that
will be shown by the widget picker as the icon.
The <intent-filter>
element tells the {@link android.content.pm.PackageManager}
that this {@link android.content.BroadcastReceiver} receives the {@link
android.appwidget.AppWidgetManager#ACTION_APPWIDGET_UPDATE AppWidgetManager.ACTION_APPWIDGET_UPDATE} broadcast.
The widget manager will send other broadcasts directly to your widget provider as required.
It is only necessary to explicitly declare that you accept the {@link
android.appwidget.AppWidgetManager#ACTION_APPWIDGET_UPDATE AppWidgetManager.ACTION_APPWIDGET_UPDATE} broadcast.
The <meta-data>
element tells the widget manager which xml resource to
read to find the {@link android.appwidget.AppWidgetProviderInfo} for your widget provider. It has the following
attributes:
android:name="android.appwidget.provider"
- identifies this meta-data
as the {@link android.appwidget.AppWidgetProviderInfo} descriptor.android:resource
- is the xml resource to use as that descriptor.
For a widget, the values in the {@link android.appwidget.AppWidgetProviderInfo} structure are supplied
in an XML resource. In the example above, the xml resource is referenced with
android:resource="@xml/appwidget_info"
. That XML file would go in your application's
directory at res/xml/appwidget_info.xml
. Here is a simple example.
{@sample frameworks/base/tests/appwidgets/AppWidgetHostTest/res/xml/appwidget_info.xml AppWidgetProviderInfo}
The attributes are as documented in the {@link android.appwidget.AppWidgetProviderInfo GagetInfo} class. (86400000 milliseconds means once per day)
The AppWidgetProvider class is the easiest way to handle the widget provider intent broadcasts.
See the src/com/example/android/apis/appwidget/ExampleAppWidgetProvider.java
sample class in ApiDemos for an example.
Keep in mind that since the the AppWidgetProvider is a BroadcastReceiver, your process is not guaranteed to keep running after the callback methods return. See Application Fundamentals > Broadcast Receiver Lifecycle for more information.
Widget hosts have the ability to start a configuration activity when a widget is instantiated.
The activity should be declared as normal in AndroidManifest.xml, and it should be listed in
the AppWidgetProviderInfo XML file in the android:configure
attribute.
The activity you specified will be launched with the {@link android.appwidget.AppWidgetManager#ACTION_APPWIDGET_CONFIGURE} action. See the documentation for that action for more info.
See the src/com/example/android/apis/appwidget/ExampleAppWidgetConfigure.java
sample class in ApiDemos for an example.
{@link android.appwidget.AppWidgetProvider} is just a convenience class. If you would like to receive the widget broadcasts directly, you can. The four intents you need to care about are:
By way of example, the implementation of {@link android.appwidget.AppWidgetProvider#onReceive} is quite simple:
{@sample frameworks/base/core/java/android/appwidget/AppWidgetProvider.java onReceive}Widget hosts are the containers in which widgets can be placed. Most of the look and feel details are left up to the widget hosts. For example, the home screen has one way of viewing widgets, but the lock screen could also contain widgets, and it would have a different way of adding, removing and otherwise managing widgets.
For more information on implementing your own widget host, see the {@link android.appwidget.AppWidgetHost AppWidgetHost} class.


| Software Engineer. Language is never a barrier. Always enthusiastic about learning new stacks and taking on new challenges. Expert in solving complex business problems. Passionate about clean architecture. Comfortable in context switching and delivering under deadline. |
|<EMAIL_ADDRESS>| mehedees.xyz |
| +880<PHONE_NUMBER> | github.com/mehedees |
| Mirpur, Dhaka, Bangladesh | linkedin.com/in/mehedees |
Software Engineer, Divine IT Limited [Nov, 2018 - Present (1.7 years+)]:
Lead Developer, PrismVAT:
Developer, PrismERP:
Upgraded PrismERP & PrismVAT codebase from Python 2.7 to Python 3.6.
Brought PostgreSQL and MSSQL compatibility to PrismVAT.
Single Sign On (CAS): Designed and developed Central Authentication Service with OAuth Authorization Code flow for Cloud HRM application.
Logstash: Implemented in-house error logging for Prism Series with ELK stack.
Apache Error Log Parser
Tech stacks: Python(2, 3), Django, Falcon, FastAPI, JS, MySQL, PostgreSQL, MSSQL, SqlAlchemy, JWT
BSc, Computer Science and Engineering; American International University - Bangladesh (AIUB)
Courses: HCI, Data Mining, AI
CGPA: 3.79/4.00
HSC, Science; Kushtia Government College [Jessore Board]
GPA: 5.00/5.00
SSC, Science; Kushtia Zilla School, Kushtia [Jessore Board]
GPA: 5.00/5.00
Human Languages:
Organizations: