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It’s anybody’s game, says Kim Swee
MANILA, Nov 24 — Datuk Ong Kim Swee may be a veteran coach of the Malaysian SEA Games football squad but he reckons the 30th Philippines SEA Games is a whole new ballgame.
The national Under 22 (U-22) squad head coach said Malaysia, the silver medallists at the last Games, are bracing themselves for an intense competition.
Kim Swee said the introduction of two overage players would certainly heat up the chase for the “mother of all golds” in the Games.
The 49-year-old coach has selected Johor Darul Ta’zim defender Adam Nor Azlin, 23, and Kuala Lumpur defender Muhammad Irfan Zakaria, 24, as the two overage players.
“Every team wants to win (the gold medal), and I believe this SEA Games would be totally different from the past SEA Games as this is the first time two overage players are allowed to play. That has made all teams to parade a balanced side in both Groups A and B,” he told a pre-tournament press conference here today.
Kim Swee, who is making his fifth consecutive appearance as SEA Games coach, said he expects the tournament to be well run despite the anticipated hiccups in transport because of Manila’s notorious traffic jams.
Sharing his sentiment is Myanmar head coach Velizar Popov, who said all teams have an equal chance to progress to the knock-out stage of the competition.
“We hope to have a quality tournament in the SEA Games and all teams would certainly be in their best shape, based on the thorough preparations they had made prior to their arrival in Manila,” said the 43-year-old Bulgarian, who coached Kelantan in 2016.
Drawn into Group A, Malaysia will begin their campaign against Myanmar tomorrow, followed by the Philippines (Nov 29), Timor Leste (Dec 2) and Cambodia (Dec 4).
Defending champions Thailand are in Group B with Indonesia, Vietnam, Laos, Singapore and Brunei.
All of Malaysia’s group matches will be held at the Rizal Memorial Stadium in Manila. — Bernama


Forms
Use the same code as you would in Twitter's Bootstrap 3.2!
Form Layout
Form Layout
Input Addons and Icons
Input addons with icons and validation states
Fluid Input Groups
Addon Groups
Input group addons with buttons
Inline Forms
Validation States
Validation states with icons in left and right
Grids
Using Grids, any input box can be placed anywhere and be of any size!


Definition of{IOT}
The Internet of Things (IoT) is a name for the aggregate collection of network-enabled devices, excluding traditional computers like laptops and servers. Types of network connections can include Wi-Fi connections, Bluetooth connections, and near-field communication (NFC). The IoT includes devices such as "smart" appliances, like refrigerators and thermostats; home security systems; computer peripherals, like webcams and printers; wearable technology, such as Apple Watches and Fitbits; routers; and smart speaker devices, like Amazon Echo and Google Home.
How the Internet of Things Works
These devices use Internet protocol (IP), the same protocol that identifies computers over the world wide web and allows them to communicate with one another. The goal behind the Internet of things is to have devices that self report in real-time, improving efficiency and bringing important information to the surface more quickly than a system depending on human intervention.


Turn Summary
If all characters are KO'd at the same time, the mission is failed and KO'd heroes must roll for injury/madness.
Run away, ending the mission immediately. The mission is failed and KO'd heroes must roll for injury/madness.
1. Hold Back the Darkness
Lantern Bearer rolls 2D6 versus the depth chart. (May not reroll using Grit.)
-
Doubles: See the chart for the world you're in.
- This doesn't affect characters in another world from the lantern bearer.
- Fail (not doubles): Advance the darkness marker one spot. This may trigger a Growing Dread or Darkness card.
- Pass: Nothing happens, yet.
If you draw a Darkness card, reveal it now. If you draw a Growing Dread card, add it to the stack. These are revealed during the final battle.
If the Darkness marker reaches the mine entrance, the mission is failed.
Optional Rule Below the Darkness: If Darkness marker is higher than the Depth marker, all enemies gain a free Elite ability.
2. Models Activate in Initiative Order
If two models are tied and one is an enemy, the enemy moves first.
House Rule: Characters may delay their turn.
2.a Start of Activation
Equip/un-equip items. (This happens before anything else.)
Roll D6 for movement. If you roll a 1, gain one Grit.
If you are not within 1 tile of the lantern (i.e. same or adjacent tile), take D6 Horror Hits.
Perform other Start of Activation tasks.
2.b Movement
See movement for details.
House Rule: Spend 1 movement point to Look Through a Door, then continue moving.
2.c Attacks (if in a fight)
May perform one ranged or melee (Combat) attack per turn.
2.c Searching (if not in a fight)
You may either Look Through a Door or Scavenge.
Allies may not search.
Look Through a Door
Draw 1 map card and place an Exploration token on it. Then advance the Depth Track one spot.
Hard Mode: Draw the Advanced Encounter shown on the map card. This is in addition to any exploration tokens you reveal in step 3.
Scavenging
Roll 3D6. For each 6 take a Scavenge card. If at least one 6 was rolled, drop a Scavenged token on the map tile.
| Heroes | Scavenges Allowed | Bonus Scavenges |
|---|---|---|
| 1-2 | 1 | |
| 3-4 | 2 | +1 |
| 5-6 | 3 | +2 |
Use the 'Bonus' column if the Room/Encounter already allows more than one scavenge.
3. Room Exploration
Reveal the Exploration token if at least one character is in the room.
All non-enemy encounters are resolved first. Then resolve all enemies as a single Fight.
House Rule: If thematically appropriate, resolve the non-enemy encounter after the fight. For example, when anything that involves searching the room would be done after killing the enemies guarding the room.
Note: If the last Clue is revealed, usually the mission will have you ignore the rest of the Exploration token. See the specific mission for details.


PATCH /admin/organizations/:org
| Name | Type | Description |
|---|---|---|
login |
string |
Required. The organization's new name. |
{
"login": "the-new-octocats"
}
Status: 202 Accepted
{
"message": "Job queued to rename organization. It may take a few minutes to complete.",
"url": "https://<hostname>/api/v3/organizations/1"
}


MAMAMOO wins #1 on 'Inkigayo' + performances from CIX, ASTRO, Golden Child, and more!
by danisurstSBS's 'Inkigayo' aired its latest episode with energetic and fun performances from your favorite idols, along with MCs MONSTA X's Minhyuk and April's Naeun!
On today's episode, Cosmic Girls made their comeback with "As You Wish," ASTRO returned with "Blue Flame," Golden Child returned with "Wannabe," CIX came back with "Numb," HYNN returned with "Bad Love," and Kim Yeon Ja returned with "Bling Bling."
As for the winner, Noel, IU, and MAMAMOO were this week's nominees. In the end, MAMAMOO won with their single "Hip."
Other performers were GOT7, Nature, BVNDIT, VICTON, IN2IT, Luri, South Club, and Lee Jin Hyuk.
Check out this week's performances below!


--- layout: post status: publish published: true title: Can't Remove Drive on Vista SP1 author: display_name: Tomas Restrepo login: tomasr email<EMAIL_ADDRESS>url: http://winterdom.com/ author_login: tomasr author_email<EMAIL_ADDRESS>author_url: http://winterdom.com/ wordpress_id: 824 wordpress_url: http://winterdom.com/2008/02/cantremovedriveonvistasp1 date: '2008-02-24 11:42:13 +0000' date_gmt: '2008-02-24 11:42:13 +0000' categories: - Vista tags: [] comments: [] ---
I haven't noticed many issues with Vista SP1, despite some stuff I've read around; though overall haven't really noticed any significant performance difference besides file operations using Windows Explorer.
That said, I've noticed one nasty issue: I use an external USB drive that has a bunch of virtual machines, my music and other stuff. I'm usually very careful and always use the "Safely Remove Hardware" icon in the system tray to remove the drive before disconnecting it from the computer or turning it off.
However, ever since installing SP1, this operation fails about 50% of the time, saying the volume is in use and cannot be removed, even though there are no applications open that could be using the drive at all.
The past few times it's happened, I've fired up Process Explorer to try and locate what is holding on to the drive, only to find that the only process that has file handles opened in the drive is the "System" pseudo-process:
No idea which driver is holding on to the handles, but based on the file names, I might guess it has something to do with the Kernel transaction manager and NTFS transactions. Why those handles are being kept there, I have no idea; but once this happens, those don't get released, meaning I have to shut down the drive improperly. Not good.


Token's Admin Panel
-
{{account}} (Is this the airdrop's admin?)
Airdrop paused successful
Airdrop activation successful
{{applyToken.has_errors}}
The airdrop cannot be switched to another token. Perhaps the airdrop contract is not paused, or {{applyToken.selectedAccount}} does not have permission to operate it.


The Overview tab is split into five main sections: the protein table at the top; the peptide
and peptide to spectrum match (PSM) tables, both in the middle left; the spectrum view in the
middle right; and the sequence coverage at the bottom.
All five sections are connected. This means that selecting a protein in the protein table updates
the peptide table, the PSM table, the spectrum view and the sequence coverage. Similarly
selecting a peptide in the peptide table updates the PSM table, the spectrum view and the
sequence coverage etc etc.
PeptideShaker is designed for the robust identification of peptides and proteins in shotgun gel free
experiments. The protein table lists all proteins that were found in the experiment.
For each protein, the protein inference status is color coded. If you click on the colored square,
more details about the protein inference issue will be displayed.
The protein accession and protein description are given as parsed from the FASTA file. Note that we strongly
encourage the use of UniProt databases. Clicking on the protein
accession links then directly open the UniProt protein summary. The protein description is also given as parsed
from the FASTA file. Once again, unrecognized databases may be result in issues or reduced amounts of information.
PeptideShaker estimates the protein coverage, number of peptides and spectra linking to this protein
based on the validated peptides and PSMs. The validation of peptides and PSMs can be customized in
the Validation tab.
Two protein protein quantification metrics are available in PeptideShaker:
You can select the desired spectrum quantification method in the Edit menu, Edit > Preferences.
The protein quantification methods are based on the validated identifications. It is important to note
that the metrics are absolutely not precise and can be biased toward validation methods, normalization
methods and shared peptides. They can however be normalized by known protein abundances and do give a rough
estimate of the protein abundances.
The confidence in the protein identification is given in the last column. It important to stress here as well
that the confidence should not be taken for granted. The confidence estimation is based on the Target/Decoy
hits and thus suffers from accuracy limitations inherent in the method. Confidence estimation accuracy can
be proofed in the Validation tab. If doubts in the confidence estimation accuracy remain, it is advised
to verify the protein scores which can be accessed via the View menu.
The final column shows whether the protein has been validated or not, the validation criteria can be set in the Validation tab.
PeptideShaker displays in this table the peptides identified which can be linked to the currently selected protein.
For each peptide the Protein Inference Status is color coded. It can be that a peptide is shared between several
proteins in the dataset and it is possible to inspect all cases by clicking on the given colored box.
The sequence of the peptide is displayed with the identified termini. The modifications are color coded using the
colors set in the Search Parameters accessible in the Edit menu. For more information about post-translational
modifications see the Modifications tab.
The peptide's occurence(s) in the protein sequence are also displayed in the sequence coverage section at the bottom of the frame.
The number of validated PSMs supporting the peptide as well as the confidence and validation status are given in
the three last columns. Like for proteins it is important to note that these are sensitive to the validation
settings which can be fine tuned in the Validation tab.
The Peptide to Spectrum Matches (PSMs) supporting the selected peptide are displayed in this table. The peptide
sequence with termini and colored modifications is displayed similarly as in the peptide table. Note that PSMs
with different modification locations will link to the same peptide. The modification status of the peptide
based on the PSMs can be optimized in the Modifications tab.
The SE column shows the search engine agreement, i.e., if the search eninges agree on the top ranking peptide
or not. Click the colored box to inspect the search engine details.
The charge of the precursor as given by the search engine is given in this table. It is important to note that it
might not correspond to the charge assigned by the mass spectrometer. The original charge can be found in the mgf file and inspected in the Spectrum IDs tab.
The difference in ppm between the measured precursor mass and the theoretic peptide mass is also provided. Note that
PSMs with large precursor mass deviations are filtered out when loading the data.
The spectrum corresponding to the selected PSM is located in the MGF file and dispayed by PeptideShaker. The spectrum
annotation is independent of the search engine(s) and the corresponding settings can be fine tuned in the menu bar below the spectrum.
The annotation accuracy and the minimum annotation intensity level can be controlled by scrolling the mouse wheel (with and without
holding doen the Ctrl key).
Depending on
the peaks annotated, the peptide sequence coverage by the selected ion series is displayed with the corresponding
ion intensities. An histogram displays the various peak intensities with annotated peaks in green and non-annotated
peaks in gray. Finally, the mass error of the various peak annotations can be seen on the top right.
If one selects the Bubble Plot option the peaks will be represented by circles centered on the annotation mass error
versus the fragment ion mass. The size of the bubbles represent the intensity of the ion. This display
allows you to compare different PSMs. To do so, select multiple PSMs in the PSM table (by holding down the shift key).
The Ion Table shows which ions were found with the corresponding intensities. Note that it is here also possible to
select different PSMs, the intensity variability will then be displayed with error bars. Note that fragment ion
intensities of correct PSMs are usually highly reproducible.
For more help about the spectra display and annotation see the help accessible in the menu bar below the spectrum.
The sequence coverage is displayed for the selected protein. The validated peptides are displayed in green and the
peptide selected in the peptide table is in blue. Areas if the sequence that is possible to cover
with the given search settings is shown in light grey. PTMs are color coded and shown below the modified residue.
You can access a peptide by clicking on the corresponding peptide.
In case of overlapping peptides you can select the peptide of interest using the appearing contextual menu.
It is also possible to zoom by left clicking an dragging the mouse towards the right.
Warning: the estimation of the possible sequence coverage is based on the distance between consecutive enzymatic
cleavages only. It is a very simple approximation. Note that due to the presence of non-enzymatic cleavages and missed
cleavages, search engines identify sections of the sequence that are not predicted to be coverable. Consequently, the
observed sequence coverage might be higher than the possible sequence coverage.


s6-networking
Software
skarnet.org
libsbearssl is a support library for the s6-tlsc and s6-tlsd executables when they're built against the BearSSL backend. Among other things, it offers interfaces to read private keys and certificates from a Unix filesystem, which BearSSL does not provide on its own.
BearSSL provides engines to decode PEM objects and X.509 certificates, and to run a TLS/SSL connection. However, it does not store such objects: it never allocates memory, and does not interact with the filesystem. sbearssl provides functions to address this.
When reading an object into memory, sbearssl stores all the bytes of the object in a stralloc, and the sbearssl_* structures contain indices of bytes in that stralloc. That allows the structures to remain valid even when the stralloc contents get reallocated and move to some other place in the heap. After you have finished adding data to the stralloc and are sure its contents will not move again, you can use the sbearssl_*_to functions to convert sbearssl_* structures to the corresponding br_* structures (native BearSSL), which contain pointers to memory.
BearSSL handles two types of private keys: RSA keys and EC keys (i.e. points on an elliptic curve). sbearssl adds some generic functions to handle keys no matter their type.
int sbearssl_rsa_skey_from (sbearssl_rsa_skey *l, br_rsa_private_key const *k, stralloc *sa)
Converts the RSA private key from BearSSL format (reading from a structure pointed to by k) to sbearssl format (writing to a structure pointed to by l). The data from *k's contents are copied into the stralloc in *sa. The function returns 1 on success and 0 (and sets errno) on failure.
void sbearssl_rsa_skey_to (sbearssl_rsa_skey const *l, br_rsa_private_key *k, char *s)
Converts the RSA private key from sbearssl format (reading from a structure pointed to by l) to BearSSL format (writing to a structure pointed to by k). The indices in l must refer to data stored in the string s.
int sbearssl_ec_skey_from (sbearssl_ec_skey *l, br_ec_private_key const *k, stralloc *sa)
Converts the EC private key from BearSSL format (reading from a structure pointed to by k) to sbearssl format (writing to a structure pointed to by l). The data from *k's contents are copied into the stralloc in *sa. The function returns 1 on success and 0 (and sets errno) on failure.
void sbearssl_ec_skey_to (sbearssl_ec_skey const *l, br_ec_private_key *k, char *s)
Converts the EC private key from sbearssl format (reading from a structure pointed to by l) to BearSSL format (writing to a structure pointed to by k). The indices in l must refer to data stored in the string s.
int sbearssl_skey_from (sbearssl_skey *l, br_skey const *k, stralloc *sa)
Converts the private key from BearSSL format (reading from a structure pointed to by k) to sbearssl format (writing to a structure pointed to by l). The data from *k's contents are copied into the stralloc in *sa. The function returns 1 on success and 0 (and sets errno) on failure.
void sbearssl_skey_to (sbearssl_skey const *l, br_skey *k, char *s)
Converts the private key from sbearssl format (reading from a structure pointed to by l) to BearSSL format (writing to a structure pointed to by k). The indices in l must refer to data stored in the string s.
int sbearssl_skey_readfile (char const *fn, sbearssl_skey *key, stralloc *sa)
Reads a private key from the file named fn and stores it in sbearssl format into the structure in *key, the bytes of the key being added to the stralloc in *sa.
The private key in fn can be either DER-encoded (binary format) or PEM-encoded (text format).
The function returns 0 on success. It returns a negative value in case of a system error, in which case errno identifies the error. It returns a positive value in case of an error returned by a BearSSL decoder, in which case an appropriate message can be obtained with the sbearssl_error_str() function.
BearSSL handles two types of public keys: RSA keys and EC keys (i.e. points on an elliptic curve). sbearssl adds some generic functions to handle keys no matter their type.
You normally should not handle public keys directly; you should handle x509 certificate chains instead.
int sbearssl_rsa_pkey_from (sbearssl_rsa_pkey *l, br_rsa_public_key const *k, stralloc *sa)
Converts the RSA public key from BearSSL format (reading from a structure pointed to by k) to sbearssl format (writing to a structure pointed to by l). The data from *k's contents are copied into the stralloc in *sa. The function returns 1 on success and 0 (and sets errno) on failure.
void sbearssl_rsa_pkey_to (sbearssl_rsa_pkey const *l, br_rsa_public_key *k, char *s)
Converts the RSA public key from sbearssl format (reading from a structure pointed to by l) to BearSSL format (writing to a structure pointed to by k). The indices in l must refer to data stored in the string s.
int sbearssl_ec_pkey_from (sbearssl_ec_skey *l, br_ec_public_key const *k, stralloc *sa)
Converts the EC public key from BearSSL format (reading from a structure pointed to by k) to sbearssl format (writing to a structure pointed to by l). The data from *k's contents are copied into the stralloc in *sa. The function returns 1 on success and 0 (and sets errno) on failure.
void sbearssl_ec_pkey_to (sbearssl_ec_pkey const *l, br_ec_public_key *k, char *s)
Converts the EC public key from sbearssl format (reading from a structure pointed to by l) to BearSSL format (writing to a structure pointed to by k). The indices in l must refer to data stored in the string s.
int sbearssl_pkey_from (sbearssl_pkey *l, br_x509_pkey const *k, stralloc *sa)
Converts the public key from BearSSL format (reading from a structure pointed to by k) to sbearssl format (writing to a structure pointed to by l). The data from *k's contents are copied into the stralloc in *sa. The function returns 1 on success and 0 (and sets errno) on failure.
void sbearssl_pkey_to (sbearssl_pkey const *l, br_x509_pkey *k, char *s)
Converts the public key from sbearssl format (reading from a structure pointed to by l) to BearSSL format (writing to a structure pointed to by k). The indices in l must refer to data stored in the string s.
You normally should not have to call these functions directly. Instead, you should use the higher-level functions for private keys, X509 certificate chains and trust anchors, which will perform the PEM decoding for you.
int sbearssl_pem_decode_from_buffer (buffer *b, genalloc *list, stralloc *sa)
Decodes a PEM object, reading from the buffer in *b. The decoded bytes are appended to *sa. list points to a genalloc containing objects of type sbearssl_pemobject. One sbearssl_pemobject is appended to the genalloc per PEM entity decoded from the byte stream read from the buffer.
The function returns 0 on success. It returns a negative value in case of a system error, in which case errno identifies the error. It returns a positive value in case of an error returned by a BearSSL decoder, in which case an appropriate message can be obtained with the sbearssl_error_str() function.
int sbearssl_pem_decode_from_string (char const *s, size_t len, genalloc *list, stralloc *sa)
Decodes a PEM object from the len bytes pointed to by s. The decoded bytes are appended to *sa. list points to a genalloc containing objects of type sbearssl_pemobject. One sbearssl_pemobject is appended to the genalloc per PEM entity found in the bytes in s.
The function returns 0 on success. It returns a negative value in case of a system error, in which case errno identifies the error. It returns a positive value in case of an error returned by a BearSSL decoder, in which case an appropriate message can be obtained with the sbearssl_error_str() function.
int sbearssl_cert_from (sbearssl_cert *l, br_x509_certificate const *k, stralloc *sa)
Converts a certificate from BearSSL format (reading from a structure pointed to by k) to sbearssl format (writing to a structure pointed to by l). The data from *k's contents are copied into the stralloc in *sa. The function returns 1 on success and 0 (and sets errno) on failure.
void sbearssl_cert_to (sbearssl_cert const *l, br_x509_certificate *k, char *s)
Converts a certificate from sbearssl format (reading from a structure pointed to by l) to BearSSL format (writing to a structure pointed to by k). The indices in l must refer to data stored in the string s.
int sbearssl_cert_readfile (char const *fn, genalloc *list, stralloc *sa)
Reads one or more certificates from the file named fn and appends them to the genalloc in *list, which is a dynamically growing list of sbearssl_cert structures. The bytes of the (maybe PEM-decoded, but still DER-encoded) certificate are appended to the stralloc in *sa.
The fn file can be either DER-encoded (binary format) or PEM-encoded (text format). If it is DER-encoded, it must contain exactly one X.509 certificate. If it is PEM-encoded, it may contain a chain of certificates as long as the PEM file fits within the size limits.
fn must not be bigger than SBEARSSL_MAXCERTFILESIZE, which is 8 kB. This function is meant to read individual certificates, not files containing large certificate chains or sets of trust anchors. To do that, use sbearssl_cert_readbigpem() instead.
The function returns 0 on success. It returns a negative value in case of a system error, in which case errno identifies the error. It returns a positive value in case of an error returned by a BearSSL decoder, in which case an appropriate message can be obtained with the sbearssl_error_str() function.
int sbearssl_cert_readbigpem (char const *fn, genalloc *, stralloc *sa)
Reads one or more PEM-encoded certificates from the file named fn and appends them to the genalloc in *list, which is a dynamically growing list of sbearssl_cert structures. The bytes of the PEM-decoded (but still DER-encoded) certificates are appended to the stralloc in *sa.
The function will refuse to read a file that is not valid PEM. Inside the file, It will ignore PEM objects that are not X.509 certificates.
The function returns 0 on success. It returns a negative value in case of a system error, in which case errno identifies the error. It returns a positive value in case of an error returned by a BearSSL decoder, in which case an appropriate message can be obtained with the sbearssl_error_str() function.
BearSSL clients do not use X.509-encoded certificates, they use sets of trust anchors, i.e. structures decoded from certificates representing (intermediate or) root CAs.
int sbearssl_ta_from (sbearssl_ta *l, br_x509_trust_anchor const *k, stralloc *sa)
Converts a trust anchor from BearSSL format (reading from a structure pointed to by k) to sbearssl format (writing to a structure pointed to by l). The data from *k's contents are copied into the stralloc in *sa. The function returns 1 on success and 0 (and sets errno) on failure.
void sbearssl_ta_to (sbearssl_ta const *l, br_x509_trust_anchor *k, char *s)
Converts a trust anchor from sbearssl format (reading from a structure pointed to by l) to BearSSL format (writing to a structure pointed to by k). The indices in l must refer to data stored in the string s.
int sbearssl_ta_readfile (char const *fn, genalloc *list, stralloc *sa)
Reads a set of trust anchors from a PEM file named fn which must contain a list of (intermediate or) root CA certificates. The trust anchors are appended to the genalloc in *list, which is a dynamically growing list of sbearssl_ta structures. The contents of the trust anchors are appended to *sa, which is a stralloc used for storage.
The function returns 0 on success. It returns a negative value in case of a system error, in which case errno identifies the error. It returns a positive value in case of an error returned by a BearSSL decoder, in which case an appropriate message can be obtained with the sbearssl_error_str() function.
int sbearssl_ta_readdir (char const *dir, genalloc *list, stralloc *sa)
Reads a set of trust anchors from a directory named dir, which must contain a list of (intermediate or) root CA certificates stored as individual DER- or PEM-encoded files. The trust anchors are appended to the genalloc in *list, which is a dynamically growing list of sbearssl_ta structures. The contents of the trust anchors are appended to *sa, which is a stralloc used for storage.
The function ignores files that do not contain valid DER or PEM objects containing X.509 certificates representing certification authorities.
The function returns 0 on success. It returns a negative value in case of a system error, in which case errno identifies the error. It returns a positive value in case of an error returned by a BearSSL decoder, in which case an appropriate message can be obtained with the sbearssl_error_str() function.
You probably shouldn't need to call any of these functions directly, except for the first one.
char const *sbearssl_error_str (int err)
Returns a fixed string containing an error message corresponding to the err code, which must be non-negative. The return value from a few sbearssl functions, if positive, can be interpreted via this function.
int sbearssl_isder (unsigned char const *s, size_t len)
Tests whether the array of len bytes pointed to by s looks like a DER-encoded object. Returns 1 if it does and 0 otherwise.
int sbearssl_tai_from_dayseconds (tai *t, uint32_t days, uint32_t seconds)
Makes a TAI absolute time from the date given in days and seconds as provided in an x509 certificate. Returns 1 on success and 0 on failure (which probably means days/seconds don't encode a valid date).
int sbearssl_dayseconds_from_tai (uint32_t *days, uint32_t *seconds, tai const *t)
Compute suitable days and seconds, for an x509 certificate, from an absolute TAI date. Returns 1 on success and 0 on failure (which probably means the given date doesn't fit the days/seconds format).
int sbearssl_x509_minimal_set_tai (br_x509_minimal_context *ctx, tai const *t)
Sets the validation time for the X.509 context in *ctx to the absolute time contained in *t, which is a tai. Returns 1 if it succeeds, or 0 if it fails - probably because *t does not represent a valid time.
int sbearssl_x509_minimal_set_tain (br_x509_minimal_context *ctx, tain const *a)
Same as the above function, except the time is given as a tain, i.e. a tai plus nanoseconds (which are simply ignored).
void sbearssl_drop (void)
If the process is running as root, then this function drops its privileges (else it does nothing). The gid to drop to is read from the TLS_GID environment variable; the uid to drop to is read from the TLS_UID environment variable. If those variables are not given, then the uid, or gid, or both, are not changed. If they contain something else than numerical uid/gids, the process exits 111 with an error message.
int sbearssl_send_environment (br_ssl_engine_context *ctx, int fd)
Writes a series of null-terminated strings of the form key=value to file descriptor fd; the series is terminated with an additional null character. The strings represent information about the TLS connection represented by context ctx; it is only valid to call this function after the handshake has completed. The exact keys used will change over time, but at least SSL_PROTOCOL=value and SSL_CIPHER=value are transmitted. The function returns 1 if it succeeds and 0 if it fails.
A sbearssl_x509_small_context structure is an implementation of the br_x509_class type that is a little more powerful than the br_x509_minimal_context implementation provided by BearSSL: running a certificate chain through a sbearssl_x509_small_context validator allows you to get the hash of the End Entity certificate in the chain, as well as the DN it certifies.
void sbearssl_x509_small_init_full (sbearssl_x509_small_context *ctx, br_x509_trust_anchor *btas, size_t n, sbearssl_dn *eedn, uint8_t *eltstatus, char *eehash)
Initializes the validator in *ctx with the list of n trust anchors pointed to by btas. eehash must point to a user-supplied buffer of at least 32 bytes, which will contain the sha256 hash of the EE certificate after validation. eedn must point to a user-supplied sbearssl_dn structure that will contain the DN of the end entity after validation. eltstatus must point to a user-supplied uint8_t, which after validation encodes the status of DN extraction: bit 7 of eltstatus is set if there was an issue during extraction (in which case the contents of *eedn are meaningless) and clear if everything went well, and bits 0 to 6 are set iff the corresponding element of the DN is present, by increasing order C, ST, L, O, OU and CN.
int sbearssl_x509_small_set_tai (sbearssl_x509_small_context *ctx, tai const *t)
int sbearssl_x509_small_set_tain (sbearssl_x509_small_context *ctx, tain const *a)
Like their sbearssl_x509_minimal_set_tai and sbearssl_x509_minimal_set_tain counterparts, but for sbearssl_x509_small_context validators instead of br_x509_minimal_context ones.
A sbearssl_sni_policy_context structure is an implementation of the br_ssl_server_policy_class type that supports Server Name Identification, unlike the default br_ssl_server_policy_rsa_context and br_ssl_server_policy_ec_context implementations provided by BearSSL that only support a single certificate chain.
During preparation, the user fills the structure with as many keypairs as they wish; then at handshake time, depending on the ServerName requested by the client, the relevant keypair is kept and used, and all the other ones are wiped from memory.
void sbearssl_sni_policy_init (sbearssl_sni_policy_context *pol)
Initializes the user-supplied *pol structure.
int sbearssl_sni_policy_add_keypair_file (sbearssl_sni_policy_context *pol, char const *servername, char const *certfile, char const *keyfile)
This function reads a PEM-encoded certificate chain in the file certfile, and a corresponding PEM- or DER-encoded private key in the file keyfile. It registers them with the *pol structure as the keypair to use if the client requests the servername ServerName. Wildcards are supported in servername except on TLDs. If servername is empty, then the keypair is registered as a default, to use when no ServerName matches (or when the client doesn't request SNI).
The function returns 0 on success. It returns a negative value in case of a system error, in which case errno identifies the error. It returns a positive value in case of an error returned by a BearSSL decoder, in which case an appropriate message can be obtained with the sbearssl_error_str() function.
size_t sbearssl_sni_policy_nkeypairs (sbearssl_sni_policy_context const *pol)
Returns the number of keypairs currently registered with *pol.
void sbearssl_sctx_init_full_generic (br_ssl_server_context *sc)
Not directly related to SNI support, but complementary to it. This function is a high-level function missing from BearSSL: it fully initializes a br_ssl_server_context structure, registering all the cipher suites and all the hashes provided by BearSSL with a good degradation order, supporting TLS 1.0 to TLS 1.2, etc. What it doesn't set: the engine buffer, the certificate policy, the optional engine flags, and the optional client certificate validation.
void sbearssl_sctx_set_policy_sni (br_ssl_server_context *sc, sbearssl_sni_policy_context *pol)
Registers *pol as the certificate policy for the *sc server context. This tells BearSSL that the handshake will support SNI and use the keypairs registered with *pol.
void sbearssl_run (br_ssl_engine_context *ctx, int *fds, tain const *tto, uint32_t options, unsigned int verbosity, sbearssl_handshake_cb_t_ref cb, sbearssl_handshake_cb_context_t *cbarg)
This function runs a full-duplex TLS/SSL engine, reading/writing clear text from/to two file descriptors, and writing/reading ciphertext to/from two other file descriptors, until the connection is closed both ways (either with a SSL close, or with EOF). It does not return.
sbearssl_run will make the process die with an appropriate error message if it encounters an unrecoverable error. If there were no problems and the SSL/TLS connection closed cleanly, the process exits 0.
The following functions are high-level interfaces and rely on all the functions described above. They're the core of the s6-tlsc-io and s6-tlsd-io programs.
void sbearssl_client_init_and_run (int *fds, tain const *tto, uint32_t preoptions, uint32_t options, unsigned int verbosity, char const *servername, sbearssl_handshake_cb_t_ref cb, unsigned int notif)
This function initializes a TLS context for a client-side connection, then runs the TLS engine via a call to sbearssl_run(). The function does not return. If the context cannot be initialized, the process exits 96 with an appropriate error message.
If the CADIR environment variable is set, then it must contain the path of a directory containing the hashed names of the public certificates identifying the trust anchors. Else, if the CAFILE environment variable is set, then it must contain the path to a PEM file containing all the certificates for the trust anchors. Else, the process exits 100 with an error message.
The arguments are as follows:
void sbearssl_server_init_and_run (int *fds, tain const *tto, uint32_t preoptions, uint32_t options, unsigned int verbosity, sbearssl_handshake_cb_t_ref cb, unsigned int notif)
Same as the previous function, but on the server side. No servername argument is required. The CERTFILE and KEYFILE environment variables are mandatory, they point to the server's certificate and private key. It is only necessary to set CADIR or CAFILE when bit 0 of preoptions is set, in which case client authentication will be requested, and a list of trust anchors (read from either the directory in CADIR or the PEM file in CAFILE) will be used to verify the client certificate.


Add Package Fields
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| pdTens {mgcv} | R Documentation |
This set of functions implements an nlme
library pdMat
class to allow
tensor product smooths to be estimated by lme
as called by gamm
. Tensor product smooths
have a penalty matrix made up of a weighted sum of penalty matrices, where the weights are the smoothing
parameters. In the mixed model formulation the penalty matrix is the inverse of the covariance matrix for
the random effects of a term, and the smoothing parameters (times a half) are variance parameters to be estimated.
It's not possible to transform the problem to make the required random effects covariance matrix look like one of the standard
pdMat
classes: hence the need for the pdTens
class. A notLog2
parameterization ensures that
the parameters are positive.
These functions (pdTens
, pdConstruct.pdTens
,
pdFactor.pdTens
, pdMatrix.pdTens
, coef.pdTens
and summary.pdTens
)
would not normally be called directly.
pdTens(value = numeric(0), form = NULL, nam = NULL, data = sys.frame(sys.parent()))
value |
Initialization values for parameters. Not normally used. |
form |
A one sided formula specifying the random effects structure. The formula should have
an attribute |
nam |
a names argument, not normally used with this class. |
data |
data frame in which to evaluate formula. |
If using this class directly note that it is worthwhile scaling the
S
matrices to be of ‘moderate size’, for example by dividing each
matrix by its largest singular value: this avoids problems with lme
defaults (smooth.construct.tensor.smooth.spec
does this automatically).
This appears to be the minimum set of functions required to implement a new pdMat
class.
Note that while the pdFactor
and pdMatrix
functions return the inverse of the scaled random
effect covariance matrix or its factor, the pdConstruct
function is
sometimes initialised with estimates of the scaled covariance matrix, and
sometimes intialized with its inverse.
A class pdTens
object, or its coefficients or the matrix it
represents or the factor of
that matrix. pdFactor
returns the factor as a vector (packed
column-wise) (pdMatrix
always returns a matrix).
Simon N. Wood<EMAIL_ADDRESS>Pinheiro J.C. and Bates, D.M. (2000) Mixed effects Models in S and S-PLUS. Springer
The nlme
source code.
http://www.maths.bris.ac.uk/~sw15190/
# see gamm


pack package inner outer packs unit edge sheet figref[FIG. sealing second example, aerodynamic item heat seal supplies cited wing applicant citation: document-id:: edges formed disposed mid-pack sheets transverse wings [patcit]: package. emergency seals includes component form include pair preferably aerial conveyor folding perforation and/or claim preferred shown embodiment, CLAIM-TEXT:. claim-ref[claim desired. distribution forming Preferably, contain device embodiment material sealed supplies, view adjacent delivery longitudinal rigid air configured contents desired invention package, people EMI-D distributed embodiments, perforator present rate area band coupled descent manufacturing supply element figref[FIGS. inserts large method pack. packages portion provide water, containers facilitate having perspective risk used Furthermore, example. ground items product showing substantially U.S. al. callout enlarged folded fragmentary including layers number persons roll roller seal, separator [addressbook]: [nplcit]: advanced airplane certain cost-effective dated device, elements extending ground. incorporated individual location lower material, means opening reference seals. sheet. single step tracking upper Additionally, No. action-date: adapted communication consisting damage directed evenly generating-office:: guillotine harm loading seals, sheet, taken unit. various water (e.g. Classification: Packs Preferably as, bars comprised corresponding cross-sectional delivered delivery. device. dropped elevational embodiments food, group identified insert material. materials minimized need operation. parachutes parts plurality relief size skilled suitable superposed thereof. time turbulent (see Inventor: PCT PCT/US/, Report air. anvil art blade comprises confined cylinders delivery, described devices devices, disclosure disclosure, disclosure. drag drop event filled freefall grams, ground, instructions intended inwardly limited linear loader manufactured meters methods minimize mosquito natural non-limiting operation, order packaging paper perforations provides reduce reduces scope shelter, signal specific structures terminal tools, types understood vacuum velocity weight Pat.


<maintainer>
The <maintainer> element contains information about who maintains the document; the maintainer may be an organization or a person.
Category: Bookmap metadata elements


Practice
During the two-minute practice period your goal is to complete as many boxes as possible. The side of the screen will have a timer that counts down the time until the end of the practice period.
You may now open the folder on your desk labeled “Practice” and remove the pages inside.
To begin practicing, click the “Start Practicing” button. If you have any questions before beginning, please raise your hand and an administrator will come to answer any questions.


Test
Zach is a product designer living in beautiful Boulder, Colorado.
He's from Texas. He makes a mean Frito Pie and likes walking instead of biking and biking instead of driving. Outdoorsy shutin.
He's from Texas. He makes a mean Frito Pie and likes walking instead of biking and biking instead of driving. Outdoorsy shutin.


We are one of India's leading independent full service advertising agencies with wide capabilities and a substantial reputation built over more than four decades. We provide advertising, design, media planning and buying, market research, digital and public relations services to hundreds of clients.
We believe that creativity for its own sake is fool's gold; it must be founded on sound overall strategy. If there's anything that distinguishes our style, its our stress on hard facts, simplicity and relevance. That's why we're unfailingly successful in our work.
We consider every angle before making recommendations, while keeping an eye on the budget. Effective ideas needn't cost a fortune, as we have demonstrated time and again. At Alpharover's, we don't just rely on conventional wisdom. We listen. We take time to understand the clients' business and goals. And then we deliver in the most effective way using our wealth of specialist knowledge and experience.


Colts Get Screwed When Clear Fumble By Deshaun Watson Doesn’t Get Reviewed (VIDEO)
by Darrelle LincolnWith a little under two minutes to go in the 4th quarter, Deshaun Watson hiked and kept the ball for a designed run.
He got hit pretty hard to the point where the ball clearly came out for a fumble.
Even with the Texans calling a timeout, the play wasn’t reviewed and the Texans would go on to run the clock out.


- decrypt(Expression, String, int[]) - Static method in class dunemask.other.StringBasedEncryption
-
Decrypt a String based on mathematical re-arranging
- defaultFolder(String, double) - Static method in class dunemask.dunemasking.Src
-
Deprecated.
Returns the location of where the resource folder is.
- defKey - Static variable in class dunemask.other.StringBasedEncryption
-
- defKeyCode - Static variable in class dunemask.other.StringBasedEncryption
-
- deleteAllSubFolders(File) - Static method in class dunemask.util.FileUtil
-
Recursively delete Sub Files and Folders
- DMCredits() - Static method in class dunemask.dunemasking.Setup
-
Prints out all the Dunemasking Things
- dunemask - package dunemask
-
Dunemasking project
- dunemask.dm - package dunemask.dm
-
- dunemask.dunemasking - package dunemask.dunemasking
-
Tools for either working on, or setting up a Dunemasking Project
- dunemask.dunemasking.objects - package dunemask.dunemasking.objects
-
Tools for either working on, or setting up a Dunemasking Project
- dunemask.objects - package dunemask.objects
-
Useful Objects that programs can use
- dunemask.objects.movieplayer - package dunemask.objects.movieplayer
-
- dunemask.other - package dunemask.other
-
Other Things that you might want from Dunemasking
- dunemask.resources - package dunemask.resources
-
Resources for Dunemasking
- dunemask.resources.github - package dunemask.resources.github
-
- dunemask.resources.media - package dunemask.resources.media
-
- dunemask.util - package dunemask.util
-
Utilities that you might use when setting up an External Project
- dunemask.util.xml - package dunemask.util.xml
-
- Dunemasking - Class in dunemask
-
- Dunemasking() - Constructor for class dunemask.Dunemasking
-
- Dunemasking_Program_Windows - Static variable in class dunemask.Dunemasking
-
Program Files Path in windows with / at end
- Dunemasking_Program_Windows_Apps - Static variable in class dunemask.Dunemasking
-
Dunemasking Apps Path in windows with / at end


Toggle navigation
Venture
Info
FAQ
Judges
Apply
Team
Contact
Team
Eddy Zhong
Founder & CEO of Leangap
Su Min Kim
Organizer of
hackBCA
, CodeDay NJ, Local Hack Day
Sadok Rabadan
Designer
Lan Paje
San Francisco State University
Justin Zhou
Thomas Jefferson High School
Angela Qiu
Carnegie Mellon University
Kira Gobes
Lehigh University
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Bitcoin evangelist
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University of San Francisco
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University of Pennsylvania
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App Universe


Robotic Arts Intro Fall 2018 (IA277.01)
- Instructor: Lucas Haroldsen<EMAIL_ADDRESS>- Class Site: yasunaga.work/raif18
- syllabus: syllabus.pdf
- Resources: links.html
09/07: Looking closer --- [basic components]
Welcome back!
Today is the day of elements! We will go over and experiment with key componets to electronics.
We will go over together:
- What is electricity?
- Properties of electricity (water analogy)
- Prototyping materials
- Using a multimeter
- Polarity
- Ohm's law
- Reading resistor codes
- Reading schematics
- basic components
- First circuit
- DEMO : soldering with Prototyping board
and we will work on Day circuit and Night circuit
- Prototyping day sensor or night sensor circuits on breadboard
- test with Makey Makey
- Soldering components to Perferated board
- Testing your board
- Trouble shooting
body
when thousands of cable crowded the skies
form, line, color, texture
Soldering
Soldering is a skill, and you will get better with practice. Don't worry too much if it seems hard now. Take your time! We will go over together:
- Soldering temperature is typically 650 degrees F / 350 degrees C. It's very hot!
- Never leave a soldering iron on while unattended (our soldering stations only take about 10 seconds to reach temperature)
- Always use helping hands to hold wire and electronic components
- Most soldering jobs will only take a few seconds of contact. Check iron temperature if it's taking longer
- Do not use soldering irons to burn or melt things. We have a heat gun for that kind of work
- Do not eat or drink while soldering. Be sure to wash your hands to minimize possible lead exposure
- Use a fume extractor and goggles when soldering.
- Take your time!
HOMEWORK
Install Arduino IDE
- Please install Arduino IDE software from here
- If you have trouble installing to Windows, please try this
Reading
- Medium from Abstracting Craft: The Practiced Digital Hand by Malcolm McCullough
Circuits
- Finish making Day circuit / Night circuit
- Create two switches out of three choices below:
- requires two or more people to activate
- requires body other than pressing with your finger
- require objects to activate


Here's the first paragraph. It's not so long, but not so short that when we apply the accordion effect there are no meaningful visual repurcussions. I say again, it's not so long, but not so short that when we apply the accordion effect there are no meaningful visual repurcussions.
Here's the second paragraph. It's not so long, but not so short that when we apply the accordion effect there are no meaningful visual repurcussions. I say again, it's not so long, but not so short that when we apply the accordion effect there are no meaningful visual repurcussions.
Here's the third paragraph. It's not so long, but not so short that when we apply the accordion effect there are no meaningful visual repurcussions. I say again, it's not so long, but not so short that when we apply the accordion effect there are no meaningful visual repurcussions.
Here's the fourth paragraph. It's not so long, but not so short that when we apply the accordion effect there are no meaningful visual repurcussions. I say again, it's not so long, but not so short that when we apply the accordion effect there are no meaningful visual repurcussions.


Chromathicity¶
Chromathicity is an extensible package for (reflective) color conversions.
Installation is easy:
pip install chromathicity
Check out The Chromathicity Git-Hub Page for the source code, and PyPI for the package information.
Chromathicity is an extensible package for (reflective) color conversions.
Installation is easy:
pip install chromathicity
Check out The Chromathicity Git-Hub Page for the source code, and PyPI for the package information.


|
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object Ctrl.Controller
public class Controller
Controller of the application. It generates a view and starts the calculation of an HDR-Image.
Access to the controller is available via the singelton pattern.
| Method Summary | |
|---|---|
java.lang.Float |
calculate(java.lang.String s)
calculates the exposure time of a string (1/5 will result to 0.2) |
void |
errorOccured(java.lang.String message,
HDRResult lastResult)
this method is going to be called if some errors occured in the solver. |
java.lang.Float |
extractExposureTime(java.io.File f)
read exposure time first by trying to extract it from metadata, then by reading the filename. |
GUIFrame |
getDisplay()
Returns the corresponding UI to be able to display informations. |
static Controller |
getInstance()
Singelton pattern for the controller. |
static void |
main(java.lang.String[] args)
Application entrance point. |
void |
readImages(java.util.Map<java.lang.String,java.lang.Float> imgList,
boolean saltAndPepperNoise,
double gaussianNoise)
Reads a list of images from a set if filenames and exposure times. |
void |
solve(double lambda,
int iterations,
double mu,
boolean robustnessDataG,
boolean robustnessSmoothnessE,
WeightMode weight,
double alpha)
Method to start the generation of an HDR Image. |
void |
updateState(int progress,
HDRResult hdrResult)
method is called from the IHDRSolver whenever a new temp. result is available or when the process is finished. |
| Methods inherited from class java.lang.Object |
|---|
equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Method Detail |
|---|
public java.lang.Float calculate(java.lang.String s)
s
- string to be parsed
public void errorOccured(java.lang.String message, HDRResult lastResult)
errorOccured
in interface HDRSolverUpdateListener
message
- Error messagelastResult
- last result if one is available (null otherwise)public java.lang.Float extractExposureTime(java.io.File f)
f
- file name to read
public GUIFrame getDisplay()
public static Controller getInstance()
public static void main(java.lang.String[] args)
args
- public void readImages(java.util.Map<java.lang.String,java.lang.Float> imgList, boolean saltAndPepperNoise, double gaussianNoise)
imgList
- map of filename and exposure time. Each entry is a image.saltAndPepperNoise
- adds salt and pepper noise if truegaussianNoise
- add gaussian with a standard derivation of this value (0 is no noise)
public void solve(double lambda, int iterations, double mu, boolean robustnessDataG, boolean robustnessSmoothnessE, WeightMode weight, double alpha)
lambda
- weight factor for the smoothness termiterations
- number of iterations for the inner and outer iterations of the solvermu
- weight factor for the monotonie constraintrobustnessDataG
- true: subquadratic penalty functions are used in the calculation of the response curverobustnessSmoothnessE
- true: subquadratic penalty functions are used for the 2d smoothness term of the resulting HDR imageweight
- weightning mode which should be used to weight the greyvalues during the complete calculationsalpha
- weight factor of the 2d smoothness term of the resulting irradiance mappublic void updateState(int progress, HDRResult hdrResult)
HDRSolverUpdateListener
updateState
in interface HDRSolverUpdateListener
progress
- progress in percent. 100% = finishedhdrResult
- temporary (or final) HDR result.
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| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


Soon - Very specific DSL (Domain Specific Language) for Configuration Management
This page describes the functions available in Jsonlang's standard library, i.e. the object
implicitly bound to the std
variable. Some of the standard library functions can be
implemented in Jsonlang. Their code can be found in the std.jsonlang file. The behavior of
some of the other functions, i.e. the ones that expose extra functionality not otherwise available
to programmers, is described formally in the specification.
The standard library is implicitly added to all Jsonlang programs by enclosing them in a local
construct. For example, if the program given by the user is {x: "foo"}
, then the
actual code executed would be local std = { ... }; {x: "foo"}
. The functions in the
standard library are all hidden fields of the std
object.
If an external variable with the given name was defined, return its string value. Otherwise, raise an error.
Return a string that indicates the type of the value. The possible return values are: "array", "boolean", "function", "null", "number", "object", and "string".
Depending on the type of the value given, either returns the number of elements in the array,
the number of codepoints in the string, the number of parameters in the function, or the number of
fields in the object. Raises an error if given a primitive value, i.e. null
,
true
or false
.
Returns true
if the given object has the field (given as a string), otherwise
false
. Raises an error if the arguments are not object and string respectively. Note
that hidden fields are not visible via reflection.
Returns an array of strings, each element being a field from the given object. Note that hidden fields are not visible via reflection.
The following mathematical functions are available:
std.abs(n)
,
std.max(a, b)
,
std.min(a, b)
,
std.pow(x, n)
,
std.exp(x)
,
std.exponent(x)
,
std.mantissa(x)
,
std.floor(x)
,
std.ceil(x)
,
std.sqrt(x)
,
std.sin(x)
,
std.cos(x)
,
std.tan(x)
,
std.asin(x)
,
std.acos(x)
, and
std.atan(x)
.
The function std.mod(a, b)
is what the % operator is desugared to. It performs
modulo arithmetic if the left hand side is a number, or if the left hand side is a string, it does
Python-style string formatting with std.format()
.
Ensure that a == b
. Returns true
or throws an error message.
Convert the given argument to a string.
Returns the positive integer representing the unicode codepoint of the character in the given
single-character string. This function is the inverse of std.char(n)
.
Returns a string of length one whose only unicode codepoint has integer id n
. This function is the inverse of std.codepoint(str)
.
Returns a string that is the part of s
that starts at offset from
and
is len
codepoints long.
Split the string str
into an array of strings, divided by the single character
c
.
Example: std.split("foo/bar", "/")
yields ["foo", "bar"]
.
Example: std.split("/foo/", "/")
yields ["" "foo", ""]
.
Split the string str
into an array of strings, each containing a single
codepoint.
Example: std.stringChars("foo")
yields ["f", "o", "o"]
.
Format the string str
using the values in vals
. The values can be an
array, an object, or in other cases are treated as if they were provided in a singleton array. The
string formatting follows the same rules as Python.
The %
operator can be used as a shorthand for this function.
Example: std.format("Hello %03d", 12)
yields "Hello 012"
.
Example: "Hello %03d" % 12
yields "Hello 012"
.
Example: "Hello %s, age %d" % ["Foo", 25]
yields "Hello Foo, age 25"
.
Example: "Hello %(name)s, age %(age)d" % {age: 25, name: "Foo"}
yields
"Hello Foo, age 25"
.
Wrap str
in single quotes, and escape any single quotes within str
by
changing them to a sequence '"'"'. This allows injection of arbitrary strings as arguments
of commands in bash scripts.
Convert $ to $$ in str
. This allows injection of arbitrary strings into systems
that use $ for string interpolation (like Terraform).
Convert str
to allow it to be embedded in a JSON representation, within a string. This adds quotes, escapes backslashes, and escapes unprintable characters.
Example:
{
local description = "Multiline\nc:\\path",
json: "{name: %s}" % std.escapeStringJson(description)
}
yields: {"json": "{name: \"Multiline\\nc:\\\\path\"}"}
Convert str
to allow it to be embedded in Python. This is an alias for std.escapeStringJson.
Convert the given structure to a string in INI format. This allows using Jsonlang's object model to build a configuration to be consumed by an application expecting an INI file. The data is in the form of a set of sections, each containing a key/value mapping. These examples should make it clear:
{
main: { a: "1", b: "2" },
sections: {
s1: {x: "11", y: "22", z: "33"},
s2: {p: "yes", q: ""},
empty: {},
}
}
Yields a string containing this INI file:
a = 1
b = 2
[empty]
[s1]
x = 11
y = 22
z = 33
[s2]
p = yes
q =
Convert the given value to a JSON-like form that is compatible with Python. The chief differences are True / False / None instead of true / false / null.
{
b: ["foo", "bar"],
c: true,
d: null,
e: { f1: false, f2: 42 },
}
Yields a string containing this Python code:
{"b": ["foo", "bar"], "c": True, "d": None, "e": {"f1": False, "f2": 42}}
Convert the given object to a JSON-like form that is compatible with Python. The key
difference to std.manifestPython
is that the top level is represented as a list of
Python global variables.
{
b: ["foo", "bar"],
c: true,
d: null,
e: { f1: false, f2: 42 },
}
Yields a string containing this Python code:
b = ["foo", "bar"]
c = True
d = None
e = {"f1": False, "f2": 42}
Create a new array of sz
elements by calling func(i)
to initialize each
element. Func is expected to be a function that takes a single parameter, the index of the element
it should initialize.
Example: std.makeArray(3,function(x) x * x)
yields [0, 1, 4]
.
Apply the given function to every element of the array to form a new array.
This is primarily used to desugar array comprehension syntax. It first filters, then maps thte given array, using the two functions provided.
Return a new array containing all the elements of arr
for which the
func
function returns true.
Classic foldl function. Calls the function on each array element and the result of the previous
function call, or init
in the case of the initial element. Traverses the array from
left to right.
Classic foldl function. Calls the function on each array element and the result of the previous
function call, or init
in the case of the initial element. Traverses the array from
right to left.
Return an array of ascending numbers between the two limits, inclusively.
If sep
is a string, then arr
must be an array of strings, in which case
they are concatenated with sep
used as a delimiter. If sep
is an array,
then arr
must be an array of arrays, in which case the arrays are concatenated in the
same way, to produce a single array.
Example1: std.join(".", ["www", "google", "com"])
yields
"www.google.com"
.
Example2: std.join([9, 9], [[1], [2, 3]])
yields [1, 9, 9, 2, 3]
.
Concatenate an array of strings into a text file with newline characters after each string. This is suitable for constructing bash scripts and the like.
Concatenate an array of arrays into a single array.
Sorts the array using the <= operator.
Removes successive duplicates. When given a sorted array, removes all duplicates.
Syntax sugar for std.uniq(std.sort(arr)).
Set intersection operation (values in both a and b).
Set union operation (values in either a or b). Note that + on sets will simply concatenate the arrays, possibly forming an array that is not a set (due to not bein ordered without duplicates).
Set difference operation (values in a but not b).
Encodes the given value into a base64 string. The encoding sequence is A-Za-z0-9+/ with = to pad the output to a multiple of 4 characters. The value can be a string or an array of numbers, but the codepoints / numbers must be in the 0 to 255 range. The resulting string has no line breaks.
Decodes the given base64 string into an array of bytes (number values). Currently assumes the input string has no linebreaks and is padded to a multiple of 4 (with the = character). In other words, it consumes the output of std.base64().
Behaves like std.base64DecodeBytes() except returns a string instead of an array of bytes.
Except as noted, this content is licensed under Creative Commons Attribution 2.5. Enjoy!


@* * Copyright 2021 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import config._ @import uk.gov.hmrc.play.views.html.helpers.form @import views.html.helpers._ @this(bcMain: bcMain) @(businessRegistrationForm: Form[models.BusinessRegistration], service: String, displayDetails: models.BusinessRegistrationDisplayDetails, backLink: Option[String])(implicit request: Request[_], messages: Messages, appConfig: ApplicationConfig) @titleName = @{ messages("bc.business-registration.user.group.header", service.toUpperCase) } @bcMain(title = titleName, service = service) { @pageHeadersAndError( backLink, "business-verification-text", messages("bc.business-verification.text", service.toUpperCase), "business-registration.header", messages(displayDetails.businessRegHeader, service.toUpperCase), Some(bcErrorSummary(businessRegistrationForm, "bc.business-verification-error.general")) ) @form(action = controllers.routes.BusinessRegUKController.send(service, messages(displayDetails.businessType))) {


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| DOSE: |
5.0 mg |
insufflated |
AMT |
(powder / crystals) |
| |
13 mg |
oral |
AMT |
(powder / crystals) |
When I received the gram of AMT in the mail, I was surprised to find that a gram is much smaller than you think it would be- when the average starter dose would be one fiftieth of the small package. It was almost two inches long, half an inch wide, and only a few millimeters tall.
Obviously, measuring the dose by eye would be difficult, especially when too much probably would ruin the first trip. However, I carried on, unable to measure well. Squares of graph paper were too big, but I ended up measuring the clear package with a ruler. Then, I drew the rectangle on a paper that represented the 1/50th of the gram (which is 20mg). Obviously, my measurement could have been off by 5 or 10mg, and it was not until after a few more AMT experiences (and reading about other's on erowid) until I knew my first dose was a bit under 20mg.
I took a quarter of this small portion, and insufflated (nose) it. The burn took me aback, which was worse than half a crushed MDMA pill. It lasted longer than I expected, and I was extremely glad I did not try to take the full amount that way. I could tell from walking around that there was an immediate, yet light effect. I thought it was similar to half a shot of hard alcohol.
I mixed the remainder of the dose in juice, and drank it. The smell of AMT made me expect a chemical taste worse than alcohol, so I chased the mix with more juice. I decided to work on my setting (I was already alone, expecting no one, and the day was well into the night), so I found a blanket, made a glass of water, and started watching a humorous show.
Most people's experiences mentioned nausea, which was a side effect I only got from alcohol, but I expected it anyway. It was a good hour later before I noticed any effect. Things just at the edge of my vision caught my eye, as though something had just moved. I had this effect from the come-up of my experience with mushrooms. I stared at the chair across the room, and expected it to move in some fashion. I suddenly realized that it was much closer than it should be- yet, it was still up against the wall. When I blinked, it was 'back' where it belonged, but if I stared at it, it would appear to come closer, without moving away from the wall. I knew the effect was due from how eyes can judge the distance of something, with how 'crossed' they are; but, it was still neat.
Then the nausea set in. It was not the sort where you feel like you need to throw up, but it was close enough that I thought it could turn that way easily. I realized that I had just ate a bunch of cookies before taking the AMT. Luckily, I only had a stomachache throughout the trip, rather than nausea. I theorize that this side effect is caused by the chemical similarity of AMT to serotonin, and that serotonin is needed for digesting.
Half an hour later, I noticed colors were brighter, and sure enough, my pupils were very dilated. Straight edges, such as corners of walls, wavered and shifted. If I watched the ceiling, it would slowly move around, detached from the walls. I could see patterns in the bumps and ridges, and every time I blinked, they would be different. Seeing the patterns was similar to seeing shapes or animals in clouds. The area in the center of my vision was always a pattern like that of an asterisk (*). Wherever I looked, I could see the asterisk made of bumps or grooves- even in the carpet or wood furniture.
One very noticeable effect was my thinking. It was simply hyperactive. As an example: As I was watching a movie, one of the actors said a line. Next, I'd start thinking about how many ways the actor could say that line, and how many times the actors had to re-act the scene before it was satisfactory. I wouldn't even be done with that thought before I started wondering about how the scriptwriter or author imagined how the scene would look- what the actors would look like, etc. Then, I was suddenly thinking about the entire movie making process, and how someone with just a script starts this process by talking with a producer- and how exciting it would be if I was an author and it was being made into a movie. Then, another actor said a line, and I realized I had all these thoughts within just a couple minutes.
After a couple movies, my high was still going strong. I vacated to my room when I heard my roommate?s alarm go off. I attempted to sleep, but my restless thoughts kept me awake. The oddest thing was that I was seeing my thoughts, like how a person sees a dream (that is, not with the eyes, but with the mind). I wasn't quite in control of my thoughts, and I watched it like a television. Remembering, none of it made sense. Random scenes or sounds would flash through my thoughts.
I watched two more movies, and I tried to sleep again. Luckily, I was tired enough from having stayed up for 36 hours, that I just passed out. Throughout the next day, I was feeling off. I had missed a couple meals, but I did not feel hungry. I knew from my physical weakness that I had to eat something. I shoved some crackers and cereal down on what felt like a full stomach.
Comparisons:
MDMA: Many experiences compare the first hour of the high to MDMA, but it felt more like a rush of energy and euphoria. Somewhat similar to a small dose of methamphetamine.
Mushrooms: I knew both psilocybin and AMT were chemically similar, and it wasn't until after another mushroom experience before I could tell the similarities. Unfortunately, it's hard to describe the differences. I guess AMT's hallucinations are more flat, whereas mushrooms are more 3D.
Conclusion:
The only problem I have with AMT is that the high lasts so long, and it suppresses appetite so that I do not eat enough. I have passed out once, almost twice. Do keep that in mind.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


--- layout: page category: spec title: "Generic Sensor API" ---
| Current Status: | Candidate Recommendation (CR) |
|---|---|
| Canonical URI: |
http://www.w3.org/TR/generic-sensor
|
| Abstract: | This specification defines a framework for exposing sensor data to the Open Web Platform in a consistent way. It does so by defining a blueprint for writing specifications of concrete sensors along with an abstract Sensor interface that can be extended to accommodate different sensor types. |
Generic Sensor APIUpdates:


---
layout: post
title: Have source and change control, or else be afraid; very afraid...
tags:
- Application Lifecycle Management
- Software Configuration Management
- Software Development
- Work Practices
status: publish
type: post
published: true
meta: {}
---
IDEs are not a panacea, but neither are they all bad « The Wandering Glitch 2
Is he saying a common source code control policy is a bad thing?
I say unequivocally that both source code control and change management are absolutely vital. However using an IDE over the top of these tools can be problematic for a variety of reasons:
- How does one handle the sharing of code and modules between IDE projects when the common code is in the version repository. Unfortunately the answer depends on the combination of the IDE and Version control tool being used
- How to handle re-factoring? (re-factoring is a good BTW) Again the final answer depends on the combination of your IDE and version control tool.
- Is there an effective interface to your change management (ticket management) application/repository from your IDE?
- Depending on the tools and technology used IDE integrations to Change Management and Version Control systems can be fragile. It's an extra dependency to manage and support and not everyone wants to run a single solution from a single vendor.
powered by performancing firefox


Democratic incumbent Charlie Adkins and his independent opponent, Bill Hayes, fielded questions about Athens County’s connection to Ohio University, safety concerns and economic and financial factors.
Adkins and Hayes, both of whom are OU graduates and remain active members in and around the university, agreed that economic diversification was necessary to improve Athens County’s sustainability.
Both candidates spoke on solutions to OU’s decreasing enrollment and budget cuts in recent years.
“I think this is a wake-up call to our community, and I think we have — for many years —allowed Ohio University to drive the city and the county,” Adkins said. “We just got to keep supporting, you know, the farmer's markets and other folks because I think we need help from every end.”
Atkins’ plans to dampen the effects of Athens’ dependence on the university with the help of local business revenue is championed by Hayes, but he takes a slightly different angle: tourist revenue.
“It’s beautiful around here,” Hayes said. “We have tourism opportunities facing us that we have done a very poor job of realizing.”
Hayes, like Adkins, wants to empower small businesses to thrive, but in order for that to occur, he argues that Athens must utilize the resources that it has to help local entrepreneurs succeed.
The two candidates diverged in their beliefs in the .25% sales and use tax that will be on the ballot this upcoming election, though, with Adkins highlighting the uses for such a tax and Hayes offering his opinion on how to better solve financial hardships without the tax.
Hayes admitted Adkins had more of an “inside track” on the tax and its potential uses but also illuminated the frustration of Athens County citizens regarding taxes.
“Honestly, I’d say that for nine out of 10 people that I’ve talked to in the county, the No. 1 thing that comes out of their mouth, their first complaint, is that they’re tired of the tax structure in this county,” Hayes said, simultaneously arguing that the best way to avoid a new tax is to responsibly control the expenditures of the county.
He also suggested that Athens is driving people out.
“The 911 system was created, as most of you know, 24 or 25 years ago, and it was funded by a quarter-percent sales tax, just like what we are asking for today,” Adkins said.
He went on to explain the benefits of the 911 system regarding safety, communication and beyond. He added that, without the tax, “our 911 system is not going to be able to continue giving service that we get today.”
An additional concern with safety arose when the candidates were asked what their spending priorities would be, should additional resources hypothetically become available to them. In response, Adkins and Hayes revealed some fundamental differences.
“Safety,” Adkins said, without much delay. “We all know that we got a drug issue, and when you have a drug issue, you have (a safety issue).”
Adkins said an increase in safety for Athens residents translates to more secure, small business operations, saying “Safety is probably my biggest concern with trying to support jobs.”
After Adkins’ answer, Hayes suggested a similar alternative.
“Desperate people steal things,” Hayes said.
If you have more widespread economic opportunity in this county, more jobs, the county will have a lower crime rate, Hayes said.


Lately, cryptocurrencies have become an integral part of the technological breakthrough. The main cryptocurrency Bitcoin remains the most popular digital asset, whereas Ethereum promises to disrupt traditional financial instruments and business processes with the help of blockchain. Digitizing money through cryptocurrency can facilitate the emergence of a new world of instant cheap transactions among all people.
And if you still keep thinking of going to crypto, we have a bunch of good reasons for you to finally do that.
First, there are time costs and difficulties with banks. One needs to spend time - create a bank account and replenish it. The bank may not exchange certain currencies, limit transfers to other countries or process them for a very long time. If a bank has any questions about your activities, they can freeze your account and stop all transactions.
Cryptocurrency can be sent instantly. You just broadcast your transaction to a blockchain, and the money is sent. In addition, instead of a bank account you just simply use a wallet or exchange account.
There is a caveat, however: you might be required to undergo a KYC verification procedure in case of exchanging cryptocurrency to fiat money. But even with KYC, blockchain transfers are rather fast and more convenient especially if you send money to a foreign country.
When it comes to a large amount, you may encounter difficulties related to the transfer limits. Things get much tougher when you need to transfer money from one country to another. In that case, you need to be prepared for draconian fees and a quite long processing time.
In blockchain, the transaction takes several minutes. For example, in the Bitcoin network, the whole transfer time takes up 10 minutes on average. In XRP, this time is reduced to only 5 seconds! The network fee doesn’t depend on the amount you’re sending, just on the network workload, so, basically, the fee is literally too low.
When you need some privacy: fiat currencies are characterized by a lack of anonymity when conducting transactions. Once there is state regulation, the government will know all the data of every citizen who has made a money transfer or payment.
Regarding digital assets, no personal data is required to send a cryptocurrency. The transaction itself is always encrypted and anonymous. One can track a transaction from one address to other, but in fact, there are no identities or some personal data.
Your identity can be tracked in cases if you registered on the exchange service following KYC procedure or if you exchange cryptocurrency to a fiat money using your bank card.
The most important difference is that you can hold any fiat bill in your hand and physically put it in your wallet. Its nominal value is set by the state.
In terms of crypto, there are no physical cryptocurrencies, it exists only as a set of encrypted data in the blockchain. The only thing that proves that you are the owner of funds is the private key of your cryptocurrency wallet. You need to keep them in a safe and secure place as in the most cases there is no way to recover your funds if you lose it.
Fiat money is completely controlled by the state system. All transactions pass through the banking systems and for a certain amount of money received the citizen is obliged to pay taxes. While cryptocurrency is completely decentralized.
There is no guarantee that in this case all citizens of the world will suddenly forget about ordinary money and will switch to cryptocurrency. Most likely, fiat money will gradually go into a non-cash system and simply will not have a physical equivalent in the form of banknotes. Naturally, as long as there is a state acting as their guarantor.
The best thing the banking industry can do is inheriting the working principles and move its outdated payment systems to blockchain.
Blockchain is far better than the traditional banking system. Although it’s pretty raw and needs some room for mass adoption, it still has huge prospects and benefits in comparison to the outdated ways we interact with money. And if the arguments were persuasive, you can try out Atomic Wallet and go crypto right now!


¡Triangles!
New Triangle
Enter the length of side A:
Enter the length of side B:
Enter the length of side C:
Triangle?
Your triangle was:
Equilateral
Isosceles
Scalene


Class: RSpec::Mocks::Double
- Inherits:
-
Object
- Object
- RSpec::Mocks::Double
- Includes:
- TestDouble
- Defined in:
- lib/rspec/mocks/test_double.rb
Overview
A generic test double object. double
, instance_double
and friends
return an instance of this.
Method Summary
Methods included from TestDouble
#==, #as_null_object, #freeze, #initialize, #null_object?
Dynamic Method Handling
This class handles dynamic methods through the method_missing method in the class RSpec::Mocks::TestDouble


A tutorial by Matt Frost,
Charlottesville, Virginia
Usually we're referring to the conversion of recorded data (information) into knowledge through transformation and presentation.
Get the idea?
Via nextnewdeal.net
...there were some way to tell computers to repeat a set of tasks.
Some way to execute a "program" of instructions...
Some sort of "language" in which those instructions might be given...
"I'm not a programmer!"
You aren't an accountant, either, but you seem to use a lot of spreadsheets.
"R is an integrated suite of software facilities for data manipulation, calculation and graphical display."
The finest command-line interface 1992 has to offer.
RStudio improves the R experience by combining the script editor, data browser, console, and other features into an Integrated Development Environment (IDE)
Integrated source code and output
# Using R for Analysis
## Get R Ready for Analysis
- `require()` loads an external package to offer tools not included in R's core functionality.
- `ggplot2` is a package for graphing data that will exceed your wildest imagination
- `lubridate` provides tools for making working with dates slightly less hateful
- `plyr` allows extremely sophisticated grouping and summarizing
```{r loadpackages}
# install.packages(c('ggplot2','lubridate','plyr'))
require(ggplot2)
require(lubridate)
require(plyr)
```
Then open tutorial.Rmd
The script needs to know where you have stored the source code and data tables. On my setup, it's in a folder called C:\r_tutorial
, but yours might differ.
BIG thanks to Hadley Wickham for the "typing vs clicking" hook, and for the world's greatest R packages.
mwfrost@gmail.com


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The image below summarizes how i think of myself...it may not be an accurate representation of me but that is what i feel!
My name is Christine Namulanda and have a masters degree in Economic Development from the Busch School of Business (CUA). I was working with the IFC World bank (9 years) in Washington DC before relocating back to Kenya a few months ago. In between looking for a job or starting my own company(whoop whoop) i decided to enroll in Moringa to learn coding. I have supported IT systems for most of my career but i have never known what goes on in the backend. By coming to Moringa i hope to understand what really goes on the backend and also equip myself for the future.
My hobbies are :


Welcome to Electron Starter
This project is remixable and editable by anyone! Don't delete the credits in the code or else!


Chapter 2 Introduction
2.1 Audience
I wrote this small book for all those who are new to programming, as well for those who are new to R language. I tried to cover all the necessary knowledge you need to be familiarize with to start basic work in R in a compact way. I also tried to avoid things that may overwhelm or confuse people who are new to programming (like code efficiency). However if you want to play more, with more complex coding you need to read a lot from other sources. You will find some advises what should you do next in last chapter (9) of this book.
2.2 What this book is not about?
Mainly this book not on any advanced R. I do not cover here things like function factories, creating packages or S3 classes. It also do not cover specific R application in detail, like statistics, predictive modeling or text analyses. Finally this book will not cover programming paradigms such as Test Driven Development or Meta-programming. There are plenty of well written resources that go really deep in those applications.
2.3 RStudio
Before we jump into coding, you should first get familiar with RStudio (RStudio Team 2016). It is so called Integrated Development Environment (IDE), which has built-in functionalities to make work easier. This IDE is typically used with 4 different windows:
- Source - where you can write scripts;
- Console - where scripts are executed;
- ‘Environmental’ - it’s adjustable window, usually containing Environemnt, History and Version Control panes;
- ‘Files’ - also adjustable, usually you will find here File, Packages, Help and Plots panes.
2.4 Few tips to make life easier
From menu choose Tools > Global options. Now choose Code and Editing pane, tick box Insert spaces for Tab and assure that Tab width is set to 2. Next, in Display pane, check following tick-boxes:- Highlight selected word
- Show line number
- Show margin (and set margin column to 80)
- Show whitespace characters
- Highlite R function calls
Generally speaking those options, do not influence how your code is performed, but will allow you to write cleaner and read easier. You can also change colors of your environment in Appearance.
2.5 Installing packages
In your ‘Files’ window, you will find Packages pane, which contains Install button. You can use it now, to install packages needed to perform exercises from this book. The packages are:- deSolve (Soetaert, Petzoldt, and Setzer 2018)
- fitdistrplus (Delignette-Muller, Dutang, and Siberchicot 2017)
- mc2d (Pouillot 2017)
- minpack.lm (Elzhov et al. 2016)
- nls2 (Grothendieck 2013)
- nlsMicrobio (Baty and Delignette-Muller 2014)
- segmented (Muggeo 2017)
- tidyverse (Wickham 2017; Wickham et al. 2017; Wickham and Chang 2016; Wickham and Henry 2018)
Now every time you need functions from specific package in library you can just tick box next to package name, and RStudio will load it for you.
2.6 Conventions
In this book, we will use following conventions:
- Names of programs and packages are in Bold.
- All other names e.g. names of panes menu items as well as things that needs to be stressed are in italics.
- Function names and variables are always written in inline code e.g.
t.test()
orx
. - File names are written in inline code e.g.
foo.txt
. - Citations are in APA style, and ‘clickable’ e.g.click on the name and year of knitr package citation (Xie 2015).
- Code chunks are in blocks and result lines start with ##
rnorm(10, 1, 0.5)
## [1] 0.5449163 0.9276370 1.4211678 0.4030179 1.5748885 1.0770031 1.0321679
## [8] 1.3811952 0.2928574 0.2734187
- There are no
>
(prompt) signs in code chunks. - Figures are floating - meaning, that they are not always immediately after they are mentioned in text.
- Tables are in longtable format (meaning they are not floating and might be multipage) e.g.
knitr::kable(
head(iris, 25), caption = 'Example table',
booktabs = TRUE, longtable = TRUE
)
| Sepal.Length | Sepal.Width | Petal.Length | Petal.Width | Species |
|---|---|---|---|---|
| 5.1 | 3.5 | 1.4 | 0.2 | setosa |
| 4.9 | 3.0 | 1.4 | 0.2 | setosa |
| 4.7 | 3.2 | 1.3 | 0.2 | setosa |
| 4.6 | 3.1 | 1.5 | 0.2 | setosa |
| 5.0 | 3.6 | 1.4 | 0.2 | setosa |
| 5.4 | 3.9 | 1.7 | 0.4 | setosa |
| 4.6 | 3.4 | 1.4 | 0.3 | setosa |
| 5.0 | 3.4 | 1.5 | 0.2 | setosa |
| 4.4 | 2.9 | 1.4 | 0.2 | setosa |
| 4.9 | 3.1 | 1.5 | 0.1 | setosa |
| 5.4 | 3.7 | 1.5 | 0.2 | setosa |
| 4.8 | 3.4 | 1.6 | 0.2 | setosa |
| 4.8 | 3.0 | 1.4 | 0.1 | setosa |
| 4.3 | 3.0 | 1.1 | 0.1 | setosa |
| 5.8 | 4.0 | 1.2 | 0.2 | setosa |
| 5.7 | 4.4 | 1.5 | 0.4 | setosa |
| 5.4 | 3.9 | 1.3 | 0.4 | setosa |
| 5.1 | 3.5 | 1.4 | 0.3 | setosa |
| 5.7 | 3.8 | 1.7 | 0.3 | setosa |
| 5.1 | 3.8 | 1.5 | 0.3 | setosa |
| 5.4 | 3.4 | 1.7 | 0.2 | setosa |
| 5.1 | 3.7 | 1.5 | 0.4 | setosa |
| 4.6 | 3.6 | 1.0 | 0.2 | setosa |
| 5.1 | 3.3 | 1.7 | 0.5 | setosa |
| 4.8 | 3.4 | 1.9 | 0.2 | setosa |
| * Tables and fi | gures and refe | rences are clic | kable e.g. see | Table 2.1 or see Figure 2.1. |
References
RStudio Team. 2016. RStudio: Integrated Development Environment for R. Boston, MA: RStudio, Inc. http://www.rstudio.com/.
Soetaert, Karline, Thomas Petzoldt, and R. Woodrow Setzer. 2018. DeSolve: Solvers for Initial Value Problems of Differential Equations (’Ode’, ’Dae’, ’Dde’). https://CRAN.R-project.org/package=deSolve.
Delignette-Muller, Marie-Laure, Christophe Dutang, and Aurélie Siberchicot. 2017. Fitdistrplus: Help to Fit of a Parametric Distribution to Non-Censored or Censored Data. https://CRAN.R-project.org/package=fitdistrplus.
Pouillot, Regis. 2017. Mc2d: Tools for Two-Dimensional Monte-Carlo Simulations. https://CRAN.R-project.org/package=mc2d.
Elzhov, Timur V., Katharine M. Mullen, Andrej-Nikolai Spiess, and Ben Bolker. 2016. Minpack.lm: R Interface to the Levenberg-Marquardt Nonlinear Least-Squares Algorithm Found in Minpack, Plus Support for Bounds. https://CRAN.R-project.org/package=minpack.lm.
Grothendieck, G. 2013. Nls2: Non-Linear Regression with Brute Force. https://CRAN.R-project.org/package=nls2.
Baty, Florent, and Marie-Laure Delignette-Muller. 2014. NlsMicrobio: Nonlinear Regression in Predictive Microbiology. https://CRAN.R-project.org/package=nlsMicrobio.
Muggeo, Vito M. R. 2017. Segmented: Regression Models with Break-Points / Change-Points Estimation. https://CRAN.R-project.org/package=segmented.
Wickham, Hadley. 2017. Tidyverse: Easily Install and Load the ’Tidyverse’. https://CRAN.R-project.org/package=tidyverse.
Wickham, Hadley, Romain Francois, Lionel Henry, and Kirill Müller. 2017. Dplyr: A Grammar of Data Manipulation. https://CRAN.R-project.org/package=dplyr.
Wickham, Hadley, and Winston Chang. 2016. Ggplot2: Create Elegant Data Visualisations Using the Grammar of Graphics. https://CRAN.R-project.org/package=ggplot2.
Wickham, Hadley, and Lionel Henry. 2018. Tidyr: Easily Tidy Data with ’Spread()’ and ’Gather()’ Functions. https://CRAN.R-project.org/package=tidyr.
Xie, Yihui. 2015. Dynamic Documents with R and Knitr. 2nd ed. Boca Raton, Florida: Chapman; Hall/CRC. http://yihui.name/knitr/.


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Definition at line 29 of file Timer.f90.
| subroutine timer_::copytimer |
( |
class(timer), intent(out) |
this, |
|
|
class(timer), intent(in) |
other |
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) |
| |
|
private |
Copy Constructor.
Definition at line 79 of file Timer.f90.
| character(255) function timer_::currentdate |
( |
class(timer), intent(in) |
this | ) |
|
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private |
| subroutine timer_::destroytimer |
( |
type(timer) |
this | ) |
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|
private |
| integer function, dimension(3) timer_::elapsed |
( |
class(timer), intent(in) |
this | ) |
|
|
private |
| real(8) function timer_::elapsedhours |
( |
class(timer), intent(in) |
this | ) |
|
|
private |
| real(8) function timer_::elapsedminutes |
( |
class(timer), intent(in) |
this | ) |
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private |
| real(8) function timer_::elapsedseconds |
( |
class(timer), intent(in) |
this | ) |
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private |
| subroutine timer_::initdefault |
( |
class(timer) |
this, |
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character(*), intent(in), optional |
name |
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) |
| |
| subroutine timer_::show |
( |
class(timer) |
this, |
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integer, intent(in), optional |
unit, |
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logical, optional |
formatted |
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) |
| |
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private |
| subroutine timer_::start |
( |
class(timer), intent(inout) |
this | ) |
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private |
| character(:) function, allocatable timer_::startdate |
( |
class(timer), intent(in) |
this | ) |
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private |
| character(:) function, allocatable timer_::str |
( |
class(timer) |
this, |
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logical, optional |
formatted, |
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character(*), optional |
prefix |
|
) |
| |
|
private |
Convert to string.
Definition at line 100 of file Timer.f90.
| subroutine, public timer_::timer_test |
( |
| ) |
|
The documentation for this module was generated from the following file:


This page will allow admins to add new features to a park - new trailheads, new parking lots, etc
Park feature add form UI here.
This page will allow admins to add new features to a park - new trailheads, new parking lots, etc
Park feature add form UI here.


For my WD6 course project, I am revamping a shopping cart through using React and Redux. I am using React to build the front end - complimented by Materialize CSS. Redux is being used as a central store to hold the current state of data coming into the app. I will be using the MERN stack throughout the project with an end goal to provide an easy to use shopping cart of computer hardware parts for PC Gamers. I will be adding videos showcasing my progress throughout the project.