gsr | Golang Service Registry library | Key Value Database library

It's coming from docker hub (https://hub.docker.com/) when only image name is specified in the manifest file. Example:

You are using loss='binary_crossentropy' and layers.Dense(1,activation='sigmoid'), which are used for binary classification problems.

Since you are looking to predict one of 5 classes, you are looking at a multi class problem.

If your target is one hot encoded which would look like so: [0,1,0,0,0] for one class, you should use layers.Dense(5,activation='softmax') and loss='categorical_crossentropy'.

If your target isn't one hot encoded, which means the response is an integer referring to the class number, which would be [1] (position of the positive class) in the previous example, you should use layers.Dense(5,activation='softmax'), and change the loss function to loss='sparse_categorical_crossentropy', as your target variable is encoded as a sparse vector (refers to the index of the item containing a 1 in a vector of zeros)

The ISO-C99 code below demonstrates one possible way of doing the conversion. The significand (mantissa) bits of the binary32 argument form the bits of the s15.16 result. The exponent bits tell us whether we need to shift these bits right or left to move the least significant integer bit to bit 16. If a left shift is required, rounding is not needed. If a right shift is required, we need to capture any less significant bits discarded. The most significant discarded bit is the round bit, all others collectively represent the sticky bit. Using the literal definition of the rounding mode, we need to round up if (1) either the round bit and the sticky bit are set, or (2) the round bit is set and the sticky bit clear (i.e., we have a tie case), but the least significant bit of the intermediate result is odd.

Note that real hardware implementations often deviate from such a literal application of the rounding-mode logic. One common scheme is to first increment the result when the round bit is set. Then, if such an increment occurred, clear the least significant bit of the result if the sticky bit is not set. It is easy to see that this achieves the same effect by enumerating all possible combinations of round bit, sticky bit, and result LSB.

Using bs you could figure out how many pages there is for said keyword then you could go to each of them.

The Username that is asked is nothing but the service account address and credentials can be a temporarily generated OAuth 2.0 access token. So, what I ended up doing was:

I think it would be easier to work with the data if we first converted the timestamps to milliseconds:

The comment below by Karthik does resolve the matter, but I would like to summarize here and document working solutions that automate Firefox-Web-Console access.

The point of the answer I linked to above (in my 2nd edit) is that in order to have full access to the Firefox browser key controls one must

• first switch Firefox context to chrome (from the default content context)
• direct the automated browser driver to locate the element carrying id tabbrowser-tabs
• send the key combo (in this case Ctrl+Shift+k) to that element.

The script is

Just use a Virtual Private Network(VPN). No need for over-complicated solutions. I found one that is free and works best for me. Here's the link to the Google Play Store App:
https://play.google.com/store/apps/details?id=free.vpn.unblock.proxy.turbovpn

Also, You could try to download a VPN extension from the Mozilla Add-on store. Here's the link:
https://addons.mozilla.org/en-US/firefox/addon/setupvpn/

EDIT
This add-on will work for an unlimited amount of time. This is what I think will be the best choice for you now.
https://addons.mozilla.org/en-US/firefox/addon/touch-vpn/?src=search

Try to delete :