Common small functions
Introduction to Small functions
Many of the small features in iOS are simple, with a few lines of code, such as calling, opening URLs, sending emails, texting, etc.
Call-Method 1
The simplest and most straightforward way: jump directly to the dial-up interface
Nsurl *url = [Nsurl urlwithstring:@ "tel://10010"];
[[UIApplication sharedapplication] openurl:url];
Disadvantages
After the call, will not automatically return to the original application, directly in the Call log interface
Call-Method 2
Before dialing, the box asks the user whether to dial or not and automatically returns to the original application after dialing out.
Nsurl *url = [Nsurl urlwithstring:@ "telprompt://10010"];
[[UIApplication sharedapplication] openurl:url];
Disadvantages
Because it is a private API, it may not be audited by
Call-Method 3
Create a UIWebView to load the URL and automatically go back to the original app when you're finished dialing
if (_webview = = nil) {
_webview = [[UIWebView alloc] Initwithframe:cgrectzero];
}
[_webview loadrequest:[nsurlrequest requestwithurl:[nsurl urlwithstring:@ "tel://10010"]];
Note: This webview must not be added to the interface, or it will block other interfaces
Texting-Method 1
Jump directly to the text messaging interface, but cannot specify the text message content, and can not automatically return to the original application
Nsurl *url = [Nsurl urlwithstring:@ "sms://10010"];
[[UIApplication sharedapplication] openurl:url];
Texting-Method 2
If you want to specify a text message, you have to use the MESSAGEUI framework
Include primary header file
#import <MessageUI/MessageUI.h>
Display the controller that sent the text message
Mfmessagecomposeviewcontroller *VC = [[Mfmessagecomposeviewcontroller alloc] init];
Set SMS Content
Vc.body = @ "Have you eaten yet?" ";
Set up a recipient list
vc.recipients = @[@ "10010", @ "02010010"];
Set up Proxy
Vc.messagecomposedelegate = self;
Display Controller
[Self PRESENTVIEWCONTROLLER:VC animated:yes completion:nil];
Texting-Method 2
Proxy method, when the SMS interface is closed when the call, after the end will automatically return to the original application
-(void) Messagecomposeviewcontroller: (Mfmessagecomposeviewcontroller *) controller didfinishwithresult: ( Messagecomposeresult) Result
{
Close the SMS interface
[Controller Dismissviewcontrolleranimated:yes Completion:nil];
if (result = = messagecomposeresultcancelled) {
NSLog (@ "Cancel send");
} else if (result = = Messagecomposeresultsent) {
NSLog (@ "already issued");
} else {
NSLog (@ "send failed");
}
}
Send e-mail-Method 1
With your own mail client, will not automatically return to the original application after sending the message
Nsurl *url = [Nsurl urlwithstring:@ "mailto://[email protected]";
[[UIApplication sharedapplication] openurl:url];
Send e-mail-Method 2
The 2nd method of texting is similar, except that the controller class name is: Mfmailcomposeviewcontroller
Assuming that the message is sent as shown in the image on the right, the code implementation looks at the notes
Send e-mail-Method 2
The proxy method callback after the message is sent, will automatically return to the original application after sending
-(void) Mailcomposecontroller: (Mfmailcomposeviewcontroller *) controller didfinishwithresult: (mfmailcomposeresult) Result Error: (NSERROR *) error
{
Close the Mail interface
[Controller Dismissviewcontrolleranimated:yes Completion:nil];
if (result = = mfmailcomposeresultcancelled) {
NSLog (@ "Cancel send");
} else if (result = = Mfmailcomposeresultsent) {
NSLog (@ "already issued");
} else {
NSLog (@ "send failed");
}
}
Open Other Common Files
If you want to open some common files, such as HTML, TXT, PDF, PPT, etc., you can use UIWebView open
Just tell the URL of the UIWebView file to
As for opening a remote shared resource, such as the HTTP protocol, you can also call the system's own Safari browser:
Nsurl *url = [Nsurl urlwithstring:@ "http://www.baidu.com"];
[[UIApplication sharedapplication] openurl:url];
Inter-app Jump
Sometimes it is necessary to open other applications in this application, such as jumping from A to B application
First, the B application has its own URL address (configured in info.plist)
b The URL address of the app is: mj://ios.itcast.cn
Then use UIApplication in a application to complete the jump
Nsurl *url = [Nsurl urlwithstring:@ "mj://ios.itcast.cn"];
[[UIApplication sharedapplication] openurl:url];
App ratings
To improve the user experience of your app, you often need to invite users to score apps
App scoring is all about jumping to AppStore to show your app and then writing a review by the user himself
How to jump to AppStore and show your app
Ø Method 1
NSString *appid = @ "444934666";
NSString *str = [NSString stringWithFormat:
@ "itms-apps://ax.itunes.apple.com/webobjects/mzstore.woa/wa/viewcontentsuserreviews?type=purple+software& id=%@ ", AppID];
[[UIApplication sharedapplication] Openurl:[nsurl Urlwithstring:str]];
Ø Method 2
NSString *str = [NSString stringWithFormat:
@ "itms-apps://itunes.apple.com/cn/app/id%@?mt=8", AppID];
[[UIApplication sharedapplication] Openurl:[nsurl Urlwithstring:str]];
Real-Machine debugging
The main steps of real machine debugging
1. Login to Developer Home 2. Generate a CER certificate: A CER is a certificate file associated with a computer that allows the computer to function with real-machine debugging 3. Add App ID: What apps are you debugging? 4. Registering a real-machine device: Which device needs to do real-machine debugging? 5. Generate a Mobileprovision file: Combine 2, 3, 4 to generate a mobile phone rule file 6. Import cer, mobileprovision file
will eventually get 2 files
Øcer file: Let the computer with the function of real machine debugging Ømobileprovision file: Which device, which app, which computer needs to do the real machine debugging?
Step 01 of real-Machine debugging-Login to developer homepage
Login to Developer homepage
Https://developer.apple.com/membercenter/index.action
Management Certificate (Prerequisite: Spend 99$ or 299$ to join the developer program)
Step 02 of real-Machine debugging-Generate a CER certificate
Add a CER certificate
Step 02 of real-Machine debugging-Generate a CER certificate
Generate CER signature request files with Keychain
Step 02 of real-Machine debugging-Generate a CER certificate
Select a CER signature request file to generate and download a CER certificate
Step 03 of real-Machine debugging-add app ID
Add App ID
Step 04 of real-Machine debugging-registering a real-machine device
Adding a real-machine device
Step 04 of real-Machine debugging-registering a real-machine device
Use Xcode to view the unique identity of a real device (plug in a USB cable)
Step 04 of real-Machine debugging-registering a real-machine device
Fill in the device name and unique identification
Step 05 of real-machine debugging-Generate a Mobileprovision file
Add mobileprovision File
Step 05 of real-machine debugging-Generate a Mobileprovision file
Select App ID
Step 05 of real-machine debugging-Generate a Mobileprovision file
Fill in the Mobileprovision file name
Step 06 of real-Machine debugging-Import CER, mobileprovision file
After a few steps, you've got 2 files.
Step 06 of real-Machine debugging-Import CER, mobileprovision file
Open any program, select the real machine set, click to run (the first run will appear on the right image)
Replace the old debug certificate
Call in iOS, open URLs, send emails, send text messages, etc.